|
|
| Line 1: |
Line 1: |
| - | ;(function e(t,n,r){function s(o,u){if(!n[o]){if(!t[o]){var a=typeof require=="function"&&require;if(!u&&a)return a(o,!0);if(i)return i(o,!0);throw new Error("Cannot find module '"+o+"'")}var f=n[o]={exports:{}};t[o][0].call(f.exports,function(e){var n=t[o][1][e];return s(n?n:e)},f,f.exports,e,t,n,r)}return n[o].exports}var i=typeof require=="function"&&require;for(var o=0;o<r.length;o++)s(r[o]);return s})({1:[function(require,module,exports){
| |
| - | // build script for generating processing.js
| |
| | | | |
| - | var Browser = {
| |
| - | isDomPresent: true,
| |
| - | navigator: navigator,
| |
| - | window: window,
| |
| - | document: document,
| |
| - | ajax: function(url) {
| |
| - | var xhr = new XMLHttpRequest();
| |
| - | xhr.open("GET", url, false);
| |
| - | if (xhr.overrideMimeType) {
| |
| - | xhr.overrideMimeType("text/plain");
| |
| - | }
| |
| - | xhr.setRequestHeader("If-Modified-Since", "Fri, 01 Jan 1960 00:00:00 GMT");
| |
| - | xhr.send(null);
| |
| - | // failed request?
| |
| - | if (xhr.status !== 200 && xhr.status !== 0) { throw ("XMLHttpRequest failed, status code " + xhr.status); }
| |
| - | return xhr.responseText;
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | window.Processing = require('./src/')(Browser);
| |
| - |
| |
| - | },{"./src/":27}],2:[function(require,module,exports){
| |
| - | module.exports={
| |
| - | "name": "Processing.js",
| |
| - | "version": "1.4.8",
| |
| - | "dependencies": {
| |
| - | "argv": "~0.0.2",
| |
| - | "browserify": "~2.18.1",
| |
| - | "express": "~3.3.3",
| |
| - | "node-minify": "~0.7.3",
| |
| - | "nunjucks": "~0.1.9",
| |
| - | "open": "0.0.3"
| |
| - | },
| |
| - | "devDependencies": {
| |
| - | "grunt": "~0.4.1",
| |
| - | "grunt-cli": "~0.1.8",
| |
| - | "grunt-contrib-jshint": "~0.4.3"
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | },{}],3:[function(require,module,exports){
| |
| - | /**
| |
| - | * A ObjectIterator is an iterator wrapper for objects. If passed object contains
| |
| - | * the iterator method, the object instance will be replaced by the result returned by
| |
| - | * this method call. If passed object is an array, the ObjectIterator instance iterates
| |
| - | * through its items.
| |
| - | *
| |
| - | * @param {Object} obj The object to be iterated.
| |
| - | */
| |
| - | module.exports = function ObjectIterator(obj) {
| |
| - | if (obj instanceof Array) {
| |
| - | // iterate through array items
| |
| - | var index = -1;
| |
| - | this.hasNext = function() {
| |
| - | return ++index < obj.length;
| |
| - | };
| |
| - | this.next = function() {
| |
| - | return obj[index];
| |
| - | };
| |
| - | } else if (obj.iterator instanceof Function) {
| |
| - | return obj.iterator();
| |
| - | } else {
| |
| - | throw "Unable to iterate: " + obj;
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | },{}],4:[function(require,module,exports){
| |
| - | /**
| |
| - | * Processing.js environment constants
| |
| - | */
| |
| - | module.exports = {
| |
| - | X: 0,
| |
| - | Y: 1,
| |
| - | Z: 2,
| |
| - |
| |
| - | R: 3,
| |
| - | G: 4,
| |
| - | B: 5,
| |
| - | A: 6,
| |
| - |
| |
| - | U: 7,
| |
| - | V: 8,
| |
| - |
| |
| - | NX: 9,
| |
| - | NY: 10,
| |
| - | NZ: 11,
| |
| - |
| |
| - | EDGE: 12,
| |
| - |
| |
| - | // Stroke
| |
| - | SR: 13,
| |
| - | SG: 14,
| |
| - | SB: 15,
| |
| - | SA: 16,
| |
| - |
| |
| - | SW: 17,
| |
| - |
| |
| - | // Transformations (2D and 3D)
| |
| - | TX: 18,
| |
| - | TY: 19,
| |
| - | TZ: 20,
| |
| - |
| |
| - | VX: 21,
| |
| - | VY: 22,
| |
| - | VZ: 23,
| |
| - | VW: 24,
| |
| - |
| |
| - | // Material properties
| |
| - | AR: 25,
| |
| - | AG: 26,
| |
| - | AB: 27,
| |
| - |
| |
| - | DR: 3,
| |
| - | DG: 4,
| |
| - | DB: 5,
| |
| - | DA: 6,
| |
| - |
| |
| - | SPR: 28,
| |
| - | SPG: 29,
| |
| - | SPB: 30,
| |
| - |
| |
| - | SHINE: 31,
| |
| - |
| |
| - | ER: 32,
| |
| - | EG: 33,
| |
| - | EB: 34,
| |
| - |
| |
| - | BEEN_LIT: 35,
| |
| - |
| |
| - | VERTEX_FIELD_COUNT: 36,
| |
| - |
| |
| - | // Renderers
| |
| - | P2D: 1,
| |
| - | JAVA2D: 1,
| |
| - | WEBGL: 2,
| |
| - | P3D: 2,
| |
| - | OPENGL: 2,
| |
| - | PDF: 0,
| |
| - | DXF: 0,
| |
| - |
| |
| - | // Platform IDs
| |
| - | OTHER: 0,
| |
| - | WINDOWS: 1,
| |
| - | MAXOSX: 2,
| |
| - | LINUX: 3,
| |
| - |
| |
| - | EPSILON: 0.0001,
| |
| - |
| |
| - | MAX_FLOAT: 3.4028235e+38,
| |
| - | MIN_FLOAT: -3.4028235e+38,
| |
| - | MAX_INT: 2147483647,
| |
| - | MIN_INT: -2147483648,
| |
| - |
| |
| - | PI: Math.PI,
| |
| - | TWO_PI: 2 * Math.PI,
| |
| - | TAU: 2 * Math.PI,
| |
| - | HALF_PI: Math.PI / 2,
| |
| - | THIRD_PI: Math.PI / 3,
| |
| - | QUARTER_PI: Math.PI / 4,
| |
| - |
| |
| - | DEG_TO_RAD: Math.PI / 180,
| |
| - | RAD_TO_DEG: 180 / Math.PI,
| |
| - |
| |
| - | WHITESPACE: " \t\n\r\f\u00A0",
| |
| - |
| |
| - | // Color modes
| |
| - | RGB: 1,
| |
| - | ARGB: 2,
| |
| - | HSB: 3,
| |
| - | ALPHA: 4,
| |
| - | CMYK: 5,
| |
| - |
| |
| - | // Image file types
| |
| - | TIFF: 0,
| |
| - | TARGA: 1,
| |
| - | JPEG: 2,
| |
| - | GIF: 3,
| |
| - |
| |
| - | // Filter/convert types
| |
| - | BLUR: 11,
| |
| - | GRAY: 12,
| |
| - | INVERT: 13,
| |
| - | OPAQUE: 14,
| |
| - | POSTERIZE: 15,
| |
| - | THRESHOLD: 16,
| |
| - | ERODE: 17,
| |
| - | DILATE: 18,
| |
| - |
| |
| - | // Blend modes
| |
| - | REPLACE: 0,
| |
| - | BLEND: 1 << 0,
| |
| - | ADD: 1 << 1,
| |
| - | SUBTRACT: 1 << 2,
| |
| - | LIGHTEST: 1 << 3,
| |
| - | DARKEST: 1 << 4,
| |
| - | DIFFERENCE: 1 << 5,
| |
| - | EXCLUSION: 1 << 6,
| |
| - | MULTIPLY: 1 << 7,
| |
| - | SCREEN: 1 << 8,
| |
| - | OVERLAY: 1 << 9,
| |
| - | HARD_LIGHT: 1 << 10,
| |
| - | SOFT_LIGHT: 1 << 11,
| |
| - | DODGE: 1 << 12,
| |
| - | BURN: 1 << 13,
| |
| - |
| |
| - | // Color component bit masks
| |
| - | ALPHA_MASK: 0xff000000,
| |
| - | RED_MASK: 0x00ff0000,
| |
| - | GREEN_MASK: 0x0000ff00,
| |
| - | BLUE_MASK: 0x000000ff,
| |
| - |
| |
| - | // Projection matrices
| |
| - | CUSTOM: 0,
| |
| - | ORTHOGRAPHIC: 2,
| |
| - | PERSPECTIVE: 3,
| |
| - |
| |
| - | // Shapes
| |
| - | POINT: 2,
| |
| - | POINTS: 2,
| |
| - | LINE: 4,
| |
| - | LINES: 4,
| |
| - | TRIANGLE: 8,
| |
| - | TRIANGLES: 9,
| |
| - | TRIANGLE_STRIP: 10,
| |
| - | TRIANGLE_FAN: 11,
| |
| - | QUAD: 16,
| |
| - | QUADS: 16,
| |
| - | QUAD_STRIP: 17,
| |
| - | POLYGON: 20,
| |
| - | PATH: 21,
| |
| - | RECT: 30,
| |
| - | ELLIPSE: 31,
| |
| - | ARC: 32,
| |
| - | SPHERE: 40,
| |
| - | BOX: 41,
| |
| - |
| |
| - | GROUP: 0,
| |
| - | PRIMITIVE: 1,
| |
| - | //PATH: 21, // shared with Shape PATH
| |
| - | GEOMETRY: 3,
| |
| - |
| |
| - | // Shape Vertex
| |
| - | VERTEX: 0,
| |
| - | BEZIER_VERTEX: 1,
| |
| - | CURVE_VERTEX: 2,
| |
| - | BREAK: 3,
| |
| - | CLOSESHAPE: 4,
| |
| - |
| |
| - | // Shape closing modes
| |
| - | OPEN: 1,
| |
| - | CLOSE: 2,
| |
| - |
| |
| - | // Shape drawing modes
| |
| - | CORNER: 0, // Draw mode convention to use (x, y) to (width, height)
| |
| - | CORNERS: 1, // Draw mode convention to use (x1, y1) to (x2, y2) coordinates
| |
| - | RADIUS: 2, // Draw mode from the center, and using the radius
| |
| - | CENTER_RADIUS: 2, // Deprecated! Use RADIUS instead
| |
| - | CENTER: 3, // Draw from the center, using second pair of values as the diameter
| |
| - | DIAMETER: 3, // Synonym for the CENTER constant. Draw from the center
| |
| - | CENTER_DIAMETER: 3, // Deprecated! Use DIAMETER instead
| |
| - |
| |
| - | // Text vertical alignment modes
| |
| - | BASELINE: 0, // Default vertical alignment for text placement
| |
| - | TOP: 101, // Align text to the top
| |
| - | BOTTOM: 102, // Align text from the bottom, using the baseline
| |
| - |
| |
| - | // UV Texture coordinate modes
| |
| - | NORMAL: 1,
| |
| - | NORMALIZED: 1,
| |
| - | IMAGE: 2,
| |
| - |
| |
| - | // Text placement modes
| |
| - | MODEL: 4,
| |
| - | SHAPE: 5,
| |
| - |
| |
| - | // Stroke modes
| |
| - | SQUARE: 'butt',
| |
| - | ROUND: 'round',
| |
| - | PROJECT: 'square',
| |
| - | MITER: 'miter',
| |
| - | BEVEL: 'bevel',
| |
| - |
| |
| - | // Lighting modes
| |
| - | AMBIENT: 0,
| |
| - | DIRECTIONAL: 1,
| |
| - | //POINT: 2, Shared with Shape constant
| |
| - | SPOT: 3,
| |
| - |
| |
| - | // Key constants
| |
| - |
| |
| - | // Both key and keyCode will be equal to these values
| |
| - | BACKSPACE: 8,
| |
| - | TAB: 9,
| |
| - | ENTER: 10,
| |
| - | RETURN: 13,
| |
| - | ESC: 27,
| |
| - | DELETE: 127,
| |
| - | CODED: 0xffff,
| |
| - |
| |
| - | // p.key will be CODED and p.keyCode will be this value
| |
| - | SHIFT: 16,
| |
| - | CONTROL: 17,
| |
| - | ALT: 18,
| |
| - | CAPSLK: 20,
| |
| - | PGUP: 33,
| |
| - | PGDN: 34,
| |
| - | END: 35,
| |
| - | HOME: 36,
| |
| - | LEFT: 37,
| |
| - | UP: 38,
| |
| - | RIGHT: 39,
| |
| - | DOWN: 40,
| |
| - | F1: 112,
| |
| - | F2: 113,
| |
| - | F3: 114,
| |
| - | F4: 115,
| |
| - | F5: 116,
| |
| - | F6: 117,
| |
| - | F7: 118,
| |
| - | F8: 119,
| |
| - | F9: 120,
| |
| - | F10: 121,
| |
| - | F11: 122,
| |
| - | F12: 123,
| |
| - | NUMLK: 144,
| |
| - | META: 157,
| |
| - | INSERT: 155,
| |
| - |
| |
| - | // Cursor types
| |
| - | ARROW: 'default',
| |
| - | CROSS: 'crosshair',
| |
| - | HAND: 'pointer',
| |
| - | MOVE: 'move',
| |
| - | TEXT: 'text',
| |
| - | WAIT: 'wait',
| |
| - | NOCURSOR: "url('data:image/gif;base64,R0lGODlhAQABAIAAAP///wAAACH5BAEAAAAALAAAAAABAAEAAAICRAEAOw=='), auto",
| |
| - |
| |
| - | // Hints
| |
| - | DISABLE_OPENGL_2X_SMOOTH: 1,
| |
| - | ENABLE_OPENGL_2X_SMOOTH: -1,
| |
| - | ENABLE_OPENGL_4X_SMOOTH: 2,
| |
| - | ENABLE_NATIVE_FONTS: 3,
| |
| - | DISABLE_DEPTH_TEST: 4,
| |
| - | ENABLE_DEPTH_TEST: -4,
| |
| - | ENABLE_DEPTH_SORT: 5,
| |
| - | DISABLE_DEPTH_SORT: -5,
| |
| - | DISABLE_OPENGL_ERROR_REPORT: 6,
| |
| - | ENABLE_OPENGL_ERROR_REPORT: -6,
| |
| - | ENABLE_ACCURATE_TEXTURES: 7,
| |
| - | DISABLE_ACCURATE_TEXTURES: -7,
| |
| - | HINT_COUNT: 10,
| |
| - |
| |
| - | // PJS defined constants
| |
| - | SINCOS_LENGTH: 720, // every half degree
| |
| - | PRECISIONB: 15, // fixed point precision is limited to 15 bits!!
| |
| - | PRECISIONF: 1 << 15,
| |
| - | PREC_MAXVAL: (1 << 15) - 1,
| |
| - | PREC_ALPHA_SHIFT: 24 - 15,
| |
| - | PREC_RED_SHIFT: 16 - 15,
| |
| - | NORMAL_MODE_AUTO: 0,
| |
| - | NORMAL_MODE_SHAPE: 1,
| |
| - | NORMAL_MODE_VERTEX: 2,
| |
| - | MAX_LIGHTS: 8
| |
| - | };
| |
| - |
| |
| - | },{}],5:[function(require,module,exports){
| |
| - | /**
| |
| - | * Processing.js default scope
| |
| - | */
| |
| - | module.exports = function(options) {
| |
| - |
| |
| - | // Building defaultScope. Changing of the prototype protects
| |
| - | // internal Processing code from the changes in defaultScope
| |
| - | function DefaultScope() {}
| |
| - | DefaultScope.prototype = options.PConstants;
| |
| - |
| |
| - | var defaultScope = new DefaultScope();
| |
| - |
| |
| - | // copy over all known Object types and helper objects
| |
| - | Object.keys(options).forEach(function(prop) {
| |
| - | defaultScope[prop] = options[prop];
| |
| - | });
| |
| - |
| |
| - | ////////////////////////////////////////////////////////////////////////////
| |
| - | // Class inheritance helper methods
| |
| - | ////////////////////////////////////////////////////////////////////////////
| |
| - |
| |
| - | defaultScope.defineProperty = function(obj, name, desc) {
| |
| - | if("defineProperty" in Object) {
| |
| - | Object.defineProperty(obj, name, desc);
| |
| - | } else {
| |
| - | if (desc.hasOwnProperty("get")) {
| |
| - | obj.__defineGetter__(name, desc.get);
| |
| - | }
| |
| - | if (desc.hasOwnProperty("set")) {
| |
| - | obj.__defineSetter__(name, desc.set);
| |
| - | }
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * class overloading, part 1
| |
| - | */
| |
| - | function overloadBaseClassFunction(object, name, basefn) {
| |
| - | if (!object.hasOwnProperty(name) || typeof object[name] !== 'function') {
| |
| - | // object method is not a function or just inherited from Object.prototype
| |
| - | object[name] = basefn;
| |
| - | return;
| |
| - | }
| |
| - | var fn = object[name];
| |
| - | if ("$overloads" in fn) {
| |
| - | // the object method already overloaded (see defaultScope.addMethod)
| |
| - | // let's just change a fallback method
| |
| - | fn.$defaultOverload = basefn;
| |
| - | return;
| |
| - | }
| |
| - | if (!("$overloads" in basefn) && fn.length === basefn.length) {
| |
| - | // special case when we just overriding the method
| |
| - | return;
| |
| - | }
| |
| - | var overloads, defaultOverload;
| |
| - | if ("$overloads" in basefn) {
| |
| - | // let's inherit base class overloads to speed up things
| |
| - | overloads = basefn.$overloads.slice(0);
| |
| - | overloads[fn.length] = fn;
| |
| - | defaultOverload = basefn.$defaultOverload;
| |
| - | } else {
| |
| - | overloads = [];
| |
| - | overloads[basefn.length] = basefn;
| |
| - | overloads[fn.length] = fn;
| |
| - | defaultOverload = fn;
| |
| - | }
| |
| - | var hubfn = function() {
| |
| - | var fn = hubfn.$overloads[arguments.length] ||
| |
| - | ("$methodArgsIndex" in hubfn && arguments.length > hubfn.$methodArgsIndex ?
| |
| - | hubfn.$overloads[hubfn.$methodArgsIndex] : null) ||
| |
| - | hubfn.$defaultOverload;
| |
| - | return fn.apply(this, arguments);
| |
| - | };
| |
| - | hubfn.$overloads = overloads;
| |
| - | if ("$methodArgsIndex" in basefn) {
| |
| - | hubfn.$methodArgsIndex = basefn.$methodArgsIndex;
| |
| - | }
| |
| - | hubfn.$defaultOverload = defaultOverload;
| |
| - | hubfn.name = name;
| |
| - | object[name] = hubfn;
| |
| - | }
| |
| - |
| |
| - | /**
| |
| - | * class overloading, part 2
| |
| - | */
| |
| - |
| |
| - | function extendClass(subClass, baseClass) {
| |
| - | function extendGetterSetter(propertyName) {
| |
| - | defaultScope.defineProperty(subClass, propertyName, {
| |
| - | get: function() {
| |
| - | return baseClass[propertyName];
| |
| - | },
| |
| - | set: function(v) {
| |
| - | baseClass[propertyName]=v;
| |
| - | },
| |
| - | enumerable: true
| |
| - | });
| |
| - | }
| |
| - |
| |
| - | var properties = [];
| |
| - | for (var propertyName in baseClass) {
| |
| - | if (typeof baseClass[propertyName] === 'function') {
| |
| - | overloadBaseClassFunction(subClass, propertyName, baseClass[propertyName]);
| |
| - | } else if(propertyName.charAt(0) !== "$" && !(propertyName in subClass)) {
| |
| - | // Delaying the properties extension due to the IE9 bug (see #918).
| |
| - | properties.push(propertyName);
| |
| - | }
| |
| - | }
| |
| - | while (properties.length > 0) {
| |
| - | extendGetterSetter(properties.shift());
| |
| - | }
| |
| - |
| |
| - | subClass.$super = baseClass;
| |
| - | }
| |
| - |
| |
| - | /**
| |
| - | * class overloading, part 3
| |
| - | */
| |
| - | defaultScope.extendClassChain = function(base) {
| |
| - | var path = [base];
| |
| - | for (var self = base.$upcast; self; self = self.$upcast) {
| |
| - | extendClass(self, base);
| |
| - | path.push(self);
| |
| - | base = self;
| |
| - | }
| |
| - | while (path.length > 0) {
| |
| - | path.pop().$self=base;
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | // static
| |
| - | defaultScope.extendStaticMembers = function(derived, base) {
| |
| - | extendClass(derived, base);
| |
| - | };
| |
| - |
| |
| - | // interface
| |
| - | defaultScope.extendInterfaceMembers = function(derived, base) {
| |
| - | extendClass(derived, base);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Java methods and JavaScript functions differ enough that
| |
| - | * we need a special function to make sure it all links up
| |
| - | * as classical hierarchical class chains.
| |
| - | */
| |
| - | defaultScope.addMethod = function(object, name, fn, hasMethodArgs) {
| |
| - | var existingfn = object[name];
| |
| - | if (existingfn || hasMethodArgs) {
| |
| - | var args = fn.length;
| |
| - | // builds the overload methods table
| |
| - | if ("$overloads" in existingfn) {
| |
| - | existingfn.$overloads[args] = fn;
| |
| - | } else {
| |
| - | var hubfn = function() {
| |
| - | var fn = hubfn.$overloads[arguments.length] ||
| |
| - | ("$methodArgsIndex" in hubfn && arguments.length > hubfn.$methodArgsIndex ?
| |
| - | hubfn.$overloads[hubfn.$methodArgsIndex] : null) ||
| |
| - | hubfn.$defaultOverload;
| |
| - | return fn.apply(this, arguments);
| |
| - | };
| |
| - | var overloads = [];
| |
| - | if (existingfn) {
| |
| - | overloads[existingfn.length] = existingfn;
| |
| - | }
| |
| - | overloads[args] = fn;
| |
| - | hubfn.$overloads = overloads;
| |
| - | hubfn.$defaultOverload = existingfn || fn;
| |
| - | if (hasMethodArgs) {
| |
| - | hubfn.$methodArgsIndex = args;
| |
| - | }
| |
| - | hubfn.name = name;
| |
| - | object[name] = hubfn;
| |
| - | }
| |
| - | } else {
| |
| - | object[name] = fn;
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | // internal helper function
| |
| - | function isNumericalJavaType(type) {
| |
| - | if (typeof type !== "string") {
| |
| - | return false;
| |
| - | }
| |
| - | return ["byte", "int", "char", "color", "float", "long", "double"].indexOf(type) !== -1;
| |
| - | }
| |
| - |
| |
| - | /**
| |
| - | * Java's arrays are pre-filled when declared with
| |
| - | * an initial size, but no content. JS arrays are not.
| |
| - | */
| |
| - | defaultScope.createJavaArray = function(type, bounds) {
| |
| - | var result = null,
| |
| - | defaultValue = null;
| |
| - | if (typeof type === "string") {
| |
| - | if (type === "boolean") {
| |
| - | defaultValue = false;
| |
| - | } else if (isNumericalJavaType(type)) {
| |
| - | defaultValue = 0;
| |
| - | }
| |
| - | }
| |
| - | if (typeof bounds[0] === 'number') {
| |
| - | var itemsCount = 0 | bounds[0];
| |
| - | if (bounds.length <= 1) {
| |
| - | result = [];
| |
| - | result.length = itemsCount;
| |
| - | for (var i = 0; i < itemsCount; ++i) {
| |
| - | result[i] = defaultValue;
| |
| - | }
| |
| - | } else {
| |
| - | result = [];
| |
| - | var newBounds = bounds.slice(1);
| |
| - | for (var j = 0; j < itemsCount; ++j) {
| |
| - | result.push(defaultScope.createJavaArray(type, newBounds));
| |
| - | }
| |
| - | }
| |
| - | }
| |
| - | return result;
| |
| - | };
| |
| - |
| |
| - | // screenWidth and screenHeight are shared by all instances.
| |
| - | // and return the width/height of the browser's viewport.
| |
| - | defaultScope.defineProperty(defaultScope, 'screenWidth',
| |
| - | { get: function() { return window.innerWidth; } });
| |
| - |
| |
| - | defaultScope.defineProperty(defaultScope, 'screenHeight',
| |
| - | { get: function() { return window.innerHeight; } });
| |
| - |
| |
| - | return defaultScope;
| |
| - | };
| |
| - |
| |
| - | },{}],6:[function(require,module,exports){
| |
| - | /**
| |
| - | * Finalise the Processing.js object.
| |
| - | */
| |
| - | module.exports = function finalizeProcessing(Processing, options) {
| |
| - |
| |
| - | // unpack options
| |
| - | var window = options.window,
| |
| - | document = options.document,
| |
| - | XMLHttpRequest = window.XMLHttpRequest,
| |
| - | noop = options.noop,
| |
| - | isDOMPresent = options.isDOMPresent,
| |
| - | version = options.version,
| |
| - | undef;
| |
| - |
| |
| - | // versioning
| |
| - | Processing.version = (version ? version : "@DEV-VERSION@");
| |
| - |
| |
| - | // Share lib space
| |
| - | Processing.lib = {};
| |
| - |
| |
| - | /**
| |
| - | * External libraries can be added to the global Processing
| |
| - | * objects with the `registerLibrary` function.
| |
| - | */
| |
| - | Processing.registerLibrary = function(name, library) {
| |
| - | Processing.lib[name] = library;
| |
| - | if(library.hasOwnProperty("init")) {
| |
| - | library.init(defaultScope);
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * This is the object that acts as our version of PApplet.
| |
| - | * This can be called as Processing.Sketch() or as
| |
| - | * Processing.Sketch(function) in which case the function
| |
| - | * must be an already-compiled-to-JS sketch function.
| |
| - | */
| |
| - | Processing.Sketch = function(attachFunction) {
| |
| - | this.attachFunction = attachFunction;
| |
| - | this.options = {
| |
| - | pauseOnBlur: false,
| |
| - | globalKeyEvents: false
| |
| - | };
| |
| - |
| |
| - | /* Optional Sketch event hooks:
| |
| - | * onLoad - parsing/preloading is done, before sketch starts
| |
| - | * onSetup - setup() has been called, before first draw()
| |
| - | * onPause - noLoop() has been called, pausing draw loop
| |
| - | * onLoop - loop() has been called, resuming draw loop
| |
| - | * onFrameStart - draw() loop about to begin
| |
| - | * onFrameEnd - draw() loop finished
| |
| - | * onExit - exit() done being called
| |
| - | */
| |
| - | this.onLoad = noop;
| |
| - | this.onSetup = noop;
| |
| - | this.onPause = noop;
| |
| - | this.onLoop = noop;
| |
| - | this.onFrameStart = noop;
| |
| - | this.onFrameEnd = noop;
| |
| - | this.onExit = noop;
| |
| - |
| |
| - | this.params = {};
| |
| - | this.imageCache = {
| |
| - | pending: 0,
| |
| - | images: {},
| |
| - | // Opera requires special administration for preloading
| |
| - | operaCache: {},
| |
| - | // Specify an optional img arg if the image is already loaded in the DOM,
| |
| - | // otherwise href will get loaded.
| |
| - | add: function(href, img) {
| |
| - | // Prevent muliple loads for an image, in case it gets
| |
| - | // preloaded more than once, or is added via JS and then preloaded.
| |
| - | if (this.images[href]) {
| |
| - | return;
| |
| - | }
| |
| - |
| |
| - | if (!isDOMPresent) {
| |
| - | this.images[href] = null;
| |
| - | }
| |
| - |
| |
| - | // No image in the DOM, kick-off a background load
| |
| - | if (!img) {
| |
| - | img = new Image();
| |
| - | img.onload = (function(owner) {
| |
| - | return function() {
| |
| - | owner.pending--;
| |
| - | };
| |
| - | }(this));
| |
| - | this.pending++;
| |
| - | img.src = href;
| |
| - | }
| |
| - |
| |
| - | this.images[href] = img;
| |
| - |
| |
| - | // Opera will not load images until they are inserted into the DOM.
| |
| - | if (window.opera) {
| |
| - | var div = document.createElement("div");
| |
| - | div.appendChild(img);
| |
| - | // we can't use "display: none", since that makes it invisible, and thus not load
| |
| - | div.style.position = "absolute";
| |
| - | div.style.opacity = 0;
| |
| - | div.style.width = "1px";
| |
| - | div.style.height= "1px";
| |
| - | if (!this.operaCache[href]) {
| |
| - | document.body.appendChild(div);
| |
| - | this.operaCache[href] = div;
| |
| - | }
| |
| - | }
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | this.sourceCode = undefined;
| |
| - | this.attach = function(processing) {
| |
| - | // either attachFunction or sourceCode must be present on attach
| |
| - | if(typeof this.attachFunction === "function") {
| |
| - | this.attachFunction(processing);
| |
| - | } else if(this.sourceCode) {
| |
| - | var func = ((new Function("return (" + this.sourceCode + ");"))());
| |
| - | func(processing);
| |
| - | this.attachFunction = func;
| |
| - | } else {
| |
| - | throw "Unable to attach sketch to the processing instance";
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | this.toString = function() {
| |
| - | var i;
| |
| - | var code = "((function(Sketch) {\n";
| |
| - | code += "var sketch = new Sketch(\n" + this.sourceCode + ");\n";
| |
| - | for(i in this.options) {
| |
| - | if(this.options.hasOwnProperty(i)) {
| |
| - | var value = this.options[i];
| |
| - | code += "sketch.options." + i + " = " +
| |
| - | (typeof value === 'string' ? '\"' + value + '\"' : "" + value) + ";\n";
| |
| - | }
| |
| - | }
| |
| - | for(i in this.imageCache) {
| |
| - | if(this.options.hasOwnProperty(i)) {
| |
| - | code += "sketch.imageCache.add(\"" + i + "\");\n";
| |
| - | }
| |
| - | }
| |
| - | // TODO serialize fonts
| |
| - | code += "return sketch;\n})(Processing.Sketch))";
| |
| - | return code;
| |
| - | };
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * aggregate all source code into a single file, then rewrite that
| |
| - | * source and bind to canvas via new Processing(canvas, sourcestring).
| |
| - | * @param {CANVAS} canvas The html canvas element to bind to
| |
| - | * @param {String[]} source The array of files that must be loaded
| |
| - | */
| |
| - | var loadSketchFromSources = Processing.loadSketchFromSources = function(canvas, sources) {
| |
| - | var code = [], errors = [], sourcesCount = sources.length, loaded = 0;
| |
| - |
| |
| - | function ajaxAsync(url, callback) {
| |
| - | var xhr = new XMLHttpRequest();
| |
| - | xhr.onreadystatechange = function() {
| |
| - | if (xhr.readyState === 4) {
| |
| - | var error;
| |
| - | if (xhr.status !== 200 && xhr.status !== 0) {
| |
| - | error = "Invalid XHR status " + xhr.status;
| |
| - | } else if (xhr.responseText === "") {
| |
| - | // Give a hint when loading fails due to same-origin issues on file:/// urls
| |
| - | if ( ("withCredentials" in new XMLHttpRequest()) &&
| |
| - | (new XMLHttpRequest()).withCredentials === false &&
| |
| - | window.location.protocol === "file:" ) {
| |
| - | error = "XMLHttpRequest failure, possibly due to a same-origin policy violation. You can try loading this page in another browser, or load it from http://localhost using a local webserver. See the Processing.js README for a more detailed explanation of this problem and solutions.";
| |
| - | } else {
| |
| - | error = "File is empty.";
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | callback(xhr.responseText, error);
| |
| - | }
| |
| - | };
| |
| - | xhr.open("GET", url, true);
| |
| - | if (xhr.overrideMimeType) {
| |
| - | xhr.overrideMimeType("application/json");
| |
| - | }
| |
| - | xhr.setRequestHeader("If-Modified-Since", "Fri, 01 Jan 1960 00:00:00 GMT"); // no cache
| |
| - | xhr.send(null);
| |
| - | }
| |
| - |
| |
| - | function loadBlock(index, filename) {
| |
| - | function callback(block, error) {
| |
| - | code[index] = block;
| |
| - | ++loaded;
| |
| - | if (error) {
| |
| - | errors.push(filename + " ==> " + error);
| |
| - | }
| |
| - | if (loaded === sourcesCount) {
| |
| - | if (errors.length === 0) {
| |
| - | try {
| |
| - | return new Processing(canvas, code.join("\n"));
| |
| - | } catch(e) {
| |
| - | console.log("Processing.js: Unable to execute pjs sketch.");
| |
| - | throw e;
| |
| - | }
| |
| - | } else {
| |
| - | throw "Processing.js: Unable to load pjs sketch files: " + errors.join("\n");
| |
| - | }
| |
| - | }
| |
| - | }
| |
| - | if (filename.charAt(0) === '#') {
| |
| - | // trying to get script from the element
| |
| - | var scriptElement = document.getElementById(filename.substring(1));
| |
| - | if (scriptElement) {
| |
| - | callback(scriptElement.text || scriptElement.textContent);
| |
| - | } else {
| |
| - | callback("", "Unable to load pjs sketch: element with id \'" + filename.substring(1) + "\' was not found");
| |
| - | }
| |
| - | return;
| |
| - | }
| |
| - |
| |
| - | ajaxAsync(filename, callback);
| |
| - | }
| |
| - |
| |
| - | for (var i = 0; i < sourcesCount; ++i) {
| |
| - | loadBlock(i, sources[i]);
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Automatic initialization function.
| |
| - | */
| |
| - | var init = function() {
| |
| - | document.removeEventListener('DOMContentLoaded', init, false);
| |
| - |
| |
| - | // before running through init, clear the instances list, to prevent
| |
| - | // sketch duplication when page content is dynamically swapped without
| |
| - | // swapping out processing.js
| |
| - | processingInstances = [];
| |
| - | Processing.instances = processingInstances;
| |
| - |
| |
| - | var canvas = document.getElementsByTagName('canvas'),
| |
| - | filenames;
| |
| - |
| |
| - | for (var i = 0, l = canvas.length; i < l; i++) {
| |
| - | // datasrc and data-src are deprecated.
| |
| - | var processingSources = canvas[i].getAttribute('data-processing-sources');
| |
| - | if (processingSources === null) {
| |
| - | // Temporary fallback for datasrc and data-src
| |
| - | processingSources = canvas[i].getAttribute('data-src');
| |
| - | if (processingSources === null) {
| |
| - | processingSources = canvas[i].getAttribute('datasrc');
| |
| - | }
| |
| - | }
| |
| - | if (processingSources) {
| |
| - | filenames = processingSources.split(/\s+/g);
| |
| - | for (var j = 0; j < filenames.length;) {
| |
| - | if (filenames[j]) {
| |
| - | j++;
| |
| - | } else {
| |
| - | filenames.splice(j, 1);
| |
| - | }
| |
| - | }
| |
| - | loadSketchFromSources(canvas[i], filenames);
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | // also process all <script>-indicated sketches, if there are any
| |
| - | var s, last, source, instance,
| |
| - | nodelist = document.getElementsByTagName('script'),
| |
| - | scripts=[];
| |
| - |
| |
| - | // snapshot the DOM, as the nodelist is only a DOM view, and is
| |
| - | // updated instantly when a script element is added or removed.
| |
| - | for (s = nodelist.length - 1; s >= 0; s--) {
| |
| - | scripts.push(nodelist[s]);
| |
| - | }
| |
| - |
| |
| - | // iterate over all script elements to see if they contain Processing code
| |
| - | for (s = 0, last = scripts.length; s < last; s++) {
| |
| - | var script = scripts[s];
| |
| - | if (!script.getAttribute) {
| |
| - | continue;
| |
| - | }
| |
| - |
| |
| - | var type = script.getAttribute("type");
| |
| - | if (type && (type.toLowerCase() === "text/processing" || type.toLowerCase() === "application/processing")) {
| |
| - | var target = script.getAttribute("data-processing-target");
| |
| - | canvas = undef;
| |
| - | if (target) {
| |
| - | canvas = document.getElementById(target);
| |
| - | } else {
| |
| - | var nextSibling = script.nextSibling;
| |
| - | while (nextSibling && nextSibling.nodeType !== 1) {
| |
| - | nextSibling = nextSibling.nextSibling;
| |
| - | }
| |
| - | if (nextSibling && nextSibling.nodeName.toLowerCase() === "canvas") {
| |
| - | canvas = nextSibling;
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | if (canvas) {
| |
| - | if (script.getAttribute("src")) {
| |
| - | filenames = script.getAttribute("src").split(/\s+/);
| |
| - | loadSketchFromSources(canvas, filenames);
| |
| - | continue;
| |
| - | }
| |
| - | source = script.textContent || script.text;
| |
| - | instance = new Processing(canvas, source);
| |
| - | }
| |
| - | }
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * automatic loading of all sketches on the page
| |
| - | */
| |
| - | document.addEventListener('DOMContentLoaded', init, false);
| |
| - |
| |
| - | /**
| |
| - | * Make Processing run through init after already having
| |
| - | * been set up for a page. This function exists mostly for pages
| |
| - | * that swap content in/out without reloading a page.
| |
| - | */
| |
| - | Processing.reload = function() {
| |
| - | if (processingInstances.length > 0) {
| |
| - | // unload sketches
| |
| - | for (var i = processingInstances.length - 1; i >= 0; i--) {
| |
| - | if (processingInstances[i]) {
| |
| - | processingInstances[i].exit();
| |
| - | }
| |
| - | }
| |
| - | }
| |
| - | // rerun init() to scan the DOM for sketches
| |
| - | init();
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Disable the automatic loading of all sketches on the page.
| |
| - | * This will work as long as it's issued before DOMContentLoaded.
| |
| - | */
| |
| - | Processing.disableInit = function() {
| |
| - | document.removeEventListener('DOMContentLoaded', init, false);
| |
| - | };
| |
| - |
| |
| - | // done.
| |
| - | return Processing;
| |
| - | };
| |
| - | },{}],7:[function(require,module,exports){
| |
| - | /**
| |
| - | * Returns Java equals() result for two objects. If the first object
| |
| - | * has the "equals" function, it preforms the call of this function.
| |
| - | * Otherwise the method uses the JavaScript === operator.
| |
| - | *
| |
| - | * @param {Object} obj The first object.
| |
| - | * @param {Object} other The second object.
| |
| - | *
| |
| - | * @returns {boolean} true if the objects are equal.
| |
| - | */
| |
| - | module.exports = function virtEquals(obj, other) {
| |
| - | if (obj === null || other === null) {
| |
| - | return (obj === null) && (other === null);
| |
| - | }
| |
| - | if (typeof (obj) === "string") {
| |
| - | return obj === other;
| |
| - | }
| |
| - | if (typeof(obj) !== "object") {
| |
| - | return obj === other;
| |
| - | }
| |
| - | if (obj.equals instanceof Function) {
| |
| - | return obj.equals(other);
| |
| - | }
| |
| - | return obj === other;
| |
| - | };
| |
| - |
| |
| - | },{}],8:[function(require,module,exports){
| |
| - | /**
| |
| - | * Returns Java hashCode() result for the object. If the object has the "hashCode" function,
| |
| - | * it preforms the call of this function. Otherwise it uses/creates the "$id" property,
| |
| - | * which is used as the hashCode.
| |
| - | *
| |
| - | * @param {Object} obj The object.
| |
| - | * @returns {int} The object's hash code.
| |
| - | */
| |
| - | module.exports = function virtHashCode(obj, undef) {
| |
| - | if (typeof(obj) === "string") {
| |
| - | var hash = 0;
| |
| - | for (var i = 0; i < obj.length; ++i) {
| |
| - | hash = (hash * 31 + obj.charCodeAt(i)) & 0xFFFFFFFF;
| |
| - | }
| |
| - | return hash;
| |
| - | }
| |
| - | if (typeof(obj) !== "object") {
| |
| - | return obj & 0xFFFFFFFF;
| |
| - | }
| |
| - | if (obj.hashCode instanceof Function) {
| |
| - | return obj.hashCode();
| |
| - | }
| |
| - | if (obj.$id === undef) {
| |
| - | obj.$id = ((Math.floor(Math.random() * 0x10000) - 0x8000) << 16) | Math.floor(Math.random() * 0x10000);
| |
| - | }
| |
| - | return obj.$id;
| |
| - | };
| |
| - |
| |
| - | },{}],9:[function(require,module,exports){
| |
| - | /**
| |
| - | * An ArrayList stores a variable number of objects.
| |
| - | *
| |
| - | * @param {int} initialCapacity optional defines the initial capacity of the list, it's empty by default
| |
| - | *
| |
| - | * @returns {ArrayList} new ArrayList object
| |
| - | */
| |
| - | module.exports = function(options) {
| |
| - | var virtHashCode = options.virtHashCode,
| |
| - | virtEquals = options.virtEquals;
| |
| - |
| |
| - | function Iterator(array) {
| |
| - | var index = -1;
| |
| - | this.hasNext = function() {
| |
| - | return (index + 1) < array.length;
| |
| - | };
| |
| - |
| |
| - | this.next = function() {
| |
| - | return array[++index];
| |
| - | };
| |
| - |
| |
| - | this.remove = function() {
| |
| - | array.splice(index--, 1);
| |
| - | };
| |
| - | }
| |
| - |
| |
| - | function ArrayList(a) {
| |
| - | var array = [];
| |
| - |
| |
| - | if (a && a.toArray) {
| |
| - | array = a.toArray();
| |
| - | }
| |
| - |
| |
| - | /**
| |
| - | * @member ArrayList
| |
| - | * ArrayList.get() Returns the element at the specified position in this list.
| |
| - | *
| |
| - | * @param {int} i index of element to return
| |
| - | *
| |
| - | * @returns {Object} the element at the specified position in this list.
| |
| - | */
| |
| - | this.get = function(i) {
| |
| - | return array[i];
| |
| - | };
| |
| - | /**
| |
| - | * @member ArrayList
| |
| - | * ArrayList.contains() Returns true if this list contains the specified element.
| |
| - | *
| |
| - | * @param {Object} item element whose presence in this List is to be tested.
| |
| - | *
| |
| - | * @returns {boolean} true if the specified element is present; false otherwise.
| |
| - | */
| |
| - | this.contains = function(item) {
| |
| - | return this.indexOf(item)>-1;
| |
| - | };
| |
| - | /**
| |
| - | * @member ArrayList
| |
| - | * ArrayList.indexOf() Returns the position this element takes in the list, or -1 if the element is not found.
| |
| - | *
| |
| - | * @param {Object} item element whose position in this List is to be tested.
| |
| - | *
| |
| - | * @returns {int} the list position that the first match for this element holds in the list, or -1 if it is not in the list.
| |
| - | */
| |
| - | this.indexOf = function(item) {
| |
| - | for (var i = 0, len = array.length; i < len; ++i) {
| |
| - | if (virtEquals(item, array[i])) {
| |
| - | return i;
| |
| - | }
| |
| - | }
| |
| - | return -1;
| |
| - | };
| |
| - | /**
| |
| - | * @member ArrayList
| |
| - | * ArrayList.lastIndexOf() Returns the index of the last occurrence of the specified element in this list,
| |
| - | * or -1 if this list does not contain the element. More formally, returns the highest index i such that
| |
| - | * (o==null ? get(i)==null : o.equals(get(i))), or -1 if there is no such index.
| |
| - | *
| |
| - | * @param {Object} item element to search for.
| |
| - | *
| |
| - | * @returns {int} the index of the last occurrence of the specified element in this list, or -1 if this list does not contain the element.
| |
| - | */
| |
| - | this.lastIndexOf = function(item) {
| |
| - | for (var i = array.length-1; i >= 0; --i) {
| |
| - | if (virtEquals(item, array[i])) {
| |
| - | return i;
| |
| - | }
| |
| - | }
| |
| - | return -1;
| |
| - | };
| |
| - | /**
| |
| - | * @member ArrayList
| |
| - | * ArrayList.add() Adds the specified element to this list.
| |
| - | *
| |
| - | * @param {int} index optional index at which the specified element is to be inserted
| |
| - | * @param {Object} object element to be added to the list
| |
| - | */
| |
| - | this.add = function() {
| |
| - | if (arguments.length === 1) {
| |
| - | array.push(arguments[0]); // for add(Object)
| |
| - | } else if (arguments.length === 2) {
| |
| - | var arg0 = arguments[0];
| |
| - | if (typeof arg0 === 'number') {
| |
| - | if (arg0 >= 0 && arg0 <= array.length) {
| |
| - | array.splice(arg0, 0, arguments[1]); // for add(i, Object)
| |
| - | } else {
| |
| - | throw(arg0 + " is not a valid index");
| |
| - | }
| |
| - | } else {
| |
| - | throw(typeof arg0 + " is not a number");
| |
| - | }
| |
| - | } else {
| |
| - | throw("Please use the proper number of parameters.");
| |
| - | }
| |
| - | };
| |
| - | /**
| |
| - | * @member ArrayList
| |
| - | * ArrayList.addAll(collection) appends all of the elements in the specified
| |
| - | * Collection to the end of this list, in the order that they are returned by
| |
| - | * the specified Collection's Iterator.
| |
| - | *
| |
| - | * When called as addAll(index, collection) the elements are inserted into
| |
| - | * this list at the position indicated by index.
| |
| - | *
| |
| - | * @param {index} Optional; specifies the position the colletion should be inserted at
| |
| - | * @param {collection} Any iterable object (ArrayList, HashMap.keySet(), etc.)
| |
| - | * @throws out of bounds error for negative index, or index greater than list size.
| |
| - | */
| |
| - | this.addAll = function(arg1, arg2) {
| |
| - | // addAll(int, Collection)
| |
| - | var it;
| |
| - | if (typeof arg1 === "number") {
| |
| - | if (arg1 < 0 || arg1 > array.length) {
| |
| - | throw("Index out of bounds for addAll: " + arg1 + " greater or equal than " + array.length);
| |
| - | }
| |
| - | it = new ObjectIterator(arg2);
| |
| - | while (it.hasNext()) {
| |
| - | array.splice(arg1++, 0, it.next());
| |
| - | }
| |
| - | }
| |
| - | // addAll(Collection)
| |
| - | else {
| |
| - | it = new ObjectIterator(arg1);
| |
| - | while (it.hasNext()) {
| |
| - | array.push(it.next());
| |
| - | }
| |
| - | }
| |
| - | };
| |
| - | /**
| |
| - | * @member ArrayList
| |
| - | * ArrayList.set() Replaces the element at the specified position in this list with the specified element.
| |
| - | *
| |
| - | * @param {int} index index of element to replace
| |
| - | * @param {Object} object element to be stored at the specified position
| |
| - | */
| |
| - | this.set = function() {
| |
| - | if (arguments.length === 2) {
| |
| - | var arg0 = arguments[0];
| |
| - | if (typeof arg0 === 'number') {
| |
| - | if (arg0 >= 0 && arg0 < array.length) {
| |
| - | array.splice(arg0, 1, arguments[1]);
| |
| - | } else {
| |
| - | throw(arg0 + " is not a valid index.");
| |
| - | }
| |
| - | } else {
| |
| - | throw(typeof arg0 + " is not a number");
| |
| - | }
| |
| - | } else {
| |
| - | throw("Please use the proper number of parameters.");
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * @member ArrayList
| |
| - | * ArrayList.size() Returns the number of elements in this list.
| |
| - | *
| |
| - | * @returns {int} the number of elements in this list
| |
| - | */
| |
| - | this.size = function() {
| |
| - | return array.length;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * @member ArrayList
| |
| - | * ArrayList.clear() Removes all of the elements from this list. The list will be empty after this call returns.
| |
| - | */
| |
| - | this.clear = function() {
| |
| - | array.length = 0;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * @member ArrayList
| |
| - | * ArrayList.remove() Removes an element either based on index, if the argument is a number, or
| |
| - | * by equality check, if the argument is an object.
| |
| - | *
| |
| - | * @param {int|Object} item either the index of the element to be removed, or the element itself.
| |
| - | *
| |
| - | * @returns {Object|boolean} If removal is by index, the element that was removed, or null if nothing was removed. If removal is by object, true if removal occurred, otherwise false.
| |
| - | */
| |
| - | this.remove = function(item) {
| |
| - | if (typeof item === 'number') {
| |
| - | return array.splice(item, 1)[0];
| |
| - | }
| |
| - | item = this.indexOf(item);
| |
| - | if (item > -1) {
| |
| - | array.splice(item, 1);
| |
| - | return true;
| |
| - | }
| |
| - | return false;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * @member ArrayList
| |
| - | * ArrayList.removeAll Removes from this List all of the elements from
| |
| - | * the current ArrayList which are present in the passed in paramater ArrayList 'c'.
| |
| - | * Shifts any succeeding elements to the left (reduces their index).
| |
| - | *
| |
| - | * @param {ArrayList} the ArrayList to compare to the current ArrayList
| |
| - | *
| |
| - | * @returns {boolean} true if the ArrayList had an element removed; false otherwise
| |
| - | */
| |
| - | this.removeAll = function(c) {
| |
| - | var i, x, item,
| |
| - | newList = new ArrayList();
| |
| - | newList.addAll(this);
| |
| - | this.clear();
| |
| - | // For every item that exists in the original ArrayList and not in the c ArrayList
| |
| - | // copy it into the empty 'this' ArrayList to create the new 'this' Array.
| |
| - | for (i = 0, x = 0; i < newList.size(); i++) {
| |
| - | item = newList.get(i);
| |
| - | if (!c.contains(item)) {
| |
| - | this.add(x++, item);
| |
| - | }
| |
| - | }
| |
| - | if (this.size() < newList.size()) {
| |
| - | return true;
| |
| - | }
| |
| - | return false;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * @member ArrayList
| |
| - | * ArrayList.isEmpty() Tests if this list has no elements.
| |
| - | *
| |
| - | * @returns {boolean} true if this list has no elements; false otherwise
| |
| - | */
| |
| - | this.isEmpty = function() {
| |
| - | return !array.length;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * @member ArrayList
| |
| - | * ArrayList.clone() Returns a shallow copy of this ArrayList instance. (The elements themselves are not copied.)
| |
| - | *
| |
| - | * @returns {ArrayList} a clone of this ArrayList instance
| |
| - | */
| |
| - | this.clone = function() {
| |
| - | return new ArrayList(this);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * @member ArrayList
| |
| - | * ArrayList.toArray() Returns an array containing all of the elements in this list in the correct order.
| |
| - | *
| |
| - | * @returns {Object[]} Returns an array containing all of the elements in this list in the correct order
| |
| - | */
| |
| - | this.toArray = function() {
| |
| - | return array.slice(0);
| |
| - | };
| |
| - |
| |
| - | this.iterator = function() {
| |
| - | return new Iterator(array);
| |
| - | };
| |
| - | }
| |
| - |
| |
| - | return ArrayList;
| |
| - | };
| |
| - |
| |
| - | },{}],10:[function(require,module,exports){
| |
| - | module.exports = (function(charMap, undef) {
| |
| - |
| |
| - | var Char = function(chr) {
| |
| - | if (typeof chr === 'string' && chr.length === 1) {
| |
| - | this.code = chr.charCodeAt(0);
| |
| - | } else if (typeof chr === 'number') {
| |
| - | this.code = chr;
| |
| - | } else if (chr instanceof Char) {
| |
| - | this.code = chr;
| |
| - | } else {
| |
| - | this.code = NaN;
| |
| - | }
| |
| - | return (charMap[this.code] === undef) ? charMap[this.code] = this : charMap[this.code];
| |
| - | };
| |
| - |
| |
| - | Char.prototype.toString = function() {
| |
| - | return String.fromCharCode(this.code);
| |
| - | };
| |
| - |
| |
| - | Char.prototype.valueOf = function() {
| |
| - | return this.code;
| |
| - | };
| |
| - |
| |
| - | return Char;
| |
| - | }({}));
| |
| - |
| |
| - | },{}],11:[function(require,module,exports){
| |
| - | /**
| |
| - | * A HashMap stores a collection of objects, each referenced by a key. This is similar to an Array, only
| |
| - | * instead of accessing elements with a numeric index, a String is used. (If you are familiar with
| |
| - | * associative arrays from other languages, this is the same idea.)
| |
| - | *
| |
| - | * @param {int} initialCapacity defines the initial capacity of the map, it's 16 by default
| |
| - | * @param {float} loadFactor the load factor for the map, the default is 0.75
| |
| - | * @param {Map} m gives the new HashMap the same mappings as this Map
| |
| - | */
| |
| - | module.exports = function(options) {
| |
| - | var virtHashCode = options.virtHashCode,
| |
| - | virtEquals = options.virtEquals;
| |
| - |
| |
| - | /**
| |
| - | * @member HashMap
| |
| - | * A HashMap stores a collection of objects, each referenced by a key. This is similar to an Array, only
| |
| - | * instead of accessing elements with a numeric index, a String is used. (If you are familiar with
| |
| - | * associative arrays from other languages, this is the same idea.)
| |
| - | *
| |
| - | * @param {int} initialCapacity defines the initial capacity of the map, it's 16 by default
| |
| - | * @param {float} loadFactor the load factor for the map, the default is 0.75
| |
| - | * @param {Map} m gives the new HashMap the same mappings as this Map
| |
| - | */
| |
| - | function HashMap() {
| |
| - | if (arguments.length === 1 && arguments[0] instanceof HashMap) {
| |
| - | return arguments[0].clone();
| |
| - | }
| |
| - |
| |
| - | var initialCapacity = arguments.length > 0 ? arguments[0] : 16;
| |
| - | var loadFactor = arguments.length > 1 ? arguments[1] : 0.75;
| |
| - | var buckets = [];
| |
| - | buckets.length = initialCapacity;
| |
| - | var count = 0;
| |
| - | var hashMap = this;
| |
| - |
| |
| - | function getBucketIndex(key) {
| |
| - | var index = virtHashCode(key) % buckets.length;
| |
| - | return index < 0 ? buckets.length + index : index;
| |
| - | }
| |
| - | function ensureLoad() {
| |
| - | if (count <= loadFactor * buckets.length) {
| |
| - | return;
| |
| - | }
| |
| - | var allEntries = [];
| |
| - | for (var i = 0; i < buckets.length; ++i) {
| |
| - | if (buckets[i] !== undefined) {
| |
| - | allEntries = allEntries.concat(buckets[i]);
| |
| - | }
| |
| - | }
| |
| - | var newBucketsLength = buckets.length * 2;
| |
| - | buckets = [];
| |
| - | buckets.length = newBucketsLength;
| |
| - | for (var j = 0; j < allEntries.length; ++j) {
| |
| - | var index = getBucketIndex(allEntries[j].key);
| |
| - | var bucket = buckets[index];
| |
| - | if (bucket === undefined) {
| |
| - | buckets[index] = bucket = [];
| |
| - | }
| |
| - | bucket.push(allEntries[j]);
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | function Iterator(conversion, removeItem) {
| |
| - | var bucketIndex = 0;
| |
| - | var itemIndex = -1;
| |
| - | var endOfBuckets = false;
| |
| - | var currentItem;
| |
| - |
| |
| - | function findNext() {
| |
| - | while (!endOfBuckets) {
| |
| - | ++itemIndex;
| |
| - | if (bucketIndex >= buckets.length) {
| |
| - | endOfBuckets = true;
| |
| - | } else if (buckets[bucketIndex] === undefined || itemIndex >= buckets[bucketIndex].length) {
| |
| - | itemIndex = -1;
| |
| - | ++bucketIndex;
| |
| - | } else {
| |
| - | return;
| |
| - | }
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | /*
| |
| - | * @member Iterator
| |
| - | * Checks if the Iterator has more items
| |
| - | */
| |
| - | this.hasNext = function() {
| |
| - | return !endOfBuckets;
| |
| - | };
| |
| - |
| |
| - | /*
| |
| - | * @member Iterator
| |
| - | * Return the next Item
| |
| - | */
| |
| - | this.next = function() {
| |
| - | currentItem = conversion(buckets[bucketIndex][itemIndex]);
| |
| - | findNext();
| |
| - | return currentItem;
| |
| - | };
| |
| - |
| |
| - | /*
| |
| - | * @member Iterator
| |
| - | * Remove the current item
| |
| - | */
| |
| - | this.remove = function() {
| |
| - | if (currentItem !== undefined) {
| |
| - | removeItem(currentItem);
| |
| - | --itemIndex;
| |
| - | findNext();
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | findNext();
| |
| - | }
| |
| - |
| |
| - | function Set(conversion, isIn, removeItem) {
| |
| - | this.clear = function() {
| |
| - | hashMap.clear();
| |
| - | };
| |
| - |
| |
| - | this.contains = function(o) {
| |
| - | return isIn(o);
| |
| - | };
| |
| - |
| |
| - | this.containsAll = function(o) {
| |
| - | var it = o.iterator();
| |
| - | while (it.hasNext()) {
| |
| - | if (!this.contains(it.next())) {
| |
| - | return false;
| |
| - | }
| |
| - | }
| |
| - | return true;
| |
| - | };
| |
| - |
| |
| - | this.isEmpty = function() {
| |
| - | return hashMap.isEmpty();
| |
| - | };
| |
| - |
| |
| - | this.iterator = function() {
| |
| - | return new Iterator(conversion, removeItem);
| |
| - | };
| |
| - |
| |
| - | this.remove = function(o) {
| |
| - | if (this.contains(o)) {
| |
| - | removeItem(o);
| |
| - | return true;
| |
| - | }
| |
| - | return false;
| |
| - | };
| |
| - |
| |
| - | this.removeAll = function(c) {
| |
| - | var it = c.iterator();
| |
| - | var changed = false;
| |
| - | while (it.hasNext()) {
| |
| - | var item = it.next();
| |
| - | if (this.contains(item)) {
| |
| - | removeItem(item);
| |
| - | changed = true;
| |
| - | }
| |
| - | }
| |
| - | return true;
| |
| - | };
| |
| - |
| |
| - | this.retainAll = function(c) {
| |
| - | var it = this.iterator();
| |
| - | var toRemove = [];
| |
| - | while (it.hasNext()) {
| |
| - | var entry = it.next();
| |
| - | if (!c.contains(entry)) {
| |
| - | toRemove.push(entry);
| |
| - | }
| |
| - | }
| |
| - | for (var i = 0; i < toRemove.length; ++i) {
| |
| - | removeItem(toRemove[i]);
| |
| - | }
| |
| - | return toRemove.length > 0;
| |
| - | };
| |
| - |
| |
| - | this.size = function() {
| |
| - | return hashMap.size();
| |
| - | };
| |
| - |
| |
| - | this.toArray = function() {
| |
| - | var result = [];
| |
| - | var it = this.iterator();
| |
| - | while (it.hasNext()) {
| |
| - | result.push(it.next());
| |
| - | }
| |
| - | return result;
| |
| - | };
| |
| - | }
| |
| - |
| |
| - | function Entry(pair) {
| |
| - | this._isIn = function(map) {
| |
| - | return map === hashMap && (pair.removed === undefined);
| |
| - | };
| |
| - |
| |
| - | this.equals = function(o) {
| |
| - | return virtEquals(pair.key, o.getKey());
| |
| - | };
| |
| - |
| |
| - | this.getKey = function() {
| |
| - | return pair.key;
| |
| - | };
| |
| - |
| |
| - | this.getValue = function() {
| |
| - | return pair.value;
| |
| - | };
| |
| - |
| |
| - | this.hashCode = function(o) {
| |
| - | return virtHashCode(pair.key);
| |
| - | };
| |
| - |
| |
| - | this.setValue = function(value) {
| |
| - | var old = pair.value;
| |
| - | pair.value = value;
| |
| - | return old;
| |
| - | };
| |
| - | }
| |
| - |
| |
| - | this.clear = function() {
| |
| - | count = 0;
| |
| - | buckets = [];
| |
| - | buckets.length = initialCapacity;
| |
| - | };
| |
| - |
| |
| - | this.clone = function() {
| |
| - | var map = new HashMap();
| |
| - | map.putAll(this);
| |
| - | return map;
| |
| - | };
| |
| - |
| |
| - | this.containsKey = function(key) {
| |
| - | var index = getBucketIndex(key);
| |
| - | var bucket = buckets[index];
| |
| - | if (bucket === undefined) {
| |
| - | return false;
| |
| - | }
| |
| - | for (var i = 0; i < bucket.length; ++i) {
| |
| - | if (virtEquals(bucket[i].key, key)) {
| |
| - | return true;
| |
| - | }
| |
| - | }
| |
| - | return false;
| |
| - | };
| |
| - |
| |
| - | this.containsValue = function(value) {
| |
| - | for (var i = 0; i < buckets.length; ++i) {
| |
| - | var bucket = buckets[i];
| |
| - | if (bucket === undefined) {
| |
| - | continue;
| |
| - | }
| |
| - | for (var j = 0; j < bucket.length; ++j) {
| |
| - | if (virtEquals(bucket[j].value, value)) {
| |
| - | return true;
| |
| - | }
| |
| - | }
| |
| - | }
| |
| - | return false;
| |
| - | };
| |
| - |
| |
| - | this.entrySet = function() {
| |
| - | return new Set(
| |
| - |
| |
| - | function(pair) {
| |
| - | return new Entry(pair);
| |
| - | },
| |
| - |
| |
| - | function(pair) {
| |
| - | return (pair instanceof Entry) && pair._isIn(hashMap);
| |
| - | },
| |
| - |
| |
| - | function(pair) {
| |
| - | return hashMap.remove(pair.getKey());
| |
| - | });
| |
| - | };
| |
| - |
| |
| - | this.get = function(key) {
| |
| - | var index = getBucketIndex(key);
| |
| - | var bucket = buckets[index];
| |
| - | if (bucket === undefined) {
| |
| - | return null;
| |
| - | }
| |
| - | for (var i = 0; i < bucket.length; ++i) {
| |
| - | if (virtEquals(bucket[i].key, key)) {
| |
| - | return bucket[i].value;
| |
| - | }
| |
| - | }
| |
| - | return null;
| |
| - | };
| |
| - |
| |
| - | this.isEmpty = function() {
| |
| - | return count === 0;
| |
| - | };
| |
| - |
| |
| - | this.keySet = function() {
| |
| - | return new Set(
| |
| - | // get key from pair
| |
| - | function(pair) {
| |
| - | return pair.key;
| |
| - | },
| |
| - | // is-in test
| |
| - | function(key) {
| |
| - | return hashMap.containsKey(key);
| |
| - | },
| |
| - | // remove from hashmap by key
| |
| - | function(key) {
| |
| - | return hashMap.remove(key);
| |
| - | }
| |
| - | );
| |
| - | };
| |
| - |
| |
| - | this.values = function() {
| |
| - | return new Set(
| |
| - | // get value from pair
| |
| - | function(pair) {
| |
| - | return pair.value;
| |
| - | },
| |
| - | // is-in test
| |
| - | function(value) {
| |
| - | return hashMap.containsValue(value);
| |
| - | },
| |
| - | // remove from hashmap by value
| |
| - | function(value) {
| |
| - | return hashMap.removeByValue(value);
| |
| - | }
| |
| - | );
| |
| - | };
| |
| - |
| |
| - | this.put = function(key, value) {
| |
| - | var index = getBucketIndex(key);
| |
| - | var bucket = buckets[index];
| |
| - | if (bucket === undefined) {
| |
| - | ++count;
| |
| - | buckets[index] = [{
| |
| - | key: key,
| |
| - | value: value
| |
| - | }];
| |
| - | ensureLoad();
| |
| - | return null;
| |
| - | }
| |
| - | for (var i = 0; i < bucket.length; ++i) {
| |
| - | if (virtEquals(bucket[i].key, key)) {
| |
| - | var previous = bucket[i].value;
| |
| - | bucket[i].value = value;
| |
| - | return previous;
| |
| - | }
| |
| - | }
| |
| - | ++count;
| |
| - | bucket.push({
| |
| - | key: key,
| |
| - | value: value
| |
| - | });
| |
| - | ensureLoad();
| |
| - | return null;
| |
| - | };
| |
| - |
| |
| - | this.putAll = function(m) {
| |
| - | var it = m.entrySet().iterator();
| |
| - | while (it.hasNext()) {
| |
| - | var entry = it.next();
| |
| - | this.put(entry.getKey(), entry.getValue());
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | this.remove = function(key) {
| |
| - | var index = getBucketIndex(key);
| |
| - | var bucket = buckets[index];
| |
| - | if (bucket === undefined) {
| |
| - | return null;
| |
| - | }
| |
| - | for (var i = 0; i < bucket.length; ++i) {
| |
| - | if (virtEquals(bucket[i].key, key)) {
| |
| - | --count;
| |
| - | var previous = bucket[i].value;
| |
| - | bucket[i].removed = true;
| |
| - | if (bucket.length > 1) {
| |
| - | bucket.splice(i, 1);
| |
| - | } else {
| |
| - | buckets[index] = undefined;
| |
| - | }
| |
| - | return previous;
| |
| - | }
| |
| - | }
| |
| - | return null;
| |
| - | };
| |
| - |
| |
| - | this.removeByValue = function(value) {
| |
| - | var bucket, i, ilen, pair;
| |
| - | for (bucket in buckets) {
| |
| - | if (buckets.hasOwnProperty(bucket)) {
| |
| - | for (i = 0, ilen = buckets[bucket].length; i < ilen; i++) {
| |
| - | pair = buckets[bucket][i];
| |
| - | // removal on values is based on identity, not equality
| |
| - | if (pair.value === value) {
| |
| - | buckets[bucket].splice(i, 1);
| |
| - | return true;
| |
| - | }
| |
| - | }
| |
| - | }
| |
| - | }
| |
| - | return false;
| |
| - | };
| |
| - |
| |
| - | this.size = function() {
| |
| - | return count;
| |
| - | };
| |
| - | }
| |
| - |
| |
| - | return HashMap;
| |
| - | };
| |
| - |
| |
| - | },{}],12:[function(require,module,exports){
| |
| - | // module export
| |
| - | module.exports = function(options,undef) {
| |
| - | var window = options.Browser.window,
| |
| - | document = options.Browser.document,
| |
| - | noop = options.noop;
| |
| - |
| |
| - | /**
| |
| - | * [internal function] computeFontMetrics() calculates various metrics for text
| |
| - | * placement. Currently this function computes the ascent, descent and leading
| |
| - | * (from "lead", used for vertical space) values for the currently active font.
| |
| - | */
| |
| - | function computeFontMetrics(pfont) {
| |
| - | var emQuad = 250,
| |
| - | correctionFactor = pfont.size / emQuad,
| |
| - | canvas = document.createElement("canvas");
| |
| - | canvas.width = 2*emQuad;
| |
| - | canvas.height = 2*emQuad;
| |
| - | canvas.style.opacity = 0;
| |
| - | var cfmFont = pfont.getCSSDefinition(emQuad+"px", "normal"),
| |
| - | ctx = canvas.getContext("2d");
| |
| - | ctx.font = cfmFont;
| |
| - |
| |
| - | // Size the canvas using a string with common max-ascent and max-descent letters.
| |
| - | // Changing the canvas dimensions resets the context, so we must reset the font.
| |
| - | var protrusions = "dbflkhyjqpg";
| |
| - | canvas.width = ctx.measureText(protrusions).width;
| |
| - | ctx.font = cfmFont;
| |
| - |
| |
| - | // for text lead values, we meaure a multiline text container.
| |
| - | var leadDiv = document.createElement("div");
| |
| - | leadDiv.style.position = "absolute";
| |
| - | leadDiv.style.opacity = 0;
| |
| - | leadDiv.style.fontFamily = '"' + pfont.name + '"';
| |
| - | leadDiv.style.fontSize = emQuad + "px";
| |
| - | leadDiv.innerHTML = protrusions + "<br/>" + protrusions;
| |
| - | document.body.appendChild(leadDiv);
| |
| - |
| |
| - | var w = canvas.width,
| |
| - | h = canvas.height,
| |
| - | baseline = h/2;
| |
| - |
| |
| - | // Set all canvas pixeldata values to 255, with all the content
| |
| - | // data being 0. This lets us scan for data[i] != 255.
| |
| - | ctx.fillStyle = "white";
| |
| - | ctx.fillRect(0, 0, w, h);
| |
| - | ctx.fillStyle = "black";
| |
| - | ctx.fillText(protrusions, 0, baseline);
| |
| - | var pixelData = ctx.getImageData(0, 0, w, h).data;
| |
| - |
| |
| - | // canvas pixel data is w*4 by h*4, because R, G, B and A are separate,
| |
| - | // consecutive values in the array, rather than stored as 32 bit ints.
| |
| - | var i = 0,
| |
| - | w4 = w * 4,
| |
| - | len = pixelData.length;
| |
| - |
| |
| - | // Finding the ascent uses a normal, forward scanline
| |
| - | while (++i < len && pixelData[i] === 255) {
| |
| - | noop();
| |
| - | }
| |
| - | var ascent = Math.round(i / w4);
| |
| - |
| |
| - | // Finding the descent uses a reverse scanline
| |
| - | i = len - 1;
| |
| - | while (--i > 0 && pixelData[i] === 255) {
| |
| - | noop();
| |
| - | }
| |
| - | var descent = Math.round(i / w4);
| |
| - |
| |
| - | // set font metrics
| |
| - | pfont.ascent = correctionFactor * (baseline - ascent);
| |
| - | pfont.descent = correctionFactor * (descent - baseline);
| |
| - |
| |
| - | // Then we try to get the real value from the browser
| |
| - | if (document.defaultView.getComputedStyle) {
| |
| - | var leadDivHeight = document.defaultView.getComputedStyle(leadDiv,null).getPropertyValue("height");
| |
| - | leadDivHeight = correctionFactor * leadDivHeight.replace("px","");
| |
| - | if (leadDivHeight >= pfont.size * 2) {
| |
| - | pfont.leading = Math.round(leadDivHeight/2);
| |
| - | }
| |
| - | }
| |
| - | document.body.removeChild(leadDiv);
| |
| - |
| |
| - | // if we're caching, cache the context used for this pfont
| |
| - | if (pfont.caching) {
| |
| - | return ctx;
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | /**
| |
| - | * Constructor for a system or from-file (non-SVG) font.
| |
| - | */
| |
| - | function PFont(name, size) {
| |
| - | // according to the P5 API, new PFont() is legal (albeit completely useless)
| |
| - | if (name === undef) {
| |
| - | name = "";
| |
| - | }
| |
| - | this.name = name;
| |
| - | if (size === undef) {
| |
| - | size = 0;
| |
| - | }
| |
| - | this.size = size;
| |
| - | this.glyph = false;
| |
| - | this.ascent = 0;
| |
| - | this.descent = 0;
| |
| - | // For leading, the "safe" value uses the standard TEX ratio
| |
| - | this.leading = 1.2 * size;
| |
| - |
| |
| - | // Note that an italic, bold font must used "... Bold Italic"
| |
| - | // in P5. "... Italic Bold" is treated as normal/normal.
| |
| - | var illegalIndicator = name.indexOf(" Italic Bold");
| |
| - | if (illegalIndicator !== -1) {
| |
| - | name = name.substring(0, illegalIndicator);
| |
| - | }
| |
| - |
| |
| - | // determine font style
| |
| - | this.style = "normal";
| |
| - | var italicsIndicator = name.indexOf(" Italic");
| |
| - | if (italicsIndicator !== -1) {
| |
| - | name = name.substring(0, italicsIndicator);
| |
| - | this.style = "italic";
| |
| - | }
| |
| - |
| |
| - | // determine font weight
| |
| - | this.weight = "normal";
| |
| - | var boldIndicator = name.indexOf(" Bold");
| |
| - | if (boldIndicator !== -1) {
| |
| - | name = name.substring(0, boldIndicator);
| |
| - | this.weight = "bold";
| |
| - | }
| |
| - |
| |
| - | // determine font-family name
| |
| - | this.family = "sans-serif";
| |
| - | if (name !== undef) {
| |
| - | switch(name) {
| |
| - | case "sans-serif":
| |
| - | case "serif":
| |
| - | case "monospace":
| |
| - | case "fantasy":
| |
| - | case "cursive":
| |
| - | this.family = name;
| |
| - | break;
| |
| - | default:
| |
| - | this.family = '"' + name + '", sans-serif';
| |
| - | break;
| |
| - | }
| |
| - | }
| |
| - | // Calculate the ascent/descent/leading value based on
| |
| - | // how the browser renders this font.
| |
| - | this.context2d = computeFontMetrics(this);
| |
| - | this.css = this.getCSSDefinition();
| |
| - | if (this.context2d) {
| |
| - | this.context2d.font = this.css;
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | /**
| |
| - | * regulates whether or not we're caching the canvas
| |
| - | * 2d context for quick text width computation.
| |
| - | */
| |
| - | PFont.prototype.caching = true;
| |
| - |
| |
| - | /**
| |
| - | * This function generates the CSS "font" string for this PFont
| |
| - | */
| |
| - | PFont.prototype.getCSSDefinition = function(fontSize, lineHeight) {
| |
| - | if(fontSize===undef) {
| |
| - | fontSize = this.size + "px";
| |
| - | }
| |
| - | if(lineHeight===undef) {
| |
| - | lineHeight = this.leading + "px";
| |
| - | }
| |
| - | // CSS "font" definition: font-style font-variant font-weight font-size/line-height font-family
| |
| - | var components = [this.style, "normal", this.weight, fontSize + "/" + lineHeight, this.family];
| |
| - | return components.join(" ");
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Rely on the cached context2d measureText function.
| |
| - | */
| |
| - | PFont.prototype.measureTextWidth = function(string) {
| |
| - | return this.context2d.measureText(string).width;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * FALLBACK FUNCTION -- replaces Pfont.prototype.measureTextWidth
| |
| - | * when the font cache becomes too large. This contructs a new
| |
| - | * canvas 2d context object for calling measureText on.
| |
| - | */
| |
| - | PFont.prototype.measureTextWidthFallback = function(string) {
| |
| - | var canvas = document.createElement("canvas"),
| |
| - | ctx = canvas.getContext("2d");
| |
| - | ctx.font = this.css;
| |
| - | return ctx.measureText(string).width;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Global "loaded fonts" list, internal to PFont
| |
| - | */
| |
| - | PFont.PFontCache = { length: 0 };
| |
| - |
| |
| - | /**
| |
| - | * This function acts as single access point for getting and caching
| |
| - | * fonts across all sketches handled by an instance of Processing.js
| |
| - | */
| |
| - | PFont.get = function(fontName, fontSize) {
| |
| - | // round fontSize to one decimal point
| |
| - | fontSize = ((fontSize*10)+0.5|0)/10;
| |
| - | var cache = PFont.PFontCache,
| |
| - | idx = fontName+"/"+fontSize;
| |
| - | if (!cache[idx]) {
| |
| - | cache[idx] = new PFont(fontName, fontSize);
| |
| - | cache.length++;
| |
| - |
| |
| - | // FALLBACK FUNCTIONALITY 1:
| |
| - | // If the cache has become large, switch over from full caching
| |
| - | // to caching only the static metrics for each new font request.
| |
| - | if (cache.length === 50) {
| |
| - | PFont.prototype.measureTextWidth = PFont.prototype.measureTextWidthFallback;
| |
| - | PFont.prototype.caching = false;
| |
| - | // clear contexts stored for each cached font
| |
| - | var entry;
| |
| - | for (entry in cache) {
| |
| - | if (entry !== "length") {
| |
| - | cache[entry].context2d = null;
| |
| - | }
| |
| - | }
| |
| - | return new PFont(fontName, fontSize);
| |
| - | }
| |
| - |
| |
| - | // FALLBACK FUNCTIONALITY 2:
| |
| - | // If the cache has become too large, switch off font caching entirely.
| |
| - | if (cache.length === 400) {
| |
| - | PFont.PFontCache = {};
| |
| - | PFont.get = PFont.getFallback;
| |
| - | return new PFont(fontName, fontSize);
| |
| - | }
| |
| - | }
| |
| - | return cache[idx];
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * FALLBACK FUNCTION -- replaces PFont.get when the font cache
| |
| - | * becomes too large. This function bypasses font caching entirely.
| |
| - | */
| |
| - | PFont.getFallback = function(fontName, fontSize) {
| |
| - | return new PFont(fontName, fontSize);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Lists all standard fonts. Due to browser limitations, this list is
| |
| - | * not the system font list, like in P5, but the CSS "genre" list.
| |
| - | */
| |
| - | PFont.list = function() {
| |
| - | return ["sans-serif", "serif", "monospace", "fantasy", "cursive"];
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Loading external fonts through @font-face rules is handled by PFont,
| |
| - | * to ensure fonts loaded in this way are globally available.
| |
| - | */
| |
| - | PFont.preloading = {
| |
| - | // template element used to compare font sizes
| |
| - | template: {},
| |
| - | // indicates whether or not the reference tiny font has been loaded
| |
| - | initialized: false,
| |
| - | // load the reference tiny font via a css @font-face rule
| |
| - | initialize: function() {
| |
| - | var generateTinyFont = function() {
| |
| - | var encoded = "#E3KAI2wAgT1MvMg7Eo3VmNtYX7ABi3CxnbHlm" +
| |
| - | "7Abw3kaGVhZ7ACs3OGhoZWE7A53CRobXR47AY3" +
| |
| - | "AGbG9jYQ7G03Bm1heH7ABC3CBuYW1l7Ae3AgcG" +
| |
| - | "9zd7AI3AE#B3AQ2kgTY18PPPUACwAg3ALSRoo3" +
| |
| - | "#yld0xg32QAB77#E777773B#E3C#I#Q77773E#" +
| |
| - | "Q7777777772CMAIw7AB77732B#M#Q3wAB#g3B#" +
| |
| - | "E#E2BB//82BB////w#B7#gAEg3E77x2B32B#E#" +
| |
| - | "Q#MTcBAQ32gAe#M#QQJ#E32M#QQJ#I#g32Q77#";
| |
| - | var expand = function(input) {
| |
| - | return "AAAAAAAA".substr(~~input ? 7-input : 6);
| |
| - | };
| |
| - | return encoded.replace(/[#237]/g, expand);
| |
| - | };
| |
| - | var fontface = document.createElement("style");
| |
| - | fontface.setAttribute("type","text/css");
| |
| - | fontface.innerHTML = "@font-face {\n" +
| |
| - | ' font-family: "PjsEmptyFont";' + "\n" +
| |
| - | " src: url('data:application/x-font-ttf;base64,"+generateTinyFont()+"')\n" +
| |
| - | " format('truetype');\n" +
| |
| - | "}";
| |
| - | document.head.appendChild(fontface);
| |
| - |
| |
| - | // set up the template element
| |
| - | var element = document.createElement("span");
| |
| - | element.style.cssText = 'position: absolute; top: 0; left: 0; opacity: 0; font-family: "PjsEmptyFont", fantasy;';
| |
| - | element.innerHTML = "AAAAAAAA";
| |
| - | document.body.appendChild(element);
| |
| - | this.template = element;
| |
| - |
| |
| - | this.initialized = true;
| |
| - | },
| |
| - | // Shorthand function to get the computed width for an element.
| |
| - | getElementWidth: function(element) {
| |
| - | return document.defaultView.getComputedStyle(element,"").getPropertyValue("width");
| |
| - | },
| |
| - | // time taken so far in attempting to load a font
| |
| - | timeAttempted: 0,
| |
| - | // returns false if no fonts are pending load, or true otherwise.
| |
| - | pending: function(intervallength) {
| |
| - | if (!this.initialized) {
| |
| - | this.initialize();
| |
| - | }
| |
| - | var element,
| |
| - | computedWidthFont,
| |
| - | computedWidthRef = this.getElementWidth(this.template);
| |
| - | for (var i = 0; i < this.fontList.length; i++) {
| |
| - | // compares size of text in pixels. if equal, custom font is not yet loaded
| |
| - | element = this.fontList[i];
| |
| - | computedWidthFont = this.getElementWidth(element);
| |
| - | if (this.timeAttempted < 4000 && computedWidthFont === computedWidthRef) {
| |
| - | this.timeAttempted += intervallength;
| |
| - | return true;
| |
| - | } else {
| |
| - | document.body.removeChild(element);
| |
| - | this.fontList.splice(i--, 1);
| |
| - | this.timeAttempted = 0;
| |
| - | }
| |
| - | }
| |
| - | // if there are no more fonts to load, pending is false
| |
| - | if (this.fontList.length === 0) {
| |
| - | return false;
| |
| - | }
| |
| - | // We should have already returned before getting here.
| |
| - | // But, if we do get here, length!=0 so fonts are pending.
| |
| - | return true;
| |
| - | },
| |
| - | // fontList contains elements to compare font sizes against a template
| |
| - | fontList: [],
| |
| - | // addedList contains the fontnames of all the fonts loaded via @font-face
| |
| - | addedList: {},
| |
| - | // adds a font to the font cache
| |
| - | // creates an element using the font, to start loading the font,
| |
| - | // and compare against a default font to see if the custom font is loaded
| |
| - | add: function(fontSrc) {
| |
| - | if (!this.initialized) {
| |
| - | this.initialize();
| |
| - | }
| |
| - | // fontSrc can be a string or a javascript object
| |
| - | // acceptable fonts are .ttf, .otf, and data uri
| |
| - | var fontName = (typeof fontSrc === 'object' ? fontSrc.fontFace : fontSrc),
| |
| - | fontUrl = (typeof fontSrc === 'object' ? fontSrc.url : fontSrc);
| |
| - |
| |
| - | // check whether we already created the @font-face rule for this font
| |
| - | if (this.addedList[fontName]) {
| |
| - | return;
| |
| - | }
| |
| - |
| |
| - | // if we didn't, create the @font-face rule
| |
| - | var style = document.createElement("style");
| |
| - | style.setAttribute("type","text/css");
| |
| - | style.innerHTML = "@font-face{\n font-family: '" + fontName + "';\n src: url('" + fontUrl + "');\n}\n";
| |
| - | document.head.appendChild(style);
| |
| - | this.addedList[fontName] = true;
| |
| - |
| |
| - | // also create the element to load and compare the new font
| |
| - | var element = document.createElement("span");
| |
| - | element.style.cssText = "position: absolute; top: 0; left: 0; opacity: 0;";
| |
| - | element.style.fontFamily = '"' + fontName + '", "PjsEmptyFont", fantasy';
| |
| - | element.innerHTML = "AAAAAAAA";
| |
| - | document.body.appendChild(element);
| |
| - | this.fontList.push(element);
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | return PFont;
| |
| - | };
| |
| - | },{}],13:[function(require,module,exports){
| |
| - | module.exports = function(options, undef) {
| |
| - |
| |
| - | // FIXME: hack
| |
| - | var p = options.p;
| |
| - |
| |
| - | /**
| |
| - | * PMatrix2D is a 3x2 affine matrix implementation. The constructor accepts another PMatrix2D or a list of six float elements.
| |
| - | * If no parameters are provided the matrix is set to the identity matrix.
| |
| - | *
| |
| - | * @param {PMatrix2D} matrix the initial matrix to set to
| |
| - | * @param {float} m00 the first element of the matrix
| |
| - | * @param {float} m01 the second element of the matrix
| |
| - | * @param {float} m02 the third element of the matrix
| |
| - | * @param {float} m10 the fourth element of the matrix
| |
| - | * @param {float} m11 the fifth element of the matrix
| |
| - | * @param {float} m12 the sixth element of the matrix
| |
| - | */
| |
| - | var PMatrix2D = function() {
| |
| - | if (arguments.length === 0) {
| |
| - | this.reset();
| |
| - | } else if (arguments.length === 1 && arguments[0] instanceof PMatrix2D) {
| |
| - | this.set(arguments[0].array());
| |
| - | } else if (arguments.length === 6) {
| |
| - | this.set(arguments[0], arguments[1], arguments[2], arguments[3], arguments[4], arguments[5]);
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * PMatrix2D methods
| |
| - | */
| |
| - | PMatrix2D.prototype = {
| |
| - | /**
| |
| - | * @member PMatrix2D
| |
| - | * The set() function sets the matrix elements. The function accepts either another PMatrix2D, an array of elements, or a list of six floats.
| |
| - | *
| |
| - | * @param {PMatrix2D} matrix the matrix to set this matrix to
| |
| - | * @param {float[]} elements an array of elements to set this matrix to
| |
| - | * @param {float} m00 the first element of the matrix
| |
| - | * @param {float} m01 the third element of the matrix
| |
| - | * @param {float} m10 the fourth element of the matrix
| |
| - | * @param {float} m11 the fith element of the matrix
| |
| - | * @param {float} m12 the sixth element of the matrix
| |
| - | */
| |
| - | set: function() {
| |
| - | if (arguments.length === 6) {
| |
| - | var a = arguments;
| |
| - | this.set([a[0], a[1], a[2],
| |
| - | a[3], a[4], a[5]]);
| |
| - | } else if (arguments.length === 1 && arguments[0] instanceof PMatrix2D) {
| |
| - | this.elements = arguments[0].array();
| |
| - | } else if (arguments.length === 1 && arguments[0] instanceof Array) {
| |
| - | this.elements = arguments[0].slice();
| |
| - | }
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix2D
| |
| - | * The get() function returns a copy of this PMatrix2D.
| |
| - | *
| |
| - | * @return {PMatrix2D} a copy of this PMatrix2D
| |
| - | */
| |
| - | get: function() {
| |
| - | var outgoing = new PMatrix2D();
| |
| - | outgoing.set(this.elements);
| |
| - | return outgoing;
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix2D
| |
| - | * The reset() function sets this PMatrix2D to the identity matrix.
| |
| - | */
| |
| - | reset: function() {
| |
| - | this.set([1, 0, 0, 0, 1, 0]);
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix2D
| |
| - | * The array() function returns a copy of the element values.
| |
| - | * @addon
| |
| - | *
| |
| - | * @return {float[]} returns a copy of the element values
| |
| - | */
| |
| - | array: function array() {
| |
| - | return this.elements.slice();
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix2D
| |
| - | * The translate() function translates this matrix by moving the current coordinates to the location specified by tx and ty.
| |
| - | *
| |
| - | * @param {float} tx the x-axis coordinate to move to
| |
| - | * @param {float} ty the y-axis coordinate to move to
| |
| - | */
| |
| - | translate: function(tx, ty) {
| |
| - | this.elements[2] = tx * this.elements[0] + ty * this.elements[1] + this.elements[2];
| |
| - | this.elements[5] = tx * this.elements[3] + ty * this.elements[4] + this.elements[5];
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix2D
| |
| - | * The invTranslate() function translates this matrix by moving the current coordinates to the negative location specified by tx and ty.
| |
| - | *
| |
| - | * @param {float} tx the x-axis coordinate to move to
| |
| - | * @param {float} ty the y-axis coordinate to move to
| |
| - | */
| |
| - | invTranslate: function(tx, ty) {
| |
| - | this.translate(-tx, -ty);
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix2D
| |
| - | * The transpose() function is not used in processingjs.
| |
| - | */
| |
| - | transpose: function() {
| |
| - | // Does nothing in Processing.
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix2D
| |
| - | * The mult() function multiplied this matrix.
| |
| - | * If two array elements are passed in the function will multiply a two element vector against this matrix.
| |
| - | * If target is null or not length four, a new float array will be returned.
| |
| - | * The values for vec and target can be the same (though that's less efficient).
| |
| - | * If two PVectors are passed in the function multiply the x and y coordinates of a PVector against this matrix.
| |
| - | *
| |
| - | * @param {PVector} source, target the PVectors used to multiply this matrix
| |
| - | * @param {float[]} source, target the arrays used to multiply this matrix
| |
| - | *
| |
| - | * @return {PVector|float[]} returns a PVector or an array representing the new matrix
| |
| - | */
| |
| - | mult: function(source, target) {
| |
| - | var x, y;
| |
| - | if (source instanceof PVector) {
| |
| - | x = source.x;
| |
| - | y = source.y;
| |
| - | if (!target) {
| |
| - | target = new PVector();
| |
| - | }
| |
| - | } else if (source instanceof Array) {
| |
| - | x = source[0];
| |
| - | y = source[1];
| |
| - | if (!target) {
| |
| - | target = [];
| |
| - | }
| |
| - | }
| |
| - | if (target instanceof Array) {
| |
| - | target[0] = this.elements[0] * x + this.elements[1] * y + this.elements[2];
| |
| - | target[1] = this.elements[3] * x + this.elements[4] * y + this.elements[5];
| |
| - | } else if (target instanceof PVector) {
| |
| - | target.x = this.elements[0] * x + this.elements[1] * y + this.elements[2];
| |
| - | target.y = this.elements[3] * x + this.elements[4] * y + this.elements[5];
| |
| - | target.z = 0;
| |
| - | }
| |
| - | return target;
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix2D
| |
| - | * The multX() function calculates the x component of a vector from a transformation.
| |
| - | *
| |
| - | * @param {float} x the x component of the vector being transformed
| |
| - | * @param {float} y the y component of the vector being transformed
| |
| - | *
| |
| - | * @return {float} returnes the result of the calculation
| |
| - | */
| |
| - | multX: function(x, y) {
| |
| - | return (x * this.elements[0] + y * this.elements[1] + this.elements[2]);
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix2D
| |
| - | * The multY() function calculates the y component of a vector from a transformation.
| |
| - | *
| |
| - | * @param {float} x the x component of the vector being transformed
| |
| - | * @param {float} y the y component of the vector being transformed
| |
| - | *
| |
| - | * @return {float} returnes the result of the calculation
| |
| - | */
| |
| - | multY: function(x, y) {
| |
| - | return (x * this.elements[3] + y * this.elements[4] + this.elements[5]);
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix2D
| |
| - | * The skewX() function skews the matrix along the x-axis the amount specified by the angle parameter.
| |
| - | * Angles should be specified in radians (values from 0 to PI*2) or converted to radians with the <b>radians()</b> function.
| |
| - | *
| |
| - | * @param {float} angle angle of skew specified in radians
| |
| - | */
| |
| - | skewX: function(angle) {
| |
| - | this.apply(1, 0, 1, angle, 0, 0);
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix2D
| |
| - | * The skewY() function skews the matrix along the y-axis the amount specified by the angle parameter.
| |
| - | * Angles should be specified in radians (values from 0 to PI*2) or converted to radians with the <b>radians()</b> function.
| |
| - | *
| |
| - | * @param {float} angle angle of skew specified in radians
| |
| - | */
| |
| - | skewY: function(angle) {
| |
| - | this.apply(1, 0, 1, 0, angle, 0);
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix2D
| |
| - | * The shearX() function shears the matrix along the x-axis the amount specified by the angle parameter.
| |
| - | * Angles should be specified in radians (values from 0 to PI*2) or converted to radians with the <b>radians()</b> function.
| |
| - | *
| |
| - | * @param {float} angle angle of skew specified in radians
| |
| - | */
| |
| - | shearX: function(angle) {
| |
| - | this.apply(1, 0, 1, Math.tan(angle) , 0, 0);
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix2D
| |
| - | * The shearY() function shears the matrix along the y-axis the amount specified by the angle parameter.
| |
| - | * Angles should be specified in radians (values from 0 to PI*2) or converted to radians with the <b>radians()</b> function.
| |
| - | *
| |
| - | * @param {float} angle angle of skew specified in radians
| |
| - | */
| |
| - | shearY: function(angle) {
| |
| - | this.apply(1, 0, 1, 0, Math.tan(angle), 0);
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix2D
| |
| - | * The determinant() function calvculates the determinant of this matrix.
| |
| - | *
| |
| - | * @return {float} the determinant of the matrix
| |
| - | */
| |
| - | determinant: function() {
| |
| - | return (this.elements[0] * this.elements[4] - this.elements[1] * this.elements[3]);
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix2D
| |
| - | * The invert() function inverts this matrix
| |
| - | *
| |
| - | * @return {boolean} true if successful
| |
| - | */
| |
| - | invert: function() {
| |
| - | var d = this.determinant();
| |
| - | if (Math.abs( d ) > PConstants.MIN_INT) {
| |
| - | var old00 = this.elements[0];
| |
| - | var old01 = this.elements[1];
| |
| - | var old02 = this.elements[2];
| |
| - | var old10 = this.elements[3];
| |
| - | var old11 = this.elements[4];
| |
| - | var old12 = this.elements[5];
| |
| - | this.elements[0] = old11 / d;
| |
| - | this.elements[3] = -old10 / d;
| |
| - | this.elements[1] = -old01 / d;
| |
| - | this.elements[4] = old00 / d;
| |
| - | this.elements[2] = (old01 * old12 - old11 * old02) / d;
| |
| - | this.elements[5] = (old10 * old02 - old00 * old12) / d;
| |
| - | return true;
| |
| - | }
| |
| - | return false;
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix2D
| |
| - | * The scale() function increases or decreases the size of a shape by expanding and contracting vertices. When only one parameter is specified scale will occur in all dimensions.
| |
| - | * This is equivalent to a two parameter call.
| |
| - | *
| |
| - | * @param {float} sx the amount to scale on the x-axis
| |
| - | * @param {float} sy the amount to scale on the y-axis
| |
| - | */
| |
| - | scale: function(sx, sy) {
| |
| - | if (sx && !sy) {
| |
| - | sy = sx;
| |
| - | }
| |
| - | if (sx && sy) {
| |
| - | this.elements[0] *= sx;
| |
| - | this.elements[1] *= sy;
| |
| - | this.elements[3] *= sx;
| |
| - | this.elements[4] *= sy;
| |
| - | }
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix2D
| |
| - | * The invScale() function decreases or increases the size of a shape by contracting and expanding vertices. When only one parameter is specified scale will occur in all dimensions.
| |
| - | * This is equivalent to a two parameter call.
| |
| - | *
| |
| - | * @param {float} sx the amount to scale on the x-axis
| |
| - | * @param {float} sy the amount to scale on the y-axis
| |
| - | */
| |
| - | invScale: function(sx, sy) {
| |
| - | if (sx && !sy) {
| |
| - | sy = sx;
| |
| - | }
| |
| - | this.scale(1 / sx, 1 / sy);
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix2D
| |
| - | * The apply() function multiplies the current matrix by the one specified through the parameters. Note that either a PMatrix2D or a list of floats can be passed in.
| |
| - | *
| |
| - | * @param {PMatrix2D} matrix the matrix to apply this matrix to
| |
| - | * @param {float} m00 the first element of the matrix
| |
| - | * @param {float} m01 the third element of the matrix
| |
| - | * @param {float} m10 the fourth element of the matrix
| |
| - | * @param {float} m11 the fith element of the matrix
| |
| - | * @param {float} m12 the sixth element of the matrix
| |
| - | */
| |
| - | apply: function() {
| |
| - | var source;
| |
| - | if (arguments.length === 1 && arguments[0] instanceof PMatrix2D) {
| |
| - | source = arguments[0].array();
| |
| - | } else if (arguments.length === 6) {
| |
| - | source = Array.prototype.slice.call(arguments);
| |
| - | } else if (arguments.length === 1 && arguments[0] instanceof Array) {
| |
| - | source = arguments[0];
| |
| - | }
| |
| - |
| |
| - | var result = [0, 0, this.elements[2],
| |
| - | 0, 0, this.elements[5]];
| |
| - | var e = 0;
| |
| - | for (var row = 0; row < 2; row++) {
| |
| - | for (var col = 0; col < 3; col++, e++) {
| |
| - | result[e] += this.elements[row * 3 + 0] * source[col + 0] +
| |
| - | this.elements[row * 3 + 1] * source[col + 3];
| |
| - | }
| |
| - | }
| |
| - | this.elements = result.slice();
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix2D
| |
| - | * The preApply() function applies another matrix to the left of this one. Note that either a PMatrix2D or elements of a matrix can be passed in.
| |
| - | *
| |
| - | * @param {PMatrix2D} matrix the matrix to apply this matrix to
| |
| - | * @param {float} m00 the first element of the matrix
| |
| - | * @param {float} m01 the third element of the matrix
| |
| - | * @param {float} m10 the fourth element of the matrix
| |
| - | * @param {float} m11 the fith element of the matrix
| |
| - | * @param {float} m12 the sixth element of the matrix
| |
| - | */
| |
| - | preApply: function() {
| |
| - | var source;
| |
| - | if (arguments.length === 1 && arguments[0] instanceof PMatrix2D) {
| |
| - | source = arguments[0].array();
| |
| - | } else if (arguments.length === 6) {
| |
| - | source = Array.prototype.slice.call(arguments);
| |
| - | } else if (arguments.length === 1 && arguments[0] instanceof Array) {
| |
| - | source = arguments[0];
| |
| - | }
| |
| - | var result = [0, 0, source[2],
| |
| - | 0, 0, source[5]];
| |
| - | result[2] = source[2] + this.elements[2] * source[0] + this.elements[5] * source[1];
| |
| - | result[5] = source[5] + this.elements[2] * source[3] + this.elements[5] * source[4];
| |
| - | result[0] = this.elements[0] * source[0] + this.elements[3] * source[1];
| |
| - | result[3] = this.elements[0] * source[3] + this.elements[3] * source[4];
| |
| - | result[1] = this.elements[1] * source[0] + this.elements[4] * source[1];
| |
| - | result[4] = this.elements[1] * source[3] + this.elements[4] * source[4];
| |
| - | this.elements = result.slice();
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix2D
| |
| - | * The rotate() function rotates the matrix.
| |
| - | *
| |
| - | * @param {float} angle the angle of rotation in radiants
| |
| - | */
| |
| - | rotate: function(angle) {
| |
| - | var c = Math.cos(angle);
| |
| - | var s = Math.sin(angle);
| |
| - | var temp1 = this.elements[0];
| |
| - | var temp2 = this.elements[1];
| |
| - | this.elements[0] = c * temp1 + s * temp2;
| |
| - | this.elements[1] = -s * temp1 + c * temp2;
| |
| - | temp1 = this.elements[3];
| |
| - | temp2 = this.elements[4];
| |
| - | this.elements[3] = c * temp1 + s * temp2;
| |
| - | this.elements[4] = -s * temp1 + c * temp2;
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix2D
| |
| - | * The rotateZ() function rotates the matrix.
| |
| - | *
| |
| - | * @param {float} angle the angle of rotation in radiants
| |
| - | */
| |
| - | rotateZ: function(angle) {
| |
| - | this.rotate(angle);
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix2D
| |
| - | * The invRotateZ() function rotates the matrix in opposite direction.
| |
| - | *
| |
| - | * @param {float} angle the angle of rotation in radiants
| |
| - | */
| |
| - | invRotateZ: function(angle) {
| |
| - | this.rotateZ(angle - Math.PI);
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix2D
| |
| - | * The print() function prints out the elements of this matrix
| |
| - | */
| |
| - | print: function() {
| |
| - | var digits = printMatrixHelper(this.elements);
| |
| - | var output = "" + p.nfs(this.elements[0], digits, 4) + " " +
| |
| - | p.nfs(this.elements[1], digits, 4) + " " +
| |
| - | p.nfs(this.elements[2], digits, 4) + "\n" +
| |
| - | p.nfs(this.elements[3], digits, 4) + " " +
| |
| - | p.nfs(this.elements[4], digits, 4) + " " +
| |
| - | p.nfs(this.elements[5], digits, 4) + "\n\n";
| |
| - | p.println(output);
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | return PMatrix2D;
| |
| - | };
| |
| - |
| |
| - | },{}],14:[function(require,module,exports){
| |
| - | module.exports = function(options, undef) {
| |
| - |
| |
| - | // FIXME: hack
| |
| - | var p = options.p;
| |
| - |
| |
| - | /**
| |
| - | * PMatrix3D is a 4x4 matrix implementation. The constructor accepts another PMatrix3D or a list of six or sixteen float elements.
| |
| - | * If no parameters are provided the matrix is set to the identity matrix.
| |
| - | */
| |
| - | var PMatrix3D = function() {
| |
| - | // When a matrix is created, it is set to an identity matrix
| |
| - | this.reset();
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * PMatrix3D methods
| |
| - | */
| |
| - | PMatrix3D.prototype = {
| |
| - | /**
| |
| - | * @member PMatrix2D
| |
| - | * The set() function sets the matrix elements. The function accepts either another PMatrix3D, an array of elements, or a list of six or sixteen floats.
| |
| - | *
| |
| - | * @param {PMatrix3D} matrix the initial matrix to set to
| |
| - | * @param {float[]} elements an array of elements to set this matrix to
| |
| - | * @param {float} m00 the first element of the matrix
| |
| - | * @param {float} m01 the second element of the matrix
| |
| - | * @param {float} m02 the third element of the matrix
| |
| - | * @param {float} m03 the fourth element of the matrix
| |
| - | * @param {float} m10 the fifth element of the matrix
| |
| - | * @param {float} m11 the sixth element of the matrix
| |
| - | * @param {float} m12 the seventh element of the matrix
| |
| - | * @param {float} m13 the eight element of the matrix
| |
| - | * @param {float} m20 the nineth element of the matrix
| |
| - | * @param {float} m21 the tenth element of the matrix
| |
| - | * @param {float} m22 the eleventh element of the matrix
| |
| - | * @param {float} m23 the twelveth element of the matrix
| |
| - | * @param {float} m30 the thirteenth element of the matrix
| |
| - | * @param {float} m31 the fourtheenth element of the matrix
| |
| - | * @param {float} m32 the fivetheenth element of the matrix
| |
| - | * @param {float} m33 the sixteenth element of the matrix
| |
| - | */
| |
| - | set: function() {
| |
| - | if (arguments.length === 16) {
| |
| - | this.elements = Array.prototype.slice.call(arguments);
| |
| - | } else if (arguments.length === 1 && arguments[0] instanceof PMatrix3D) {
| |
| - | this.elements = arguments[0].array();
| |
| - | } else if (arguments.length === 1 && arguments[0] instanceof Array) {
| |
| - | this.elements = arguments[0].slice();
| |
| - | }
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix3D
| |
| - | * The get() function returns a copy of this PMatrix3D.
| |
| - | *
| |
| - | * @return {PMatrix3D} a copy of this PMatrix3D
| |
| - | */
| |
| - | get: function() {
| |
| - | var outgoing = new PMatrix3D();
| |
| - | outgoing.set(this.elements);
| |
| - | return outgoing;
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix3D
| |
| - | * The reset() function sets this PMatrix3D to the identity matrix.
| |
| - | */
| |
| - | reset: function() {
| |
| - | this.elements = [1,0,0,0,
| |
| - | 0,1,0,0,
| |
| - | 0,0,1,0,
| |
| - | 0,0,0,1];
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix3D
| |
| - | * The array() function returns a copy of the element values.
| |
| - | * @addon
| |
| - | *
| |
| - | * @return {float[]} returns a copy of the element values
| |
| - | */
| |
| - | array: function array() {
| |
| - | return this.elements.slice();
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix3D
| |
| - | * The translate() function translates this matrix by moving the current coordinates to the location specified by tx, ty, and tz.
| |
| - | *
| |
| - | * @param {float} tx the x-axis coordinate to move to
| |
| - | * @param {float} ty the y-axis coordinate to move to
| |
| - | * @param {float} tz the z-axis coordinate to move to
| |
| - | */
| |
| - | translate: function(tx, ty, tz) {
| |
| - | if (tz === undef) {
| |
| - | tz = 0;
| |
| - | }
| |
| - |
| |
| - | this.elements[3] += tx * this.elements[0] + ty * this.elements[1] + tz * this.elements[2];
| |
| - | this.elements[7] += tx * this.elements[4] + ty * this.elements[5] + tz * this.elements[6];
| |
| - | this.elements[11] += tx * this.elements[8] + ty * this.elements[9] + tz * this.elements[10];
| |
| - | this.elements[15] += tx * this.elements[12] + ty * this.elements[13] + tz * this.elements[14];
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix3D
| |
| - | * The transpose() function transpose this matrix.
| |
| - | */
| |
| - | transpose: function() {
| |
| - | var temp = this.elements[4];
| |
| - | this.elements[4] = this.elements[1];
| |
| - | this.elements[1] = temp;
| |
| - |
| |
| - | temp = this.elements[8];
| |
| - | this.elements[8] = this.elements[2];
| |
| - | this.elements[2] = temp;
| |
| - |
| |
| - | temp = this.elements[6];
| |
| - | this.elements[6] = this.elements[9];
| |
| - | this.elements[9] = temp;
| |
| - |
| |
| - | temp = this.elements[3];
| |
| - | this.elements[3] = this.elements[12];
| |
| - | this.elements[12] = temp;
| |
| - |
| |
| - | temp = this.elements[7];
| |
| - | this.elements[7] = this.elements[13];
| |
| - | this.elements[13] = temp;
| |
| - |
| |
| - | temp = this.elements[11];
| |
| - | this.elements[11] = this.elements[14];
| |
| - | this.elements[14] = temp;
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix3D
| |
| - | * The mult() function multiplied this matrix.
| |
| - | * If two array elements are passed in the function will multiply a two element vector against this matrix.
| |
| - | * If target is null or not length four, a new float array will be returned.
| |
| - | * The values for vec and target can be the same (though that's less efficient).
| |
| - | * If two PVectors are passed in the function multiply the x and y coordinates of a PVector against this matrix.
| |
| - | *
| |
| - | * @param {PVector} source, target the PVectors used to multiply this matrix
| |
| - | * @param {float[]} source, target the arrays used to multiply this matrix
| |
| - | *
| |
| - | * @return {PVector|float[]} returns a PVector or an array representing the new matrix
| |
| - | */
| |
| - | mult: function(source, target) {
| |
| - | var x, y, z, w;
| |
| - | if (source instanceof PVector) {
| |
| - | x = source.x;
| |
| - | y = source.y;
| |
| - | z = source.z;
| |
| - | w = 1;
| |
| - | if (!target) {
| |
| - | target = new PVector();
| |
| - | }
| |
| - | } else if (source instanceof Array) {
| |
| - | x = source[0];
| |
| - | y = source[1];
| |
| - | z = source[2];
| |
| - | w = source[3] || 1;
| |
| - |
| |
| - | if ( !target || (target.length !== 3 && target.length !== 4) ) {
| |
| - | target = [0, 0, 0];
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | if (target instanceof Array) {
| |
| - | if (target.length === 3) {
| |
| - | target[0] = this.elements[0] * x + this.elements[1] * y + this.elements[2] * z + this.elements[3];
| |
| - | target[1] = this.elements[4] * x + this.elements[5] * y + this.elements[6] * z + this.elements[7];
| |
| - | target[2] = this.elements[8] * x + this.elements[9] * y + this.elements[10] * z + this.elements[11];
| |
| - | } else if (target.length === 4) {
| |
| - | target[0] = this.elements[0] * x + this.elements[1] * y + this.elements[2] * z + this.elements[3] * w;
| |
| - | target[1] = this.elements[4] * x + this.elements[5] * y + this.elements[6] * z + this.elements[7] * w;
| |
| - | target[2] = this.elements[8] * x + this.elements[9] * y + this.elements[10] * z + this.elements[11] * w;
| |
| - | target[3] = this.elements[12] * x + this.elements[13] * y + this.elements[14] * z + this.elements[15] * w;
| |
| - | }
| |
| - | }
| |
| - | if (target instanceof PVector) {
| |
| - | target.x = this.elements[0] * x + this.elements[1] * y + this.elements[2] * z + this.elements[3];
| |
| - | target.y = this.elements[4] * x + this.elements[5] * y + this.elements[6] * z + this.elements[7];
| |
| - | target.z = this.elements[8] * x + this.elements[9] * y + this.elements[10] * z + this.elements[11];
| |
| - | }
| |
| - | return target;
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix3D
| |
| - | * The preApply() function applies another matrix to the left of this one. Note that either a PMatrix3D or elements of a matrix can be passed in.
| |
| - | *
| |
| - | * @param {PMatrix3D} matrix the matrix to apply this matrix to
| |
| - | * @param {float} m00 the first element of the matrix
| |
| - | * @param {float} m01 the second element of the matrix
| |
| - | * @param {float} m02 the third element of the matrix
| |
| - | * @param {float} m03 the fourth element of the matrix
| |
| - | * @param {float} m10 the fifth element of the matrix
| |
| - | * @param {float} m11 the sixth element of the matrix
| |
| - | * @param {float} m12 the seventh element of the matrix
| |
| - | * @param {float} m13 the eight element of the matrix
| |
| - | * @param {float} m20 the nineth element of the matrix
| |
| - | * @param {float} m21 the tenth element of the matrix
| |
| - | * @param {float} m22 the eleventh element of the matrix
| |
| - | * @param {float} m23 the twelveth element of the matrix
| |
| - | * @param {float} m30 the thirteenth element of the matrix
| |
| - | * @param {float} m31 the fourtheenth element of the matrix
| |
| - | * @param {float} m32 the fivetheenth element of the matrix
| |
| - | * @param {float} m33 the sixteenth element of the matrix
| |
| - | */
| |
| - | preApply: function() {
| |
| - | var source;
| |
| - | if (arguments.length === 1 && arguments[0] instanceof PMatrix3D) {
| |
| - | source = arguments[0].array();
| |
| - | } else if (arguments.length === 16) {
| |
| - | source = Array.prototype.slice.call(arguments);
| |
| - | } else if (arguments.length === 1 && arguments[0] instanceof Array) {
| |
| - | source = arguments[0];
| |
| - | }
| |
| - |
| |
| - | var result = [0, 0, 0, 0,
| |
| - | 0, 0, 0, 0,
| |
| - | 0, 0, 0, 0,
| |
| - | 0, 0, 0, 0];
| |
| - | var e = 0;
| |
| - | for (var row = 0; row < 4; row++) {
| |
| - | for (var col = 0; col < 4; col++, e++) {
| |
| - | result[e] += this.elements[col + 0] * source[row * 4 + 0] + this.elements[col + 4] *
| |
| - | source[row * 4 + 1] + this.elements[col + 8] * source[row * 4 + 2] +
| |
| - | this.elements[col + 12] * source[row * 4 + 3];
| |
| - | }
| |
| - | }
| |
| - | this.elements = result.slice();
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix3D
| |
| - | * The apply() function multiplies the current matrix by the one specified through the parameters. Note that either a PMatrix3D or a list of floats can be passed in.
| |
| - | *
| |
| - | * @param {PMatrix3D} matrix the matrix to apply this matrix to
| |
| - | * @param {float} m00 the first element of the matrix
| |
| - | * @param {float} m01 the second element of the matrix
| |
| - | * @param {float} m02 the third element of the matrix
| |
| - | * @param {float} m03 the fourth element of the matrix
| |
| - | * @param {float} m10 the fifth element of the matrix
| |
| - | * @param {float} m11 the sixth element of the matrix
| |
| - | * @param {float} m12 the seventh element of the matrix
| |
| - | * @param {float} m13 the eight element of the matrix
| |
| - | * @param {float} m20 the nineth element of the matrix
| |
| - | * @param {float} m21 the tenth element of the matrix
| |
| - | * @param {float} m22 the eleventh element of the matrix
| |
| - | * @param {float} m23 the twelveth element of the matrix
| |
| - | * @param {float} m30 the thirteenth element of the matrix
| |
| - | * @param {float} m31 the fourtheenth element of the matrix
| |
| - | * @param {float} m32 the fivetheenth element of the matrix
| |
| - | * @param {float} m33 the sixteenth element of the matrix
| |
| - | */
| |
| - | apply: function() {
| |
| - | var source;
| |
| - | if (arguments.length === 1 && arguments[0] instanceof PMatrix3D) {
| |
| - | source = arguments[0].array();
| |
| - | } else if (arguments.length === 16) {
| |
| - | source = Array.prototype.slice.call(arguments);
| |
| - | } else if (arguments.length === 1 && arguments[0] instanceof Array) {
| |
| - | source = arguments[0];
| |
| - | }
| |
| - |
| |
| - | var result = [0, 0, 0, 0,
| |
| - | 0, 0, 0, 0,
| |
| - | 0, 0, 0, 0,
| |
| - | 0, 0, 0, 0];
| |
| - | var e = 0;
| |
| - | for (var row = 0; row < 4; row++) {
| |
| - | for (var col = 0; col < 4; col++, e++) {
| |
| - | result[e] += this.elements[row * 4 + 0] * source[col + 0] + this.elements[row * 4 + 1] *
| |
| - | source[col + 4] + this.elements[row * 4 + 2] * source[col + 8] +
| |
| - | this.elements[row * 4 + 3] * source[col + 12];
| |
| - | }
| |
| - | }
| |
| - | this.elements = result.slice();
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix3D
| |
| - | * The rotate() function rotates the matrix.
| |
| - | *
| |
| - | * @param {float} angle the angle of rotation in radiants
| |
| - | */
| |
| - | rotate: function(angle, v0, v1, v2) {
| |
| - | if (!v1) {
| |
| - | this.rotateZ(angle);
| |
| - | } else {
| |
| - | // TODO should make sure this vector is normalized
| |
| - | var c = Math.cos(angle);
| |
| - | var s = Math.sin(angle);
| |
| - | var t = 1.0 - c;
| |
| - |
| |
| - | this.apply((t * v0 * v0) + c,
| |
| - | (t * v0 * v1) - (s * v2),
| |
| - | (t * v0 * v2) + (s * v1),
| |
| - | 0,
| |
| - | (t * v0 * v1) + (s * v2),
| |
| - | (t * v1 * v1) + c,
| |
| - | (t * v1 * v2) - (s * v0),
| |
| - | 0,
| |
| - | (t * v0 * v2) - (s * v1),
| |
| - | (t * v1 * v2) + (s * v0),
| |
| - | (t * v2 * v2) + c,
| |
| - | 0,
| |
| - | 0, 0, 0, 1);
| |
| - | }
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix3D
| |
| - | * The invApply() function applies the inverted matrix to this matrix.
| |
| - | *
| |
| - | * @param {float} m00 the first element of the matrix
| |
| - | * @param {float} m01 the second element of the matrix
| |
| - | * @param {float} m02 the third element of the matrix
| |
| - | * @param {float} m03 the fourth element of the matrix
| |
| - | * @param {float} m10 the fifth element of the matrix
| |
| - | * @param {float} m11 the sixth element of the matrix
| |
| - | * @param {float} m12 the seventh element of the matrix
| |
| - | * @param {float} m13 the eight element of the matrix
| |
| - | * @param {float} m20 the nineth element of the matrix
| |
| - | * @param {float} m21 the tenth element of the matrix
| |
| - | * @param {float} m22 the eleventh element of the matrix
| |
| - | * @param {float} m23 the twelveth element of the matrix
| |
| - | * @param {float} m30 the thirteenth element of the matrix
| |
| - | * @param {float} m31 the fourtheenth element of the matrix
| |
| - | * @param {float} m32 the fivetheenth element of the matrix
| |
| - | * @param {float} m33 the sixteenth element of the matrix
| |
| - | *
| |
| - | * @return {boolean} returns true if the operation was successful.
| |
| - | */
| |
| - | invApply: function() {
| |
| - | if (inverseCopy === undef) {
| |
| - | inverseCopy = new PMatrix3D();
| |
| - | }
| |
| - | var a = arguments;
| |
| - | inverseCopy.set(a[0], a[1], a[2], a[3], a[4], a[5], a[6], a[7], a[8],
| |
| - | a[9], a[10], a[11], a[12], a[13], a[14], a[15]);
| |
| - |
| |
| - | if (!inverseCopy.invert()) {
| |
| - | return false;
| |
| - | }
| |
| - | this.preApply(inverseCopy);
| |
| - | return true;
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix3D
| |
| - | * The rotateZ() function rotates the matrix.
| |
| - | *
| |
| - | * @param {float} angle the angle of rotation in radiants
| |
| - | */
| |
| - | rotateX: function(angle) {
| |
| - | var c = Math.cos(angle);
| |
| - | var s = Math.sin(angle);
| |
| - | this.apply([1, 0, 0, 0, 0, c, -s, 0, 0, s, c, 0, 0, 0, 0, 1]);
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix3D
| |
| - | * The rotateY() function rotates the matrix.
| |
| - | *
| |
| - | * @param {float} angle the angle of rotation in radiants
| |
| - | */
| |
| - | rotateY: function(angle) {
| |
| - | var c = Math.cos(angle);
| |
| - | var s = Math.sin(angle);
| |
| - | this.apply([c, 0, s, 0, 0, 1, 0, 0, -s, 0, c, 0, 0, 0, 0, 1]);
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix3D
| |
| - | * The rotateZ() function rotates the matrix.
| |
| - | *
| |
| - | * @param {float} angle the angle of rotation in radiants
| |
| - | */
| |
| - | rotateZ: function(angle) {
| |
| - | var c = Math.cos(angle);
| |
| - | var s = Math.sin(angle);
| |
| - | this.apply([c, -s, 0, 0, s, c, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1]);
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix3D
| |
| - | * The scale() function increases or decreases the size of a matrix by expanding and contracting vertices. When only one parameter is specified scale will occur in all dimensions.
| |
| - | * This is equivalent to a three parameter call.
| |
| - | *
| |
| - | * @param {float} sx the amount to scale on the x-axis
| |
| - | * @param {float} sy the amount to scale on the y-axis
| |
| - | * @param {float} sz the amount to scale on the z-axis
| |
| - | */
| |
| - | scale: function(sx, sy, sz) {
| |
| - | if (sx && !sy && !sz) {
| |
| - | sy = sz = sx;
| |
| - | } else if (sx && sy && !sz) {
| |
| - | sz = 1;
| |
| - | }
| |
| - |
| |
| - | if (sx && sy && sz) {
| |
| - | this.elements[0] *= sx;
| |
| - | this.elements[1] *= sy;
| |
| - | this.elements[2] *= sz;
| |
| - | this.elements[4] *= sx;
| |
| - | this.elements[5] *= sy;
| |
| - | this.elements[6] *= sz;
| |
| - | this.elements[8] *= sx;
| |
| - | this.elements[9] *= sy;
| |
| - | this.elements[10] *= sz;
| |
| - | this.elements[12] *= sx;
| |
| - | this.elements[13] *= sy;
| |
| - | this.elements[14] *= sz;
| |
| - | }
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix3D
| |
| - | * The skewX() function skews the matrix along the x-axis the amount specified by the angle parameter.
| |
| - | * Angles should be specified in radians (values from 0 to PI*2) or converted to radians with the <b>radians()</b> function.
| |
| - | *
| |
| - | * @param {float} angle angle of skew specified in radians
| |
| - | */
| |
| - | skewX: function(angle) {
| |
| - | var t = Math.tan(angle);
| |
| - | this.apply(1, t, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1);
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix3D
| |
| - | * The skewY() function skews the matrix along the y-axis the amount specified by the angle parameter.
| |
| - | * Angles should be specified in radians (values from 0 to PI*2) or converted to radians with the <b>radians()</b> function.
| |
| - | *
| |
| - | * @param {float} angle angle of skew specified in radians
| |
| - | */
| |
| - | skewY: function(angle) {
| |
| - | var t = Math.tan(angle);
| |
| - | this.apply(1, 0, 0, 0, t, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1);
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix3D
| |
| - | * The shearX() function shears the matrix along the x-axis the amount specified by the angle parameter.
| |
| - | * Angles should be specified in radians (values from 0 to PI*2) or converted to radians with the <b>radians()</b> function.
| |
| - | *
| |
| - | * @param {float} angle angle of shear specified in radians
| |
| - | */
| |
| - | shearX: function(angle) {
| |
| - | var t = Math.tan(angle);
| |
| - | this.apply(1, t, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1);
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix3D
| |
| - | * The shearY() function shears the matrix along the y-axis the amount specified by the angle parameter.
| |
| - | * Angles should be specified in radians (values from 0 to PI*2) or converted to radians with the <b>radians()</b> function.
| |
| - | *
| |
| - | * @param {float} angle angle of shear specified in radians
| |
| - | */
| |
| - | shearY: function(angle) {
| |
| - | var t = Math.tan(angle);
| |
| - | this.apply(1, 0, 0, 0, t, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1);
| |
| - | },
| |
| - | multX: function(x, y, z, w) {
| |
| - | if (!z) {
| |
| - | return this.elements[0] * x + this.elements[1] * y + this.elements[3];
| |
| - | }
| |
| - | if (!w) {
| |
| - | return this.elements[0] * x + this.elements[1] * y + this.elements[2] * z + this.elements[3];
| |
| - | }
| |
| - | return this.elements[0] * x + this.elements[1] * y + this.elements[2] * z + this.elements[3] * w;
| |
| - | },
| |
| - | multY: function(x, y, z, w) {
| |
| - | if (!z) {
| |
| - | return this.elements[4] * x + this.elements[5] * y + this.elements[7];
| |
| - | }
| |
| - | if (!w) {
| |
| - | return this.elements[4] * x + this.elements[5] * y + this.elements[6] * z + this.elements[7];
| |
| - | }
| |
| - | return this.elements[4] * x + this.elements[5] * y + this.elements[6] * z + this.elements[7] * w;
| |
| - | },
| |
| - | multZ: function(x, y, z, w) {
| |
| - | if (!w) {
| |
| - | return this.elements[8] * x + this.elements[9] * y + this.elements[10] * z + this.elements[11];
| |
| - | }
| |
| - | return this.elements[8] * x + this.elements[9] * y + this.elements[10] * z + this.elements[11] * w;
| |
| - | },
| |
| - | multW: function(x, y, z, w) {
| |
| - | if (!w) {
| |
| - | return this.elements[12] * x + this.elements[13] * y + this.elements[14] * z + this.elements[15];
| |
| - | }
| |
| - | return this.elements[12] * x + this.elements[13] * y + this.elements[14] * z + this.elements[15] * w;
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix3D
| |
| - | * The invert() function inverts this matrix
| |
| - | *
| |
| - | * @return {boolean} true if successful
| |
| - | */
| |
| - | invert: function() {
| |
| - | var fA0 = this.elements[0] * this.elements[5] - this.elements[1] * this.elements[4];
| |
| - | var fA1 = this.elements[0] * this.elements[6] - this.elements[2] * this.elements[4];
| |
| - | var fA2 = this.elements[0] * this.elements[7] - this.elements[3] * this.elements[4];
| |
| - | var fA3 = this.elements[1] * this.elements[6] - this.elements[2] * this.elements[5];
| |
| - | var fA4 = this.elements[1] * this.elements[7] - this.elements[3] * this.elements[5];
| |
| - | var fA5 = this.elements[2] * this.elements[7] - this.elements[3] * this.elements[6];
| |
| - | var fB0 = this.elements[8] * this.elements[13] - this.elements[9] * this.elements[12];
| |
| - | var fB1 = this.elements[8] * this.elements[14] - this.elements[10] * this.elements[12];
| |
| - | var fB2 = this.elements[8] * this.elements[15] - this.elements[11] * this.elements[12];
| |
| - | var fB3 = this.elements[9] * this.elements[14] - this.elements[10] * this.elements[13];
| |
| - | var fB4 = this.elements[9] * this.elements[15] - this.elements[11] * this.elements[13];
| |
| - | var fB5 = this.elements[10] * this.elements[15] - this.elements[11] * this.elements[14];
| |
| - |
| |
| - | // Determinant
| |
| - | var fDet = fA0 * fB5 - fA1 * fB4 + fA2 * fB3 + fA3 * fB2 - fA4 * fB1 + fA5 * fB0;
| |
| - |
| |
| - | // Account for a very small value
| |
| - | // return false if not successful.
| |
| - | if (Math.abs(fDet) <= 1e-9) {
| |
| - | return false;
| |
| - | }
| |
| - |
| |
| - | var kInv = [];
| |
| - | kInv[0] = +this.elements[5] * fB5 - this.elements[6] * fB4 + this.elements[7] * fB3;
| |
| - | kInv[4] = -this.elements[4] * fB5 + this.elements[6] * fB2 - this.elements[7] * fB1;
| |
| - | kInv[8] = +this.elements[4] * fB4 - this.elements[5] * fB2 + this.elements[7] * fB0;
| |
| - | kInv[12] = -this.elements[4] * fB3 + this.elements[5] * fB1 - this.elements[6] * fB0;
| |
| - | kInv[1] = -this.elements[1] * fB5 + this.elements[2] * fB4 - this.elements[3] * fB3;
| |
| - | kInv[5] = +this.elements[0] * fB5 - this.elements[2] * fB2 + this.elements[3] * fB1;
| |
| - | kInv[9] = -this.elements[0] * fB4 + this.elements[1] * fB2 - this.elements[3] * fB0;
| |
| - | kInv[13] = +this.elements[0] * fB3 - this.elements[1] * fB1 + this.elements[2] * fB0;
| |
| - | kInv[2] = +this.elements[13] * fA5 - this.elements[14] * fA4 + this.elements[15] * fA3;
| |
| - | kInv[6] = -this.elements[12] * fA5 + this.elements[14] * fA2 - this.elements[15] * fA1;
| |
| - | kInv[10] = +this.elements[12] * fA4 - this.elements[13] * fA2 + this.elements[15] * fA0;
| |
| - | kInv[14] = -this.elements[12] * fA3 + this.elements[13] * fA1 - this.elements[14] * fA0;
| |
| - | kInv[3] = -this.elements[9] * fA5 + this.elements[10] * fA4 - this.elements[11] * fA3;
| |
| - | kInv[7] = +this.elements[8] * fA5 - this.elements[10] * fA2 + this.elements[11] * fA1;
| |
| - | kInv[11] = -this.elements[8] * fA4 + this.elements[9] * fA2 - this.elements[11] * fA0;
| |
| - | kInv[15] = +this.elements[8] * fA3 - this.elements[9] * fA1 + this.elements[10] * fA0;
| |
| - |
| |
| - | // Inverse using Determinant
| |
| - | var fInvDet = 1.0 / fDet;
| |
| - | kInv[0] *= fInvDet;
| |
| - | kInv[1] *= fInvDet;
| |
| - | kInv[2] *= fInvDet;
| |
| - | kInv[3] *= fInvDet;
| |
| - | kInv[4] *= fInvDet;
| |
| - | kInv[5] *= fInvDet;
| |
| - | kInv[6] *= fInvDet;
| |
| - | kInv[7] *= fInvDet;
| |
| - | kInv[8] *= fInvDet;
| |
| - | kInv[9] *= fInvDet;
| |
| - | kInv[10] *= fInvDet;
| |
| - | kInv[11] *= fInvDet;
| |
| - | kInv[12] *= fInvDet;
| |
| - | kInv[13] *= fInvDet;
| |
| - | kInv[14] *= fInvDet;
| |
| - | kInv[15] *= fInvDet;
| |
| - |
| |
| - | this.elements = kInv.slice();
| |
| - | return true;
| |
| - | },
| |
| - | toString: function() {
| |
| - | var str = "";
| |
| - | for (var i = 0; i < 15; i++) {
| |
| - | str += this.elements[i] + ", ";
| |
| - | }
| |
| - | str += this.elements[15];
| |
| - | return str;
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix3D
| |
| - | * The print() function prints out the elements of this matrix
| |
| - | */
| |
| - | print: function() {
| |
| - | var digits = printMatrixHelper(this.elements);
| |
| - |
| |
| - | var output = "" + p.nfs(this.elements[0], digits, 4) + " " + p.nfs(this.elements[1], digits, 4) +
| |
| - | " " + p.nfs(this.elements[2], digits, 4) + " " + p.nfs(this.elements[3], digits, 4) +
| |
| - | "\n" + p.nfs(this.elements[4], digits, 4) + " " + p.nfs(this.elements[5], digits, 4) +
| |
| - | " " + p.nfs(this.elements[6], digits, 4) + " " + p.nfs(this.elements[7], digits, 4) +
| |
| - | "\n" + p.nfs(this.elements[8], digits, 4) + " " + p.nfs(this.elements[9], digits, 4) +
| |
| - | " " + p.nfs(this.elements[10], digits, 4) + " " + p.nfs(this.elements[11], digits, 4) +
| |
| - | "\n" + p.nfs(this.elements[12], digits, 4) + " " + p.nfs(this.elements[13], digits, 4) +
| |
| - | " " + p.nfs(this.elements[14], digits, 4) + " " + p.nfs(this.elements[15], digits, 4) + "\n\n";
| |
| - | p.println(output);
| |
| - | },
| |
| - | invTranslate: function(tx, ty, tz) {
| |
| - | this.preApply(1, 0, 0, -tx, 0, 1, 0, -ty, 0, 0, 1, -tz, 0, 0, 0, 1);
| |
| - | },
| |
| - | invRotateX: function(angle) {
| |
| - | var c = Math.cos(-angle);
| |
| - | var s = Math.sin(-angle);
| |
| - | this.preApply([1, 0, 0, 0, 0, c, -s, 0, 0, s, c, 0, 0, 0, 0, 1]);
| |
| - | },
| |
| - | invRotateY: function(angle) {
| |
| - | var c = Math.cos(-angle);
| |
| - | var s = Math.sin(-angle);
| |
| - | this.preApply([c, 0, s, 0, 0, 1, 0, 0, -s, 0, c, 0, 0, 0, 0, 1]);
| |
| - | },
| |
| - | invRotateZ: function(angle) {
| |
| - | var c = Math.cos(-angle);
| |
| - | var s = Math.sin(-angle);
| |
| - | this.preApply([c, -s, 0, 0, s, c, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1]);
| |
| - | },
| |
| - | invScale: function(x, y, z) {
| |
| - | this.preApply([1 / x, 0, 0, 0, 0, 1 / y, 0, 0, 0, 0, 1 / z, 0, 0, 0, 0, 1]);
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | return PMatrix3D;
| |
| - | };
| |
| - | },{}],15:[function(require,module,exports){
| |
| - | module.exports = function(options) {
| |
| - | var PConstants = options.PConstants,
| |
| - | PMatrix2D = options.PMatrix2D,
| |
| - | PMatrix3D = options.PMatrix3D;
| |
| - |
| |
| - | /**
| |
| - | * Datatype for storing shapes. Processing can currently load and display SVG (Scalable Vector Graphics) shapes.
| |
| - | * Before a shape is used, it must be loaded with the <b>loadShape()</b> function. The <b>shape()</b> function is used to draw the shape to the display window.
| |
| - | * The <b>PShape</b> object contain a group of methods, linked below, that can operate on the shape data.
| |
| - | * <br><br>The <b>loadShape()</b> method supports SVG files created with Inkscape and Adobe Illustrator.
| |
| - | * It is not a full SVG implementation, but offers some straightforward support for handling vector data.
| |
| - | *
| |
| - | * @param {int} family the shape type, one of GROUP, PRIMITIVE, PATH, or GEOMETRY
| |
| - | *
| |
| - | * @see #shape()
| |
| - | * @see #loadShape()
| |
| - | * @see #shapeMode()
| |
| - | */
| |
| - | var PShape = function(family) {
| |
| - | this.family = family || PConstants.GROUP;
| |
| - | this.visible = true;
| |
| - | this.style = true;
| |
| - | this.children = [];
| |
| - | this.nameTable = [];
| |
| - | this.params = [];
| |
| - | this.name = "";
| |
| - | this.image = null; //type PImage
| |
| - | this.matrix = null;
| |
| - | this.kind = null;
| |
| - | this.close = null;
| |
| - | this.width = null;
| |
| - | this.height = null;
| |
| - | this.parent = null;
| |
| - | };
| |
| - | /**
| |
| - | * PShape methods
| |
| - | * missing: findChild(), apply(), contains(), findChild(), getPrimitive(), getParams(), getVertex() , getVertexCount(),
| |
| - | * getVertexCode() , getVertexCodes() , getVertexCodeCount(), getVertexX(), getVertexY(), getVertexZ()
| |
| - | */
| |
| - | PShape.prototype = {
| |
| - | /**
| |
| - | * @member PShape
| |
| - | * The isVisible() function returns a boolean value "true" if the image is set to be visible, "false" if not. This is modified with the <b>setVisible()</b> parameter.
| |
| - | * <br><br>The visibility of a shape is usually controlled by whatever program created the SVG file.
| |
| - | * For instance, this parameter is controlled by showing or hiding the shape in the layers palette in Adobe Illustrator.
| |
| - | *
| |
| - | * @return {boolean} returns "true" if the image is set to be visible, "false" if not
| |
| - | */
| |
| - | isVisible: function(){
| |
| - | return this.visible;
| |
| - | },
| |
| - | /**
| |
| - | * @member PShape
| |
| - | * The setVisible() function sets the shape to be visible or invisible. This is determined by the value of the <b>visible</b> parameter.
| |
| - | * <br><br>The visibility of a shape is usually controlled by whatever program created the SVG file.
| |
| - | * For instance, this parameter is controlled by showing or hiding the shape in the layers palette in Adobe Illustrator.
| |
| - | *
| |
| - | * @param {boolean} visible "false" makes the shape invisible and "true" makes it visible
| |
| - | */
| |
| - | setVisible: function (visible){
| |
| - | this.visible = visible;
| |
| - | },
| |
| - | /**
| |
| - | * @member PShape
| |
| - | * The disableStyle() function disables the shape's style data and uses Processing's current styles. Styles include attributes such as colors, stroke weight, and stroke joints.
| |
| - | * Overrides this shape's style information and uses PGraphics styles and colors. Identical to ignoreStyles(true). Also disables styles for all child shapes.
| |
| - | */
| |
| - | disableStyle: function(){
| |
| - | this.style = false;
| |
| - | for(var i = 0, j=this.children.length; i<j; i++) {
| |
| - | this.children[i].disableStyle();
| |
| - | }
| |
| - | },
| |
| - | /**
| |
| - | * @member PShape
| |
| - | * The enableStyle() function enables the shape's style data and ignores Processing's current styles. Styles include attributes such as colors, stroke weight, and stroke joints.
| |
| - | */
| |
| - | enableStyle: function(){
| |
| - | this.style = true;
| |
| - | for(var i = 0, j=this.children.length; i<j; i++) {
| |
| - | this.children[i].enableStyle();
| |
| - | }
| |
| - | },
| |
| - | /**
| |
| - | * @member PShape
| |
| - | * The getFamily function returns the shape type
| |
| - | *
| |
| - | * @return {int} the shape type, one of GROUP, PRIMITIVE, PATH, or GEOMETRY
| |
| - | */
| |
| - | getFamily: function(){
| |
| - | return this.family;
| |
| - | },
| |
| - | /**
| |
| - | * @member PShape
| |
| - | * The getWidth() function gets the width of the drawing area (not necessarily the shape boundary).
| |
| - | */
| |
| - | getWidth: function(){
| |
| - | return this.width;
| |
| - | },
| |
| - | /**
| |
| - | * @member PShape
| |
| - | * The getHeight() function gets the height of the drawing area (not necessarily the shape boundary).
| |
| - | */
| |
| - | getHeight: function(){
| |
| - | return this.height;
| |
| - | },
| |
| - | /**
| |
| - | * @member PShape
| |
| - | * The setName() function sets the name of the shape
| |
| - | *
| |
| - | * @param {String} name the name of the shape
| |
| - | */
| |
| - | setName: function(name){
| |
| - | this.name = name;
| |
| - | },
| |
| - | /**
| |
| - | * @member PShape
| |
| - | * The getName() function returns the name of the shape
| |
| - | *
| |
| - | * @return {String} the name of the shape
| |
| - | */
| |
| - | getName: function(){
| |
| - | return this.name;
| |
| - | },
| |
| - | /**
| |
| - | * @member PShape
| |
| - | * Called by the following (the shape() command adds the g)
| |
| - | * PShape s = loadShapes("blah.svg");
| |
| - | * shape(s);
| |
| - | */
| |
| - | draw: function(renderContext) {
| |
| - | if(!renderContext) {
| |
| - | throw "render context missing for draw() in PShape";
| |
| - | }
| |
| - | if (this.visible) {
| |
| - | this.pre(renderContext);
| |
| - | this.drawImpl(renderContext);
| |
| - | this.post(renderContext);
| |
| - | }
| |
| - | },
| |
| - | /**
| |
| - | * @member PShape
| |
| - | * the drawImpl() function draws the SVG document.
| |
| - | */
| |
| - | drawImpl: function(renderContext) {
| |
| - | if (this.family === PConstants.GROUP) {
| |
| - | this.drawGroup(renderContext);
| |
| - | } else if (this.family === PConstants.PRIMITIVE) {
| |
| - | this.drawPrimitive(renderContext);
| |
| - | } else if (this.family === PConstants.GEOMETRY) {
| |
| - | this.drawGeometry(renderContext);
| |
| - | } else if (this.family === PConstants.PATH) {
| |
| - | this.drawPath(renderContext);
| |
| - | }
| |
| - | },
| |
| - | /**
| |
| - | * @member PShape
| |
| - | * The drawPath() function draws the <path> part of the SVG document.
| |
| - | */
| |
| - | drawPath: function(renderContext) {
| |
| - | var i, j;
| |
| - | if (this.vertices.length === 0) { return; }
| |
| - | renderContext.beginShape();
| |
| - | if (this.vertexCodes.length === 0) { // each point is a simple vertex
| |
| - | if (this.vertices[0].length === 2) { // drawing 2D vertices
| |
| - | for (i = 0, j = this.vertices.length; i < j; i++) {
| |
| - | renderContext.vertex(this.vertices[i][0], this.vertices[i][1]);
| |
| - | }
| |
| - | } else { // drawing 3D vertices
| |
| - | for (i = 0, j = this.vertices.length; i < j; i++) {
| |
| - | renderContext.vertex(this.vertices[i][0],
| |
| - | this.vertices[i][1],
| |
| - | this.vertices[i][2]);
| |
| - | }
| |
| - | }
| |
| - | } else { // coded set of vertices
| |
| - | var index = 0;
| |
| - | if (this.vertices[0].length === 2) { // drawing a 2D path
| |
| - | for (i = 0, j = this.vertexCodes.length; i < j; i++) {
| |
| - | if (this.vertexCodes[i] === PConstants.VERTEX) {
| |
| - | renderContext.vertex(this.vertices[index][0], this.vertices[index][1], this.vertices[index].moveTo);
| |
| - | renderContext.breakShape = false;
| |
| - | index++;
| |
| - | } else if (this.vertexCodes[i] === PConstants.BEZIER_VERTEX) {
| |
| - | renderContext.bezierVertex(this.vertices[index+0][0],
| |
| - | this.vertices[index+0][1],
| |
| - | this.vertices[index+1][0],
| |
| - | this.vertices[index+1][1],
| |
| - | this.vertices[index+2][0],
| |
| - | this.vertices[index+2][1]);
| |
| - | index += 3;
| |
| - | } else if (this.vertexCodes[i] === PConstants.CURVE_VERTEX) {
| |
| - | renderContext.curveVertex(this.vertices[index][0],
| |
| - | this.vertices[index][1]);
| |
| - | index++;
| |
| - | } else if (this.vertexCodes[i] === PConstants.BREAK) {
| |
| - | renderContext.breakShape = true;
| |
| - | }
| |
| - | }
| |
| - | } else { // drawing a 3D path
| |
| - | for (i = 0, j = this.vertexCodes.length; i < j; i++) {
| |
| - | if (this.vertexCodes[i] === PConstants.VERTEX) {
| |
| - | renderContext.vertex(this.vertices[index][0],
| |
| - | this.vertices[index][1],
| |
| - | this.vertices[index][2]);
| |
| - | if (this.vertices[index].moveTo === true) {
| |
| - | vertArray[vertArray.length-1].moveTo = true;
| |
| - | } else if (this.vertices[index].moveTo === false) {
| |
| - | vertArray[vertArray.length-1].moveTo = false;
| |
| - | }
| |
| - | renderContext.breakShape = false;
| |
| - | } else if (this.vertexCodes[i] === PConstants.BEZIER_VERTEX) {
| |
| - | renderContext.bezierVertex(this.vertices[index+0][0],
| |
| - | this.vertices[index+0][1],
| |
| - | this.vertices[index+0][2],
| |
| - | this.vertices[index+1][0],
| |
| - | this.vertices[index+1][1],
| |
| - | this.vertices[index+1][2],
| |
| - | this.vertices[index+2][0],
| |
| - | this.vertices[index+2][1],
| |
| - | this.vertices[index+2][2]);
| |
| - | index += 3;
| |
| - | } else if (this.vertexCodes[i] === PConstants.CURVE_VERTEX) {
| |
| - | renderContext.curveVertex(this.vertices[index][0],
| |
| - | this.vertices[index][1],
| |
| - | this.vertices[index][2]);
| |
| - | index++;
| |
| - | } else if (this.vertexCodes[i] === PConstants.BREAK) {
| |
| - | renderContext.breakShape = true;
| |
| - | }
| |
| - | }
| |
| - | }
| |
| - | }
| |
| - | renderContext.endShape(this.close ? PConstants.CLOSE : PConstants.OPEN);
| |
| - | },
| |
| - | /**
| |
| - | * @member PShape
| |
| - | * The drawGeometry() function draws the geometry part of the SVG document.
| |
| - | */
| |
| - | drawGeometry: function(renderContext) {
| |
| - | var i, j;
| |
| - | renderContext.beginShape(this.kind);
| |
| - | if (this.style) {
| |
| - | for (i = 0, j = this.vertices.length; i < j; i++) {
| |
| - | renderContext.vertex(this.vertices[i]);
| |
| - | }
| |
| - | } else {
| |
| - | for (i = 0, j = this.vertices.length; i < j; i++) {
| |
| - | var vert = this.vertices[i];
| |
| - | if (vert[2] === 0) {
| |
| - | renderContext.vertex(vert[0], vert[1]);
| |
| - | } else {
| |
| - | renderContext.vertex(vert[0], vert[1], vert[2]);
| |
| - | }
| |
| - | }
| |
| - | }
| |
| - | renderContext.endShape();
| |
| - | },
| |
| - | /**
| |
| - | * @member PShape
| |
| - | * The drawGroup() function draws the <g> part of the SVG document.
| |
| - | */
| |
| - | drawGroup: function(renderContext) {
| |
| - | for (var i = 0, j = this.children.length; i < j; i++) {
| |
| - | this.children[i].draw(renderContext);
| |
| - | }
| |
| - | },
| |
| - | /**
| |
| - | * @member PShape
| |
| - | * The drawPrimitive() function draws SVG document shape elements. These can be point, line, triangle, quad, rect, ellipse, arc, box, or sphere.
| |
| - | */
| |
| - | drawPrimitive: function(renderContext) {
| |
| - | if (this.kind === PConstants.POINT) {
| |
| - | renderContext.point(this.params[0], this.params[1]);
| |
| - | } else if (this.kind === PConstants.LINE) {
| |
| - | if (this.params.length === 4) { // 2D
| |
| - | renderContext.line(this.params[0], this.params[1],
| |
| - | this.params[2], this.params[3]);
| |
| - | } else { // 3D
| |
| - | renderContext.line(this.params[0], this.params[1], this.params[2],
| |
| - | this.params[3], this.params[4], this.params[5]);
| |
| - | }
| |
| - | } else if (this.kind === PConstants.TRIANGLE) {
| |
| - | renderContext.triangle(this.params[0], this.params[1],
| |
| - | this.params[2], this.params[3],
| |
| - | this.params[4], this.params[5]);
| |
| - | } else if (this.kind === PConstants.QUAD) {
| |
| - | renderContext.quad(this.params[0], this.params[1],
| |
| - | this.params[2], this.params[3],
| |
| - | this.params[4], this.params[5],
| |
| - | this.params[6], this.params[7]);
| |
| - | } else if (this.kind === PConstants.RECT) {
| |
| - | if (this.image !== null) {
| |
| - | var imMode = imageModeConvert;
| |
| - | renderContext.imageMode(PConstants.CORNER);
| |
| - | renderContext.image(this.image,
| |
| - | this.params[0],
| |
| - | this.params[1],
| |
| - | this.params[2],
| |
| - | this.params[3]);
| |
| - | imageModeConvert = imMode;
| |
| - | } else {
| |
| - | var rcMode = renderContext.curRectMode;
| |
| - | renderContext.rectMode(PConstants.CORNER);
| |
| - | renderContext.rect(this.params[0],
| |
| - | this.params[1],
| |
| - | this.params[2],
| |
| - | this.params[3]);
| |
| - | renderContext.curRectMode = rcMode;
| |
| - | }
| |
| - | } else if (this.kind === PConstants.ELLIPSE) {
| |
| - | var elMode = renderContext.curEllipseMode;
| |
| - | renderContext.ellipseMode(PConstants.CORNER);
| |
| - | renderContext.ellipse(this.params[0],
| |
| - | this.params[1],
| |
| - | this.params[2],
| |
| - | this.params[3]);
| |
| - | renderContext.curEllipseMode = elMode;
| |
| - | } else if (this.kind === PConstants.ARC) {
| |
| - | var eMode = curEllipseMode;
| |
| - | renderContext.ellipseMode(PConstants.CORNER);
| |
| - | renderContext.arc(this.params[0],
| |
| - | this.params[1],
| |
| - | this.params[2],
| |
| - | this.params[3],
| |
| - | this.params[4],
| |
| - | this.params[5]);
| |
| - | curEllipseMode = eMode;
| |
| - | } else if (this.kind === PConstants.BOX) {
| |
| - | if (this.params.length === 1) {
| |
| - | renderContext.box(this.params[0]);
| |
| - | } else {
| |
| - | renderContext.box(this.params[0], this.params[1], this.params[2]);
| |
| - | }
| |
| - | } else if (this.kind === PConstants.SPHERE) {
| |
| - | renderContext.sphere(this.params[0]);
| |
| - | }
| |
| - | },
| |
| - | /**
| |
| - | * @member PShape
| |
| - | * The pre() function performs the preparations before the SVG is drawn. This includes doing transformations and storing previous styles.
| |
| - | */
| |
| - | pre: function(renderContext) {
| |
| - | if (this.matrix) {
| |
| - | renderContext.pushMatrix();
| |
| - | renderContext.transform(this.matrix);
| |
| - | }
| |
| - | if (this.style) {
| |
| - | renderContext.pushStyle();
| |
| - | this.styles(renderContext);
| |
| - | }
| |
| - | },
| |
| - | /**
| |
| - | * @member PShape
| |
| - | * The post() function performs the necessary actions after the SVG is drawn. This includes removing transformations and removing added styles.
| |
| - | */
| |
| - | post: function(renderContext) {
| |
| - | if (this.matrix) {
| |
| - | renderContext.popMatrix();
| |
| - | }
| |
| - | if (this.style) {
| |
| - | renderContext.popStyle();
| |
| - | }
| |
| - | },
| |
| - | /**
| |
| - | * @member PShape
| |
| - | * The styles() function changes the Processing's current styles
| |
| - | */
| |
| - | styles: function(renderContext) {
| |
| - | if (this.stroke) {
| |
| - | renderContext.stroke(this.strokeColor);
| |
| - | renderContext.strokeWeight(this.strokeWeight);
| |
| - | renderContext.strokeCap(this.strokeCap);
| |
| - | renderContext.strokeJoin(this.strokeJoin);
| |
| - | } else {
| |
| - | renderContext.noStroke();
| |
| - | }
| |
| - |
| |
| - | if (this.fill) {
| |
| - | renderContext.fill(this.fillColor);
| |
| - |
| |
| - | } else {
| |
| - | renderContext.noFill();
| |
| - | }
| |
| - | },
| |
| - | /**
| |
| - | * @member PShape
| |
| - | * The getChild() function extracts a child shape from a parent shape. Specify the name of the shape with the <b>target</b> parameter or the
| |
| - | * layer position of the shape to get with the <b>index</b> parameter.
| |
| - | * The shape is returned as a <b>PShape</b> object, or <b>null</b> is returned if there is an error.
| |
| - | *
| |
| - | * @param {String} target the name of the shape to get
| |
| - | * @param {int} index the layer position of the shape to get
| |
| - | *
| |
| - | * @return {PShape} returns a child element of a shape as a PShape object or null if there is an error
| |
| - | */
| |
| - | getChild: function(child) {
| |
| - | var i, j;
| |
| - | if (typeof child === 'number') {
| |
| - | return this.children[child];
| |
| - | }
| |
| - | var found;
| |
| - | if(child === "" || this.name === child){
| |
| - | return this;
| |
| - | }
| |
| - | if(this.nameTable.length > 0) {
| |
| - | for(i = 0, j = this.nameTable.length; i < j || found; i++) {
| |
| - | if(this.nameTable[i].getName === child) {
| |
| - | found = this.nameTable[i];
| |
| - | break;
| |
| - | }
| |
| - | }
| |
| - | if (found) { return found; }
| |
| - | }
| |
| - | for(i = 0, j = this.children.length; i < j; i++) {
| |
| - | found = this.children[i].getChild(child);
| |
| - | if(found) { return found; }
| |
| - | }
| |
| - | return null;
| |
| - | },
| |
| - | /**
| |
| - | * @member PShape
| |
| - | * The getChildCount() returns the number of children
| |
| - | *
| |
| - | * @return {int} returns a count of children
| |
| - | */
| |
| - | getChildCount: function () {
| |
| - | return this.children.length;
| |
| - | },
| |
| - | /**
| |
| - | * @member PShape
| |
| - | * The addChild() adds a child to the PShape.
| |
| - | *
| |
| - | * @param {PShape} child the child to add
| |
| - | */
| |
| - | addChild: function( child ) {
| |
| - | this.children.push(child);
| |
| - | child.parent = this;
| |
| - | if (child.getName() !== null) {
| |
| - | this.addName(child.getName(), child);
| |
| - | }
| |
| - | },
| |
| - | /**
| |
| - | * @member PShape
| |
| - | * The addName() functions adds a shape to the name lookup table.
| |
| - | *
| |
| - | * @param {String} name the name to be added
| |
| - | * @param {PShape} shape the shape
| |
| - | */
| |
| - | addName: function(name, shape) {
| |
| - | if (this.parent !== null) {
| |
| - | this.parent.addName( name, shape );
| |
| - | } else {
| |
| - | this.nameTable.push( [name, shape] );
| |
| - | }
| |
| - | },
| |
| - | /**
| |
| - | * @member PShape
| |
| - | * The translate() function specifies an amount to displace the shape. The <b>x</b> parameter specifies left/right translation, the <b>y</b> parameter specifies up/down translation, and the <b>z</b> parameter specifies translations toward/away from the screen.
| |
| - | * Subsequent calls to the method accumulates the effect. For example, calling <b>translate(50, 0)</b> and then <b>translate(20, 0)</b> is the same as <b>translate(70, 0)</b>.
| |
| - | * This transformation is applied directly to the shape, it's not refreshed each time <b>draw()</b> is run.
| |
| - | * <br><br>Using this method with the <b>z</b> parameter requires using the P3D or OPENGL parameter in combination with size.
| |
| - | *
| |
| - | * @param {int|float} x left/right translation
| |
| - | * @param {int|float} y up/down translation
| |
| - | * @param {int|float} z forward/back translation
| |
| - | *
| |
| - | * @see PMatrix2D#translate
| |
| - | * @see PMatrix3D#translate
| |
| - | */
| |
| - | translate: function() {
| |
| - | if(arguments.length === 2)
| |
| - | {
| |
| - | this.checkMatrix(2);
| |
| - | this.matrix.translate(arguments[0], arguments[1]);
| |
| - | } else {
| |
| - | this.checkMatrix(3);
| |
| - | this.matrix.translate(arguments[0], arguments[1], 0);
| |
| - | }
| |
| - | },
| |
| - | /**
| |
| - | * @member PShape
| |
| - | * The checkMatrix() function makes sure that the shape's matrix is 1) not null, and 2) has a matrix
| |
| - | * that can handle <em>at least</em> the specified number of dimensions.
| |
| - | *
| |
| - | * @param {int} dimensions the specified number of dimensions
| |
| - | */
| |
| - | checkMatrix: function(dimensions) {
| |
| - | if(this.matrix === null) {
| |
| - | if(dimensions === 2) {
| |
| - | this.matrix = new PMatrix2D();
| |
| - | } else {
| |
| - | this.matrix = new PMatrix3D();
| |
| - | }
| |
| - | }else if(dimensions === 3 && this.matrix instanceof PMatrix2D) {
| |
| - | this.matrix = new PMatrix3D();
| |
| - | }
| |
| - | },
| |
| - | /**
| |
| - | * @member PShape
| |
| - | * The rotateX() function rotates a shape around the x-axis the amount specified by the <b>angle</b> parameter. Angles should be specified in radians (values from 0 to TWO_PI) or converted to radians with the <b>radians()</b> method.
| |
| - | * <br><br>Shapes are always rotated around the upper-left corner of their bounding box. Positive numbers rotate objects in a clockwise direction.
| |
| - | * Subsequent calls to the method accumulates the effect. For example, calling <b>rotateX(HALF_PI)</b> and then <b>rotateX(HALF_PI)</b> is the same as <b>rotateX(PI)</b>.
| |
| - | * This transformation is applied directly to the shape, it's not refreshed each time <b>draw()</b> is run.
| |
| - | * <br><br>This method requires a 3D renderer. You need to pass P3D or OPENGL as a third parameter into the <b>size()</b> method as shown in the example above.
| |
| - | *
| |
| - | * @param {float}angle angle of rotation specified in radians
| |
| - | *
| |
| - | * @see PMatrix3D#rotateX
| |
| - | */
| |
| - | rotateX: function(angle) {
| |
| - | this.rotate(angle, 1, 0, 0);
| |
| - | },
| |
| - | /**
| |
| - | * @member PShape
| |
| - | * The rotateY() function rotates a shape around the y-axis the amount specified by the <b>angle</b> parameter. Angles should be specified in radians (values from 0 to TWO_PI) or converted to radians with the <b>radians()</b> method.
| |
| - | * <br><br>Shapes are always rotated around the upper-left corner of their bounding box. Positive numbers rotate objects in a clockwise direction.
| |
| - | * Subsequent calls to the method accumulates the effect. For example, calling <b>rotateY(HALF_PI)</b> and then <b>rotateY(HALF_PI)</b> is the same as <b>rotateY(PI)</b>.
| |
| - | * This transformation is applied directly to the shape, it's not refreshed each time <b>draw()</b> is run.
| |
| - | * <br><br>This method requires a 3D renderer. You need to pass P3D or OPENGL as a third parameter into the <b>size()</b> method as shown in the example above.
| |
| - | *
| |
| - | * @param {float}angle angle of rotation specified in radians
| |
| - | *
| |
| - | * @see PMatrix3D#rotateY
| |
| - | */
| |
| - | rotateY: function(angle) {
| |
| - | this.rotate(angle, 0, 1, 0);
| |
| - | },
| |
| - | /**
| |
| - | * @member PShape
| |
| - | * The rotateZ() function rotates a shape around the z-axis the amount specified by the <b>angle</b> parameter. Angles should be specified in radians (values from 0 to TWO_PI) or converted to radians with the <b>radians()</b> method.
| |
| - | * <br><br>Shapes are always rotated around the upper-left corner of their bounding box. Positive numbers rotate objects in a clockwise direction.
| |
| - | * Subsequent calls to the method accumulates the effect. For example, calling <b>rotateZ(HALF_PI)</b> and then <b>rotateZ(HALF_PI)</b> is the same as <b>rotateZ(PI)</b>.
| |
| - | * This transformation is applied directly to the shape, it's not refreshed each time <b>draw()</b> is run.
| |
| - | * <br><br>This method requires a 3D renderer. You need to pass P3D or OPENGL as a third parameter into the <b>size()</b> method as shown in the example above.
| |
| - | *
| |
| - | * @param {float}angle angle of rotation specified in radians
| |
| - | *
| |
| - | * @see PMatrix3D#rotateZ
| |
| - | */
| |
| - | rotateZ: function(angle) {
| |
| - | this.rotate(angle, 0, 0, 1);
| |
| - | },
| |
| - | /**
| |
| - | * @member PShape
| |
| - | * The rotate() function rotates a shape the amount specified by the <b>angle</b> parameter. Angles should be specified in radians (values from 0 to TWO_PI) or converted to radians with the <b>radians()</b> method.
| |
| - | * <br><br>Shapes are always rotated around the upper-left corner of their bounding box. Positive numbers rotate objects in a clockwise direction.
| |
| - | * Transformations apply to everything that happens after and subsequent calls to the method accumulates the effect.
| |
| - | * For example, calling <b>rotate(HALF_PI)</b> and then <b>rotate(HALF_PI)</b> is the same as <b>rotate(PI)</b>.
| |
| - | * This transformation is applied directly to the shape, it's not refreshed each time <b>draw()</b> is run.
| |
| - | * If optional parameters x,y,z are supplied, the rotate is about the point (x, y, z).
| |
| - | *
| |
| - | * @param {float}angle angle of rotation specified in radians
| |
| - | * @param {float}x x-coordinate of the point
| |
| - | * @param {float}y y-coordinate of the point
| |
| - | * @param {float}z z-coordinate of the point
| |
| - | * @see PMatrix2D#rotate
| |
| - | * @see PMatrix3D#rotate
| |
| - | */
| |
| - | rotate: function() {
| |
| - | if(arguments.length === 1){
| |
| - | this.checkMatrix(2);
| |
| - | this.matrix.rotate(arguments[0]);
| |
| - | } else {
| |
| - | this.checkMatrix(3);
| |
| - | this.matrix.rotate(arguments[0],
| |
| - | arguments[1],
| |
| - | arguments[2],
| |
| - | arguments[3]);
| |
| - | }
| |
| - | },
| |
| - | /**
| |
| - | * @member PShape
| |
| - | * The scale() function increases or decreases the size of a shape by expanding and contracting vertices. Shapes always scale from the relative origin of their bounding box.
| |
| - | * Scale values are specified as decimal percentages. For example, the method call <b>scale(2.0)</b> increases the dimension of a shape by 200%.
| |
| - | * Subsequent calls to the method multiply the effect. For example, calling <b>scale(2.0)</b> and then <b>scale(1.5)</b> is the same as <b>scale(3.0)</b>.
| |
| - | * This transformation is applied directly to the shape, it's not refreshed each time <b>draw()</b> is run.
| |
| - | * <br><br>Using this fuction with the <b>z</b> parameter requires passing P3D or OPENGL into the size() parameter.
| |
| - | *
| |
| - | * @param {float}s percentage to scale the object
| |
| - | * @param {float}x percentage to scale the object in the x-axis
| |
| - | * @param {float}y percentage to scale the object in the y-axis
| |
| - | * @param {float}z percentage to scale the object in the z-axis
| |
| - | *
| |
| - | * @see PMatrix2D#scale
| |
| - | * @see PMatrix3D#scale
| |
| - | */
| |
| - | scale: function() {
| |
| - | if(arguments.length === 2) {
| |
| - | this.checkMatrix(2);
| |
| - | this.matrix.scale(arguments[0], arguments[1]);
| |
| - | } else if (arguments.length === 3) {
| |
| - | this.checkMatrix(2);
| |
| - | this.matrix.scale(arguments[0], arguments[1], arguments[2]);
| |
| - | } else {
| |
| - | this.checkMatrix(2);
| |
| - | this.matrix.scale(arguments[0]);
| |
| - | }
| |
| - | },
| |
| - | /**
| |
| - | * @member PShape
| |
| - | * The resetMatrix() function resets the matrix
| |
| - | *
| |
| - | * @see PMatrix2D#reset
| |
| - | * @see PMatrix3D#reset
| |
| - | */
| |
| - | resetMatrix: function() {
| |
| - | this.checkMatrix(2);
| |
| - | this.matrix.reset();
| |
| - | },
| |
| - | /**
| |
| - | * @member PShape
| |
| - | * The applyMatrix() function multiplies this matrix by another matrix of type PMatrix3D or PMatrix2D.
| |
| - | * Individual elements can also be provided
| |
| - | *
| |
| - | * @param {PMatrix3D|PMatrix2D} matrix the matrix to multiply by
| |
| - | *
| |
| - | * @see PMatrix2D#apply
| |
| - | * @see PMatrix3D#apply
| |
| - | */
| |
| - | applyMatrix: function(matrix) {
| |
| - | if (arguments.length === 1) {
| |
| - | this.applyMatrix(matrix.elements[0],
| |
| - | matrix.elements[1], 0,
| |
| - | matrix.elements[2],
| |
| - | matrix.elements[3],
| |
| - | matrix.elements[4], 0,
| |
| - | matrix.elements[5],
| |
| - | 0, 0, 1, 0,
| |
| - | 0, 0, 0, 1);
| |
| - | } else if (arguments.length === 6) {
| |
| - | this.checkMatrix(2);
| |
| - | this.matrix.apply(arguments[0], arguments[1], arguments[2], 0,
| |
| - | arguments[3], arguments[4], arguments[5], 0,
| |
| - | 0, 0, 1, 0,
| |
| - | 0, 0, 0, 1);
| |
| - |
| |
| - | } else if (arguments.length === 16) {
| |
| - | this.checkMatrix(3);
| |
| - | this.matrix.apply(arguments[0],
| |
| - | arguments[1],
| |
| - | arguments[2],
| |
| - | arguments[3],
| |
| - | arguments[4],
| |
| - | arguments[5],
| |
| - | arguments[6],
| |
| - | arguments[7],
| |
| - | arguments[8],
| |
| - | arguments[9],
| |
| - | arguments[10],
| |
| - | arguments[11],
| |
| - | arguments[12],
| |
| - | arguments[13],
| |
| - | arguments[14],
| |
| - | arguments[15]);
| |
| - | }
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | return PShape;
| |
| - | };
| |
| - | },{}],16:[function(require,module,exports){
| |
| - | /**
| |
| - | * SVG stands for Scalable Vector Graphics, a portable graphics format. It is
| |
| - | * a vector format so it allows for infinite resolution and relatively small
| |
| - | * file sizes. Most modern media software can view SVG files, including Adobe
| |
| - | * products, Firefox, etc. Illustrator and Inkscape can edit SVG files.
| |
| - | *
| |
| - | * @param {PApplet} parent typically use "this"
| |
| - | * @param {String} filename name of the SVG file to load
| |
| - | * @param {XMLElement} xml an XMLElement element
| |
| - | * @param {PShapeSVG} parent the parent PShapeSVG
| |
| - | *
| |
| - | * @see PShape
| |
| - | */
| |
| - | module.exports = function(options) {
| |
| - | var CommonFunctions = options.CommonFunctions,
| |
| - | PConstants = options.PConstants,
| |
| - | PShape = options.PShape,
| |
| - | XMLElement = options.XMLElement,
| |
| - | colors = options.colors;
| |
| - |
| |
| - | var PShapeSVG = function() {
| |
| - | PShape.call(this); // PShape is the base class.
| |
| - | if (arguments.length === 1) { // xml element coming in
| |
| - | this.element = arguments[0];
| |
| - |
| |
| - | // set values to their defaults according to the SVG spec
| |
| - | this.vertexCodes = [];
| |
| - | this.vertices = [];
| |
| - | this.opacity = 1;
| |
| - |
| |
| - | this.stroke = false;
| |
| - | this.strokeColor = PConstants.ALPHA_MASK;
| |
| - | this.strokeWeight = 1;
| |
| - | this.strokeCap = PConstants.SQUARE; // BUTT in svg spec
| |
| - | this.strokeJoin = PConstants.MITER;
| |
| - | this.strokeGradient = null;
| |
| - | this.strokeGradientPaint = null;
| |
| - | this.strokeName = null;
| |
| - | this.strokeOpacity = 1;
| |
| - |
| |
| - | this.fill = true;
| |
| - | this.fillColor = PConstants.ALPHA_MASK;
| |
| - | this.fillGradient = null;
| |
| - | this.fillGradientPaint = null;
| |
| - | this.fillName = null;
| |
| - | this.fillOpacity = 1;
| |
| - |
| |
| - | if (this.element.getName() !== "svg") {
| |
| - | throw("root is not <svg>, it's <" + this.element.getName() + ">");
| |
| - | }
| |
| - | }
| |
| - | else if (arguments.length === 2) {
| |
| - | if (typeof arguments[1] === 'string') {
| |
| - | if (arguments[1].indexOf(".svg") > -1) { //its a filename
| |
| - | this.element = new XMLElement(true, arguments[1]);
| |
| - | // set values to their defaults according to the SVG spec
| |
| - | this.vertexCodes = [];
| |
| - | this.vertices = [];
| |
| - | this.opacity = 1;
| |
| - |
| |
| - | this.stroke = false;
| |
| - | this.strokeColor = PConstants.ALPHA_MASK;
| |
| - | this.strokeWeight = 1;
| |
| - | this.strokeCap = PConstants.SQUARE; // BUTT in svg spec
| |
| - | this.strokeJoin = PConstants.MITER;
| |
| - | this.strokeGradient = "";
| |
| - | this.strokeGradientPaint = "";
| |
| - | this.strokeName = "";
| |
| - | this.strokeOpacity = 1;
| |
| - |
| |
| - | this.fill = true;
| |
| - | this.fillColor = PConstants.ALPHA_MASK;
| |
| - | this.fillGradient = null;
| |
| - | this.fillGradientPaint = null;
| |
| - | this.fillOpacity = 1;
| |
| - |
| |
| - | }
| |
| - | } else { // XMLElement
| |
| - | if (arguments[0]) { // PShapeSVG
| |
| - | this.element = arguments[1];
| |
| - | this.vertexCodes = arguments[0].vertexCodes.slice();
| |
| - | this.vertices = arguments[0].vertices.slice();
| |
| - |
| |
| - | this.stroke = arguments[0].stroke;
| |
| - | this.strokeColor = arguments[0].strokeColor;
| |
| - | this.strokeWeight = arguments[0].strokeWeight;
| |
| - | this.strokeCap = arguments[0].strokeCap;
| |
| - | this.strokeJoin = arguments[0].strokeJoin;
| |
| - | this.strokeGradient = arguments[0].strokeGradient;
| |
| - | this.strokeGradientPaint = arguments[0].strokeGradientPaint;
| |
| - | this.strokeName = arguments[0].strokeName;
| |
| - |
| |
| - | this.fill = arguments[0].fill;
| |
| - | this.fillColor = arguments[0].fillColor;
| |
| - | this.fillGradient = arguments[0].fillGradient;
| |
| - | this.fillGradientPaint = arguments[0].fillGradientPaint;
| |
| - | this.fillName = arguments[0].fillName;
| |
| - | this.strokeOpacity = arguments[0].strokeOpacity;
| |
| - | this.fillOpacity = arguments[0].fillOpacity;
| |
| - | this.opacity = arguments[0].opacity;
| |
| - | }
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | this.name = this.element.getStringAttribute("id");
| |
| - | var displayStr = this.element.getStringAttribute("display", "inline");
| |
| - | this.visible = displayStr !== "none";
| |
| - | var str = this.element.getAttribute("transform");
| |
| - | if (str) {
| |
| - | this.matrix = this.parseMatrix(str);
| |
| - | }
| |
| - | // not proper parsing of the viewBox, but will cover us for cases where
| |
| - | // the width and height of the object is not specified
| |
| - | var viewBoxStr = this.element.getStringAttribute("viewBox");
| |
| - | if ( viewBoxStr !== null ) {
| |
| - | var viewBox = viewBoxStr.split(" ");
| |
| - | this.width = viewBox[2];
| |
| - | this.height = viewBox[3];
| |
| - | }
| |
| - |
| |
| - | // TODO if viewbox is not same as width/height, then use it to scale
| |
| - | // the original objects. for now, viewbox only used when width/height
| |
| - | // are empty values (which by the spec means w/h of "100%"
| |
| - | var unitWidth = this.element.getStringAttribute("width");
| |
| - | var unitHeight = this.element.getStringAttribute("height");
| |
| - | if (unitWidth !== null) {
| |
| - | this.width = this.parseUnitSize(unitWidth);
| |
| - | this.height = this.parseUnitSize(unitHeight);
| |
| - | } else {
| |
| - | if ((this.width === 0) || (this.height === 0)) {
| |
| - | // For the spec, the default is 100% and 100%. For purposes
| |
| - | // here, insert a dummy value because this is prolly just a
| |
| - | // font or something for which the w/h doesn't matter.
| |
| - | this.width = 1;
| |
| - | this.height = 1;
| |
| - |
| |
| - | //show warning
| |
| - | throw("The width and/or height is not " +
| |
| - | "readable in the <svg> tag of this file.");
| |
| - | }
| |
| - | }
| |
| - | this.parseColors(this.element);
| |
| - | this.parseChildren(this.element);
| |
| - |
| |
| - | };
| |
| - | /**
| |
| - | * PShapeSVG methods
| |
| - | * missing: getChild(), print(), parseStyleAttributes(), styles() - deals with strokeGradient and fillGradient
| |
| - | */
| |
| - | PShapeSVG.prototype = new PShape();
| |
| - | /**
| |
| - | * @member PShapeSVG
| |
| - | * The parseMatrix() function parses the specified SVG matrix into a PMatrix2D. Note that PMatrix2D
| |
| - | * is rotated relative to the SVG definition, so parameters are rearranged
| |
| - | * here. More about the transformation matrices in
| |
| - | * <a href="http://www.w3.org/TR/SVG/coords.html#TransformAttribute">this section</a>
| |
| - | * of the SVG documentation.
| |
| - | *
| |
| - | * @param {String} str text of the matrix param.
| |
| - | *
| |
| - | * @return {PMatrix2D} a PMatrix2D
| |
| - | */
| |
| - | PShapeSVG.prototype.parseMatrix = (function() {
| |
| - | function getCoords(s) {
| |
| - | var m = [];
| |
| - | s.replace(/\((.*?)\)/, (function() {
| |
| - | return function(all, params) {
| |
| - | // get the coordinates that can be separated by spaces or a comma
| |
| - | m = params.replace(/,+/g, " ").split(/\s+/);
| |
| - | };
| |
| - | }()));
| |
| - | return m;
| |
| - | }
| |
| - |
| |
| - | return function(str) {
| |
| - | this.checkMatrix(2);
| |
| - | var pieces = [];
| |
| - | str.replace(/\s*(\w+)\((.*?)\)/g, function(all) {
| |
| - | // get a list of transform definitions
| |
| - | pieces.push(CommonFunctions.trim(all));
| |
| - | });
| |
| - | if (pieces.length === 0) {
| |
| - | return null;
| |
| - | }
| |
| - |
| |
| - | for (var i = 0, j = pieces.length; i < j; i++) {
| |
| - | var m = getCoords(pieces[i]);
| |
| - |
| |
| - | if (pieces[i].indexOf("matrix") !== -1) {
| |
| - | this.matrix.set(m[0], m[2], m[4], m[1], m[3], m[5]);
| |
| - | } else if (pieces[i].indexOf("translate") !== -1) {
| |
| - | var tx = m[0];
| |
| - | var ty = (m.length === 2) ? m[1] : 0;
| |
| - | this.matrix.translate(tx,ty);
| |
| - | } else if (pieces[i].indexOf("scale") !== -1) {
| |
| - | var sx = m[0];
| |
| - | var sy = (m.length === 2) ? m[1] : m[0];
| |
| - | this.matrix.scale(sx,sy);
| |
| - | } else if (pieces[i].indexOf("rotate") !== -1) {
| |
| - | var angle = m[0];
| |
| - | if (m.length === 1) {
| |
| - | this.matrix.rotate(CommonFunctions.radians(angle));
| |
| - | } else if (m.length === 3) {
| |
| - | this.matrix.translate(m[1], m[2]);
| |
| - | this.matrix.rotate(CommonFunctions.radians(m[0]));
| |
| - | this.matrix.translate(-m[1], -m[2]);
| |
| - | }
| |
| - | } else if (pieces[i].indexOf("skewX") !== -1) {
| |
| - | this.matrix.skewX(parseFloat(m[0]));
| |
| - | } else if (pieces[i].indexOf("skewY") !== -1) {
| |
| - | this.matrix.skewY(m[0]);
| |
| - | } else if (pieces[i].indexOf("shearX") !== -1) {
| |
| - | this.matrix.shearX(m[0]);
| |
| - | } else if (pieces[i].indexOf("shearY") !== -1) {
| |
| - | this.matrix.shearY(m[0]);
| |
| - | }
| |
| - | }
| |
| - | return this.matrix;
| |
| - | };
| |
| - | }());
| |
| - |
| |
| - | /**
| |
| - | * @member PShapeSVG
| |
| - | * The parseChildren() function parses the specified XMLElement
| |
| - | *
| |
| - | * @param {XMLElement}element the XMLElement to parse
| |
| - | */
| |
| - | PShapeSVG.prototype.parseChildren = function(element) {
| |
| - | var newelement = element.getChildren();
| |
| - | var base = new PShape();
| |
| - | var i, j;
| |
| - | for (i = 0, j = newelement.length; i < j; i++) {
| |
| - | var kid = this.parseChild(newelement[i]);
| |
| - | if (kid) {
| |
| - | base.addChild(kid);
| |
| - | }
| |
| - | }
| |
| - | for (i = 0, j = base.children.length; i < j; i++) {
| |
| - | this.children.push(base.children[i]);
| |
| - | }
| |
| - | };
| |
| - | /**
| |
| - | * @member PShapeSVG
| |
| - | * The getName() function returns the name
| |
| - | *
| |
| - | * @return {String} the name
| |
| - | */
| |
| - | PShapeSVG.prototype.getName = function() {
| |
| - | return this.name;
| |
| - | };
| |
| - | /**
| |
| - | * @member PShapeSVG
| |
| - | * The parseChild() function parses a child XML element.
| |
| - | *
| |
| - | * @param {XMLElement} elem the element to parse
| |
| - | *
| |
| - | * @return {PShape} the newly created PShape
| |
| - | */
| |
| - | PShapeSVG.prototype.parseChild = function( elem ) {
| |
| - | var name = elem.getName();
| |
| - | var shape;
| |
| - | if (name === "g") {
| |
| - | shape = new PShapeSVG(this, elem);
| |
| - | } else if (name === "defs") {
| |
| - | // generally this will contain gradient info, so may
| |
| - | // as well just throw it into a group element for parsing
| |
| - | shape = new PShapeSVG(this, elem);
| |
| - | } else if (name === "line") {
| |
| - | shape = new PShapeSVG(this, elem);
| |
| - | shape.parseLine();
| |
| - | } else if (name === "circle") {
| |
| - | shape = new PShapeSVG(this, elem);
| |
| - | shape.parseEllipse(true);
| |
| - | } else if (name === "ellipse") {
| |
| - | shape = new PShapeSVG(this, elem);
| |
| - | shape.parseEllipse(false);
| |
| - | } else if (name === "rect") {
| |
| - | shape = new PShapeSVG(this, elem);
| |
| - | shape.parseRect();
| |
| - | } else if (name === "polygon") {
| |
| - | shape = new PShapeSVG(this, elem);
| |
| - | shape.parsePoly(true);
| |
| - | } else if (name === "polyline") {
| |
| - | shape = new PShapeSVG(this, elem);
| |
| - | shape.parsePoly(false);
| |
| - | } else if (name === "path") {
| |
| - | shape = new PShapeSVG(this, elem);
| |
| - | shape.parsePath();
| |
| - | } else if (name === "radialGradient") {
| |
| - | //return new RadialGradient(this, elem);
| |
| - | unimplemented('PShapeSVG.prototype.parseChild, name = radialGradient');
| |
| - | } else if (name === "linearGradient") {
| |
| - | //return new LinearGradient(this, elem);
| |
| - | unimplemented('PShapeSVG.prototype.parseChild, name = linearGradient');
| |
| - | } else if (name === "text") {
| |
| - | unimplemented('PShapeSVG.prototype.parseChild, name = text');
| |
| - | } else if (name === "filter") {
| |
| - | unimplemented('PShapeSVG.prototype.parseChild, name = filter');
| |
| - | } else if (name === "mask") {
| |
| - | unimplemented('PShapeSVG.prototype.parseChild, name = mask');
| |
| - | } else {
| |
| - | // ignoring
| |
| - | }
| |
| - | return shape;
| |
| - | };
| |
| - | /**
| |
| - | * @member PShapeSVG
| |
| - | * The parsePath() function parses the <path> element of the svg file
| |
| - | * A path is defined by including a path element which contains a d="(path data)" attribute, where the d attribute contains
| |
| - | * the moveto, line, curve (both cubic and quadratic Beziers), arc and closepath instructions.
| |
| - | **/
| |
| - | PShapeSVG.prototype.parsePath = function() {
| |
| - | this.family = PConstants.PATH;
| |
| - | this.kind = 0;
| |
| - | var pathDataChars = [];
| |
| - | var c;
| |
| - | //change multiple spaces and commas to single space
| |
| - | var pathData = CommonFunctions.trim(this.element.getStringAttribute("d").replace(/[\s,]+/g,' '));
| |
| - | if (pathData === null) {
| |
| - | return;
| |
| - | }
| |
| - | pathData = pathData.split('');
| |
| - | var cx = 0,
| |
| - | cy = 0,
| |
| - | ctrlX = 0,
| |
| - | ctrlY = 0,
| |
| - | ctrlX1 = 0,
| |
| - | ctrlX2 = 0,
| |
| - | ctrlY1 = 0,
| |
| - | ctrlY2 = 0,
| |
| - | endX = 0,
| |
| - | endY = 0,
| |
| - | ppx = 0,
| |
| - | ppy = 0,
| |
| - | px = 0,
| |
| - | py = 0,
| |
| - | i = 0,
| |
| - | valOf = 0;
| |
| - | var str = "";
| |
| - | var tmpArray = [];
| |
| - | var flag = false;
| |
| - | var lastInstruction;
| |
| - | var command;
| |
| - | var j, k;
| |
| - | while (i< pathData.length) {
| |
| - | valOf = pathData[i].charCodeAt(0);
| |
| - | if ((valOf >= 65 && valOf <= 90) || (valOf >= 97 && valOf <= 122)) {
| |
| - | // if it's a letter
| |
| - | // populate the tmpArray with coordinates
| |
| - | j = i;
| |
| - | i++;
| |
| - | if (i < pathData.length) { // don't go over boundary of array
| |
| - | tmpArray = [];
| |
| - | valOf = pathData[i].charCodeAt(0);
| |
| - | while (!((valOf >= 65 && valOf <= 90) ||
| |
| - | (valOf >= 97 && valOf <= 100) ||
| |
| - | (valOf >= 102 && valOf <= 122)) && flag === false) { // if its NOT a letter
| |
| - | if (valOf === 32) { //if its a space and the str isn't empty
| |
| - | // sometimes you get a space after the letter
| |
| - | if (str !== "") {
| |
| - | tmpArray.push(parseFloat(str));
| |
| - | str = "";
| |
| - | }
| |
| - | i++;
| |
| - | } else if (valOf === 45) { //if it's a -
| |
| - | // allow for 'e' notation in numbers, e.g. 2.10e-9
| |
| - | if (pathData[i-1].charCodeAt(0) === 101) {
| |
| - | str += pathData[i].toString();
| |
| - | i++;
| |
| - | } else {
| |
| - | // sometimes no space separator after (ex: 104.535-16.322)
| |
| - | if (str !== "") {
| |
| - | tmpArray.push(parseFloat(str));
| |
| - | }
| |
| - | str = pathData[i].toString();
| |
| - | i++;
| |
| - | }
| |
| - | } else {
| |
| - | str += pathData[i].toString();
| |
| - | i++;
| |
| - | }
| |
| - | if (i === pathData.length) { // don't go over boundary of array
| |
| - | flag = true;
| |
| - | } else {
| |
| - | valOf = pathData[i].charCodeAt(0);
| |
| - | }
| |
| - | }
| |
| - | }
| |
| - | if (str !== "") {
| |
| - | tmpArray.push(parseFloat(str));
| |
| - | str = "";
| |
| - | }
| |
| - | command = pathData[j];
| |
| - | valOf = command.charCodeAt(0);
| |
| - | if (valOf === 77) { // M - move to (absolute)
| |
| - | if (tmpArray.length >= 2 && tmpArray.length % 2 === 0) {
| |
| - | // need one+ pairs of co-ordinates
| |
| - | cx = tmpArray[0];
| |
| - | cy = tmpArray[1];
| |
| - | this.parsePathMoveto(cx, cy);
| |
| - | if (tmpArray.length > 2) {
| |
| - | for (j = 2, k = tmpArray.length; j < k; j+=2) {
| |
| - | // absolute line to
| |
| - | cx = tmpArray[j];
| |
| - | cy = tmpArray[j+1];
| |
| - | this.parsePathLineto(cx,cy);
| |
| - | }
| |
| - | }
| |
| - | }
| |
| - | } else if (valOf === 109) { // m - move to (relative)
| |
| - | if (tmpArray.length >= 2 && tmpArray.length % 2 === 0) {
| |
| - | // need one+ pairs of co-ordinates
| |
| - | cx += tmpArray[0];
| |
| - | cy += tmpArray[1];
| |
| - | this.parsePathMoveto(cx,cy);
| |
| - | if (tmpArray.length > 2) {
| |
| - | for (j = 2, k = tmpArray.length; j < k; j+=2) {
| |
| - | // relative line to
| |
| - | cx += tmpArray[j];
| |
| - | cy += tmpArray[j + 1];
| |
| - | this.parsePathLineto(cx,cy);
| |
| - | }
| |
| - | }
| |
| - | }
| |
| - | } else if (valOf === 76) { // L - lineto (absolute)
| |
| - | if (tmpArray.length >= 2 && tmpArray.length % 2 === 0) {
| |
| - | // need one+ pairs of co-ordinates
| |
| - | for (j = 0, k = tmpArray.length; j < k; j+=2) {
| |
| - | cx = tmpArray[j];
| |
| - | cy = tmpArray[j + 1];
| |
| - | this.parsePathLineto(cx,cy);
| |
| - | }
| |
| - | }
| |
| - | } else if (valOf === 108) { // l - lineto (relative)
| |
| - | if (tmpArray.length >= 2 && tmpArray.length % 2 === 0) {
| |
| - | // need one+ pairs of co-ordinates
| |
| - | for (j = 0, k = tmpArray.length; j < k; j+=2) {
| |
| - | cx += tmpArray[j];
| |
| - | cy += tmpArray[j+1];
| |
| - | this.parsePathLineto(cx,cy);
| |
| - | }
| |
| - | }
| |
| - | } else if (valOf === 72) { // H - horizontal lineto (absolute)
| |
| - | for (j = 0, k = tmpArray.length; j < k; j++) {
| |
| - | // multiple x co-ordinates can be provided
| |
| - | cx = tmpArray[j];
| |
| - | this.parsePathLineto(cx, cy);
| |
| - | }
| |
| - | } else if (valOf === 104) { // h - horizontal lineto (relative)
| |
| - | for (j = 0, k = tmpArray.length; j < k; j++) {
| |
| - | // multiple x co-ordinates can be provided
| |
| - | cx += tmpArray[j];
| |
| - | this.parsePathLineto(cx, cy);
| |
| - | }
| |
| - | } else if (valOf === 86) { // V - vertical lineto (absolute)
| |
| - | for (j = 0, k = tmpArray.length; j < k; j++) {
| |
| - | // multiple y co-ordinates can be provided
| |
| - | cy = tmpArray[j];
| |
| - | this.parsePathLineto(cx, cy);
| |
| - | }
| |
| - | } else if (valOf === 118) { // v - vertical lineto (relative)
| |
| - | for (j = 0, k = tmpArray.length; j < k; j++) {
| |
| - | // multiple y co-ordinates can be provided
| |
| - | cy += tmpArray[j];
| |
| - | this.parsePathLineto(cx, cy);
| |
| - | }
| |
| - | } else if (valOf === 67) { // C - curve to (absolute)
| |
| - | if (tmpArray.length >= 6 && tmpArray.length % 6 === 0) {
| |
| - | // need one+ multiples of 6 co-ordinates
| |
| - | for (j = 0, k = tmpArray.length; j < k; j+=6) {
| |
| - | ctrlX1 = tmpArray[j];
| |
| - | ctrlY1 = tmpArray[j + 1];
| |
| - | ctrlX2 = tmpArray[j + 2];
| |
| - | ctrlY2 = tmpArray[j + 3];
| |
| - | endX = tmpArray[j + 4];
| |
| - | endY = tmpArray[j + 5];
| |
| - | this.parsePathCurveto(ctrlX1,
| |
| - | ctrlY1,
| |
| - | ctrlX2,
| |
| - | ctrlY2,
| |
| - | endX,
| |
| - | endY);
| |
| - | cx = endX;
| |
| - | cy = endY;
| |
| - | }
| |
| - | }
| |
| - | } else if (valOf === 99) { // c - curve to (relative)
| |
| - | if (tmpArray.length >= 6 && tmpArray.length % 6 === 0) {
| |
| - | // need one+ multiples of 6 co-ordinates
| |
| - | for (j = 0, k = tmpArray.length; j < k; j+=6) {
| |
| - | ctrlX1 = cx + tmpArray[j];
| |
| - | ctrlY1 = cy + tmpArray[j + 1];
| |
| - | ctrlX2 = cx + tmpArray[j + 2];
| |
| - | ctrlY2 = cy + tmpArray[j + 3];
| |
| - | endX = cx + tmpArray[j + 4];
| |
| - | endY = cy + tmpArray[j + 5];
| |
| - | this.parsePathCurveto(ctrlX1,
| |
| - | ctrlY1,
| |
| - | ctrlX2,
| |
| - | ctrlY2,
| |
| - | endX,
| |
| - | endY);
| |
| - | cx = endX;
| |
| - | cy = endY;
| |
| - | }
| |
| - | }
| |
| - | } else if (valOf === 83) { // S - curve to shorthand (absolute)
| |
| - | if (tmpArray.length >= 4 && tmpArray.length % 4 === 0) {
| |
| - | // need one+ multiples of 4 co-ordinates
| |
| - | for (j = 0, k = tmpArray.length; j < k; j+=4) {
| |
| - | if (lastInstruction.toLowerCase() === "c" ||
| |
| - | lastInstruction.toLowerCase() === "s") {
| |
| - | ppx = this.vertices[ this.vertices.length-2 ][0];
| |
| - | ppy = this.vertices[ this.vertices.length-2 ][1];
| |
| - | px = this.vertices[ this.vertices.length-1 ][0];
| |
| - | py = this.vertices[ this.vertices.length-1 ][1];
| |
| - | ctrlX1 = px + (px - ppx);
| |
| - | ctrlY1 = py + (py - ppy);
| |
| - | } else {
| |
| - | //If there is no previous curve,
| |
| - | //the current point will be used as the first control point.
| |
| - | ctrlX1 = this.vertices[this.vertices.length-1][0];
| |
| - | ctrlY1 = this.vertices[this.vertices.length-1][1];
| |
| - | }
| |
| - | ctrlX2 = tmpArray[j];
| |
| - | ctrlY2 = tmpArray[j + 1];
| |
| - | endX = tmpArray[j + 2];
| |
| - | endY = tmpArray[j + 3];
| |
| - | this.parsePathCurveto(ctrlX1,
| |
| - | ctrlY1,
| |
| - | ctrlX2,
| |
| - | ctrlY2,
| |
| - | endX,
| |
| - | endY);
| |
| - | cx = endX;
| |
| - | cy = endY;
| |
| - | }
| |
| - | }
| |
| - | } else if (valOf === 115) { // s - curve to shorthand (relative)
| |
| - | if (tmpArray.length >= 4 && tmpArray.length % 4 === 0) {
| |
| - | // need one+ multiples of 4 co-ordinates
| |
| - | for (j = 0, k = tmpArray.length; j < k; j+=4) {
| |
| - | if (lastInstruction.toLowerCase() === "c" ||
| |
| - | lastInstruction.toLowerCase() === "s") {
| |
| - | ppx = this.vertices[this.vertices.length-2][0];
| |
| - | ppy = this.vertices[this.vertices.length-2][1];
| |
| - | px = this.vertices[this.vertices.length-1][0];
| |
| - | py = this.vertices[this.vertices.length-1][1];
| |
| - | ctrlX1 = px + (px - ppx);
| |
| - | ctrlY1 = py + (py - ppy);
| |
| - | } else {
| |
| - | //If there is no previous curve,
| |
| - | //the current point will be used as the first control point.
| |
| - | ctrlX1 = this.vertices[this.vertices.length-1][0];
| |
| - | ctrlY1 = this.vertices[this.vertices.length-1][1];
| |
| - | }
| |
| - | ctrlX2 = cx + tmpArray[j];
| |
| - | ctrlY2 = cy + tmpArray[j + 1];
| |
| - | endX = cx + tmpArray[j + 2];
| |
| - | endY = cy + tmpArray[j + 3];
| |
| - | this.parsePathCurveto(ctrlX1,
| |
| - | ctrlY1,
| |
| - | ctrlX2,
| |
| - | ctrlY2,
| |
| - | endX,
| |
| - | endY);
| |
| - | cx = endX;
| |
| - | cy = endY;
| |
| - | }
| |
| - | }
| |
| - | } else if (valOf === 81) { // Q - quadratic curve to (absolute)
| |
| - | if (tmpArray.length >= 4 && tmpArray.length % 4 === 0) {
| |
| - | // need one+ multiples of 4 co-ordinates
| |
| - | for (j = 0, k = tmpArray.length; j < k; j+=4) {
| |
| - | ctrlX = tmpArray[j];
| |
| - | ctrlY = tmpArray[j + 1];
| |
| - | endX = tmpArray[j + 2];
| |
| - | endY = tmpArray[j + 3];
| |
| - | this.parsePathQuadto(cx, cy, ctrlX, ctrlY, endX, endY);
| |
| - | cx = endX;
| |
| - | cy = endY;
| |
| - | }
| |
| - | }
| |
| - | } else if (valOf === 113) { // q - quadratic curve to (relative)
| |
| - | if (tmpArray.length >= 4 && tmpArray.length % 4 === 0) {
| |
| - | // need one+ multiples of 4 co-ordinates
| |
| - | for (j = 0, k = tmpArray.length; j < k; j+=4) {
| |
| - | ctrlX = cx + tmpArray[j];
| |
| - | ctrlY = cy + tmpArray[j + 1];
| |
| - | endX = cx + tmpArray[j + 2];
| |
| - | endY = cy + tmpArray[j + 3];
| |
| - | this.parsePathQuadto(cx, cy, ctrlX, ctrlY, endX, endY);
| |
| - | cx = endX;
| |
| - | cy = endY;
| |
| - | }
| |
| - | }
| |
| - | } else if (valOf === 84) {
| |
| - | // T - quadratic curve to shorthand (absolute)
| |
| - | if (tmpArray.length >= 2 && tmpArray.length % 2 === 0) {
| |
| - | // need one+ pairs of co-ordinates
| |
| - | for (j = 0, k = tmpArray.length; j < k; j+=2) {
| |
| - | if (lastInstruction.toLowerCase() === "q" ||
| |
| - | lastInstruction.toLowerCase() === "t") {
| |
| - | ppx = this.vertices[this.vertices.length-2][0];
| |
| - | ppy = this.vertices[this.vertices.length-2][1];
| |
| - | px = this.vertices[this.vertices.length-1][0];
| |
| - | py = this.vertices[this.vertices.length-1][1];
| |
| - | ctrlX = px + (px - ppx);
| |
| - | ctrlY = py + (py - ppy);
| |
| - | } else {
| |
| - | // If there is no previous command or if the previous command
| |
| - | // was not a Q, q, T or t, assume the control point is
| |
| - | // coincident with the current point.
| |
| - | ctrlX = cx;
| |
| - | ctrlY = cy;
| |
| - | }
| |
| - | endX = tmpArray[j];
| |
| - | endY = tmpArray[j + 1];
| |
| - | this.parsePathQuadto(cx, cy, ctrlX, ctrlY, endX, endY);
| |
| - | cx = endX;
| |
| - | cy = endY;
| |
| - | }
| |
| - | }
| |
| - | } else if (valOf === 116) {
| |
| - | // t - quadratic curve to shorthand (relative)
| |
| - | if (tmpArray.length >= 2 && tmpArray.length % 2 === 0) {
| |
| - | // need one+ pairs of co-ordinates
| |
| - | for (j = 0, k = tmpArray.length; j < k; j+=2) {
| |
| - | if (lastInstruction.toLowerCase() === "q" ||
| |
| - | lastInstruction.toLowerCase() === "t") {
| |
| - | ppx = this.vertices[this.vertices.length-2][0];
| |
| - | ppy = this.vertices[this.vertices.length-2][1];
| |
| - | px = this.vertices[this.vertices.length-1][0];
| |
| - | py = this.vertices[this.vertices.length-1][1];
| |
| - | ctrlX = px + (px - ppx);
| |
| - | ctrlY = py + (py - ppy);
| |
| - | } else {
| |
| - | // If there is no previous command or if the previous command
| |
| - | // was not a Q, q, T or t, assume the control point is
| |
| - | // coincident with the current point.
| |
| - | ctrlX = cx;
| |
| - | ctrlY = cy;
| |
| - | }
| |
| - | endX = cx + tmpArray[j];
| |
| - | endY = cy + tmpArray[j + 1];
| |
| - | this.parsePathQuadto(cx, cy, ctrlX, ctrlY, endX, endY);
| |
| - | cx = endX;
| |
| - | cy = endY;
| |
| - | }
| |
| - | }
| |
| - | } else if (valOf === 90 || valOf === 122) { // Z or z (these do the same thing)
| |
| - | this.close = true;
| |
| - | }
| |
| - | lastInstruction = command.toString();
| |
| - | } else { i++;}
| |
| - | }
| |
| - | };
| |
| - | /**
| |
| - | * @member PShapeSVG
| |
| - | * PShapeSVG.parsePath() helper function
| |
| - | *
| |
| - | * @see PShapeSVG#parsePath
| |
| - | */
| |
| - | PShapeSVG.prototype.parsePathQuadto = function(x1, y1, cx, cy, x2, y2) {
| |
| - | if (this.vertices.length > 0) {
| |
| - | this.parsePathCode(PConstants.BEZIER_VERTEX);
| |
| - | // x1/y1 already covered by last moveto, lineto, or curveto
| |
| - | this.parsePathVertex(x1 + ((cx-x1)*2/3), y1 + ((cy-y1)*2/3));
| |
| - | this.parsePathVertex(x2 + ((cx-x2)*2/3), y2 + ((cy-y2)*2/3));
| |
| - | this.parsePathVertex(x2, y2);
| |
| - | } else {
| |
| - | throw ("Path must start with M/m");
| |
| - | }
| |
| - | };
| |
| - | /**
| |
| - | * @member PShapeSVG
| |
| - | * PShapeSVG.parsePath() helper function
| |
| - | *
| |
| - | * @see PShapeSVG#parsePath
| |
| - | */
| |
| - | PShapeSVG.prototype.parsePathCurveto = function(x1, y1, x2, y2, x3, y3) {
| |
| - | if (this.vertices.length > 0) {
| |
| - | this.parsePathCode(PConstants.BEZIER_VERTEX );
| |
| - | this.parsePathVertex(x1, y1);
| |
| - | this.parsePathVertex(x2, y2);
| |
| - | this.parsePathVertex(x3, y3);
| |
| - | } else {
| |
| - | throw ("Path must start with M/m");
| |
| - | }
| |
| - | };
| |
| - | /**
| |
| - | * @member PShapeSVG
| |
| - | * PShapeSVG.parsePath() helper function
| |
| - | *
| |
| - | * @see PShapeSVG#parsePath
| |
| - | */
| |
| - | PShapeSVG.prototype.parsePathLineto = function(px, py) {
| |
| - | if (this.vertices.length > 0) {
| |
| - | this.parsePathCode(PConstants.VERTEX);
| |
| - | this.parsePathVertex(px, py);
| |
| - | // add property to distinguish between curContext.moveTo
| |
| - | // or curContext.lineTo
| |
| - | this.vertices[this.vertices.length-1].moveTo = false;
| |
| - | } else {
| |
| - | throw ("Path must start with M/m");
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | PShapeSVG.prototype.parsePathMoveto = function(px, py) {
| |
| - | if (this.vertices.length > 0) {
| |
| - | this.parsePathCode(PConstants.BREAK);
| |
| - | }
| |
| - | this.parsePathCode(PConstants.VERTEX);
| |
| - | this.parsePathVertex(px, py);
| |
| - | // add property to distinguish between curContext.moveTo
| |
| - | // or curContext.lineTo
| |
| - | this.vertices[this.vertices.length-1].moveTo = true;
| |
| - | };
| |
| - | /**
| |
| - | * @member PShapeSVG
| |
| - | * PShapeSVG.parsePath() helper function
| |
| - | *
| |
| - | * @see PShapeSVG#parsePath
| |
| - | */
| |
| - | PShapeSVG.prototype.parsePathVertex = function(x, y) {
| |
| - | var verts = [];
| |
| - | verts[0] = x;
| |
| - | verts[1] = y;
| |
| - | this.vertices.push(verts);
| |
| - | };
| |
| - | /**
| |
| - | * @member PShapeSVG
| |
| - | * PShapeSVG.parsePath() helper function
| |
| - | *
| |
| - | * @see PShapeSVG#parsePath
| |
| - | */
| |
| - | PShapeSVG.prototype.parsePathCode = function(what) {
| |
| - | this.vertexCodes.push(what);
| |
| - | };
| |
| - | /**
| |
| - | * @member PShapeSVG
| |
| - | * The parsePoly() function parses a polyline or polygon from an SVG file.
| |
| - | *
| |
| - | * @param {boolean}val true if shape is closed (polygon), false if not (polyline)
| |
| - | */
| |
| - | PShapeSVG.prototype.parsePoly = function(val) {
| |
| - | this.family = PConstants.PATH;
| |
| - | this.close = val;
| |
| - | var pointsAttr = CommonFunctions.trim(this.element.getStringAttribute("points").replace(/[,\s]+/g,' '));
| |
| - | if (pointsAttr !== null) {
| |
| - | //split into array
| |
| - | var pointsBuffer = pointsAttr.split(" ");
| |
| - | if (pointsBuffer.length % 2 === 0) {
| |
| - | for (var i = 0, j = pointsBuffer.length; i < j; i++) {
| |
| - | var verts = [];
| |
| - | verts[0] = pointsBuffer[i];
| |
| - | verts[1] = pointsBuffer[++i];
| |
| - | this.vertices.push(verts);
| |
| - | }
| |
| - | } else {
| |
| - | throw("Error parsing polygon points: odd number of coordinates provided");
| |
| - | }
| |
| - | }
| |
| - | };
| |
| - | /**
| |
| - | * @member PShapeSVG
| |
| - | * The parseRect() function parses a rect from an SVG file.
| |
| - | */
| |
| - | PShapeSVG.prototype.parseRect = function() {
| |
| - | this.kind = PConstants.RECT;
| |
| - | this.family = PConstants.PRIMITIVE;
| |
| - | this.params = [];
| |
| - | this.params[0] = this.element.getFloatAttribute("x");
| |
| - | this.params[1] = this.element.getFloatAttribute("y");
| |
| - | this.params[2] = this.element.getFloatAttribute("width");
| |
| - | this.params[3] = this.element.getFloatAttribute("height");
| |
| - | if (this.params[2] < 0 || this.params[3] < 0) {
| |
| - | throw("svg error: negative width or height found while parsing <rect>");
| |
| - | }
| |
| - | };
| |
| - | /**
| |
| - | * @member PShapeSVG
| |
| - | * The parseEllipse() function handles parsing ellipse and circle tags.
| |
| - | *
| |
| - | * @param {boolean}val true if this is a circle and not an ellipse
| |
| - | */
| |
| - | PShapeSVG.prototype.parseEllipse = function(val) {
| |
| - | this.kind = PConstants.ELLIPSE;
| |
| - | this.family = PConstants.PRIMITIVE;
| |
| - | this.params = [];
| |
| - |
| |
| - | this.params[0] = this.element.getFloatAttribute("cx") | 0 ;
| |
| - | this.params[1] = this.element.getFloatAttribute("cy") | 0;
| |
| - |
| |
| - | var rx, ry;
| |
| - | if (val) {
| |
| - | rx = ry = this.element.getFloatAttribute("r");
| |
| - | if (rx < 0) {
| |
| - | throw("svg error: negative radius found while parsing <circle>");
| |
| - | }
| |
| - | } else {
| |
| - | rx = this.element.getFloatAttribute("rx");
| |
| - | ry = this.element.getFloatAttribute("ry");
| |
| - | if (rx < 0 || ry < 0) {
| |
| - | throw("svg error: negative x-axis radius or y-axis radius found while parsing <ellipse>");
| |
| - | }
| |
| - | }
| |
| - | this.params[0] -= rx;
| |
| - | this.params[1] -= ry;
| |
| - |
| |
| - | this.params[2] = rx*2;
| |
| - | this.params[3] = ry*2;
| |
| - | };
| |
| - | /**
| |
| - | * @member PShapeSVG
| |
| - | * The parseLine() function handles parsing line tags.
| |
| - | *
| |
| - | * @param {boolean}val true if this is a circle and not an ellipse
| |
| - | */
| |
| - | PShapeSVG.prototype.parseLine = function() {
| |
| - | this.kind = PConstants.LINE;
| |
| - | this.family = PConstants.PRIMITIVE;
| |
| - | this.params = [];
| |
| - | this.params[0] = this.element.getFloatAttribute("x1");
| |
| - | this.params[1] = this.element.getFloatAttribute("y1");
| |
| - | this.params[2] = this.element.getFloatAttribute("x2");
| |
| - | this.params[3] = this.element.getFloatAttribute("y2");
| |
| - | };
| |
| - | /**
| |
| - | * @member PShapeSVG
| |
| - | * The parseColors() function handles parsing the opacity, strijem stroke-width, stroke-linejoin,stroke-linecap, fill, and style attributes
| |
| - | *
| |
| - | * @param {XMLElement}element the element of which attributes to parse
| |
| - | */
| |
| - | PShapeSVG.prototype.parseColors = function(element) {
| |
| - | if (element.hasAttribute("opacity")) {
| |
| - | this.setOpacity(element.getAttribute("opacity"));
| |
| - | }
| |
| - | if (element.hasAttribute("stroke")) {
| |
| - | this.setStroke(element.getAttribute("stroke"));
| |
| - | }
| |
| - | if (element.hasAttribute("stroke-width")) {
| |
| - | // if NaN (i.e. if it's 'inherit') then default
| |
| - | // back to the inherit setting
| |
| - | this.setStrokeWeight(element.getAttribute("stroke-width"));
| |
| - | }
| |
| - | if (element.hasAttribute("stroke-linejoin") ) {
| |
| - | this.setStrokeJoin(element.getAttribute("stroke-linejoin"));
| |
| - | }
| |
| - | if (element.hasAttribute("stroke-linecap")) {
| |
| - | this.setStrokeCap(element.getStringAttribute("stroke-linecap"));
| |
| - | }
| |
| - | // fill defaults to black (though stroke defaults to "none")
| |
| - | // http://www.w3.org/TR/SVG/painting.html#FillProperties
| |
| - | if (element.hasAttribute("fill")) {
| |
| - | this.setFill(element.getStringAttribute("fill"));
| |
| - | }
| |
| - | if (element.hasAttribute("style")) {
| |
| - | var styleText = element.getStringAttribute("style");
| |
| - | var styleTokens = styleText.toString().split( ";" );
| |
| - |
| |
| - | for (var i = 0, j = styleTokens.length; i < j; i++) {
| |
| - | var tokens = CommonFunctions.trim(styleTokens[i].split( ":" ));
| |
| - | if (tokens[0] === "fill") {
| |
| - | this.setFill(tokens[1]);
| |
| - | } else if (tokens[0] === "fill-opacity") {
| |
| - | this.setFillOpacity(tokens[1]);
| |
| - | } else if (tokens[0] === "stroke") {
| |
| - | this.setStroke(tokens[1]);
| |
| - | } else if (tokens[0] === "stroke-width") {
| |
| - | this.setStrokeWeight(tokens[1]);
| |
| - | } else if (tokens[0] === "stroke-linecap") {
| |
| - | this.setStrokeCap(tokens[1]);
| |
| - | } else if (tokens[0] === "stroke-linejoin") {
| |
| - | this.setStrokeJoin(tokens[1]);
| |
| - | } else if (tokens[0] === "stroke-opacity") {
| |
| - | this.setStrokeOpacity(tokens[1]);
| |
| - | } else if (tokens[0] === "opacity") {
| |
| - | this.setOpacity(tokens[1]);
| |
| - | } // Other attributes are not yet implemented
| |
| - | }
| |
| - | }
| |
| - | };
| |
| - | /**
| |
| - | * @member PShapeSVG
| |
| - | * PShapeSVG.parseColors() helper function
| |
| - | *
| |
| - | * @param {String} opacityText the value of fillOpacity
| |
| - | *
| |
| - | * @see PShapeSVG#parseColors
| |
| - | */
| |
| - | PShapeSVG.prototype.setFillOpacity = function(opacityText) {
| |
| - | this.fillOpacity = parseFloat(opacityText);
| |
| - | this.fillColor = this.fillOpacity * 255 << 24 |
| |
| - | this.fillColor & 0xFFFFFF;
| |
| - | };
| |
| - | /**
| |
| - | * @member PShapeSVG
| |
| - | * PShapeSVG.parseColors() helper function
| |
| - | *
| |
| - | * @param {String} fillText the value of fill
| |
| - | *
| |
| - | * @see PShapeSVG#parseColors
| |
| - | */
| |
| - | PShapeSVG.prototype.setFill = function (fillText) {
| |
| - | var opacityMask = this.fillColor & 0xFF000000;
| |
| - | if (fillText === "none") {
| |
| - | this.fill = false;
| |
| - | } else if (fillText.indexOf("#") === 0) {
| |
| - | this.fill = true;
| |
| - | if (fillText.length === 4) {
| |
| - | // convert #00F to #0000FF
| |
| - | fillText = fillText.replace(/#(.)(.)(.)/,"#$1$1$2$2$3$3");
| |
| - | }
| |
| - | this.fillColor = opacityMask |
| |
| - | (parseInt(fillText.substring(1), 16 )) &
| |
| - | 0xFFFFFF;
| |
| - | } else if (fillText.indexOf("rgb") === 0) {
| |
| - | this.fill = true;
| |
| - | this.fillColor = opacityMask | this.parseRGB(fillText);
| |
| - | } else if (fillText.indexOf("url(#") === 0) {
| |
| - | this.fillName = fillText.substring(5, fillText.length - 1 );
| |
| - | } else if (colors[fillText]) {
| |
| - | this.fill = true;
| |
| - | this.fillColor = opacityMask |
| |
| - | (parseInt(colors[fillText].substring(1), 16)) &
| |
| - | 0xFFFFFF;
| |
| - | }
| |
| - | };
| |
| - | /**
| |
| - | * @member PShapeSVG
| |
| - | * PShapeSVG.parseColors() helper function
| |
| - | *
| |
| - | * @param {String} opacity the value of opacity
| |
| - | *
| |
| - | * @see PShapeSVG#parseColors
| |
| - | */
| |
| - | PShapeSVG.prototype.setOpacity = function(opacity) {
| |
| - | this.strokeColor = parseFloat(opacity) * 255 << 24 |
| |
| - | this.strokeColor & 0xFFFFFF;
| |
| - | this.fillColor = parseFloat(opacity) * 255 << 24 |
| |
| - | this.fillColor & 0xFFFFFF;
| |
| - | };
| |
| - | /**
| |
| - | * @member PShapeSVG
| |
| - | * PShapeSVG.parseColors() helper function
| |
| - | *
| |
| - | * @param {String} strokeText the value to set stroke to
| |
| - | *
| |
| - | * @see PShapeSVG#parseColors
| |
| - | */
| |
| - | PShapeSVG.prototype.setStroke = function(strokeText) {
| |
| - | var opacityMask = this.strokeColor & 0xFF000000;
| |
| - | if (strokeText === "none") {
| |
| - | this.stroke = false;
| |
| - | } else if (strokeText.charAt( 0 ) === "#") {
| |
| - | this.stroke = true;
| |
| - | if (strokeText.length === 4) {
| |
| - | // convert #00F to #0000FF
| |
| - | strokeText = strokeText.replace(/#(.)(.)(.)/,"#$1$1$2$2$3$3");
| |
| - | }
| |
| - | this.strokeColor = opacityMask |
| |
| - | (parseInt( strokeText.substring( 1 ), 16 )) &
| |
| - | 0xFFFFFF;
| |
| - | } else if (strokeText.indexOf( "rgb" ) === 0 ) {
| |
| - | this.stroke = true;
| |
| - | this.strokeColor = opacityMask | this.parseRGB(strokeText);
| |
| - | } else if (strokeText.indexOf( "url(#" ) === 0) {
| |
| - | this.strokeName = strokeText.substring(5, strokeText.length - 1);
| |
| - | } else if (colors[strokeText]) {
| |
| - | this.stroke = true;
| |
| - | this.strokeColor = opacityMask |
| |
| - | (parseInt(colors[strokeText].substring(1), 16)) &
| |
| - | 0xFFFFFF;
| |
| - | }
| |
| - | };
| |
| - | /**
| |
| - | * @member PShapeSVG
| |
| - | * PShapeSVG.parseColors() helper function
| |
| - | *
| |
| - | * @param {String} weight the value to set strokeWeight to
| |
| - | *
| |
| - | * @see PShapeSVG#parseColors
| |
| - | */
| |
| - | PShapeSVG.prototype.setStrokeWeight = function(weight) {
| |
| - | this.strokeWeight = this.parseUnitSize(weight);
| |
| - | };
| |
| - | /**
| |
| - | * @member PShapeSVG
| |
| - | * PShapeSVG.parseColors() helper function
| |
| - | *
| |
| - | * @param {String} linejoin the value to set strokeJoin to
| |
| - | *
| |
| - | * @see PShapeSVG#parseColors
| |
| - | */
| |
| - | PShapeSVG.prototype.setStrokeJoin = function(linejoin) {
| |
| - | if (linejoin === "miter") {
| |
| - | this.strokeJoin = PConstants.MITER;
| |
| - |
| |
| - | } else if (linejoin === "round") {
| |
| - | this.strokeJoin = PConstants.ROUND;
| |
| - |
| |
| - | } else if (linejoin === "bevel") {
| |
| - | this.strokeJoin = PConstants.BEVEL;
| |
| - | }
| |
| - | };
| |
| - | /**
| |
| - | * @member PShapeSVG
| |
| - | * PShapeSVG.parseColors() helper function
| |
| - | *
| |
| - | * @param {String} linecap the value to set strokeCap to
| |
| - | *
| |
| - | * @see PShapeSVG#parseColors
| |
| - | */
| |
| - | PShapeSVG.prototype.setStrokeCap = function (linecap) {
| |
| - | if (linecap === "butt") {
| |
| - | this.strokeCap = PConstants.SQUARE;
| |
| - |
| |
| - | } else if (linecap === "round") {
| |
| - | this.strokeCap = PConstants.ROUND;
| |
| - |
| |
| - | } else if (linecap === "square") {
| |
| - | this.strokeCap = PConstants.PROJECT;
| |
| - | }
| |
| - | };
| |
| - | /**
| |
| - | * @member PShapeSVG
| |
| - | * PShapeSVG.parseColors() helper function
| |
| - | *
| |
| - | * @param {String} opacityText the value to set stroke opacity to
| |
| - | *
| |
| - | * @see PShapeSVG#parseColors
| |
| - | */
| |
| - | PShapeSVG.prototype.setStrokeOpacity = function (opacityText) {
| |
| - | this.strokeOpacity = parseFloat(opacityText);
| |
| - | this.strokeColor = this.strokeOpacity * 255 << 24 |
| |
| - | this.strokeColor &
| |
| - | 0xFFFFFF;
| |
| - | };
| |
| - | /**
| |
| - | * @member PShapeSVG
| |
| - | * The parseRGB() function parses an rbg() color string and returns a color int
| |
| - | *
| |
| - | * @param {String} color the color to parse in rbg() format
| |
| - | *
| |
| - | * @return {int} the equivalent color int
| |
| - | */
| |
| - | PShapeSVG.prototype.parseRGB = function(color) {
| |
| - | var sub = color.substring(color.indexOf('(') + 1, color.indexOf(')'));
| |
| - | var values = sub.split(", ");
| |
| - | return (values[0] << 16) | (values[1] << 8) | (values[2]);
| |
| - | };
| |
| - | /**
| |
| - | * @member PShapeSVG
| |
| - | * The parseUnitSize() function parse a size that may have a suffix for its units.
| |
| - | * Ignoring cases where this could also be a percentage.
| |
| - | * The <A HREF="http://www.w3.org/TR/SVG/coords.html#Units">units</A> spec:
| |
| - | * <UL>
| |
| - | * <LI>"1pt" equals "1.25px" (and therefore 1.25 user units)
| |
| - | * <LI>"1pc" equals "15px" (and therefore 15 user units)
| |
| - | * <LI>"1mm" would be "3.543307px" (3.543307 user units)
| |
| - | * <LI>"1cm" equals "35.43307px" (and therefore 35.43307 user units)
| |
| - | * <LI>"1in" equals "90px" (and therefore 90 user units)
| |
| - | * </UL>
| |
| - | */
| |
| - | PShapeSVG.prototype.parseUnitSize = function (text) {
| |
| - | var len = text.length - 2;
| |
| - | if (len < 0) { return text; }
| |
| - | if (text.indexOf("pt") === len) {
| |
| - | return parseFloat(text.substring(0, len)) * 1.25;
| |
| - | }
| |
| - | if (text.indexOf("pc") === len) {
| |
| - | return parseFloat( text.substring( 0, len)) * 15;
| |
| - | }
| |
| - | if (text.indexOf("mm") === len) {
| |
| - | return parseFloat( text.substring(0, len)) * 3.543307;
| |
| - | }
| |
| - | if (text.indexOf("cm") === len) {
| |
| - | return parseFloat(text.substring(0, len)) * 35.43307;
| |
| - | }
| |
| - | if (text.indexOf("in") === len) {
| |
| - | return parseFloat(text.substring(0, len)) * 90;
| |
| - | }
| |
| - | if (text.indexOf("px") === len) {
| |
| - | return parseFloat(text.substring(0, len));
| |
| - | }
| |
| - | return parseFloat(text);
| |
| - | };
| |
| - |
| |
| - | return PShapeSVG;
| |
| - | };
| |
| - |
| |
| - | },{}],17:[function(require,module,exports){
| |
| - | module.exports = function(options, undef) {
| |
| - | var PConstants = options.PConstants;
| |
| - |
| |
| - | function PVector(x, y, z) {
| |
| - | this.x = x || 0;
| |
| - | this.y = y || 0;
| |
| - | this.z = z || 0;
| |
| - | }
| |
| - |
| |
| - | PVector.fromAngle = function(angle, v) {
| |
| - | if (v === undef || v === null) {
| |
| - | v = new PVector();
| |
| - | }
| |
| - | v.x = Math.cos(angle);
| |
| - | v.y = Math.sin(angle);
| |
| - | return v;
| |
| - | };
| |
| - |
| |
| - | PVector.random2D = function(v) {
| |
| - | return PVector.fromAngle(Math.random() * PConstants.TWO_PI, v);
| |
| - | };
| |
| - |
| |
| - | PVector.random3D = function(v) {
| |
| - | var angle = Math.random() * PConstants.TWO_PI;
| |
| - | var vz = Math.random() * 2 - 1;
| |
| - | var mult = Math.sqrt(1 - vz * vz);
| |
| - | var vx = mult * Math.cos(angle);
| |
| - | var vy = mult * Math.sin(angle);
| |
| - | if (v === undef || v === null) {
| |
| - | v = new PVector(vx, vy, vz);
| |
| - | } else {
| |
| - | v.set(vx, vy, vz);
| |
| - | }
| |
| - | return v;
| |
| - | };
| |
| - |
| |
| - | PVector.dist = function(v1, v2) {
| |
| - | return v1.dist(v2);
| |
| - | };
| |
| - |
| |
| - | PVector.dot = function(v1, v2) {
| |
| - | return v1.dot(v2);
| |
| - | };
| |
| - |
| |
| - | PVector.cross = function(v1, v2) {
| |
| - | return v1.cross(v2);
| |
| - | };
| |
| - |
| |
| - | PVector.sub = function(v1, v2) {
| |
| - | return new PVector(v1.x - v2.x, v1.y - v2.y, v1.z - v2.z);
| |
| - | };
| |
| - |
| |
| - | PVector.angleBetween = function(v1, v2) {
| |
| - | return Math.acos(v1.dot(v2) / (v1.mag() * v2.mag()));
| |
| - | };
| |
| - |
| |
| - | PVector.lerp = function(v1, v2, amt) {
| |
| - | // non-static lerp mutates object, but this version returns a new vector
| |
| - | var retval = new PVector(v1.x, v1.y, v1.z);
| |
| - | retval.lerp(v2, amt);
| |
| - | return retval;
| |
| - | };
| |
| - |
| |
| - | // Common vector operations for PVector
| |
| - | PVector.prototype = {
| |
| - | set: function(v, y, z) {
| |
| - | if (arguments.length === 1) {
| |
| - | this.set(v.x || v[0] || 0,
| |
| - | v.y || v[1] || 0,
| |
| - | v.z || v[2] || 0);
| |
| - | } else {
| |
| - | this.x = v;
| |
| - | this.y = y;
| |
| - | this.z = z;
| |
| - | }
| |
| - | },
| |
| - | get: function() {
| |
| - | return new PVector(this.x, this.y, this.z);
| |
| - | },
| |
| - | mag: function() {
| |
| - | var x = this.x,
| |
| - | y = this.y,
| |
| - | z = this.z;
| |
| - | return Math.sqrt(x * x + y * y + z * z);
| |
| - | },
| |
| - | magSq: function() {
| |
| - | var x = this.x,
| |
| - | y = this.y,
| |
| - | z = this.z;
| |
| - | return (x * x + y * y + z * z);
| |
| - | },
| |
| - | setMag: function(v_or_len, len) {
| |
| - | if (len === undef) {
| |
| - | len = v_or_len;
| |
| - | this.normalize();
| |
| - | this.mult(len);
| |
| - | } else {
| |
| - | var v = v_or_len;
| |
| - | v.normalize();
| |
| - | v.mult(len);
| |
| - | return v;
| |
| - | }
| |
| - | },
| |
| - | add: function(v, y, z) {
| |
| - | if (arguments.length === 1) {
| |
| - | this.x += v.x;
| |
| - | this.y += v.y;
| |
| - | this.z += v.z;
| |
| - | } else {
| |
| - | this.x += v;
| |
| - | this.y += y;
| |
| - | this.z += z;
| |
| - | }
| |
| - | },
| |
| - | sub: function(v, y, z) {
| |
| - | if (arguments.length === 1) {
| |
| - | this.x -= v.x;
| |
| - | this.y -= v.y;
| |
| - | this.z -= v.z;
| |
| - | } else {
| |
| - | this.x -= v;
| |
| - | this.y -= y;
| |
| - | this.z -= z;
| |
| - | }
| |
| - | },
| |
| - | mult: function(v) {
| |
| - | if (typeof v === 'number') {
| |
| - | this.x *= v;
| |
| - | this.y *= v;
| |
| - | this.z *= v;
| |
| - | } else {
| |
| - | this.x *= v.x;
| |
| - | this.y *= v.y;
| |
| - | this.z *= v.z;
| |
| - | }
| |
| - | },
| |
| - | div: function(v) {
| |
| - | if (typeof v === 'number') {
| |
| - | this.x /= v;
| |
| - | this.y /= v;
| |
| - | this.z /= v;
| |
| - | } else {
| |
| - | this.x /= v.x;
| |
| - | this.y /= v.y;
| |
| - | this.z /= v.z;
| |
| - | }
| |
| - | },
| |
| - | rotate: function(angle) {
| |
| - | var prev_x = this.x;
| |
| - | var c = Math.cos(angle);
| |
| - | var s = Math.sin(angle);
| |
| - | this.x = c * this.x - s * this.y;
| |
| - | this.y = s * prev_x + c * this.y;
| |
| - | },
| |
| - | dist: function(v) {
| |
| - | var dx = this.x - v.x,
| |
| - | dy = this.y - v.y,
| |
| - | dz = this.z - v.z;
| |
| - | return Math.sqrt(dx * dx + dy * dy + dz * dz);
| |
| - | },
| |
| - | dot: function(v, y, z) {
| |
| - | if (arguments.length === 1) {
| |
| - | return (this.x * v.x + this.y * v.y + this.z * v.z);
| |
| - | }
| |
| - | return (this.x * v + this.y * y + this.z * z);
| |
| - | },
| |
| - | cross: function(v) {
| |
| - | var x = this.x,
| |
| - | y = this.y,
| |
| - | z = this.z;
| |
| - | return new PVector(y * v.z - v.y * z,
| |
| - | z * v.x - v.z * x,
| |
| - | x * v.y - v.x * y);
| |
| - | },
| |
| - | lerp: function(v_or_x, amt_or_y, z, amt) {
| |
| - | var lerp_val = function(start, stop, amt) {
| |
| - | return start + (stop - start) * amt;
| |
| - | };
| |
| - | var x, y;
| |
| - | if (arguments.length === 2) {
| |
| - | // given vector and amt
| |
| - | amt = amt_or_y;
| |
| - | x = v_or_x.x;
| |
| - | y = v_or_x.y;
| |
| - | z = v_or_x.z;
| |
| - | } else {
| |
| - | // given x, y, z and amt
| |
| - | x = v_or_x;
| |
| - | y = amt_or_y;
| |
| - | }
| |
| - | this.x = lerp_val(this.x, x, amt);
| |
| - | this.y = lerp_val(this.y, y, amt);
| |
| - | this.z = lerp_val(this.z, z, amt);
| |
| - | },
| |
| - | normalize: function() {
| |
| - | var m = this.mag();
| |
| - | if (m > 0) {
| |
| - | this.div(m);
| |
| - | }
| |
| - | },
| |
| - | limit: function(high) {
| |
| - | if (this.mag() > high) {
| |
| - | this.normalize();
| |
| - | this.mult(high);
| |
| - | }
| |
| - | },
| |
| - | heading: function() {
| |
| - | return (-Math.atan2(-this.y, this.x));
| |
| - | },
| |
| - | heading2D: function() {
| |
| - | return this.heading();
| |
| - | },
| |
| - | toString: function() {
| |
| - | return "[" + this.x + ", " + this.y + ", " + this.z + "]";
| |
| - | },
| |
| - | array: function() {
| |
| - | return [this.x, this.y, this.z];
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | function createPVectorMethod(method) {
| |
| - | return function(v1, v2) {
| |
| - | var v = v1.get();
| |
| - | v[method](v2);
| |
| - | return v;
| |
| - | };
| |
| - | }
| |
| - |
| |
| - | for (var method in PVector.prototype) {
| |
| - | if (PVector.prototype.hasOwnProperty(method) && !PVector.hasOwnProperty(method)) {
| |
| - | PVector[method] = createPVectorMethod(method);
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | return PVector;
| |
| - | };
| |
| - |
| |
| - |
| |
| - | },{}],18:[function(require,module,exports){
| |
| - | /**
| |
| - | * XMLAttribute is an attribute of a XML element.
| |
| - | *
| |
| - | * @param {String} fname the full name of the attribute
| |
| - | * @param {String} n the short name of the attribute
| |
| - | * @param {String} namespace the namespace URI of the attribute
| |
| - | * @param {String} v the value of the attribute
| |
| - | * @param {String }t the type of the attribute
| |
| - | *
| |
| - | * @see XMLElement
| |
| - | */
| |
| - | module.exports = function() {
| |
| - |
| |
| - | var XMLAttribute = function (fname, n, nameSpace, v, t){
| |
| - | this.fullName = fname || "";
| |
| - | this.name = n || "";
| |
| - | this.namespace = nameSpace || "";
| |
| - | this.value = v;
| |
| - | this.type = t;
| |
| - | };
| |
| - |
| |
| - | XMLAttribute.prototype = {
| |
| - | /**
| |
| - | * @member XMLAttribute
| |
| - | * The getName() function returns the short name of the attribute
| |
| - | *
| |
| - | * @return {String} the short name of the attribute
| |
| - | */
| |
| - | getName: function() {
| |
| - | return this.name;
| |
| - | },
| |
| - | /**
| |
| - | * @member XMLAttribute
| |
| - | * The getFullName() function returns the full name of the attribute
| |
| - | *
| |
| - | * @return {String} the full name of the attribute
| |
| - | */
| |
| - | getFullName: function() {
| |
| - | return this.fullName;
| |
| - | },
| |
| - | /**
| |
| - | * @member XMLAttribute
| |
| - | * The getNamespace() function returns the namespace of the attribute
| |
| - | *
| |
| - | * @return {String} the namespace of the attribute
| |
| - | */
| |
| - | getNamespace: function() {
| |
| - | return this.namespace;
| |
| - | },
| |
| - | /**
| |
| - | * @member XMLAttribute
| |
| - | * The getValue() function returns the value of the attribute
| |
| - | *
| |
| - | * @return {String} the value of the attribute
| |
| - | */
| |
| - | getValue: function() {
| |
| - | return this.value;
| |
| - | },
| |
| - | /**
| |
| - | * @member XMLAttribute
| |
| - | * The getValue() function returns the type of the attribute
| |
| - | *
| |
| - | * @return {String} the type of the attribute
| |
| - | */
| |
| - | getType: function() {
| |
| - | return this.type;
| |
| - | },
| |
| - | /**
| |
| - | * @member XMLAttribute
| |
| - | * The setValue() function sets the value of the attribute
| |
| - | *
| |
| - | * @param {String} newval the new value
| |
| - | */
| |
| - | setValue: function(newval) {
| |
| - | this.value = newval;
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | return XMLAttribute;
| |
| - | };
| |
| - |
| |
| - | },{}],19:[function(require,module,exports){
| |
| - | /**
| |
| - | * XMLElement is a representation of an XML object. The object is able to parse XML code
| |
| - | *
| |
| - | * @param {PApplet} parent typically use "this"
| |
| - | * @param {String} filename name of the XML/SVG file to load
| |
| - | * @param {String} xml the xml/svg string
| |
| - | * @param {String} fullname the full name of the element
| |
| - | * @param {String} namespace the namespace of the URI
| |
| - | * @param {String} systemID the system ID of the XML data where the element starts
| |
| - | * @param {Integer }lineNr the line in the XML data where the element starts
| |
| - | */
| |
| - | module.exports = function(options, undef) {
| |
| - |
| |
| - | var Browser = options.Browser,
| |
| - | ajax = Browser.ajax,
| |
| - | window = Browser.window,
| |
| - | XMLHttpRequest = window.XMLHttpRequest,
| |
| - | DOMParser = window.DOMParser,
| |
| - | XMLAttribute = options. XMLAttribute;
| |
| - |
| |
| - | var XMLElement = function(selector, uri, sysid, line) {
| |
| - | this.attributes = [];
| |
| - | this.children = [];
| |
| - | this.fullName = null;
| |
| - | this.name = null;
| |
| - | this.namespace = "";
| |
| - | this.content = null;
| |
| - | this.parent = null;
| |
| - | this.lineNr = "";
| |
| - | this.systemID = "";
| |
| - | this.type = "ELEMENT";
| |
| - |
| |
| - | if (selector) {
| |
| - | if (typeof selector === "string") {
| |
| - | if (uri === undef && selector.indexOf("<") > -1) {
| |
| - | // load XML from text string
| |
| - | this.parse(selector);
| |
| - | } else {
| |
| - | // XMLElement(fullname, namespace, sysid, line) format
| |
| - | this.fullName = selector;
| |
| - | this.namespace = uri;
| |
| - | this.systemId = sysid;
| |
| - | this.lineNr = line;
| |
| - | }
| |
| - | } else {
| |
| - | // XMLElement(this,file) format
| |
| - | this.parse(uri);
| |
| - | }
| |
| - | }
| |
| - | };
| |
| - | /**
| |
| - | * XMLElement methods
| |
| - | * missing: enumerateAttributeNames(), enumerateChildren(),
| |
| - | * NOTE: parse does not work when a url is passed in
| |
| - | */
| |
| - | XMLElement.prototype = {
| |
| - | /**
| |
| - | * @member XMLElement
| |
| - | * The parse() function retrieves the file via ajax() and uses DOMParser()
| |
| - | * parseFromString method to make an XML document
| |
| - | * @addon
| |
| - | *
| |
| - | * @param {String} filename name of the XML/SVG file to load
| |
| - | *
| |
| - | * @throws ExceptionType Error loading document
| |
| - | *
| |
| - | * @see XMLElement#parseChildrenRecursive
| |
| - | */
| |
| - | parse: function(textstring) {
| |
| - | var xmlDoc;
| |
| - | try {
| |
| - | var extension = textstring.substring(textstring.length-4);
| |
| - | if (extension === ".xml" || extension === ".svg") {
| |
| - | textstring = ajax(textstring);
| |
| - | }
| |
| - | xmlDoc = new DOMParser().parseFromString(textstring, "text/xml");
| |
| - | var elements = xmlDoc.documentElement;
| |
| - | if (elements) {
| |
| - | this.parseChildrenRecursive(null, elements);
| |
| - | } else {
| |
| - | throw ("Error loading document");
| |
| - | }
| |
| - | return this;
| |
| - | } catch(e) {
| |
| - | throw(e);
| |
| - | }
| |
| - | },
| |
| - | /**
| |
| - | * @member XMLElement
| |
| - | * Internal helper function for parse().
| |
| - | * Loops through the
| |
| - | * @addon
| |
| - | *
| |
| - | * @param {XMLElement} parent the parent node
| |
| - | * @param {XML document childNodes} elementpath the remaining nodes that need parsing
| |
| - | *
| |
| - | * @return {XMLElement} the new element and its children elements
| |
| - | */
| |
| - | parseChildrenRecursive: function (parent, elementpath){
| |
| - | var xmlelement,
| |
| - | xmlattribute,
| |
| - | tmpattrib,
| |
| - | l, m,
| |
| - | child;
| |
| - | if (!parent) { // this element is the root element
| |
| - | this.fullName = elementpath.localName;
| |
| - | this.name = elementpath.nodeName;
| |
| - | xmlelement = this;
| |
| - | } else { // this element has a parent
| |
| - | xmlelement = new XMLElement(elementpath.nodeName);
| |
| - | xmlelement.parent = parent;
| |
| - | }
| |
| - |
| |
| - | // if this is a text node, return a PCData element (parsed character data)
| |
| - | if (elementpath.nodeType === 3 && elementpath.textContent !== "") {
| |
| - | return this.createPCDataElement(elementpath.textContent);
| |
| - | }
| |
| - |
| |
| - | // if this is a CDATA node, return a CData element (unparsed character data)
| |
| - | if (elementpath.nodeType === 4) {
| |
| - | return this.createCDataElement(elementpath.textContent);
| |
| - | }
| |
| - |
| |
| - | // bind all attributes, if there are any
| |
| - | if (elementpath.attributes) {
| |
| - | for (l = 0, m = elementpath.attributes.length; l < m; l++) {
| |
| - | tmpattrib = elementpath.attributes[l];
| |
| - | xmlattribute = new XMLAttribute(tmpattrib.getname,
| |
| - | tmpattrib.nodeName,
| |
| - | tmpattrib.namespaceURI,
| |
| - | tmpattrib.nodeValue,
| |
| - | tmpattrib.nodeType);
| |
| - | xmlelement.attributes.push(xmlattribute);
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | // bind all children, if there are any
| |
| - | if (elementpath.childNodes) {
| |
| - | for (l = 0, m = elementpath.childNodes.length; l < m; l++) {
| |
| - | var node = elementpath.childNodes[l];
| |
| - | child = xmlelement.parseChildrenRecursive(xmlelement, node);
| |
| - | if (child !== null) {
| |
| - | xmlelement.children.push(child);
| |
| - | }
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | return xmlelement;
| |
| - | },
| |
| - | /**
| |
| - | * @member XMLElement
| |
| - | * The createElement() function Creates an empty element
| |
| - | *
| |
| - | * @param {String} fullName the full name of the element
| |
| - | * @param {String} namespace the namespace URI
| |
| - | * @param {String} systemID the system ID of the XML data where the element starts
| |
| - | * @param {int} lineNr the line in the XML data where the element starts
| |
| - | */
| |
| - | createElement: function (fullname, namespaceuri, sysid, line) {
| |
| - | if (sysid === undef) {
| |
| - | return new XMLElement(fullname, namespaceuri);
| |
| - | }
| |
| - | return new XMLElement(fullname, namespaceuri, sysid, line);
| |
| - | },
| |
| - | /**
| |
| - | * @member XMLElement
| |
| - | * The createPCDataElement() function creates an element to be used for #PCDATA content.
| |
| - | * Because Processing discards whitespace TEXT nodes, this method will not build an element
| |
| - | * if the passed content is empty after trimming for whitespace.
| |
| - | *
| |
| - | * @return {XMLElement} new "pcdata" XMLElement, or null if content consists only of whitespace
| |
| - | */
| |
| - | createPCDataElement: function (content, isCDATA) {
| |
| - | if (content.replace(/^\s+$/g,"") === "") {
| |
| - | return null;
| |
| - | }
| |
| - | var pcdata = new XMLElement();
| |
| - | pcdata.type = "TEXT";
| |
| - | pcdata.content = content;
| |
| - | return pcdata;
| |
| - | },
| |
| - | /**
| |
| - | * @member XMLElement
| |
| - | * The createCDataElement() function creates an element to be used for CDATA content.
| |
| - | *
| |
| - | * @return {XMLElement} new "cdata" XMLElement, or null if content consists only of whitespace
| |
| - | */
| |
| - | createCDataElement: function (content) {
| |
| - | var cdata = this.createPCDataElement(content);
| |
| - | if (cdata === null) {
| |
| - | return null;
| |
| - | }
| |
| - |
| |
| - | cdata.type = "CDATA";
| |
| - | var htmlentities = {"<": "<", ">": ">", "'": "'", '"': """},
| |
| - | entity;
| |
| - | for (entity in htmlentities) {
| |
| - | if (!Object.hasOwnProperty(htmlentities,entity)) {
| |
| - | content = content.replace(new RegExp(entity, "g"), htmlentities[entity]);
| |
| - | }
| |
| - | }
| |
| - | cdata.cdata = content;
| |
| - | return cdata;
| |
| - | },
| |
| - | /**
| |
| - | * @member XMLElement
| |
| - | * The hasAttribute() function returns whether an attribute exists
| |
| - | *
| |
| - | * @param {String} name name of the attribute
| |
| - | * @param {String} namespace the namespace URI of the attribute
| |
| - | *
| |
| - | * @return {boolean} true if the attribute exists
| |
| - | */
| |
| - | hasAttribute: function () {
| |
| - | if (arguments.length === 1) {
| |
| - | return this.getAttribute(arguments[0]) !== null;
| |
| - | }
| |
| - | if (arguments.length === 2) {
| |
| - | return this.getAttribute(arguments[0],arguments[1]) !== null;
| |
| - | }
| |
| - | },
| |
| - | /**
| |
| - | * @member XMLElement
| |
| - | * The equals() function checks to see if the XMLElement being passed in equals another XMLElement
| |
| - | *
| |
| - | * @param {XMLElement} rawElement the element to compare to
| |
| - | *
| |
| - | * @return {boolean} true if the element equals another element
| |
| - | */
| |
| - | equals: function(other) {
| |
| - | if (!(other instanceof XMLElement)) {
| |
| - | return false;
| |
| - | }
| |
| - | var i, j;
| |
| - | if (this.fullName !== other.fullName) { return false; }
| |
| - | if (this.attributes.length !== other.getAttributeCount()) { return false; }
| |
| - | // attributes may be ordered differently
| |
| - | if (this.attributes.length !== other.attributes.length) { return false; }
| |
| - | var attr_name, attr_ns, attr_value, attr_type, attr_other;
| |
| - | for (i = 0, j = this.attributes.length; i < j; i++) {
| |
| - | attr_name = this.attributes[i].getName();
| |
| - | attr_ns = this.attributes[i].getNamespace();
| |
| - | attr_other = other.findAttribute(attr_name, attr_ns);
| |
| - | if (attr_other === null) { return false; }
| |
| - | if (this.attributes[i].getValue() !== attr_other.getValue()) { return false; }
| |
| - | if (this.attributes[i].getType() !== attr_other.getType()) { return false; }
| |
| - | }
| |
| - | // children must be ordered identically
| |
| - | if (this.children.length !== other.getChildCount()) { return false; }
| |
| - | if (this.children.length>0) {
| |
| - | var child1, child2;
| |
| - | for (i = 0, j = this.children.length; i < j; i++) {
| |
| - | child1 = this.getChild(i);
| |
| - | child2 = other.getChild(i);
| |
| - | if (!child1.equals(child2)) { return false; }
| |
| - | }
| |
| - | return true;
| |
| - | }
| |
| - | return (this.content === other.content);
| |
| - | },
| |
| - | /**
| |
| - | * @member XMLElement
| |
| - | * The getContent() function returns the content of an element. If there is no such content, null is returned
| |
| - | *
| |
| - | * @return {String} the (possibly null) content
| |
| - | */
| |
| - | getContent: function(){
| |
| - | if (this.type === "TEXT" || this.type === "CDATA") {
| |
| - | return this.content;
| |
| - | }
| |
| - | var children = this.children;
| |
| - | if (children.length === 1 && (children[0].type === "TEXT" || children[0].type === "CDATA")) {
| |
| - | return children[0].content;
| |
| - | }
| |
| - | return null;
| |
| - | },
| |
| - | /**
| |
| - | * @member XMLElement
| |
| - | * The getAttribute() function returns the value of an attribute
| |
| - | *
| |
| - | * @param {String} name the non-null full name of the attribute
| |
| - | * @param {String} namespace the namespace URI, which may be null
| |
| - | * @param {String} defaultValue the default value of the attribute
| |
| - | *
| |
| - | * @return {String} the value, or defaultValue if the attribute does not exist
| |
| - | */
| |
| - | getAttribute: function (){
| |
| - | var attribute;
| |
| - | if (arguments.length === 2) {
| |
| - | attribute = this.findAttribute(arguments[0]);
| |
| - | if (attribute) {
| |
| - | return attribute.getValue();
| |
| - | }
| |
| - | return arguments[1];
| |
| - | } else if (arguments.length === 1) {
| |
| - | attribute = this.findAttribute(arguments[0]);
| |
| - | if (attribute) {
| |
| - | return attribute.getValue();
| |
| - | }
| |
| - | return null;
| |
| - | } else if (arguments.length === 3) {
| |
| - | attribute = this.findAttribute(arguments[0],arguments[1]);
| |
| - | if (attribute) {
| |
| - | return attribute.getValue();
| |
| - | }
| |
| - | return arguments[2];
| |
| - | }
| |
| - | },
| |
| - | /**
| |
| - | * @member XMLElement
| |
| - | * The getStringAttribute() function returns the string attribute of the element
| |
| - | * If the <b>defaultValue</b> parameter is used and the attribute doesn't exist, the <b>defaultValue</b> value is returned.
| |
| - | * When calling the function without the <b>defaultValue</b> parameter, if the attribute doesn't exist, the value 0 is returned.
| |
| - | *
| |
| - | * @param name the name of the attribute
| |
| - | * @param defaultValue value returned if the attribute is not found
| |
| - | *
| |
| - | * @return {String} the value, or defaultValue if the attribute does not exist
| |
| - | */
| |
| - | getStringAttribute: function() {
| |
| - | if (arguments.length === 1) {
| |
| - | return this.getAttribute(arguments[0]);
| |
| - | }
| |
| - | if (arguments.length === 2) {
| |
| - | return this.getAttribute(arguments[0], arguments[1]);
| |
| - | }
| |
| - | return this.getAttribute(arguments[0], arguments[1],arguments[2]);
| |
| - | },
| |
| - | /**
| |
| - | * Processing 1.5 XML API wrapper for the generic String
| |
| - | * attribute getter. This may only take one argument.
| |
| - | */
| |
| - | getString: function(attributeName) {
| |
| - | return this.getStringAttribute(attributeName);
| |
| - | },
| |
| - | /**
| |
| - | * @member XMLElement
| |
| - | * The getFloatAttribute() function returns the float attribute of the element.
| |
| - | * If the <b>defaultValue</b> parameter is used and the attribute doesn't exist, the <b>defaultValue</b> value is returned.
| |
| - | * When calling the function without the <b>defaultValue</b> parameter, if the attribute doesn't exist, the value 0 is returned.
| |
| - | *
| |
| - | * @param name the name of the attribute
| |
| - | * @param defaultValue value returned if the attribute is not found
| |
| - | *
| |
| - | * @return {float} the value, or defaultValue if the attribute does not exist
| |
| - | */
| |
| - | getFloatAttribute: function() {
| |
| - | if (arguments.length === 1 ) {
| |
| - | return parseFloat(this.getAttribute(arguments[0], 0));
| |
| - | }
| |
| - | if (arguments.length === 2 ) {
| |
| - | return this.getAttribute(arguments[0], arguments[1]);
| |
| - | }
| |
| - | return this.getAttribute(arguments[0], arguments[1],arguments[2]);
| |
| - | },
| |
| - | /**
| |
| - | * Processing 1.5 XML API wrapper for the generic float
| |
| - | * attribute getter. This may only take one argument.
| |
| - | */
| |
| - | getFloat: function(attributeName) {
| |
| - | return this.getFloatAttribute(attributeName);
| |
| - | },
| |
| - | /**
| |
| - | * @member XMLElement
| |
| - | * The getIntAttribute() function returns the integer attribute of the element.
| |
| - | * If the <b>defaultValue</b> parameter is used and the attribute doesn't exist, the <b>defaultValue</b> value is returned.
| |
| - | * When calling the function without the <b>defaultValue</b> parameter, if the attribute doesn't exist, the value 0 is returned.
| |
| - | *
| |
| - | * @param name the name of the attribute
| |
| - | * @param defaultValue value returned if the attribute is not found
| |
| - | *
| |
| - | * @return {int} the value, or defaultValue if the attribute does not exist
| |
| - | */
| |
| - | getIntAttribute: function () {
| |
| - | if (arguments.length === 1) {
| |
| - | return this.getAttribute( arguments[0], 0 );
| |
| - | }
| |
| - | if (arguments.length === 2) {
| |
| - | return this.getAttribute(arguments[0], arguments[1]);
| |
| - | }
| |
| - | return this.getAttribute(arguments[0], arguments[1],arguments[2]);
| |
| - | },
| |
| - | /**
| |
| - | * Processing 1.5 XML API wrapper for the generic int
| |
| - | * attribute getter. This may only take one argument.
| |
| - | */
| |
| - | getInt: function(attributeName) {
| |
| - | return this.getIntAttribute(attributeName);
| |
| - | },
| |
| - | /**
| |
| - | * @member XMLElement
| |
| - | * The hasChildren() function returns whether the element has children.
| |
| - | *
| |
| - | * @return {boolean} true if the element has children.
| |
| - | */
| |
| - | hasChildren: function () {
| |
| - | return this.children.length > 0 ;
| |
| - | },
| |
| - | /**
| |
| - | * @member XMLElement
| |
| - | * The addChild() function adds a child element
| |
| - | *
| |
| - | * @param {XMLElement} child the non-null child to add.
| |
| - | */
| |
| - | addChild: function (child) {
| |
| - | if (child !== null) {
| |
| - | child.parent = this;
| |
| - | this.children.push(child);
| |
| - | }
| |
| - | },
| |
| - | /**
| |
| - | * @member XMLElement
| |
| - | * The insertChild() function inserts a child element at the index provided
| |
| - | *
| |
| - | * @param {XMLElement} child the non-null child to add.
| |
| - | * @param {int} index where to put the child.
| |
| - | */
| |
| - | insertChild: function (child, index) {
| |
| - | if (child) {
| |
| - | if ((child.getLocalName() === null) && (! this.hasChildren())) {
| |
| - | var lastChild = this.children[this.children.length -1];
| |
| - | if (lastChild.getLocalName() === null) {
| |
| - | lastChild.setContent(lastChild.getContent() + child.getContent());
| |
| - | return;
| |
| - | }
| |
| - | }
| |
| - | child.parent = this;
| |
| - | this.children.splice(index,0,child);
| |
| - | }
| |
| - | },
| |
| - | /**
| |
| - | * @member XMLElement
| |
| - | * The getChild() returns the child XMLElement as specified by the <b>index</b> parameter.
| |
| - | * The value of the <b>index</b> parameter must be less than the total number of children to avoid going out of the array storing the child elements.
| |
| - | * When the <b>path</b> parameter is specified, then it will return all children that match that path. The path is a series of elements and sub-elements, separated by slashes.
| |
| - | *
| |
| - | * @param {int} index where to put the child.
| |
| - | * @param {String} path path to a particular element
| |
| - | *
| |
| - | * @return {XMLElement} the element
| |
| - | */
| |
| - | getChild: function (selector) {
| |
| - | if (typeof selector === "number") {
| |
| - | return this.children[selector];
| |
| - | }
| |
| - | if (selector.indexOf('/') !== -1) {
| |
| - | // path traversal is required
| |
| - | return this.getChildRecursive(selector.split("/"), 0);
| |
| - | }
| |
| - | var kid, kidName;
| |
| - | for (var i = 0, j = this.getChildCount(); i < j; i++) {
| |
| - | kid = this.getChild(i);
| |
| - | kidName = kid.getName();
| |
| - | if (kidName !== null && kidName === selector) {
| |
| - | return kid;
| |
| - | }
| |
| - | }
| |
| - | return null;
| |
| - | },
| |
| - | /**
| |
| - | * @member XMLElement
| |
| - | * The getChildren() returns all of the children as an XMLElement array.
| |
| - | * When the <b>path</b> parameter is specified, then it will return all children that match that path.
| |
| - | * The path is a series of elements and sub-elements, separated by slashes.
| |
| - | *
| |
| - | * @param {String} path element name or path/to/element
| |
| - | *
| |
| - | * @return {XMLElement} array of child elements that match
| |
| - | *
| |
| - | * @see XMLElement#getChildCount()
| |
| - | * @see XMLElement#getChild()
| |
| - | */
| |
| - | getChildren: function(){
| |
| - | if (arguments.length === 1) {
| |
| - | if (typeof arguments[0] === "number") {
| |
| - | return this.getChild( arguments[0]);
| |
| - | }
| |
| - | if (arguments[0].indexOf('/') !== -1) { // path was given
| |
| - | return this.getChildrenRecursive( arguments[0].split("/"), 0);
| |
| - | }
| |
| - | var matches = [];
| |
| - | var kid, kidName;
| |
| - | for (var i = 0, j = this.getChildCount(); i < j; i++) {
| |
| - | kid = this.getChild(i);
| |
| - | kidName = kid.getName();
| |
| - | if (kidName !== null && kidName === arguments[0]) {
| |
| - | matches.push(kid);
| |
| - | }
| |
| - | }
| |
| - | return matches;
| |
| - | }
| |
| - | return this.children;
| |
| - | },
| |
| - | /**
| |
| - | * @member XMLElement
| |
| - | * The getChildCount() returns the number of children for the element.
| |
| - | *
| |
| - | * @return {int} the count
| |
| - | *
| |
| - | * @see XMLElement#getChild()
| |
| - | * @see XMLElement#getChildren()
| |
| - | */
| |
| - | getChildCount: function() {
| |
| - | return this.children.length;
| |
| - | },
| |
| - | /**
| |
| - | * @member XMLElement
| |
| - | * Internal helper function for getChild().
| |
| - | *
| |
| - | * @param {String[]} items result of splitting the query on slashes
| |
| - | * @param {int} offset where in the items[] array we're currently looking
| |
| - | *
| |
| - | * @return {XMLElement} matching element or null if no match
| |
| - | */
| |
| - | getChildRecursive: function (items, offset) {
| |
| - | // terminating clause: we are the requested candidate
| |
| - | if (offset === items.length) {
| |
| - | return this;
| |
| - | }
| |
| - | // continuation clause
| |
| - | var kid, kidName, matchName = items[offset];
| |
| - | for(var i = 0, j = this.getChildCount(); i < j; i++) {
| |
| - | kid = this.getChild(i);
| |
| - | kidName = kid.getName();
| |
| - | if (kidName !== null && kidName === matchName) {
| |
| - | return kid.getChildRecursive(items, offset+1);
| |
| - | }
| |
| - | }
| |
| - | return null;
| |
| - | },
| |
| - | /**
| |
| - | * @member XMLElement
| |
| - | * Internal helper function for getChildren().
| |
| - | *
| |
| - | * @param {String[]} items result of splitting the query on slashes
| |
| - | * @param {int} offset where in the items[] array we're currently looking
| |
| - | *
| |
| - | * @return {XMLElement[]} matching elements or empty array if no match
| |
| - | */
| |
| - | getChildrenRecursive: function (items, offset) {
| |
| - | if (offset === items.length-1) {
| |
| - | return this.getChildren(items[offset]);
| |
| - | }
| |
| - | var matches = this.getChildren(items[offset]);
| |
| - | var kidMatches = [];
| |
| - | for (var i = 0; i < matches.length; i++) {
| |
| - | kidMatches = kidMatches.concat(matches[i].getChildrenRecursive(items, offset+1));
| |
| - | }
| |
| - | return kidMatches;
| |
| - | },
| |
| - | /**
| |
| - | * @member XMLElement
| |
| - | * The isLeaf() function returns whether the element is a leaf element.
| |
| - | *
| |
| - | * @return {boolean} true if the element has no children.
| |
| - | */
| |
| - | isLeaf: function() {
| |
| - | return !this.hasChildren();
| |
| - | },
| |
| - | /**
| |
| - | * @member XMLElement
| |
| - | * The listChildren() function put the names of all children into an array. Same as looping through
| |
| - | * each child and calling getName() on each XMLElement.
| |
| - | *
| |
| - | * @return {String[]} a list of element names.
| |
| - | */
| |
| - | listChildren: function() {
| |
| - | var arr = [];
| |
| - | for (var i = 0, j = this.children.length; i < j; i++) {
| |
| - | arr.push( this.getChild(i).getName());
| |
| - | }
| |
| - | return arr;
| |
| - | },
| |
| - | /**
| |
| - | * @member XMLElement
| |
| - | * The removeAttribute() function removes an attribute
| |
| - | *
| |
| - | * @param {String} name the non-null name of the attribute.
| |
| - | * @param {String} namespace the namespace URI of the attribute, which may be null.
| |
| - | */
| |
| - | removeAttribute: function (name , namespace) {
| |
| - | this.namespace = namespace || "";
| |
| - | for (var i = 0, j = this.attributes.length; i < j; i++) {
| |
| - | if (this.attributes[i].getName() === name && this.attributes[i].getNamespace() === this.namespace) {
| |
| - | this.attributes.splice(i, 1);
| |
| - | break;
| |
| - | }
| |
| - | }
| |
| - | },
| |
| - | /**
| |
| - | * @member XMLElement
| |
| - | * The removeChild() removes a child element.
| |
| - | *
| |
| - | * @param {XMLElement} child the the non-null child to be renoved
| |
| - | */
| |
| - | removeChild: function(child) {
| |
| - | if (child) {
| |
| - | for (var i = 0, j = this.children.length; i < j; i++) {
| |
| - | if (this.children[i].equals(child)) {
| |
| - | this.children.splice(i, 1);
| |
| - | break;
| |
| - | }
| |
| - | }
| |
| - | }
| |
| - | },
| |
| - | /**
| |
| - | * @member XMLElement
| |
| - | * The removeChildAtIndex() removes the child located at a certain index
| |
| - | *
| |
| - | * @param {int} index the index of the child, where the first child has index 0
| |
| - | */
| |
| - | removeChildAtIndex: function(index) {
| |
| - | if (this.children.length > index) { //make sure its not outofbounds
| |
| - | this.children.splice(index, 1);
| |
| - | }
| |
| - | },
| |
| - | /**
| |
| - | * @member XMLElement
| |
| - | * The findAttribute() function searches an attribute
| |
| - | *
| |
| - | * @param {String} name fullName the non-null full name of the attribute
| |
| - | * @param {String} namespace the name space, which may be null
| |
| - | *
| |
| - | * @return {XMLAttribute} the attribute, or null if the attribute does not exist.
| |
| - | */
| |
| - | findAttribute: function (name, namespace) {
| |
| - | this.namespace = namespace || "";
| |
| - | for (var i = 0, j = this.attributes.length; i < j; i++) {
| |
| - | if (this.attributes[i].getName() === name && this.attributes[i].getNamespace() === this.namespace) {
| |
| - | return this.attributes[i];
| |
| - | }
| |
| - | }
| |
| - | return null;
| |
| - | },
| |
| - | /**
| |
| - | * @member XMLElement
| |
| - | * The setAttribute() function sets an attribute.
| |
| - | *
| |
| - | * @param {String} name the non-null full name of the attribute
| |
| - | * @param {String} namespace the non-null value of the attribute
| |
| - | */
| |
| - | setAttribute: function() {
| |
| - | var attr;
| |
| - | if (arguments.length === 3) {
| |
| - | var index = arguments[0].indexOf(':');
| |
| - | var name = arguments[0].substring(index + 1);
| |
| - | attr = this.findAttribute(name, arguments[1]);
| |
| - | if (attr) {
| |
| - | attr.setValue(arguments[2]);
| |
| - | } else {
| |
| - | attr = new XMLAttribute(arguments[0], name, arguments[1], arguments[2], "CDATA");
| |
| - | this.attributes.push(attr);
| |
| - | }
| |
| - | } else {
| |
| - | attr = this.findAttribute(arguments[0]);
| |
| - | if (attr) {
| |
| - | attr.setValue(arguments[1]);
| |
| - | } else {
| |
| - | attr = new XMLAttribute(arguments[0], arguments[0], null, arguments[1], "CDATA");
| |
| - | this.attributes.push(attr);
| |
| - | }
| |
| - | }
| |
| - | },
| |
| - | /**
| |
| - | * Processing 1.5 XML API wrapper for the generic String
| |
| - | * attribute setter. This must take two arguments.
| |
| - | */
| |
| - | setString: function(attribute, value) {
| |
| - | this.setAttribute(attribute, value);
| |
| - | },
| |
| - | /**
| |
| - | * Processing 1.5 XML API wrapper for the generic int
| |
| - | * attribute setter. This must take two arguments.
| |
| - | */
| |
| - | setInt: function(attribute, value) {
| |
| - | this.setAttribute(attribute, value);
| |
| - | },
| |
| - | /**
| |
| - | * Processing 1.5 XML API wrapper for the generic float
| |
| - | * attribute setter. This must take two arguments.
| |
| - | */
| |
| - | setFloat: function(attribute, value) {
| |
| - | this.setAttribute(attribute, value);
| |
| - | },
| |
| - | /**
| |
| - | * @member XMLElement
| |
| - | * The setContent() function sets the #PCDATA content. It is an error to call this method with a
| |
| - | * non-null value if there are child objects.
| |
| - | *
| |
| - | * @param {String} content the (possibly null) content
| |
| - | */
| |
| - | setContent: function(content) {
| |
| - | if (this.children.length > 0) {
| |
| - | Processing.debug("Tried to set content for XMLElement with children"); }
| |
| - | this.content = content;
| |
| - | },
| |
| - | /**
| |
| - | * @member XMLElement
| |
| - | * The setName() function sets the full name. This method also sets the short name and clears the
| |
| - | * namespace URI.
| |
| - | *
| |
| - | * @param {String} name the non-null name
| |
| - | * @param {String} namespace the namespace URI, which may be null.
| |
| - | */
| |
| - | setName: function() {
| |
| - | if (arguments.length === 1) {
| |
| - | this.name = arguments[0];
| |
| - | this.fullName = arguments[0];
| |
| - | this.namespace = null;
| |
| - | } else {
| |
| - | var index = arguments[0].indexOf(':');
| |
| - | if ((arguments[1] === null) || (index < 0)) {
| |
| - | this.name = arguments[0];
| |
| - | } else {
| |
| - | this.name = arguments[0].substring(index + 1);
| |
| - | }
| |
| - | this.fullName = arguments[0];
| |
| - | this.namespace = arguments[1];
| |
| - | }
| |
| - | },
| |
| - | /**
| |
| - | * @member XMLElement
| |
| - | * The getName() function returns the full name (i.e. the name including an eventual namespace
| |
| - | * prefix) of the element.
| |
| - | *
| |
| - | * @return {String} the name, or null if the element only contains #PCDATA.
| |
| - | */
| |
| - | getName: function() {
| |
| - | return this.fullName;
| |
| - | },
| |
| - | /**
| |
| - | * @member XMLElement
| |
| - | * The getLocalName() function returns the local name (i.e. the name excluding an eventual namespace
| |
| - | * prefix) of the element.
| |
| - | *
| |
| - | * @return {String} the name, or null if the element only contains #PCDATA.
| |
| - | */
| |
| - | getLocalName: function() {
| |
| - | return this.name;
| |
| - | },
| |
| - | /**
| |
| - | * @member XMLElement
| |
| - | * The getAttributeCount() function returns the number of attributes for the node
| |
| - | * that this XMLElement represents.
| |
| - | *
| |
| - | * @return {int} the number of attributes in this XMLElement
| |
| - | */
| |
| - | getAttributeCount: function() {
| |
| - | return this.attributes.length;
| |
| - | },
| |
| - | /**
| |
| - | * @member XMLElement
| |
| - | * The toString() function returns the XML definition of an XMLElement.
| |
| - | *
| |
| - | * @return {String} the XML definition of this XMLElement
| |
| - | */
| |
| - | toString: function() {
| |
| - | // shortcut for text and cdata nodes
| |
| - | if (this.type === "TEXT") {
| |
| - | return this.content;
| |
| - | }
| |
| - |
| |
| - | if (this.type === "CDATA") {
| |
| - | return this.cdata;
| |
| - | }
| |
| - |
| |
| - | // real XMLElements
| |
| - | var tagstring = this.fullName;
| |
| - | var xmlstring = "<" + tagstring;
| |
| - | var a,c;
| |
| - |
| |
| - | // serialize the attributes to XML string
| |
| - | for (a = 0; a<this.attributes.length; a++) {
| |
| - | var attr = this.attributes[a];
| |
| - | xmlstring += " " + attr.getName() + "=" + '"' + attr.getValue() + '"';
| |
| - | }
| |
| - |
| |
| - | // serialize all children to XML string
| |
| - | if (this.children.length === 0) {
| |
| - | if (this.content==="") {
| |
| - | xmlstring += "/>";
| |
| - | } else {
| |
| - | xmlstring += ">" + this.content + "</"+tagstring+">";
| |
| - | }
| |
| - | } else {
| |
| - | xmlstring += ">";
| |
| - | for (c = 0; c<this.children.length; c++) {
| |
| - | xmlstring += this.children[c].toString();
| |
| - | }
| |
| - | xmlstring += "</" + tagstring + ">";
| |
| - | }
| |
| - | return xmlstring;
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * static Processing 1.5 XML API wrapper for the
| |
| - | * parse method. This may only take one argument.
| |
| - | */
| |
| - | XMLElement.parse = function(xmlstring) {
| |
| - | var element = new XMLElement();
| |
| - | element.parse(xmlstring);
| |
| - | return element;
| |
| - | };
| |
| - |
| |
| - | return XMLElement;
| |
| - | };
| |
| - |
| |
| - | },{}],20:[function(require,module,exports){
| |
| - | /**
| |
| - | * web colors, by name
| |
| - | */
| |
| - | module.exports = {
| |
| - | aliceblue: "#f0f8ff",
| |
| - | antiquewhite: "#faebd7",
| |
| - | aqua: "#00ffff",
| |
| - | aquamarine: "#7fffd4",
| |
| - | azure: "#f0ffff",
| |
| - | beige: "#f5f5dc",
| |
| - | bisque: "#ffe4c4",
| |
| - | black: "#000000",
| |
| - | blanchedalmond: "#ffebcd",
| |
| - | blue: "#0000ff",
| |
| - | blueviolet: "#8a2be2",
| |
| - | brown: "#a52a2a",
| |
| - | burlywood: "#deb887",
| |
| - | cadetblue: "#5f9ea0",
| |
| - | chartreuse: "#7fff00",
| |
| - | chocolate: "#d2691e",
| |
| - | coral: "#ff7f50",
| |
| - | cornflowerblue: "#6495ed",
| |
| - | cornsilk: "#fff8dc",
| |
| - | crimson: "#dc143c",
| |
| - | cyan: "#00ffff",
| |
| - | darkblue: "#00008b",
| |
| - | darkcyan: "#008b8b",
| |
| - | darkgoldenrod: "#b8860b",
| |
| - | darkgray: "#a9a9a9",
| |
| - | darkgreen: "#006400",
| |
| - | darkkhaki: "#bdb76b",
| |
| - | darkmagenta: "#8b008b",
| |
| - | darkolivegreen: "#556b2f",
| |
| - | darkorange: "#ff8c00",
| |
| - | darkorchid: "#9932cc",
| |
| - | darkred: "#8b0000",
| |
| - | darksalmon: "#e9967a",
| |
| - | darkseagreen: "#8fbc8f",
| |
| - | darkslateblue: "#483d8b",
| |
| - | darkslategray: "#2f4f4f",
| |
| - | darkturquoise: "#00ced1",
| |
| - | darkviolet: "#9400d3",
| |
| - | deeppink: "#ff1493",
| |
| - | deepskyblue: "#00bfff",
| |
| - | dimgray: "#696969",
| |
| - | dodgerblue: "#1e90ff",
| |
| - | firebrick: "#b22222",
| |
| - | floralwhite: "#fffaf0",
| |
| - | forestgreen: "#228b22",
| |
| - | fuchsia: "#ff00ff",
| |
| - | gainsboro: "#dcdcdc",
| |
| - | ghostwhite: "#f8f8ff",
| |
| - | gold: "#ffd700",
| |
| - | goldenrod: "#daa520",
| |
| - | gray: "#808080",
| |
| - | green: "#008000",
| |
| - | greenyellow: "#adff2f",
| |
| - | honeydew: "#f0fff0",
| |
| - | hotpink: "#ff69b4",
| |
| - | indianred: "#cd5c5c",
| |
| - | indigo: "#4b0082",
| |
| - | ivory: "#fffff0",
| |
| - | khaki: "#f0e68c",
| |
| - | lavender: "#e6e6fa",
| |
| - | lavenderblush: "#fff0f5",
| |
| - | lawngreen: "#7cfc00",
| |
| - | lemonchiffon: "#fffacd",
| |
| - | lightblue: "#add8e6",
| |
| - | lightcoral: "#f08080",
| |
| - | lightcyan: "#e0ffff",
| |
| - | lightgoldenrodyellow: "#fafad2",
| |
| - | lightgrey: "#d3d3d3",
| |
| - | lightgreen: "#90ee90",
| |
| - | lightpink: "#ffb6c1",
| |
| - | lightsalmon: "#ffa07a",
| |
| - | lightseagreen: "#20b2aa",
| |
| - | lightskyblue: "#87cefa",
| |
| - | lightslategray: "#778899",
| |
| - | lightsteelblue: "#b0c4de",
| |
| - | lightyellow: "#ffffe0",
| |
| - | lime: "#00ff00",
| |
| - | limegreen: "#32cd32",
| |
| - | linen: "#faf0e6",
| |
| - | magenta: "#ff00ff",
| |
| - | maroon: "#800000",
| |
| - | mediumaquamarine: "#66cdaa",
| |
| - | mediumblue: "#0000cd",
| |
| - | mediumorchid: "#ba55d3",
| |
| - | mediumpurple: "#9370d8",
| |
| - | mediumseagreen: "#3cb371",
| |
| - | mediumslateblue: "#7b68ee",
| |
| - | mediumspringgreen: "#00fa9a",
| |
| - | mediumturquoise: "#48d1cc",
| |
| - | mediumvioletred: "#c71585",
| |
| - | midnightblue: "#191970",
| |
| - | mintcream: "#f5fffa",
| |
| - | mistyrose: "#ffe4e1",
| |
| - | moccasin: "#ffe4b5",
| |
| - | navajowhite: "#ffdead",
| |
| - | navy: "#000080",
| |
| - | oldlace: "#fdf5e6",
| |
| - | olive: "#808000",
| |
| - | olivedrab: "#6b8e23",
| |
| - | orange: "#ffa500",
| |
| - | orangered: "#ff4500",
| |
| - | orchid: "#da70d6",
| |
| - | palegoldenrod: "#eee8aa",
| |
| - | palegreen: "#98fb98",
| |
| - | paleturquoise: "#afeeee",
| |
| - | palevioletred: "#d87093",
| |
| - | papayawhip: "#ffefd5",
| |
| - | peachpuff: "#ffdab9",
| |
| - | peru: "#cd853f",
| |
| - | pink: "#ffc0cb",
| |
| - | plum: "#dda0dd",
| |
| - | powderblue: "#b0e0e6",
| |
| - | purple: "#800080",
| |
| - | red: "#ff0000",
| |
| - | rosybrown: "#bc8f8f",
| |
| - | royalblue: "#4169e1",
| |
| - | saddlebrown: "#8b4513",
| |
| - | salmon: "#fa8072",
| |
| - | sandybrown: "#f4a460",
| |
| - | seagreen: "#2e8b57",
| |
| - | seashell: "#fff5ee",
| |
| - | sienna: "#a0522d",
| |
| - | silver: "#c0c0c0",
| |
| - | skyblue: "#87ceeb",
| |
| - | slateblue: "#6a5acd",
| |
| - | slategray: "#708090",
| |
| - | snow: "#fffafa",
| |
| - | springgreen: "#00ff7f",
| |
| - | steelblue: "#4682b4",
| |
| - | tan: "#d2b48c",
| |
| - | teal: "#008080",
| |
| - | thistle: "#d8bfd8",
| |
| - | tomato: "#ff6347",
| |
| - | turquoise: "#40e0d0",
| |
| - | violet: "#ee82ee",
| |
| - | wheat: "#f5deb3",
| |
| - | white: "#ffffff",
| |
| - | whitesmoke: "#f5f5f5",
| |
| - | yellow: "#ffff00",
| |
| - | yellowgreen: "#9acd32"
| |
| - | };
| |
| - |
| |
| - | },{}],21:[function(require,module,exports){
| |
| - | module.exports = function(virtHashCode, virtEquals, undef) {
| |
| - |
| |
| - | return function withProxyFunctions(p, removeFirstArgument) {
| |
| - | /**
| |
| - | * The contains(string) function returns true if the string passed in the parameter
| |
| - | * is a substring of this string. It returns false if the string passed
| |
| - | * in the parameter is not a substring of this string.
| |
| - | *
| |
| - | * @param {String} The string to look for in the current string
| |
| - | *
| |
| - | * @return {boolean} returns true if this string contains
| |
| - | * the string passed as parameter. returns false, otherwise.
| |
| - | *
| |
| - | */
| |
| - | p.__contains = function (subject, subStr) {
| |
| - | if (typeof subject !== "string") {
| |
| - | return subject.contains.apply(subject, removeFirstArgument(arguments));
| |
| - | }
| |
| - | //Parameter is not null AND
| |
| - | //The type of the parameter is the same as this object (string)
| |
| - | //The javascript function that finds a substring returns 0 or higher
| |
| - | return (
| |
| - | (subject !== null) &&
| |
| - | (subStr !== null) &&
| |
| - | (typeof subStr === "string") &&
| |
| - | (subject.indexOf(subStr) > -1)
| |
| - | );
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * The __replaceAll() function searches all matches between a substring (or regular expression) and a string,
| |
| - | * and replaces the matched substring with a new substring
| |
| - | *
| |
| - | * @param {String} subject a substring
| |
| - | * @param {String} regex a substring or a regular expression
| |
| - | * @param {String} replace the string to replace the found value
| |
| - | *
| |
| - | * @return {String} returns result
| |
| - | *
| |
| - | * @see #match
| |
| - | */
| |
| - | p.__replaceAll = function(subject, regex, replacement) {
| |
| - | if (typeof subject !== "string") {
| |
| - | return subject.replaceAll.apply(subject, removeFirstArgument(arguments));
| |
| - | }
| |
| - |
| |
| - | return subject.replace(new RegExp(regex, "g"), replacement);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * The __replaceFirst() function searches first matche between a substring (or regular expression) and a string,
| |
| - | * and replaces the matched substring with a new substring
| |
| - | *
| |
| - | * @param {String} subject a substring
| |
| - | * @param {String} regex a substring or a regular expression
| |
| - | * @param {String} replace the string to replace the found value
| |
| - | *
| |
| - | * @return {String} returns result
| |
| - | *
| |
| - | * @see #match
| |
| - | */
| |
| - | p.__replaceFirst = function(subject, regex, replacement) {
| |
| - | if (typeof subject !== "string") {
| |
| - | return subject.replaceFirst.apply(subject, removeFirstArgument(arguments));
| |
| - | }
| |
| - |
| |
| - | return subject.replace(new RegExp(regex, ""), replacement);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * The __replace() function searches all matches between a substring and a string,
| |
| - | * and replaces the matched substring with a new substring
| |
| - | *
| |
| - | * @param {String} subject a substring
| |
| - | * @param {String} what a substring to find
| |
| - | * @param {String} replacement the string to replace the found value
| |
| - | *
| |
| - | * @return {String} returns result
| |
| - | */
| |
| - | p.__replace = function(subject, what, replacement) {
| |
| - | if (typeof subject !== "string") {
| |
| - | return subject.replace.apply(subject, removeFirstArgument(arguments));
| |
| - | }
| |
| - | if (what instanceof RegExp) {
| |
| - | return subject.replace(what, replacement);
| |
| - | }
| |
| - |
| |
| - | if (typeof what !== "string") {
| |
| - | what = what.toString();
| |
| - | }
| |
| - | if (what === "") {
| |
| - | return subject;
| |
| - | }
| |
| - |
| |
| - | var i = subject.indexOf(what);
| |
| - | if (i < 0) {
| |
| - | return subject;
| |
| - | }
| |
| - |
| |
| - | var j = 0, result = "";
| |
| - | do {
| |
| - | result += subject.substring(j, i) + replacement;
| |
| - | j = i + what.length;
| |
| - | } while ( (i = subject.indexOf(what, j)) >= 0);
| |
| - | return result + subject.substring(j);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * The __equals() function compares two strings (or objects) to see if they are the same.
| |
| - | * This method is necessary because it's not possible to compare strings using the equality operator (==).
| |
| - | * Returns true if the strings are the same and false if they are not.
| |
| - | *
| |
| - | * @param {String} subject a string used for comparison
| |
| - | * @param {String} other a string used for comparison with
| |
| - | *
| |
| - | * @return {boolean} true is the strings are the same false otherwise
| |
| - | */
| |
| - | p.__equals = function(subject, other) {
| |
| - | if (subject.equals instanceof Function) {
| |
| - | return subject.equals.apply(subject, removeFirstArgument(arguments));
| |
| - | }
| |
| - |
| |
| - | return virtEquals(subject, other);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * The __equalsIgnoreCase() function compares two strings to see if they are the same.
| |
| - | * Returns true if the strings are the same, either when forced to all lower case or
| |
| - | * all upper case.
| |
| - | *
| |
| - | * @param {String} subject a string used for comparison
| |
| - | * @param {String} other a string used for comparison with
| |
| - | *
| |
| - | * @return {boolean} true is the strings are the same, ignoring case. false otherwise
| |
| - | */
| |
| - | p.__equalsIgnoreCase = function(subject, other) {
| |
| - | if (typeof subject !== "string") {
| |
| - | return subject.equalsIgnoreCase.apply(subject, removeFirstArgument(arguments));
| |
| - | }
| |
| - |
| |
| - | return subject.toLowerCase() === other.toLowerCase();
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * The __toCharArray() function splits the string into a char array.
| |
| - | *
| |
| - | * @param {String} subject The string
| |
| - | *
| |
| - | * @return {Char[]} a char array
| |
| - | */
| |
| - | p.__toCharArray = function(subject) {
| |
| - | if (typeof subject !== "string") {
| |
| - | return subject.toCharArray.apply(subject, removeFirstArgument(arguments));
| |
| - | }
| |
| - |
| |
| - | var chars = [];
| |
| - | for (var i = 0, len = subject.length; i < len; ++i) {
| |
| - | chars[i] = new Char(subject.charAt(i));
| |
| - | }
| |
| - | return chars;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * The __split() function splits a string using the regex delimiter
| |
| - | * specified. If limit is specified, the resultant array will have number
| |
| - | * of elements equal to or less than the limit.
| |
| - | *
| |
| - | * @param {String} subject string to be split
| |
| - | * @param {String} regexp regex string used to split the subject
| |
| - | * @param {int} limit max number of tokens to be returned
| |
| - | *
| |
| - | * @return {String[]} an array of tokens from the split string
| |
| - | */
| |
| - | p.__split = function(subject, regex, limit) {
| |
| - | if (typeof subject !== "string") {
| |
| - | return subject.split.apply(subject, removeFirstArgument(arguments));
| |
| - | }
| |
| - |
| |
| - | var pattern = new RegExp(regex);
| |
| - |
| |
| - | // If limit is not specified, use JavaScript's built-in String.split.
| |
| - | if ((limit === undef) || (limit < 1)) {
| |
| - | return subject.split(pattern);
| |
| - | }
| |
| - |
| |
| - | // If limit is specified, JavaScript's built-in String.split has a
| |
| - | // different behaviour than Java's. A Java-compatible implementation is
| |
| - | // provided here.
| |
| - | var result = [], currSubject = subject, pos;
| |
| - | while (((pos = currSubject.search(pattern)) !== -1) && (result.length < (limit - 1))) {
| |
| - | var match = pattern.exec(currSubject).toString();
| |
| - | result.push(currSubject.substring(0, pos));
| |
| - | currSubject = currSubject.substring(pos + match.length);
| |
| - | }
| |
| - | if ((pos !== -1) || (currSubject !== "")) {
| |
| - | result.push(currSubject);
| |
| - | }
| |
| - | return result;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * The codePointAt() function returns the unicode value of the character at a given index of a string.
| |
| - | *
| |
| - | * @param {int} idx the index of the character
| |
| - | *
| |
| - | * @return {String} code the String containing the unicode value of the character
| |
| - | */
| |
| - | p.__codePointAt = function(subject, idx) {
| |
| - | var code = subject.charCodeAt(idx),
| |
| - | hi,
| |
| - | low;
| |
| - | if (0xD800 <= code && code <= 0xDBFF) {
| |
| - | hi = code;
| |
| - | low = subject.charCodeAt(idx + 1);
| |
| - | return ((hi - 0xD800) * 0x400) + (low - 0xDC00) + 0x10000;
| |
| - | }
| |
| - | return code;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * The matches() function checks whether or not a string matches a given regular expression.
| |
| - | *
| |
| - | * @param {String} str the String on which the match is tested
| |
| - | * @param {String} regexp the regexp for which a match is tested
| |
| - | *
| |
| - | * @return {boolean} true if the string fits the regexp, false otherwise
| |
| - | */
| |
| - | p.__matches = function(str, regexp) {
| |
| - | return (new RegExp(regexp)).test(str);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * The startsWith() function tests if a string starts with the specified prefix. If the prefix
| |
| - | * is the empty String or equal to the subject String, startsWith() will also return true.
| |
| - | *
| |
| - | * @param {String} prefix the String used to compare against the start of the subject String.
| |
| - | * @param {int} toffset (optional) an offset into the subject String where searching should begin.
| |
| - | *
| |
| - | * @return {boolean} true if the subject String starts with the prefix.
| |
| - | */
| |
| - | p.__startsWith = function(subject, prefix, toffset) {
| |
| - | if (typeof subject !== "string") {
| |
| - | return subject.startsWith.apply(subject, removeFirstArgument(arguments));
| |
| - | }
| |
| - |
| |
| - | toffset = toffset || 0;
| |
| - | if (toffset < 0 || toffset > subject.length) {
| |
| - | return false;
| |
| - | }
| |
| - | return (prefix === '' || prefix === subject) ? true : (subject.indexOf(prefix) === toffset);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * The endsWith() function tests if a string ends with the specified suffix. If the suffix
| |
| - | * is the empty String, endsWith() will also return true.
| |
| - | *
| |
| - | * @param {String} suffix the String used to compare against the end of the subject String.
| |
| - | *
| |
| - | * @return {boolean} true if the subject String starts with the prefix.
| |
| - | */
| |
| - | p.__endsWith = function(subject, suffix) {
| |
| - | if (typeof subject !== "string") {
| |
| - | return subject.endsWith.apply(subject, removeFirstArgument(arguments));
| |
| - | }
| |
| - |
| |
| - | var suffixLen = suffix ? suffix.length : 0;
| |
| - | return (suffix === '' || suffix === subject) ? true :
| |
| - | (subject.indexOf(suffix) === subject.length - suffixLen);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * The returns hash code of the.
| |
| - | *
| |
| - | * @param {Object} subject The string
| |
| - | *
| |
| - | * @return {int} a hash code
| |
| - | */
| |
| - | p.__hashCode = function(subject) {
| |
| - | if (subject.hashCode instanceof Function) {
| |
| - | return subject.hashCode.apply(subject, removeFirstArgument(arguments));
| |
| - | }
| |
| - | return virtHashCode(subject);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * The __printStackTrace() prints stack trace to the console.
| |
| - | *
| |
| - | * @param {Exception} subject The error
| |
| - | */
| |
| - | p.__printStackTrace = function(subject) {
| |
| - | p.println("Exception: " + subject.toString() );
| |
| - | };
| |
| - | };
| |
| - |
| |
| - | };
| |
| - |
| |
| - | },{}],22:[function(require,module,exports){
| |
| - | /**
| |
| - | * For many "math" functions, we can delegate
| |
| - | * to the Math object. For others, we can't.
| |
| - | */
| |
| - | module.exports = function withMath(p, undef) {
| |
| - | var internalRandomGenerator = function() { return Math.random(); };
| |
| - |
| |
| - | /**
| |
| - | * Calculates the absolute value (magnitude) of a number. The absolute value of a number is always positive.
| |
| - | *
| |
| - | * @param {int|float} value int or float
| |
| - | *
| |
| - | * @returns {int|float}
| |
| - | */
| |
| - | p.abs = Math.abs;
| |
| - |
| |
| - | /**
| |
| - | * Calculates the closest int value that is greater than or equal to the value of the parameter.
| |
| - | * For example, ceil(9.03) returns the value 10.
| |
| - | *
| |
| - | * @param {float} value float
| |
| - | *
| |
| - | * @returns {int}
| |
| - | *
| |
| - | * @see floor
| |
| - | * @see round
| |
| - | */
| |
| - | p.ceil = Math.ceil;
| |
| - |
| |
| - | /**
| |
| - | * Returns Euler's number e (2.71828...) raised to the power of the value parameter.
| |
| - | *
| |
| - | * @param {int|float} value int or float: the exponent to raise e to
| |
| - | *
| |
| - | * @returns {float}
| |
| - | */
| |
| - | p.exp = Math.exp;
| |
| - |
| |
| - | /**
| |
| - | * Calculates the closest int value that is less than or equal to the value of the parameter.
| |
| - | *
| |
| - | * @param {int|float} value the value to floor
| |
| - | *
| |
| - | * @returns {int|float}
| |
| - | *
| |
| - | * @see ceil
| |
| - | * @see round
| |
| - | */
| |
| - | p.floor = Math.floor;
| |
| - |
| |
| - | /**
| |
| - | * Calculates the natural logarithm (the base-e logarithm) of a number. This function
| |
| - | * expects the values greater than 0.0.
| |
| - | *
| |
| - | * @param {int|float} value int or float: number must be greater then 0.0
| |
| - | *
| |
| - | * @returns {float}
| |
| - | */
| |
| - | p.log = Math.log;
| |
| - |
| |
| - | /**
| |
| - | * Facilitates exponential expressions. The pow() function is an efficient way of
| |
| - | * multiplying numbers by themselves (or their reciprocal) in large quantities.
| |
| - | * For example, pow(3, 5) is equivalent to the expression 3*3*3*3*3 and pow(3, -5)
| |
| - | * is equivalent to 1 / 3*3*3*3*3.
| |
| - | *
| |
| - | * @param {int|float} num base of the exponential expression
| |
| - | * @param {int|float} exponent power of which to raise the base
| |
| - | *
| |
| - | * @returns {float}
| |
| - | *
| |
| - | * @see sqrt
| |
| - | */
| |
| - | p.pow = Math.pow;
| |
| - |
| |
| - | /**
| |
| - | * Calculates the integer closest to the value parameter. For example, round(9.2) returns the value 9.
| |
| - | *
| |
| - | * @param {float} value number to round
| |
| - | *
| |
| - | * @returns {int}
| |
| - | *
| |
| - | * @see floor
| |
| - | * @see ceil
| |
| - | */
| |
| - | p.round = Math.round;
| |
| - | /**
| |
| - | * Calculates the square root of a number. The square root of a number is always positive,
| |
| - | * even though there may be a valid negative root. The square root s of number a is such
| |
| - | * that s*s = a. It is the opposite of squaring.
| |
| - | *
| |
| - | * @param {float} value int or float, non negative
| |
| - | *
| |
| - | * @returns {float}
| |
| - | *
| |
| - | * @see pow
| |
| - | * @see sq
| |
| - | */
| |
| - |
| |
| - | p.sqrt = Math.sqrt;
| |
| - |
| |
| - | // Trigonometry
| |
| - | /**
| |
| - | * The inverse of cos(), returns the arc cosine of a value. This function expects the
| |
| - | * values in the range of -1 to 1 and values are returned in the range 0 to PI (3.1415927).
| |
| - | *
| |
| - | * @param {float} value the value whose arc cosine is to be returned
| |
| - | *
| |
| - | * @returns {float}
| |
| - | *
| |
| - | * @see cos
| |
| - | * @see asin
| |
| - | * @see atan
| |
| - | */
| |
| - | p.acos = Math.acos;
| |
| - |
| |
| - | /**
| |
| - | * The inverse of sin(), returns the arc sine of a value. This function expects the values
| |
| - | * in the range of -1 to 1 and values are returned in the range -PI/2 to PI/2.
| |
| - | *
| |
| - | * @param {float} value the value whose arc sine is to be returned
| |
| - | *
| |
| - | * @returns {float}
| |
| - | *
| |
| - | * @see sin
| |
| - | * @see acos
| |
| - | * @see atan
| |
| - | */
| |
| - | p.asin = Math.asin;
| |
| - |
| |
| - | /**
| |
| - | * The inverse of tan(), returns the arc tangent of a value. This function expects the values
| |
| - | * in the range of -Infinity to Infinity (exclusive) and values are returned in the range -PI/2 to PI/2 .
| |
| - | *
| |
| - | * @param {float} value -Infinity to Infinity (exclusive)
| |
| - | *
| |
| - | * @returns {float}
| |
| - | *
| |
| - | * @see tan
| |
| - | * @see asin
| |
| - | * @see acos
| |
| - | */
| |
| - | p.atan = Math.atan;
| |
| - |
| |
| - | /**
| |
| - | * Calculates the angle (in radians) from a specified point to the coordinate origin as measured from
| |
| - | * the positive x-axis. Values are returned as a float in the range from PI to -PI. The atan2() function
| |
| - | * is most often used for orienting geometry to the position of the cursor. Note: The y-coordinate of the
| |
| - | * point is the first parameter and the x-coordinate is the second due the the structure of calculating the tangent.
| |
| - | *
| |
| - | * @param {float} y y-coordinate of the point
| |
| - | * @param {float} x x-coordinate of the point
| |
| - | *
| |
| - | * @returns {float}
| |
| - | *
| |
| - | * @see tan
| |
| - | */
| |
| - | p.atan2 = Math.atan2;
| |
| - |
| |
| - | /**
| |
| - | * Calculates the cosine of an angle. This function expects the values of the angle parameter to be provided
| |
| - | * in radians (values from 0 to PI*2). Values are returned in the range -1 to 1.
| |
| - | *
| |
| - | * @param {float} value an angle in radians
| |
| - | *
| |
| - | * @returns {float}
| |
| - | *
| |
| - | * @see tan
| |
| - | * @see sin
| |
| - | */
| |
| - | p.cos = Math.cos;
| |
| - |
| |
| - | /**
| |
| - | * Calculates the sine of an angle. This function expects the values of the angle parameter to be provided in
| |
| - | * radians (values from 0 to 6.28). Values are returned in the range -1 to 1.
| |
| - | *
| |
| - | * @param {float} value an angle in radians
| |
| - | *
| |
| - | * @returns {float}
| |
| - | *
| |
| - | * @see cos
| |
| - | * @see radians
| |
| - | */
| |
| - | p.sin = Math.sin;
| |
| - |
| |
| - | /**
| |
| - | * Calculates the ratio of the sine and cosine of an angle. This function expects the values of the angle
| |
| - | * parameter to be provided in radians (values from 0 to PI*2). Values are returned in the range infinity to -infinity.
| |
| - | *
| |
| - | * @param {float} value an angle in radians
| |
| - | *
| |
| - | * @returns {float}
| |
| - | *
| |
| - | * @see cos
| |
| - | * @see sin
| |
| - | * @see radians
| |
| - | */
| |
| - | p.tan = Math.tan;
| |
| - |
| |
| - | /**
| |
| - | * Constrains a value to not exceed a maximum and minimum value.
| |
| - | *
| |
| - | * @param {int|float} value the value to constrain
| |
| - | * @param {int|float} value minimum limit
| |
| - | * @param {int|float} value maximum limit
| |
| - | *
| |
| - | * @returns {int|float}
| |
| - | *
| |
| - | * @see max
| |
| - | * @see min
| |
| - | */
| |
| - | p.constrain = function(aNumber, aMin, aMax) {
| |
| - | return aNumber > aMax ? aMax : aNumber < aMin ? aMin : aNumber;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Calculates the distance between two points.
| |
| - | *
| |
| - | * @param {int|float} x1 int or float: x-coordinate of the first point
| |
| - | * @param {int|float} y1 int or float: y-coordinate of the first point
| |
| - | * @param {int|float} z1 int or float: z-coordinate of the first point
| |
| - | * @param {int|float} x2 int or float: x-coordinate of the second point
| |
| - | * @param {int|float} y2 int or float: y-coordinate of the second point
| |
| - | * @param {int|float} z2 int or float: z-coordinate of the second point
| |
| - | *
| |
| - | * @returns {float}
| |
| - | */
| |
| - | p.dist = function() {
| |
| - | var dx, dy, dz;
| |
| - | if (arguments.length === 4) {
| |
| - | dx = arguments[0] - arguments[2];
| |
| - | dy = arguments[1] - arguments[3];
| |
| - | return Math.sqrt(dx * dx + dy * dy);
| |
| - | }
| |
| - | if (arguments.length === 6) {
| |
| - | dx = arguments[0] - arguments[3];
| |
| - | dy = arguments[1] - arguments[4];
| |
| - | dz = arguments[2] - arguments[5];
| |
| - | return Math.sqrt(dx * dx + dy * dy + dz * dz);
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Calculates a number between two numbers at a specific increment. The amt parameter is the
| |
| - | * amount to interpolate between the two values where 0.0 equal to the first point, 0.1 is very
| |
| - | * near the first point, 0.5 is half-way in between, etc. The lerp function is convenient for
| |
| - | * creating motion along a straight path and for drawing dotted lines.
| |
| - | *
| |
| - | * @param {int|float} value1 float or int: first value
| |
| - | * @param {int|float} value2 float or int: second value
| |
| - | * @param {int|float} amt float: between 0.0 and 1.0
| |
| - | *
| |
| - | * @returns {float}
| |
| - | *
| |
| - | * @see curvePoint
| |
| - | * @see bezierPoint
| |
| - | */
| |
| - | p.lerp = function(value1, value2, amt) {
| |
| - | return ((value2 - value1) * amt) + value1;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Calculates the magnitude (or length) of a vector. A vector is a direction in space commonly
| |
| - | * used in computer graphics and linear algebra. Because it has no "start" position, the magnitude
| |
| - | * of a vector can be thought of as the distance from coordinate (0,0) to its (x,y) value.
| |
| - | * Therefore, mag() is a shortcut for writing "dist(0, 0, x, y)".
| |
| - | *
| |
| - | * @param {int|float} a float or int: first value
| |
| - | * @param {int|float} b float or int: second value
| |
| - | * @param {int|float} c float or int: third value
| |
| - | *
| |
| - | * @returns {float}
| |
| - | *
| |
| - | * @see dist
| |
| - | */
| |
| - | p.mag = function(a, b, c) {
| |
| - | if (c) {
| |
| - | return Math.sqrt(a * a + b * b + c * c);
| |
| - | }
| |
| - |
| |
| - | return Math.sqrt(a * a + b * b);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Re-maps a number from one range to another. In the example above, the number '25' is converted from
| |
| - | * a value in the range 0..100 into a value that ranges from the left edge (0) to the right edge (width) of the screen.
| |
| - | * Numbers outside the range are not clamped to 0 and 1, because out-of-range values are often intentional and useful.
| |
| - | *
| |
| - | * @param {float} value The incoming value to be converted
| |
| - | * @param {float} istart Lower bound of the value's current range
| |
| - | * @param {float} istop Upper bound of the value's current range
| |
| - | * @param {float} ostart Lower bound of the value's target range
| |
| - | * @param {float} ostop Upper bound of the value's target range
| |
| - | *
| |
| - | * @returns {float}
| |
| - | *
| |
| - | * @see norm
| |
| - | * @see lerp
| |
| - | */
| |
| - | p.map = function(value, istart, istop, ostart, ostop) {
| |
| - | return ostart + (ostop - ostart) * ((value - istart) / (istop - istart));
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Determines the largest value in a sequence of numbers.
| |
| - | *
| |
| - | * @param {int|float} value1 int or float
| |
| - | * @param {int|float} value2 int or float
| |
| - | * @param {int|float} value3 int or float
| |
| - | * @param {int|float} array int or float array
| |
| - | *
| |
| - | * @returns {int|float}
| |
| - | *
| |
| - | * @see min
| |
| - | */
| |
| - | p.max = function() {
| |
| - | if (arguments.length === 2) {
| |
| - | return arguments[0] < arguments[1] ? arguments[1] : arguments[0];
| |
| - | }
| |
| - | var numbers = arguments.length === 1 ? arguments[0] : arguments; // if single argument, array is used
| |
| - | if (! ("length" in numbers && numbers.length > 0)) {
| |
| - | throw "Non-empty array is expected";
| |
| - | }
| |
| - | var max = numbers[0],
| |
| - | count = numbers.length;
| |
| - | for (var i = 1; i < count; ++i) {
| |
| - | if (max < numbers[i]) {
| |
| - | max = numbers[i];
| |
| - | }
| |
| - | }
| |
| - | return max;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Determines the smallest value in a sequence of numbers.
| |
| - | *
| |
| - | * @param {int|float} value1 int or float
| |
| - | * @param {int|float} value2 int or float
| |
| - | * @param {int|float} value3 int or float
| |
| - | * @param {int|float} array int or float array
| |
| - | *
| |
| - | * @returns {int|float}
| |
| - | *
| |
| - | * @see max
| |
| - | */
| |
| - | p.min = function() {
| |
| - | if (arguments.length === 2) {
| |
| - | return arguments[0] < arguments[1] ? arguments[0] : arguments[1];
| |
| - | }
| |
| - | var numbers = arguments.length === 1 ? arguments[0] : arguments; // if single argument, array is used
| |
| - | if (! ("length" in numbers && numbers.length > 0)) {
| |
| - | throw "Non-empty array is expected";
| |
| - | }
| |
| - | var min = numbers[0],
| |
| - | count = numbers.length;
| |
| - | for (var i = 1; i < count; ++i) {
| |
| - | if (min > numbers[i]) {
| |
| - | min = numbers[i];
| |
| - | }
| |
| - | }
| |
| - | return min;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Normalizes a number from another range into a value between 0 and 1.
| |
| - | * Identical to map(value, low, high, 0, 1);
| |
| - | * Numbers outside the range are not clamped to 0 and 1, because out-of-range
| |
| - | * values are often intentional and useful.
| |
| - | *
| |
| - | * @param {float} aNumber The incoming value to be converted
| |
| - | * @param {float} low Lower bound of the value's current range
| |
| - | * @param {float} high Upper bound of the value's current range
| |
| - | *
| |
| - | * @returns {float}
| |
| - | *
| |
| - | * @see map
| |
| - | * @see lerp
| |
| - | */
| |
| - | p.norm = function(aNumber, low, high) {
| |
| - | return (aNumber - low) / (high - low);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Squares a number (multiplies a number by itself). The result is always a positive number,
| |
| - | * as multiplying two negative numbers always yields a positive result. For example, -1 * -1 = 1.
| |
| - | *
| |
| - | * @param {float} value int or float
| |
| - | *
| |
| - | * @returns {float}
| |
| - | *
| |
| - | * @see sqrt
| |
| - | */
| |
| - | p.sq = function(aNumber) {
| |
| - | return aNumber * aNumber;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Converts a radian measurement to its corresponding value in degrees. Radians and degrees are two ways of
| |
| - | * measuring the same thing. There are 360 degrees in a circle and 2*PI radians in a circle. For example,
| |
| - | * 90 degrees = PI/2 = 1.5707964. All trigonometric methods in Processing require their parameters to be specified in radians.
| |
| - | *
| |
| - | * @param {int|float} value an angle in radians
| |
| - | *
| |
| - | * @returns {float}
| |
| - | *
| |
| - | * @see radians
| |
| - | */
| |
| - | p.degrees = function(aAngle) {
| |
| - | return (aAngle * 180) / Math.PI;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Generates random numbers. Each time the random() function is called, it returns an unexpected value within
| |
| - | * the specified range. If one parameter is passed to the function it will return a float between zero and the
| |
| - | * value of the high parameter. The function call random(5) returns values between 0 and 5 (starting at zero,
| |
| - | * up to but not including 5). If two parameters are passed, it will return a float with a value between the
| |
| - | * parameters. The function call random(-5, 10.2) returns values starting at -5 up to (but not including) 10.2.
| |
| - | * To convert a floating-point random number to an integer, use the int() function.
| |
| - | *
| |
| - | * @param {int|float} value1 if one parameter is used, the top end to random from, if two params the low end
| |
| - | * @param {int|float} value2 the top end of the random range
| |
| - | *
| |
| - | * @returns {float}
| |
| - | *
| |
| - | * @see randomSeed
| |
| - | * @see noise
| |
| - | */
| |
| - | p.random = function() {
| |
| - | if(arguments.length === 0) {
| |
| - | return internalRandomGenerator();
| |
| - | }
| |
| - | if(arguments.length === 1) {
| |
| - | return internalRandomGenerator() * arguments[0];
| |
| - | }
| |
| - | var aMin = arguments[0], aMax = arguments[1];
| |
| - | return internalRandomGenerator() * (aMax - aMin) + aMin;
| |
| - | };
| |
| - |
| |
| - | // Pseudo-random generator
| |
| - | function Marsaglia(i1, i2) {
| |
| - | // from http://www.math.uni-bielefeld.de/~sillke/ALGORITHMS/random/marsaglia-c
| |
| - | var z=i1 || 362436069, w= i2 || 521288629;
| |
| - | var intGenerator = function() {
| |
| - | z=(36969*(z&65535)+(z>>>16)) & 0xFFFFFFFF;
| |
| - | w=(18000*(w&65535)+(w>>>16)) & 0xFFFFFFFF;
| |
| - | return (((z&0xFFFF)<<16) | (w&0xFFFF)) & 0xFFFFFFFF;
| |
| - | };
| |
| - |
| |
| - | this.doubleGenerator = function() {
| |
| - | var i = intGenerator() / 4294967296;
| |
| - | return i < 0 ? 1 + i : i;
| |
| - | };
| |
| - | this.intGenerator = intGenerator;
| |
| - | }
| |
| - |
| |
| - | Marsaglia.createRandomized = function() {
| |
| - | var now = new Date();
| |
| - | return new Marsaglia((now / 60000) & 0xFFFFFFFF, now & 0xFFFFFFFF);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Sets the seed value for random(). By default, random() produces different results each time the
| |
| - | * program is run. Set the value parameter to a constant to return the same pseudo-random numbers
| |
| - | * each time the software is run.
| |
| - | *
| |
| - | * @param {int|float} seed int
| |
| - | *
| |
| - | * @see random
| |
| - | * @see noise
| |
| - | * @see noiseSeed
| |
| - | */
| |
| - | p.randomSeed = function(seed) {
| |
| - | internalRandomGenerator = (new Marsaglia(seed)).doubleGenerator;
| |
| - | this.haveNextNextGaussian = false;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Returns a float from a random series of numbers having a mean of 0 and standard deviation of 1. Each time
| |
| - | * the randomGaussian() function is called, it returns a number fitting a Gaussian, or normal, distribution.
| |
| - | * There is theoretically no minimum or maximum value that randomGaussian() might return. Rather, there is just a
| |
| - | * very low probability that values far from the mean will be returned; and a higher probability that numbers
| |
| - | * near the mean will be returned.
| |
| - | *
| |
| - | * @returns {float}
| |
| - | *
| |
| - | * @see random
| |
| - | * @see noise
| |
| - | */
| |
| - | p.randomGaussian = function() {
| |
| - | if (this.haveNextNextGaussian) {
| |
| - | this.haveNextNextGaussian = false;
| |
| - | return this.nextNextGaussian;
| |
| - | }
| |
| - | var v1, v2, s;
| |
| - | do {
| |
| - | v1 = 2 * internalRandomGenerator() - 1; // between -1.0 and 1.0
| |
| - | v2 = 2 * internalRandomGenerator() - 1; // between -1.0 and 1.0
| |
| - | s = v1 * v1 + v2 * v2;
| |
| - | }
| |
| - | while (s >= 1 || s === 0);
| |
| - |
| |
| - | var multiplier = Math.sqrt(-2 * Math.log(s) / s);
| |
| - | this.nextNextGaussian = v2 * multiplier;
| |
| - | this.haveNextNextGaussian = true;
| |
| - |
| |
| - | return v1 * multiplier;
| |
| - | };
| |
| - |
| |
| - | // Noise functions and helpers
| |
| - | function PerlinNoise(seed) {
| |
| - | var rnd = seed !== undef ? new Marsaglia(seed) : Marsaglia.createRandomized();
| |
| - | var i, j;
| |
| - | // http://www.noisemachine.com/talk1/17b.html
| |
| - | // http://mrl.nyu.edu/~perlin/noise/
| |
| - | // generate permutation
| |
| - | var perm = new Uint8Array(512);
| |
| - | for(i=0;i<256;++i) { perm[i] = i; }
| |
| - | for(i=0;i<256;++i) { var t = perm[j = rnd.intGenerator() & 0xFF]; perm[j] = perm[i]; perm[i] = t; }
| |
| - | // copy to avoid taking mod in perm[0];
| |
| - | for(i=0;i<256;++i) { perm[i + 256] = perm[i]; }
| |
| - |
| |
| - | function grad3d(i,x,y,z) {
| |
| - | var h = i & 15; // convert into 12 gradient directions
| |
| - | var u = h<8 ? x : y,
| |
| - | v = h<4 ? y : h===12||h===14 ? x : z;
| |
| - | return ((h&1) === 0 ? u : -u) + ((h&2) === 0 ? v : -v);
| |
| - | }
| |
| - |
| |
| - | function grad2d(i,x,y) {
| |
| - | var v = (i & 1) === 0 ? x : y;
| |
| - | return (i&2) === 0 ? -v : v;
| |
| - | }
| |
| - |
| |
| - | function grad1d(i,x) {
| |
| - | return (i&1) === 0 ? -x : x;
| |
| - | }
| |
| - |
| |
| - | function lerp(t,a,b) { return a + t * (b - a); }
| |
| - |
| |
| - | this.noise3d = function(x, y, z) {
| |
| - | var X = Math.floor(x)&255, Y = Math.floor(y)&255, Z = Math.floor(z)&255;
| |
| - | x -= Math.floor(x); y -= Math.floor(y); z -= Math.floor(z);
| |
| - | var fx = (3-2*x)*x*x, fy = (3-2*y)*y*y, fz = (3-2*z)*z*z;
| |
| - | var p0 = perm[X]+Y, p00 = perm[p0] + Z, p01 = perm[p0 + 1] + Z,
| |
| - | p1 = perm[X + 1] + Y, p10 = perm[p1] + Z, p11 = perm[p1 + 1] + Z;
| |
| - | return lerp(fz,
| |
| - | lerp(fy, lerp(fx, grad3d(perm[p00], x, y, z), grad3d(perm[p10], x-1, y, z)),
| |
| - | lerp(fx, grad3d(perm[p01], x, y-1, z), grad3d(perm[p11], x-1, y-1,z))),
| |
| - | lerp(fy, lerp(fx, grad3d(perm[p00 + 1], x, y, z-1), grad3d(perm[p10 + 1], x-1, y, z-1)),
| |
| - | lerp(fx, grad3d(perm[p01 + 1], x, y-1, z-1), grad3d(perm[p11 + 1], x-1, y-1,z-1))));
| |
| - | };
| |
| - |
| |
| - | this.noise2d = function(x, y) {
| |
| - | var X = Math.floor(x)&255, Y = Math.floor(y)&255;
| |
| - | x -= Math.floor(x); y -= Math.floor(y);
| |
| - | var fx = (3-2*x)*x*x, fy = (3-2*y)*y*y;
| |
| - | var p0 = perm[X]+Y, p1 = perm[X + 1] + Y;
| |
| - | return lerp(fy,
| |
| - | lerp(fx, grad2d(perm[p0], x, y), grad2d(perm[p1], x-1, y)),
| |
| - | lerp(fx, grad2d(perm[p0 + 1], x, y-1), grad2d(perm[p1 + 1], x-1, y-1)));
| |
| - | };
| |
| - |
| |
| - | this.noise1d = function(x) {
| |
| - | var X = Math.floor(x)&255;
| |
| - | x -= Math.floor(x);
| |
| - | var fx = (3-2*x)*x*x;
| |
| - | return lerp(fx, grad1d(perm[X], x), grad1d(perm[X+1], x-1));
| |
| - | };
| |
| - | }
| |
| - |
| |
| - | // processing defaults
| |
| - | var noiseProfile = { generator: undef, octaves: 4, fallout: 0.5, seed: undef};
| |
| - |
| |
| - | /**
| |
| - | * Returns the Perlin noise value at specified coordinates. Perlin noise is a random sequence
| |
| - | * generator producing a more natural ordered, harmonic succession of numbers compared to the
| |
| - | * standard random() function. It was invented by Ken Perlin in the 1980s and been used since
| |
| - | * in graphical applications to produce procedural textures, natural motion, shapes, terrains etc.
| |
| - | * The main difference to the random() function is that Perlin noise is defined in an infinite
| |
| - | * n-dimensional space where each pair of coordinates corresponds to a fixed semi-random value
| |
| - | * (fixed only for the lifespan of the program). The resulting value will always be between 0.0
| |
| - | * and 1.0. Processing can compute 1D, 2D and 3D noise, depending on the number of coordinates
| |
| - | * given. The noise value can be animated by moving through the noise space as demonstrated in
| |
| - | * the example above. The 2nd and 3rd dimension can also be interpreted as time.
| |
| - | * The actual noise is structured similar to an audio signal, in respect to the function's use
| |
| - | * of frequencies. Similar to the concept of harmonics in physics, perlin noise is computed over
| |
| - | * several octaves which are added together for the final result.
| |
| - | * Another way to adjust the character of the resulting sequence is the scale of the input
| |
| - | * coordinates. As the function works within an infinite space the value of the coordinates
| |
| - | * doesn't matter as such, only the distance between successive coordinates does (eg. when using
| |
| - | * noise() within a loop). As a general rule the smaller the difference between coordinates, the
| |
| - | * smoother the resulting noise sequence will be. Steps of 0.005-0.03 work best for most applications,
| |
| - | * but this will differ depending on use.
| |
| - | *
| |
| - | * @param {float} x x coordinate in noise space
| |
| - | * @param {float} y y coordinate in noise space
| |
| - | * @param {float} z z coordinate in noise space
| |
| - | *
| |
| - | * @returns {float}
| |
| - | *
| |
| - | * @see random
| |
| - | * @see noiseDetail
| |
| - | */
| |
| - | p.noise = function(x, y, z) {
| |
| - | if(noiseProfile.generator === undef) {
| |
| - | // caching
| |
| - | noiseProfile.generator = new PerlinNoise(noiseProfile.seed);
| |
| - | }
| |
| - | var generator = noiseProfile.generator;
| |
| - | var effect = 1, k = 1, sum = 0;
| |
| - | for(var i=0; i<noiseProfile.octaves; ++i) {
| |
| - | effect *= noiseProfile.fallout;
| |
| - | switch (arguments.length) {
| |
| - | case 1:
| |
| - | sum += effect * (1 + generator.noise1d(k*x))/2; break;
| |
| - | case 2:
| |
| - | sum += effect * (1 + generator.noise2d(k*x, k*y))/2; break;
| |
| - | case 3:
| |
| - | sum += effect * (1 + generator.noise3d(k*x, k*y, k*z))/2; break;
| |
| - | }
| |
| - | k *= 2;
| |
| - | }
| |
| - | return sum;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Adjusts the character and level of detail produced by the Perlin noise function.
| |
| - | * Similar to harmonics in physics, noise is computed over several octaves. Lower octaves
| |
| - | * contribute more to the output signal and as such define the overal intensity of the noise,
| |
| - | * whereas higher octaves create finer grained details in the noise sequence. By default,
| |
| - | * noise is computed over 4 octaves with each octave contributing exactly half than its
| |
| - | * predecessor, starting at 50% strength for the 1st octave. This falloff amount can be
| |
| - | * changed by adding an additional function parameter. Eg. a falloff factor of 0.75 means
| |
| - | * each octave will now have 75% impact (25% less) of the previous lower octave. Any value
| |
| - | * between 0.0 and 1.0 is valid, however note that values greater than 0.5 might result in
| |
| - | * greater than 1.0 values returned by noise(). By changing these parameters, the signal
| |
| - | * created by the noise() function can be adapted to fit very specific needs and characteristics.
| |
| - | *
| |
| - | * @param {int} octaves number of octaves to be used by the noise() function
| |
| - | * @param {float} falloff falloff factor for each octave
| |
| - | *
| |
| - | * @see noise
| |
| - | */
| |
| - | p.noiseDetail = function(octaves, fallout) {
| |
| - | noiseProfile.octaves = octaves;
| |
| - | if(fallout !== undef) {
| |
| - | noiseProfile.fallout = fallout;
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Sets the seed value for noise(). By default, noise() produces different results each
| |
| - | * time the program is run. Set the value parameter to a constant to return the same
| |
| - | * pseudo-random numbers each time the software is run.
| |
| - | *
| |
| - | * @param {int} seed int
| |
| - | *
| |
| - | * @returns {float}
| |
| - | *
| |
| - | * @see random
| |
| - | * @see radomSeed
| |
| - | * @see noise
| |
| - | * @see noiseDetail
| |
| - | */
| |
| - | p.noiseSeed = function(seed) {
| |
| - | noiseProfile.seed = seed;
| |
| - | noiseProfile.generator = undef;
| |
| - | };
| |
| - | };
| |
| - |
| |
| - | },{}],23:[function(require,module,exports){
| |
| - | /**
| |
| - | * Common functions traditionally on "p" that should be class functions
| |
| - | * that get bound to "p" when an instance is actually built, instead.
| |
| - | */
| |
| - | module.exports = (function commonFunctions(undef) {
| |
| - |
| |
| - | var CommonFunctions = {
| |
| - | /**
| |
| - | * Remove whitespace characters from the beginning and ending
| |
| - | * of a String or a String array. Works like String.trim() but includes the
| |
| - | * unicode nbsp character as well. If an array is passed in the function will return a new array not effecting the array passed in.
| |
| - | *
| |
| - | * @param {String} str the string to trim
| |
| - | * @param {String[]} str the string array to trim
| |
| - | *
| |
| - | * @return {String|String[]} retrurns a string or an array will removed whitespaces
| |
| - | */
| |
| - | trim: function(str) {
| |
| - | if (str instanceof Array) {
| |
| - | var arr = [];
| |
| - | for (var i = 0; i < str.length; i++) {
| |
| - | arr.push(str[i].replace(/^\s*/, '').replace(/\s*$/, '').replace(/\r*$/, ''));
| |
| - | }
| |
| - | return arr;
| |
| - | }
| |
| - | return str.replace(/^\s*/, '').replace(/\s*$/, '').replace(/\r*$/, '');
| |
| - | },
| |
| - |
| |
| - | /**
| |
| - | * Converts a degree measurement to its corresponding value in radians. Radians and degrees are two ways of
| |
| - | * measuring the same thing. There are 360 degrees in a circle and 2*PI radians in a circle. For example,
| |
| - | * 90 degrees = PI/2 = 1.5707964. All trigonometric methods in Processing require their parameters to be specified in radians.
| |
| - | *
| |
| - | * @param {int|float} value an angle in radians
| |
| - | *
| |
| - | * @returns {float}
| |
| - | *
| |
| - | * @see degrees
| |
| - | */
| |
| - | radians: function(aAngle) {
| |
| - | return (aAngle / 180) * Math.PI;
| |
| - | },
| |
| - |
| |
| - | /**
| |
| - | * Number-to-String formatting function. Prepends "plus" or "minus" depending
| |
| - | * on whether the value is positive or negative, respectively, after padding
| |
| - | * the value with zeroes on the left and right, the number of zeroes used dictated
| |
| - | * by the values 'leftDigits' and 'rightDigits'. 'value' cannot be an array.
| |
| - | *
| |
| - | * @param {int|float} value the number to format
| |
| - | * @param {String} plus the prefix for positive numbers
| |
| - | * @param {String} minus the prefix for negative numbers
| |
| - | * @param {int} left number of digits to the left of the decimal point
| |
| - | * @param {int} right number of digits to the right of the decimal point
| |
| - | * @param {String} group string delimited for groups, such as the comma in "1,000"
| |
| - | *
| |
| - | * @returns {String or String[]}
| |
| - | *
| |
| - | * @see nfCore
| |
| - | */
| |
| - | nfCoreScalar: function (value, plus, minus, leftDigits, rightDigits, group) {
| |
| - | var sign = (value < 0) ? minus : plus;
| |
| - | var autoDetectDecimals = rightDigits === 0;
| |
| - | var rightDigitsOfDefault = (rightDigits === undef || rightDigits < 0) ? 0 : rightDigits;
| |
| - |
| |
| - | var absValue = Math.abs(value);
| |
| - | if (autoDetectDecimals) {
| |
| - | rightDigitsOfDefault = 1;
| |
| - | absValue *= 10;
| |
| - | while (Math.abs(Math.round(absValue) - absValue) > 1e-6 && rightDigitsOfDefault < 7) {
| |
| - | ++rightDigitsOfDefault;
| |
| - | absValue *= 10;
| |
| - | }
| |
| - | } else if (rightDigitsOfDefault !== 0) {
| |
| - | absValue *= Math.pow(10, rightDigitsOfDefault);
| |
| - | }
| |
| - |
| |
| - | // Using Java's default rounding policy HALF_EVEN. This policy is based
| |
| - | // on the idea that 0.5 values round to the nearest even number, and
| |
| - | // everything else is rounded normally.
| |
| - | var number, doubled = absValue * 2;
| |
| - | if (Math.floor(absValue) === absValue) {
| |
| - | number = absValue;
| |
| - | } else if (Math.floor(doubled) === doubled) {
| |
| - | var floored = Math.floor(absValue);
| |
| - | number = floored + (floored % 2);
| |
| - | } else {
| |
| - | number = Math.round(absValue);
| |
| - | }
| |
| - |
| |
| - | var buffer = "";
| |
| - | var totalDigits = leftDigits + rightDigitsOfDefault;
| |
| - | while (totalDigits > 0 || number > 0) {
| |
| - | totalDigits--;
| |
| - | buffer = "" + (number % 10) + buffer;
| |
| - | number = Math.floor(number / 10);
| |
| - | }
| |
| - | if (group !== undef) {
| |
| - | var i = buffer.length - 3 - rightDigitsOfDefault;
| |
| - | while(i > 0) {
| |
| - | buffer = buffer.substring(0,i) + group + buffer.substring(i);
| |
| - | i-=3;
| |
| - | }
| |
| - | }
| |
| - | if (rightDigitsOfDefault > 0) {
| |
| - | return sign + buffer.substring(0, buffer.length - rightDigitsOfDefault) +
| |
| - | "." + buffer.substring(buffer.length - rightDigitsOfDefault, buffer.length);
| |
| - | }
| |
| - | return sign + buffer;
| |
| - | },
| |
| - |
| |
| - | /**
| |
| - | * Number-to-String formatting function. Prepends "plus" or "minus" depending
| |
| - | * on whether the value is positive or negative, respectively, after padding
| |
| - | * the value with zeroes on the left and right, the number of zeroes used dictated
| |
| - | * by the values 'leftDigits' and 'rightDigits'. 'value' can be an array;
| |
| - | * if the input is an array, each value in it is formatted separately, and
| |
| - | * an array with formatted values is returned.
| |
| - | *
| |
| - | * @param {int|int[]|float|float[]} value the number(s) to format
| |
| - | * @param {String} plus the prefix for positive numbers
| |
| - | * @param {String} minus the prefix for negative numbers
| |
| - | * @param {int} left number of digits to the left of the decimal point
| |
| - | * @param {int} right number of digits to the right of the decimal point
| |
| - | * @param {String} group string delimited for groups, such as the comma in "1,000"
| |
| - | *
| |
| - | * @returns {String or String[]}
| |
| - | *
| |
| - | * @see nfCoreScalar
| |
| - | */
| |
| - | nfCore: function(value, plus, minus, leftDigits, rightDigits, group) {
| |
| - | if (value instanceof Array) {
| |
| - | var arr = [];
| |
| - | for (var i = 0, len = value.length; i < len; i++) {
| |
| - | arr.push(CommonFunctions.nfCoreScalar(value[i], plus, minus, leftDigits, rightDigits, group));
| |
| - | }
| |
| - | return arr;
| |
| - | }
| |
| - | return CommonFunctions.nfCoreScalar(value, plus, minus, leftDigits, rightDigits, group);
| |
| - | },
| |
| - |
| |
| - | /**
| |
| - | * Utility function for formatting numbers into strings. There are two versions, one for
| |
| - | * formatting floats and one for formatting ints. The values for the digits, left, and
| |
| - | * right parameters should always be positive integers.
| |
| - | * As shown in the above example, nf() is used to add zeros to the left and/or right
| |
| - | * of a number. This is typically for aligning a list of numbers. To remove digits from
| |
| - | * a floating-point number, use the int(), ceil(), floor(), or round() functions.
| |
| - | *
| |
| - | * @param {int|int[]|float|float[]} value the number(s) to format
| |
| - | * @param {int} left number of digits to the left of the decimal point
| |
| - | * @param {int} right number of digits to the right of the decimal point
| |
| - | *
| |
| - | * @returns {String or String[]}
| |
| - | *
| |
| - | * @see nfs
| |
| - | * @see nfp
| |
| - | * @see nfc
| |
| - | */
| |
| - | nf: function(value, leftDigits, rightDigits) {
| |
| - | return CommonFunctions.nfCore(value, "", "-", leftDigits, rightDigits);
| |
| - | },
| |
| - |
| |
| - | /**
| |
| - | * Utility function for formatting numbers into strings. Similar to nf() but leaves a blank space in front
| |
| - | * of positive numbers so they align with negative numbers in spite of the minus symbol. There are two
| |
| - | * versions, one for formatting floats and one for formatting ints. The values for the digits, left,
| |
| - | * and right parameters should always be positive integers.
| |
| - | *
| |
| - | * @param {int|int[]|float|float[]} value the number(s) to format
| |
| - | * @param {int} left number of digits to the left of the decimal point
| |
| - | * @param {int} right number of digits to the right of the decimal point
| |
| - | *
| |
| - | * @returns {String or String[]}
| |
| - | *
| |
| - | * @see nf
| |
| - | * @see nfp
| |
| - | * @see nfc
| |
| - | */
| |
| - | nfs: function(value, leftDigits, rightDigits) {
| |
| - | return CommonFunctions.nfCore(value, " ", "-", leftDigits, rightDigits);
| |
| - | },
| |
| - |
| |
| - | /**
| |
| - | * Utility function for formatting numbers into strings. Similar to nf() but puts a "+" in front of
| |
| - | * positive numbers and a "-" in front of negative numbers. There are two versions, one for formatting
| |
| - | * floats and one for formatting ints. The values for the digits, left, and right parameters should
| |
| - | * always be positive integers.
| |
| - | *
| |
| - | * @param {int|int[]|float|float[]} value the number(s) to format
| |
| - | * @param {int} left number of digits to the left of the decimal point
| |
| - | * @param {int} right number of digits to the right of the decimal point
| |
| - | *
| |
| - | * @returns {String or String[]}
| |
| - | *
| |
| - | * @see nfs
| |
| - | * @see nf
| |
| - | * @see nfc
| |
| - | */
| |
| - | nfp: function(value, leftDigits, rightDigits) {
| |
| - | return CommonFunctions.nfCore(value, "+", "-", leftDigits, rightDigits);
| |
| - | },
| |
| - |
| |
| - | /**
| |
| - | * Utility function for formatting numbers into strings and placing appropriate commas to mark
| |
| - | * units of 1000. There are two versions, one for formatting ints and one for formatting an array
| |
| - | * of ints. The value for the digits parameter should always be a positive integer.
| |
| - | *
| |
| - | * @param {int|int[]|float|float[]} value the number(s) to format
| |
| - | * @param {int} left number of digits to the left of the decimal point
| |
| - | * @param {int} right number of digits to the right of the decimal point
| |
| - | *
| |
| - | * @returns {String or String[]}
| |
| - | *
| |
| - | * @see nf
| |
| - | * @see nfs
| |
| - | * @see nfp
| |
| - | */
| |
| - | nfc: function(value, rightDigits) {
| |
| - | return CommonFunctions.nfCore(value, "", "-", 0, rightDigits, ",");
| |
| - | },
| |
| - |
| |
| - | // used to bind all common functions to "p"
| |
| - | withCommonFunctions: function withCommonFunctions(p) {
| |
| - | ["trim", "radians", "nf", "nfs", "nfp", "nfc"].forEach(function(f){
| |
| - | p[f] = CommonFunctions[f];
| |
| - | });
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | return CommonFunctions;
| |
| - | }());
| |
| - |
| |
| - | },{}],24:[function(require,module,exports){
| |
| - | /**
| |
| - | * Touch and Mouse event handling
| |
| - | */
| |
| - | module.exports = function withTouch(p, curElement, attachEventHandler, document, PConstants, undef) {
| |
| - |
| |
| - | /**
| |
| - | * Determine the location of the (mouse) pointer.
| |
| - | */
| |
| - | function calculateOffset(curElement, event) {
| |
| - | var element = curElement,
| |
| - | offsetX = 0,
| |
| - | offsetY = 0;
| |
| - |
| |
| - | p.pmouseX = p.mouseX;
| |
| - | p.pmouseY = p.mouseY;
| |
| - |
| |
| - | // Find element offset
| |
| - | if (element.offsetParent) {
| |
| - | do {
| |
| - | offsetX += element.offsetLeft;
| |
| - | offsetY += element.offsetTop;
| |
| - | } while (!!(element = element.offsetParent));
| |
| - | }
| |
| - |
| |
| - | // Find Scroll offset
| |
| - | element = curElement;
| |
| - | do {
| |
| - | offsetX -= element.scrollLeft || 0;
| |
| - | offsetY -= element.scrollTop || 0;
| |
| - | } while (!!(element = element.parentNode));
| |
| - |
| |
| - | // Get padding and border style widths for mouse offsets
| |
| - | var stylePaddingLeft, stylePaddingTop, styleBorderLeft, styleBorderTop;
| |
| - | if (document.defaultView && document.defaultView.getComputedStyle) {
| |
| - | stylePaddingLeft = parseInt(document.defaultView.getComputedStyle(curElement, null).paddingLeft, 10) || 0;
| |
| - | stylePaddingTop = parseInt(document.defaultView.getComputedStyle(curElement, null).paddingTop, 10) || 0;
| |
| - | styleBorderLeft = parseInt(document.defaultView.getComputedStyle(curElement, null).borderLeftWidth, 10) || 0;
| |
| - | styleBorderTop = parseInt(document.defaultView.getComputedStyle(curElement, null).borderTopWidth, 10) || 0;
| |
| - | }
| |
| - |
| |
| - | // Add padding and border style widths to offset
| |
| - | offsetX += stylePaddingLeft;
| |
| - | offsetY += stylePaddingTop;
| |
| - |
| |
| - | offsetX += styleBorderLeft;
| |
| - | offsetY += styleBorderTop;
| |
| - |
| |
| - | // Take into account any scrolling done
| |
| - | offsetX += window.pageXOffset;
| |
| - | offsetY += window.pageYOffset;
| |
| - |
| |
| - | return {'X':offsetX,'Y':offsetY};
| |
| - | }
| |
| - |
| |
| - | // simple relative position
| |
| - | function updateMousePosition(curElement, event) {
| |
| - | var offset = calculateOffset(curElement, event);
| |
| - | // Dropping support for IE clientX and clientY, switching to pageX and pageY
| |
| - | // so we don't have to calculate scroll offset.
| |
| - | // Removed in ticket #184. See rev: 2f106d1c7017fed92d045ba918db47d28e5c16f4
| |
| - | p.mouseX = event.pageX - offset.X;
| |
| - | p.mouseY = event.pageY - offset.Y;
| |
| - | }
| |
| - |
| |
| - | /**
| |
| - | * Return a TouchEvent with canvas-specific x/y co-ordinates
| |
| - | */
| |
| - | function addTouchEventOffset(t) {
| |
| - | var offset = calculateOffset(t.changedTouches[0].target, t.changedTouches[0]),
| |
| - | i;
| |
| - |
| |
| - | for (i = 0; i < t.touches.length; i++) {
| |
| - | var touch = t.touches[i];
| |
| - | touch.offsetX = touch.pageX - offset.X;
| |
| - | touch.offsetY = touch.pageY - offset.Y;
| |
| - | }
| |
| - | for (i = 0; i < t.targetTouches.length; i++) {
| |
| - | var targetTouch = t.targetTouches[i];
| |
| - | targetTouch.offsetX = targetTouch.pageX - offset.X;
| |
| - | targetTouch.offsetY = targetTouch.pageY - offset.Y;
| |
| - | }
| |
| - | for (i = 0; i < t.changedTouches.length; i++) {
| |
| - | var changedTouch = t.changedTouches[i];
| |
| - | changedTouch.offsetX = changedTouch.pageX - offset.X;
| |
| - | changedTouch.offsetY = changedTouch.pageY - offset.Y;
| |
| - | }
| |
| - |
| |
| - | return t;
| |
| - | }
| |
| - |
| |
| - | /**
| |
| - | * Touch event support.
| |
| - | */
| |
| - | attachEventHandler(curElement, "touchstart", function (t) {
| |
| - | // Removes unwanted behaviour of the canvas when touching canvas
| |
| - | curElement.setAttribute("style","-webkit-user-select: none");
| |
| - | curElement.setAttribute("onclick","void(0)");
| |
| - | curElement.setAttribute("style","-webkit-tap-highlight-color:rgba(0,0,0,0)");
| |
| - | // Loop though eventHandlers and remove mouse listeners
| |
| - | for (var i=0, ehl=eventHandlers.length; i<ehl; i++) {
| |
| - | var type = eventHandlers[i].type;
| |
| - | // Have this function remove itself from the eventHandlers list too
| |
| - | if (type === "mouseout" || type === "mousemove" ||
| |
| - | type === "mousedown" || type === "mouseup" ||
| |
| - | type === "DOMMouseScroll" || type === "mousewheel" || type === "touchstart") {
| |
| - | detachEventHandler(eventHandlers[i]);
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | // If there are any native touch events defined in the sketch, connect all of them
| |
| - | // Otherwise, connect all of the emulated mouse events
| |
| - | if (p.touchStart !== undef || p.touchMove !== undef ||
| |
| - | p.touchEnd !== undef || p.touchCancel !== undef) {
| |
| - | attachEventHandler(curElement, "touchstart", function(t) {
| |
| - | if (p.touchStart !== undef) {
| |
| - | t = addTouchEventOffset(t);
| |
| - | p.touchStart(t);
| |
| - | }
| |
| - | });
| |
| - |
| |
| - | attachEventHandler(curElement, "touchmove", function(t) {
| |
| - | if (p.touchMove !== undef) {
| |
| - | t.preventDefault(); // Stop the viewport from scrolling
| |
| - | t = addTouchEventOffset(t);
| |
| - | p.touchMove(t);
| |
| - | }
| |
| - | });
| |
| - |
| |
| - | attachEventHandler(curElement, "touchend", function(t) {
| |
| - | if (p.touchEnd !== undef) {
| |
| - | t = addTouchEventOffset(t);
| |
| - | p.touchEnd(t);
| |
| - | }
| |
| - | });
| |
| - |
| |
| - | attachEventHandler(curElement, "touchcancel", function(t) {
| |
| - | if (p.touchCancel !== undef) {
| |
| - | t = addTouchEventOffset(t);
| |
| - | p.touchCancel(t);
| |
| - | }
| |
| - | });
| |
| - |
| |
| - | } else {
| |
| - | // Emulated touch start/mouse down event
| |
| - | attachEventHandler(curElement, "touchstart", function(e) {
| |
| - | updateMousePosition(curElement, e.touches[0]);
| |
| - |
| |
| - | p.__mousePressed = true;
| |
| - | p.mouseDragging = false;
| |
| - | p.mouseButton = PConstants.LEFT;
| |
| - |
| |
| - | if (typeof p.mousePressed === "function") {
| |
| - | p.mousePressed();
| |
| - | }
| |
| - | });
| |
| - |
| |
| - | // Emulated touch move/mouse move event
| |
| - | attachEventHandler(curElement, "touchmove", function(e) {
| |
| - | e.preventDefault();
| |
| - | updateMousePosition(curElement, e.touches[0]);
| |
| - |
| |
| - | if (typeof p.mouseMoved === "function" && !p.__mousePressed) {
| |
| - | p.mouseMoved();
| |
| - | }
| |
| - | if (typeof p.mouseDragged === "function" && p.__mousePressed) {
| |
| - | p.mouseDragged();
| |
| - | p.mouseDragging = true;
| |
| - | }
| |
| - | });
| |
| - |
| |
| - | // Emulated touch up/mouse up event
| |
| - | attachEventHandler(curElement, "touchend", function(e) {
| |
| - | p.__mousePressed = false;
| |
| - |
| |
| - | if (typeof p.mouseClicked === "function" && !p.mouseDragging) {
| |
| - | p.mouseClicked();
| |
| - | }
| |
| - |
| |
| - | if (typeof p.mouseReleased === "function") {
| |
| - | p.mouseReleased();
| |
| - | }
| |
| - | });
| |
| - | }
| |
| - |
| |
| - | // Refire the touch start event we consumed in this function
| |
| - | curElement.dispatchEvent(t);
| |
| - | });
| |
| - |
| |
| - | /**
| |
| - | * Context menu toggles. Most often you will not want the
| |
| - | * browser's context menu to show on a right click, but
| |
| - | * sometimes, you do, so we add two unofficial functions
| |
| - | * that can be used to trigger context menu behaviour.
| |
| - | */
| |
| - | (function() {
| |
| - | var enabled = true,
| |
| - | contextMenu = function(e) {
| |
| - | e.preventDefault();
| |
| - | e.stopPropagation();
| |
| - | };
| |
| - |
| |
| - | p.disableContextMenu = function() {
| |
| - | if (!enabled) {
| |
| - | return;
| |
| - | }
| |
| - | attachEventHandler(curElement, 'contextmenu', contextMenu);
| |
| - | enabled = false;
| |
| - | };
| |
| - |
| |
| - | p.enableContextMenu = function() {
| |
| - | if (enabled) {
| |
| - | return;
| |
| - | }
| |
| - | detachEventHandler({elem: curElement, type: 'contextmenu', fn: contextMenu});
| |
| - | enabled = true;
| |
| - | };
| |
| - | }());
| |
| - |
| |
| - | /**
| |
| - | * Mouse moved or dragged
| |
| - | */
| |
| - | attachEventHandler(curElement, "mousemove", function(e) {
| |
| - | updateMousePosition(curElement, e);
| |
| - | if (typeof p.mouseMoved === "function" && !p.__mousePressed) {
| |
| - | p.mouseMoved();
| |
| - | }
| |
| - | if (typeof p.mouseDragged === "function" && p.__mousePressed) {
| |
| - | p.mouseDragged();
| |
| - | p.mouseDragging = true;
| |
| - | }
| |
| - | });
| |
| - |
| |
| - | /**
| |
| - | * Unofficial mouse-out handling
| |
| - | */
| |
| - | attachEventHandler(curElement, "mouseout", function(e) {
| |
| - | if (typeof p.mouseOut === "function") {
| |
| - | p.mouseOut();
| |
| - | }
| |
| - | });
| |
| - |
| |
| - | /**
| |
| - | * Mouse over
| |
| - | */
| |
| - | attachEventHandler(curElement, "mouseover", function(e) {
| |
| - | updateMousePosition(curElement, e);
| |
| - | if (typeof p.mouseOver === "function") {
| |
| - | p.mouseOver();
| |
| - | }
| |
| - | });
| |
| - |
| |
| - | /**
| |
| - | * Disable browser's default handling for click-drag of a canvas.
| |
| - | */
| |
| - | curElement.onmousedown = function () {
| |
| - | // make sure focus happens, but nothing else
| |
| - | curElement.focus();
| |
| - | return false;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Mouse pressed or drag
| |
| - | */
| |
| - | attachEventHandler(curElement, "mousedown", function(e) {
| |
| - | p.__mousePressed = true;
| |
| - | p.mouseDragging = false;
| |
| - | switch (e.which) {
| |
| - | case 1:
| |
| - | p.mouseButton = PConstants.LEFT;
| |
| - | break;
| |
| - | case 2:
| |
| - | p.mouseButton = PConstants.CENTER;
| |
| - | break;
| |
| - | case 3:
| |
| - | p.mouseButton = PConstants.RIGHT;
| |
| - | break;
| |
| - | }
| |
| - |
| |
| - | if (typeof p.mousePressed === "function") {
| |
| - | p.mousePressed();
| |
| - | }
| |
| - | });
| |
| - |
| |
| - | /**
| |
| - | * Mouse clicked or released
| |
| - | */
| |
| - | attachEventHandler(curElement, "mouseup", function(e) {
| |
| - | p.__mousePressed = false;
| |
| - |
| |
| - | if (typeof p.mouseClicked === "function" && !p.mouseDragging) {
| |
| - | p.mouseClicked();
| |
| - | }
| |
| - |
| |
| - | if (typeof p.mouseReleased === "function") {
| |
| - | p.mouseReleased();
| |
| - | }
| |
| - | });
| |
| - |
| |
| - | /**
| |
| - | * Unofficial scroll wheel handling.
| |
| - | */
| |
| - | var mouseWheelHandler = function(e) {
| |
| - | var delta = 0;
| |
| - |
| |
| - | if (e.wheelDelta) {
| |
| - | delta = e.wheelDelta / 120;
| |
| - | if (window.opera) {
| |
| - | delta = -delta;
| |
| - | }
| |
| - | } else if (e.detail) {
| |
| - | delta = -e.detail / 3;
| |
| - | }
| |
| - |
| |
| - | p.mouseScroll = delta;
| |
| - |
| |
| - | if (delta && typeof p.mouseScrolled === 'function') {
| |
| - | p.mouseScrolled();
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | // Support Gecko and non-Gecko scroll events
| |
| - | attachEventHandler(document, 'DOMMouseScroll', mouseWheelHandler);
| |
| - | attachEventHandler(document, 'mousewheel', mouseWheelHandler);
| |
| - |
| |
| - | };
| |
| - |
| |
| - | },{}],25:[function(require,module,exports){
| |
| - | /**
| |
| - | * The parser for turning Processing syntax into Pjs JavaScript.
| |
| - | * This code is not trivial; unless you know what you're doing,
| |
| - | * you shouldn't be changing things in here =)
| |
| - | */
| |
| - | module.exports = function setupParser(Processing, options) {
| |
| - |
| |
| - | var defaultScope = options.defaultScope,
| |
| - | PConstants = defaultScope.PConstants,
| |
| - | aFunctions = options.aFunctions,
| |
| - | Browser = options.Browser,
| |
| - | document = Browser.document,
| |
| - | undef;
| |
| - |
| |
| - | // Processing global methods and constants for the parser
| |
| - | function getGlobalMembers() {
| |
| - | // The names array contains the names of everything that is inside "p."
| |
| - | // When something new is added to "p." it must also be added to this list.
| |
| - | var names = [ /* this code is generated by jsglobals.js */
| |
| - | "abs", "acos", "alpha", "ambient", "ambientLight", "append", "applyMatrix",
| |
| - | "arc", "arrayCopy", "asin", "atan", "atan2", "background", "beginCamera",
| |
| - | "beginDraw", "beginShape", "bezier", "bezierDetail", "bezierPoint",
| |
| - | "bezierTangent", "bezierVertex", "binary", "blend", "blendColor",
| |
| - | "blit_resize", "blue", "box", "breakShape", "brightness",
| |
| - | "camera", "ceil", "Character", "color", "colorMode",
| |
| - | "concat", "constrain", "copy", "cos", "createFont",
| |
| - | "createGraphics", "createImage", "cursor", "curve", "curveDetail",
| |
| - | "curvePoint", "curveTangent", "curveTightness", "curveVertex", "day",
| |
| - | "degrees", "directionalLight", "disableContextMenu",
| |
| - | "dist", "draw", "ellipse", "ellipseMode", "emissive", "enableContextMenu",
| |
| - | "endCamera", "endDraw", "endShape", "exit", "exp", "expand", "externals",
| |
| - | "fill", "filter", "floor", "focused", "frameCount", "frameRate", "frustum",
| |
| - | "get", "glyphLook", "glyphTable", "green", "height", "hex", "hint", "hour",
| |
| - | "hue", "image", "imageMode", "intersect", "join", "key",
| |
| - | "keyCode", "keyPressed", "keyReleased", "keyTyped", "lerp", "lerpColor",
| |
| - | "lightFalloff", "lights", "lightSpecular", "line", "link", "loadBytes",
| |
| - | "loadFont", "loadGlyphs", "loadImage", "loadPixels", "loadShape", "loadXML",
| |
| - | "loadStrings", "log", "loop", "mag", "map", "match", "matchAll", "max",
| |
| - | "millis", "min", "minute", "mix", "modelX", "modelY", "modelZ", "modes",
| |
| - | "month", "mouseButton", "mouseClicked", "mouseDragged", "mouseMoved",
| |
| - | "mouseOut", "mouseOver", "mousePressed", "mouseReleased", "mouseScroll",
| |
| - | "mouseScrolled", "mouseX", "mouseY", "name", "nf", "nfc", "nfp", "nfs",
| |
| - | "noCursor", "noFill", "noise", "noiseDetail", "noiseSeed", "noLights",
| |
| - | "noLoop", "norm", "normal", "noSmooth", "noStroke", "noTint", "ortho",
| |
| - | "param", "parseBoolean", "parseByte", "parseChar", "parseFloat",
| |
| - | "parseInt", "peg", "perspective", "PImage", "pixels", "PMatrix2D",
| |
| - | "PMatrix3D", "PMatrixStack", "pmouseX", "pmouseY", "point",
| |
| - | "pointLight", "popMatrix", "popStyle", "pow", "print", "printCamera",
| |
| - | "println", "printMatrix", "printProjection", "PShape", "PShapeSVG",
| |
| - | "pushMatrix", "pushStyle", "quad", "radians", "random", "randomGaussian",
| |
| - | "randomSeed", "rect", "rectMode", "red", "redraw", "requestImage",
| |
| - | "resetMatrix", "reverse", "rotate", "rotateX", "rotateY", "rotateZ",
| |
| - | "round", "saturation", "save", "saveFrame", "saveStrings", "scale",
| |
| - | "screenX", "screenY", "screenZ", "second", "set", "setup", "shape",
| |
| - | "shapeMode", "shared", "shearX", "shearY", "shininess", "shorten", "sin", "size", "smooth",
| |
| - | "sort", "specular", "sphere", "sphereDetail", "splice", "split",
| |
| - | "splitTokens", "spotLight", "sq", "sqrt", "status", "str", "stroke",
| |
| - | "strokeCap", "strokeJoin", "strokeWeight", "subset", "tan", "text",
| |
| - | "textAlign", "textAscent", "textDescent", "textFont", "textLeading",
| |
| - | "textMode", "textSize", "texture", "textureMode", "textWidth", "tint", "toImageData",
| |
| - | "touchCancel", "touchEnd", "touchMove", "touchStart", "translate", "transform",
| |
| - | "triangle", "trim", "unbinary", "unhex", "updatePixels", "use3DContext",
| |
| - | "vertex", "width", "XMLElement", "XML", "year", "__contains", "__equals",
| |
| - | "__equalsIgnoreCase", "__frameRate", "__hashCode", "__int_cast",
| |
| - | "__instanceof", "__keyPressed", "__mousePressed", "__printStackTrace",
| |
| - | "__replace", "__replaceAll", "__replaceFirst", "__toCharArray", "__split",
| |
| - | "__codePointAt", "__startsWith", "__endsWith", "__matches"];
| |
| - |
| |
| - | // custom functions and properties are added here
| |
| - | if(aFunctions) {
| |
| - | Object.keys(aFunctions).forEach(function(name) {
| |
| - | names.push(name);
| |
| - | });
| |
| - | }
| |
| - |
| |
| - | // custom libraries that were attached to Processing
| |
| - | var members = {};
| |
| - | var i, l;
| |
| - | for (i = 0, l = names.length; i < l ; ++i) {
| |
| - | members[names[i]] = null;
| |
| - | }
| |
| - | for (var lib in Processing.lib) {
| |
| - | if (Processing.lib.hasOwnProperty(lib)) {
| |
| - | if (Processing.lib[lib].exports) {
| |
| - | var exportedNames = Processing.lib[lib].exports;
| |
| - | for (i = 0, l = exportedNames.length; i < l; ++i) {
| |
| - | members[exportedNames[i]] = null;
| |
| - | }
| |
| - | }
| |
| - | }
| |
| - | }
| |
| - | return members;
| |
| - | }
| |
| - |
| |
| - | /*
| |
| - |
| |
| - | Parser converts Java-like syntax into JavaScript.
| |
| - | Creates an Abstract Syntax Tree -- "Light AST" from the Java-like code.
| |
| - |
| |
| - | It is an object tree. The root object is created from the AstRoot class, which contains statements.
| |
| - |
| |
| - | A statement object can be of type: AstForStatement, AstCatchStatement, AstPrefixStatement, AstMethod, AstClass,
| |
| - | AstInterface, AstFunction, AstStatementBlock and AstLabel.
| |
| - |
| |
| - | AstPrefixStatement can be a statement of type: if, switch, while, with, do, else, finally, return, throw, try, break, and continue.
| |
| - |
| |
| - | These object's toString function returns the JavaScript code for the statement.
| |
| - |
| |
| - | Any processing calls need "processing." prepended to them.
| |
| - |
| |
| - | Similarly, calls from inside classes need "$this_1.", prepended to them,
| |
| - | with 1 being the depth level for inner classes.
| |
| - | This includes members passed down from inheritance.
| |
| - |
| |
| - | The resulting code is then eval'd and run.
| |
| - |
| |
| - | */
| |
| - |
| |
| - | function parseProcessing(code) {
| |
| - | var globalMembers = getGlobalMembers();
| |
| - |
| |
| - | // masks parentheses, brackets and braces with '"A5"'
| |
| - | // where A is the bracket type, and 5 is the index in an array containing all brackets split into atoms
| |
| - | // 'while(true){}' -> 'while"B1""A2"'
| |
| - | // parentheses() = B, brackets[] = C and braces{} = A
| |
| - | function splitToAtoms(code) {
| |
| - | var atoms = [];
| |
| - | var items = code.split(/([\{\[\(\)\]\}])/);
| |
| - | var result = items[0];
| |
| - |
| |
| - | var stack = [];
| |
| - | for(var i=1; i < items.length; i += 2) {
| |
| - | var item = items[i];
| |
| - | if(item === '[' || item === '{' || item === '(') {
| |
| - | stack.push(result); result = item;
| |
| - | } else if(item === ']' || item === '}' || item === ')') {
| |
| - | var kind = item === '}' ? 'A' : item === ')' ? 'B' : 'C';
| |
| - | var index = atoms.length; atoms.push(result + item);
| |
| - | result = stack.pop() + '"' + kind + (index + 1) + '"';
| |
| - | }
| |
| - | result += items[i + 1];
| |
| - | }
| |
| - | atoms.unshift(result);
| |
| - | return atoms;
| |
| - | }
| |
| - |
| |
| - | // replaces strings and regexs keyed by index with an array of strings
| |
| - | function injectStrings(code, strings) {
| |
| - | return code.replace(/'(\d+)'/g, function(all, index) {
| |
| - | var val = strings[index];
| |
| - | if(val.charAt(0) === "/") {
| |
| - | return val;
| |
| - | }
| |
| - | return (/^'((?:[^'\\\n])|(?:\\.[0-9A-Fa-f]*))'$/).test(val) ? "(new $p.Character(" + val + "))" : val;
| |
| - | });
| |
| - | }
| |
| - |
| |
| - | // trims off leading and trailing spaces
| |
| - | // returns an object. object.left, object.middle, object.right, object.untrim
| |
| - | function trimSpaces(string) {
| |
| - | var m1 = /^\s*/.exec(string), result;
| |
| - | if(m1[0].length === string.length) {
| |
| - | result = {left: m1[0], middle: "", right: ""};
| |
| - | } else {
| |
| - | var m2 = /\s*$/.exec(string);
| |
| - | result = {left: m1[0], middle: string.substring(m1[0].length, m2.index), right: m2[0]};
| |
| - | }
| |
| - | result.untrim = function(t) { return this.left + t + this.right; };
| |
| - | return result;
| |
| - | }
| |
| - |
| |
| - | // simple trim of leading and trailing spaces
| |
| - | function trim(string) {
| |
| - | return string.replace(/^\s+/,'').replace(/\s+$/,'');
| |
| - | }
| |
| - |
| |
| - | function appendToLookupTable(table, array) {
| |
| - | for(var i=0,l=array.length;i<l;++i) {
| |
| - | table[array[i]] = null;
| |
| - | }
| |
| - | return table;
| |
| - | }
| |
| - |
| |
| - | function isLookupTableEmpty(table) {
| |
| - | for(var i in table) {
| |
| - | if(table.hasOwnProperty(i)) {
| |
| - | return false;
| |
| - | }
| |
| - | }
| |
| - | return true;
| |
| - | }
| |
| - |
| |
| - | function getAtomIndex(templ) { return templ.substring(2, templ.length - 1); }
| |
| - |
| |
| - | // remove carriage returns "\r"
| |
| - | var codeWoExtraCr = code.replace(/\r\n?|\n\r/g, "\n");
| |
| - |
| |
| - | // masks strings and regexs with "'5'", where 5 is the index in an array containing all strings and regexs
| |
| - | // also removes all comments
| |
| - | var strings = [];
| |
| - | var codeWoStrings = codeWoExtraCr.replace(/("(?:[^"\\\n]|\\.)*")|('(?:[^'\\\n]|\\.)*')|(([\[\(=|&!\^:?]\s*)(\/(?![*\/])(?:[^\/\\\n]|\\.)*\/[gim]*)\b)|(\/\/[^\n]*\n)|(\/\*(?:(?!\*\/)(?:.|\n))*\*\/)/g,
| |
| - | function(all, quoted, aposed, regexCtx, prefix, regex, singleComment, comment) {
| |
| - | var index;
| |
| - | if(quoted || aposed) { // replace strings
| |
| - | index = strings.length; strings.push(all);
| |
| - | return "'" + index + "'";
| |
| - | }
| |
| - | if(regexCtx) { // replace RegExps
| |
| - | index = strings.length; strings.push(regex);
| |
| - | return prefix + "'" + index + "'";
| |
| - | }
| |
| - | // kill comments
| |
| - | return comment !== "" ? " " : "\n";
| |
| - | });
| |
| - |
| |
| - | // protect character codes from namespace collision
| |
| - | codeWoStrings = codeWoStrings.replace(/__x([0-9A-F]{4})/g, function(all, hexCode) {
| |
| - | // $ = __x0024
| |
| - | // _ = __x005F
| |
| - | // this protects existing character codes from conversion
| |
| - | // __x0024 = __x005F_x0024
| |
| - | return "__x005F_x" + hexCode;
| |
| - | });
| |
| - |
| |
| - | // convert dollar sign to character code
| |
| - | codeWoStrings = codeWoStrings.replace(/\$/g, "__x0024");
| |
| - |
| |
| - | // Remove newlines after return statements
| |
| - | codeWoStrings = codeWoStrings.replace(/return\s*[\n\r]+/g, "return ");
| |
| - |
| |
| - | // removes generics
| |
| - | var genericsWereRemoved;
| |
| - | var codeWoGenerics = codeWoStrings;
| |
| - | var replaceFunc = function(all, before, types, after) {
| |
| - | if(!!before || !!after) {
| |
| - | return all;
| |
| - | }
| |
| - | genericsWereRemoved = true;
| |
| - | return "";
| |
| - | };
| |
| - |
| |
| - | do {
| |
| - | genericsWereRemoved = false;
| |
| - | codeWoGenerics = codeWoGenerics.replace(/([<]?)<\s*((?:\?|[A-Za-z_$][\w$]*\b(?:\s*\.\s*[A-Za-z_$][\w$]*\b)*)(?:\[\])*(?:\s+(?:extends|super)\s+[A-Za-z_$][\w$]*\b(?:\s*\.\s*[A-Za-z_$][\w$]*\b)*)?(?:\s*,\s*(?:\?|[A-Za-z_$][\w$]*\b(?:\s*\.\s*[A-Za-z_$][\w$]*\b)*)(?:\[\])*(?:\s+(?:extends|super)\s+[A-Za-z_$][\w$]*\b(?:\s*\.\s*[A-Za-z_$][\w$]*\b)*)?)*)\s*>([=]?)/g, replaceFunc);
| |
| - | } while (genericsWereRemoved);
| |
| - |
| |
| - | var atoms = splitToAtoms(codeWoGenerics);
| |
| - | var replaceContext;
| |
| - | var declaredClasses = {}, currentClassId, classIdSeed = 0;
| |
| - |
| |
| - | function addAtom(text, type) {
| |
| - | var lastIndex = atoms.length;
| |
| - | atoms.push(text);
| |
| - | return '"' + type + lastIndex + '"';
| |
| - | }
| |
| - |
| |
| - | function generateClassId() {
| |
| - | return "class" + (++classIdSeed);
| |
| - | }
| |
| - |
| |
| - | function appendClass(class_, classId, scopeId) {
| |
| - | class_.classId = classId;
| |
| - | class_.scopeId = scopeId;
| |
| - | declaredClasses[classId] = class_;
| |
| - | }
| |
| - |
| |
| - | // functions defined below
| |
| - | var transformClassBody, transformInterfaceBody, transformStatementsBlock, transformStatements, transformMain, transformExpression;
| |
| - |
| |
| - | var classesRegex = /\b((?:(?:public|private|final|protected|static|abstract)\s+)*)(class|interface)\s+([A-Za-z_$][\w$]*\b)(\s+extends\s+[A-Za-z_$][\w$]*\b(?:\s*\.\s*[A-Za-z_$][\w$]*\b)*(?:\s*,\s*[A-Za-z_$][\w$]*\b(?:\s*\.\s*[A-Za-z_$][\w$]*\b)*\b)*)?(\s+implements\s+[A-Za-z_$][\w$]*\b(?:\s*\.\s*[A-Za-z_$][\w$]*\b)*(?:\s*,\s*[A-Za-z_$][\w$]*\b(?:\s*\.\s*[A-Za-z_$][\w$]*\b)*\b)*)?\s*("A\d+")/g;
| |
| - | var methodsRegex = /\b((?:(?:public|private|final|protected|static|abstract|synchronized)\s+)*)((?!(?:else|new|return|throw|function|public|private|protected)\b)[A-Za-z_$][\w$]*\b(?:\s*\.\s*[A-Za-z_$][\w$]*\b)*(?:\s*"C\d+")*)\s*([A-Za-z_$][\w$]*\b)\s*("B\d+")(\s*throws\s+[A-Za-z_$][\w$]*\b(?:\s*\.\s*[A-Za-z_$][\w$]*\b)*(?:\s*,\s*[A-Za-z_$][\w$]*\b(?:\s*\.\s*[A-Za-z_$][\w$]*\b)*)*)?\s*("A\d+"|;)/g;
| |
| - | var fieldTest = /^((?:(?:public|private|final|protected|static)\s+)*)((?!(?:else|new|return|throw)\b)[A-Za-z_$][\w$]*\b(?:\s*\.\s*[A-Za-z_$][\w$]*\b)*(?:\s*"C\d+")*)\s*([A-Za-z_$][\w$]*\b)\s*(?:"C\d+"\s*)*([=,]|$)/;
| |
| - | var cstrsRegex = /\b((?:(?:public|private|final|protected|static|abstract)\s+)*)((?!(?:new|return|throw)\b)[A-Za-z_$][\w$]*\b)\s*("B\d+")(\s*throws\s+[A-Za-z_$][\w$]*\b(?:\s*\.\s*[A-Za-z_$][\w$]*\b)*(?:\s*,\s*[A-Za-z_$][\w$]*\b(?:\s*\.\s*[A-Za-z_$][\w$]*\b)*)*)?\s*("A\d+")/g;
| |
| - | var attrAndTypeRegex = /^((?:(?:public|private|final|protected|static)\s+)*)((?!(?:new|return|throw)\b)[A-Za-z_$][\w$]*\b(?:\s*\.\s*[A-Za-z_$][\w$]*\b)*(?:\s*"C\d+")*)\s*/;
| |
| - | var functionsRegex = /\bfunction(?:\s+([A-Za-z_$][\w$]*))?\s*("B\d+")\s*("A\d+")/g;
| |
| - |
| |
| - | // This converts classes, methods and functions into atoms, and adds them to the atoms array.
| |
| - | // classes = E, methods = D and functions = H
| |
| - | function extractClassesAndMethods(code) {
| |
| - | var s = code;
| |
| - | s = s.replace(classesRegex, function(all) {
| |
| - | return addAtom(all, 'E');
| |
| - | });
| |
| - | s = s.replace(methodsRegex, function(all) {
| |
| - | return addAtom(all, 'D');
| |
| - | });
| |
| - | s = s.replace(functionsRegex, function(all) {
| |
| - | return addAtom(all, 'H');
| |
| - | });
| |
| - | return s;
| |
| - | }
| |
| - |
| |
| - | // This converts constructors into atoms, and adds them to the atoms array.
| |
| - | // constructors = G
| |
| - | function extractConstructors(code, className) {
| |
| - | var result = code.replace(cstrsRegex, function(all, attr, name, params, throws_, body) {
| |
| - | if(name !== className) {
| |
| - | return all;
| |
| - | }
| |
| - | return addAtom(all, 'G');
| |
| - | });
| |
| - | return result;
| |
| - | }
| |
| - |
| |
| - | // AstParam contains the name of a parameter inside a function declaration
| |
| - | function AstParam(name) {
| |
| - | this.name = name;
| |
| - | }
| |
| - | AstParam.prototype.toString = function() {
| |
| - | return this.name;
| |
| - | };
| |
| - | // AstParams contains an array of AstParam objects
| |
| - | function AstParams(params, methodArgsParam) {
| |
| - | this.params = params;
| |
| - | this.methodArgsParam = methodArgsParam;
| |
| - | }
| |
| - | AstParams.prototype.getNames = function() {
| |
| - | var names = [];
| |
| - | for(var i=0,l=this.params.length;i<l;++i) {
| |
| - | names.push(this.params[i].name);
| |
| - | }
| |
| - | return names;
| |
| - | };
| |
| - | AstParams.prototype.prependMethodArgs = function(body) {
| |
| - | if (!this.methodArgsParam) {
| |
| - | return body;
| |
| - | }
| |
| - | return "{\nvar " + this.methodArgsParam.name +
| |
| - | " = Array.prototype.slice.call(arguments, " +
| |
| - | this.params.length + ");\n" + body.substring(1);
| |
| - | };
| |
| - | AstParams.prototype.toString = function() {
| |
| - | if(this.params.length === 0) {
| |
| - | return "()";
| |
| - | }
| |
| - | var result = "(";
| |
| - | for(var i=0,l=this.params.length;i<l;++i) {
| |
| - | result += this.params[i] + ", ";
| |
| - | }
| |
| - | return result.substring(0, result.length - 2) + ")";
| |
| - | };
| |
| - |
| |
| - | function transformParams(params) {
| |
| - | var paramsWoPars = trim(params.substring(1, params.length - 1));
| |
| - | var result = [], methodArgsParam = null;
| |
| - | if(paramsWoPars !== "") {
| |
| - | var paramList = paramsWoPars.split(",");
| |
| - | for(var i=0; i < paramList.length; ++i) {
| |
| - | var param = /\b([A-Za-z_$][\w$]*\b)(\s*"[ABC][\d]*")*\s*$/.exec(paramList[i]);
| |
| - | if (i === paramList.length - 1 && paramList[i].indexOf('...') >= 0) {
| |
| - | methodArgsParam = new AstParam(param[1]);
| |
| - | break;
| |
| - | }
| |
| - | result.push(new AstParam(param[1]));
| |
| - | }
| |
| - | }
| |
| - | return new AstParams(result, methodArgsParam);
| |
| - | }
| |
| - |
| |
| - | function preExpressionTransform(expr) {
| |
| - | var s = expr;
| |
| - | // new type[] {...} --> {...}
| |
| - | s = s.replace(/\bnew\s+([A-Za-z_$][\w$]*\b(?:\s*\.\s*[A-Za-z_$][\w$]*\b)*)(?:\s*"C\d+")+\s*("A\d+")/g, function(all, type, init) {
| |
| - | return init;
| |
| - | });
| |
| - | // new Runnable() {...} --> "F???"
| |
| - | s = s.replace(/\bnew\s+([A-Za-z_$][\w$]*\b(?:\s*\.\s*[A-Za-z_$][\w$]*\b)*)(?:\s*"B\d+")\s*("A\d+")/g, function(all, type, init) {
| |
| - | return addAtom(all, 'F');
| |
| - | });
| |
| - | // function(...) { } --> "H???"
| |
| - | s = s.replace(functionsRegex, function(all) {
| |
| - | return addAtom(all, 'H');
| |
| - | });
| |
| - | // new type[?] --> createJavaArray('type', [?])
| |
| - | s = s.replace(/\bnew\s+([A-Za-z_$][\w$]*\b(?:\s*\.\s*[A-Za-z_$][\w$]*\b)*)\s*("C\d+"(?:\s*"C\d+")*)/g, function(all, type, index) {
| |
| - | var args = index.replace(/"C(\d+)"/g, function(all, j) { return atoms[j]; })
| |
| - | .replace(/\[\s*\]/g, "[null]").replace(/\s*\]\s*\[\s*/g, ", ");
| |
| - | var arrayInitializer = "{" + args.substring(1, args.length - 1) + "}";
| |
| - | var createArrayArgs = "('" + type + "', " + addAtom(arrayInitializer, 'A') + ")";
| |
| - | return '$p.createJavaArray' + addAtom(createArrayArgs, 'B');
| |
| - | });
| |
| - | // .length() --> .length
| |
| - | s = s.replace(/(\.\s*length)\s*"B\d+"/g, "$1");
| |
| - | // #000000 --> 0x000000
| |
| - | s = s.replace(/#([0-9A-Fa-f]{6})\b/g, function(all, digits) {
| |
| - | return "0xFF" + digits;
| |
| - | });
| |
| - | // delete (type)???, except (int)???
| |
| - | s = s.replace(/"B(\d+)"(\s*(?:[\w$']|"B))/g, function(all, index, next) {
| |
| - | var atom = atoms[index];
| |
| - | if(!/^\(\s*[A-Za-z_$][\w$]*\b(?:\s*\.\s*[A-Za-z_$][\w$]*\b)*\s*(?:"C\d+"\s*)*\)$/.test(atom)) {
| |
| - | return all;
| |
| - | }
| |
| - | if(/^\(\s*int\s*\)$/.test(atom)) {
| |
| - | return "(int)" + next;
| |
| - | }
| |
| - | var indexParts = atom.split(/"C(\d+)"/g);
| |
| - | if(indexParts.length > 1) {
| |
| - | // even items contains atom numbers, can check only first
| |
| - | if(! /^\[\s*\]$/.test(atoms[indexParts[1]])) {
| |
| - | return all; // fallback - not a cast
| |
| - | }
| |
| - | }
| |
| - | return "" + next;
| |
| - | });
| |
| - | // (int)??? -> __int_cast(???)
| |
| - | s = s.replace(/\(int\)([^,\]\)\}\?\:\*\+\-\/\^\|\%\&\~<\>\=]+)/g, function(all, arg) {
| |
| - | var trimmed = trimSpaces(arg);
| |
| - | return trimmed.untrim("__int_cast(" + trimmed.middle + ")");
| |
| - | });
| |
| - | // super() -> $superCstr(), super. -> $super.;
| |
| - | s = s.replace(/\bsuper(\s*"B\d+")/g, "$$superCstr$1").replace(/\bsuper(\s*\.)/g, "$$super$1");
| |
| - | // 000.43->0.43 and 0010f->10, but not 0010
| |
| - | s = s.replace(/\b0+((\d*)(?:\.[\d*])?(?:[eE][\-\+]?\d+)?[fF]?)\b/, function(all, numberWo0, intPart) {
| |
| - | if( numberWo0 === intPart) {
| |
| - | return all;
| |
| - | }
| |
| - | return intPart === "" ? "0" + numberWo0 : numberWo0;
| |
| - | });
| |
| - | // 3.0f -> 3.0
| |
| - | s = s.replace(/\b(\.?\d+\.?)[fF]\b/g, "$1");
| |
| - | // Weird (?) parsing errors with %
| |
| - | s = s.replace(/([^\s])%([^=\s])/g, "$1 % $2");
| |
| - | // Since frameRate() and frameRate are different things,
| |
| - | // we need to differentiate them somehow. So when we parse
| |
| - | // the Processing.js source, replace frameRate so it isn't
| |
| - | // confused with frameRate(), as well as keyPressed and mousePressed
| |
| - | s = s.replace(/\b(frameRate|keyPressed|mousePressed)\b(?!\s*"B)/g, "__$1");
| |
| - | // "boolean", "byte", "int", etc. => "parseBoolean", "parseByte", "parseInt", etc.
| |
| - | s = s.replace(/\b(boolean|byte|char|float|int)\s*"B/g, function(all, name) {
| |
| - | return "parse" + name.substring(0, 1).toUpperCase() + name.substring(1) + "\"B";
| |
| - | });
| |
| - | // "pixels" replacements:
| |
| - | // pixels[i] = c => pixels.setPixel(i,c) | pixels[i] => pixels.getPixel(i)
| |
| - | // pixels.length => pixels.getLength()
| |
| - | // pixels = ar => pixels.set(ar) | pixels => pixels.toArray()
| |
| - | s = s.replace(/\bpixels\b\s*(("C(\d+)")|\.length)?(\s*=(?!=)([^,\]\)\}]+))?/g,
| |
| - | function(all, indexOrLength, index, atomIndex, equalsPart, rightSide) {
| |
| - | if(index) {
| |
| - | var atom = atoms[atomIndex];
| |
| - | if(equalsPart) {
| |
| - | return "pixels.setPixel" + addAtom("(" +atom.substring(1, atom.length - 1) +
| |
| - | "," + rightSide + ")", 'B');
| |
| - | }
| |
| - | return "pixels.getPixel" + addAtom("(" + atom.substring(1, atom.length - 1) +
| |
| - | ")", 'B');
| |
| - | }
| |
| - | if(indexOrLength) {
| |
| - | // length
| |
| - | return "pixels.getLength" + addAtom("()", 'B');
| |
| - | }
| |
| - | if(equalsPart) {
| |
| - | return "pixels.set" + addAtom("(" + rightSide + ")", 'B');
| |
| - | }
| |
| - | return "pixels.toArray" + addAtom("()", 'B');
| |
| - | });
| |
| - | // Java method replacements for: replace, replaceAll, replaceFirst, equals, hashCode, etc.
| |
| - | // xxx.replace(yyy) -> __replace(xxx, yyy)
| |
| - | // "xx".replace(yyy) -> __replace("xx", yyy)
| |
| - | var repeatJavaReplacement;
| |
| - | function replacePrototypeMethods(all, subject, method, atomIndex) {
| |
| - | var atom = atoms[atomIndex];
| |
| - | repeatJavaReplacement = true;
| |
| - | var trimmed = trimSpaces(atom.substring(1, atom.length - 1));
| |
| - | return "__" + method + ( trimmed.middle === "" ? addAtom("(" + subject.replace(/\.\s*$/, "") + ")", 'B') :
| |
| - | addAtom("(" + subject.replace(/\.\s*$/, "") + "," + trimmed.middle + ")", 'B') );
| |
| - | }
| |
| - | do {
| |
| - | repeatJavaReplacement = false;
| |
| - | s = s.replace(/((?:'\d+'|\b[A-Za-z_$][\w$]*\s*(?:"[BC]\d+")*)\s*\.\s*(?:[A-Za-z_$][\w$]*\s*(?:"[BC]\d+"\s*)*\.\s*)*)(replace|replaceAll|replaceFirst|contains|equals|equalsIgnoreCase|hashCode|toCharArray|printStackTrace|split|startsWith|endsWith|codePointAt|matches)\s*"B(\d+)"/g,
| |
| - | replacePrototypeMethods);
| |
| - | } while (repeatJavaReplacement);
| |
| - | // xxx instanceof yyy -> __instanceof(xxx, yyy)
| |
| - | function replaceInstanceof(all, subject, type) {
| |
| - | repeatJavaReplacement = true;
| |
| - | return "__instanceof" + addAtom("(" + subject + ", " + type + ")", 'B');
| |
| - | }
| |
| - | do {
| |
| - | repeatJavaReplacement = false;
| |
| - | s = s.replace(/((?:'\d+'|\b[A-Za-z_$][\w$]*\s*(?:"[BC]\d+")*)\s*(?:\.\s*[A-Za-z_$][\w$]*\s*(?:"[BC]\d+"\s*)*)*)instanceof\s+([A-Za-z_$][\w$]*\s*(?:\.\s*[A-Za-z_$][\w$]*)*)/g,
| |
| - | replaceInstanceof);
| |
| - | } while (repeatJavaReplacement);
| |
| - | // this() -> $constr()
| |
| - | s = s.replace(/\bthis(\s*"B\d+")/g, "$$constr$1");
| |
| - |
| |
| - | return s;
| |
| - | }
| |
| - |
| |
| - | function AstInlineClass(baseInterfaceName, body) {
| |
| - | this.baseInterfaceName = baseInterfaceName;
| |
| - | this.body = body;
| |
| - | body.owner = this;
| |
| - | }
| |
| - | AstInlineClass.prototype.toString = function() {
| |
| - | return "new (" + this.body + ")";
| |
| - | };
| |
| - |
| |
| - | function transformInlineClass(class_) {
| |
| - | var m = new RegExp(/\bnew\s*([A-Za-z_$][\w$]*\s*(?:\.\s*[A-Za-z_$][\w$]*)*)\s*"B\d+"\s*"A(\d+)"/).exec(class_);
| |
| - | var oldClassId = currentClassId, newClassId = generateClassId();
| |
| - | currentClassId = newClassId;
| |
| - | var uniqueClassName = m[1] + "$" + newClassId;
| |
| - | var inlineClass = new AstInlineClass(uniqueClassName,
| |
| - | transformClassBody(atoms[m[2]], uniqueClassName, "", "implements " + m[1]));
| |
| - | appendClass(inlineClass, newClassId, oldClassId);
| |
| - | currentClassId = oldClassId;
| |
| - | return inlineClass;
| |
| - | }
| |
| - |
| |
| - | function AstFunction(name, params, body) {
| |
| - | this.name = name;
| |
| - | this.params = params;
| |
| - | this.body = body;
| |
| - | }
| |
| - | AstFunction.prototype.toString = function() {
| |
| - | var oldContext = replaceContext;
| |
| - | // saving "this." and parameters
| |
| - | var names = appendToLookupTable({"this":null}, this.params.getNames());
| |
| - | replaceContext = function (subject) {
| |
| - | return names.hasOwnProperty(subject.name) ? subject.name : oldContext(subject);
| |
| - | };
| |
| - | var result = "function";
| |
| - | if(this.name) {
| |
| - | result += " " + this.name;
| |
| - | }
| |
| - | var body = this.params.prependMethodArgs(this.body.toString());
| |
| - | result += this.params + " " + body;
| |
| - | replaceContext = oldContext;
| |
| - | return result;
| |
| - | };
| |
| - |
| |
| - | function transformFunction(class_) {
| |
| - | var m = new RegExp(/\b([A-Za-z_$][\w$]*)\s*"B(\d+)"\s*"A(\d+)"/).exec(class_);
| |
| - | return new AstFunction( m[1] !== "function" ? m[1] : null,
| |
| - | transformParams(atoms[m[2]]), transformStatementsBlock(atoms[m[3]]));
| |
| - | }
| |
| - |
| |
| - | function AstInlineObject(members) {
| |
| - | this.members = members;
| |
| - | }
| |
| - | AstInlineObject.prototype.toString = function() {
| |
| - | var oldContext = replaceContext;
| |
| - | replaceContext = function (subject) {
| |
| - | return subject.name === "this" ? "this" : oldContext(subject); // saving "this."
| |
| - | };
| |
| - | var result = "";
| |
| - | for(var i=0,l=this.members.length;i<l;++i) {
| |
| - | if(this.members[i].label) {
| |
| - | result += this.members[i].label + ": ";
| |
| - | }
| |
| - | result += this.members[i].value.toString() + ", ";
| |
| - | }
| |
| - | replaceContext = oldContext;
| |
| - | return result.substring(0, result.length - 2);
| |
| - | };
| |
| - |
| |
| - | function transformInlineObject(obj) {
| |
| - | var members = obj.split(',');
| |
| - | for(var i=0; i < members.length; ++i) {
| |
| - | var label = members[i].indexOf(':');
| |
| - | if(label < 0) {
| |
| - | members[i] = { value: transformExpression(members[i]) };
| |
| - | } else {
| |
| - | members[i] = { label: trim(members[i].substring(0, label)),
| |
| - | value: transformExpression( trim(members[i].substring(label + 1)) ) };
| |
| - | }
| |
| - | }
| |
| - | return new AstInlineObject(members);
| |
| - | }
| |
| - |
| |
| - | function expandExpression(expr) {
| |
| - | if(expr.charAt(0) === '(' || expr.charAt(0) === '[') {
| |
| - | return expr.charAt(0) + expandExpression(expr.substring(1, expr.length - 1)) + expr.charAt(expr.length - 1);
| |
| - | }
| |
| - | if(expr.charAt(0) === '{') {
| |
| - | if(/^\{\s*(?:[A-Za-z_$][\w$]*|'\d+')\s*:/.test(expr)) {
| |
| - | return "{" + addAtom(expr.substring(1, expr.length - 1), 'I') + "}";
| |
| - | }
| |
| - | return "[" + expandExpression(expr.substring(1, expr.length - 1)) + "]";
| |
| - | }
| |
| - | var trimmed = trimSpaces(expr);
| |
| - | var result = preExpressionTransform(trimmed.middle);
| |
| - | result = result.replace(/"[ABC](\d+)"/g, function(all, index) {
| |
| - | return expandExpression(atoms[index]);
| |
| - | });
| |
| - | return trimmed.untrim(result);
| |
| - | }
| |
| - |
| |
| - | function replaceContextInVars(expr) {
| |
| - | return expr.replace(/(\.\s*)?((?:\b[A-Za-z_]|\$)[\w$]*)(\s*\.\s*([A-Za-z_$][\w$]*)(\s*\()?)?/g,
| |
| - | function(all, memberAccessSign, identifier, suffix, subMember, callSign) {
| |
| - | if(memberAccessSign) {
| |
| - | return all;
| |
| - | }
| |
| - | var subject = { name: identifier, member: subMember, callSign: !!callSign };
| |
| - | return replaceContext(subject) + (suffix === undef ? "" : suffix);
| |
| - | });
| |
| - | }
| |
| - |
| |
| - | function AstExpression(expr, transforms) {
| |
| - | this.expr = expr;
| |
| - | this.transforms = transforms;
| |
| - | }
| |
| - | AstExpression.prototype.toString = function() {
| |
| - | var transforms = this.transforms;
| |
| - | var expr = replaceContextInVars(this.expr);
| |
| - | return expr.replace(/"!(\d+)"/g, function(all, index) {
| |
| - | return transforms[index].toString();
| |
| - | });
| |
| - | };
| |
| - |
| |
| - | transformExpression = function(expr) {
| |
| - | var transforms = [];
| |
| - | var s = expandExpression(expr);
| |
| - | s = s.replace(/"H(\d+)"/g, function(all, index) {
| |
| - | transforms.push(transformFunction(atoms[index]));
| |
| - | return '"!' + (transforms.length - 1) + '"';
| |
| - | });
| |
| - | s = s.replace(/"F(\d+)"/g, function(all, index) {
| |
| - | transforms.push(transformInlineClass(atoms[index]));
| |
| - | return '"!' + (transforms.length - 1) + '"';
| |
| - | });
| |
| - | s = s.replace(/"I(\d+)"/g, function(all, index) {
| |
| - | transforms.push(transformInlineObject(atoms[index]));
| |
| - | return '"!' + (transforms.length - 1) + '"';
| |
| - | });
| |
| - |
| |
| - | return new AstExpression(s, transforms);
| |
| - | };
| |
| - |
| |
| - | function AstVarDefinition(name, value, isDefault) {
| |
| - | this.name = name;
| |
| - | this.value = value;
| |
| - | this.isDefault = isDefault;
| |
| - | }
| |
| - | AstVarDefinition.prototype.toString = function() {
| |
| - | return this.name + ' = ' + this.value;
| |
| - | };
| |
| - |
| |
| - | function transformVarDefinition(def, defaultTypeValue) {
| |
| - | var eqIndex = def.indexOf("=");
| |
| - | var name, value, isDefault;
| |
| - | if(eqIndex < 0) {
| |
| - | name = def;
| |
| - | value = defaultTypeValue;
| |
| - | isDefault = true;
| |
| - | } else {
| |
| - | name = def.substring(0, eqIndex);
| |
| - | value = transformExpression(def.substring(eqIndex + 1));
| |
| - | isDefault = false;
| |
| - | }
| |
| - | return new AstVarDefinition( trim(name.replace(/(\s*"C\d+")+/g, "")),
| |
| - | value, isDefault);
| |
| - | }
| |
| - |
| |
| - | function getDefaultValueForType(type) {
| |
| - | if(type === "int" || type === "float") {
| |
| - | return "0";
| |
| - | }
| |
| - | if(type === "boolean") {
| |
| - | return "false";
| |
| - | }
| |
| - | if(type === "color") {
| |
| - | return "0x00000000";
| |
| - | }
| |
| - | return "null";
| |
| - | }
| |
| - |
| |
| - | function AstVar(definitions, varType) {
| |
| - | this.definitions = definitions;
| |
| - | this.varType = varType;
| |
| - | }
| |
| - | AstVar.prototype.getNames = function() {
| |
| - | var names = [];
| |
| - | for(var i=0,l=this.definitions.length;i<l;++i) {
| |
| - | names.push(this.definitions[i].name);
| |
| - | }
| |
| - | return names;
| |
| - | };
| |
| - | AstVar.prototype.toString = function() {
| |
| - | return "var " + this.definitions.join(",");
| |
| - | };
| |
| - | function AstStatement(expression) {
| |
| - | this.expression = expression;
| |
| - | }
| |
| - | AstStatement.prototype.toString = function() {
| |
| - | return this.expression.toString();
| |
| - | };
| |
| - |
| |
| - | function transformStatement(statement) {
| |
| - | if(fieldTest.test(statement)) {
| |
| - | var attrAndType = attrAndTypeRegex.exec(statement);
| |
| - | var definitions = statement.substring(attrAndType[0].length).split(",");
| |
| - | var defaultTypeValue = getDefaultValueForType(attrAndType[2]);
| |
| - | for(var i=0; i < definitions.length; ++i) {
| |
| - | definitions[i] = transformVarDefinition(definitions[i], defaultTypeValue);
| |
| - | }
| |
| - | return new AstVar(definitions, attrAndType[2]);
| |
| - | }
| |
| - | return new AstStatement(transformExpression(statement));
| |
| - | }
| |
| - |
| |
| - | function AstForExpression(initStatement, condition, step) {
| |
| - | this.initStatement = initStatement;
| |
| - | this.condition = condition;
| |
| - | this.step = step;
| |
| - | }
| |
| - | AstForExpression.prototype.toString = function() {
| |
| - | return "(" + this.initStatement + "; " + this.condition + "; " + this.step + ")";
| |
| - | };
| |
| - |
| |
| - | function AstForInExpression(initStatement, container) {
| |
| - | this.initStatement = initStatement;
| |
| - | this.container = container;
| |
| - | }
| |
| - | AstForInExpression.prototype.toString = function() {
| |
| - | var init = this.initStatement.toString();
| |
| - | if(init.indexOf("=") >= 0) { // can be without var declaration
| |
| - | init = init.substring(0, init.indexOf("="));
| |
| - | }
| |
| - | return "(" + init + " in " + this.container + ")";
| |
| - | };
| |
| - |
| |
| - | function AstForEachExpression(initStatement, container) {
| |
| - | this.initStatement = initStatement;
| |
| - | this.container = container;
| |
| - | }
| |
| - | AstForEachExpression.iteratorId = 0;
| |
| - | AstForEachExpression.prototype.toString = function() {
| |
| - | var init = this.initStatement.toString();
| |
| - | var iterator = "$it" + (AstForEachExpression.iteratorId++);
| |
| - | var variableName = init.replace(/^\s*var\s*/, "").split("=")[0];
| |
| - | var initIteratorAndVariable = "var " + iterator + " = new $p.ObjectIterator(" + this.container + "), " +
| |
| - | variableName + " = void(0)";
| |
| - | var nextIterationCondition = iterator + ".hasNext() && ((" +
| |
| - | variableName + " = " + iterator + ".next()) || true)";
| |
| - | return "(" + initIteratorAndVariable + "; " + nextIterationCondition + ";)";
| |
| - | };
| |
| - |
| |
| - | function transformForExpression(expr) {
| |
| - | var content;
| |
| - | if (/\bin\b/.test(expr)) {
| |
| - | content = expr.substring(1, expr.length - 1).split(/\bin\b/g);
| |
| - | return new AstForInExpression( transformStatement(trim(content[0])),
| |
| - | transformExpression(content[1]));
| |
| - | }
| |
| - | if (expr.indexOf(":") >= 0 && expr.indexOf(";") < 0) {
| |
| - | content = expr.substring(1, expr.length - 1).split(":");
| |
| - | return new AstForEachExpression( transformStatement(trim(content[0])),
| |
| - | transformExpression(content[1]));
| |
| - | }
| |
| - | content = expr.substring(1, expr.length - 1).split(";");
| |
| - | return new AstForExpression( transformStatement(trim(content[0])),
| |
| - | transformExpression(content[1]), transformExpression(content[2]));
| |
| - | }
| |
| - |
| |
| - | function sortByWeight(array) {
| |
| - | array.sort(function (a,b) {
| |
| - | return b.weight - a.weight;
| |
| - | });
| |
| - | }
| |
| - |
| |
| - | function AstInnerInterface(name, body, isStatic) {
| |
| - | this.name = name;
| |
| - | this.body = body;
| |
| - | this.isStatic = isStatic;
| |
| - | body.owner = this;
| |
| - | }
| |
| - | AstInnerInterface.prototype.toString = function() {
| |
| - | return "" + this.body;
| |
| - | };
| |
| - | function AstInnerClass(name, body, isStatic) {
| |
| - | this.name = name;
| |
| - | this.body = body;
| |
| - | this.isStatic = isStatic;
| |
| - | body.owner = this;
| |
| - | }
| |
| - | AstInnerClass.prototype.toString = function() {
| |
| - | return "" + this.body;
| |
| - | };
| |
| - |
| |
| - | function transformInnerClass(class_) {
| |
| - | var m = classesRegex.exec(class_); // 1 - attr, 2 - class|int, 3 - name, 4 - extends, 5 - implements, 6 - body
| |
| - | classesRegex.lastIndex = 0;
| |
| - | var isStatic = m[1].indexOf("static") >= 0;
| |
| - | var body = atoms[getAtomIndex(m[6])], innerClass;
| |
| - | var oldClassId = currentClassId, newClassId = generateClassId();
| |
| - | currentClassId = newClassId;
| |
| - | if(m[2] === "interface") {
| |
| - | innerClass = new AstInnerInterface(m[3], transformInterfaceBody(body, m[3], m[4]), isStatic);
| |
| - | } else {
| |
| - | innerClass = new AstInnerClass(m[3], transformClassBody(body, m[3], m[4], m[5]), isStatic);
| |
| - | }
| |
| - | appendClass(innerClass, newClassId, oldClassId);
| |
| - | currentClassId = oldClassId;
| |
| - | return innerClass;
| |
| - | }
| |
| - |
| |
| - | function AstClassMethod(name, params, body, isStatic) {
| |
| - | this.name = name;
| |
| - | this.params = params;
| |
| - | this.body = body;
| |
| - | this.isStatic = isStatic;
| |
| - | }
| |
| - | AstClassMethod.prototype.toString = function(){
| |
| - | var paramNames = appendToLookupTable({}, this.params.getNames());
| |
| - | var oldContext = replaceContext;
| |
| - | replaceContext = function (subject) {
| |
| - | return paramNames.hasOwnProperty(subject.name) ? subject.name : oldContext(subject);
| |
| - | };
| |
| - | var body = this.params.prependMethodArgs(this.body.toString());
| |
| - | var result = "function " + this.methodId + this.params + " " + body +"\n";
| |
| - | replaceContext = oldContext;
| |
| - | return result;
| |
| - | };
| |
| - |
| |
| - | function transformClassMethod(method) {
| |
| - | var m = methodsRegex.exec(method);
| |
| - | methodsRegex.lastIndex = 0;
| |
| - | var isStatic = m[1].indexOf("static") >= 0;
| |
| - | var body = m[6] !== ';' ? atoms[getAtomIndex(m[6])] : "{}";
| |
| - | return new AstClassMethod(m[3], transformParams(atoms[getAtomIndex(m[4])]),
| |
| - | transformStatementsBlock(body), isStatic );
| |
| - | }
| |
| - |
| |
| - | function AstClassField(definitions, fieldType, isStatic) {
| |
| - | this.definitions = definitions;
| |
| - | this.fieldType = fieldType;
| |
| - | this.isStatic = isStatic;
| |
| - | }
| |
| - | AstClassField.prototype.getNames = function() {
| |
| - | var names = [];
| |
| - | for(var i=0,l=this.definitions.length;i<l;++i) {
| |
| - | names.push(this.definitions[i].name);
| |
| - | }
| |
| - | return names;
| |
| - | };
| |
| - | AstClassField.prototype.toString = function() {
| |
| - | var thisPrefix = replaceContext({ name: "[this]" });
| |
| - | if(this.isStatic) {
| |
| - | var className = this.owner.name;
| |
| - | var staticDeclarations = [];
| |
| - | for(var i=0,l=this.definitions.length;i<l;++i) {
| |
| - | var definition = this.definitions[i];
| |
| - | var name = definition.name, staticName = className + "." + name;
| |
| - | var declaration = "if(" + staticName + " === void(0)) {\n" +
| |
| - | " " + staticName + " = " + definition.value + "; }\n" +
| |
| - | "$p.defineProperty(" + thisPrefix + ", " +
| |
| - | "'" + name + "', { get: function(){return " + staticName + ";}, " +
| |
| - | "set: function(val){" + staticName + " = val;} });\n";
| |
| - | staticDeclarations.push(declaration);
| |
| - | }
| |
| - | return staticDeclarations.join("");
| |
| - | }
| |
| - | return thisPrefix + "." + this.definitions.join("; " + thisPrefix + ".");
| |
| - | };
| |
| - |
| |
| - | function transformClassField(statement) {
| |
| - | var attrAndType = attrAndTypeRegex.exec(statement);
| |
| - | var isStatic = attrAndType[1].indexOf("static") >= 0;
| |
| - | var definitions = statement.substring(attrAndType[0].length).split(/,\s*/g);
| |
| - | var defaultTypeValue = getDefaultValueForType(attrAndType[2]);
| |
| - | for(var i=0; i < definitions.length; ++i) {
| |
| - | definitions[i] = transformVarDefinition(definitions[i], defaultTypeValue);
| |
| - | }
| |
| - | return new AstClassField(definitions, attrAndType[2], isStatic);
| |
| - | }
| |
| - |
| |
| - | function AstConstructor(params, body) {
| |
| - | this.params = params;
| |
| - | this.body = body;
| |
| - | }
| |
| - | AstConstructor.prototype.toString = function() {
| |
| - | var paramNames = appendToLookupTable({}, this.params.getNames());
| |
| - | var oldContext = replaceContext;
| |
| - | replaceContext = function (subject) {
| |
| - | return paramNames.hasOwnProperty(subject.name) ? subject.name : oldContext(subject);
| |
| - | };
| |
| - | var prefix = "function $constr_" + this.params.params.length + this.params.toString();
| |
| - | var body = this.params.prependMethodArgs(this.body.toString());
| |
| - | if(!/\$(superCstr|constr)\b/.test(body)) {
| |
| - | body = "{\n$superCstr();\n" + body.substring(1);
| |
| - | }
| |
| - | replaceContext = oldContext;
| |
| - | return prefix + body + "\n";
| |
| - | };
| |
| - |
| |
| - | function transformConstructor(cstr) {
| |
| - | var m = new RegExp(/"B(\d+)"\s*"A(\d+)"/).exec(cstr);
| |
| - | var params = transformParams(atoms[m[1]]);
| |
| - |
| |
| - | return new AstConstructor(params, transformStatementsBlock(atoms[m[2]]));
| |
| - | }
| |
| - |
| |
| - | function AstInterfaceBody(name, interfacesNames, methodsNames, fields, innerClasses, misc) {
| |
| - | var i,l;
| |
| - | this.name = name;
| |
| - | this.interfacesNames = interfacesNames;
| |
| - | this.methodsNames = methodsNames;
| |
| - | this.fields = fields;
| |
| - | this.innerClasses = innerClasses;
| |
| - | this.misc = misc;
| |
| - | for(i=0,l=fields.length; i<l; ++i) {
| |
| - | fields[i].owner = this;
| |
| - | }
| |
| - | }
| |
| - | AstInterfaceBody.prototype.getMembers = function(classFields, classMethods, classInners) {
| |
| - | if(this.owner.base) {
| |
| - | this.owner.base.body.getMembers(classFields, classMethods, classInners);
| |
| - | }
| |
| - | var i, j, l, m;
| |
| - | for(i=0,l=this.fields.length;i<l;++i) {
| |
| - | var fieldNames = this.fields[i].getNames();
| |
| - | for(j=0,m=fieldNames.length;j<m;++j) {
| |
| - | classFields[fieldNames[j]] = this.fields[i];
| |
| - | }
| |
| - | }
| |
| - | for(i=0,l=this.methodsNames.length;i<l;++i) {
| |
| - | var methodName = this.methodsNames[i];
| |
| - | classMethods[methodName] = true;
| |
| - | }
| |
| - | for(i=0,l=this.innerClasses.length;i<l;++i) {
| |
| - | var innerClass = this.innerClasses[i];
| |
| - | classInners[innerClass.name] = innerClass;
| |
| - | }
| |
| - | };
| |
| - | AstInterfaceBody.prototype.toString = function() {
| |
| - | function getScopeLevel(p) {
| |
| - | var i = 0;
| |
| - | while(p) {
| |
| - | ++i;
| |
| - | p=p.scope;
| |
| - | }
| |
| - | return i;
| |
| - | }
| |
| - |
| |
| - | var scopeLevel = getScopeLevel(this.owner);
| |
| - |
| |
| - | var className = this.name;
| |
| - | var staticDefinitions = "";
| |
| - | var metadata = "";
| |
| - |
| |
| - | var thisClassFields = {}, thisClassMethods = {}, thisClassInners = {};
| |
| - | this.getMembers(thisClassFields, thisClassMethods, thisClassInners);
| |
| - |
| |
| - | var i, l, j, m;
| |
| - |
| |
| - | if (this.owner.interfaces) {
| |
| - | // interface name can be present, but interface is not
| |
| - | var resolvedInterfaces = [], resolvedInterface;
| |
| - | for (i = 0, l = this.interfacesNames.length; i < l; ++i) {
| |
| - | if (!this.owner.interfaces[i]) {
| |
| - | continue;
| |
| - | }
| |
| - | resolvedInterface = replaceContext({name: this.interfacesNames[i]});
| |
| - | resolvedInterfaces.push(resolvedInterface);
| |
| - | staticDefinitions += "$p.extendInterfaceMembers(" + className + ", " + resolvedInterface + ");\n";
| |
| - | }
| |
| - | metadata += className + ".$interfaces = [" + resolvedInterfaces.join(", ") + "];\n";
| |
| - | }
| |
| - | metadata += className + ".$isInterface = true;\n";
| |
| - | metadata += className + ".$methods = [\'" + this.methodsNames.join("\', \'") + "\'];\n";
| |
| - |
| |
| - | sortByWeight(this.innerClasses);
| |
| - | for (i = 0, l = this.innerClasses.length; i < l; ++i) {
| |
| - | var innerClass = this.innerClasses[i];
| |
| - | if (innerClass.isStatic) {
| |
| - | staticDefinitions += className + "." + innerClass.name + " = " + innerClass + ";\n";
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | for (i = 0, l = this.fields.length; i < l; ++i) {
| |
| - | var field = this.fields[i];
| |
| - | if (field.isStatic) {
| |
| - | staticDefinitions += className + "." + field.definitions.join(";\n" + className + ".") + ";\n";
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | return "(function() {\n" +
| |
| - | "function " + className + "() { throw \'Unable to create the interface\'; }\n" +
| |
| - | staticDefinitions +
| |
| - | metadata +
| |
| - | "return " + className + ";\n" +
| |
| - | "})()";
| |
| - | };
| |
| - |
| |
| - | transformInterfaceBody = function(body, name, baseInterfaces) {
| |
| - | var declarations = body.substring(1, body.length - 1);
| |
| - | declarations = extractClassesAndMethods(declarations);
| |
| - | declarations = extractConstructors(declarations, name);
| |
| - | var methodsNames = [], classes = [];
| |
| - | declarations = declarations.replace(/"([DE])(\d+)"/g, function(all, type, index) {
| |
| - | if(type === 'D') { methodsNames.push(index); }
| |
| - | else if(type === 'E') { classes.push(index); }
| |
| - | return "";
| |
| - | });
| |
| - | var fields = declarations.split(/;(?:\s*;)*/g);
| |
| - | var baseInterfaceNames;
| |
| - | var i, l;
| |
| - |
| |
| - | if(baseInterfaces !== undef) {
| |
| - | baseInterfaceNames = baseInterfaces.replace(/^\s*extends\s+(.+?)\s*$/g, "$1").split(/\s*,\s*/g);
| |
| - | }
| |
| - |
| |
| - | for(i = 0, l = methodsNames.length; i < l; ++i) {
| |
| - | var method = transformClassMethod(atoms[methodsNames[i]]);
| |
| - | methodsNames[i] = method.name;
| |
| - | }
| |
| - | for(i = 0, l = fields.length - 1; i < l; ++i) {
| |
| - | var field = trimSpaces(fields[i]);
| |
| - | fields[i] = transformClassField(field.middle);
| |
| - | }
| |
| - | var tail = fields.pop();
| |
| - | for(i = 0, l = classes.length; i < l; ++i) {
| |
| - | classes[i] = transformInnerClass(atoms[classes[i]]);
| |
| - | }
| |
| - |
| |
| - | return new AstInterfaceBody(name, baseInterfaceNames, methodsNames, fields, classes, { tail: tail });
| |
| - | };
| |
| - |
| |
| - | function AstClassBody(name, baseClassName, interfacesNames, functions, methods, fields, cstrs, innerClasses, misc) {
| |
| - | var i,l;
| |
| - | this.name = name;
| |
| - | this.baseClassName = baseClassName;
| |
| - | this.interfacesNames = interfacesNames;
| |
| - | this.functions = functions;
| |
| - | this.methods = methods;
| |
| - | this.fields = fields;
| |
| - | this.cstrs = cstrs;
| |
| - | this.innerClasses = innerClasses;
| |
| - | this.misc = misc;
| |
| - | for(i=0,l=fields.length; i<l; ++i) {
| |
| - | fields[i].owner = this;
| |
| - | }
| |
| - | }
| |
| - | AstClassBody.prototype.getMembers = function(classFields, classMethods, classInners) {
| |
| - | if(this.owner.base) {
| |
| - | this.owner.base.body.getMembers(classFields, classMethods, classInners);
| |
| - | }
| |
| - | var i, j, l, m;
| |
| - | for(i=0,l=this.fields.length;i<l;++i) {
| |
| - | var fieldNames = this.fields[i].getNames();
| |
| - | for(j=0,m=fieldNames.length;j<m;++j) {
| |
| - | classFields[fieldNames[j]] = this.fields[i];
| |
| - | }
| |
| - | }
| |
| - | for(i=0,l=this.methods.length;i<l;++i) {
| |
| - | var method = this.methods[i];
| |
| - | classMethods[method.name] = method;
| |
| - | }
| |
| - | for(i=0,l=this.innerClasses.length;i<l;++i) {
| |
| - | var innerClass = this.innerClasses[i];
| |
| - | classInners[innerClass.name] = innerClass;
| |
| - | }
| |
| - | };
| |
| - | AstClassBody.prototype.toString = function() {
| |
| - | function getScopeLevel(p) {
| |
| - | var i = 0;
| |
| - | while(p) {
| |
| - | ++i;
| |
| - | p=p.scope;
| |
| - | }
| |
| - | return i;
| |
| - | }
| |
| - |
| |
| - | var scopeLevel = getScopeLevel(this.owner);
| |
| - |
| |
| - | var selfId = "$this_" + scopeLevel;
| |
| - | var className = this.name;
| |
| - | var result = "var " + selfId + " = this;\n";
| |
| - | var staticDefinitions = "";
| |
| - | var metadata = "";
| |
| - |
| |
| - | var thisClassFields = {}, thisClassMethods = {}, thisClassInners = {};
| |
| - | this.getMembers(thisClassFields, thisClassMethods, thisClassInners);
| |
| - |
| |
| - | var oldContext = replaceContext;
| |
| - | replaceContext = function (subject) {
| |
| - | var name = subject.name;
| |
| - | if(name === "this") {
| |
| - | // returns "$this_N.$self" pointer instead of "this" in cases:
| |
| - | // "this()", "this.XXX()", "this", but not for "this.XXX"
| |
| - | return subject.callSign || !subject.member ? selfId + ".$self" : selfId;
| |
| - | }
| |
| - | if(thisClassFields.hasOwnProperty(name)) {
| |
| - | return thisClassFields[name].isStatic ? className + "." + name : selfId + "." + name;
| |
| - | }
| |
| - | if(thisClassInners.hasOwnProperty(name)) {
| |
| - | return selfId + "." + name;
| |
| - | }
| |
| - | if(thisClassMethods.hasOwnProperty(name)) {
| |
| - | return thisClassMethods[name].isStatic ? className + "." + name : selfId + ".$self." + name;
| |
| - | }
| |
| - | return oldContext(subject);
| |
| - | };
| |
| - |
| |
| - | var resolvedBaseClassName;
| |
| - | if (this.baseClassName) {
| |
| - | resolvedBaseClassName = oldContext({name: this.baseClassName});
| |
| - | result += "var $super = { $upcast: " + selfId + " };\n";
| |
| - | result += "function $superCstr(){" + resolvedBaseClassName +
| |
| - | ".apply($super,arguments);if(!('$self' in $super)) $p.extendClassChain($super)}\n";
| |
| - | metadata += className + ".$base = " + resolvedBaseClassName + ";\n";
| |
| - | } else {
| |
| - | result += "function $superCstr(){$p.extendClassChain("+ selfId +")}\n";
| |
| - | }
| |
| - |
| |
| - | if (this.owner.base) {
| |
| - | // base class name can be present, but class is not
| |
| - | staticDefinitions += "$p.extendStaticMembers(" + className + ", " + resolvedBaseClassName + ");\n";
| |
| - | }
| |
| - |
| |
| - | var i, l, j, m;
| |
| - |
| |
| - | if (this.owner.interfaces) {
| |
| - | // interface name can be present, but interface is not
| |
| - | var resolvedInterfaces = [], resolvedInterface;
| |
| - | for (i = 0, l = this.interfacesNames.length; i < l; ++i) {
| |
| - | if (!this.owner.interfaces[i]) {
| |
| - | continue;
| |
| - | }
| |
| - | resolvedInterface = oldContext({name: this.interfacesNames[i]});
| |
| - | resolvedInterfaces.push(resolvedInterface);
| |
| - | staticDefinitions += "$p.extendInterfaceMembers(" + className + ", " + resolvedInterface + ");\n";
| |
| - | }
| |
| - | metadata += className + ".$interfaces = [" + resolvedInterfaces.join(", ") + "];\n";
| |
| - | }
| |
| - |
| |
| - | if (this.functions.length > 0) {
| |
| - | result += this.functions.join('\n') + '\n';
| |
| - | }
| |
| - |
| |
| - | sortByWeight(this.innerClasses);
| |
| - | for (i = 0, l = this.innerClasses.length; i < l; ++i) {
| |
| - | var innerClass = this.innerClasses[i];
| |
| - | if (innerClass.isStatic) {
| |
| - | staticDefinitions += className + "." + innerClass.name + " = " + innerClass + ";\n";
| |
| - | result += selfId + "." + innerClass.name + " = " + className + "." + innerClass.name + ";\n";
| |
| - | } else {
| |
| - | result += selfId + "." + innerClass.name + " = " + innerClass + ";\n";
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | for (i = 0, l = this.fields.length; i < l; ++i) {
| |
| - | var field = this.fields[i];
| |
| - | if (field.isStatic) {
| |
| - | staticDefinitions += className + "." + field.definitions.join(";\n" + className + ".") + ";\n";
| |
| - | for (j = 0, m = field.definitions.length; j < m; ++j) {
| |
| - | var fieldName = field.definitions[j].name, staticName = className + "." + fieldName;
| |
| - | result += "$p.defineProperty(" + selfId + ", '" + fieldName + "', {" +
| |
| - | "get: function(){return " + staticName + "}, " +
| |
| - | "set: function(val){" + staticName + " = val}});\n";
| |
| - | }
| |
| - | } else {
| |
| - | result += selfId + "." + field.definitions.join(";\n" + selfId + ".") + ";\n";
| |
| - | }
| |
| - | }
| |
| - | var methodOverloads = {};
| |
| - | for (i = 0, l = this.methods.length; i < l; ++i) {
| |
| - | var method = this.methods[i];
| |
| - | var overload = methodOverloads[method.name];
| |
| - | var methodId = method.name + "$" + method.params.params.length;
| |
| - | var hasMethodArgs = !!method.params.methodArgsParam;
| |
| - | if (overload) {
| |
| - | ++overload;
| |
| - | methodId += "_" + overload;
| |
| - | } else {
| |
| - | overload = 1;
| |
| - | }
| |
| - | method.methodId = methodId;
| |
| - | methodOverloads[method.name] = overload;
| |
| - | if (method.isStatic) {
| |
| - | staticDefinitions += method;
| |
| - | staticDefinitions += "$p.addMethod(" + className + ", '" + method.name + "', " + methodId + ", " + hasMethodArgs + ");\n";
| |
| - | result += "$p.addMethod(" + selfId + ", '" + method.name + "', " + methodId + ", " + hasMethodArgs + ");\n";
| |
| - | } else {
| |
| - | result += method;
| |
| - | result += "$p.addMethod(" + selfId + ", '" + method.name + "', " + methodId + ", " + hasMethodArgs + ");\n";
| |
| - | }
| |
| - | }
| |
| - | result += trim(this.misc.tail);
| |
| - |
| |
| - | if (this.cstrs.length > 0) {
| |
| - | result += this.cstrs.join('\n') + '\n';
| |
| - | }
| |
| - |
| |
| - | result += "function $constr() {\n";
| |
| - | var cstrsIfs = [];
| |
| - | for (i = 0, l = this.cstrs.length; i < l; ++i) {
| |
| - | var paramsLength = this.cstrs[i].params.params.length;
| |
| - | var methodArgsPresent = !!this.cstrs[i].params.methodArgsParam;
| |
| - | cstrsIfs.push("if(arguments.length " + (methodArgsPresent ? ">=" : "===") +
| |
| - | " " + paramsLength + ") { " +
| |
| - | "$constr_" + paramsLength + ".apply(" + selfId + ", arguments); }");
| |
| - | }
| |
| - | if(cstrsIfs.length > 0) {
| |
| - | result += cstrsIfs.join(" else ") + " else ";
| |
| - | }
| |
| - | // ??? add check if length is 0, otherwise fail
| |
| - | result += "$superCstr();\n}\n";
| |
| - | result += "$constr.apply(null, arguments);\n";
| |
| - |
| |
| - | replaceContext = oldContext;
| |
| - | return "(function() {\n" +
| |
| - | "function " + className + "() {\n" + result + "}\n" +
| |
| - | staticDefinitions +
| |
| - | metadata +
| |
| - | "return " + className + ";\n" +
| |
| - | "})()";
| |
| - | };
| |
| - |
| |
| - | transformClassBody = function(body, name, baseName, interfaces) {
| |
| - | var declarations = body.substring(1, body.length - 1);
| |
| - | declarations = extractClassesAndMethods(declarations);
| |
| - | declarations = extractConstructors(declarations, name);
| |
| - | var methods = [], classes = [], cstrs = [], functions = [];
| |
| - | declarations = declarations.replace(/"([DEGH])(\d+)"/g, function(all, type, index) {
| |
| - | if(type === 'D') { methods.push(index); }
| |
| - | else if(type === 'E') { classes.push(index); }
| |
| - | else if(type === 'H') { functions.push(index); }
| |
| - | else { cstrs.push(index); }
| |
| - | return "";
| |
| - | });
| |
| - | var fields = declarations.replace(/^(?:\s*;)+/, "").split(/;(?:\s*;)*/g);
| |
| - | var baseClassName, interfacesNames;
| |
| - | var i;
| |
| - |
| |
| - | if(baseName !== undef) {
| |
| - | baseClassName = baseName.replace(/^\s*extends\s+([A-Za-z_$][\w$]*\b(?:\s*\.\s*[A-Za-z_$][\w$]*\b)*)\s*$/g, "$1");
| |
| - | }
| |
| - |
| |
| - | if(interfaces !== undef) {
| |
| - | interfacesNames = interfaces.replace(/^\s*implements\s+(.+?)\s*$/g, "$1").split(/\s*,\s*/g);
| |
| - | }
| |
| - |
| |
| - | for(i = 0; i < functions.length; ++i) {
| |
| - | functions[i] = transformFunction(atoms[functions[i]]);
| |
| - | }
| |
| - | for(i = 0; i < methods.length; ++i) {
| |
| - | methods[i] = transformClassMethod(atoms[methods[i]]);
| |
| - | }
| |
| - | for(i = 0; i < fields.length - 1; ++i) {
| |
| - | var field = trimSpaces(fields[i]);
| |
| - | fields[i] = transformClassField(field.middle);
| |
| - | }
| |
| - | var tail = fields.pop();
| |
| - | for(i = 0; i < cstrs.length; ++i) {
| |
| - | cstrs[i] = transformConstructor(atoms[cstrs[i]]);
| |
| - | }
| |
| - | for(i = 0; i < classes.length; ++i) {
| |
| - | classes[i] = transformInnerClass(atoms[classes[i]]);
| |
| - | }
| |
| - |
| |
| - | return new AstClassBody(name, baseClassName, interfacesNames, functions, methods, fields, cstrs,
| |
| - | classes, { tail: tail });
| |
| - | };
| |
| - |
| |
| - | function AstInterface(name, body) {
| |
| - | this.name = name;
| |
| - | this.body = body;
| |
| - | body.owner = this;
| |
| - | }
| |
| - | AstInterface.prototype.toString = function() {
| |
| - | return "var " + this.name + " = " + this.body + ";\n" +
| |
| - | "$p." + this.name + " = " + this.name + ";\n";
| |
| - | };
| |
| - | function AstClass(name, body) {
| |
| - | this.name = name;
| |
| - | this.body = body;
| |
| - | body.owner = this;
| |
| - | }
| |
| - | AstClass.prototype.toString = function() {
| |
| - | return "var " + this.name + " = " + this.body + ";\n" +
| |
| - | "$p." + this.name + " = " + this.name + ";\n";
| |
| - | };
| |
| - |
| |
| - | function transformGlobalClass(class_) {
| |
| - | var m = classesRegex.exec(class_); // 1 - attr, 2 - class|int, 3 - name, 4 - extends, 5 - implements, 6 - body
| |
| - | classesRegex.lastIndex = 0;
| |
| - | var body = atoms[getAtomIndex(m[6])];
| |
| - | var oldClassId = currentClassId, newClassId = generateClassId();
| |
| - | currentClassId = newClassId;
| |
| - | var globalClass;
| |
| - | if(m[2] === "interface") {
| |
| - | globalClass = new AstInterface(m[3], transformInterfaceBody(body, m[3], m[4]) );
| |
| - | } else {
| |
| - | globalClass = new AstClass(m[3], transformClassBody(body, m[3], m[4], m[5]) );
| |
| - | }
| |
| - | appendClass(globalClass, newClassId, oldClassId);
| |
| - | currentClassId = oldClassId;
| |
| - | return globalClass;
| |
| - | }
| |
| - |
| |
| - | function AstMethod(name, params, body) {
| |
| - | this.name = name;
| |
| - | this.params = params;
| |
| - | this.body = body;
| |
| - | }
| |
| - | AstMethod.prototype.toString = function(){
| |
| - | var paramNames = appendToLookupTable({}, this.params.getNames());
| |
| - | var oldContext = replaceContext;
| |
| - | replaceContext = function (subject) {
| |
| - | return paramNames.hasOwnProperty(subject.name) ? subject.name : oldContext(subject);
| |
| - | };
| |
| - | var body = this.params.prependMethodArgs(this.body.toString());
| |
| - | var result = "function " + this.name + this.params + " " + body + "\n" +
| |
| - | "$p." + this.name + " = " + this.name + ";\n" +
| |
| - | this.name + " = " + this.name + ".bind($p);";
| |
| - | // "$p." + this.name + " = " + this.name + ";";
| |
| - | replaceContext = oldContext;
| |
| - | return result;
| |
| - | };
| |
| - |
| |
| - | function transformGlobalMethod(method) {
| |
| - | var m = methodsRegex.exec(method);
| |
| - | var result =
| |
| - | methodsRegex.lastIndex = 0;
| |
| - | return new AstMethod(m[3], transformParams(atoms[getAtomIndex(m[4])]),
| |
| - | transformStatementsBlock(atoms[getAtomIndex(m[6])]));
| |
| - | }
| |
| - |
| |
| - | function preStatementsTransform(statements) {
| |
| - | var s = statements;
| |
| - | // turns multiple catch blocks into one, because we have no way to properly get into them anyway.
| |
| - | s = s.replace(/\b(catch\s*"B\d+"\s*"A\d+")(\s*catch\s*"B\d+"\s*"A\d+")+/g, "$1");
| |
| - | return s;
| |
| - | }
| |
| - |
| |
| - | function AstForStatement(argument, misc) {
| |
| - | this.argument = argument;
| |
| - | this.misc = misc;
| |
| - | }
| |
| - | AstForStatement.prototype.toString = function() {
| |
| - | return this.misc.prefix + this.argument.toString();
| |
| - | };
| |
| - | function AstCatchStatement(argument, misc) {
| |
| - | this.argument = argument;
| |
| - | this.misc = misc;
| |
| - | }
| |
| - | AstCatchStatement.prototype.toString = function() {
| |
| - | return this.misc.prefix + this.argument.toString();
| |
| - | };
| |
| - | function AstPrefixStatement(name, argument, misc) {
| |
| - | this.name = name;
| |
| - | this.argument = argument;
| |
| - | this.misc = misc;
| |
| - | }
| |
| - | AstPrefixStatement.prototype.toString = function() {
| |
| - | var result = this.misc.prefix;
| |
| - | if(this.argument !== undef) {
| |
| - | result += this.argument.toString();
| |
| - | }
| |
| - | return result;
| |
| - | };
| |
| - | function AstSwitchCase(expr) {
| |
| - | this.expr = expr;
| |
| - | }
| |
| - | AstSwitchCase.prototype.toString = function() {
| |
| - | return "case " + this.expr + ":";
| |
| - | };
| |
| - | function AstLabel(label) {
| |
| - | this.label = label;
| |
| - | }
| |
| - | AstLabel.prototype.toString = function() {
| |
| - | return this.label;
| |
| - | };
| |
| - |
| |
| - | transformStatements = function(statements, transformMethod, transformClass) {
| |
| - | var nextStatement = new RegExp(/\b(catch|for|if|switch|while|with)\s*"B(\d+)"|\b(do|else|finally|return|throw|try|break|continue)\b|("[ADEH](\d+)")|\b(case)\s+([^:]+):|\b([A-Za-z_$][\w$]*\s*:)|(;)/g);
| |
| - | var res = [];
| |
| - | statements = preStatementsTransform(statements);
| |
| - | var lastIndex = 0, m, space;
| |
| - | // m contains the matches from the nextStatement regexp, null if there are no matches.
| |
| - | // nextStatement.exec starts searching at nextStatement.lastIndex.
| |
| - | while((m = nextStatement.exec(statements)) !== null) {
| |
| - | if(m[1] !== undef) { // catch, for ...
| |
| - | var i = statements.lastIndexOf('"B', nextStatement.lastIndex);
| |
| - | var statementsPrefix = statements.substring(lastIndex, i);
| |
| - | if(m[1] === "for") {
| |
| - | res.push(new AstForStatement(transformForExpression(atoms[m[2]]),
| |
| - | { prefix: statementsPrefix }) );
| |
| - | } else if(m[1] === "catch") {
| |
| - | res.push(new AstCatchStatement(transformParams(atoms[m[2]]),
| |
| - | { prefix: statementsPrefix }) );
| |
| - | } else {
| |
| - | res.push(new AstPrefixStatement(m[1], transformExpression(atoms[m[2]]),
| |
| - | { prefix: statementsPrefix }) );
| |
| - | }
| |
| - | } else if(m[3] !== undef) { // do, else, ...
| |
| - | res.push(new AstPrefixStatement(m[3], undef,
| |
| - | { prefix: statements.substring(lastIndex, nextStatement.lastIndex) }) );
| |
| - | } else if(m[4] !== undef) { // block, class and methods
| |
| - | space = statements.substring(lastIndex, nextStatement.lastIndex - m[4].length);
| |
| - | if(trim(space).length !== 0) { continue; } // avoiding new type[] {} construct
| |
| - | res.push(space);
| |
| - | var kind = m[4].charAt(1), atomIndex = m[5];
| |
| - | if(kind === 'D') {
| |
| - | res.push(transformMethod(atoms[atomIndex]));
| |
| - | } else if(kind === 'E') {
| |
| - | res.push(transformClass(atoms[atomIndex]));
| |
| - | } else if(kind === 'H') {
| |
| - | res.push(transformFunction(atoms[atomIndex]));
| |
| - | } else {
| |
| - | res.push(transformStatementsBlock(atoms[atomIndex]));
| |
| - | }
| |
| - | } else if(m[6] !== undef) { // switch case
| |
| - | res.push(new AstSwitchCase(transformExpression(trim(m[7]))));
| |
| - | } else if(m[8] !== undef) { // label
| |
| - | space = statements.substring(lastIndex, nextStatement.lastIndex - m[8].length);
| |
| - | if(trim(space).length !== 0) { continue; } // avoiding ?: construct
| |
| - | res.push(new AstLabel(statements.substring(lastIndex, nextStatement.lastIndex)) );
| |
| - | } else { // semicolon
| |
| - | var statement = trimSpaces(statements.substring(lastIndex, nextStatement.lastIndex - 1));
| |
| - | res.push(statement.left);
| |
| - | res.push(transformStatement(statement.middle));
| |
| - | res.push(statement.right + ";");
| |
| - | }
| |
| - | lastIndex = nextStatement.lastIndex;
| |
| - | }
| |
| - | var statementsTail = trimSpaces(statements.substring(lastIndex));
| |
| - | res.push(statementsTail.left);
| |
| - | if(statementsTail.middle !== "") {
| |
| - | res.push(transformStatement(statementsTail.middle));
| |
| - | res.push(";" + statementsTail.right);
| |
| - | }
| |
| - | return res;
| |
| - | };
| |
| - |
| |
| - | function getLocalNames(statements) {
| |
| - | var localNames = [];
| |
| - | for(var i=0,l=statements.length;i<l;++i) {
| |
| - | var statement = statements[i];
| |
| - | if(statement instanceof AstVar) {
| |
| - | localNames = localNames.concat(statement.getNames());
| |
| - | } else if(statement instanceof AstForStatement &&
| |
| - | statement.argument.initStatement instanceof AstVar) {
| |
| - | localNames = localNames.concat(statement.argument.initStatement.getNames());
| |
| - | } else if(statement instanceof AstInnerInterface || statement instanceof AstInnerClass ||
| |
| - | statement instanceof AstInterface || statement instanceof AstClass ||
| |
| - | statement instanceof AstMethod || statement instanceof AstFunction) {
| |
| - | localNames.push(statement.name);
| |
| - | }
| |
| - | }
| |
| - | return appendToLookupTable({}, localNames);
| |
| - | }
| |
| - |
| |
| - | function AstStatementsBlock(statements) {
| |
| - | this.statements = statements;
| |
| - | }
| |
| - | AstStatementsBlock.prototype.toString = function() {
| |
| - | var localNames = getLocalNames(this.statements);
| |
| - | var oldContext = replaceContext;
| |
| - |
| |
| - | // replacing context only when necessary
| |
| - | if(!isLookupTableEmpty(localNames)) {
| |
| - | replaceContext = function (subject) {
| |
| - | return localNames.hasOwnProperty(subject.name) ? subject.name : oldContext(subject);
| |
| - | };
| |
| - | }
| |
| - |
| |
| - | var result = "{\n" + this.statements.join('') + "\n}";
| |
| - | replaceContext = oldContext;
| |
| - | return result;
| |
| - | };
| |
| - |
| |
| - | transformStatementsBlock = function(block) {
| |
| - | var content = trimSpaces(block.substring(1, block.length - 1));
| |
| - | return new AstStatementsBlock(transformStatements(content.middle));
| |
| - | };
| |
| - |
| |
| - | function AstRoot(statements) {
| |
| - | this.statements = statements;
| |
| - | }
| |
| - | AstRoot.prototype.toString = function() {
| |
| - | var classes = [], otherStatements = [], statement;
| |
| - | for (var i = 0, len = this.statements.length; i < len; ++i) {
| |
| - | statement = this.statements[i];
| |
| - | if (statement instanceof AstClass || statement instanceof AstInterface) {
| |
| - | classes.push(statement);
| |
| - | } else {
| |
| - | otherStatements.push(statement);
| |
| - | }
| |
| - | }
| |
| - | sortByWeight(classes);
| |
| - |
| |
| - | var localNames = getLocalNames(this.statements);
| |
| - | replaceContext = function (subject) {
| |
| - | var name = subject.name;
| |
| - | if(localNames.hasOwnProperty(name)) {
| |
| - | return name;
| |
| - | }
| |
| - | if(globalMembers.hasOwnProperty(name) ||
| |
| - | PConstants.hasOwnProperty(name) ||
| |
| - | defaultScope.hasOwnProperty(name)) {
| |
| - | return "$p." + name;
| |
| - | }
| |
| - | return name;
| |
| - | };
| |
| - | var result = "// this code was autogenerated from PJS\n" +
| |
| - | "(function($p) {\n" +
| |
| - | classes.join('') + "\n" +
| |
| - | otherStatements.join('') + "\n})";
| |
| - | replaceContext = null;
| |
| - | return result;
| |
| - | };
| |
| - |
| |
| - | transformMain = function() {
| |
| - | var statements = extractClassesAndMethods(atoms[0]);
| |
| - | statements = statements.replace(/\bimport\s+[^;]+;/g, "");
| |
| - | return new AstRoot( transformStatements(statements,
| |
| - | transformGlobalMethod, transformGlobalClass) );
| |
| - | };
| |
| - |
| |
| - | function generateMetadata(ast) {
| |
| - | var globalScope = {};
| |
| - | var id, class_;
| |
| - | for(id in declaredClasses) {
| |
| - | if(declaredClasses.hasOwnProperty(id)) {
| |
| - | class_ = declaredClasses[id];
| |
| - | var scopeId = class_.scopeId, name = class_.name;
| |
| - | if(scopeId) {
| |
| - | var scope = declaredClasses[scopeId];
| |
| - | class_.scope = scope;
| |
| - | if(scope.inScope === undef) {
| |
| - | scope.inScope = {};
| |
| - | }
| |
| - | scope.inScope[name] = class_;
| |
| - | } else {
| |
| - | globalScope[name] = class_;
| |
| - | }
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | function findInScopes(class_, name) {
| |
| - | var parts = name.split('.');
| |
| - | var currentScope = class_.scope, found;
| |
| - | while(currentScope) {
| |
| - | if(currentScope.hasOwnProperty(parts[0])) {
| |
| - | found = currentScope[parts[0]]; break;
| |
| - | }
| |
| - | currentScope = currentScope.scope;
| |
| - | }
| |
| - | if(found === undef) {
| |
| - | found = globalScope[parts[0]];
| |
| - | }
| |
| - | for(var i=1,l=parts.length;i<l && found;++i) {
| |
| - | found = found.inScope[parts[i]];
| |
| - | }
| |
| - | return found;
| |
| - | }
| |
| - |
| |
| - | for(id in declaredClasses) {
| |
| - | if(declaredClasses.hasOwnProperty(id)) {
| |
| - | class_ = declaredClasses[id];
| |
| - | var baseClassName = class_.body.baseClassName;
| |
| - | if(baseClassName) {
| |
| - | var parent = findInScopes(class_, baseClassName);
| |
| - | if (parent) {
| |
| - | class_.base = parent;
| |
| - | if (!parent.derived) {
| |
| - | parent.derived = [];
| |
| - | }
| |
| - | parent.derived.push(class_);
| |
| - | }
| |
| - | }
| |
| - | var interfacesNames = class_.body.interfacesNames,
| |
| - | interfaces = [], i, l;
| |
| - | if (interfacesNames && interfacesNames.length > 0) {
| |
| - | for (i = 0, l = interfacesNames.length; i < l; ++i) {
| |
| - | var interface_ = findInScopes(class_, interfacesNames[i]);
| |
| - | interfaces.push(interface_);
| |
| - | if (!interface_) {
| |
| - | continue;
| |
| - | }
| |
| - | if (!interface_.derived) {
| |
| - | interface_.derived = [];
| |
| - | }
| |
| - | interface_.derived.push(class_);
| |
| - | }
| |
| - | if (interfaces.length > 0) {
| |
| - | class_.interfaces = interfaces;
| |
| - | }
| |
| - | }
| |
| - | }
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | function setWeight(ast) {
| |
| - | var queue = [], tocheck = {};
| |
| - | var id, scopeId, class_;
| |
| - | // queue most inner and non-inherited
| |
| - | for (id in declaredClasses) {
| |
| - | if (declaredClasses.hasOwnProperty(id)) {
| |
| - | class_ = declaredClasses[id];
| |
| - | if (!class_.inScope && !class_.derived) {
| |
| - | queue.push(id);
| |
| - | class_.weight = 0;
| |
| - | } else {
| |
| - | var dependsOn = [];
| |
| - | if (class_.inScope) {
| |
| - | for (scopeId in class_.inScope) {
| |
| - | if (class_.inScope.hasOwnProperty(scopeId)) {
| |
| - | dependsOn.push(class_.inScope[scopeId]);
| |
| - | }
| |
| - | }
| |
| - | }
| |
| - | if (class_.derived) {
| |
| - | dependsOn = dependsOn.concat(class_.derived);
| |
| - | }
| |
| - | tocheck[id] = dependsOn;
| |
| - | }
| |
| - | }
| |
| - | }
| |
| - | function removeDependentAndCheck(targetId, from) {
| |
| - | var dependsOn = tocheck[targetId];
| |
| - | if (!dependsOn) {
| |
| - | return false; // no need to process
| |
| - | }
| |
| - | var i = dependsOn.indexOf(from);
| |
| - | if (i < 0) {
| |
| - | return false;
| |
| - | }
| |
| - | dependsOn.splice(i, 1);
| |
| - | if (dependsOn.length > 0) {
| |
| - | return false;
| |
| - | }
| |
| - | delete tocheck[targetId];
| |
| - | return true;
| |
| - | }
| |
| - | while (queue.length > 0) {
| |
| - | id = queue.shift();
| |
| - | class_ = declaredClasses[id];
| |
| - | if (class_.scopeId && removeDependentAndCheck(class_.scopeId, class_)) {
| |
| - | queue.push(class_.scopeId);
| |
| - | declaredClasses[class_.scopeId].weight = class_.weight + 1;
| |
| - | }
| |
| - | if (class_.base && removeDependentAndCheck(class_.base.classId, class_)) {
| |
| - | queue.push(class_.base.classId);
| |
| - | class_.base.weight = class_.weight + 1;
| |
| - | }
| |
| - | if (class_.interfaces) {
| |
| - | var i, l;
| |
| - | for (i = 0, l = class_.interfaces.length; i < l; ++i) {
| |
| - | if (!class_.interfaces[i] ||
| |
| - | !removeDependentAndCheck(class_.interfaces[i].classId, class_)) {
| |
| - | continue;
| |
| - | }
| |
| - | queue.push(class_.interfaces[i].classId);
| |
| - | class_.interfaces[i].weight = class_.weight + 1;
| |
| - | }
| |
| - | }
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | var transformed = transformMain();
| |
| - | generateMetadata(transformed);
| |
| - | setWeight(transformed);
| |
| - |
| |
| - | var redendered = transformed.toString();
| |
| - |
| |
| - | // remove empty extra lines with space
| |
| - | redendered = redendered.replace(/\s*\n(?:[\t ]*\n)+/g, "\n\n");
| |
| - |
| |
| - | // convert character codes to characters
| |
| - | redendered = redendered.replace(/__x([0-9A-F]{4})/g, function(all, hexCode) {
| |
| - | return String.fromCharCode(parseInt(hexCode,16));
| |
| - | });
| |
| - |
| |
| - | return injectStrings(redendered, strings);
| |
| - | }// Parser ends
| |
| - |
| |
| - | function preprocessCode(aCode, sketch) {
| |
| - | // Parse out @pjs directive, if any.
| |
| - | var dm = new RegExp(/\/\*\s*@pjs\s+((?:[^\*]|\*+[^\*\/])*)\*\//g).exec(aCode);
| |
| - | if (dm && dm.length === 2) {
| |
| - | // masks contents of a JSON to be replaced later
| |
| - | // to protect the contents from further parsing
| |
| - | var jsonItems = [],
| |
| - | directives = dm.splice(1, 2)[0].replace(/\{([\s\S]*?)\}/g, (function() {
| |
| - | return function(all, item) {
| |
| - | jsonItems.push(item);
| |
| - | return "{" + (jsonItems.length-1) + "}";
| |
| - | };
| |
| - | }())).replace('\n', '').replace('\r', '').split(";");
| |
| - |
| |
| - | // We'll L/RTrim, and also remove any surrounding double quotes (e.g., just take string contents)
| |
| - | var clean = function(s) {
| |
| - | return s.replace(/^\s*["']?/, '').replace(/["']?\s*$/, '');
| |
| - | };
| |
| - |
| |
| - | for (var i = 0, dl = directives.length; i < dl; i++) {
| |
| - | var pair = directives[i].split('=');
| |
| - | if (pair && pair.length === 2) {
| |
| - | var key = clean(pair[0]),
| |
| - | value = clean(pair[1]),
| |
| - | list = [];
| |
| - | // A few directives require work beyond storying key/value pairings
| |
| - | if (key === "preload") {
| |
| - | list = value.split(',');
| |
| - | // All pre-loaded images will get put in imageCache, keyed on filename
| |
| - | for (var j = 0, jl = list.length; j < jl; j++) {
| |
| - | var imageName = clean(list[j]);
| |
| - | sketch.imageCache.add(imageName);
| |
| - | }
| |
| - | // fonts can be declared as a string containing a url,
| |
| - | // or a JSON object, containing a font name, and a url
| |
| - | } else if (key === "font") {
| |
| - | list = value.split(",");
| |
| - | for (var x = 0, xl = list.length; x < xl; x++) {
| |
| - | var fontName = clean(list[x]),
| |
| - | index = /^\{(\d*?)\}$/.exec(fontName);
| |
| - | // if index is not null, send JSON, otherwise, send string
| |
| - | PFont.preloading.add(index ? JSON.parse("{" + jsonItems[index[1]] + "}") : fontName);
| |
| - | }
| |
| - | } else if (key === "pauseOnBlur") {
| |
| - | sketch.options.pauseOnBlur = value === "true";
| |
| - | } else if (key === "globalKeyEvents") {
| |
| - | sketch.options.globalKeyEvents = value === "true";
| |
| - | } else if (key.substring(0, 6) === "param-") {
| |
| - | sketch.params[key.substring(6)] = value;
| |
| - | } else {
| |
| - | sketch.options[key] = value;
| |
| - | }
| |
| - | }
| |
| - | }
| |
| - | }
| |
| - | return aCode;
| |
| - | }
| |
| - |
| |
| - | // Parse/compiles Processing (Java-like) syntax to JavaScript syntax
| |
| - | Processing.compile = function(pdeCode) {
| |
| - | var sketch = new Processing.Sketch();
| |
| - | var code = preprocessCode(pdeCode, sketch);
| |
| - | var compiledPde = parseProcessing(code);
| |
| - | sketch.sourceCode = compiledPde;
| |
| - | return sketch;
| |
| - | };
| |
| - |
| |
| - | // the logger for println()
| |
| - | var PjsConsole = function (document) {
| |
| - | var e = {}, added = false;
| |
| - | e.BufferMax = 200;
| |
| - | e.wrapper = document.createElement("div");
| |
| - | e.wrapper.setAttribute("style", "opacity:.75;display:block;position:fixed;bottom:0px;left:0px;right:0px;height:50px;background-color:#aaa");
| |
| - | e.dragger = document.createElement("div");
| |
| - | e.dragger.setAttribute("style", "display:block;border:3px black raised;cursor:n-resize;position:absolute;top:0px;left:0px;right:0px;height:5px;background-color:#333");
| |
| - | e.closer = document.createElement("div");
| |
| - | e.closer.onmouseover = function () {
| |
| - | e.closer.style.setProperty("background-color", "#ccc");
| |
| - | };
| |
| - | e.closer.onmouseout = function () {
| |
| - | e.closer.style.setProperty("background-color", "#ddd");
| |
| - | };
| |
| - | e.closer.innerHTML = "✖";
| |
| - | e.closer.setAttribute("style", "opacity:.5;display:block;border:3px black raised;position:absolute;top:10px;right:30px;height:20px;width:20px;background-color:#ddd;color:#000;line-height:20px;text-align:center;cursor:pointer;");
| |
| - | e.javaconsole = document.createElement("div");
| |
| - | e.javaconsole.setAttribute("style", "overflow-x: auto;display:block;position:absolute;left:10px;right:0px;bottom:5px;top:10px;overflow-y:scroll;height:40px;");
| |
| - | e.wrapper.appendChild(e.dragger);
| |
| - | e.wrapper.appendChild(e.javaconsole);
| |
| - | e.wrapper.appendChild(e.closer);
| |
| - | e.dragger.onmousedown = function (t) {
| |
| - | e.divheight = e.wrapper.style.height;
| |
| - | if (document.selection) document.selection.empty();
| |
| - | else window.getSelection().removeAllRanges();
| |
| - | var n = t.screenY;
| |
| - | window.onmousemove = function (t) {
| |
| - | e.wrapper.style.height = parseFloat(e.divheight) + (n - t.screenY) + "px";
| |
| - | e.javaconsole.style.height = parseFloat(e.divheight) + (n - t.screenY) - 10 + "px";
| |
| - | };
| |
| - | window.onmouseup = function (t) {
| |
| - | if (document.selection) document.selection.empty();
| |
| - | else window.getSelection().removeAllRanges();
| |
| - | e.wrapper.style.height = parseFloat(e.divheight) + (n - t.screenY) + "px";
| |
| - | e.javaconsole.style.height = parseFloat(e.divheight) + (n - t.screenY) - 10 + "px";
| |
| - | window.onmousemove = null;
| |
| - | window.onmouseup = null;
| |
| - | };
| |
| - | };
| |
| - | e.BufferArray = [];
| |
| - | e.print = e.log = function (t) {
| |
| - | // var oldheight = e.javaconsole.scrollHeight-e.javaconsole.scrollTop;
| |
| - | if (e.BufferArray[e.BufferArray.length - 1]) e.BufferArray[e.BufferArray.length - 1] += (t) + "";
| |
| - | else e.BufferArray.push(t);
| |
| - | e.javaconsole.innerHTML = e.BufferArray.join('');
| |
| - | if (e.wrapper.style.visibility === "hidden") {
| |
| - | e.wrapper.style.visibility = "visible";
| |
| - | }
| |
| - | //if (e.BufferArray.length > e.BufferMax) e.BufferArray.splice(0, 1);
| |
| - | //else e.javaconsole.scrollTop = oldheight;
| |
| - | if (e.wrapper.style.visibility === "hidden") {
| |
| - | e.wrapper.style.visibility = "visible";
| |
| - | }
| |
| - | };
| |
| - | e.println = function (t) {
| |
| - | if(!added) { document.body.appendChild(e.wrapper); }
| |
| - | e.print(t);
| |
| - | e.BufferArray.push('<br/>');
| |
| - | e.javaconsole.innerHTML = e.BufferArray.join('');
| |
| - | if (e.wrapper.style.visibility === "hidden") {
| |
| - | e.wrapper.style.visibility = "visible";
| |
| - | }
| |
| - | if (e.BufferArray.length > e.BufferMax) e.BufferArray.splice(0, 1);
| |
| - | else e.javaconsole.scrollTop = e.javaconsole.scrollHeight;
| |
| - | if (e.wrapper.style.visibility === "hidden") {
| |
| - | e.wrapper.style.visibility = "visible";
| |
| - | }
| |
| - | };
| |
| - | e.showconsole = function () {
| |
| - | e.wrapper.style.visibility = "visible";
| |
| - | };
| |
| - | e.hideconsole = function () {
| |
| - | e.wrapper.style.visibility = "hidden";
| |
| - | };
| |
| - | e.closer.onclick = function () {
| |
| - | e.hideconsole();
| |
| - | };
| |
| - | e.hideconsole();
| |
| - | return e;
| |
| - | };
| |
| - |
| |
| - | Processing.logger = new PjsConsole(document);
| |
| - |
| |
| - | // done
| |
| - | return Processing;
| |
| - | };
| |
| - |
| |
| - | },{}],26:[function(require,module,exports){
| |
| - | /**
| |
| - | * Processing.js object
| |
| - | */
| |
| - | module.exports = function(options, undef) {
| |
| - | var defaultScope = options.defaultScope,
| |
| - | extend = options.extend,
| |
| - | Browser = options.Browser,
| |
| - | ajax = Browser.ajax,
| |
| - | navigator = Browser.navigator,
| |
| - | window = Browser.window,
| |
| - | XMLHttpRequest = window.XMLHttpRequest,
| |
| - | document = Browser.document,
| |
| - | noop = options.noop,
| |
| - |
| |
| - | PConstants = defaultScope.PConstants;
| |
| - | PFont = defaultScope.PFont,
| |
| - | PShapeSVG = defaultScope.PShapeSVG,
| |
| - | PVector = defaultScope.PVector,
| |
| - | Char = Character = defaultScope.Char,
| |
| - | ObjectIterator = defaultScope.ObjectIterator,
| |
| - | XMLElement = defaultScope.XMLElement,
| |
| - | XML = defaultScope.XML;
| |
| - |
| |
| - | // fascinating "read only" jshint error if we don't start a new var block here.
| |
| - | var HTMLCanvasElement = window.HTMLCanvasElement,
| |
| - | HTMLImageElement = window.HTMLImageElement,
| |
| - | localStorage = window.localStorage;
| |
| - |
| |
| - | var isDOMPresent = ("document" in this) && !("fake" in this.document);
| |
| - |
| |
| - | // document.head polyfill for the benefit of Firefox 3.6
| |
| - | if (!document.head) {
| |
| - | document.head = document.getElementsByTagName('head')[0];
| |
| - | }
| |
| - |
| |
| - | var Float32Array = setupTypedArray("Float32Array", "WebGLFloatArray"),
| |
| - | Int32Array = setupTypedArray("Int32Array", "WebGLIntArray"),
| |
| - | Uint16Array = setupTypedArray("Uint16Array", "WebGLUnsignedShortArray"),
| |
| - | Uint8Array = setupTypedArray("Uint8Array", "WebGLUnsignedByteArray");
| |
| - |
| |
| - | // Typed Arrays: fallback to WebGL arrays or Native JS arrays if unavailable
| |
| - | function setupTypedArray(name, fallback) {
| |
| - | // Check if TypedArray exists, and use if so.
| |
| - | if (name in window) {
| |
| - | return window[name];
| |
| - | }
| |
| - |
| |
| - | // Check if WebGLArray exists
| |
| - | if (typeof window[fallback] === "function") {
| |
| - | return window[fallback];
| |
| - | }
| |
| - |
| |
| - | // Use Native JS array
| |
| - | return function(obj) {
| |
| - | if (obj instanceof Array) {
| |
| - | return obj;
| |
| - | }
| |
| - | if (typeof obj === "number") {
| |
| - | var arr = [];
| |
| - | arr.length = obj;
| |
| - | return arr;
| |
| - | }
| |
| - | };
| |
| - | }
| |
| - |
| |
| - | /* IE9+ quirks mode check - ticket #1606 */
| |
| - | if (document.documentMode >= 9 && !document.doctype) {
| |
| - | throw("The doctype directive is missing. The recommended doctype in Internet Explorer is the HTML5 doctype: <!DOCTYPE html>");
| |
| - | }
| |
| - |
| |
| - | // Manage multiple Processing instances
| |
| - | var processingInstances = [];
| |
| - | var processingInstanceIds = {};
| |
| - |
| |
| - | /**
| |
| - | * instance tracking - adding new instances
| |
| - | */
| |
| - | var addInstance = function(processing) {
| |
| - | if (processing.externals.canvas.id === undef || !processing.externals.canvas.id.length) {
| |
| - | processing.externals.canvas.id = "__processing" + processingInstances.length;
| |
| - | }
| |
| - | processingInstanceIds[processing.externals.canvas.id] = processingInstances.length;
| |
| - | processingInstances.push(processing);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * instance tracking - removal
| |
| - | */
| |
| - | var removeInstance = function(id) {
| |
| - | processingInstances.splice(processingInstanceIds[id], 1);
| |
| - | delete processingInstanceIds[id];
| |
| - | };
| |
| - |
| |
| - |
| |
| - | /**
| |
| - | * The Processing object
| |
| - | */
| |
| - | var Processing = this.Processing = function(aCanvas, aCode, aFunctions) {
| |
| - |
| |
| - | if (!(this instanceof Processing)) {
| |
| - | throw("called Processing constructor as if it were a function: missing 'new'.");
| |
| - | }
| |
| - |
| |
| - | var curElement = {},
| |
| - | pgraphicsMode = (aCanvas === undef && aCode === undef);
| |
| - |
| |
| - | if (pgraphicsMode) {
| |
| - | curElement = document.createElement("canvas");
| |
| - | } else {
| |
| - | // We'll take a canvas element or a string for a canvas element's id
| |
| - | curElement = typeof aCanvas === "string" ? document.getElementById(aCanvas) : aCanvas;
| |
| - | }
| |
| - |
| |
| - | if (!('getContext' in curElement)) {
| |
| - | throw("called Processing constructor without passing canvas element reference or id.");
| |
| - | }
| |
| - |
| |
| - | function unimplemented(s) {
| |
| - | Processing.debug('Unimplemented - ' + s);
| |
| - | }
| |
| - |
| |
| - | ////////////////////////////////////////////////////////////////////////////
| |
| - | // JavaScript event binding and releasing
| |
| - | ////////////////////////////////////////////////////////////////////////////
| |
| - |
| |
| - | var eventHandlers = [];
| |
| - |
| |
| - | function attachEventHandler(elem, type, fn) {
| |
| - | if (elem.addEventListener) {
| |
| - | elem.addEventListener(type, fn, false);
| |
| - | } else {
| |
| - | elem.attachEvent("on" + type, fn);
| |
| - | }
| |
| - | eventHandlers.push({elem: elem, type: type, fn: fn});
| |
| - | }
| |
| - |
| |
| - | function detachEventHandler(eventHandler) {
| |
| - | var elem = eventHandler.elem,
| |
| - | type = eventHandler.type,
| |
| - | fn = eventHandler.fn;
| |
| - | if (elem.removeEventListener) {
| |
| - | elem.removeEventListener(type, fn, false);
| |
| - | } else if (elem.detachEvent) {
| |
| - | elem.detachEvent("on" + type, fn);
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | function removeFirstArgument(args) {
| |
| - | return Array.prototype.slice.call(args, 1);
| |
| - | }
| |
| - |
| |
| - | // When something new is added to "p." it must also be added to the "names" array.
| |
| - | // The names array contains the names of everything that is inside "p."
| |
| - | var p = this;
| |
| - |
| |
| - | p.Char = p.Character = Char;
| |
| - |
| |
| - | // add in the Processing API functions
| |
| - | extend.withCommonFunctions(p);
| |
| - | extend.withMath(p);
| |
| - | extend.withProxyFunctions(p, removeFirstArgument);
| |
| - | extend.withTouch(p, curElement, attachEventHandler, document, PConstants);
| |
| - |
| |
| - | // custom functions and properties are added here
| |
| - | if(aFunctions) {
| |
| - | Object.keys(aFunctions).forEach(function(name) {
| |
| - | p[name] = aFunctions[name];
| |
| - | });
| |
| - | }
| |
| - |
| |
| - | // PJS specific (non-p5) methods and properties to externalize
| |
| - | p.externals = {
| |
| - | canvas: curElement,
| |
| - | context: undef,
| |
| - | sketch: undef,
| |
| - | window: window
| |
| - | };
| |
| - |
| |
| - | p.name = 'Processing.js Instance'; // Set Processing defaults / environment variables
| |
| - | p.use3DContext = false; // default '2d' canvas context
| |
| - |
| |
| - | /**
| |
| - | * Confirms if a Processing program is "focused", meaning that it is
| |
| - | * active and will accept input from mouse or keyboard. This variable
| |
| - | * is "true" if it is focused and "false" if not. This variable is
| |
| - | * often used when you want to warn people they need to click on the
| |
| - | * browser before it will work.
| |
| - | */
| |
| - | p.focused = false;
| |
| - | p.breakShape = false;
| |
| - |
| |
| - | // Glyph path storage for textFonts
| |
| - | p.glyphTable = {};
| |
| - |
| |
| - | // Global vars for tracking mouse position
| |
| - | p.pmouseX = 0;
| |
| - | p.pmouseY = 0;
| |
| - | p.mouseX = 0;
| |
| - | p.mouseY = 0;
| |
| - | p.mouseButton = 0;
| |
| - | p.mouseScroll = 0;
| |
| - |
| |
| - | // Undefined event handlers to be replaced by user when needed
| |
| - | p.mouseClicked = undef;
| |
| - | p.mouseDragged = undef;
| |
| - | p.mouseMoved = undef;
| |
| - | p.mousePressed = undef;
| |
| - | p.mouseReleased = undef;
| |
| - | p.mouseScrolled = undef;
| |
| - | p.mouseOver = undef;
| |
| - | p.mouseOut = undef;
| |
| - | p.touchStart = undef;
| |
| - | p.touchEnd = undef;
| |
| - | p.touchMove = undef;
| |
| - | p.touchCancel = undef;
| |
| - | p.key = undef;
| |
| - | p.keyCode = undef;
| |
| - | p.keyPressed = noop; // needed to remove function checks
| |
| - | p.keyReleased = noop;
| |
| - | p.keyTyped = noop;
| |
| - | p.draw = undef;
| |
| - | p.setup = undef;
| |
| - |
| |
| - | // Remapped vars
| |
| - | p.__mousePressed = false;
| |
| - | p.__keyPressed = false;
| |
| - | p.__frameRate = 60;
| |
| - |
| |
| - | // The current animation frame
| |
| - | p.frameCount = 0;
| |
| - |
| |
| - | // The height/width of the canvas
| |
| - | p.width = 100;
| |
| - | p.height = 100;
| |
| - |
| |
| - | // "Private" variables used to maintain state
| |
| - | var curContext,
| |
| - | curSketch,
| |
| - | drawing, // hold a Drawing2D or Drawing3D object
| |
| - | doFill = true,
| |
| - | fillStyle = [1.0, 1.0, 1.0, 1.0],
| |
| - | currentFillColor = 0xFFFFFFFF,
| |
| - | isFillDirty = true,
| |
| - | doStroke = true,
| |
| - | strokeStyle = [0.0, 0.0, 0.0, 1.0],
| |
| - | currentStrokeColor = 0xFF000000,
| |
| - | isStrokeDirty = true,
| |
| - | lineWidth = 1,
| |
| - | loopStarted = false,
| |
| - | renderSmooth = false,
| |
| - | doLoop = true,
| |
| - | looping = 0,
| |
| - | curRectMode = PConstants.CORNER,
| |
| - | curEllipseMode = PConstants.CENTER,
| |
| - | normalX = 0,
| |
| - | normalY = 0,
| |
| - | normalZ = 0,
| |
| - | normalMode = PConstants.NORMAL_MODE_AUTO,
| |
| - | curFrameRate = 60,
| |
| - | curMsPerFrame = 1000/curFrameRate,
| |
| - | curCursor = PConstants.ARROW,
| |
| - | oldCursor = curElement.style.cursor,
| |
| - | curShape = PConstants.POLYGON,
| |
| - | curShapeCount = 0,
| |
| - | curvePoints = [],
| |
| - | curTightness = 0,
| |
| - | curveDet = 20,
| |
| - | curveInited = false,
| |
| - | backgroundObj = -3355444, // rgb(204, 204, 204) is the default gray background colour
| |
| - | bezDetail = 20,
| |
| - | colorModeA = 255,
| |
| - | colorModeX = 255,
| |
| - | colorModeY = 255,
| |
| - | colorModeZ = 255,
| |
| - | pathOpen = false,
| |
| - | mouseDragging = false,
| |
| - | pmouseXLastFrame = 0,
| |
| - | pmouseYLastFrame = 0,
| |
| - | curColorMode = PConstants.RGB,
| |
| - | curTint = null,
| |
| - | curTint3d = null,
| |
| - | getLoaded = false,
| |
| - | start = Date.now(),
| |
| - | timeSinceLastFPS = start,
| |
| - | framesSinceLastFPS = 0,
| |
| - | textcanvas,
| |
| - | curveBasisMatrix,
| |
| - | curveToBezierMatrix,
| |
| - | curveDrawMatrix,
| |
| - | bezierDrawMatrix,
| |
| - | bezierBasisInverse,
| |
| - | bezierBasisMatrix,
| |
| - | curContextCache = { attributes: {}, locations: {} },
| |
| - | // Shaders
| |
| - | programObject3D,
| |
| - | programObject2D,
| |
| - | programObjectUnlitShape,
| |
| - | boxBuffer,
| |
| - | boxNormBuffer,
| |
| - | boxOutlineBuffer,
| |
| - | rectBuffer,
| |
| - | rectNormBuffer,
| |
| - | sphereBuffer,
| |
| - | lineBuffer,
| |
| - | fillBuffer,
| |
| - | fillColorBuffer,
| |
| - | strokeColorBuffer,
| |
| - | pointBuffer,
| |
| - | shapeTexVBO,
| |
| - | canTex, // texture for createGraphics
| |
| - | textTex, // texture for 3d tex
| |
| - | curTexture = {width:0,height:0},
| |
| - | curTextureMode = PConstants.IMAGE,
| |
| - | usingTexture = false,
| |
| - | textBuffer,
| |
| - | textureBuffer,
| |
| - | indexBuffer,
| |
| - | // Text alignment
| |
| - | horizontalTextAlignment = PConstants.LEFT,
| |
| - | verticalTextAlignment = PConstants.BASELINE,
| |
| - | textMode = PConstants.MODEL,
| |
| - | // Font state
| |
| - | curFontName = "Arial",
| |
| - | curTextSize = 12,
| |
| - | curTextAscent = 9,
| |
| - | curTextDescent = 2,
| |
| - | curTextLeading = 14,
| |
| - | curTextFont = PFont.get(curFontName, curTextSize),
| |
| - | // Pixels cache
| |
| - | originalContext,
| |
| - | proxyContext = null,
| |
| - | isContextReplaced = false,
| |
| - | setPixelsCached,
| |
| - | maxPixelsCached = 1000,
| |
| - | pressedKeysMap = [],
| |
| - | lastPressedKeyCode = null,
| |
| - | codedKeys = [ PConstants.SHIFT, PConstants.CONTROL, PConstants.ALT, PConstants.CAPSLK, PConstants.PGUP, PConstants.PGDN,
| |
| - | PConstants.END, PConstants.HOME, PConstants.LEFT, PConstants.UP, PConstants.RIGHT, PConstants.DOWN, PConstants.NUMLK,
| |
| - | PConstants.INSERT, PConstants.F1, PConstants.F2, PConstants.F3, PConstants.F4, PConstants.F5, PConstants.F6, PConstants.F7,
| |
| - | PConstants.F8, PConstants.F9, PConstants.F10, PConstants.F11, PConstants.F12, PConstants.META ];
| |
| - |
| |
| - | // User can only have MAX_LIGHTS lights
| |
| - | var lightCount = 0;
| |
| - |
| |
| - | //sphere stuff
| |
| - | var sphereDetailV = 0,
| |
| - | sphereDetailU = 0,
| |
| - | sphereX = [],
| |
| - | sphereY = [],
| |
| - | sphereZ = [],
| |
| - | sinLUT = new Float32Array(PConstants.SINCOS_LENGTH),
| |
| - | cosLUT = new Float32Array(PConstants.SINCOS_LENGTH),
| |
| - | sphereVerts,
| |
| - | sphereNorms;
| |
| - |
| |
| - | // Camera defaults and settings
| |
| - | var cam,
| |
| - | cameraInv,
| |
| - | modelView,
| |
| - | modelViewInv,
| |
| - | userMatrixStack,
| |
| - | userReverseMatrixStack,
| |
| - | inverseCopy,
| |
| - | projection,
| |
| - | manipulatingCamera = false,
| |
| - | frustumMode = false,
| |
| - | cameraFOV = 60 * (Math.PI / 180),
| |
| - | cameraX = p.width / 2,
| |
| - | cameraY = p.height / 2,
| |
| - | cameraZ = cameraY / Math.tan(cameraFOV / 2),
| |
| - | cameraNear = cameraZ / 10,
| |
| - | cameraFar = cameraZ * 10,
| |
| - | cameraAspect = p.width / p.height;
| |
| - |
| |
| - | var vertArray = [],
| |
| - | curveVertArray = [],
| |
| - | curveVertCount = 0,
| |
| - | isCurve = false,
| |
| - | isBezier = false,
| |
| - | firstVert = true;
| |
| - |
| |
| - | //PShape stuff
| |
| - | var curShapeMode = PConstants.CORNER;
| |
| - |
| |
| - | // Stores states for pushStyle() and popStyle().
| |
| - | var styleArray = [];
| |
| - |
| |
| - | // The vertices for the box cannot be specified using a triangle strip since each
| |
| - | // side of the cube must have its own set of normals.
| |
| - | // Vertices are specified in a counter-clockwise order.
| |
| - | // Triangles are in this order: back, front, right, bottom, left, top.
| |
| - | var boxVerts = new Float32Array([
| |
| - | 0.5, 0.5, -0.5, 0.5, -0.5, -0.5, -0.5, -0.5, -0.5, -0.5, -0.5, -0.5, -0.5, 0.5, -0.5, 0.5, 0.5, -0.5,
| |
| - | 0.5, 0.5, 0.5, -0.5, 0.5, 0.5, -0.5, -0.5, 0.5, -0.5, -0.5, 0.5, 0.5, -0.5, 0.5, 0.5, 0.5, 0.5,
| |
| - | 0.5, 0.5, -0.5, 0.5, 0.5, 0.5, 0.5, -0.5, 0.5, 0.5, -0.5, 0.5, 0.5, -0.5, -0.5, 0.5, 0.5, -0.5,
| |
| - | 0.5, -0.5, -0.5, 0.5, -0.5, 0.5, -0.5, -0.5, 0.5, -0.5, -0.5, 0.5, -0.5, -0.5, -0.5, 0.5, -0.5, -0.5,
| |
| - | -0.5, -0.5, -0.5, -0.5, -0.5, 0.5, -0.5, 0.5, 0.5, -0.5, 0.5, 0.5, -0.5, 0.5, -0.5, -0.5, -0.5, -0.5,
| |
| - | 0.5, 0.5, 0.5, 0.5, 0.5, -0.5, -0.5, 0.5, -0.5, -0.5, 0.5, -0.5, -0.5, 0.5, 0.5, 0.5, 0.5, 0.5]);
| |
| - |
| |
| - | var boxOutlineVerts = new Float32Array([
| |
| - | 0.5, 0.5, 0.5, 0.5, -0.5, 0.5, 0.5, 0.5, -0.5, 0.5, -0.5, -0.5,
| |
| - | -0.5, 0.5, -0.5, -0.5, -0.5, -0.5, -0.5, 0.5, 0.5, -0.5, -0.5, 0.5,
| |
| - | 0.5, 0.5, 0.5, 0.5, 0.5, -0.5, 0.5, 0.5, -0.5, -0.5, 0.5, -0.5,
| |
| - | -0.5, 0.5, -0.5, -0.5, 0.5, 0.5, -0.5, 0.5, 0.5, 0.5, 0.5, 0.5,
| |
| - | 0.5, -0.5, 0.5, 0.5, -0.5, -0.5, 0.5, -0.5, -0.5, -0.5, -0.5, -0.5,
| |
| - | -0.5, -0.5, -0.5, -0.5, -0.5, 0.5, -0.5, -0.5, 0.5, 0.5, -0.5, 0.5]);
| |
| - |
| |
| - | var boxNorms = new Float32Array([
| |
| - | 0, 0, -1, 0, 0, -1, 0, 0, -1, 0, 0, -1, 0, 0, -1, 0, 0, -1,
| |
| - | 0, 0, 1, 0, 0, 1, 0, 0, 1, 0, 0, 1, 0, 0, 1, 0, 0, 1,
| |
| - | 1, 0, 0, 1, 0, 0, 1, 0, 0, 1, 0, 0, 1, 0, 0, 1, 0, 0,
| |
| - | 0, -1, 0, 0, -1, 0, 0, -1, 0, 0, -1, 0, 0, -1, 0, 0, -1, 0,
| |
| - | -1, 0, 0, -1, 0, 0, -1, 0, 0, -1, 0, 0, -1, 0, 0, -1, 0, 0,
| |
| - | 0, 1, 0, 0, 1, 0, 0, 1, 0, 0, 1, 0, 0, 1, 0, 0, 1, 0]);
| |
| - |
| |
| - | // These verts are used for the fill and stroke using TRIANGLE_FAN and LINE_LOOP.
| |
| - | var rectVerts = new Float32Array([0,0,0, 0,1,0, 1,1,0, 1,0,0]);
| |
| - |
| |
| - | var rectNorms = new Float32Array([0,0,1, 0,0,1, 0,0,1, 0,0,1]);
| |
| - |
| |
| - | // Shader for points and lines in begin/endShape.
| |
| - | var vertexShaderSrcUnlitShape =
| |
| - | "varying vec4 vFrontColor;" +
| |
| - |
| |
| - | "attribute vec3 aVertex;" +
| |
| - | "attribute vec4 aColor;" +
| |
| - |
| |
| - | "uniform mat4 uView;" +
| |
| - | "uniform mat4 uProjection;" +
| |
| - | "uniform float uPointSize;" +
| |
| - |
| |
| - | "void main(void) {" +
| |
| - | " vFrontColor = aColor;" +
| |
| - | " gl_PointSize = uPointSize;" +
| |
| - | " gl_Position = uProjection * uView * vec4(aVertex, 1.0);" +
| |
| - | "}";
| |
| - |
| |
| - | var fragmentShaderSrcUnlitShape =
| |
| - | "#ifdef GL_ES\n" +
| |
| - | "precision highp float;\n" +
| |
| - | "#endif\n" +
| |
| - |
| |
| - | "varying vec4 vFrontColor;" +
| |
| - | "uniform bool uSmooth;" +
| |
| - |
| |
| - | "void main(void){" +
| |
| - | " if(uSmooth == true){" +
| |
| - | " float dist = distance(gl_PointCoord, vec2(0.5));" +
| |
| - | " if(dist > 0.5){" +
| |
| - | " discard;" +
| |
| - | " }" +
| |
| - | " }" +
| |
| - | " gl_FragColor = vFrontColor;" +
| |
| - | "}";
| |
| - |
| |
| - | // Shader for rect, text, box outlines, sphere outlines, point() and line().
| |
| - | var vertexShaderSrc2D =
| |
| - | "varying vec4 vFrontColor;" +
| |
| - |
| |
| - | "attribute vec3 aVertex;" +
| |
| - | "attribute vec2 aTextureCoord;" +
| |
| - | "uniform vec4 uColor;" +
| |
| - |
| |
| - | "uniform mat4 uModel;" +
| |
| - | "uniform mat4 uView;" +
| |
| - | "uniform mat4 uProjection;" +
| |
| - | "uniform float uPointSize;" +
| |
| - | "varying vec2 vTextureCoord;"+
| |
| - |
| |
| - | "void main(void) {" +
| |
| - | " gl_PointSize = uPointSize;" +
| |
| - | " vFrontColor = uColor;" +
| |
| - | " gl_Position = uProjection * uView * uModel * vec4(aVertex, 1.0);" +
| |
| - | " vTextureCoord = aTextureCoord;" +
| |
| - | "}";
| |
| - |
| |
| - | var fragmentShaderSrc2D =
| |
| - | "#ifdef GL_ES\n" +
| |
| - | "precision highp float;\n" +
| |
| - | "#endif\n" +
| |
| - |
| |
| - | "varying vec4 vFrontColor;" +
| |
| - | "varying vec2 vTextureCoord;"+
| |
| - |
| |
| - | "uniform sampler2D uSampler;"+
| |
| - | "uniform int uIsDrawingText;"+
| |
| - | "uniform bool uSmooth;" +
| |
| - |
| |
| - | "void main(void){" +
| |
| - | // WebGL does not support POINT_SMOOTH, so we do it ourselves
| |
| - | " if(uSmooth == true){" +
| |
| - | " float dist = distance(gl_PointCoord, vec2(0.5));" +
| |
| - | " if(dist > 0.5){" +
| |
| - | " discard;" +
| |
| - | " }" +
| |
| - | " }" +
| |
| - |
| |
| - | " if(uIsDrawingText == 1){" +
| |
| - | " float alpha = texture2D(uSampler, vTextureCoord).a;"+
| |
| - | " gl_FragColor = vec4(vFrontColor.rgb * alpha, alpha);"+
| |
| - | " }" +
| |
| - | " else{" +
| |
| - | " gl_FragColor = vFrontColor;" +
| |
| - | " }" +
| |
| - | "}";
| |
| - |
| |
| - | var webglMaxTempsWorkaround = /Windows/.test(navigator.userAgent);
| |
| - |
| |
| - | // Vertex shader for boxes and spheres.
| |
| - | var vertexShaderSrc3D =
| |
| - | "varying vec4 vFrontColor;" +
| |
| - |
| |
| - | "attribute vec3 aVertex;" +
| |
| - | "attribute vec3 aNormal;" +
| |
| - | "attribute vec4 aColor;" +
| |
| - | "attribute vec2 aTexture;" +
| |
| - | "varying vec2 vTexture;" +
| |
| - |
| |
| - | "uniform vec4 uColor;" +
| |
| - |
| |
| - | "uniform bool uUsingMat;" +
| |
| - | "uniform vec3 uSpecular;" +
| |
| - | "uniform vec3 uMaterialEmissive;" +
| |
| - | "uniform vec3 uMaterialAmbient;" +
| |
| - | "uniform vec3 uMaterialSpecular;" +
| |
| - | "uniform float uShininess;" +
| |
| - |
| |
| - | "uniform mat4 uModel;" +
| |
| - | "uniform mat4 uView;" +
| |
| - | "uniform mat4 uProjection;" +
| |
| - | "uniform mat4 uNormalTransform;" +
| |
| - |
| |
| - | "uniform int uLightCount;" +
| |
| - | "uniform vec3 uFalloff;" +
| |
| - |
| |
| - | // Careful changing the order of these fields. Some cards
| |
| - | // have issues with memory alignment.
| |
| - | "struct Light {" +
| |
| - | " int type;" +
| |
| - | " vec3 color;" +
| |
| - | " vec3 position;" +
| |
| - | " vec3 direction;" +
| |
| - | " float angle;" +
| |
| - | " vec3 halfVector;" +
| |
| - | " float concentration;" +
| |
| - | "};" +
| |
| - |
| |
| - | // nVidia cards have issues with arrays of structures
| |
| - | // so instead we create 8 instances of Light.
| |
| - | "uniform Light uLights0;" +
| |
| - | "uniform Light uLights1;" +
| |
| - | "uniform Light uLights2;" +
| |
| - | "uniform Light uLights3;" +
| |
| - | "uniform Light uLights4;" +
| |
| - | "uniform Light uLights5;" +
| |
| - | "uniform Light uLights6;" +
| |
| - | "uniform Light uLights7;" +
| |
| - |
| |
| - | // GLSL does not support switch.
| |
| - | "Light getLight(int index){" +
| |
| - | " if(index == 0) return uLights0;" +
| |
| - | " if(index == 1) return uLights1;" +
| |
| - | " if(index == 2) return uLights2;" +
| |
| - | " if(index == 3) return uLights3;" +
| |
| - | " if(index == 4) return uLights4;" +
| |
| - | " if(index == 5) return uLights5;" +
| |
| - | " if(index == 6) return uLights6;" +
| |
| - | // Do not use a conditional for the last return statement
| |
| - | // because some video cards will fail and complain that
| |
| - | // "not all paths return".
| |
| - | " return uLights7;" +
| |
| - | "}" +
| |
| - |
| |
| - | "void AmbientLight( inout vec3 totalAmbient, in vec3 ecPos, in Light light ) {" +
| |
| - | // Get the vector from the light to the vertex and
| |
| - | // get the distance from the current vector to the light position.
| |
| - | " float d = length( light.position - ecPos );" +
| |
| - | " float attenuation = 1.0 / ( uFalloff[0] + ( uFalloff[1] * d ) + ( uFalloff[2] * d * d ));" +
| |
| - | " totalAmbient += light.color * attenuation;" +
| |
| - | "}" +
| |
| - |
| |
| - | /*
| |
| - | col - accumulated color
| |
| - | spec - accumulated specular highlight
| |
| - | vertNormal - Normal of the vertex
| |
| - | ecPos - eye coordinate position
| |
| - | light - light structure
| |
| - | */
| |
| - | "void DirectionalLight( inout vec3 col, inout vec3 spec, in vec3 vertNormal, in vec3 ecPos, in Light light ) {" +
| |
| - | " float powerFactor = 0.0;" +
| |
| - | " float nDotVP = max(0.0, dot( vertNormal, normalize(-light.position) ));" +
| |
| - | " float nDotVH = max(0.0, dot( vertNormal, normalize(-light.position-normalize(ecPos) )));" +
| |
| - |
| |
| - | " if( nDotVP != 0.0 ){" +
| |
| - | " powerFactor = pow( nDotVH, uShininess );" +
| |
| - | " }" +
| |
| - |
| |
| - | " col += light.color * nDotVP;" +
| |
| - | " spec += uSpecular * powerFactor;" +
| |
| - | "}" +
| |
| - |
| |
| - | /*
| |
| - | col - accumulated color
| |
| - | spec - accumulated specular highlight
| |
| - | vertNormal - Normal of the vertex
| |
| - | ecPos - eye coordinate position
| |
| - | light - light structure
| |
| - | */
| |
| - | "void PointLight( inout vec3 col, inout vec3 spec, in vec3 vertNormal, in vec3 ecPos, in Light light ) {" +
| |
| - | " float powerFactor;" +
| |
| - |
| |
| - | // Get the vector from the light to the vertex.
| |
| - | " vec3 VP = light.position - ecPos;" +
| |
| - |
| |
| - | // Get the distance from the current vector to the light position.
| |
| - | " float d = length( VP ); " +
| |
| - |
| |
| - | // Normalize the light ray so it can be used in the dot product operation.
| |
| - | " VP = normalize( VP );" +
| |
| - |
| |
| - | " float attenuation = 1.0 / ( uFalloff[0] + ( uFalloff[1] * d ) + ( uFalloff[2] * d * d ));" +
| |
| - |
| |
| - | " float nDotVP = max( 0.0, dot( vertNormal, VP ));" +
| |
| - | " vec3 halfVector = normalize( VP - normalize(ecPos) );" +
| |
| - | " float nDotHV = max( 0.0, dot( vertNormal, halfVector ));" +
| |
| - |
| |
| - | " if( nDotVP == 0.0 ) {" +
| |
| - | " powerFactor = 0.0;" +
| |
| - | " }" +
| |
| - | " else {" +
| |
| - | " powerFactor = pow( nDotHV, uShininess );" +
| |
| - | " }" +
| |
| - |
| |
| - | " spec += uSpecular * powerFactor * attenuation;" +
| |
| - | " col += light.color * nDotVP * attenuation;" +
| |
| - | "}" +
| |
| - |
| |
| - | /*
| |
| - | col - accumulated color
| |
| - | spec - accumulated specular highlight
| |
| - | vertNormal - Normal of the vertex
| |
| - | ecPos - eye coordinate position
| |
| - | light - light structure
| |
| - | */
| |
| - | "void SpotLight( inout vec3 col, inout vec3 spec, in vec3 vertNormal, in vec3 ecPos, in Light light ) {" +
| |
| - | " float spotAttenuation;" +
| |
| - | " float powerFactor = 0.0;" +
| |
| - |
| |
| - | // Calculate the vector from the current vertex to the light.
| |
| - | " vec3 VP = light.position - ecPos;" +
| |
| - | " vec3 ldir = normalize( -light.direction );" +
| |
| - |
| |
| - | // Get the distance from the spotlight and the vertex
| |
| - | " float d = length( VP );" +
| |
| - | " VP = normalize( VP );" +
| |
| - |
| |
| - | " float attenuation = 1.0 / ( uFalloff[0] + ( uFalloff[1] * d ) + ( uFalloff[2] * d * d ) );" +
| |
| - |
| |
| - | // Dot product of the vector from vertex to light and light direction.
| |
| - | " float spotDot = dot( VP, ldir );" +
| |
| - |
| |
| - | // If the vertex falls inside the cone
| |
| - | (webglMaxTempsWorkaround ? // Windows reports max temps error if light.angle is used
| |
| - | " spotAttenuation = 1.0; " :
| |
| - | " if( spotDot > cos( light.angle ) ) {" +
| |
| - | " spotAttenuation = pow( spotDot, light.concentration );" +
| |
| - | " }" +
| |
| - | " else{" +
| |
| - | " spotAttenuation = 0.0;" +
| |
| - | " }" +
| |
| - | " attenuation *= spotAttenuation;" +
| |
| - | "") +
| |
| - |
| |
| - | " float nDotVP = max( 0.0, dot( vertNormal, VP ) );" +
| |
| - | " vec3 halfVector = normalize( VP - normalize(ecPos) );" +
| |
| - | " float nDotHV = max( 0.0, dot( vertNormal, halfVector ) );" +
| |
| - |
| |
| - | " if( nDotVP != 0.0 ) {" +
| |
| - | " powerFactor = pow( nDotHV, uShininess );" +
| |
| - | " }" +
| |
| - |
| |
| - | " spec += uSpecular * powerFactor * attenuation;" +
| |
| - | " col += light.color * nDotVP * attenuation;" +
| |
| - | "}" +
| |
| - |
| |
| - | "void main(void) {" +
| |
| - | " vec3 finalAmbient = vec3( 0.0 );" +
| |
| - | " vec3 finalDiffuse = vec3( 0.0 );" +
| |
| - | " vec3 finalSpecular = vec3( 0.0 );" +
| |
| - |
| |
| - | " vec4 col = uColor;" +
| |
| - |
| |
| - | " if ( uColor[0] == -1.0 ){" +
| |
| - | " col = aColor;" +
| |
| - | " }" +
| |
| - |
| |
| - | // We use the sphere vertices as the normals when we create the sphere buffer.
| |
| - | // But this only works if the sphere vertices are unit length, so we
| |
| - | // have to normalize the normals here. Since this is only required for spheres
| |
| - | // we could consider placing this in a conditional later on.
| |
| - | " vec3 norm = normalize(vec3( uNormalTransform * vec4( aNormal, 0.0 ) ));" +
| |
| - |
| |
| - | " vec4 ecPos4 = uView * uModel * vec4(aVertex, 1.0);" +
| |
| - | " vec3 ecPos = (vec3(ecPos4))/ecPos4.w;" +
| |
| - |
| |
| - | // If there were no lights this draw call, just use the
| |
| - | // assigned fill color of the shape and the specular value.
| |
| - | " if( uLightCount == 0 ) {" +
| |
| - | " vFrontColor = col + vec4(uMaterialSpecular, 1.0);" +
| |
| - | " }" +
| |
| - | " else {" +
| |
| - | // WebGL forces us to iterate over a constant value
| |
| - | // so we can't iterate using lightCount.
| |
| - | " for( int i = 0; i < 8; i++ ) {" +
| |
| - | " Light l = getLight(i);" +
| |
| - |
| |
| - | // We can stop iterating if we know we have gone past
| |
| - | // the number of lights which are actually on. This gives us a
| |
| - | // significant performance increase with high vertex counts.
| |
| - | " if( i >= uLightCount ){" +
| |
| - | " break;" +
| |
| - | " }" +
| |
| - |
| |
| - | " if( l.type == 0 ) {" +
| |
| - | " AmbientLight( finalAmbient, ecPos, l );" +
| |
| - | " }" +
| |
| - | " else if( l.type == 1 ) {" +
| |
| - | " DirectionalLight( finalDiffuse, finalSpecular, norm, ecPos, l );" +
| |
| - | " }" +
| |
| - | " else if( l.type == 2 ) {" +
| |
| - | " PointLight( finalDiffuse, finalSpecular, norm, ecPos, l );" +
| |
| - | " }" +
| |
| - | " else {" +
| |
| - | " SpotLight( finalDiffuse, finalSpecular, norm, ecPos, l );" +
| |
| - | " }" +
| |
| - | " }" +
| |
| - |
| |
| - | " if( uUsingMat == false ) {" +
| |
| - | " vFrontColor = vec4(" +
| |
| - | " vec3( col ) * finalAmbient +" +
| |
| - | " vec3( col ) * finalDiffuse +" +
| |
| - | " vec3( col ) * finalSpecular," +
| |
| - | " col[3] );" +
| |
| - | " }" +
| |
| - | " else{" +
| |
| - | " vFrontColor = vec4( " +
| |
| - | " uMaterialEmissive + " +
| |
| - | " (vec3(col) * uMaterialAmbient * finalAmbient ) + " +
| |
| - | " (vec3(col) * finalDiffuse) + " +
| |
| - | " (uMaterialSpecular * finalSpecular), " +
| |
| - | " col[3] );" +
| |
| - | " }" +
| |
| - | " }" +
| |
| - |
| |
| - | " vTexture.xy = aTexture.xy;" +
| |
| - | " gl_Position = uProjection * uView * uModel * vec4( aVertex, 1.0 );" +
| |
| - | "}";
| |
| - |
| |
| - | var fragmentShaderSrc3D =
| |
| - | "#ifdef GL_ES\n" +
| |
| - | "precision highp float;\n" +
| |
| - | "#endif\n" +
| |
| - |
| |
| - | "varying vec4 vFrontColor;" +
| |
| - |
| |
| - | "uniform sampler2D uSampler;" +
| |
| - | "uniform bool uUsingTexture;" +
| |
| - | "varying vec2 vTexture;" +
| |
| - |
| |
| - | // In Processing, when a texture is used, the fill color is ignored
| |
| - | // vec4(1.0,1.0,1.0,0.5)
| |
| - | "void main(void){" +
| |
| - | " if( uUsingTexture ){" +
| |
| - | " gl_FragColor = vec4(texture2D(uSampler, vTexture.xy)) * vFrontColor;" +
| |
| - | " }"+
| |
| - | " else{" +
| |
| - | " gl_FragColor = vFrontColor;" +
| |
| - | " }" +
| |
| - | "}";
| |
| - |
| |
| - | ////////////////////////////////////////////////////////////////////////////
| |
| - | // 3D Functions
| |
| - | ////////////////////////////////////////////////////////////////////////////
| |
| - |
| |
| - | /*
| |
| - | * Sets a uniform variable in a program object to a particular
| |
| - | * value. Before calling this function, ensure the correct
| |
| - | * program object has been installed as part of the current
| |
| - | * rendering state by calling useProgram.
| |
| - | *
| |
| - | * On some systems, if the variable exists in the shader but isn't used,
| |
| - | * the compiler will optimize it out and this function will fail.
| |
| - | *
| |
| - | * @param {String} cacheId
| |
| - | * @param {WebGLProgram} programObj program object returned from
| |
| - | * createProgramObject
| |
| - | * @param {String} varName the name of the variable in the shader
| |
| - | * @param {float | Array} varValue either a scalar value or an Array
| |
| - | *
| |
| - | * @returns none
| |
| - | *
| |
| - | * @see uniformi
| |
| - | * @see uniformMatrix
| |
| - | */
| |
| - | function uniformf(cacheId, programObj, varName, varValue) {
| |
| - | var varLocation = curContextCache.locations[cacheId];
| |
| - | if(varLocation === undef) {
| |
| - | varLocation = curContext.getUniformLocation(programObj, varName);
| |
| - | curContextCache.locations[cacheId] = varLocation;
| |
| - | }
| |
| - | // the variable won't be found if it was optimized out.
| |
| - | if (varLocation !== null) {
| |
| - | if (varValue.length === 4) {
| |
| - | curContext.uniform4fv(varLocation, varValue);
| |
| - | } else if (varValue.length === 3) {
| |
| - | curContext.uniform3fv(varLocation, varValue);
| |
| - | } else if (varValue.length === 2) {
| |
| - | curContext.uniform2fv(varLocation, varValue);
| |
| - | } else {
| |
| - | curContext.uniform1f(varLocation, varValue);
| |
| - | }
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | /**
| |
| - | * Sets a uniform int or int array in a program object to a particular
| |
| - | * value. Before calling this function, ensure the correct
| |
| - | * program object has been installed as part of the current
| |
| - | * rendering state.
| |
| - | *
| |
| - | * On some systems, if the variable exists in the shader but isn't used,
| |
| - | * the compiler will optimize it out and this function will fail.
| |
| - | *
| |
| - | * @param {String} cacheId
| |
| - | * @param {WebGLProgram} programObj program object returned from
| |
| - | * createProgramObject
| |
| - | * @param {String} varName the name of the variable in the shader
| |
| - | * @param {int | Array} varValue either a scalar value or an Array
| |
| - | *
| |
| - | * @returns none
| |
| - | *
| |
| - | * @see uniformf
| |
| - | * @see uniformMatrix
| |
| - | */
| |
| - | function uniformi(cacheId, programObj, varName, varValue) {
| |
| - | var varLocation = curContextCache.locations[cacheId];
| |
| - | if(varLocation === undef) {
| |
| - | varLocation = curContext.getUniformLocation(programObj, varName);
| |
| - | curContextCache.locations[cacheId] = varLocation;
| |
| - | }
| |
| - | // the variable won't be found if it was optimized out.
| |
| - | if (varLocation !== null) {
| |
| - | if (varValue.length === 4) {
| |
| - | curContext.uniform4iv(varLocation, varValue);
| |
| - | } else if (varValue.length === 3) {
| |
| - | curContext.uniform3iv(varLocation, varValue);
| |
| - | } else if (varValue.length === 2) {
| |
| - | curContext.uniform2iv(varLocation, varValue);
| |
| - | } else {
| |
| - | curContext.uniform1i(varLocation, varValue);
| |
| - | }
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | /**
| |
| - | * Sets the value of a uniform matrix variable in a program
| |
| - | * object. Before calling this function, ensure the correct
| |
| - | * program object has been installed as part of the current
| |
| - | * rendering state.
| |
| - | *
| |
| - | * On some systems, if the variable exists in the shader but
| |
| - | * isn't used, the compiler will optimize it out and this
| |
| - | * function will fail.
| |
| - | *
| |
| - | * @param {String} cacheId
| |
| - | * @param {WebGLProgram} programObj program object returned from
| |
| - | * createProgramObject
| |
| - | * @param {String} varName the name of the variable in the shader
| |
| - | * @param {boolean} transpose must be false
| |
| - | * @param {Array} matrix an array of 4, 9 or 16 values
| |
| - | *
| |
| - | * @returns none
| |
| - | *
| |
| - | * @see uniformi
| |
| - | * @see uniformf
| |
| - | */
| |
| - | function uniformMatrix(cacheId, programObj, varName, transpose, matrix) {
| |
| - | var varLocation = curContextCache.locations[cacheId];
| |
| - | if(varLocation === undef) {
| |
| - | varLocation = curContext.getUniformLocation(programObj, varName);
| |
| - | curContextCache.locations[cacheId] = varLocation;
| |
| - | }
| |
| - | // The variable won't be found if it was optimized out.
| |
| - | if (varLocation !== -1) {
| |
| - | if (matrix.length === 16) {
| |
| - | curContext.uniformMatrix4fv(varLocation, transpose, matrix);
| |
| - | } else if (matrix.length === 9) {
| |
| - | curContext.uniformMatrix3fv(varLocation, transpose, matrix);
| |
| - | } else {
| |
| - | curContext.uniformMatrix2fv(varLocation, transpose, matrix);
| |
| - | }
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | /**
| |
| - | * Binds the VBO, sets the vertex attribute data for the program
| |
| - | * object and enables the attribute.
| |
| - | *
| |
| - | * On some systems, if the attribute exists in the shader but
| |
| - | * isn't used, the compiler will optimize it out and this
| |
| - | * function will fail.
| |
| - | *
| |
| - | * @param {String} cacheId
| |
| - | * @param {WebGLProgram} programObj program object returned from
| |
| - | * createProgramObject
| |
| - | * @param {String} varName the name of the variable in the shader
| |
| - | * @param {int} size the number of components per vertex attribute
| |
| - | * @param {WebGLBuffer} VBO Vertex Buffer Object
| |
| - | *
| |
| - | * @returns none
| |
| - | *
| |
| - | * @see disableVertexAttribPointer
| |
| - | */
| |
| - | function vertexAttribPointer(cacheId, programObj, varName, size, VBO) {
| |
| - | var varLocation = curContextCache.attributes[cacheId];
| |
| - | if(varLocation === undef) {
| |
| - | varLocation = curContext.getAttribLocation(programObj, varName);
| |
| - | curContextCache.attributes[cacheId] = varLocation;
| |
| - | }
| |
| - | if (varLocation !== -1) {
| |
| - | curContext.bindBuffer(curContext.ARRAY_BUFFER, VBO);
| |
| - | curContext.vertexAttribPointer(varLocation, size, curContext.FLOAT, false, 0, 0);
| |
| - | curContext.enableVertexAttribArray(varLocation);
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | /**
| |
| - | * Disables a program object attribute from being sent to WebGL.
| |
| - | *
| |
| - | * @param {String} cacheId
| |
| - | * @param {WebGLProgram} programObj program object returned from
| |
| - | * createProgramObject
| |
| - | * @param {String} varName name of the attribute
| |
| - | *
| |
| - | * @returns none
| |
| - | *
| |
| - | * @see vertexAttribPointer
| |
| - | */
| |
| - | function disableVertexAttribPointer(cacheId, programObj, varName){
| |
| - | var varLocation = curContextCache.attributes[cacheId];
| |
| - | if(varLocation === undef) {
| |
| - | varLocation = curContext.getAttribLocation(programObj, varName);
| |
| - | curContextCache.attributes[cacheId] = varLocation;
| |
| - | }
| |
| - | if (varLocation !== -1) {
| |
| - | curContext.disableVertexAttribArray(varLocation);
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | /**
| |
| - | * Creates a WebGL program object.
| |
| - | *
| |
| - | * @param {String} vetexShaderSource
| |
| - | * @param {String} fragmentShaderSource
| |
| - | *
| |
| - | * @returns {WebGLProgram} A program object
| |
| - | */
| |
| - | var createProgramObject = function(curContext, vetexShaderSource, fragmentShaderSource) {
| |
| - | var vertexShaderObject = curContext.createShader(curContext.VERTEX_SHADER);
| |
| - | curContext.shaderSource(vertexShaderObject, vetexShaderSource);
| |
| - | curContext.compileShader(vertexShaderObject);
| |
| - | if (!curContext.getShaderParameter(vertexShaderObject, curContext.COMPILE_STATUS)) {
| |
| - | throw curContext.getShaderInfoLog(vertexShaderObject);
| |
| - | }
| |
| - |
| |
| - | var fragmentShaderObject = curContext.createShader(curContext.FRAGMENT_SHADER);
| |
| - | curContext.shaderSource(fragmentShaderObject, fragmentShaderSource);
| |
| - | curContext.compileShader(fragmentShaderObject);
| |
| - | if (!curContext.getShaderParameter(fragmentShaderObject, curContext.COMPILE_STATUS)) {
| |
| - | throw curContext.getShaderInfoLog(fragmentShaderObject);
| |
| - | }
| |
| - |
| |
| - | var programObject = curContext.createProgram();
| |
| - | curContext.attachShader(programObject, vertexShaderObject);
| |
| - | curContext.attachShader(programObject, fragmentShaderObject);
| |
| - | curContext.linkProgram(programObject);
| |
| - | if (!curContext.getProgramParameter(programObject, curContext.LINK_STATUS)) {
| |
| - | throw "Error linking shaders.";
| |
| - | }
| |
| - |
| |
| - | return programObject;
| |
| - | };
| |
| - |
| |
| - | ////////////////////////////////////////////////////////////////////////////
| |
| - | // 2D/3D drawing handling
| |
| - | ////////////////////////////////////////////////////////////////////////////
| |
| - | var imageModeCorner = function(x, y, w, h, whAreSizes) {
| |
| - | return {
| |
| - | x: x,
| |
| - | y: y,
| |
| - | w: w,
| |
| - | h: h
| |
| - | };
| |
| - | };
| |
| - | var imageModeConvert = imageModeCorner;
| |
| - |
| |
| - | var imageModeCorners = function(x, y, w, h, whAreSizes) {
| |
| - | return {
| |
| - | x: x,
| |
| - | y: y,
| |
| - | w: whAreSizes ? w : w - x,
| |
| - | h: whAreSizes ? h : h - y
| |
| - | };
| |
| - | };
| |
| - |
| |
| - | var imageModeCenter = function(x, y, w, h, whAreSizes) {
| |
| - | return {
| |
| - | x: x - w / 2,
| |
| - | y: y - h / 2,
| |
| - | w: w,
| |
| - | h: h
| |
| - | };
| |
| - | };
| |
| - |
| |
| - | // Objects for shared, 2D and 3D contexts
| |
| - | var DrawingShared = function(){};
| |
| - | var Drawing2D = function(){};
| |
| - | var Drawing3D = function(){};
| |
| - | var DrawingPre = function(){};
| |
| - |
| |
| - | // Setup the prototype chain
| |
| - | Drawing2D.prototype = new DrawingShared();
| |
| - | Drawing2D.prototype.constructor = Drawing2D;
| |
| - | Drawing3D.prototype = new DrawingShared();
| |
| - | Drawing3D.prototype.constructor = Drawing3D;
| |
| - | DrawingPre.prototype = new DrawingShared();
| |
| - | DrawingPre.prototype.constructor = DrawingPre;
| |
| - |
| |
| - | // A no-op function for when the user calls 3D functions from a 2D sketch
| |
| - | // We can change this to a throw or console.error() later if we want
| |
| - | DrawingShared.prototype.a3DOnlyFunction = noop;
| |
| - |
| |
| - | /**
| |
| - | * The shape() function displays shapes to the screen.
| |
| - | * Processing currently works with SVG shapes only.
| |
| - | * The <b>shape</b> parameter specifies the shape to display and the <b>x</b>
| |
| - | * and <b>y</b> parameters define the location of the shape from its
| |
| - | * upper-left corner.
| |
| - | * The shape is displayed at its original size unless the <b>width</b>
| |
| - | * and <b>height</b> parameters specify a different size.
| |
| - | * The <b>shapeMode()</b> function changes the way the parameters work.
| |
| - | * A call to <b>shapeMode(CORNERS)</b>, for example, will change the width
| |
| - | * and height parameters to define the x and y values of the opposite corner
| |
| - | * of the shape.
| |
| - | * <br><br>
| |
| - | * Note complex shapes may draw awkwardly with P2D, P3D, and OPENGL. Those
| |
| - | * renderers do not yet support shapes that have holes or complicated breaks.
| |
| - | *
| |
| - | * @param {PShape} shape the shape to display
| |
| - | * @param {int|float} x x-coordinate of the shape
| |
| - | * @param {int|float} y y-coordinate of the shape
| |
| - | * @param {int|float} width width to display the shape
| |
| - | * @param {int|float} height height to display the shape
| |
| - | *
| |
| - | * @see PShape
| |
| - | * @see loadShape()
| |
| - | * @see shapeMode()
| |
| - | */
| |
| - | p.shape = function(shape, x, y, width, height) {
| |
| - | if (arguments.length >= 1 && arguments[0] !== null) {
| |
| - | if (shape.isVisible()) {
| |
| - | p.pushMatrix();
| |
| - | if (curShapeMode === PConstants.CENTER) {
| |
| - | if (arguments.length === 5) {
| |
| - | p.translate(x - width/2, y - height/2);
| |
| - | p.scale(width / shape.getWidth(), height / shape.getHeight());
| |
| - | } else if (arguments.length === 3) {
| |
| - | p.translate(x - shape.getWidth()/2, - shape.getHeight()/2);
| |
| - | } else {
| |
| - | p.translate(-shape.getWidth()/2, -shape.getHeight()/2);
| |
| - | }
| |
| - | } else if (curShapeMode === PConstants.CORNER) {
| |
| - | if (arguments.length === 5) {
| |
| - | p.translate(x, y);
| |
| - | p.scale(width / shape.getWidth(), height / shape.getHeight());
| |
| - | } else if (arguments.length === 3) {
| |
| - | p.translate(x, y);
| |
| - | }
| |
| - | } else if (curShapeMode === PConstants.CORNERS) {
| |
| - | if (arguments.length === 5) {
| |
| - | width -= x;
| |
| - | height -= y;
| |
| - | p.translate(x, y);
| |
| - | p.scale(width / shape.getWidth(), height / shape.getHeight());
| |
| - | } else if (arguments.length === 3) {
| |
| - | p.translate(x, y);
| |
| - | }
| |
| - | }
| |
| - | shape.draw(p);
| |
| - | if ((arguments.length === 1 && curShapeMode === PConstants.CENTER ) || arguments.length > 1) {
| |
| - | p.popMatrix();
| |
| - | }
| |
| - | }
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * The shapeMode() function modifies the location from which shapes draw.
| |
| - | * The default mode is <b>shapeMode(CORNER)</b>, which specifies the
| |
| - | * location to be the upper left corner of the shape and uses the third
| |
| - | * and fourth parameters of <b>shape()</b> to specify the width and height.
| |
| - | * The syntax <b>shapeMode(CORNERS)</b> uses the first and second parameters
| |
| - | * of <b>shape()</b> to set the location of one corner and uses the third
| |
| - | * and fourth parameters to set the opposite corner.
| |
| - | * The syntax <b>shapeMode(CENTER)</b> draws the shape from its center point
| |
| - | * and uses the third and forth parameters of <b>shape()</b> to specify the
| |
| - | * width and height.
| |
| - | * The parameter must be written in "ALL CAPS" because Processing syntax
| |
| - | * is case sensitive.
| |
| - | *
| |
| - | * @param {int} mode One of CORNER, CORNERS, CENTER
| |
| - | *
| |
| - | * @see shape()
| |
| - | * @see rectMode()
| |
| - | */
| |
| - | p.shapeMode = function (mode) {
| |
| - | curShapeMode = mode;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * The loadShape() function loads vector shapes into a variable of type PShape. Currently, only SVG files may be loaded.
| |
| - | * In most cases, <b>loadShape()</b> should be used inside <b>setup()</b> because loading shapes inside <b>draw()</b> will reduce the speed of a sketch.
| |
| - | *
| |
| - | * @param {String} filename an SVG file
| |
| - | *
| |
| - | * @return {PShape} a object of type PShape or null
| |
| - | * @see PShape
| |
| - | * @see PApplet#shape()
| |
| - | * @see PApplet#shapeMode()
| |
| - | */
| |
| - | p.loadShape = function (filename) {
| |
| - | if (arguments.length === 1) {
| |
| - | if (filename.indexOf(".svg") > -1) {
| |
| - | return new PShapeSVG(null, filename);
| |
| - | }
| |
| - | }
| |
| - | return null;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Processing 2.0 function for loading XML files.
| |
| - | *
| |
| - | * @param {String} uri The uri for the xml file to load.
| |
| - | *
| |
| - | * @return {XML} An XML object representing the xml data.
| |
| - | */
| |
| - | p.loadXML = function(uri) {
| |
| - | return new XML(p, uri);
| |
| - | };
| |
| - |
| |
| - |
| |
| - | ////////////////////////////////////////////////////////////////////////////
| |
| - | // 2D Matrix
| |
| - | ////////////////////////////////////////////////////////////////////////////
| |
| - |
| |
| - | /**
| |
| - | * Helper function for printMatrix(). Finds the largest scalar
| |
| - | * in the matrix, then number of digits left of the decimal.
| |
| - | * Call from PMatrix2D and PMatrix3D's print() function.
| |
| - | */
| |
| - | var printMatrixHelper = function(elements) {
| |
| - | var big = 0;
| |
| - | for (var i = 0; i < elements.length; i++) {
| |
| - | if (i !== 0) {
| |
| - | big = Math.max(big, Math.abs(elements[i]));
| |
| - | } else {
| |
| - | big = Math.abs(elements[i]);
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | var digits = (big + "").indexOf(".");
| |
| - | if (digits === 0) {
| |
| - | digits = 1;
| |
| - | } else if (digits === -1) {
| |
| - | digits = (big + "").length;
| |
| - | }
| |
| - |
| |
| - | return digits;
| |
| - | };
| |
| - | /**
| |
| - | * PMatrix2D is a 3x2 affine matrix implementation. The constructor accepts another PMatrix2D or a list of six float elements.
| |
| - | * If no parameters are provided the matrix is set to the identity matrix.
| |
| - | *
| |
| - | * @param {PMatrix2D} matrix the initial matrix to set to
| |
| - | * @param {float} m00 the first element of the matrix
| |
| - | * @param {float} m01 the second element of the matrix
| |
| - | * @param {float} m02 the third element of the matrix
| |
| - | * @param {float} m10 the fourth element of the matrix
| |
| - | * @param {float} m11 the fifth element of the matrix
| |
| - | * @param {float} m12 the sixth element of the matrix
| |
| - | */
| |
| - | var PMatrix2D = p.PMatrix2D = function() {
| |
| - | if (arguments.length === 0) {
| |
| - | this.reset();
| |
| - | } else if (arguments.length === 1 && arguments[0] instanceof PMatrix2D) {
| |
| - | this.set(arguments[0].array());
| |
| - | } else if (arguments.length === 6) {
| |
| - | this.set(arguments[0], arguments[1], arguments[2], arguments[3], arguments[4], arguments[5]);
| |
| - | }
| |
| - | };
| |
| - | /**
| |
| - | * PMatrix2D methods
| |
| - | */
| |
| - | PMatrix2D.prototype = {
| |
| - | /**
| |
| - | * @member PMatrix2D
| |
| - | * The set() function sets the matrix elements. The function accepts either another PMatrix2D, an array of elements, or a list of six floats.
| |
| - | *
| |
| - | * @param {PMatrix2D} matrix the matrix to set this matrix to
| |
| - | * @param {float[]} elements an array of elements to set this matrix to
| |
| - | * @param {float} m00 the first element of the matrix
| |
| - | * @param {float} m01 the third element of the matrix
| |
| - | * @param {float} m10 the fourth element of the matrix
| |
| - | * @param {float} m11 the fith element of the matrix
| |
| - | * @param {float} m12 the sixth element of the matrix
| |
| - | */
| |
| - | set: function() {
| |
| - | if (arguments.length === 6) {
| |
| - | var a = arguments;
| |
| - | this.set([a[0], a[1], a[2],
| |
| - | a[3], a[4], a[5]]);
| |
| - | } else if (arguments.length === 1 && arguments[0] instanceof PMatrix2D) {
| |
| - | this.elements = arguments[0].array();
| |
| - | } else if (arguments.length === 1 && arguments[0] instanceof Array) {
| |
| - | this.elements = arguments[0].slice();
| |
| - | }
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix2D
| |
| - | * The get() function returns a copy of this PMatrix2D.
| |
| - | *
| |
| - | * @return {PMatrix2D} a copy of this PMatrix2D
| |
| - | */
| |
| - | get: function() {
| |
| - | var outgoing = new PMatrix2D();
| |
| - | outgoing.set(this.elements);
| |
| - | return outgoing;
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix2D
| |
| - | * The reset() function sets this PMatrix2D to the identity matrix.
| |
| - | */
| |
| - | reset: function() {
| |
| - | this.set([1, 0, 0, 0, 1, 0]);
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix2D
| |
| - | * The array() function returns a copy of the element values.
| |
| - | * @addon
| |
| - | *
| |
| - | * @return {float[]} returns a copy of the element values
| |
| - | */
| |
| - | array: function array() {
| |
| - | return this.elements.slice();
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix2D
| |
| - | * The translate() function translates this matrix by moving the current coordinates to the location specified by tx and ty.
| |
| - | *
| |
| - | * @param {float} tx the x-axis coordinate to move to
| |
| - | * @param {float} ty the y-axis coordinate to move to
| |
| - | */
| |
| - | translate: function(tx, ty) {
| |
| - | this.elements[2] = tx * this.elements[0] + ty * this.elements[1] + this.elements[2];
| |
| - | this.elements[5] = tx * this.elements[3] + ty * this.elements[4] + this.elements[5];
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix2D
| |
| - | * The invTranslate() function translates this matrix by moving the current coordinates to the negative location specified by tx and ty.
| |
| - | *
| |
| - | * @param {float} tx the x-axis coordinate to move to
| |
| - | * @param {float} ty the y-axis coordinate to move to
| |
| - | */
| |
| - | invTranslate: function(tx, ty) {
| |
| - | this.translate(-tx, -ty);
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix2D
| |
| - | * The transpose() function is not used in processingjs.
| |
| - | */
| |
| - | transpose: function() {
| |
| - | // Does nothing in Processing.
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix2D
| |
| - | * The mult() function multiplied this matrix.
| |
| - | * If two array elements are passed in the function will multiply a two element vector against this matrix.
| |
| - | * If target is null or not length four, a new float array will be returned.
| |
| - | * The values for vec and target can be the same (though that's less efficient).
| |
| - | * If two PVectors are passed in the function multiply the x and y coordinates of a PVector against this matrix.
| |
| - | *
| |
| - | * @param {PVector} source, target the PVectors used to multiply this matrix
| |
| - | * @param {float[]} source, target the arrays used to multiply this matrix
| |
| - | *
| |
| - | * @return {PVector|float[]} returns a PVector or an array representing the new matrix
| |
| - | */
| |
| - | mult: function(source, target) {
| |
| - | var x, y;
| |
| - | if (source instanceof PVector) {
| |
| - | x = source.x;
| |
| - | y = source.y;
| |
| - | if (!target) {
| |
| - | target = new PVector();
| |
| - | }
| |
| - | } else if (source instanceof Array) {
| |
| - | x = source[0];
| |
| - | y = source[1];
| |
| - | if (!target) {
| |
| - | target = [];
| |
| - | }
| |
| - | }
| |
| - | if (target instanceof Array) {
| |
| - | target[0] = this.elements[0] * x + this.elements[1] * y + this.elements[2];
| |
| - | target[1] = this.elements[3] * x + this.elements[4] * y + this.elements[5];
| |
| - | } else if (target instanceof PVector) {
| |
| - | target.x = this.elements[0] * x + this.elements[1] * y + this.elements[2];
| |
| - | target.y = this.elements[3] * x + this.elements[4] * y + this.elements[5];
| |
| - | target.z = 0;
| |
| - | }
| |
| - | return target;
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix2D
| |
| - | * The multX() function calculates the x component of a vector from a transformation.
| |
| - | *
| |
| - | * @param {float} x the x component of the vector being transformed
| |
| - | * @param {float} y the y component of the vector being transformed
| |
| - | *
| |
| - | * @return {float} returnes the result of the calculation
| |
| - | */
| |
| - | multX: function(x, y) {
| |
| - | return (x * this.elements[0] + y * this.elements[1] + this.elements[2]);
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix2D
| |
| - | * The multY() function calculates the y component of a vector from a transformation.
| |
| - | *
| |
| - | * @param {float} x the x component of the vector being transformed
| |
| - | * @param {float} y the y component of the vector being transformed
| |
| - | *
| |
| - | * @return {float} returnes the result of the calculation
| |
| - | */
| |
| - | multY: function(x, y) {
| |
| - | return (x * this.elements[3] + y * this.elements[4] + this.elements[5]);
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix2D
| |
| - | * The skewX() function skews the matrix along the x-axis the amount specified by the angle parameter.
| |
| - | * Angles should be specified in radians (values from 0 to PI*2) or converted to radians with the <b>radians()</b> function.
| |
| - | *
| |
| - | * @param {float} angle angle of skew specified in radians
| |
| - | */
| |
| - | skewX: function(angle) {
| |
| - | this.apply(1, 0, 1, angle, 0, 0);
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix2D
| |
| - | * The skewY() function skews the matrix along the y-axis the amount specified by the angle parameter.
| |
| - | * Angles should be specified in radians (values from 0 to PI*2) or converted to radians with the <b>radians()</b> function.
| |
| - | *
| |
| - | * @param {float} angle angle of skew specified in radians
| |
| - | */
| |
| - | skewY: function(angle) {
| |
| - | this.apply(1, 0, 1, 0, angle, 0);
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix2D
| |
| - | * The shearX() function shears the matrix along the x-axis the amount specified by the angle parameter.
| |
| - | * Angles should be specified in radians (values from 0 to PI*2) or converted to radians with the <b>radians()</b> function.
| |
| - | *
| |
| - | * @param {float} angle angle of skew specified in radians
| |
| - | */
| |
| - | shearX: function(angle) {
| |
| - | this.apply(1, 0, 1, Math.tan(angle) , 0, 0);
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix2D
| |
| - | * The shearY() function shears the matrix along the y-axis the amount specified by the angle parameter.
| |
| - | * Angles should be specified in radians (values from 0 to PI*2) or converted to radians with the <b>radians()</b> function.
| |
| - | *
| |
| - | * @param {float} angle angle of skew specified in radians
| |
| - | */
| |
| - | shearY: function(angle) {
| |
| - | this.apply(1, 0, 1, 0, Math.tan(angle), 0);
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix2D
| |
| - | * The determinant() function calvculates the determinant of this matrix.
| |
| - | *
| |
| - | * @return {float} the determinant of the matrix
| |
| - | */
| |
| - | determinant: function() {
| |
| - | return (this.elements[0] * this.elements[4] - this.elements[1] * this.elements[3]);
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix2D
| |
| - | * The invert() function inverts this matrix
| |
| - | *
| |
| - | * @return {boolean} true if successful
| |
| - | */
| |
| - | invert: function() {
| |
| - | var d = this.determinant();
| |
| - | if (Math.abs( d ) > PConstants.MIN_INT) {
| |
| - | var old00 = this.elements[0];
| |
| - | var old01 = this.elements[1];
| |
| - | var old02 = this.elements[2];
| |
| - | var old10 = this.elements[3];
| |
| - | var old11 = this.elements[4];
| |
| - | var old12 = this.elements[5];
| |
| - | this.elements[0] = old11 / d;
| |
| - | this.elements[3] = -old10 / d;
| |
| - | this.elements[1] = -old01 / d;
| |
| - | this.elements[4] = old00 / d;
| |
| - | this.elements[2] = (old01 * old12 - old11 * old02) / d;
| |
| - | this.elements[5] = (old10 * old02 - old00 * old12) / d;
| |
| - | return true;
| |
| - | }
| |
| - | return false;
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix2D
| |
| - | * The scale() function increases or decreases the size of a shape by expanding and contracting vertices. When only one parameter is specified scale will occur in all dimensions.
| |
| - | * This is equivalent to a two parameter call.
| |
| - | *
| |
| - | * @param {float} sx the amount to scale on the x-axis
| |
| - | * @param {float} sy the amount to scale on the y-axis
| |
| - | */
| |
| - | scale: function(sx, sy) {
| |
| - | if (sx && !sy) {
| |
| - | sy = sx;
| |
| - | }
| |
| - | if (sx && sy) {
| |
| - | this.elements[0] *= sx;
| |
| - | this.elements[1] *= sy;
| |
| - | this.elements[3] *= sx;
| |
| - | this.elements[4] *= sy;
| |
| - | }
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix2D
| |
| - | * The invScale() function decreases or increases the size of a shape by contracting and expanding vertices. When only one parameter is specified scale will occur in all dimensions.
| |
| - | * This is equivalent to a two parameter call.
| |
| - | *
| |
| - | * @param {float} sx the amount to scale on the x-axis
| |
| - | * @param {float} sy the amount to scale on the y-axis
| |
| - | */
| |
| - | invScale: function(sx, sy) {
| |
| - | if (sx && !sy) {
| |
| - | sy = sx;
| |
| - | }
| |
| - | this.scale(1 / sx, 1 / sy);
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix2D
| |
| - | * The apply() function multiplies the current matrix by the one specified through the parameters. Note that either a PMatrix2D or a list of floats can be passed in.
| |
| - | *
| |
| - | * @param {PMatrix2D} matrix the matrix to apply this matrix to
| |
| - | * @param {float} m00 the first element of the matrix
| |
| - | * @param {float} m01 the third element of the matrix
| |
| - | * @param {float} m10 the fourth element of the matrix
| |
| - | * @param {float} m11 the fith element of the matrix
| |
| - | * @param {float} m12 the sixth element of the matrix
| |
| - | */
| |
| - | apply: function() {
| |
| - | var source;
| |
| - | if (arguments.length === 1 && arguments[0] instanceof PMatrix2D) {
| |
| - | source = arguments[0].array();
| |
| - | } else if (arguments.length === 6) {
| |
| - | source = Array.prototype.slice.call(arguments);
| |
| - | } else if (arguments.length === 1 && arguments[0] instanceof Array) {
| |
| - | source = arguments[0];
| |
| - | }
| |
| - |
| |
| - | var result = [0, 0, this.elements[2],
| |
| - | 0, 0, this.elements[5]];
| |
| - | var e = 0;
| |
| - | for (var row = 0; row < 2; row++) {
| |
| - | for (var col = 0; col < 3; col++, e++) {
| |
| - | result[e] += this.elements[row * 3 + 0] * source[col + 0] +
| |
| - | this.elements[row * 3 + 1] * source[col + 3];
| |
| - | }
| |
| - | }
| |
| - | this.elements = result.slice();
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix2D
| |
| - | * The preApply() function applies another matrix to the left of this one. Note that either a PMatrix2D or elements of a matrix can be passed in.
| |
| - | *
| |
| - | * @param {PMatrix2D} matrix the matrix to apply this matrix to
| |
| - | * @param {float} m00 the first element of the matrix
| |
| - | * @param {float} m01 the third element of the matrix
| |
| - | * @param {float} m10 the fourth element of the matrix
| |
| - | * @param {float} m11 the fith element of the matrix
| |
| - | * @param {float} m12 the sixth element of the matrix
| |
| - | */
| |
| - | preApply: function() {
| |
| - | var source;
| |
| - | if (arguments.length === 1 && arguments[0] instanceof PMatrix2D) {
| |
| - | source = arguments[0].array();
| |
| - | } else if (arguments.length === 6) {
| |
| - | source = Array.prototype.slice.call(arguments);
| |
| - | } else if (arguments.length === 1 && arguments[0] instanceof Array) {
| |
| - | source = arguments[0];
| |
| - | }
| |
| - | var result = [0, 0, source[2],
| |
| - | 0, 0, source[5]];
| |
| - | result[2] = source[2] + this.elements[2] * source[0] + this.elements[5] * source[1];
| |
| - | result[5] = source[5] + this.elements[2] * source[3] + this.elements[5] * source[4];
| |
| - | result[0] = this.elements[0] * source[0] + this.elements[3] * source[1];
| |
| - | result[3] = this.elements[0] * source[3] + this.elements[3] * source[4];
| |
| - | result[1] = this.elements[1] * source[0] + this.elements[4] * source[1];
| |
| - | result[4] = this.elements[1] * source[3] + this.elements[4] * source[4];
| |
| - | this.elements = result.slice();
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix2D
| |
| - | * The rotate() function rotates the matrix.
| |
| - | *
| |
| - | * @param {float} angle the angle of rotation in radiants
| |
| - | */
| |
| - | rotate: function(angle) {
| |
| - | var c = Math.cos(angle);
| |
| - | var s = Math.sin(angle);
| |
| - | var temp1 = this.elements[0];
| |
| - | var temp2 = this.elements[1];
| |
| - | this.elements[0] = c * temp1 + s * temp2;
| |
| - | this.elements[1] = -s * temp1 + c * temp2;
| |
| - | temp1 = this.elements[3];
| |
| - | temp2 = this.elements[4];
| |
| - | this.elements[3] = c * temp1 + s * temp2;
| |
| - | this.elements[4] = -s * temp1 + c * temp2;
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix2D
| |
| - | * The rotateZ() function rotates the matrix.
| |
| - | *
| |
| - | * @param {float} angle the angle of rotation in radiants
| |
| - | */
| |
| - | rotateZ: function(angle) {
| |
| - | this.rotate(angle);
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix2D
| |
| - | * The invRotateZ() function rotates the matrix in opposite direction.
| |
| - | *
| |
| - | * @param {float} angle the angle of rotation in radiants
| |
| - | */
| |
| - | invRotateZ: function(angle) {
| |
| - | this.rotateZ(angle - Math.PI);
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix2D
| |
| - | * The print() function prints out the elements of this matrix
| |
| - | */
| |
| - | print: function() {
| |
| - | var digits = printMatrixHelper(this.elements);
| |
| - | var output = "" + p.nfs(this.elements[0], digits, 4) + " " +
| |
| - | p.nfs(this.elements[1], digits, 4) + " " +
| |
| - | p.nfs(this.elements[2], digits, 4) + "\n" +
| |
| - | p.nfs(this.elements[3], digits, 4) + " " +
| |
| - | p.nfs(this.elements[4], digits, 4) + " " +
| |
| - | p.nfs(this.elements[5], digits, 4) + "\n\n";
| |
| - | p.println(output);
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * PMatrix3D is a 4x4 matrix implementation. The constructor accepts another PMatrix3D or a list of six or sixteen float elements.
| |
| - | * If no parameters are provided the matrix is set to the identity matrix.
| |
| - | */
| |
| - | var PMatrix3D = p.PMatrix3D = function() {
| |
| - | // When a matrix is created, it is set to an identity matrix
| |
| - | this.reset();
| |
| - | };
| |
| - | /**
| |
| - | * PMatrix3D methods
| |
| - | */
| |
| - | PMatrix3D.prototype = {
| |
| - | /**
| |
| - | * @member PMatrix2D
| |
| - | * The set() function sets the matrix elements. The function accepts either another PMatrix3D, an array of elements, or a list of six or sixteen floats.
| |
| - | *
| |
| - | * @param {PMatrix3D} matrix the initial matrix to set to
| |
| - | * @param {float[]} elements an array of elements to set this matrix to
| |
| - | * @param {float} m00 the first element of the matrix
| |
| - | * @param {float} m01 the second element of the matrix
| |
| - | * @param {float} m02 the third element of the matrix
| |
| - | * @param {float} m03 the fourth element of the matrix
| |
| - | * @param {float} m10 the fifth element of the matrix
| |
| - | * @param {float} m11 the sixth element of the matrix
| |
| - | * @param {float} m12 the seventh element of the matrix
| |
| - | * @param {float} m13 the eight element of the matrix
| |
| - | * @param {float} m20 the nineth element of the matrix
| |
| - | * @param {float} m21 the tenth element of the matrix
| |
| - | * @param {float} m22 the eleventh element of the matrix
| |
| - | * @param {float} m23 the twelveth element of the matrix
| |
| - | * @param {float} m30 the thirteenth element of the matrix
| |
| - | * @param {float} m31 the fourtheenth element of the matrix
| |
| - | * @param {float} m32 the fivetheenth element of the matrix
| |
| - | * @param {float} m33 the sixteenth element of the matrix
| |
| - | */
| |
| - | set: function() {
| |
| - | if (arguments.length === 16) {
| |
| - | this.elements = Array.prototype.slice.call(arguments);
| |
| - | } else if (arguments.length === 1 && arguments[0] instanceof PMatrix3D) {
| |
| - | this.elements = arguments[0].array();
| |
| - | } else if (arguments.length === 1 && arguments[0] instanceof Array) {
| |
| - | this.elements = arguments[0].slice();
| |
| - | }
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix3D
| |
| - | * The get() function returns a copy of this PMatrix3D.
| |
| - | *
| |
| - | * @return {PMatrix3D} a copy of this PMatrix3D
| |
| - | */
| |
| - | get: function() {
| |
| - | var outgoing = new PMatrix3D();
| |
| - | outgoing.set(this.elements);
| |
| - | return outgoing;
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix3D
| |
| - | * The reset() function sets this PMatrix3D to the identity matrix.
| |
| - | */
| |
| - | reset: function() {
| |
| - | this.elements = [1,0,0,0,
| |
| - | 0,1,0,0,
| |
| - | 0,0,1,0,
| |
| - | 0,0,0,1];
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix3D
| |
| - | * The array() function returns a copy of the element values.
| |
| - | * @addon
| |
| - | *
| |
| - | * @return {float[]} returns a copy of the element values
| |
| - | */
| |
| - | array: function array() {
| |
| - | return this.elements.slice();
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix3D
| |
| - | * The translate() function translates this matrix by moving the current coordinates to the location specified by tx, ty, and tz.
| |
| - | *
| |
| - | * @param {float} tx the x-axis coordinate to move to
| |
| - | * @param {float} ty the y-axis coordinate to move to
| |
| - | * @param {float} tz the z-axis coordinate to move to
| |
| - | */
| |
| - | translate: function(tx, ty, tz) {
| |
| - | if (tz === undef) {
| |
| - | tz = 0;
| |
| - | }
| |
| - |
| |
| - | this.elements[3] += tx * this.elements[0] + ty * this.elements[1] + tz * this.elements[2];
| |
| - | this.elements[7] += tx * this.elements[4] + ty * this.elements[5] + tz * this.elements[6];
| |
| - | this.elements[11] += tx * this.elements[8] + ty * this.elements[9] + tz * this.elements[10];
| |
| - | this.elements[15] += tx * this.elements[12] + ty * this.elements[13] + tz * this.elements[14];
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix3D
| |
| - | * The transpose() function transpose this matrix.
| |
| - | */
| |
| - | transpose: function() {
| |
| - | var temp = this.elements[4];
| |
| - | this.elements[4] = this.elements[1];
| |
| - | this.elements[1] = temp;
| |
| - |
| |
| - | temp = this.elements[8];
| |
| - | this.elements[8] = this.elements[2];
| |
| - | this.elements[2] = temp;
| |
| - |
| |
| - | temp = this.elements[6];
| |
| - | this.elements[6] = this.elements[9];
| |
| - | this.elements[9] = temp;
| |
| - |
| |
| - | temp = this.elements[3];
| |
| - | this.elements[3] = this.elements[12];
| |
| - | this.elements[12] = temp;
| |
| - |
| |
| - | temp = this.elements[7];
| |
| - | this.elements[7] = this.elements[13];
| |
| - | this.elements[13] = temp;
| |
| - |
| |
| - | temp = this.elements[11];
| |
| - | this.elements[11] = this.elements[14];
| |
| - | this.elements[14] = temp;
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix3D
| |
| - | * The mult() function multiplied this matrix.
| |
| - | * If two array elements are passed in the function will multiply a two element vector against this matrix.
| |
| - | * If target is null or not length four, a new float array will be returned.
| |
| - | * The values for vec and target can be the same (though that's less efficient).
| |
| - | * If two PVectors are passed in the function multiply the x and y coordinates of a PVector against this matrix.
| |
| - | *
| |
| - | * @param {PVector} source, target the PVectors used to multiply this matrix
| |
| - | * @param {float[]} source, target the arrays used to multiply this matrix
| |
| - | *
| |
| - | * @return {PVector|float[]} returns a PVector or an array representing the new matrix
| |
| - | */
| |
| - | mult: function(source, target) {
| |
| - | var x, y, z, w;
| |
| - | if (source instanceof PVector) {
| |
| - | x = source.x;
| |
| - | y = source.y;
| |
| - | z = source.z;
| |
| - | w = 1;
| |
| - | if (!target) {
| |
| - | target = new PVector();
| |
| - | }
| |
| - | } else if (source instanceof Array) {
| |
| - | x = source[0];
| |
| - | y = source[1];
| |
| - | z = source[2];
| |
| - | w = source[3] || 1;
| |
| - |
| |
| - | if ( !target || (target.length !== 3 && target.length !== 4) ) {
| |
| - | target = [0, 0, 0];
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | if (target instanceof Array) {
| |
| - | if (target.length === 3) {
| |
| - | target[0] = this.elements[0] * x + this.elements[1] * y + this.elements[2] * z + this.elements[3];
| |
| - | target[1] = this.elements[4] * x + this.elements[5] * y + this.elements[6] * z + this.elements[7];
| |
| - | target[2] = this.elements[8] * x + this.elements[9] * y + this.elements[10] * z + this.elements[11];
| |
| - | } else if (target.length === 4) {
| |
| - | target[0] = this.elements[0] * x + this.elements[1] * y + this.elements[2] * z + this.elements[3] * w;
| |
| - | target[1] = this.elements[4] * x + this.elements[5] * y + this.elements[6] * z + this.elements[7] * w;
| |
| - | target[2] = this.elements[8] * x + this.elements[9] * y + this.elements[10] * z + this.elements[11] * w;
| |
| - | target[3] = this.elements[12] * x + this.elements[13] * y + this.elements[14] * z + this.elements[15] * w;
| |
| - | }
| |
| - | }
| |
| - | if (target instanceof PVector) {
| |
| - | target.x = this.elements[0] * x + this.elements[1] * y + this.elements[2] * z + this.elements[3];
| |
| - | target.y = this.elements[4] * x + this.elements[5] * y + this.elements[6] * z + this.elements[7];
| |
| - | target.z = this.elements[8] * x + this.elements[9] * y + this.elements[10] * z + this.elements[11];
| |
| - | }
| |
| - | return target;
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix3D
| |
| - | * The preApply() function applies another matrix to the left of this one. Note that either a PMatrix3D or elements of a matrix can be passed in.
| |
| - | *
| |
| - | * @param {PMatrix3D} matrix the matrix to apply this matrix to
| |
| - | * @param {float} m00 the first element of the matrix
| |
| - | * @param {float} m01 the second element of the matrix
| |
| - | * @param {float} m02 the third element of the matrix
| |
| - | * @param {float} m03 the fourth element of the matrix
| |
| - | * @param {float} m10 the fifth element of the matrix
| |
| - | * @param {float} m11 the sixth element of the matrix
| |
| - | * @param {float} m12 the seventh element of the matrix
| |
| - | * @param {float} m13 the eight element of the matrix
| |
| - | * @param {float} m20 the nineth element of the matrix
| |
| - | * @param {float} m21 the tenth element of the matrix
| |
| - | * @param {float} m22 the eleventh element of the matrix
| |
| - | * @param {float} m23 the twelveth element of the matrix
| |
| - | * @param {float} m30 the thirteenth element of the matrix
| |
| - | * @param {float} m31 the fourtheenth element of the matrix
| |
| - | * @param {float} m32 the fivetheenth element of the matrix
| |
| - | * @param {float} m33 the sixteenth element of the matrix
| |
| - | */
| |
| - | preApply: function() {
| |
| - | var source;
| |
| - | if (arguments.length === 1 && arguments[0] instanceof PMatrix3D) {
| |
| - | source = arguments[0].array();
| |
| - | } else if (arguments.length === 16) {
| |
| - | source = Array.prototype.slice.call(arguments);
| |
| - | } else if (arguments.length === 1 && arguments[0] instanceof Array) {
| |
| - | source = arguments[0];
| |
| - | }
| |
| - |
| |
| - | var result = [0, 0, 0, 0,
| |
| - | 0, 0, 0, 0,
| |
| - | 0, 0, 0, 0,
| |
| - | 0, 0, 0, 0];
| |
| - | var e = 0;
| |
| - | for (var row = 0; row < 4; row++) {
| |
| - | for (var col = 0; col < 4; col++, e++) {
| |
| - | result[e] += this.elements[col + 0] * source[row * 4 + 0] + this.elements[col + 4] *
| |
| - | source[row * 4 + 1] + this.elements[col + 8] * source[row * 4 + 2] +
| |
| - | this.elements[col + 12] * source[row * 4 + 3];
| |
| - | }
| |
| - | }
| |
| - | this.elements = result.slice();
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix3D
| |
| - | * The apply() function multiplies the current matrix by the one specified through the parameters. Note that either a PMatrix3D or a list of floats can be passed in.
| |
| - | *
| |
| - | * @param {PMatrix3D} matrix the matrix to apply this matrix to
| |
| - | * @param {float} m00 the first element of the matrix
| |
| - | * @param {float} m01 the second element of the matrix
| |
| - | * @param {float} m02 the third element of the matrix
| |
| - | * @param {float} m03 the fourth element of the matrix
| |
| - | * @param {float} m10 the fifth element of the matrix
| |
| - | * @param {float} m11 the sixth element of the matrix
| |
| - | * @param {float} m12 the seventh element of the matrix
| |
| - | * @param {float} m13 the eight element of the matrix
| |
| - | * @param {float} m20 the nineth element of the matrix
| |
| - | * @param {float} m21 the tenth element of the matrix
| |
| - | * @param {float} m22 the eleventh element of the matrix
| |
| - | * @param {float} m23 the twelveth element of the matrix
| |
| - | * @param {float} m30 the thirteenth element of the matrix
| |
| - | * @param {float} m31 the fourtheenth element of the matrix
| |
| - | * @param {float} m32 the fivetheenth element of the matrix
| |
| - | * @param {float} m33 the sixteenth element of the matrix
| |
| - | */
| |
| - | apply: function() {
| |
| - | var source;
| |
| - | if (arguments.length === 1 && arguments[0] instanceof PMatrix3D) {
| |
| - | source = arguments[0].array();
| |
| - | } else if (arguments.length === 16) {
| |
| - | source = Array.prototype.slice.call(arguments);
| |
| - | } else if (arguments.length === 1 && arguments[0] instanceof Array) {
| |
| - | source = arguments[0];
| |
| - | }
| |
| - |
| |
| - | var result = [0, 0, 0, 0,
| |
| - | 0, 0, 0, 0,
| |
| - | 0, 0, 0, 0,
| |
| - | 0, 0, 0, 0];
| |
| - | var e = 0;
| |
| - | for (var row = 0; row < 4; row++) {
| |
| - | for (var col = 0; col < 4; col++, e++) {
| |
| - | result[e] += this.elements[row * 4 + 0] * source[col + 0] + this.elements[row * 4 + 1] *
| |
| - | source[col + 4] + this.elements[row * 4 + 2] * source[col + 8] +
| |
| - | this.elements[row * 4 + 3] * source[col + 12];
| |
| - | }
| |
| - | }
| |
| - | this.elements = result.slice();
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix3D
| |
| - | * The rotate() function rotates the matrix.
| |
| - | *
| |
| - | * @param {float} angle the angle of rotation in radiants
| |
| - | */
| |
| - | rotate: function(angle, v0, v1, v2) {
| |
| - | if (arguments.length < 4) {
| |
| - | this.rotateZ(angle);
| |
| - | } else {
| |
| - | var v = new PVector(v0, v1, v2);
| |
| - | var m = v.mag();
| |
| - | if (m === 0) {
| |
| - | return;
| |
| - | } else if (m != 1) {
| |
| - | v.normalize();
| |
| - | v0 = v.x;
| |
| - | v1 = v.y;
| |
| - | v2 = v.z;
| |
| - | }
| |
| - | var c = p.cos(angle);
| |
| - | var s = p.sin(angle);
| |
| - | var t = 1.0 - c;
| |
| - |
| |
| - | this.apply((t * v0 * v0) + c,
| |
| - | (t * v0 * v1) - (s * v2),
| |
| - | (t * v0 * v2) + (s * v1),
| |
| - | 0,
| |
| - | (t * v0 * v1) + (s * v2),
| |
| - | (t * v1 * v1) + c,
| |
| - | (t * v1 * v2) - (s * v0),
| |
| - | 0,
| |
| - | (t * v0 * v2) - (s * v1),
| |
| - | (t * v1 * v2) + (s * v0),
| |
| - | (t * v2 * v2) + c,
| |
| - | 0,
| |
| - | 0, 0, 0, 1);
| |
| - | }
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix3D
| |
| - | * The invApply() function applies the inverted matrix to this matrix.
| |
| - | *
| |
| - | * @param {float} m00 the first element of the matrix
| |
| - | * @param {float} m01 the second element of the matrix
| |
| - | * @param {float} m02 the third element of the matrix
| |
| - | * @param {float} m03 the fourth element of the matrix
| |
| - | * @param {float} m10 the fifth element of the matrix
| |
| - | * @param {float} m11 the sixth element of the matrix
| |
| - | * @param {float} m12 the seventh element of the matrix
| |
| - | * @param {float} m13 the eight element of the matrix
| |
| - | * @param {float} m20 the nineth element of the matrix
| |
| - | * @param {float} m21 the tenth element of the matrix
| |
| - | * @param {float} m22 the eleventh element of the matrix
| |
| - | * @param {float} m23 the twelveth element of the matrix
| |
| - | * @param {float} m30 the thirteenth element of the matrix
| |
| - | * @param {float} m31 the fourtheenth element of the matrix
| |
| - | * @param {float} m32 the fivetheenth element of the matrix
| |
| - | * @param {float} m33 the sixteenth element of the matrix
| |
| - | *
| |
| - | * @return {boolean} returns true if the operation was successful.
| |
| - | */
| |
| - | invApply: function() {
| |
| - | if (inverseCopy === undef) {
| |
| - | inverseCopy = new PMatrix3D();
| |
| - | }
| |
| - | var a = arguments;
| |
| - | inverseCopy.set(a[0], a[1], a[2], a[3], a[4], a[5], a[6], a[7], a[8],
| |
| - | a[9], a[10], a[11], a[12], a[13], a[14], a[15]);
| |
| - |
| |
| - | if (!inverseCopy.invert()) {
| |
| - | return false;
| |
| - | }
| |
| - | this.preApply(inverseCopy);
| |
| - | return true;
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix3D
| |
| - | * The rotateZ() function rotates the matrix.
| |
| - | *
| |
| - | * @param {float} angle the angle of rotation in radiants
| |
| - | */
| |
| - | rotateX: function(angle) {
| |
| - | var c = p.cos(angle);
| |
| - | var s = p.sin(angle);
| |
| - | this.apply([1, 0, 0, 0, 0, c, -s, 0, 0, s, c, 0, 0, 0, 0, 1]);
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix3D
| |
| - | * The rotateY() function rotates the matrix.
| |
| - | *
| |
| - | * @param {float} angle the angle of rotation in radiants
| |
| - | */
| |
| - | rotateY: function(angle) {
| |
| - | var c = p.cos(angle);
| |
| - | var s = p.sin(angle);
| |
| - | this.apply([c, 0, s, 0, 0, 1, 0, 0, -s, 0, c, 0, 0, 0, 0, 1]);
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix3D
| |
| - | * The rotateZ() function rotates the matrix.
| |
| - | *
| |
| - | * @param {float} angle the angle of rotation in radiants
| |
| - | */
| |
| - | rotateZ: function(angle) {
| |
| - | var c = Math.cos(angle);
| |
| - | var s = Math.sin(angle);
| |
| - | this.apply([c, -s, 0, 0, s, c, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1]);
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix3D
| |
| - | * The scale() function increases or decreases the size of a matrix by expanding and contracting vertices. When only one parameter is specified scale will occur in all dimensions.
| |
| - | * This is equivalent to a three parameter call.
| |
| - | *
| |
| - | * @param {float} sx the amount to scale on the x-axis
| |
| - | * @param {float} sy the amount to scale on the y-axis
| |
| - | * @param {float} sz the amount to scale on the z-axis
| |
| - | */
| |
| - | scale: function(sx, sy, sz) {
| |
| - | if (sx && !sy && !sz) {
| |
| - | sy = sz = sx;
| |
| - | } else if (sx && sy && !sz) {
| |
| - | sz = 1;
| |
| - | }
| |
| - |
| |
| - | if (sx && sy && sz) {
| |
| - | this.elements[0] *= sx;
| |
| - | this.elements[1] *= sy;
| |
| - | this.elements[2] *= sz;
| |
| - | this.elements[4] *= sx;
| |
| - | this.elements[5] *= sy;
| |
| - | this.elements[6] *= sz;
| |
| - | this.elements[8] *= sx;
| |
| - | this.elements[9] *= sy;
| |
| - | this.elements[10] *= sz;
| |
| - | this.elements[12] *= sx;
| |
| - | this.elements[13] *= sy;
| |
| - | this.elements[14] *= sz;
| |
| - | }
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix3D
| |
| - | * The skewX() function skews the matrix along the x-axis the amount specified by the angle parameter.
| |
| - | * Angles should be specified in radians (values from 0 to PI*2) or converted to radians with the <b>radians()</b> function.
| |
| - | *
| |
| - | * @param {float} angle angle of skew specified in radians
| |
| - | */
| |
| - | skewX: function(angle) {
| |
| - | var t = Math.tan(angle);
| |
| - | this.apply(1, t, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1);
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix3D
| |
| - | * The skewY() function skews the matrix along the y-axis the amount specified by the angle parameter.
| |
| - | * Angles should be specified in radians (values from 0 to PI*2) or converted to radians with the <b>radians()</b> function.
| |
| - | *
| |
| - | * @param {float} angle angle of skew specified in radians
| |
| - | */
| |
| - | skewY: function(angle) {
| |
| - | var t = Math.tan(angle);
| |
| - | this.apply(1, 0, 0, 0, t, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1);
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix3D
| |
| - | * The shearX() function shears the matrix along the x-axis the amount specified by the angle parameter.
| |
| - | * Angles should be specified in radians (values from 0 to PI*2) or converted to radians with the <b>radians()</b> function.
| |
| - | *
| |
| - | * @param {float} angle angle of shear specified in radians
| |
| - | */
| |
| - | shearX: function(angle) {
| |
| - | var t = Math.tan(angle);
| |
| - | this.apply(1, t, 0, 0, 0, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1);
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix3D
| |
| - | * The shearY() function shears the matrix along the y-axis the amount specified by the angle parameter.
| |
| - | * Angles should be specified in radians (values from 0 to PI*2) or converted to radians with the <b>radians()</b> function.
| |
| - | *
| |
| - | * @param {float} angle angle of shear specified in radians
| |
| - | */
| |
| - | shearY: function(angle) {
| |
| - | var t = Math.tan(angle);
| |
| - | this.apply(1, 0, 0, 0, t, 1, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1);
| |
| - | },
| |
| - | multX: function(x, y, z, w) {
| |
| - | if (!z) {
| |
| - | return this.elements[0] * x + this.elements[1] * y + this.elements[3];
| |
| - | }
| |
| - | if (!w) {
| |
| - | return this.elements[0] * x + this.elements[1] * y + this.elements[2] * z + this.elements[3];
| |
| - | }
| |
| - | return this.elements[0] * x + this.elements[1] * y + this.elements[2] * z + this.elements[3] * w;
| |
| - | },
| |
| - | multY: function(x, y, z, w) {
| |
| - | if (!z) {
| |
| - | return this.elements[4] * x + this.elements[5] * y + this.elements[7];
| |
| - | }
| |
| - | if (!w) {
| |
| - | return this.elements[4] * x + this.elements[5] * y + this.elements[6] * z + this.elements[7];
| |
| - | }
| |
| - | return this.elements[4] * x + this.elements[5] * y + this.elements[6] * z + this.elements[7] * w;
| |
| - | },
| |
| - | multZ: function(x, y, z, w) {
| |
| - | if (!w) {
| |
| - | return this.elements[8] * x + this.elements[9] * y + this.elements[10] * z + this.elements[11];
| |
| - | }
| |
| - | return this.elements[8] * x + this.elements[9] * y + this.elements[10] * z + this.elements[11] * w;
| |
| - | },
| |
| - | multW: function(x, y, z, w) {
| |
| - | if (!w) {
| |
| - | return this.elements[12] * x + this.elements[13] * y + this.elements[14] * z + this.elements[15];
| |
| - | }
| |
| - | return this.elements[12] * x + this.elements[13] * y + this.elements[14] * z + this.elements[15] * w;
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix3D
| |
| - | * The invert() function inverts this matrix
| |
| - | *
| |
| - | * @return {boolean} true if successful
| |
| - | */
| |
| - | invert: function() {
| |
| - | var fA0 = this.elements[0] * this.elements[5] - this.elements[1] * this.elements[4];
| |
| - | var fA1 = this.elements[0] * this.elements[6] - this.elements[2] * this.elements[4];
| |
| - | var fA2 = this.elements[0] * this.elements[7] - this.elements[3] * this.elements[4];
| |
| - | var fA3 = this.elements[1] * this.elements[6] - this.elements[2] * this.elements[5];
| |
| - | var fA4 = this.elements[1] * this.elements[7] - this.elements[3] * this.elements[5];
| |
| - | var fA5 = this.elements[2] * this.elements[7] - this.elements[3] * this.elements[6];
| |
| - | var fB0 = this.elements[8] * this.elements[13] - this.elements[9] * this.elements[12];
| |
| - | var fB1 = this.elements[8] * this.elements[14] - this.elements[10] * this.elements[12];
| |
| - | var fB2 = this.elements[8] * this.elements[15] - this.elements[11] * this.elements[12];
| |
| - | var fB3 = this.elements[9] * this.elements[14] - this.elements[10] * this.elements[13];
| |
| - | var fB4 = this.elements[9] * this.elements[15] - this.elements[11] * this.elements[13];
| |
| - | var fB5 = this.elements[10] * this.elements[15] - this.elements[11] * this.elements[14];
| |
| - |
| |
| - | // Determinant
| |
| - | var fDet = fA0 * fB5 - fA1 * fB4 + fA2 * fB3 + fA3 * fB2 - fA4 * fB1 + fA5 * fB0;
| |
| - |
| |
| - | // Account for a very small value
| |
| - | // return false if not successful.
| |
| - | if (Math.abs(fDet) <= 1e-9) {
| |
| - | return false;
| |
| - | }
| |
| - |
| |
| - | var kInv = [];
| |
| - | kInv[0] = +this.elements[5] * fB5 - this.elements[6] * fB4 + this.elements[7] * fB3;
| |
| - | kInv[4] = -this.elements[4] * fB5 + this.elements[6] * fB2 - this.elements[7] * fB1;
| |
| - | kInv[8] = +this.elements[4] * fB4 - this.elements[5] * fB2 + this.elements[7] * fB0;
| |
| - | kInv[12] = -this.elements[4] * fB3 + this.elements[5] * fB1 - this.elements[6] * fB0;
| |
| - | kInv[1] = -this.elements[1] * fB5 + this.elements[2] * fB4 - this.elements[3] * fB3;
| |
| - | kInv[5] = +this.elements[0] * fB5 - this.elements[2] * fB2 + this.elements[3] * fB1;
| |
| - | kInv[9] = -this.elements[0] * fB4 + this.elements[1] * fB2 - this.elements[3] * fB0;
| |
| - | kInv[13] = +this.elements[0] * fB3 - this.elements[1] * fB1 + this.elements[2] * fB0;
| |
| - | kInv[2] = +this.elements[13] * fA5 - this.elements[14] * fA4 + this.elements[15] * fA3;
| |
| - | kInv[6] = -this.elements[12] * fA5 + this.elements[14] * fA2 - this.elements[15] * fA1;
| |
| - | kInv[10] = +this.elements[12] * fA4 - this.elements[13] * fA2 + this.elements[15] * fA0;
| |
| - | kInv[14] = -this.elements[12] * fA3 + this.elements[13] * fA1 - this.elements[14] * fA0;
| |
| - | kInv[3] = -this.elements[9] * fA5 + this.elements[10] * fA4 - this.elements[11] * fA3;
| |
| - | kInv[7] = +this.elements[8] * fA5 - this.elements[10] * fA2 + this.elements[11] * fA1;
| |
| - | kInv[11] = -this.elements[8] * fA4 + this.elements[9] * fA2 - this.elements[11] * fA0;
| |
| - | kInv[15] = +this.elements[8] * fA3 - this.elements[9] * fA1 + this.elements[10] * fA0;
| |
| - |
| |
| - | // Inverse using Determinant
| |
| - | var fInvDet = 1.0 / fDet;
| |
| - | kInv[0] *= fInvDet;
| |
| - | kInv[1] *= fInvDet;
| |
| - | kInv[2] *= fInvDet;
| |
| - | kInv[3] *= fInvDet;
| |
| - | kInv[4] *= fInvDet;
| |
| - | kInv[5] *= fInvDet;
| |
| - | kInv[6] *= fInvDet;
| |
| - | kInv[7] *= fInvDet;
| |
| - | kInv[8] *= fInvDet;
| |
| - | kInv[9] *= fInvDet;
| |
| - | kInv[10] *= fInvDet;
| |
| - | kInv[11] *= fInvDet;
| |
| - | kInv[12] *= fInvDet;
| |
| - | kInv[13] *= fInvDet;
| |
| - | kInv[14] *= fInvDet;
| |
| - | kInv[15] *= fInvDet;
| |
| - |
| |
| - | this.elements = kInv.slice();
| |
| - | return true;
| |
| - | },
| |
| - | toString: function() {
| |
| - | var str = "";
| |
| - | for (var i = 0; i < 15; i++) {
| |
| - | str += this.elements[i] + ", ";
| |
| - | }
| |
| - | str += this.elements[15];
| |
| - | return str;
| |
| - | },
| |
| - | /**
| |
| - | * @member PMatrix3D
| |
| - | * The print() function prints out the elements of this matrix
| |
| - | */
| |
| - | print: function() {
| |
| - | var digits = printMatrixHelper(this.elements);
| |
| - |
| |
| - | var output = "" + p.nfs(this.elements[0], digits, 4) + " " + p.nfs(this.elements[1], digits, 4) +
| |
| - | " " + p.nfs(this.elements[2], digits, 4) + " " + p.nfs(this.elements[3], digits, 4) +
| |
| - | "\n" + p.nfs(this.elements[4], digits, 4) + " " + p.nfs(this.elements[5], digits, 4) +
| |
| - | " " + p.nfs(this.elements[6], digits, 4) + " " + p.nfs(this.elements[7], digits, 4) +
| |
| - | "\n" + p.nfs(this.elements[8], digits, 4) + " " + p.nfs(this.elements[9], digits, 4) +
| |
| - | " " + p.nfs(this.elements[10], digits, 4) + " " + p.nfs(this.elements[11], digits, 4) +
| |
| - | "\n" + p.nfs(this.elements[12], digits, 4) + " " + p.nfs(this.elements[13], digits, 4) +
| |
| - | " " + p.nfs(this.elements[14], digits, 4) + " " + p.nfs(this.elements[15], digits, 4) + "\n\n";
| |
| - | p.println(output);
| |
| - | },
| |
| - | invTranslate: function(tx, ty, tz) {
| |
| - | this.preApply(1, 0, 0, -tx, 0, 1, 0, -ty, 0, 0, 1, -tz, 0, 0, 0, 1);
| |
| - | },
| |
| - | invRotateX: function(angle) {
| |
| - | var c = Math.cos(-angle);
| |
| - | var s = Math.sin(-angle);
| |
| - | this.preApply([1, 0, 0, 0, 0, c, -s, 0, 0, s, c, 0, 0, 0, 0, 1]);
| |
| - | },
| |
| - | invRotateY: function(angle) {
| |
| - | var c = Math.cos(-angle);
| |
| - | var s = Math.sin(-angle);
| |
| - | this.preApply([c, 0, s, 0, 0, 1, 0, 0, -s, 0, c, 0, 0, 0, 0, 1]);
| |
| - | },
| |
| - | invRotateZ: function(angle) {
| |
| - | var c = Math.cos(-angle);
| |
| - | var s = Math.sin(-angle);
| |
| - | this.preApply([c, -s, 0, 0, s, c, 0, 0, 0, 0, 1, 0, 0, 0, 0, 1]);
| |
| - | },
| |
| - | invScale: function(x, y, z) {
| |
| - | this.preApply([1 / x, 0, 0, 0, 0, 1 / y, 0, 0, 0, 0, 1 / z, 0, 0, 0, 0, 1]);
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * @private
| |
| - | * The matrix stack stores the transformations and translations that occur within the space.
| |
| - | */
| |
| - | var PMatrixStack = p.PMatrixStack = function() {
| |
| - | this.matrixStack = [];
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * @member PMatrixStack
| |
| - | * load pushes the matrix given in the function into the stack
| |
| - | *
| |
| - | * @param {Object | Array} matrix the matrix to be pushed into the stack
| |
| - | */
| |
| - | PMatrixStack.prototype.load = function() {
| |
| - | var tmpMatrix = drawing.$newPMatrix();
| |
| - |
| |
| - | if (arguments.length === 1) {
| |
| - | tmpMatrix.set(arguments[0]);
| |
| - | } else {
| |
| - | tmpMatrix.set(arguments);
| |
| - | }
| |
| - | this.matrixStack.push(tmpMatrix);
| |
| - | };
| |
| - |
| |
| - | Drawing2D.prototype.$newPMatrix = function() {
| |
| - | return new PMatrix2D();
| |
| - | };
| |
| - |
| |
| - | Drawing3D.prototype.$newPMatrix = function() {
| |
| - | return new PMatrix3D();
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * @member PMatrixStack
| |
| - | * push adds a duplicate of the top of the stack onto the stack - uses the peek function
| |
| - | */
| |
| - | PMatrixStack.prototype.push = function() {
| |
| - | this.matrixStack.push(this.peek());
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * @member PMatrixStack
| |
| - | * pop removes returns the matrix at the top of the stack
| |
| - | *
| |
| - | * @returns {Object} the matrix at the top of the stack
| |
| - | */
| |
| - | PMatrixStack.prototype.pop = function() {
| |
| - | return this.matrixStack.pop();
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * @member PMatrixStack
| |
| - | * peek returns but doesn't remove the matrix at the top of the stack
| |
| - | *
| |
| - | * @returns {Object} the matrix at the top of the stack
| |
| - | */
| |
| - | PMatrixStack.prototype.peek = function() {
| |
| - | var tmpMatrix = drawing.$newPMatrix();
| |
| - |
| |
| - | tmpMatrix.set(this.matrixStack[this.matrixStack.length - 1]);
| |
| - | return tmpMatrix;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * @member PMatrixStack
| |
| - | * this function multiplies the matrix at the top of the stack with the matrix given as a parameter
| |
| - | *
| |
| - | * @param {Object | Array} matrix the matrix to be multiplied into the stack
| |
| - | */
| |
| - | PMatrixStack.prototype.mult = function(matrix) {
| |
| - | this.matrixStack[this.matrixStack.length - 1].apply(matrix);
| |
| - | };
| |
| - |
| |
| - | ////////////////////////////////////////////////////////////////////////////
| |
| - | // Array handling
| |
| - | ////////////////////////////////////////////////////////////////////////////
| |
| - |
| |
| - | /**
| |
| - | * The split() function breaks a string into pieces using a character or string
| |
| - | * as the divider. The delim parameter specifies the character or characters that
| |
| - | * mark the boundaries between each piece. A String[] array is returned that contains
| |
| - | * each of the pieces.
| |
| - | * If the result is a set of numbers, you can convert the String[] array to to a float[]
| |
| - | * or int[] array using the datatype conversion functions int() and float() (see example above).
| |
| - | * The splitTokens() function works in a similar fashion, except that it splits using a range
| |
| - | * of characters instead of a specific character or sequence.
| |
| - | *
| |
| - | * @param {String} str the String to be split
| |
| - | * @param {String} delim the character or String used to separate the data
| |
| - | *
| |
| - | * @returns {string[]} The new string array
| |
| - | *
| |
| - | * @see splitTokens
| |
| - | * @see join
| |
| - | * @see trim
| |
| - | */
| |
| - | p.split = function(str, delim) {
| |
| - | return str.split(delim);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * The splitTokens() function splits a String at one or many character "tokens." The tokens
| |
| - | * parameter specifies the character or characters to be used as a boundary.
| |
| - | * If no tokens character is specified, any whitespace character is used to split.
| |
| - | * Whitespace characters include tab (\t), line feed (\n), carriage return (\r), form
| |
| - | * feed (\f), and space. To convert a String to an array of integers or floats, use the
| |
| - | * datatype conversion functions int() and float() to convert the array of Strings.
| |
| - | *
| |
| - | * @param {String} str the String to be split
| |
| - | * @param {Char[]} tokens list of individual characters that will be used as separators
| |
| - | *
| |
| - | * @returns {string[]} The new string array
| |
| - | *
| |
| - | * @see split
| |
| - | * @see join
| |
| - | * @see trim
| |
| - | */
| |
| - | p.splitTokens = function(str, tokens) {
| |
| - | if (tokens === undef) {
| |
| - | return str.split(/\s+/g);
| |
| - | }
| |
| - |
| |
| - | var chars = tokens.split(/()/g),
| |
| - | buffer = "",
| |
| - | len = str.length,
| |
| - | i, c,
| |
| - | tokenized = [];
| |
| - |
| |
| - | for (i = 0; i < len; i++) {
| |
| - | c = str[i];
| |
| - | if (chars.indexOf(c) > -1) {
| |
| - | if (buffer !== "") {
| |
| - | tokenized.push(buffer);
| |
| - | }
| |
| - | buffer = "";
| |
| - | } else {
| |
| - | buffer += c;
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | if (buffer !== "") {
| |
| - | tokenized.push(buffer);
| |
| - | }
| |
| - |
| |
| - | return tokenized;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Expands an array by one element and adds data to the new position. The datatype of
| |
| - | * the element parameter must be the same as the datatype of the array.
| |
| - | * When using an array of objects, the data returned from the function must be cast to
| |
| - | * the object array's data type. For example: SomeClass[] items = (SomeClass[])
| |
| - | * append(originalArray, element).
| |
| - | *
| |
| - | * @param {boolean[]|byte[]|char[]|int[]|float[]|String[]|array of objects} array boolean[],
| |
| - | * byte[], char[], int[], float[], or String[], or an array of objects
| |
| - | * @param {boolean[]|byte[]|char[]|int[]|float[]|String[]|array of objects} element new data for the array
| |
| - | *
| |
| - | * @returns Array (the same datatype as the input)
| |
| - | *
| |
| - | * @see shorten
| |
| - | * @see expand
| |
| - | */
| |
| - | p.append = function(array, element) {
| |
| - | array[array.length] = element;
| |
| - | return array;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Concatenates two arrays. For example, concatenating the array { 1, 2, 3 } and the
| |
| - | * array { 4, 5, 6 } yields { 1, 2, 3, 4, 5, 6 }. Both parameters must be arrays of the
| |
| - | * same datatype.
| |
| - | * When using an array of objects, the data returned from the function must be cast to the
| |
| - | * object array's data type. For example: SomeClass[] items = (SomeClass[]) concat(array1, array2).
| |
| - | *
| |
| - | * @param {boolean[]|byte[]|char[]|int[]|float[]|String[]|array of objects} array1 boolean[],
| |
| - | * byte[], char[], int[], float[], String[], or an array of objects
| |
| - | * @param {boolean[]|byte[]|char[]|int[]|float[]|String[]|array of objects} array2 boolean[],
| |
| - | * byte[], char[], int[], float[], String[], or an array of objects
| |
| - | *
| |
| - | * @returns Array (the same datatype as the input)
| |
| - | *
| |
| - | * @see splice
| |
| - | */
| |
| - | p.concat = function(array1, array2) {
| |
| - | return array1.concat(array2);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Sorts an array of numbers from smallest to largest and puts an array of
| |
| - | * words in alphabetical order. The original array is not modified, a
| |
| - | * re-ordered array is returned. The count parameter states the number of
| |
| - | * elements to sort. For example if there are 12 elements in an array and
| |
| - | * if count is the value 5, only the first five elements on the array will
| |
| - | * be sorted. Alphabetical ordering is case insensitive.
| |
| - | *
| |
| - | * @param {String[] | int[] | float[]} array Array of elements to sort
| |
| - | * @param {int} numElem Number of elements to sort
| |
| - | *
| |
| - | * @returns {String[] | int[] | float[]} Array (same datatype as the input)
| |
| - | *
| |
| - | * @see reverse
| |
| - | */
| |
| - | p.sort = function(array, numElem) {
| |
| - | var ret = [];
| |
| - |
| |
| - | // depending on the type used (int, float) or string
| |
| - | // we'll need to use a different compare function
| |
| - | if (array.length > 0) {
| |
| - | // copy since we need to return another array
| |
| - | var elemsToCopy = numElem > 0 ? numElem : array.length;
| |
| - | for (var i = 0; i < elemsToCopy; i++) {
| |
| - | ret.push(array[i]);
| |
| - | }
| |
| - | if (typeof array[0] === "string") {
| |
| - | ret.sort();
| |
| - | }
| |
| - | // int or float
| |
| - | else {
| |
| - | ret.sort(function(a, b) {
| |
| - | return a - b;
| |
| - | });
| |
| - | }
| |
| - |
| |
| - | // copy on the rest of the elements that were not sorted in case the user
| |
| - | // only wanted a subset of an array to be sorted.
| |
| - | if (numElem > 0) {
| |
| - | for (var j = ret.length; j < array.length; j++) {
| |
| - | ret.push(array[j]);
| |
| - | }
| |
| - | }
| |
| - | }
| |
| - | return ret;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Inserts a value or array of values into an existing array. The first two parameters must
| |
| - | * be of the same datatype. The array parameter defines the array which will be modified
| |
| - | * and the second parameter defines the data which will be inserted. When using an array
| |
| - | * of objects, the data returned from the function must be cast to the object array's data
| |
| - | * type. For example: SomeClass[] items = (SomeClass[]) splice(array1, array2, index).
| |
| - | *
| |
| - | * @param {boolean[]|byte[]|char[]|int[]|float[]|String[]|array of objects} array boolean[],
| |
| - | * byte[], char[], int[], float[], String[], or an array of objects
| |
| - | * @param {boolean|byte|char|int|float|String|boolean[]|byte[]|char[]|int[]|float[]|String[]|array of objects}
| |
| - | * value boolean, byte, char, int, float, String, boolean[], byte[], char[], int[],
| |
| - | * float[], String[], or other Object: value or an array of objects to be spliced in
| |
| - | * @param {int} index position in the array from which to insert data
| |
| - | *
| |
| - | * @returns Array (the same datatype as the input)
| |
| - | *
| |
| - | * @see contract
| |
| - | * @see subset
| |
| - | */
| |
| - | p.splice = function(array, value, index) {
| |
| - |
| |
| - | // Trying to splice an empty array into "array" in P5 won't do
| |
| - | // anything, just return the original.
| |
| - | if(value.length === 0)
| |
| - | {
| |
| - | return array;
| |
| - | }
| |
| - |
| |
| - | // If the second argument was an array, we'll need to iterate over all
| |
| - | // the "value" elements and add one by one because
| |
| - | // array.splice(index, 0, value);
| |
| - | // would create a multi-dimensional array which isn't what we want.
| |
| - | if(value instanceof Array) {
| |
| - | for(var i = 0, j = index; i < value.length; j++,i++) {
| |
| - | array.splice(j, 0, value[i]);
| |
| - | }
| |
| - | } else {
| |
| - | array.splice(index, 0, value);
| |
| - | }
| |
| - |
| |
| - | return array;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Extracts an array of elements from an existing array. The array parameter defines the
| |
| - | * array from which the elements will be copied and the offset and length parameters determine
| |
| - | * which elements to extract. If no length is given, elements will be extracted from the offset
| |
| - | * to the end of the array. When specifying the offset remember the first array element is 0.
| |
| - | * This function does not change the source array.
| |
| - | * When using an array of objects, the data returned from the function must be cast to the
| |
| - | * object array's data type.
| |
| - | *
| |
| - | * @param {boolean[]|byte[]|char[]|int[]|float[]|String[]|array of objects} array boolean[],
| |
| - | * byte[], char[], int[], float[], String[], or an array of objects
| |
| - | * @param {int} offset position to begin
| |
| - | * @param {int} length number of values to extract
| |
| - | *
| |
| - | * @returns Array (the same datatype as the input)
| |
| - | *
| |
| - | * @see splice
| |
| - | */
| |
| - | p.subset = function(array, offset, length) {
| |
| - | var end = (length !== undef) ? offset + length : array.length;
| |
| - | return array.slice(offset, end);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Combines an array of Strings into one String, each separated by the character(s) used for
| |
| - | * the separator parameter. To join arrays of ints or floats, it's necessary to first convert
| |
| - | * them to strings using nf() or nfs().
| |
| - | *
| |
| - | * @param {Array} array array of Strings
| |
| - | * @param {char|String} separator char or String to be placed between each item
| |
| - | *
| |
| - | * @returns {String} The combined string
| |
| - | *
| |
| - | * @see split
| |
| - | * @see trim
| |
| - | * @see nf
| |
| - | * @see nfs
| |
| - | */
| |
| - | p.join = function(array, seperator) {
| |
| - | return array.join(seperator);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Decreases an array by one element and returns the shortened array. When using an
| |
| - | * array of objects, the data returned from the function must be cast to the object array's
| |
| - | * data type. For example: SomeClass[] items = (SomeClass[]) shorten(originalArray).
| |
| - | *
| |
| - | * @param {boolean[]|byte[]|char[]|int[]|float[]|String[]|array of objects} array
| |
| - | * boolean[], byte[], char[], int[], float[], or String[], or an array of objects
| |
| - | *
| |
| - | * @returns Array (the same datatype as the input)
| |
| - | *
| |
| - | * @see append
| |
| - | * @see expand
| |
| - | */
| |
| - | p.shorten = function(ary) {
| |
| - | var newary = [];
| |
| - |
| |
| - | // copy array into new array
| |
| - | var len = ary.length;
| |
| - | for (var i = 0; i < len; i++) {
| |
| - | newary[i] = ary[i];
| |
| - | }
| |
| - | newary.pop();
| |
| - |
| |
| - | return newary;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Increases the size of an array. By default, this function doubles the size of the array,
| |
| - | * but the optional newSize parameter provides precise control over the increase in size.
| |
| - | * When using an array of objects, the data returned from the function must be cast to the
| |
| - | * object array's data type. For example: SomeClass[] items = (SomeClass[]) expand(originalArray).
| |
| - | *
| |
| - | * @param {boolean[]|byte[]|char[]|int[]|float[]|String[]|array of objects} ary
| |
| - | * boolean[], byte[], char[], int[], float[], String[], or an array of objects
| |
| - | * @param {int} newSize positive int: new size for the array
| |
| - | *
| |
| - | * @returns Array (the same datatype as the input)
| |
| - | *
| |
| - | * @see contract
| |
| - | */
| |
| - | p.expand = function(ary, targetSize) {
| |
| - | var temp = ary.slice(0),
| |
| - | newSize = targetSize || ary.length * 2;
| |
| - | temp.length = newSize;
| |
| - | return temp;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Copies an array (or part of an array) to another array. The src array is copied to the
| |
| - | * dst array, beginning at the position specified by srcPos and into the position specified
| |
| - | * by dstPos. The number of elements to copy is determined by length. The simplified version
| |
| - | * with two arguments copies an entire array to another of the same size. It is equivalent
| |
| - | * to "arrayCopy(src, 0, dst, 0, src.length)". This function is far more efficient for copying
| |
| - | * array data than iterating through a for and copying each element.
| |
| - | *
| |
| - | * @param {Array} src an array of any data type: the source array
| |
| - | * @param {Array} dest an array of any data type (as long as it's the same as src): the destination array
| |
| - | * @param {int} srcPos starting position in the source array
| |
| - | * @param {int} destPos starting position in the destination array
| |
| - | * @param {int} length number of array elements to be copied
| |
| - | *
| |
| - | * @returns none
| |
| - | */
| |
| - | p.arrayCopy = function() { // src, srcPos, dest, destPos, length) {
| |
| - | var src, srcPos = 0, dest, destPos = 0, length;
| |
| - |
| |
| - | if (arguments.length === 2) {
| |
| - | // recall itself and copy src to dest from start index 0 to 0 of src.length
| |
| - | src = arguments[0];
| |
| - | dest = arguments[1];
| |
| - | length = src.length;
| |
| - | } else if (arguments.length === 3) {
| |
| - | // recall itself and copy src to dest from start index 0 to 0 of length
| |
| - | src = arguments[0];
| |
| - | dest = arguments[1];
| |
| - | length = arguments[2];
| |
| - | } else if (arguments.length === 5) {
| |
| - | src = arguments[0];
| |
| - | srcPos = arguments[1];
| |
| - | dest = arguments[2];
| |
| - | destPos = arguments[3];
| |
| - | length = arguments[4];
| |
| - | }
| |
| - |
| |
| - | // copy src to dest from index srcPos to index destPos of length recursivly on objects
| |
| - | for (var i = srcPos, j = destPos; i < length + srcPos; i++, j++) {
| |
| - | if (dest[j] !== undef) {
| |
| - | dest[j] = src[i];
| |
| - | } else {
| |
| - | throw "array index out of bounds exception";
| |
| - | }
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Reverses the order of an array.
| |
| - | *
| |
| - | * @param {boolean[]|byte[]|char[]|int[]|float[]|String[]} array
| |
| - | * boolean[], byte[], char[], int[], float[], or String[]
| |
| - | *
| |
| - | * @returns Array (the same datatype as the input)
| |
| - | *
| |
| - | * @see sort
| |
| - | */
| |
| - | p.reverse = function(array) {
| |
| - | return array.reverse();
| |
| - | };
| |
| - |
| |
| - |
| |
| - | ////////////////////////////////////////////////////////////////////////////
| |
| - | // Color functions
| |
| - | ////////////////////////////////////////////////////////////////////////////
| |
| - |
| |
| - | // helper functions for internal blending modes
| |
| - | p.mix = function(a, b, f) {
| |
| - | return a + (((b - a) * f) >> 8);
| |
| - | };
| |
| - |
| |
| - | p.peg = function(n) {
| |
| - | return (n < 0) ? 0 : ((n > 255) ? 255 : n);
| |
| - | };
| |
| - |
| |
| - | // blending modes
| |
| - | /**
| |
| - | * These are internal blending modes used for BlendColor()
| |
| - | *
| |
| - | * @param {Color} c1 First Color to blend
| |
| - | * @param {Color} c2 Second Color to blend
| |
| - | *
| |
| - | * @returns {Color} The blended Color
| |
| - | *
| |
| - | * @see BlendColor
| |
| - | * @see Blend
| |
| - | */
| |
| - | p.modes = (function() {
| |
| - | var ALPHA_MASK = PConstants.ALPHA_MASK,
| |
| - | RED_MASK = PConstants.RED_MASK,
| |
| - | GREEN_MASK = PConstants.GREEN_MASK,
| |
| - | BLUE_MASK = PConstants.BLUE_MASK,
| |
| - | min = Math.min,
| |
| - | max = Math.max;
| |
| - |
| |
| - | function applyMode(c1, f, ar, ag, ab, br, bg, bb, cr, cg, cb) {
| |
| - | var a = min(((c1 & 0xff000000) >>> 24) + f, 0xff) << 24;
| |
| - |
| |
| - | var r = (ar + (((cr - ar) * f) >> 8));
| |
| - | r = ((r < 0) ? 0 : ((r > 255) ? 255 : r)) << 16;
| |
| - |
| |
| - | var g = (ag + (((cg - ag) * f) >> 8));
| |
| - | g = ((g < 0) ? 0 : ((g > 255) ? 255 : g)) << 8;
| |
| - |
| |
| - | var b = ab + (((cb - ab) * f) >> 8);
| |
| - | b = (b < 0) ? 0 : ((b > 255) ? 255 : b);
| |
| - |
| |
| - | return (a | r | g | b);
| |
| - | }
| |
| - |
| |
| - | return {
| |
| - | replace: function(c1, c2) {
| |
| - | return c2;
| |
| - | },
| |
| - | blend: function(c1, c2) {
| |
| - | var f = (c2 & ALPHA_MASK) >>> 24,
| |
| - | ar = (c1 & RED_MASK),
| |
| - | ag = (c1 & GREEN_MASK),
| |
| - | ab = (c1 & BLUE_MASK),
| |
| - | br = (c2 & RED_MASK),
| |
| - | bg = (c2 & GREEN_MASK),
| |
| - | bb = (c2 & BLUE_MASK);
| |
| - |
| |
| - | return (min(((c1 & ALPHA_MASK) >>> 24) + f, 0xff) << 24 |
| |
| - | (ar + (((br - ar) * f) >> 8)) & RED_MASK |
| |
| - | (ag + (((bg - ag) * f) >> 8)) & GREEN_MASK |
| |
| - | (ab + (((bb - ab) * f) >> 8)) & BLUE_MASK);
| |
| - | },
| |
| - | add: function(c1, c2) {
| |
| - | var f = (c2 & ALPHA_MASK) >>> 24;
| |
| - | return (min(((c1 & ALPHA_MASK) >>> 24) + f, 0xff) << 24 |
| |
| - | min(((c1 & RED_MASK) + ((c2 & RED_MASK) >> 8) * f), RED_MASK) & RED_MASK |
| |
| - | min(((c1 & GREEN_MASK) + ((c2 & GREEN_MASK) >> 8) * f), GREEN_MASK) & GREEN_MASK |
| |
| - | min((c1 & BLUE_MASK) + (((c2 & BLUE_MASK) * f) >> 8), BLUE_MASK));
| |
| - | },
| |
| - | subtract: function(c1, c2) {
| |
| - | var f = (c2 & ALPHA_MASK) >>> 24;
| |
| - | return (min(((c1 & ALPHA_MASK) >>> 24) + f, 0xff) << 24 |
| |
| - | max(((c1 & RED_MASK) - ((c2 & RED_MASK) >> 8) * f), GREEN_MASK) & RED_MASK |
| |
| - | max(((c1 & GREEN_MASK) - ((c2 & GREEN_MASK) >> 8) * f), BLUE_MASK) & GREEN_MASK |
| |
| - | max((c1 & BLUE_MASK) - (((c2 & BLUE_MASK) * f) >> 8), 0));
| |
| - | },
| |
| - | lightest: function(c1, c2) {
| |
| - | var f = (c2 & ALPHA_MASK) >>> 24;
| |
| - | return (min(((c1 & ALPHA_MASK) >>> 24) + f, 0xff) << 24 |
| |
| - | max(c1 & RED_MASK, ((c2 & RED_MASK) >> 8) * f) & RED_MASK |
| |
| - | max(c1 & GREEN_MASK, ((c2 & GREEN_MASK) >> 8) * f) & GREEN_MASK |
| |
| - | max(c1 & BLUE_MASK, ((c2 & BLUE_MASK) * f) >> 8));
| |
| - | },
| |
| - | darkest: function(c1, c2) {
| |
| - | var f = (c2 & ALPHA_MASK) >>> 24,
| |
| - | ar = (c1 & RED_MASK),
| |
| - | ag = (c1 & GREEN_MASK),
| |
| - | ab = (c1 & BLUE_MASK),
| |
| - | br = min(c1 & RED_MASK, ((c2 & RED_MASK) >> 8) * f),
| |
| - | bg = min(c1 & GREEN_MASK, ((c2 & GREEN_MASK) >> 8) * f),
| |
| - | bb = min(c1 & BLUE_MASK, ((c2 & BLUE_MASK) * f) >> 8);
| |
| - |
| |
| - | return (min(((c1 & ALPHA_MASK) >>> 24) + f, 0xff) << 24 |
| |
| - | (ar + (((br - ar) * f) >> 8)) & RED_MASK |
| |
| - | (ag + (((bg - ag) * f) >> 8)) & GREEN_MASK |
| |
| - | (ab + (((bb - ab) * f) >> 8)) & BLUE_MASK);
| |
| - | },
| |
| - | difference: function(c1, c2) {
| |
| - | var f = (c2 & ALPHA_MASK) >>> 24,
| |
| - | ar = (c1 & RED_MASK) >> 16,
| |
| - | ag = (c1 & GREEN_MASK) >> 8,
| |
| - | ab = (c1 & BLUE_MASK),
| |
| - | br = (c2 & RED_MASK) >> 16,
| |
| - | bg = (c2 & GREEN_MASK) >> 8,
| |
| - | bb = (c2 & BLUE_MASK),
| |
| - | cr = (ar > br) ? (ar - br) : (br - ar),
| |
| - | cg = (ag > bg) ? (ag - bg) : (bg - ag),
| |
| - | cb = (ab > bb) ? (ab - bb) : (bb - ab);
| |
| - |
| |
| - | return applyMode(c1, f, ar, ag, ab, br, bg, bb, cr, cg, cb);
| |
| - | },
| |
| - | exclusion: function(c1, c2) {
| |
| - | var f = (c2 & ALPHA_MASK) >>> 24,
| |
| - | ar = (c1 & RED_MASK) >> 16,
| |
| - | ag = (c1 & GREEN_MASK) >> 8,
| |
| - | ab = (c1 & BLUE_MASK),
| |
| - | br = (c2 & RED_MASK) >> 16,
| |
| - | bg = (c2 & GREEN_MASK) >> 8,
| |
| - | bb = (c2 & BLUE_MASK),
| |
| - | cr = ar + br - ((ar * br) >> 7),
| |
| - | cg = ag + bg - ((ag * bg) >> 7),
| |
| - | cb = ab + bb - ((ab * bb) >> 7);
| |
| - |
| |
| - | return applyMode(c1, f, ar, ag, ab, br, bg, bb, cr, cg, cb);
| |
| - | },
| |
| - | multiply: function(c1, c2) {
| |
| - | var f = (c2 & ALPHA_MASK) >>> 24,
| |
| - | ar = (c1 & RED_MASK) >> 16,
| |
| - | ag = (c1 & GREEN_MASK) >> 8,
| |
| - | ab = (c1 & BLUE_MASK),
| |
| - | br = (c2 & RED_MASK) >> 16,
| |
| - | bg = (c2 & GREEN_MASK) >> 8,
| |
| - | bb = (c2 & BLUE_MASK),
| |
| - | cr = (ar * br) >> 8,
| |
| - | cg = (ag * bg) >> 8,
| |
| - | cb = (ab * bb) >> 8;
| |
| - |
| |
| - | return applyMode(c1, f, ar, ag, ab, br, bg, bb, cr, cg, cb);
| |
| - | },
| |
| - | screen: function(c1, c2) {
| |
| - | var f = (c2 & ALPHA_MASK) >>> 24,
| |
| - | ar = (c1 & RED_MASK) >> 16,
| |
| - | ag = (c1 & GREEN_MASK) >> 8,
| |
| - | ab = (c1 & BLUE_MASK),
| |
| - | br = (c2 & RED_MASK) >> 16,
| |
| - | bg = (c2 & GREEN_MASK) >> 8,
| |
| - | bb = (c2 & BLUE_MASK),
| |
| - | cr = 255 - (((255 - ar) * (255 - br)) >> 8),
| |
| - | cg = 255 - (((255 - ag) * (255 - bg)) >> 8),
| |
| - | cb = 255 - (((255 - ab) * (255 - bb)) >> 8);
| |
| - |
| |
| - | return applyMode(c1, f, ar, ag, ab, br, bg, bb, cr, cg, cb);
| |
| - | },
| |
| - | hard_light: function(c1, c2) {
| |
| - | var f = (c2 & ALPHA_MASK) >>> 24,
| |
| - | ar = (c1 & RED_MASK) >> 16,
| |
| - | ag = (c1 & GREEN_MASK) >> 8,
| |
| - | ab = (c1 & BLUE_MASK),
| |
| - | br = (c2 & RED_MASK) >> 16,
| |
| - | bg = (c2 & GREEN_MASK) >> 8,
| |
| - | bb = (c2 & BLUE_MASK),
| |
| - | cr = (br < 128) ? ((ar * br) >> 7) : (255 - (((255 - ar) * (255 - br)) >> 7)),
| |
| - | cg = (bg < 128) ? ((ag * bg) >> 7) : (255 - (((255 - ag) * (255 - bg)) >> 7)),
| |
| - | cb = (bb < 128) ? ((ab * bb) >> 7) : (255 - (((255 - ab) * (255 - bb)) >> 7));
| |
| - |
| |
| - | return applyMode(c1, f, ar, ag, ab, br, bg, bb, cr, cg, cb);
| |
| - | },
| |
| - | soft_light: function(c1, c2) {
| |
| - | var f = (c2 & ALPHA_MASK) >>> 24,
| |
| - | ar = (c1 & RED_MASK) >> 16,
| |
| - | ag = (c1 & GREEN_MASK) >> 8,
| |
| - | ab = (c1 & BLUE_MASK),
| |
| - | br = (c2 & RED_MASK) >> 16,
| |
| - | bg = (c2 & GREEN_MASK) >> 8,
| |
| - | bb = (c2 & BLUE_MASK),
| |
| - | cr = ((ar * br) >> 7) + ((ar * ar) >> 8) - ((ar * ar * br) >> 15),
| |
| - | cg = ((ag * bg) >> 7) + ((ag * ag) >> 8) - ((ag * ag * bg) >> 15),
| |
| - | cb = ((ab * bb) >> 7) + ((ab * ab) >> 8) - ((ab * ab * bb) >> 15);
| |
| - |
| |
| - | return applyMode(c1, f, ar, ag, ab, br, bg, bb, cr, cg, cb);
| |
| - | },
| |
| - | overlay: function(c1, c2) {
| |
| - | var f = (c2 & ALPHA_MASK) >>> 24,
| |
| - | ar = (c1 & RED_MASK) >> 16,
| |
| - | ag = (c1 & GREEN_MASK) >> 8,
| |
| - | ab = (c1 & BLUE_MASK),
| |
| - | br = (c2 & RED_MASK) >> 16,
| |
| - | bg = (c2 & GREEN_MASK) >> 8,
| |
| - | bb = (c2 & BLUE_MASK),
| |
| - | cr = (ar < 128) ? ((ar * br) >> 7) : (255 - (((255 - ar) * (255 - br)) >> 7)),
| |
| - | cg = (ag < 128) ? ((ag * bg) >> 7) : (255 - (((255 - ag) * (255 - bg)) >> 7)),
| |
| - | cb = (ab < 128) ? ((ab * bb) >> 7) : (255 - (((255 - ab) * (255 - bb)) >> 7));
| |
| - |
| |
| - | return applyMode(c1, f, ar, ag, ab, br, bg, bb, cr, cg, cb);
| |
| - | },
| |
| - | dodge: function(c1, c2) {
| |
| - | var f = (c2 & ALPHA_MASK) >>> 24,
| |
| - | ar = (c1 & RED_MASK) >> 16,
| |
| - | ag = (c1 & GREEN_MASK) >> 8,
| |
| - | ab = (c1 & BLUE_MASK),
| |
| - | br = (c2 & RED_MASK) >> 16,
| |
| - | bg = (c2 & GREEN_MASK) >> 8,
| |
| - | bb = (c2 & BLUE_MASK);
| |
| - |
| |
| - | var cr = 255;
| |
| - | if (br !== 255) {
| |
| - | cr = (ar << 8) / (255 - br);
| |
| - | cr = (cr < 0) ? 0 : ((cr > 255) ? 255 : cr);
| |
| - | }
| |
| - |
| |
| - | var cg = 255;
| |
| - | if (bg !== 255) {
| |
| - | cg = (ag << 8) / (255 - bg);
| |
| - | cg = (cg < 0) ? 0 : ((cg > 255) ? 255 : cg);
| |
| - | }
| |
| - |
| |
| - | var cb = 255;
| |
| - | if (bb !== 255) {
| |
| - | cb = (ab << 8) / (255 - bb);
| |
| - | cb = (cb < 0) ? 0 : ((cb > 255) ? 255 : cb);
| |
| - | }
| |
| - |
| |
| - | return applyMode(c1, f, ar, ag, ab, br, bg, bb, cr, cg, cb);
| |
| - | },
| |
| - | burn: function(c1, c2) {
| |
| - | var f = (c2 & ALPHA_MASK) >>> 24,
| |
| - | ar = (c1 & RED_MASK) >> 16,
| |
| - | ag = (c1 & GREEN_MASK) >> 8,
| |
| - | ab = (c1 & BLUE_MASK),
| |
| - | br = (c2 & RED_MASK) >> 16,
| |
| - | bg = (c2 & GREEN_MASK) >> 8,
| |
| - | bb = (c2 & BLUE_MASK);
| |
| - |
| |
| - | var cr = 0;
| |
| - | if (br !== 0) {
| |
| - | cr = ((255 - ar) << 8) / br;
| |
| - | cr = 255 - ((cr < 0) ? 0 : ((cr > 255) ? 255 : cr));
| |
| - | }
| |
| - |
| |
| - | var cg = 0;
| |
| - | if (bg !== 0) {
| |
| - | cg = ((255 - ag) << 8) / bg;
| |
| - | cg = 255 - ((cg < 0) ? 0 : ((cg > 255) ? 255 : cg));
| |
| - | }
| |
| - |
| |
| - | var cb = 0;
| |
| - | if (bb !== 0) {
| |
| - | cb = ((255 - ab) << 8) / bb;
| |
| - | cb = 255 - ((cb < 0) ? 0 : ((cb > 255) ? 255 : cb));
| |
| - | }
| |
| - |
| |
| - | return applyMode(c1, f, ar, ag, ab, br, bg, bb, cr, cg, cb);
| |
| - | }
| |
| - | };
| |
| - | }());
| |
| - |
| |
| - | function color$4(aValue1, aValue2, aValue3, aValue4) {
| |
| - | var r, g, b, a;
| |
| - |
| |
| - | if (curColorMode === PConstants.HSB) {
| |
| - | var rgb = p.color.toRGB(aValue1, aValue2, aValue3);
| |
| - | r = rgb[0];
| |
| - | g = rgb[1];
| |
| - | b = rgb[2];
| |
| - | } else {
| |
| - | r = Math.round(255 * (aValue1 / colorModeX));
| |
| - | g = Math.round(255 * (aValue2 / colorModeY));
| |
| - | b = Math.round(255 * (aValue3 / colorModeZ));
| |
| - | }
| |
| - |
| |
| - | a = Math.round(255 * (aValue4 / colorModeA));
| |
| - |
| |
| - | // Limit values less than 0 and greater than 255
| |
| - | r = (r < 0) ? 0 : r;
| |
| - | g = (g < 0) ? 0 : g;
| |
| - | b = (b < 0) ? 0 : b;
| |
| - | a = (a < 0) ? 0 : a;
| |
| - | r = (r > 255) ? 255 : r;
| |
| - | g = (g > 255) ? 255 : g;
| |
| - | b = (b > 255) ? 255 : b;
| |
| - | a = (a > 255) ? 255 : a;
| |
| - |
| |
| - | // Create color int
| |
| - | return (a << 24) & PConstants.ALPHA_MASK | (r << 16) & PConstants.RED_MASK | (g << 8) & PConstants.GREEN_MASK | b & PConstants.BLUE_MASK;
| |
| - | }
| |
| - |
| |
| - | function color$2(aValue1, aValue2) {
| |
| - | var a;
| |
| - |
| |
| - | // Color int and alpha
| |
| - | if (aValue1 & PConstants.ALPHA_MASK) {
| |
| - | a = Math.round(255 * (aValue2 / colorModeA));
| |
| - | // Limit values less than 0 and greater than 255
| |
| - | a = (a > 255) ? 255 : a;
| |
| - | a = (a < 0) ? 0 : a;
| |
| - |
| |
| - | return aValue1 - (aValue1 & PConstants.ALPHA_MASK) + ((a << 24) & PConstants.ALPHA_MASK);
| |
| - | }
| |
| - | // Grayscale and alpha
| |
| - | if (curColorMode === PConstants.RGB) {
| |
| - | return color$4(aValue1, aValue1, aValue1, aValue2);
| |
| - | }
| |
| - | if (curColorMode === PConstants.HSB) {
| |
| - | return color$4(0, 0, (aValue1 / colorModeX) * colorModeZ, aValue2);
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | function color$1(aValue1) {
| |
| - | // Grayscale
| |
| - | if (aValue1 <= colorModeX && aValue1 >= 0) {
| |
| - | if (curColorMode === PConstants.RGB) {
| |
| - | return color$4(aValue1, aValue1, aValue1, colorModeA);
| |
| - | }
| |
| - | if (curColorMode === PConstants.HSB) {
| |
| - | return color$4(0, 0, (aValue1 / colorModeX) * colorModeZ, colorModeA);
| |
| - | }
| |
| - | }
| |
| - | // Color int
| |
| - | if (aValue1) {
| |
| - | if (aValue1 > 2147483647) {
| |
| - | // Java Overflow
| |
| - | aValue1 -= 4294967296;
| |
| - | }
| |
| - | return aValue1;
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | /**
| |
| - | * Creates colors for storing in variables of the color datatype. The parameters are
| |
| - | * interpreted as RGB or HSB values depending on the current colorMode(). The default
| |
| - | * mode is RGB values from 0 to 255 and therefore, the function call color(255, 204, 0)
| |
| - | * will return a bright yellow color. More about how colors are stored can be found in
| |
| - | * the reference for the color datatype.
| |
| - | *
| |
| - | * @param {int|float} aValue1 red or hue or grey values relative to the current color range.
| |
| - | * Also can be color value in hexadecimal notation (i.e. #FFCC00 or 0xFFFFCC00)
| |
| - | * @param {int|float} aValue2 green or saturation values relative to the current color range
| |
| - | * @param {int|float} aValue3 blue or brightness values relative to the current color range
| |
| - | * @param {int|float} aValue4 relative to current color range. Represents alpha
| |
| - | *
| |
| - | * @returns {color} the color
| |
| - | *
| |
| - | * @see colorMode
| |
| - | */
| |
| - | p.color = function(aValue1, aValue2, aValue3, aValue4) {
| |
| - |
| |
| - | // 4 arguments: (R, G, B, A) or (H, S, B, A)
| |
| - | if (aValue1 !== undef && aValue2 !== undef && aValue3 !== undef && aValue4 !== undef) {
| |
| - | return color$4(aValue1, aValue2, aValue3, aValue4);
| |
| - | }
| |
| - |
| |
| - | // 3 arguments: (R, G, B) or (H, S, B)
| |
| - | if (aValue1 !== undef && aValue2 !== undef && aValue3 !== undef) {
| |
| - | return color$4(aValue1, aValue2, aValue3, colorModeA);
| |
| - | }
| |
| - |
| |
| - | // 2 arguments: (Color, A) or (Grayscale, A)
| |
| - | if (aValue1 !== undef && aValue2 !== undef) {
| |
| - | return color$2(aValue1, aValue2);
| |
| - | }
| |
| - |
| |
| - | // 1 argument: (Grayscale) or (Color)
| |
| - | if (typeof aValue1 === "number") {
| |
| - | return color$1(aValue1);
| |
| - | }
| |
| - |
| |
| - | // Default
| |
| - | return color$4(colorModeX, colorModeY, colorModeZ, colorModeA);
| |
| - | };
| |
| - |
| |
| - | // Ease of use function to extract the colour bits into a string
| |
| - | p.color.toString = function(colorInt) {
| |
| - | return "rgba(" + ((colorInt & PConstants.RED_MASK) >>> 16) + "," + ((colorInt & PConstants.GREEN_MASK) >>> 8) +
| |
| - | "," + ((colorInt & PConstants.BLUE_MASK)) + "," + ((colorInt & PConstants.ALPHA_MASK) >>> 24) / 255 + ")";
| |
| - | };
| |
| - |
| |
| - | // Easy of use function to pack rgba values into a single bit-shifted color int.
| |
| - | p.color.toInt = function(r, g, b, a) {
| |
| - | return (a << 24) & PConstants.ALPHA_MASK | (r << 16) & PConstants.RED_MASK | (g << 8) & PConstants.GREEN_MASK | b & PConstants.BLUE_MASK;
| |
| - | };
| |
| - |
| |
| - | // Creates a simple array in [R, G, B, A] format, [255, 255, 255, 255]
| |
| - | p.color.toArray = function(colorInt) {
| |
| - | return [(colorInt & PConstants.RED_MASK) >>> 16, (colorInt & PConstants.GREEN_MASK) >>> 8,
| |
| - | colorInt & PConstants.BLUE_MASK, (colorInt & PConstants.ALPHA_MASK) >>> 24];
| |
| - | };
| |
| - |
| |
| - | // Creates a WebGL color array in [R, G, B, A] format. WebGL wants the color ranges between 0 and 1, [1, 1, 1, 1]
| |
| - | p.color.toGLArray = function(colorInt) {
| |
| - | return [((colorInt & PConstants.RED_MASK) >>> 16) / 255, ((colorInt & PConstants.GREEN_MASK) >>> 8) / 255,
| |
| - | (colorInt & PConstants.BLUE_MASK) / 255, ((colorInt & PConstants.ALPHA_MASK) >>> 24) / 255];
| |
| - | };
| |
| - |
| |
| - | // HSB conversion function from Mootools, MIT Licensed
| |
| - | p.color.toRGB = function(h, s, b) {
| |
| - | // Limit values greater than range
| |
| - | h = (h > colorModeX) ? colorModeX : h;
| |
| - | s = (s > colorModeY) ? colorModeY : s;
| |
| - | b = (b > colorModeZ) ? colorModeZ : b;
| |
| - |
| |
| - | h = (h / colorModeX) * 360;
| |
| - | s = (s / colorModeY) * 100;
| |
| - | b = (b / colorModeZ) * 100;
| |
| - |
| |
| - | var br = Math.round(b / 100 * 255);
| |
| - |
| |
| - | if (s === 0) { // Grayscale
| |
| - | return [br, br, br];
| |
| - | }
| |
| - | var hue = h % 360;
| |
| - | var f = hue % 60;
| |
| - | var p = Math.round((b * (100 - s)) / 10000 * 255);
| |
| - | var q = Math.round((b * (6000 - s * f)) / 600000 * 255);
| |
| - | var t = Math.round((b * (6000 - s * (60 - f))) / 600000 * 255);
| |
| - | switch (Math.floor(hue / 60)) {
| |
| - | case 0:
| |
| - | return [br, t, p];
| |
| - | case 1:
| |
| - | return [q, br, p];
| |
| - | case 2:
| |
| - | return [p, br, t];
| |
| - | case 3:
| |
| - | return [p, q, br];
| |
| - | case 4:
| |
| - | return [t, p, br];
| |
| - | case 5:
| |
| - | return [br, p, q];
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | function colorToHSB(colorInt) {
| |
| - | var red, green, blue;
| |
| - |
| |
| - | red = ((colorInt & PConstants.RED_MASK) >>> 16) / 255;
| |
| - | green = ((colorInt & PConstants.GREEN_MASK) >>> 8) / 255;
| |
| - | blue = (colorInt & PConstants.BLUE_MASK) / 255;
| |
| - |
| |
| - | var max = p.max(p.max(red,green), blue),
| |
| - | min = p.min(p.min(red,green), blue),
| |
| - | hue, saturation;
| |
| - |
| |
| - | if (min === max) {
| |
| - | return [0, 0, max*colorModeZ];
| |
| - | }
| |
| - | saturation = (max - min) / max;
| |
| - |
| |
| - | if (red === max) {
| |
| - | hue = (green - blue) / (max - min);
| |
| - | } else if (green === max) {
| |
| - | hue = 2 + ((blue - red) / (max - min));
| |
| - | } else {
| |
| - | hue = 4 + ((red - green) / (max - min));
| |
| - | }
| |
| - |
| |
| - | hue /= 6;
| |
| - |
| |
| - | if (hue < 0) {
| |
| - | hue += 1;
| |
| - | } else if (hue > 1) {
| |
| - | hue -= 1;
| |
| - | }
| |
| - | return [hue*colorModeX, saturation*colorModeY, max*colorModeZ];
| |
| - | }
| |
| - |
| |
| - | /**
| |
| - | * Extracts the brightness value from a color.
| |
| - | *
| |
| - | * @param {color} colInt any value of the color datatype
| |
| - | *
| |
| - | * @returns {float} The brightness color value.
| |
| - | *
| |
| - | * @see red
| |
| - | * @see green
| |
| - | * @see blue
| |
| - | * @see hue
| |
| - | * @see saturation
| |
| - | */
| |
| - | p.brightness = function(colInt){
| |
| - | return colorToHSB(colInt)[2];
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Extracts the saturation value from a color.
| |
| - | *
| |
| - | * @param {color} colInt any value of the color datatype
| |
| - | *
| |
| - | * @returns {float} The saturation color value.
| |
| - | *
| |
| - | * @see red
| |
| - | * @see green
| |
| - | * @see blue
| |
| - | * @see hue
| |
| - | * @see brightness
| |
| - | */
| |
| - | p.saturation = function(colInt){
| |
| - | return colorToHSB(colInt)[1];
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Extracts the hue value from a color.
| |
| - | *
| |
| - | * @param {color} colInt any value of the color datatype
| |
| - | *
| |
| - | * @returns {float} The hue color value.
| |
| - | *
| |
| - | * @see red
| |
| - | * @see green
| |
| - | * @see blue
| |
| - | * @see saturation
| |
| - | * @see brightness
| |
| - | */
| |
| - | p.hue = function(colInt){
| |
| - | return colorToHSB(colInt)[0];
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Extracts the red value from a color, scaled to match current colorMode().
| |
| - | * This value is always returned as a float so be careful not to assign it to an int value.
| |
| - | *
| |
| - | * @param {color} aColor any value of the color datatype
| |
| - | *
| |
| - | * @returns {float} The red color value.
| |
| - | *
| |
| - | * @see green
| |
| - | * @see blue
| |
| - | * @see alpha
| |
| - | * @see >> right shift
| |
| - | * @see hue
| |
| - | * @see saturation
| |
| - | * @see brightness
| |
| - | */
| |
| - | p.red = function(aColor) {
| |
| - | return ((aColor & PConstants.RED_MASK) >>> 16) / 255 * colorModeX;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Extracts the green value from a color, scaled to match current colorMode().
| |
| - | * This value is always returned as a float so be careful not to assign it to an int value.
| |
| - | *
| |
| - | * @param {color} aColor any value of the color datatype
| |
| - | *
| |
| - | * @returns {float} The green color value.
| |
| - | *
| |
| - | * @see red
| |
| - | * @see blue
| |
| - | * @see alpha
| |
| - | * @see >> right shift
| |
| - | * @see hue
| |
| - | * @see saturation
| |
| - | * @see brightness
| |
| - | */
| |
| - | p.green = function(aColor) {
| |
| - | return ((aColor & PConstants.GREEN_MASK) >>> 8) / 255 * colorModeY;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Extracts the blue value from a color, scaled to match current colorMode().
| |
| - | * This value is always returned as a float so be careful not to assign it to an int value.
| |
| - | *
| |
| - | * @param {color} aColor any value of the color datatype
| |
| - | *
| |
| - | * @returns {float} The blue color value.
| |
| - | *
| |
| - | * @see red
| |
| - | * @see green
| |
| - | * @see alpha
| |
| - | * @see >> right shift
| |
| - | * @see hue
| |
| - | * @see saturation
| |
| - | * @see brightness
| |
| - | */
| |
| - | p.blue = function(aColor) {
| |
| - | return (aColor & PConstants.BLUE_MASK) / 255 * colorModeZ;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Extracts the alpha value from a color, scaled to match current colorMode().
| |
| - | * This value is always returned as a float so be careful not to assign it to an int value.
| |
| - | *
| |
| - | * @param {color} aColor any value of the color datatype
| |
| - | *
| |
| - | * @returns {float} The alpha color value.
| |
| - | *
| |
| - | * @see red
| |
| - | * @see green
| |
| - | * @see blue
| |
| - | * @see >> right shift
| |
| - | * @see hue
| |
| - | * @see saturation
| |
| - | * @see brightness
| |
| - | */
| |
| - | p.alpha = function(aColor) {
| |
| - | return ((aColor & PConstants.ALPHA_MASK) >>> 24) / 255 * colorModeA;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Calculates a color or colors between two colors at a specific increment.
| |
| - | * The amt parameter is the amount to interpolate between the two values where 0.0
| |
| - | * equal to the first point, 0.1 is very near the first point, 0.5 is half-way in between, etc.
| |
| - | *
| |
| - | * @param {color} c1 interpolate from this color
| |
| - | * @param {color} c2 interpolate to this color
| |
| - | * @param {float} amt between 0.0 and 1.0
| |
| - | *
| |
| - | * @returns {float} The blended color.
| |
| - | *
| |
| - | * @see blendColor
| |
| - | * @see color
| |
| - | */
| |
| - | p.lerpColor = function(c1, c2, amt) {
| |
| - | var r, g, b, a, r1, g1, b1, a1, r2, g2, b2, a2;
| |
| - | var hsb1, hsb2, rgb, h, s;
| |
| - | var colorBits1 = p.color(c1);
| |
| - | var colorBits2 = p.color(c2);
| |
| - |
| |
| - | if (curColorMode === PConstants.HSB) {
| |
| - | // Special processing for HSB mode.
| |
| - | // Get HSB and Alpha values for Color 1 and 2
| |
| - | hsb1 = colorToHSB(colorBits1);
| |
| - | a1 = ((colorBits1 & PConstants.ALPHA_MASK) >>> 24) / colorModeA;
| |
| - | hsb2 = colorToHSB(colorBits2);
| |
| - | a2 = ((colorBits2 & PConstants.ALPHA_MASK) >>> 24) / colorModeA;
| |
| - |
| |
| - | // Return lerp value for each channel, for HSB components
| |
| - | h = p.lerp(hsb1[0], hsb2[0], amt);
| |
| - | s = p.lerp(hsb1[1], hsb2[1], amt);
| |
| - | b = p.lerp(hsb1[2], hsb2[2], amt);
| |
| - | rgb = p.color.toRGB(h, s, b);
| |
| - | // ... and for Alpha-range
| |
| - | a = p.lerp(a1, a2, amt) * colorModeA;
| |
| - |
| |
| - | return (a << 24) & PConstants.ALPHA_MASK |
| |
| - | (rgb[0] << 16) & PConstants.RED_MASK |
| |
| - | (rgb[1] << 8) & PConstants.GREEN_MASK |
| |
| - | rgb[2] & PConstants.BLUE_MASK;
| |
| - | }
| |
| - |
| |
| - | // Get RGBA values for Color 1 to floats
| |
| - | r1 = (colorBits1 & PConstants.RED_MASK) >>> 16;
| |
| - | g1 = (colorBits1 & PConstants.GREEN_MASK) >>> 8;
| |
| - | b1 = (colorBits1 & PConstants.BLUE_MASK);
| |
| - | a1 = ((colorBits1 & PConstants.ALPHA_MASK) >>> 24) / colorModeA;
| |
| - |
| |
| - | // Get RGBA values for Color 2 to floats
| |
| - | r2 = (colorBits2 & PConstants.RED_MASK) >>> 16;
| |
| - | g2 = (colorBits2 & PConstants.GREEN_MASK) >>> 8;
| |
| - | b2 = (colorBits2 & PConstants.BLUE_MASK);
| |
| - | a2 = ((colorBits2 & PConstants.ALPHA_MASK) >>> 24) / colorModeA;
| |
| - |
| |
| - | // Return lerp value for each channel, INT for color, Float for Alpha-range
| |
| - | r = p.lerp(r1, r2, amt) | 0;
| |
| - | g = p.lerp(g1, g2, amt) | 0;
| |
| - | b = p.lerp(b1, b2, amt) | 0;
| |
| - | a = p.lerp(a1, a2, amt) * colorModeA;
| |
| - |
| |
| - | return (a << 24) & PConstants.ALPHA_MASK |
| |
| - | (r << 16) & PConstants.RED_MASK |
| |
| - | (g << 8) & PConstants.GREEN_MASK |
| |
| - | b & PConstants.BLUE_MASK;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Changes the way Processing interprets color data. By default, fill(), stroke(), and background()
| |
| - | * colors are set by values between 0 and 255 using the RGB color model. It is possible to change the
| |
| - | * numerical range used for specifying colors and to switch color systems. For example, calling colorMode(RGB, 1.0)
| |
| - | * will specify that values are specified between 0 and 1. The limits for defining colors are altered by setting the
| |
| - | * parameters range1, range2, range3, and range 4.
| |
| - | *
| |
| - | * @param {MODE} mode Either RGB or HSB, corresponding to Red/Green/Blue and Hue/Saturation/Brightness
| |
| - | * @param {int|float} range range for all color elements
| |
| - | * @param {int|float} range1 range for the red or hue depending on the current color mode
| |
| - | * @param {int|float} range2 range for the green or saturation depending on the current color mode
| |
| - | * @param {int|float} range3 range for the blue or brightness depending on the current color mode
| |
| - | * @param {int|float} range4 range for the alpha
| |
| - | *
| |
| - | * @returns none
| |
| - | *
| |
| - | * @see background
| |
| - | * @see fill
| |
| - | * @see stroke
| |
| - | */
| |
| - | p.colorMode = function() { // mode, range1, range2, range3, range4
| |
| - | curColorMode = arguments[0];
| |
| - | if (arguments.length > 1) {
| |
| - | colorModeX = arguments[1];
| |
| - | colorModeY = arguments[2] || arguments[1];
| |
| - | colorModeZ = arguments[3] || arguments[1];
| |
| - | colorModeA = arguments[4] || arguments[1];
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Blends two color values together based on the blending mode given as the MODE parameter.
| |
| - | * The possible modes are described in the reference for the blend() function.
| |
| - | *
| |
| - | * @param {color} c1 color: the first color to blend
| |
| - | * @param {color} c2 color: the second color to blend
| |
| - | * @param {MODE} MODE Either BLEND, ADD, SUBTRACT, DARKEST, LIGHTEST, DIFFERENCE, EXCLUSION, MULTIPLY,
| |
| - | * SCREEN, OVERLAY, HARD_LIGHT, SOFT_LIGHT, DODGE, or BURN
| |
| - | *
| |
| - | * @returns {float} The blended color.
| |
| - | *
| |
| - | * @see blend
| |
| - | * @see color
| |
| - | */
| |
| - | p.blendColor = function(c1, c2, mode) {
| |
| - | if (mode === PConstants.REPLACE) {
| |
| - | return p.modes.replace(c1, c2);
| |
| - | } else if (mode === PConstants.BLEND) {
| |
| - | return p.modes.blend(c1, c2);
| |
| - | } else if (mode === PConstants.ADD) {
| |
| - | return p.modes.add(c1, c2);
| |
| - | } else if (mode === PConstants.SUBTRACT) {
| |
| - | return p.modes.subtract(c1, c2);
| |
| - | } else if (mode === PConstants.LIGHTEST) {
| |
| - | return p.modes.lightest(c1, c2);
| |
| - | } else if (mode === PConstants.DARKEST) {
| |
| - | return p.modes.darkest(c1, c2);
| |
| - | } else if (mode === PConstants.DIFFERENCE) {
| |
| - | return p.modes.difference(c1, c2);
| |
| - | } else if (mode === PConstants.EXCLUSION) {
| |
| - | return p.modes.exclusion(c1, c2);
| |
| - | } else if (mode === PConstants.MULTIPLY) {
| |
| - | return p.modes.multiply(c1, c2);
| |
| - | } else if (mode === PConstants.SCREEN) {
| |
| - | return p.modes.screen(c1, c2);
| |
| - | } else if (mode === PConstants.HARD_LIGHT) {
| |
| - | return p.modes.hard_light(c1, c2);
| |
| - | } else if (mode === PConstants.SOFT_LIGHT) {
| |
| - | return p.modes.soft_light(c1, c2);
| |
| - | } else if (mode === PConstants.OVERLAY) {
| |
| - | return p.modes.overlay(c1, c2);
| |
| - | } else if (mode === PConstants.DODGE) {
| |
| - | return p.modes.dodge(c1, c2);
| |
| - | } else if (mode === PConstants.BURN) {
| |
| - | return p.modes.burn(c1, c2);
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | ////////////////////////////////////////////////////////////////////////////
| |
| - | // Canvas-Matrix manipulation
| |
| - | ////////////////////////////////////////////////////////////////////////////
| |
| - |
| |
| - | function saveContext() {
| |
| - | curContext.save();
| |
| - | }
| |
| - |
| |
| - | function restoreContext() {
| |
| - | curContext.restore();
| |
| - | isStrokeDirty = true;
| |
| - | isFillDirty = true;
| |
| - | }
| |
| - |
| |
| - | /**
| |
| - | * Prints the current matrix to the text window.
| |
| - | *
| |
| - | * @returns none
| |
| - | *
| |
| - | * @see pushMatrix
| |
| - | * @see popMatrix
| |
| - | * @see resetMatrix
| |
| - | * @see applyMatrix
| |
| - | */
| |
| - | p.printMatrix = function() {
| |
| - | modelView.print();
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Specifies an amount to displace objects within the display window. The x parameter specifies left/right translation,
| |
| - | * the y parameter specifies up/down translation, and the z parameter specifies translations toward/away from the screen.
| |
| - | * Using this function with the z parameter requires using the P3D or OPENGL parameter in combination with size as shown
| |
| - | * in the above example. Transformations apply to everything that happens after and subsequent calls to the function
| |
| - | * accumulates the effect. For example, calling translate(50, 0) and then translate(20, 0) is the same as translate(70, 0).
| |
| - | * If translate() is called within draw(), the transformation is reset when the loop begins again.
| |
| - | * This function can be further controlled by the pushMatrix() and popMatrix().
| |
| - | *
| |
| - | * @param {int|float} x left/right translation
| |
| - | * @param {int|float} y up/down translation
| |
| - | * @param {int|float} z forward/back translation
| |
| - | *
| |
| - | * @returns none
| |
| - | *
| |
| - | * @see pushMatrix
| |
| - | * @see popMatrix
| |
| - | * @see scale
| |
| - | * @see rotate
| |
| - | * @see rotateX
| |
| - | * @see rotateY
| |
| - | * @see rotateZ
| |
| - | */
| |
| - | Drawing2D.prototype.translate = function(x, y) {
| |
| - | modelView.translate(x, y);
| |
| - | modelViewInv.invTranslate(x, y);
| |
| - | curContext.translate(x, y);
| |
| - | };
| |
| - |
| |
| - | Drawing3D.prototype.translate = function(x, y, z) {
| |
| - | modelView.translate(x, y, z);
| |
| - | modelViewInv.invTranslate(x, y, z);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Increases or decreases the size of a shape by expanding and contracting vertices. Objects always scale from their
| |
| - | * relative origin to the coordinate system. Scale values are specified as decimal percentages. For example, the
| |
| - | * function call scale(2.0) increases the dimension of a shape by 200%. Transformations apply to everything that
| |
| - | * happens after and subsequent calls to the function multiply the effect. For example, calling scale(2.0) and
| |
| - | * then scale(1.5) is the same as scale(3.0). If scale() is called within draw(), the transformation is reset when
| |
| - | * the loop begins again. Using this fuction with the z parameter requires passing P3D or OPENGL into the size()
| |
| - | * parameter as shown in the example above. This function can be further controlled by pushMatrix() and popMatrix().
| |
| - | *
| |
| - | * @param {int|float} size percentage to scale the object
| |
| - | * @param {int|float} x percentage to scale the object in the x-axis
| |
| - | * @param {int|float} y percentage to scale the object in the y-axis
| |
| - | * @param {int|float} z percentage to scale the object in the z-axis
| |
| - | *
| |
| - | * @returns none
| |
| - | *
| |
| - | * @see pushMatrix
| |
| - | * @see popMatrix
| |
| - | * @see translate
| |
| - | * @see rotate
| |
| - | * @see rotateX
| |
| - | * @see rotateY
| |
| - | * @see rotateZ
| |
| - | */
| |
| - | Drawing2D.prototype.scale = function(x, y) {
| |
| - | modelView.scale(x, y);
| |
| - | modelViewInv.invScale(x, y);
| |
| - | curContext.scale(x, y || x);
| |
| - | };
| |
| - |
| |
| - | Drawing3D.prototype.scale = function(x, y, z) {
| |
| - | modelView.scale(x, y, z);
| |
| - | modelViewInv.invScale(x, y, z);
| |
| - | };
| |
| - |
| |
| - |
| |
| - | /**
| |
| - | * helper function for applying a transfrom matrix to a 2D context.
| |
| - | */
| |
| - | Drawing2D.prototype.transform = function(pmatrix) {
| |
| - | var e = pmatrix.array();
| |
| - | curContext.transform(e[0],e[3],e[1],e[4],e[2],e[5]);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * helper function for applying a transfrom matrix to a 3D context.
| |
| - | * not currently implemented.
| |
| - | */
| |
| - | Drawing3D.prototype.transformm = function(pmatrix3d) {
| |
| - | throw("p.transform is currently not supported in 3D mode");
| |
| - | };
| |
| - |
| |
| - |
| |
| - | /**
| |
| - | * Pushes the current transformation matrix onto the matrix stack. Understanding pushMatrix() and popMatrix()
| |
| - | * requires understanding the concept of a matrix stack. The pushMatrix() function saves the current coordinate
| |
| - | * system to the stack and popMatrix() restores the prior coordinate system. pushMatrix() and popMatrix() are
| |
| - | * used in conjuction with the other transformation methods and may be embedded to control the scope of
| |
| - | * the transformations.
| |
| - | *
| |
| - | * @returns none
| |
| - | *
| |
| - | * @see popMatrix
| |
| - | * @see translate
| |
| - | * @see rotate
| |
| - | * @see rotateX
| |
| - | * @see rotateY
| |
| - | * @see rotateZ
| |
| - | */
| |
| - | Drawing2D.prototype.pushMatrix = function() {
| |
| - | userMatrixStack.load(modelView);
| |
| - | userReverseMatrixStack.load(modelViewInv);
| |
| - | saveContext();
| |
| - | };
| |
| - |
| |
| - | Drawing3D.prototype.pushMatrix = function() {
| |
| - | userMatrixStack.load(modelView);
| |
| - | userReverseMatrixStack.load(modelViewInv);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Pops the current transformation matrix off the matrix stack. Understanding pushing and popping requires
| |
| - | * understanding the concept of a matrix stack. The pushMatrix() function saves the current coordinate system to
| |
| - | * the stack and popMatrix() restores the prior coordinate system. pushMatrix() and popMatrix() are used in
| |
| - | * conjuction with the other transformation methods and may be embedded to control the scope of the transformations.
| |
| - | *
| |
| - | * @returns none
| |
| - | *
| |
| - | * @see popMatrix
| |
| - | * @see pushMatrix
| |
| - | */
| |
| - | Drawing2D.prototype.popMatrix = function() {
| |
| - | modelView.set(userMatrixStack.pop());
| |
| - | modelViewInv.set(userReverseMatrixStack.pop());
| |
| - | restoreContext();
| |
| - | };
| |
| - |
| |
| - | Drawing3D.prototype.popMatrix = function() {
| |
| - | modelView.set(userMatrixStack.pop());
| |
| - | modelViewInv.set(userReverseMatrixStack.pop());
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Replaces the current matrix with the identity matrix. The equivalent function in OpenGL is glLoadIdentity().
| |
| - | *
| |
| - | * @returns none
| |
| - | *
| |
| - | * @see popMatrix
| |
| - | * @see pushMatrix
| |
| - | * @see applyMatrix
| |
| - | * @see printMatrix
| |
| - | */
| |
| - | Drawing2D.prototype.resetMatrix = function() {
| |
| - | modelView.reset();
| |
| - | modelViewInv.reset();
| |
| - | curContext.setTransform(1,0,0,1,0,0);
| |
| - | };
| |
| - |
| |
| - | Drawing3D.prototype.resetMatrix = function() {
| |
| - | modelView.reset();
| |
| - | modelViewInv.reset();
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Multiplies the current matrix by the one specified through the parameters. This is very slow because it will
| |
| - | * try to calculate the inverse of the transform, so avoid it whenever possible. The equivalent function
| |
| - | * in OpenGL is glMultMatrix().
| |
| - | *
| |
| - | * @param {int|float} n00-n15 numbers which define the 4x4 matrix to be multiplied
| |
| - | *
| |
| - | * @returns none
| |
| - | *
| |
| - | * @see popMatrix
| |
| - | * @see pushMatrix
| |
| - | * @see resetMatrix
| |
| - | * @see printMatrix
| |
| - | */
| |
| - | DrawingShared.prototype.applyMatrix = function() {
| |
| - | var a = arguments;
| |
| - | modelView.apply(a[0], a[1], a[2], a[3], a[4], a[5], a[6], a[7], a[8], a[9], a[10], a[11], a[12], a[13], a[14], a[15]);
| |
| - | modelViewInv.invApply(a[0], a[1], a[2], a[3], a[4], a[5], a[6], a[7], a[8], a[9], a[10], a[11], a[12], a[13], a[14], a[15]);
| |
| - | };
| |
| - |
| |
| - | Drawing2D.prototype.applyMatrix = function() {
| |
| - | var a = arguments;
| |
| - | for (var cnt = a.length; cnt < 16; cnt++) {
| |
| - | a[cnt] = 0;
| |
| - | }
| |
| - | a[10] = a[15] = 1;
| |
| - | DrawingShared.prototype.applyMatrix.apply(this, a);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Rotates a shape around the x-axis the amount specified by the angle parameter. Angles should be
| |
| - | * specified in radians (values from 0 to PI*2) or converted to radians with the radians() function.
| |
| - | * Objects are always rotated around their relative position to the origin and positive numbers
| |
| - | * rotate objects in a counterclockwise direction. Transformations apply to everything that happens
| |
| - | * after and subsequent calls to the function accumulates the effect. For example, calling rotateX(PI/2)
| |
| - | * and then rotateX(PI/2) is the same as rotateX(PI). If rotateX() is called within the draw(), the
| |
| - | * transformation is reset when the loop begins again. This function requires passing P3D or OPENGL
| |
| - | * into the size() parameter as shown in the example above.
| |
| - | *
| |
| - | * @param {int|float} angleInRadians angle of rotation specified in radians
| |
| - | *
| |
| - | * @returns none
| |
| - | *
| |
| - | * @see rotateY
| |
| - | * @see rotateZ
| |
| - | * @see rotate
| |
| - | * @see translate
| |
| - | * @see scale
| |
| - | * @see popMatrix
| |
| - | * @see pushMatrix
| |
| - | */
| |
| - | p.rotateX = function(angleInRadians) {
| |
| - | modelView.rotateX(angleInRadians);
| |
| - | modelViewInv.invRotateX(angleInRadians);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Rotates a shape around the z-axis the amount specified by the angle parameter. Angles should be
| |
| - | * specified in radians (values from 0 to PI*2) or converted to radians with the radians() function.
| |
| - | * Objects are always rotated around their relative position to the origin and positive numbers
| |
| - | * rotate objects in a counterclockwise direction. Transformations apply to everything that happens
| |
| - | * after and subsequent calls to the function accumulates the effect. For example, calling rotateZ(PI/2)
| |
| - | * and then rotateZ(PI/2) is the same as rotateZ(PI). If rotateZ() is called within the draw(), the
| |
| - | * transformation is reset when the loop begins again. This function requires passing P3D or OPENGL
| |
| - | * into the size() parameter as shown in the example above.
| |
| - | *
| |
| - | * @param {int|float} angleInRadians angle of rotation specified in radians
| |
| - | *
| |
| - | * @returns none
| |
| - | *
| |
| - | * @see rotateX
| |
| - | * @see rotateY
| |
| - | * @see rotate
| |
| - | * @see translate
| |
| - | * @see scale
| |
| - | * @see popMatrix
| |
| - | * @see pushMatrix
| |
| - | */
| |
| - | Drawing2D.prototype.rotateZ = function() {
| |
| - | throw "rotateZ() is not supported in 2D mode. Use rotate(float) instead.";
| |
| - | };
| |
| - |
| |
| - | Drawing3D.prototype.rotateZ = function(angleInRadians) {
| |
| - | modelView.rotateZ(angleInRadians);
| |
| - | modelViewInv.invRotateZ(angleInRadians);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Rotates a shape around the y-axis the amount specified by the angle parameter. Angles should be
| |
| - | * specified in radians (values from 0 to PI*2) or converted to radians with the radians() function.
| |
| - | * Objects are always rotated around their relative position to the origin and positive numbers
| |
| - | * rotate objects in a counterclockwise direction. Transformations apply to everything that happens
| |
| - | * after and subsequent calls to the function accumulates the effect. For example, calling rotateY(PI/2)
| |
| - | * and then rotateY(PI/2) is the same as rotateY(PI). If rotateY() is called within the draw(), the
| |
| - | * transformation is reset when the loop begins again. This function requires passing P3D or OPENGL
| |
| - | * into the size() parameter as shown in the example above.
| |
| - | *
| |
| - | * @param {int|float} angleInRadians angle of rotation specified in radians
| |
| - | *
| |
| - | * @returns none
| |
| - | *
| |
| - | * @see rotateX
| |
| - | * @see rotateZ
| |
| - | * @see rotate
| |
| - | * @see translate
| |
| - | * @see scale
| |
| - | * @see popMatrix
| |
| - | * @see pushMatrix
| |
| - | */
| |
| - | p.rotateY = function(angleInRadians) {
| |
| - | modelView.rotateY(angleInRadians);
| |
| - | modelViewInv.invRotateY(angleInRadians);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Rotates a shape the amount specified by the angle parameter. Angles should be specified in radians
| |
| - | * (values from 0 to TWO_PI) or converted to radians with the radians() function. Objects are always
| |
| - | * rotated around their relative position to the origin and positive numbers rotate objects in a
| |
| - | * clockwise direction. Transformations apply to everything that happens after and subsequent calls
| |
| - | * to the function accumulates the effect. For example, calling rotate(HALF_PI) and then rotate(HALF_PI)
| |
| - | * is the same as rotate(PI). All tranformations are reset when draw() begins again. Technically,
| |
| - | * rotate() multiplies the current transformation matrix by a rotation matrix. This function can be
| |
| - | * further controlled by the pushMatrix() and popMatrix().
| |
| - | *
| |
| - | * @param {int|float} angleInRadians angle of rotation specified in radians
| |
| - | *
| |
| - | * @returns none
| |
| - | *
| |
| - | * @see rotateX
| |
| - | * @see rotateY
| |
| - | * @see rotateZ
| |
| - | * @see rotate
| |
| - | * @see translate
| |
| - | * @see scale
| |
| - | * @see popMatrix
| |
| - | * @see pushMatrix
| |
| - | */
| |
| - | Drawing2D.prototype.rotate = function(angleInRadians) {
| |
| - | modelView.rotateZ(angleInRadians);
| |
| - | modelViewInv.invRotateZ(angleInRadians);
| |
| - | curContext.rotate(angleInRadians);
| |
| - | };
| |
| - |
| |
| - | Drawing3D.prototype.rotate = function(angleInRadians) {
| |
| - | if (arguments.length < 4) {
| |
| - | p.rotateZ(angleInRadians);
| |
| - | } else {
| |
| - | modelView.rotate(angleInRadians, arguments[1], arguments[2], arguments[3]);
| |
| - | modelViewInv.rotate((-angleInRadians), arguments[1], arguments[2], arguments[3]);
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Shears a shape around the x-axis the amount specified by the angle parameter.
| |
| - | * Angles should be specified in radians (values from 0 to PI*2) or converted to radians
| |
| - | * with the radians() function. Objects are always sheared around their relative position
| |
| - | * to the origin and positive numbers shear objects in a clockwise direction. Transformations
| |
| - | * apply to everything that happens after and subsequent calls to the function accumulates the
| |
| - | * effect. For example, calling shearX(PI/2) and then shearX(PI/2) is the same as shearX(PI)
| |
| - | *
| |
| - | * @param {int|float} angleInRadians angle of rotation specified in radians
| |
| - | *
| |
| - | * @returns none
| |
| - | *
| |
| - | * @see rotateX
| |
| - | * @see rotateY
| |
| - | * @see rotateZ
| |
| - | * @see rotate
| |
| - | * @see translate
| |
| - | * @see scale
| |
| - | * @see popMatrix
| |
| - | * @see pushMatrix
| |
| - | */
| |
| - |
| |
| - | Drawing2D.prototype.shearX = function(angleInRadians) {
| |
| - | modelView.shearX(angleInRadians);
| |
| - | curContext.transform(1,0,angleInRadians,1,0,0);
| |
| - | };
| |
| - |
| |
| - | Drawing3D.prototype.shearX = function(angleInRadians) {
| |
| - | modelView.shearX(angleInRadians);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Shears a shape around the y-axis the amount specified by the angle parameter.
| |
| - | * Angles should be specified in radians (values from 0 to PI*2) or converted to
| |
| - | * radians with the radians() function. Objects are always sheared around their
| |
| - | * relative position to the origin and positive numbers shear objects in a
| |
| - | * clockwise direction. Transformations apply to everything that happens after
| |
| - | * and subsequent calls to the function accumulates the effect. For example,
| |
| - | * calling shearY(PI/2) and then shearY(PI/2) is the same as shearY(PI).
| |
| - | *
| |
| - | * @param {int|float} angleInRadians angle of rotation specified in radians
| |
| - | *
| |
| - | * @returns none
| |
| - | *
| |
| - | * @see rotateX
| |
| - | * @see rotateY
| |
| - | * @see rotateZ
| |
| - | * @see rotate
| |
| - | * @see translate
| |
| - | * @see scale
| |
| - | * @see popMatrix
| |
| - | * @see pushMatrix
| |
| - | * @see shearX
| |
| - | */
| |
| - |
| |
| - | Drawing2D.prototype.shearY = function(angleInRadians) {
| |
| - | modelView.shearY(angleInRadians);
| |
| - | curContext.transform(1,angleInRadians,0,1,0,0);
| |
| - | };
| |
| - |
| |
| - | Drawing3D.prototype.shearY = function(angleInRadians) {
| |
| - | modelView.shearY(angleInRadians);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * The pushStyle() function saves the current style settings and popStyle() restores the prior settings.
| |
| - | * Note that these functions are always used together. They allow you to change the style settings and later
| |
| - | * return to what you had. When a new style is started with pushStyle(), it builds on the current style information.
| |
| - | * The pushStyle() and popStyle() functions can be embedded to provide more control (see the second example
| |
| - | * above for a demonstration.)
| |
| - | * The style information controlled by the following functions are included in the style: fill(), stroke(), tint(),
| |
| - | * strokeWeight(), strokeCap(), strokeJoin(), imageMode(), rectMode(), ellipseMode(), shapeMode(), colorMode(),
| |
| - | * textAlign(), textFont(), textMode(), textSize(), textLeading(), emissive(), specular(), shininess(), ambient()
| |
| - | *
| |
| - | * @returns none
| |
| - | *
| |
| - | * @see popStyle
| |
| - | */
| |
| - | p.pushStyle = function() {
| |
| - | // Save the canvas state.
| |
| - | saveContext();
| |
| - |
| |
| - | p.pushMatrix();
| |
| - |
| |
| - | var newState = {
| |
| - | 'doFill': doFill,
| |
| - | 'currentFillColor': currentFillColor,
| |
| - | 'doStroke': doStroke,
| |
| - | 'currentStrokeColor': currentStrokeColor,
| |
| - | 'curTint': curTint,
| |
| - | 'curRectMode': curRectMode,
| |
| - | 'curColorMode': curColorMode,
| |
| - | 'colorModeX': colorModeX,
| |
| - | 'colorModeZ': colorModeZ,
| |
| - | 'colorModeY': colorModeY,
| |
| - | 'colorModeA': colorModeA,
| |
| - | 'curTextFont': curTextFont,
| |
| - | 'horizontalTextAlignment': horizontalTextAlignment,
| |
| - | 'verticalTextAlignment': verticalTextAlignment,
| |
| - | 'textMode': textMode,
| |
| - | 'curFontName': curFontName,
| |
| - | 'curTextSize': curTextSize,
| |
| - | 'curTextAscent': curTextAscent,
| |
| - | 'curTextDescent': curTextDescent,
| |
| - | 'curTextLeading': curTextLeading
| |
| - | };
| |
| - |
| |
| - | styleArray.push(newState);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * The pushStyle() function saves the current style settings and popStyle() restores the prior settings; these
| |
| - | * functions are always used together. They allow you to change the style settings and later return to what you had.
| |
| - | * When a new style is started with pushStyle(), it builds on the current style information. The pushStyle() and
| |
| - | * popStyle() functions can be embedded to provide more control (see the second example above for a demonstration.)
| |
| - | *
| |
| - | * @returns none
| |
| - | *
| |
| - | * @see pushStyle
| |
| - | */
| |
| - | p.popStyle = function() {
| |
| - | var oldState = styleArray.pop();
| |
| - |
| |
| - | if (oldState) {
| |
| - | restoreContext();
| |
| - |
| |
| - | p.popMatrix();
| |
| - |
| |
| - | doFill = oldState.doFill;
| |
| - | currentFillColor = oldState.currentFillColor;
| |
| - | doStroke = oldState.doStroke;
| |
| - | currentStrokeColor = oldState.currentStrokeColor;
| |
| - | curTint = oldState.curTint;
| |
| - | curRectMode = oldState.curRectMode;
| |
| - | curColorMode = oldState.curColorMode;
| |
| - | colorModeX = oldState.colorModeX;
| |
| - | colorModeZ = oldState.colorModeZ;
| |
| - | colorModeY = oldState.colorModeY;
| |
| - | colorModeA = oldState.colorModeA;
| |
| - | curTextFont = oldState.curTextFont;
| |
| - | curFontName = oldState.curFontName;
| |
| - | curTextSize = oldState.curTextSize;
| |
| - | horizontalTextAlignment = oldState.horizontalTextAlignment;
| |
| - | verticalTextAlignment = oldState.verticalTextAlignment;
| |
| - | textMode = oldState.textMode;
| |
| - | curTextAscent = oldState.curTextAscent;
| |
| - | curTextDescent = oldState.curTextDescent;
| |
| - | curTextLeading = oldState.curTextLeading;
| |
| - | } else {
| |
| - | throw "Too many popStyle() without enough pushStyle()";
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | ////////////////////////////////////////////////////////////////////////////
| |
| - | // Time based functions
| |
| - | ////////////////////////////////////////////////////////////////////////////
| |
| - |
| |
| - | /**
| |
| - | * Processing communicates with the clock on your computer.
| |
| - | * The year() function returns the current year as an integer (2003, 2004, 2005, etc).
| |
| - | *
| |
| - | * @returns {float} The current year.
| |
| - | *
| |
| - | * @see millis
| |
| - | * @see second
| |
| - | * @see minute
| |
| - | * @see hour
| |
| - | * @see day
| |
| - | * @see month
| |
| - | */
| |
| - | p.year = function() {
| |
| - | return new Date().getFullYear();
| |
| - | };
| |
| - | /**
| |
| - | * Processing communicates with the clock on your computer.
| |
| - | * The month() function returns the current month as a value from 1 - 12.
| |
| - | *
| |
| - | * @returns {float} The current month.
| |
| - | *
| |
| - | * @see millis
| |
| - | * @see second
| |
| - | * @see minute
| |
| - | * @see hour
| |
| - | * @see day
| |
| - | * @see year
| |
| - | */
| |
| - | p.month = function() {
| |
| - | return new Date().getMonth() + 1;
| |
| - | };
| |
| - | /**
| |
| - | * Processing communicates with the clock on your computer.
| |
| - | * The day() function returns the current day as a value from 1 - 31.
| |
| - | *
| |
| - | * @returns {float} The current day.
| |
| - | *
| |
| - | * @see millis
| |
| - | * @see second
| |
| - | * @see minute
| |
| - | * @see hour
| |
| - | * @see month
| |
| - | * @see year
| |
| - | */
| |
| - | p.day = function() {
| |
| - | return new Date().getDate();
| |
| - | };
| |
| - | /**
| |
| - | * Processing communicates with the clock on your computer.
| |
| - | * The hour() function returns the current hour as a value from 0 - 23.
| |
| - | *
| |
| - | * @returns {float} The current hour.
| |
| - | *
| |
| - | * @see millis
| |
| - | * @see second
| |
| - | * @see minute
| |
| - | * @see month
| |
| - | * @see day
| |
| - | * @see year
| |
| - | */
| |
| - | p.hour = function() {
| |
| - | return new Date().getHours();
| |
| - | };
| |
| - | /**
| |
| - | * Processing communicates with the clock on your computer.
| |
| - | * The minute() function returns the current minute as a value from 0 - 59.
| |
| - | *
| |
| - | * @returns {float} The current minute.
| |
| - | *
| |
| - | * @see millis
| |
| - | * @see second
| |
| - | * @see month
| |
| - | * @see hour
| |
| - | * @see day
| |
| - | * @see year
| |
| - | */
| |
| - | p.minute = function() {
| |
| - | return new Date().getMinutes();
| |
| - | };
| |
| - | /**
| |
| - | * Processing communicates with the clock on your computer.
| |
| - | * The second() function returns the current second as a value from 0 - 59.
| |
| - | *
| |
| - | * @returns {float} The current minute.
| |
| - | *
| |
| - | * @see millis
| |
| - | * @see month
| |
| - | * @see minute
| |
| - | * @see hour
| |
| - | * @see day
| |
| - | * @see year
| |
| - | */
| |
| - | p.second = function() {
| |
| - | return new Date().getSeconds();
| |
| - | };
| |
| - | /**
| |
| - | * Returns the number of milliseconds (thousandths of a second) since starting a sketch.
| |
| - | * This information is often used for timing animation sequences.
| |
| - | *
| |
| - | * @returns {long} The number of milliseconds since starting the sketch.
| |
| - | *
| |
| - | * @see month
| |
| - | * @see second
| |
| - | * @see minute
| |
| - | * @see hour
| |
| - | * @see day
| |
| - | * @see year
| |
| - | */
| |
| - | p.millis = function() {
| |
| - | return Date.now() - start;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Executes the code within draw() one time. This functions allows the program to update
| |
| - | * the display window only when necessary, for example when an event registered by
| |
| - | * mousePressed() or keyPressed() occurs.
| |
| - | * In structuring a program, it only makes sense to call redraw() within events such as
| |
| - | * mousePressed(). This is because redraw() does not run draw() immediately (it only sets
| |
| - | * a flag that indicates an update is needed).
| |
| - | * Calling redraw() within draw() has no effect because draw() is continuously called anyway.
| |
| - | *
| |
| - | * @returns none
| |
| - | *
| |
| - | * @see noLoop
| |
| - | * @see loop
| |
| - | */
| |
| - | function redrawHelper() {
| |
| - | var sec = (Date.now() - timeSinceLastFPS) / 1000;
| |
| - | framesSinceLastFPS++;
| |
| - | var fps = framesSinceLastFPS / sec;
| |
| - |
| |
| - | // recalculate FPS every half second for better accuracy.
| |
| - | if (sec > 0.5) {
| |
| - | timeSinceLastFPS = Date.now();
| |
| - | framesSinceLastFPS = 0;
| |
| - | p.__frameRate = fps;
| |
| - | }
| |
| - |
| |
| - | p.frameCount++;
| |
| - | }
| |
| - |
| |
| - | Drawing2D.prototype.redraw = function() {
| |
| - | redrawHelper();
| |
| - |
| |
| - | curContext.lineWidth = lineWidth;
| |
| - | var pmouseXLastEvent = p.pmouseX,
| |
| - | pmouseYLastEvent = p.pmouseY;
| |
| - | p.pmouseX = pmouseXLastFrame;
| |
| - | p.pmouseY = pmouseYLastFrame;
| |
| - |
| |
| - | saveContext();
| |
| - | p.draw();
| |
| - | restoreContext();
| |
| - |
| |
| - | pmouseXLastFrame = p.mouseX;
| |
| - | pmouseYLastFrame = p.mouseY;
| |
| - | p.pmouseX = pmouseXLastEvent;
| |
| - | p.pmouseY = pmouseYLastEvent;
| |
| - | };
| |
| - |
| |
| - | Drawing3D.prototype.redraw = function() {
| |
| - | redrawHelper();
| |
| - |
| |
| - | var pmouseXLastEvent = p.pmouseX,
| |
| - | pmouseYLastEvent = p.pmouseY;
| |
| - | p.pmouseX = pmouseXLastFrame;
| |
| - | p.pmouseY = pmouseYLastFrame;
| |
| - | // even if the color buffer isn't cleared with background(),
| |
| - | // the depth buffer needs to be cleared regardless.
| |
| - | curContext.clear(curContext.DEPTH_BUFFER_BIT);
| |
| - | curContextCache = { attributes: {}, locations: {} };
| |
| - | // Delete all the lighting states and the materials the
| |
| - | // user set in the last draw() call.
| |
| - | p.noLights();
| |
| - | p.lightFalloff(1, 0, 0);
| |
| - | p.shininess(1);
| |
| - | p.ambient(255, 255, 255);
| |
| - | p.specular(0, 0, 0);
| |
| - | p.emissive(0, 0, 0);
| |
| - | p.camera();
| |
| - | p.draw();
| |
| - |
| |
| - | pmouseXLastFrame = p.mouseX;
| |
| - | pmouseYLastFrame = p.mouseY;
| |
| - | p.pmouseX = pmouseXLastEvent;
| |
| - | p.pmouseY = pmouseYLastEvent;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Stops Processing from continuously executing the code within draw(). If loop() is
| |
| - | * called, the code in draw() begin to run continuously again. If using noLoop() in
| |
| - | * setup(), it should be the last line inside the block.
| |
| - | * When noLoop() is used, it's not possible to manipulate or access the screen inside event
| |
| - | * handling functions such as mousePressed() or keyPressed(). Instead, use those functions
| |
| - | * to call redraw() or loop(), which will run draw(), which can update the screen properly.
| |
| - | * This means that when noLoop() has been called, no drawing can happen, and functions like
| |
| - | * saveFrame() or loadPixels() may not be used.
| |
| - | * Note that if the sketch is resized, redraw() will be called to update the sketch, even
| |
| - | * after noLoop() has been specified. Otherwise, the sketch would enter an odd state until
| |
| - | * loop() was called.
| |
| - | *
| |
| - | * @returns none
| |
| - | *
| |
| - | * @see redraw
| |
| - | * @see draw
| |
| - | * @see loop
| |
| - | */
| |
| - | p.noLoop = function() {
| |
| - | doLoop = false;
| |
| - | loopStarted = false;
| |
| - | clearInterval(looping);
| |
| - | curSketch.onPause();
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Causes Processing to continuously execute the code within draw(). If noLoop() is called,
| |
| - | * the code in draw() stops executing.
| |
| - | *
| |
| - | * @returns none
| |
| - | *
| |
| - | * @see noLoop
| |
| - | */
| |
| - | p.loop = function() {
| |
| - | if (loopStarted) {
| |
| - | return;
| |
| - | }
| |
| - |
| |
| - | timeSinceLastFPS = Date.now();
| |
| - | framesSinceLastFPS = 0;
| |
| - |
| |
| - | looping = window.setInterval(function() {
| |
| - | try {
| |
| - | curSketch.onFrameStart();
| |
| - | p.redraw();
| |
| - | curSketch.onFrameEnd();
| |
| - | } catch(e_loop) {
| |
| - | window.clearInterval(looping);
| |
| - | throw e_loop;
| |
| - | }
| |
| - | }, curMsPerFrame);
| |
| - | doLoop = true;
| |
| - | loopStarted = true;
| |
| - | curSketch.onLoop();
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Specifies the number of frames to be displayed every second. If the processor is not
| |
| - | * fast enough to maintain the specified rate, it will not be achieved. For example, the
| |
| - | * function call frameRate(30) will attempt to refresh 30 times a second. It is recommended
| |
| - | * to set the frame rate within setup(). The default rate is 60 frames per second.
| |
| - | *
| |
| - | * @param {int} aRate number of frames per second.
| |
| - | *
| |
| - | * @returns none
| |
| - | *
| |
| - | * @see delay
| |
| - | */
| |
| - | p.frameRate = function(aRate) {
| |
| - | curFrameRate = aRate;
| |
| - | curMsPerFrame = 1000 / curFrameRate;
| |
| - |
| |
| - | // clear and reset interval
| |
| - | if (doLoop) {
| |
| - | p.noLoop();
| |
| - | p.loop();
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Quits/stops/exits the program.
| |
| - | * Rather than terminating immediately, exit() will cause the sketch to exit after draw()
| |
| - | * has completed (or after setup() completes if called during the setup() method).
| |
| - | *
| |
| - | * @returns none
| |
| - | */
| |
| - | p.exit = function() {
| |
| - | // cleanup
| |
| - | window.clearInterval(looping);
| |
| - | removeInstance(p.externals.canvas.id);
| |
| - | delete(curElement.onmousedown);
| |
| - |
| |
| - | // Step through the libraries to detach them
| |
| - | for (var lib in Processing.lib) {
| |
| - | if (Processing.lib.hasOwnProperty(lib)) {
| |
| - | if (Processing.lib[lib].hasOwnProperty("detach")) {
| |
| - | Processing.lib[lib].detach(p);
| |
| - | }
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | // clean up all event handling
| |
| - | var i = eventHandlers.length;
| |
| - | while (i--) {
| |
| - | detachEventHandler(eventHandlers[i]);
| |
| - | }
| |
| - | curSketch.onExit();
| |
| - | };
| |
| - |
| |
| - | ////////////////////////////////////////////////////////////////////////////
| |
| - | // MISC functions
| |
| - | ////////////////////////////////////////////////////////////////////////////
| |
| - |
| |
| - | /**
| |
| - | * Sets the cursor to a predefined symbol, an image, or turns it on if already hidden.
| |
| - | * If you are trying to set an image as the cursor, it is recommended to make the size
| |
| - | * 16x16 or 32x32 pixels. It is not possible to load an image as the cursor if you are
| |
| - | * exporting your program for the Web. The values for parameters x and y must be less
| |
| - | * than the dimensions of the image.
| |
| - | *
| |
| - | * @param {MODE} MODE either ARROW, CROSS, HAND, MOVE, TEXT, WAIT
| |
| - | * @param {PImage} image any variable of type PImage
| |
| - | * @param {int} x the horizonal active spot of the cursor
| |
| - | * @param {int} y the vertical active spot of the cursor
| |
| - | *
| |
| - | * @returns none
| |
| - | *
| |
| - | * @see noCursor
| |
| - | */
| |
| - | p.cursor = function() {
| |
| - | if (arguments.length > 1 || (arguments.length === 1 && arguments[0] instanceof p.PImage)) {
| |
| - | var image = arguments[0],
| |
| - | x, y;
| |
| - | if (arguments.length >= 3) {
| |
| - | x = arguments[1];
| |
| - | y = arguments[2];
| |
| - | if (x < 0 || y < 0 || y >= image.height || x >= image.width) {
| |
| - | throw "x and y must be non-negative and less than the dimensions of the image";
| |
| - | }
| |
| - | } else {
| |
| - | x = image.width >>> 1;
| |
| - | y = image.height >>> 1;
| |
| - | }
| |
| - |
| |
| - | // see https://developer.mozilla.org/en/Using_URL_values_for_the_cursor_property
| |
| - | var imageDataURL = image.toDataURL();
| |
| - | var style = "url(\"" + imageDataURL + "\") " + x + " " + y + ", default";
| |
| - | curCursor = curElement.style.cursor = style;
| |
| - | } else if (arguments.length === 1) {
| |
| - | var mode = arguments[0];
| |
| - | curCursor = curElement.style.cursor = mode;
| |
| - | } else {
| |
| - | curCursor = curElement.style.cursor = oldCursor;
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Hides the cursor from view.
| |
| - | *
| |
| - | * @returns none
| |
| - | *
| |
| - | * @see cursor
| |
| - | */
| |
| - | p.noCursor = function() {
| |
| - | curCursor = curElement.style.cursor = PConstants.NOCURSOR;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Links to a webpage either in the same window or in a new window. The complete URL
| |
| - | * must be specified.
| |
| - | *
| |
| - | * @param {String} href complete url as a String in quotes
| |
| - | * @param {String} target name of the window to load the URL as a string in quotes
| |
| - | *
| |
| - | * @returns none
| |
| - | */
| |
| - | p.link = function(href, target) {
| |
| - | if (target !== undef) {
| |
| - | window.open(href, target);
| |
| - | } else {
| |
| - | window.location = href;
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | // PGraphics methods
| |
| - | // These functions exist only for compatibility with P5
| |
| - | p.beginDraw = noop;
| |
| - | p.endDraw = noop;
| |
| - |
| |
| - | /**
| |
| - | * This function takes content from a canvas and turns it into an ImageData object to be used with a PImage
| |
| - | *
| |
| - | * @returns {ImageData} ImageData object to attach to a PImage (1D array of pixel data)
| |
| - | *
| |
| - | * @see PImage
| |
| - | */
| |
| - | Drawing2D.prototype.toImageData = function(x, y, w, h) {
| |
| - | x = x !== undef ? x : 0;
| |
| - | y = y !== undef ? y : 0;
| |
| - | w = w !== undef ? w : p.width;
| |
| - | h = h !== undef ? h : p.height;
| |
| - | return curContext.getImageData(x, y, w, h);
| |
| - | };
| |
| - |
| |
| - | Drawing3D.prototype.toImageData = function(x, y, w, h) {
| |
| - | x = x !== undef ? x : 0;
| |
| - | y = y !== undef ? y : 0;
| |
| - | w = w !== undef ? w : p.width;
| |
| - | h = h !== undef ? h : p.height;
| |
| - | var c = document.createElement("canvas"),
| |
| - | ctx = c.getContext("2d"),
| |
| - | obj = ctx.createImageData(w, h),
| |
| - | uBuff = new Uint8Array(w * h * 4);
| |
| - | curContext.readPixels(x, y, w, h, curContext.RGBA, curContext.UNSIGNED_BYTE, uBuff);
| |
| - | for (var i=0, ul=uBuff.length, obj_data=obj.data; i < ul; i++) {
| |
| - | obj_data[i] = uBuff[(h - 1 - Math.floor(i / 4 / w)) * w * 4 + (i % (w * 4))];
| |
| - | }
| |
| - | return obj;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Displays message in the browser's status area. This is the text area in the lower
| |
| - | * left corner of the browser. The status() function will only work when the
| |
| - | * Processing program is running in a web browser.
| |
| - | *
| |
| - | * @param {String} text any valid String
| |
| - | *
| |
| - | * @returns none
| |
| - | */
| |
| - | p.status = function(text) {
| |
| - | window.status = text;
| |
| - | };
| |
| - |
| |
| - | ////////////////////////////////////////////////////////////////////////////
| |
| - | // Binary Functions
| |
| - | ////////////////////////////////////////////////////////////////////////////
| |
| - |
| |
| - | /**
| |
| - | * Converts a byte, char, int, or color to a String containing the equivalent binary
| |
| - | * notation. For example color(0, 102, 153, 255) will convert to the String
| |
| - | * "11111111000000000110011010011001". This function can help make your geeky debugging
| |
| - | * sessions much happier.
| |
| - | *
| |
| - | * @param {byte|char|int|color} num byte, char, int, color: value to convert
| |
| - | * @param {int} numBits number of digits to return
| |
| - | *
| |
| - | * @returns {String}
| |
| - | *
| |
| - | * @see unhex
| |
| - | * @see hex
| |
| - | * @see unbinary
| |
| - | */
| |
| - | p.binary = function(num, numBits) {
| |
| - | var bit;
| |
| - | if (numBits > 0) {
| |
| - | bit = numBits;
| |
| - | } else if(num instanceof Char) {
| |
| - | bit = 16;
| |
| - | num |= 0; // making it int
| |
| - | } else {
| |
| - | // autodetect, skipping zeros
| |
| - | bit = 32;
| |
| - | while (bit > 1 && !((num >>> (bit - 1)) & 1)) {
| |
| - | bit--;
| |
| - | }
| |
| - | }
| |
| - | var result = "";
| |
| - | while (bit > 0) {
| |
| - | result += ((num >>> (--bit)) & 1) ? "1" : "0";
| |
| - | }
| |
| - | return result;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Converts a String representation of a binary number to its equivalent integer value.
| |
| - | * For example, unbinary("00001000") will return 8.
| |
| - | *
| |
| - | * @param {String} binaryString String
| |
| - | *
| |
| - | * @returns {Int}
| |
| - | *
| |
| - | * @see hex
| |
| - | * @see binary
| |
| - | * @see unbinary
| |
| - | */
| |
| - | p.unbinary = function(binaryString) {
| |
| - | var i = binaryString.length - 1, mask = 1, result = 0;
| |
| - | while (i >= 0) {
| |
| - | var ch = binaryString[i--];
| |
| - | if (ch !== '0' && ch !== '1') {
| |
| - | throw "the value passed into unbinary was not an 8 bit binary number";
| |
| - | }
| |
| - | if (ch === '1') {
| |
| - | result += mask;
| |
| - | }
| |
| - | mask <<= 1;
| |
| - | }
| |
| - | return result;
| |
| - | };
| |
| - |
| |
| - | var decimalToHex = function(d, padding) {
| |
| - | //if there is no padding value added, default padding to 8 else go into while statement.
| |
| - | padding = (padding === undef || padding === null) ? padding = 8 : padding;
| |
| - | if (d < 0) {
| |
| - | d = 0xFFFFFFFF + d + 1;
| |
| - | }
| |
| - | var hex = Number(d).toString(16).toUpperCase();
| |
| - | while (hex.length < padding) {
| |
| - | hex = "0" + hex;
| |
| - | }
| |
| - | if (hex.length >= padding) {
| |
| - | hex = hex.substring(hex.length - padding, hex.length);
| |
| - | }
| |
| - | return hex;
| |
| - | };
| |
| - |
| |
| - | // note: since we cannot keep track of byte, int types by default the returned string is 8 chars long
| |
| - | // if no 2nd argument is passed. closest compromise we can use to match java implementation Feb 5 2010
| |
| - | // also the char parser has issues with chars that are not digits or letters IE: !@#$%^&*
| |
| - | /**
| |
| - | * Converts a byte, char, int, or color to a String containing the equivalent hexadecimal notation.
| |
| - | * For example color(0, 102, 153, 255) will convert to the String "FF006699". This function can help
| |
| - | * make your geeky debugging sessions much happier.
| |
| - | *
| |
| - | * @param {byte|char|int|Color} value the value to turn into a hex string
| |
| - | * @param {int} digits the number of digits to return
| |
| - | *
| |
| - | * @returns {String}
| |
| - | *
| |
| - | * @see unhex
| |
| - | * @see binary
| |
| - | * @see unbinary
| |
| - | */
| |
| - | p.hex = function(value, len) {
| |
| - | if (arguments.length === 1) {
| |
| - | if (value instanceof Char) {
| |
| - | len = 4;
| |
| - | } else { // int or byte, indistinguishable at the moment, default to 8
| |
| - | len = 8;
| |
| - | }
| |
| - | }
| |
| - | return decimalToHex(value, len);
| |
| - | };
| |
| - |
| |
| - | function unhexScalar(hex) {
| |
| - | var value = parseInt("0x" + hex, 16);
| |
| - |
| |
| - | // correct for int overflow java expectation
| |
| - | if (value > 2147483647) {
| |
| - | value -= 4294967296;
| |
| - | }
| |
| - | return value;
| |
| - | }
| |
| - |
| |
| - | /**
| |
| - | * Converts a String representation of a hexadecimal number to its equivalent integer value.
| |
| - | *
| |
| - | * @param {String} hex the hex string to convert to an int
| |
| - | *
| |
| - | * @returns {int}
| |
| - | *
| |
| - | * @see hex
| |
| - | * @see binary
| |
| - | * @see unbinary
| |
| - | */
| |
| - | p.unhex = function(hex) {
| |
| - | if (hex instanceof Array) {
| |
| - | var arr = [];
| |
| - | for (var i = 0; i < hex.length; i++) {
| |
| - | arr.push(unhexScalar(hex[i]));
| |
| - | }
| |
| - | return arr;
| |
| - | }
| |
| - | return unhexScalar(hex);
| |
| - | };
| |
| - |
| |
| - | // Load a file or URL into strings
| |
| - | /**
| |
| - | * Reads the contents of a file or url and creates a String array of its individual lines.
| |
| - | * The filename parameter can also be a URL to a file found online. If the file is not available or an error occurs,
| |
| - | * null will be returned and an error message will be printed to the console. The error message does not halt
| |
| - | * the program.
| |
| - | *
| |
| - | * @param {String} filename name of the file or url to load
| |
| - | *
| |
| - | * @returns {String[]}
| |
| - | *
| |
| - | * @see loadBytes
| |
| - | * @see saveStrings
| |
| - | * @see saveBytes
| |
| - | */
| |
| - | p.loadStrings = function(filename) {
| |
| - | if (localStorage[filename]) {
| |
| - | return localStorage[filename].split("\n");
| |
| - | }
| |
| - |
| |
| - | var filecontent = ajax(filename);
| |
| - | if(typeof filecontent !== "string" || filecontent === "") {
| |
| - | return [];
| |
| - | }
| |
| - |
| |
| - | // deal with the fact that Windows uses \r\n, Unix uses \n,
| |
| - | // Mac uses \r, and we actually expect \n
| |
| - | filecontent = filecontent.replace(/(\r\n?)/g,"\n").replace(/\n$/,"");
| |
| - |
| |
| - | return filecontent.split("\n");
| |
| - | };
| |
| - |
| |
| - | // Writes an array of strings to a file, one line per string
| |
| - | /**
| |
| - | * Writes an array of strings to a file, one line per string. This file is saved to the localStorage.
| |
| - | *
| |
| - | * @param {String} filename name of the file to save to localStorage
| |
| - | * @param {String[]} strings string array to be written
| |
| - | *
| |
| - | * @see loadBytes
| |
| - | * @see loadStrings
| |
| - | * @see saveBytes
| |
| - | */
| |
| - | p.saveStrings = function(filename, strings) {
| |
| - | localStorage[filename] = strings.join('\n');
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Reads the contents of a file or url and places it in a byte array. If a file is specified, it must be located in the localStorage.
| |
| - | * The filename parameter can also be a URL to a file found online.
| |
| - | *
| |
| - | * @param {String} filename name of a file in the localStorage or a URL.
| |
| - | *
| |
| - | * @returns {byte[]}
| |
| - | *
| |
| - | * @see loadStrings
| |
| - | * @see saveStrings
| |
| - | * @see saveBytes
| |
| - | */
| |
| - | p.loadBytes = function(url) {
| |
| - | var string = ajax(url);
| |
| - | var ret = [];
| |
| - |
| |
| - | for (var i = 0; i < string.length; i++) {
| |
| - | ret.push(string.charCodeAt(i));
| |
| - | }
| |
| - |
| |
| - | return ret;
| |
| - | };
| |
| - |
| |
| - | ////////////////////////////////////////////////////////////////////////////
| |
| - | // String Functions
| |
| - | ////////////////////////////////////////////////////////////////////////////
| |
| - | /**
| |
| - | * The matchAll() function is identical to match(), except that it returns an array of all matches in
| |
| - | * the specified String, rather than just the first.
| |
| - | *
| |
| - | * @param {String} aString the String to search inside
| |
| - | * @param {String} aRegExp the regexp to be used for matching
| |
| - | *
| |
| - | * @return {String[]} returns an array of matches
| |
| - | *
| |
| - | * @see #match
| |
| - | */
| |
| - | p.matchAll = function(aString, aRegExp) {
| |
| - | var results = [],
| |
| - | latest;
| |
| - | var regexp = new RegExp(aRegExp, "g");
| |
| - | while ((latest = regexp.exec(aString)) !== null) {
| |
| - | results.push(latest);
| |
| - | if (latest[0].length === 0) {
| |
| - | ++regexp.lastIndex;
| |
| - | }
| |
| - | }
| |
| - | return results.length > 0 ? results : null;
| |
| - | };
| |
| - | /**
| |
| - | * The match() function matches a string with a regular expression, and returns the match as an
| |
| - | * array. The first index is the matching expression, and array elements
| |
| - | * [1] and higher represent each of the groups (sequences found in parens).
| |
| - | *
| |
| - | * @param {String} str the String to be searched
| |
| - | * @param {String} regexp the regexp to be used for matching
| |
| - | *
| |
| - | * @return {String[]} an array of matching strings
| |
| - | */
| |
| - | p.match = function(str, regexp) {
| |
| - | return str.match(regexp);
| |
| - | };
| |
| - |
| |
| - | ////////////////////////////////////////////////////////////////////////////
| |
| - | // Other java specific functions
| |
| - | ////////////////////////////////////////////////////////////////////////////
| |
| - |
| |
| - |
| |
| - | var logBuffer = [];
| |
| - |
| |
| - | /**
| |
| - | * The println() function writes to the console area of the Processing environment.
| |
| - | * Each call to this function creates a new line of output. Individual elements can be separated with quotes ("") and joined with the string concatenation operator (+).
| |
| - | *
| |
| - | * @param {String} message the string to write to the console
| |
| - | *
| |
| - | * @see #join
| |
| - | * @see #print
| |
| - | */
| |
| - | p.println = function(message) {
| |
| - | Processing.logger.println(message);
| |
| - | };
| |
| - | /**
| |
| - | * The print() function writes to the console area of the Processing environment.
| |
| - | *
| |
| - | * @param {String} message the string to write to the console
| |
| - | *
| |
| - | * @see #join
| |
| - | */
| |
| - | p.print = function(message) {
| |
| - | Processing.logger.print(message);
| |
| - | };
| |
| - |
| |
| - | // Alphanumeric chars arguments automatically converted to numbers when
| |
| - | // passed in, and will come out as numbers.
| |
| - | p.str = function(val) {
| |
| - | if (val instanceof Array) {
| |
| - | var arr = [];
| |
| - | for (var i = 0; i < val.length; i++) {
| |
| - | arr.push(val[i].toString() + "");
| |
| - | }
| |
| - | return arr;
| |
| - | }
| |
| - | return (val.toString() + "");
| |
| - | };
| |
| - |
| |
| - |
| |
| - | // Conversion
| |
| - | function booleanScalar(val) {
| |
| - | if (typeof val === 'number') {
| |
| - | return val !== 0;
| |
| - | }
| |
| - | if (typeof val === 'boolean') {
| |
| - | return val;
| |
| - | }
| |
| - | if (typeof val === 'string') {
| |
| - | return val.toLowerCase() === 'true';
| |
| - | }
| |
| - | if (val instanceof Char) {
| |
| - | // 1, T or t
| |
| - | return val.code === 49 || val.code === 84 || val.code === 116;
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | /**
| |
| - | * Converts the passed parameter to the function to its boolean value.
| |
| - | * It will return an array of booleans if an array is passed in.
| |
| - | *
| |
| - | * @param {int, byte, string} val the parameter to be converted to boolean
| |
| - | * @param {int[], byte[], string[]} val the array to be converted to boolean[]
| |
| - | *
| |
| - | * @return {boolean|boolean[]} returns a boolean or an array of booleans
| |
| - | */
| |
| - | p.parseBoolean = function (val) {
| |
| - | if (val instanceof Array) {
| |
| - | var ret = [];
| |
| - | for (var i = 0; i < val.length; i++) {
| |
| - | ret.push(booleanScalar(val[i]));
| |
| - | }
| |
| - | return ret;
| |
| - | }
| |
| - | return booleanScalar(val);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Converts the passed parameter to the function to its byte value.
| |
| - | * A byte is a number between -128 and 127.
| |
| - | * It will return an array of bytes if an array is passed in.
| |
| - | *
| |
| - | * @param {int, char} what the parameter to be conveted to byte
| |
| - | * @param {int[], char[]} what the array to be converted to byte[]
| |
| - | *
| |
| - | * @return {byte|byte[]} returns a byte or an array of bytes
| |
| - | */
| |
| - | p.parseByte = function(what) {
| |
| - | if (what instanceof Array) {
| |
| - | var bytes = [];
| |
| - | for (var i = 0; i < what.length; i++) {
| |
| - | bytes.push((0 - (what[i] & 0x80)) | (what[i] & 0x7F));
| |
| - | }
| |
| - | return bytes;
| |
| - | }
| |
| - | return (0 - (what & 0x80)) | (what & 0x7F);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Converts the passed parameter to the function to its char value.
| |
| - | * It will return an array of chars if an array is passed in.
| |
| - | *
| |
| - | * @param {int, byte} key the parameter to be conveted to char
| |
| - | * @param {int[], byte[]} key the array to be converted to char[]
| |
| - | *
| |
| - | * @return {char|char[]} returns a char or an array of chars
| |
| - | */
| |
| - | p.parseChar = function(key) {
| |
| - | if (typeof key === "number") {
| |
| - | return new Char(String.fromCharCode(key & 0xFFFF));
| |
| - | }
| |
| - | if (key instanceof Array) {
| |
| - | var ret = [];
| |
| - | for (var i = 0; i < key.length; i++) {
| |
| - | ret.push(new Char(String.fromCharCode(key[i] & 0xFFFF)));
| |
| - | }
| |
| - | return ret;
| |
| - | }
| |
| - | throw "char() may receive only one argument of type int, byte, int[], or byte[].";
| |
| - | };
| |
| - |
| |
| - | // Processing doc claims good argument types are: int, char, byte, boolean,
| |
| - | // String, int[], char[], byte[], boolean[], String[].
| |
| - | // floats should not work. However, floats with only zeroes right of the
| |
| - | // decimal will work because JS converts those to int.
| |
| - | function floatScalar(val) {
| |
| - | if (typeof val === 'number') {
| |
| - | return val;
| |
| - | }
| |
| - | if (typeof val === 'boolean') {
| |
| - | return val ? 1 : 0;
| |
| - | }
| |
| - | if (typeof val === 'string') {
| |
| - | return parseFloat(val);
| |
| - | }
| |
| - | if (val instanceof Char) {
| |
| - | return val.code;
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | /**
| |
| - | * Converts the passed parameter to the function to its float value.
| |
| - | * It will return an array of floats if an array is passed in.
| |
| - | *
| |
| - | * @param {int, char, boolean, string} val the parameter to be conveted to float
| |
| - | * @param {int[], char[], boolean[], string[]} val the array to be converted to float[]
| |
| - | *
| |
| - | * @return {float|float[]} returns a float or an array of floats
| |
| - | */
| |
| - | p.parseFloat = function(val) {
| |
| - | if (val instanceof Array) {
| |
| - | var ret = [];
| |
| - | for (var i = 0; i < val.length; i++) {
| |
| - | ret.push(floatScalar(val[i]));
| |
| - | }
| |
| - | return ret;
| |
| - | }
| |
| - | return floatScalar(val);
| |
| - | };
| |
| - |
| |
| - | function intScalar(val, radix) {
| |
| - | if (typeof val === 'number') {
| |
| - | return val & 0xFFFFFFFF;
| |
| - | }
| |
| - | if (typeof val === 'boolean') {
| |
| - | return val ? 1 : 0;
| |
| - | }
| |
| - | if (typeof val === 'string') {
| |
| - | var number = parseInt(val, radix || 10); // Default to decimal radix.
| |
| - | return number & 0xFFFFFFFF;
| |
| - | }
| |
| - | if (val instanceof Char) {
| |
| - | return val.code;
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | /**
| |
| - | * Converts the passed parameter to the function to its int value.
| |
| - | * It will return an array of ints if an array is passed in.
| |
| - | *
| |
| - | * @param {string, char, boolean, float} val the parameter to be conveted to int
| |
| - | * @param {string[], char[], boolean[], float[]} val the array to be converted to int[]
| |
| - | * @param {int} radix optional the radix of the number (for js compatibility)
| |
| - | *
| |
| - | * @return {int|int[]} returns a int or an array of ints
| |
| - | */
| |
| - | p.parseInt = function(val, radix) {
| |
| - | if (val instanceof Array) {
| |
| - | var ret = [];
| |
| - | for (var i = 0; i < val.length; i++) {
| |
| - | if (typeof val[i] === 'string' && !/^\s*[+\-]?\d+\s*$/.test(val[i])) {
| |
| - | ret.push(0);
| |
| - | } else {
| |
| - | ret.push(intScalar(val[i], radix));
| |
| - | }
| |
| - | }
| |
| - | return ret;
| |
| - | }
| |
| - | return intScalar(val, radix);
| |
| - | };
| |
| - |
| |
| - | p.__int_cast = function(val) {
| |
| - | return 0|val;
| |
| - | };
| |
| - |
| |
| - | p.__instanceof = function(obj, type) {
| |
| - | if (typeof type !== "function") {
| |
| - | throw "Function is expected as type argument for instanceof operator";
| |
| - | }
| |
| - |
| |
| - | if (typeof obj === "string") {
| |
| - | // special case for strings
| |
| - | return type === Object || type === String;
| |
| - | }
| |
| - |
| |
| - | if (obj instanceof type) {
| |
| - | // fast check if obj is already of type instance
| |
| - | return true;
| |
| - | }
| |
| - |
| |
| - | if (typeof obj !== "object" || obj === null) {
| |
| - | return false; // not an object or null
| |
| - | }
| |
| - |
| |
| - | var objType = obj.constructor;
| |
| - | if (type.$isInterface) {
| |
| - | // expecting the interface
| |
| - | // queueing interfaces from type and its base classes
| |
| - | var interfaces = [];
| |
| - | while (objType) {
| |
| - | if (objType.$interfaces) {
| |
| - | interfaces = interfaces.concat(objType.$interfaces);
| |
| - | }
| |
| - | objType = objType.$base;
| |
| - | }
| |
| - | while (interfaces.length > 0) {
| |
| - | var i = interfaces.shift();
| |
| - | if (i === type) {
| |
| - | return true;
| |
| - | }
| |
| - | // wide search in base interfaces
| |
| - | if (i.$interfaces) {
| |
| - | interfaces = interfaces.concat(i.$interfaces);
| |
| - | }
| |
| - | }
| |
| - | return false;
| |
| - | }
| |
| - |
| |
| - | while (objType.hasOwnProperty("$base")) {
| |
| - | objType = objType.$base;
| |
| - | if (objType === type) {
| |
| - | return true; // object was found
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | return false;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Defines the dimension of the display window in units of pixels. The size() function must
| |
| - | * be the first line in setup(). If size() is not called, the default size of the window is
| |
| - | * 100x100 pixels. The system variables width and height are set by the parameters passed to
| |
| - | * the size() function.
| |
| - | *
| |
| - | * @param {int} aWidth width of the display window in units of pixels
| |
| - | * @param {int} aHeight height of the display window in units of pixels
| |
| - | * @param {MODE} aMode Either P2D, P3D, JAVA2D, or OPENGL
| |
| - | *
| |
| - | * @see createGraphics
| |
| - | * @see screen
| |
| - | */
| |
| - | DrawingShared.prototype.size = function(aWidth, aHeight, aMode) {
| |
| - | if (doStroke) {
| |
| - | p.stroke(0);
| |
| - | }
| |
| - |
| |
| - | if (doFill) {
| |
| - | p.fill(255);
| |
| - | }
| |
| - |
| |
| - | // The default 2d context has already been created in the p.init() stage if
| |
| - | // a 3d context was not specified. This is so that a 2d context will be
| |
| - | // available if size() was not called.
| |
| - | var savedProperties = {
| |
| - | fillStyle: curContext.fillStyle,
| |
| - | strokeStyle: curContext.strokeStyle,
| |
| - | lineCap: curContext.lineCap,
| |
| - | lineJoin: curContext.lineJoin
| |
| - | };
| |
| - | // remove the style width and height properties to ensure that the canvas gets set to
| |
| - | // aWidth and aHeight coming in
| |
| - | if (curElement.style.length > 0 ) {
| |
| - | curElement.style.removeProperty("width");
| |
| - | curElement.style.removeProperty("height");
| |
| - | }
| |
| - |
| |
| - | curElement.width = p.width = aWidth || 100;
| |
| - | curElement.height = p.height = aHeight || 100;
| |
| - |
| |
| - | for (var prop in savedProperties) {
| |
| - | if (savedProperties.hasOwnProperty(prop)) {
| |
| - | curContext[prop] = savedProperties[prop];
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | // make sure to set the default font the first time round.
| |
| - | p.textFont(curTextFont);
| |
| - |
| |
| - | // Set the background to whatever it was called last as if background() was called before size()
| |
| - | // If background() hasn't been called before, set background() to a light gray
| |
| - | p.background();
| |
| - |
| |
| - | // set 5% for pixels to cache (or 1000)
| |
| - | maxPixelsCached = Math.max(1000, aWidth * aHeight * 0.05);
| |
| - |
| |
| - | // Externalize the context
| |
| - | p.externals.context = curContext;
| |
| - |
| |
| - | for (var i = 0; i < PConstants.SINCOS_LENGTH; i++) {
| |
| - | sinLUT[i] = p.sin(i * (PConstants.PI / 180) * 0.5);
| |
| - | cosLUT[i] = p.cos(i * (PConstants.PI / 180) * 0.5);
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | Drawing2D.prototype.size = function(aWidth, aHeight, aMode) {
| |
| - | if (curContext === undef) {
| |
| - | // size() was called without p.init() default context, i.e. p.createGraphics()
| |
| - | curContext = curElement.getContext("2d");
| |
| - | userMatrixStack = new PMatrixStack();
| |
| - | userReverseMatrixStack = new PMatrixStack();
| |
| - | modelView = new PMatrix2D();
| |
| - | modelViewInv = new PMatrix2D();
| |
| - | }
| |
| - |
| |
| - | DrawingShared.prototype.size.apply(this, arguments);
| |
| - | };
| |
| - |
| |
| - | Drawing3D.prototype.size = (function() {
| |
| - | var size3DCalled = false;
| |
| - |
| |
| - | return function size(aWidth, aHeight, aMode) {
| |
| - | if (size3DCalled) {
| |
| - | throw "Multiple calls to size() for 3D renders are not allowed.";
| |
| - | }
| |
| - | size3DCalled = true;
| |
| - |
| |
| - | function getGLContext(canvas) {
| |
| - | var ctxNames = ['experimental-webgl', 'webgl', 'webkit-3d'],
| |
| - | gl;
| |
| - |
| |
| - | for (var i=0, l=ctxNames.length; i<l; i++) {
| |
| - | gl = canvas.getContext(ctxNames[i], {antialias: false, preserveDrawingBuffer: true});
| |
| - | if (gl) {
| |
| - | break;
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | return gl;
| |
| - | }
| |
| - |
| |
| - | // Get the 3D rendering context.
| |
| - | try {
| |
| - | // If the HTML <canvas> dimensions differ from the
| |
| - | // dimensions specified in the size() call in the sketch, for
| |
| - | // 3D sketches, browsers will either not render or render the
| |
| - | // scene incorrectly. To fix this, we need to adjust the
| |
| - | // width and height attributes of the canvas.
| |
| - | curElement.width = p.width = aWidth || 100;
| |
| - | curElement.height = p.height = aHeight || 100;
| |
| - | curContext = getGLContext(curElement);
| |
| - | canTex = curContext.createTexture();
| |
| - | textTex = curContext.createTexture();
| |
| - | } catch(e_size) {
| |
| - | Processing.debug(e_size);
| |
| - | }
| |
| - |
| |
| - | if (!curContext) {
| |
| - | throw "WebGL context is not supported on this browser.";
| |
| - | }
| |
| - |
| |
| - | // Set defaults
| |
| - | curContext.viewport(0, 0, curElement.width, curElement.height);
| |
| - | curContext.enable(curContext.DEPTH_TEST);
| |
| - | curContext.enable(curContext.BLEND);
| |
| - | curContext.blendFunc(curContext.SRC_ALPHA, curContext.ONE_MINUS_SRC_ALPHA);
| |
| - |
| |
| - | // Create the program objects to render 2D (points, lines) and
| |
| - | // 3D (spheres, boxes) shapes. Because 2D shapes are not lit,
| |
| - | // lighting calculations are ommitted from this program object.
| |
| - | programObject2D = createProgramObject(curContext, vertexShaderSrc2D, fragmentShaderSrc2D);
| |
| - |
| |
| - | programObjectUnlitShape = createProgramObject(curContext, vertexShaderSrcUnlitShape, fragmentShaderSrcUnlitShape);
| |
| - |
| |
| - | // Set the default point and line width for the 2D and unlit shapes.
| |
| - | p.strokeWeight(1);
| |
| - |
| |
| - | // Now that the programs have been compiled, we can set the default
| |
| - | // states for the lights.
| |
| - | programObject3D = createProgramObject(curContext, vertexShaderSrc3D, fragmentShaderSrc3D);
| |
| - | curContext.useProgram(programObject3D);
| |
| - |
| |
| - | // Assume we aren't using textures by default.
| |
| - | uniformi("usingTexture3d", programObject3D, "usingTexture", usingTexture);
| |
| - |
| |
| - | // Set some defaults.
| |
| - | p.lightFalloff(1, 0, 0);
| |
| - | p.shininess(1);
| |
| - | p.ambient(255, 255, 255);
| |
| - | p.specular(0, 0, 0);
| |
| - | p.emissive(0, 0, 0);
| |
| - |
| |
| - | // Create buffers for 3D primitives
| |
| - | boxBuffer = curContext.createBuffer();
| |
| - | curContext.bindBuffer(curContext.ARRAY_BUFFER, boxBuffer);
| |
| - | curContext.bufferData(curContext.ARRAY_BUFFER, boxVerts, curContext.STATIC_DRAW);
| |
| - |
| |
| - | boxNormBuffer = curContext.createBuffer();
| |
| - | curContext.bindBuffer(curContext.ARRAY_BUFFER, boxNormBuffer);
| |
| - | curContext.bufferData(curContext.ARRAY_BUFFER, boxNorms, curContext.STATIC_DRAW);
| |
| - |
| |
| - | boxOutlineBuffer = curContext.createBuffer();
| |
| - | curContext.bindBuffer(curContext.ARRAY_BUFFER, boxOutlineBuffer);
| |
| - | curContext.bufferData(curContext.ARRAY_BUFFER, boxOutlineVerts, curContext.STATIC_DRAW);
| |
| - |
| |
| - | // used to draw the rectangle and the outline
| |
| - | rectBuffer = curContext.createBuffer();
| |
| - | curContext.bindBuffer(curContext.ARRAY_BUFFER, rectBuffer);
| |
| - | curContext.bufferData(curContext.ARRAY_BUFFER, rectVerts, curContext.STATIC_DRAW);
| |
| - |
| |
| - | rectNormBuffer = curContext.createBuffer();
| |
| - | curContext.bindBuffer(curContext.ARRAY_BUFFER, rectNormBuffer);
| |
| - | curContext.bufferData(curContext.ARRAY_BUFFER, rectNorms, curContext.STATIC_DRAW);
| |
| - |
| |
| - | // The sphere vertices are specified dynamically since the user
| |
| - | // can change the level of detail. Everytime the user does that
| |
| - | // using sphereDetail(), the new vertices are calculated.
| |
| - | sphereBuffer = curContext.createBuffer();
| |
| - |
| |
| - | lineBuffer = curContext.createBuffer();
| |
| - |
| |
| - | // Shape buffers
| |
| - | fillBuffer = curContext.createBuffer();
| |
| - | fillColorBuffer = curContext.createBuffer();
| |
| - | strokeColorBuffer = curContext.createBuffer();
| |
| - | shapeTexVBO = curContext.createBuffer();
| |
| - |
| |
| - | pointBuffer = curContext.createBuffer();
| |
| - | curContext.bindBuffer(curContext.ARRAY_BUFFER, pointBuffer);
| |
| - | curContext.bufferData(curContext.ARRAY_BUFFER, new Float32Array([0, 0, 0]), curContext.STATIC_DRAW);
| |
| - |
| |
| - | textBuffer = curContext.createBuffer();
| |
| - | curContext.bindBuffer(curContext.ARRAY_BUFFER, textBuffer );
| |
| - | curContext.bufferData(curContext.ARRAY_BUFFER, new Float32Array([1,1,0,-1,1,0,-1,-1,0,1,-1,0]), curContext.STATIC_DRAW);
| |
| - |
| |
| - | textureBuffer = curContext.createBuffer();
| |
| - | curContext.bindBuffer(curContext.ARRAY_BUFFER, textureBuffer);
| |
| - | curContext.bufferData(curContext.ARRAY_BUFFER, new Float32Array([0,0,1,0,1,1,0,1]), curContext.STATIC_DRAW);
| |
| - |
| |
| - | indexBuffer = curContext.createBuffer();
| |
| - | curContext.bindBuffer(curContext.ELEMENT_ARRAY_BUFFER, indexBuffer);
| |
| - | curContext.bufferData(curContext.ELEMENT_ARRAY_BUFFER, new Uint16Array([0,1,2,2,3,0]), curContext.STATIC_DRAW);
| |
| - |
| |
| - | cam = new PMatrix3D();
| |
| - | cameraInv = new PMatrix3D();
| |
| - | modelView = new PMatrix3D();
| |
| - | modelViewInv = new PMatrix3D();
| |
| - | projection = new PMatrix3D();
| |
| - | p.camera();
| |
| - | p.perspective();
| |
| - |
| |
| - | userMatrixStack = new PMatrixStack();
| |
| - | userReverseMatrixStack = new PMatrixStack();
| |
| - | // used by both curve and bezier, so just init here
| |
| - | curveBasisMatrix = new PMatrix3D();
| |
| - | curveToBezierMatrix = new PMatrix3D();
| |
| - | curveDrawMatrix = new PMatrix3D();
| |
| - | bezierDrawMatrix = new PMatrix3D();
| |
| - | bezierBasisInverse = new PMatrix3D();
| |
| - | bezierBasisMatrix = new PMatrix3D();
| |
| - | bezierBasisMatrix.set(-1, 3, -3, 1, 3, -6, 3, 0, -3, 3, 0, 0, 1, 0, 0, 0);
| |
| - |
| |
| - | DrawingShared.prototype.size.apply(this, arguments);
| |
| - | };
| |
| - | }());
| |
| - |
| |
| - | ////////////////////////////////////////////////////////////////////////////
| |
| - | // Lights
| |
| - | ////////////////////////////////////////////////////////////////////////////
| |
| - |
| |
| - | /**
| |
| - | * Adds an ambient light. Ambient light doesn't come from a specific direction,
| |
| - | * the rays have light have bounced around so much that objects are evenly lit
| |
| - | * from all sides. Ambient lights are almost always used in combination with
| |
| - | * other types of lights. Lights need to be included in the <b>draw()</b> to
| |
| - | * remain persistent in a looping program. Placing them in the <b>setup()</b>
| |
| - | * of a looping program will cause them to only have an effect the first time
| |
| - | * through the loop. The effect of the parameters is determined by the current
| |
| - | * color mode.
| |
| - | *
| |
| - | * @param {int | float} r red or hue value
| |
| - | * @param {int | float} g green or hue value
| |
| - | * @param {int | float} b blue or hue value
| |
| - | *
| |
| - | * @param {int | float} x x position of light (used for falloff)
| |
| - | * @param {int | float} y y position of light (used for falloff)
| |
| - | * @param {int | float} z z position of light (used for falloff)
| |
| - | *
| |
| - | * @returns none
| |
| - | *
| |
| - | * @see lights
| |
| - | * @see directionalLight
| |
| - | * @see pointLight
| |
| - | * @see spotLight
| |
| - | */
| |
| - | Drawing2D.prototype.ambientLight = DrawingShared.prototype.a3DOnlyFunction;
| |
| - |
| |
| - | Drawing3D.prototype.ambientLight = function(r, g, b, x, y, z) {
| |
| - | if (lightCount === PConstants.MAX_LIGHTS) {
| |
| - | throw "can only create " + PConstants.MAX_LIGHTS + " lights";
| |
| - | }
| |
| - |
| |
| - | var pos = new PVector(x, y, z);
| |
| - | var view = new PMatrix3D();
| |
| - | view.scale(1, -1, 1);
| |
| - | view.apply(modelView.array());
| |
| - | view.mult(pos, pos);
| |
| - |
| |
| - | // Instead of calling p.color, we do the calculations ourselves to
| |
| - | // reduce property lookups.
| |
| - | var col = color$4(r, g, b, 0);
| |
| - | var normalizedCol = [ ((col & PConstants.RED_MASK) >>> 16) / 255,
| |
| - | ((col & PConstants.GREEN_MASK) >>> 8) / 255,
| |
| - | (col & PConstants.BLUE_MASK) / 255 ];
| |
| - |
| |
| - | curContext.useProgram(programObject3D);
| |
| - | uniformf("uLights.color.3d." + lightCount, programObject3D, "uLights" + lightCount + ".color", normalizedCol);
| |
| - | uniformf("uLights.position.3d." + lightCount, programObject3D, "uLights" + lightCount + ".position", pos.array());
| |
| - | uniformi("uLights.type.3d." + lightCount, programObject3D, "uLights" + lightCount + ".type", 0);
| |
| - | uniformi("uLightCount3d", programObject3D, "uLightCount", ++lightCount);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Adds a directional light. Directional light comes from one direction and
| |
| - | * is stronger when hitting a surface squarely and weaker if it hits at a
| |
| - | * gentle angle. After hitting a surface, a directional lights scatters in
| |
| - | * all directions. Lights need to be included in the <b>draw()</b> to remain
| |
| - | * persistent in a looping program. Placing them in the <b>setup()</b> of a
| |
| - | * looping program will cause them to only have an effect the first time
| |
| - | * through the loop. The affect of the <br>r</b>, <br>g</b>, and <br>b</b>
| |
| - | * parameters is determined by the current color mode. The <b>nx</b>,
| |
| - | * <b>ny</b>, and <b>nz</b> parameters specify the direction the light is
| |
| - | * facing. For example, setting <b>ny</b> to -1 will cause the geometry to be
| |
| - | * lit from below (the light is facing directly upward).
| |
| - | *
| |
| - | * @param {int | float} r red or hue value
| |
| - | * @param {int | float} g green or hue value
| |
| - | * @param {int | float} b blue or hue value
| |
| - | *
| |
| - | * @param {int | float} nx direction along the x axis
| |
| - | * @param {int | float} ny direction along the y axis
| |
| - | * @param {int | float} nz direction along the z axis
| |
| - | *
| |
| - | * @returns none
| |
| - | *
| |
| - | * @see lights
| |
| - | * @see ambientLight
| |
| - | * @see pointLight
| |
| - | * @see spotLight
| |
| - | */
| |
| - | Drawing2D.prototype.directionalLight = DrawingShared.prototype.a3DOnlyFunction;
| |
| - |
| |
| - | Drawing3D.prototype.directionalLight = function(r, g, b, nx, ny, nz) {
| |
| - | if (lightCount === PConstants.MAX_LIGHTS) {
| |
| - | throw "can only create " + PConstants.MAX_LIGHTS + " lights";
| |
| - | }
| |
| - |
| |
| - | curContext.useProgram(programObject3D);
| |
| - |
| |
| - | var mvm = new PMatrix3D();
| |
| - | mvm.scale(1, -1, 1);
| |
| - | mvm.apply(modelView.array());
| |
| - | mvm = mvm.array();
| |
| - |
| |
| - | // We need to multiply the direction by the model view matrix, but
| |
| - | // the mult function checks the w component of the vector, if it isn't
| |
| - | // present, it uses 1, so we manually multiply.
| |
| - | var dir = [
| |
| - | mvm[0] * nx + mvm[4] * ny + mvm[8] * nz,
| |
| - | mvm[1] * nx + mvm[5] * ny + mvm[9] * nz,
| |
| - | mvm[2] * nx + mvm[6] * ny + mvm[10] * nz
| |
| - | ];
| |
| - |
| |
| - | // Instead of calling p.color, we do the calculations ourselves to
| |
| - | // reduce property lookups.
| |
| - | var col = color$4(r, g, b, 0);
| |
| - | var normalizedCol = [ ((col & PConstants.RED_MASK) >>> 16) / 255,
| |
| - | ((col & PConstants.GREEN_MASK) >>> 8) / 255,
| |
| - | (col & PConstants.BLUE_MASK) / 255 ];
| |
| - |
| |
| - | uniformf("uLights.color.3d." + lightCount, programObject3D, "uLights" + lightCount + ".color", normalizedCol);
| |
| - | uniformf("uLights.position.3d." + lightCount, programObject3D, "uLights" + lightCount + ".position", dir);
| |
| - | uniformi("uLights.type.3d." + lightCount, programObject3D, "uLights" + lightCount + ".type", 1);
| |
| - | uniformi("uLightCount3d", programObject3D, "uLightCount", ++lightCount);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Sets the falloff rates for point lights, spot lights, and ambient lights.
| |
| - | * The parameters are used to determine the falloff with the following equation:
| |
| - | *
| |
| - | * d = distance from light position to vertex position
| |
| - | * falloff = 1 / (CONSTANT + d * LINEAR + (d*d) * QUADRATIC)
| |
| - | *
| |
| - | * Like <b>fill()</b>, it affects only the elements which are created after it in the
| |
| - | * code. The default value if <b>LightFalloff(1.0, 0.0, 0.0)</b>. Thinking about an
| |
| - | * ambient light with a falloff can be tricky. It is used, for example, if you
| |
| - | * wanted a region of your scene to be lit ambiently one color and another region
| |
| - | * to be lit ambiently by another color, you would use an ambient light with location
| |
| - | * and falloff. You can think of it as a point light that doesn't care which direction
| |
| - | * a surface is facing.
| |
| - | *
| |
| - | * @param {int | float} constant constant value for determining falloff
| |
| - | * @param {int | float} linear linear value for determining falloff
| |
| - | * @param {int | float} quadratic quadratic value for determining falloff
| |
| - | *
| |
| - | * @returns none
| |
| - | *
| |
| - | * @see lights
| |
| - | * @see ambientLight
| |
| - | * @see pointLight
| |
| - | * @see spotLight
| |
| - | * @see lightSpecular
| |
| - | */
| |
| - | Drawing2D.prototype.lightFalloff = DrawingShared.prototype.a3DOnlyFunction;
| |
| - |
| |
| - | Drawing3D.prototype.lightFalloff = function(constant, linear, quadratic) {
| |
| - | curContext.useProgram(programObject3D);
| |
| - | uniformf("uFalloff3d", programObject3D, "uFalloff", [constant, linear, quadratic]);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Sets the specular color for lights. Like <b>fill()</b>, it affects only the
| |
| - | * elements which are created after it in the code. Specular refers to light
| |
| - | * which bounces off a surface in a perferred direction (rather than bouncing
| |
| - | * in all directions like a diffuse light) and is used for creating highlights.
| |
| - | * The specular quality of a light interacts with the specular material qualities
| |
| - | * set through the <b>specular()</b> and <b>shininess()</b> functions.
| |
| - | *
| |
| - | * @param {int | float} r red or hue value
| |
| - | * @param {int | float} g green or hue value
| |
| - | * @param {int | float} b blue or hue value
| |
| - | *
| |
| - | * @returns none
| |
| - | *
| |
| - | * @see lights
| |
| - | * @see ambientLight
| |
| - | * @see pointLight
| |
| - | * @see spotLight
| |
| - | */
| |
| - | Drawing2D.prototype.lightSpecular = DrawingShared.prototype.a3DOnlyFunction;
| |
| - |
| |
| - | Drawing3D.prototype.lightSpecular = function(r, g, b) {
| |
| - |
| |
| - | // Instead of calling p.color, we do the calculations ourselves to
| |
| - | // reduce property lookups.
| |
| - | var col = color$4(r, g, b, 0);
| |
| - | var normalizedCol = [ ((col & PConstants.RED_MASK) >>> 16) / 255,
| |
| - | ((col & PConstants.GREEN_MASK) >>> 8) / 255,
| |
| - | (col & PConstants.BLUE_MASK) / 255 ];
| |
| - |
| |
| - | curContext.useProgram(programObject3D);
| |
| - | uniformf("uSpecular3d", programObject3D, "uSpecular", normalizedCol);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Sets the default ambient light, directional light, falloff, and specular
| |
| - | * values. The defaults are ambientLight(128, 128, 128) and
| |
| - | * directionalLight(128, 128, 128, 0, 0, -1), lightFalloff(1, 0, 0), and
| |
| - | * lightSpecular(0, 0, 0). Lights need to be included in the draw() to remain
| |
| - | * persistent in a looping program. Placing them in the setup() of a looping
| |
| - | * program will cause them to only have an effect the first time through the
| |
| - | * loop.
| |
| - | *
| |
| - | * @returns none
| |
| - | *
| |
| - | * @see ambientLight
| |
| - | * @see directionalLight
| |
| - | * @see pointLight
| |
| - | * @see spotLight
| |
| - | * @see noLights
| |
| - | *
| |
| - | */
| |
| - | p.lights = function() {
| |
| - | p.ambientLight(128, 128, 128);
| |
| - | p.directionalLight(128, 128, 128, 0, 0, -1);
| |
| - | p.lightFalloff(1, 0, 0);
| |
| - | p.lightSpecular(0, 0, 0);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Adds a point light. Lights need to be included in the <b>draw()</b> to remain
| |
| - | * persistent in a looping program. Placing them in the <b>setup()</b> of a
| |
| - | * looping program will cause them to only have an effect the first time through
| |
| - | * the loop. The affect of the <b>r</b>, <b>g</b>, and <b>b</b> parameters
| |
| - | * is determined by the current color mode. The <b>x</b>, <b>y</b>, and <b>z</b>
| |
| - | * parameters set the position of the light.
| |
| - | *
| |
| - | * @param {int | float} r red or hue value
| |
| - | * @param {int | float} g green or hue value
| |
| - | * @param {int | float} b blue or hue value
| |
| - | * @param {int | float} x x coordinate of the light
| |
| - | * @param {int | float} y y coordinate of the light
| |
| - | * @param {int | float} z z coordinate of the light
| |
| - | *
| |
| - | * @returns none
| |
| - | *
| |
| - | * @see lights
| |
| - | * @see directionalLight
| |
| - | * @see ambientLight
| |
| - | * @see spotLight
| |
| - | */
| |
| - | Drawing2D.prototype.pointLight = DrawingShared.prototype.a3DOnlyFunction;
| |
| - |
| |
| - | Drawing3D.prototype.pointLight = function(r, g, b, x, y, z) {
| |
| - | if (lightCount === PConstants.MAX_LIGHTS) {
| |
| - | throw "can only create " + PConstants.MAX_LIGHTS + " lights";
| |
| - | }
| |
| - |
| |
| - | // Place the point in view space once instead of once per vertex
| |
| - | // in the shader.
| |
| - | var pos = new PVector(x, y, z);
| |
| - | var view = new PMatrix3D();
| |
| - | view.scale(1, -1, 1);
| |
| - | view.apply(modelView.array());
| |
| - | view.mult(pos, pos);
| |
| - |
| |
| - | // Instead of calling p.color, we do the calculations ourselves to
| |
| - | // reduce property lookups.
| |
| - | var col = color$4(r, g, b, 0);
| |
| - | var normalizedCol = [ ((col & PConstants.RED_MASK) >>> 16) / 255,
| |
| - | ((col & PConstants.GREEN_MASK) >>> 8) / 255,
| |
| - | (col & PConstants.BLUE_MASK) / 255 ];
| |
| - |
| |
| - | curContext.useProgram(programObject3D);
| |
| - | uniformf("uLights.color.3d." + lightCount, programObject3D, "uLights" + lightCount + ".color", normalizedCol);
| |
| - | uniformf("uLights.position.3d." + lightCount, programObject3D, "uLights" + lightCount + ".position", pos.array());
| |
| - | uniformi("uLights.type.3d." + lightCount, programObject3D, "uLights" + lightCount + ".type", 2);
| |
| - | uniformi("uLightCount3d", programObject3D, "uLightCount", ++lightCount);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Disable all lighting. Lighting is turned off by default and enabled with
| |
| - | * the lights() method. This function can be used to disable lighting so
| |
| - | * that 2D geometry (which does not require lighting) can be drawn after a
| |
| - | * set of lighted 3D geometry.
| |
| - | *
| |
| - | * @returns none
| |
| - | *
| |
| - | * @see lights
| |
| - | */
| |
| - | Drawing2D.prototype.noLights = DrawingShared.prototype.a3DOnlyFunction;
| |
| - |
| |
| - | Drawing3D.prototype.noLights = function() {
| |
| - | lightCount = 0;
| |
| - | curContext.useProgram(programObject3D);
| |
| - | uniformi("uLightCount3d", programObject3D, "uLightCount", lightCount);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Adds a spot light. Lights need to be included in the <b>draw()</b> to
| |
| - | * remain persistent in a looping program. Placing them in the <b>setup()</b>
| |
| - | * of a looping program will cause them to only have an effect the first time
| |
| - | * through the loop. The affect of the <b>r</b>, <b>g</b>, and <b>b</b> parameters
| |
| - | * is determined by the current color mode. The <b>x</b>, <b>y</b>, and <b>z</b>
| |
| - | * parameters specify the position of the light and <b>nx</b>, <b>ny</b>, <b>nz</b>
| |
| - | * specify the direction or light. The angle parameter affects <b>angle</b> of the
| |
| - | * spotlight cone.
| |
| - | *
| |
| - | * @param {int | float} r red or hue value
| |
| - | * @param {int | float} g green or hue value
| |
| - | * @param {int | float} b blue or hue value
| |
| - | * @param {int | float} x coordinate of the light
| |
| - | * @param {int | float} y coordinate of the light
| |
| - | * @param {int | float} z coordinate of the light
| |
| - | * @param {int | float} nx direction along the x axis
| |
| - | * @param {int | float} ny direction along the y axis
| |
| - | * @param {int | float} nz direction along the z axis
| |
| - | * @param {float} angle angle of the spotlight cone
| |
| - | * @param {float} concentration exponent determining the center bias of the cone
| |
| - | *
| |
| - | * @returns none
| |
| - | *
| |
| - | * @see lights
| |
| - | * @see directionalLight
| |
| - | * @see ambientLight
| |
| - | * @see pointLight
| |
| - | */
| |
| - | Drawing2D.prototype.spotLight = DrawingShared.prototype.a3DOnlyFunction;
| |
| - |
| |
| - | Drawing3D.prototype.spotLight = function(r, g, b, x, y, z, nx, ny, nz, angle, concentration) {
| |
| - | if (lightCount === PConstants.MAX_LIGHTS) {
| |
| - | throw "can only create " + PConstants.MAX_LIGHTS + " lights";
| |
| - | }
| |
| - |
| |
| - | curContext.useProgram(programObject3D);
| |
| - |
| |
| - | // multiply the position and direction by the model view matrix
| |
| - | // once per object rather than once per vertex.
| |
| - | var pos = new PVector(x, y, z);
| |
| - | var mvm = new PMatrix3D();
| |
| - | mvm.scale(1, -1, 1);
| |
| - | mvm.apply(modelView.array());
| |
| - | mvm.mult(pos, pos);
| |
| - |
| |
| - | // Convert to array since we need to directly access the elements.
| |
| - | mvm = mvm.array();
| |
| - |
| |
| - | // We need to multiply the direction by the model view matrix, but
| |
| - | // the mult function checks the w component of the vector, if it isn't
| |
| - | // present, it uses 1, so we use a very small value as a work around.
| |
| - | var dir = [
| |
| - | mvm[0] * nx + mvm[4] * ny + mvm[8] * nz,
| |
| - | mvm[1] * nx + mvm[5] * ny + mvm[9] * nz,
| |
| - | mvm[2] * nx + mvm[6] * ny + mvm[10] * nz
| |
| - | ];
| |
| - |
| |
| - | // Instead of calling p.color, we do the calculations ourselves to
| |
| - | // reduce property lookups.
| |
| - | var col = color$4(r, g, b, 0);
| |
| - | var normalizedCol = [ ((col & PConstants.RED_MASK) >>> 16) / 255,
| |
| - | ((col & PConstants.GREEN_MASK) >>> 8) / 255,
| |
| - | (col & PConstants.BLUE_MASK) / 255 ];
| |
| - |
| |
| - | uniformf("uLights.color.3d." + lightCount, programObject3D, "uLights" + lightCount + ".color", normalizedCol);
| |
| - | uniformf("uLights.position.3d." + lightCount, programObject3D, "uLights" + lightCount + ".position", pos.array());
| |
| - | uniformf("uLights.direction.3d." + lightCount, programObject3D, "uLights" + lightCount + ".direction", dir);
| |
| - | uniformf("uLights.concentration.3d." + lightCount, programObject3D, "uLights" + lightCount + ".concentration", concentration);
| |
| - | uniformf("uLights.angle.3d." + lightCount, programObject3D, "uLights" + lightCount + ".angle", angle);
| |
| - | uniformi("uLights.type.3d." + lightCount, programObject3D, "uLights" + lightCount + ".type", 3);
| |
| - | uniformi("uLightCount3d", programObject3D, "uLightCount", ++lightCount);
| |
| - | };
| |
| - |
| |
| - | ////////////////////////////////////////////////////////////////////////////
| |
| - | // Camera functions
| |
| - | ////////////////////////////////////////////////////////////////////////////
| |
| - |
| |
| - | /**
| |
| - | * The <b>beginCamera()</b> and <b>endCamera()</b> functions enable advanced customization of the camera space.
| |
| - | * The functions are useful if you want to more control over camera movement, however for most users, the <b>camera()</b>
| |
| - | * function will be sufficient.<br /><br />The camera functions will replace any transformations (such as <b>rotate()</b>
| |
| - | * or <b>translate()</b>) that occur before them in <b>draw()</b>, but they will not automatically replace the camera
| |
| - | * transform itself. For this reason, camera functions should be placed at the beginning of <b>draw()</b> (so that
| |
| - | * transformations happen afterwards), and the <b>camera()</b> function can be used after <b>beginCamera()</b> if
| |
| - | * you want to reset the camera before applying transformations.<br /><br />This function sets the matrix mode to the
| |
| - | * camera matrix so calls such as <b>translate()</b>, <b>rotate()</b>, applyMatrix() and resetMatrix() affect the camera.
| |
| - | * <b>beginCamera()</b> should always be used with a following <b>endCamera()</b> and pairs of <b>beginCamera()</b> and
| |
| - | * <b>endCamera()</b> cannot be nested.
| |
| - | *
| |
| - | * @see camera
| |
| - | * @see endCamera
| |
| - | * @see applyMatrix
| |
| - | * @see resetMatrix
| |
| - | * @see translate
| |
| - | * @see rotate
| |
| - | * @see scale
| |
| - | */
| |
| - | Drawing2D.prototype.beginCamera = function() {
| |
| - | throw ("beginCamera() is not available in 2D mode");
| |
| - | };
| |
| - |
| |
| - | Drawing3D.prototype.beginCamera = function() {
| |
| - | if (manipulatingCamera) {
| |
| - | throw ("You cannot call beginCamera() again before calling endCamera()");
| |
| - | }
| |
| - | manipulatingCamera = true;
| |
| - | modelView = cameraInv;
| |
| - | modelViewInv = cam;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * The <b>beginCamera()</b> and <b>endCamera()</b> functions enable advanced customization of the camera space.
| |
| - | * Please see the reference for <b>beginCamera()</b> for a description of how the functions are used.
| |
| - | *
| |
| - | * @see beginCamera
| |
| - | */
| |
| - | Drawing2D.prototype.endCamera = function() {
| |
| - | throw ("endCamera() is not available in 2D mode");
| |
| - | };
| |
| - |
| |
| - | Drawing3D.prototype.endCamera = function() {
| |
| - | if (!manipulatingCamera) {
| |
| - | throw ("You cannot call endCamera() before calling beginCamera()");
| |
| - | }
| |
| - | modelView.set(cam);
| |
| - | modelViewInv.set(cameraInv);
| |
| - | manipulatingCamera = false;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Sets the position of the camera through setting the eye position, the center of the scene, and which axis is facing
| |
| - | * upward. Moving the eye position and the direction it is pointing (the center of the scene) allows the images to be
| |
| - | * seen from different angles. The version without any parameters sets the camera to the default position, pointing to
| |
| - | * the center of the display window with the Y axis as up. The default values are camera(width/2.0, height/2.0,
| |
| - | * (height/2.0) / tan(PI*60.0 / 360.0), width/2.0, height/2.0, 0, 0, 1, 0). This function is similar to gluLookAt()
| |
| - | * in OpenGL, but it first clears the current camera settings.
| |
| - | *
| |
| - | * @param {float} eyeX x-coordinate for the eye
| |
| - | * @param {float} eyeY y-coordinate for the eye
| |
| - | * @param {float} eyeZ z-coordinate for the eye
| |
| - | * @param {float} centerX x-coordinate for the center of the scene
| |
| - | * @param {float} centerY y-coordinate for the center of the scene
| |
| - | * @param {float} centerZ z-coordinate for the center of the scene
| |
| - | * @param {float} upX usually 0.0, 1.0, -1.0
| |
| - | * @param {float} upY usually 0.0, 1.0, -1.0
| |
| - | * @param {float} upZ usually 0.0, 1.0, -1.0
| |
| - | *
| |
| - | * @see beginCamera
| |
| - | * @see endCamera
| |
| - | * @see frustum
| |
| - | */
| |
| - | p.camera = function(eyeX, eyeY, eyeZ, centerX, centerY, centerZ, upX, upY, upZ) {
| |
| - | if (eyeX === undef) {
| |
| - | // Workaround if createGraphics is used.
| |
| - | cameraX = p.width / 2;
| |
| - | cameraY = p.height / 2;
| |
| - | cameraZ = cameraY / Math.tan(cameraFOV / 2);
| |
| - | eyeX = cameraX;
| |
| - | eyeY = cameraY;
| |
| - | eyeZ = cameraZ;
| |
| - | centerX = cameraX;
| |
| - | centerY = cameraY;
| |
| - | centerZ = 0;
| |
| - | upX = 0;
| |
| - | upY = 1;
| |
| - | upZ = 0;
| |
| - | }
| |
| - |
| |
| - | var z = new PVector(eyeX - centerX, eyeY - centerY, eyeZ - centerZ);
| |
| - | var y = new PVector(upX, upY, upZ);
| |
| - | z.normalize();
| |
| - | var x = PVector.cross(y, z);
| |
| - | y = PVector.cross(z, x);
| |
| - | x.normalize();
| |
| - | y.normalize();
| |
| - |
| |
| - | var xX = x.x,
| |
| - | xY = x.y,
| |
| - | xZ = x.z;
| |
| - |
| |
| - | var yX = y.x,
| |
| - | yY = y.y,
| |
| - | yZ = y.z;
| |
| - |
| |
| - | var zX = z.x,
| |
| - | zY = z.y,
| |
| - | zZ = z.z;
| |
| - |
| |
| - | cam.set(xX, xY, xZ, 0, yX, yY, yZ, 0, zX, zY, zZ, 0, 0, 0, 0, 1);
| |
| - |
| |
| - | cam.translate(-eyeX, -eyeY, -eyeZ);
| |
| - |
| |
| - | cameraInv.reset();
| |
| - | cameraInv.invApply(xX, xY, xZ, 0, yX, yY, yZ, 0, zX, zY, zZ, 0, 0, 0, 0, 1);
| |
| - |
| |
| - | cameraInv.translate(eyeX, eyeY, eyeZ);
| |
| - |
| |
| - | modelView.set(cam);
| |
| - | modelViewInv.set(cameraInv);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Sets a perspective projection applying foreshortening, making distant objects appear smaller than closer ones. The
| |
| - | * parameters define a viewing volume with the shape of truncated pyramid. Objects near to the front of the volume appear
| |
| - | * their actual size, while farther objects appear smaller. This projection simulates the perspective of the world more
| |
| - | * accurately than orthographic projection. The version of perspective without parameters sets the default perspective and
| |
| - | * the version with four parameters allows the programmer to set the area precisely. The default values are:
| |
| - | * perspective(PI/3.0, width/height, cameraZ/10.0, cameraZ*10.0) where cameraZ is ((height/2.0) / tan(PI*60.0/360.0));
| |
| - | *
| |
| - | * @param {float} fov field-of-view angle (in radians) for vertical direction
| |
| - | * @param {float} aspect ratio of width to height
| |
| - | * @param {float} zNear z-position of nearest clipping plane
| |
| - | * @param {float} zFar z-positions of farthest clipping plane
| |
| - | */
| |
| - | p.perspective = function(fov, aspect, near, far) {
| |
| - | if (arguments.length === 0) {
| |
| - | //in case canvas is resized
| |
| - | cameraY = curElement.height / 2;
| |
| - | cameraZ = cameraY / Math.tan(cameraFOV / 2);
| |
| - | cameraNear = cameraZ / 10;
| |
| - | cameraFar = cameraZ * 10;
| |
| - | cameraAspect = p.width / p.height;
| |
| - | fov = cameraFOV;
| |
| - | aspect = cameraAspect;
| |
| - | near = cameraNear;
| |
| - | far = cameraFar;
| |
| - | }
| |
| - |
| |
| - | var yMax, yMin, xMax, xMin;
| |
| - | yMax = near * Math.tan(fov / 2);
| |
| - | yMin = -yMax;
| |
| - | xMax = yMax * aspect;
| |
| - | xMin = yMin * aspect;
| |
| - | p.frustum(xMin, xMax, yMin, yMax, near, far);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Sets a perspective matrix defined through the parameters. Works like glFrustum, except it wipes out the current
| |
| - | * perspective matrix rather than muliplying itself with it.
| |
| - | *
| |
| - | * @param {float} left left coordinate of the clipping plane
| |
| - | * @param {float} right right coordinate of the clipping plane
| |
| - | * @param {float} bottom bottom coordinate of the clipping plane
| |
| - | * @param {float} top top coordinate of the clipping plane
| |
| - | * @param {float} near near coordinate of the clipping plane
| |
| - | * @param {float} far far coordinate of the clipping plane
| |
| - | *
| |
| - | * @see beginCamera
| |
| - | * @see camera
| |
| - | * @see endCamera
| |
| - | * @see perspective
| |
| - | */
| |
| - | Drawing2D.prototype.frustum = function() {
| |
| - | throw("Processing.js: frustum() is not supported in 2D mode");
| |
| - | };
| |
| - |
| |
| - | Drawing3D.prototype.frustum = function(left, right, bottom, top, near, far) {
| |
| - | frustumMode = true;
| |
| - | projection = new PMatrix3D();
| |
| - | projection.set((2 * near) / (right - left), 0, (right + left) / (right - left),
| |
| - | 0, 0, (2 * near) / (top - bottom), (top + bottom) / (top - bottom),
| |
| - | 0, 0, 0, -(far + near) / (far - near), -(2 * far * near) / (far - near),
| |
| - | 0, 0, -1, 0);
| |
| - | var proj = new PMatrix3D();
| |
| - | proj.set(projection);
| |
| - | proj.transpose();
| |
| - | curContext.useProgram(programObject2D);
| |
| - | uniformMatrix("projection2d", programObject2D, "uProjection", false, proj.array());
| |
| - | curContext.useProgram(programObject3D);
| |
| - | uniformMatrix("projection3d", programObject3D, "uProjection", false, proj.array());
| |
| - | curContext.useProgram(programObjectUnlitShape);
| |
| - | uniformMatrix("uProjectionUS", programObjectUnlitShape, "uProjection", false, proj.array());
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Sets an orthographic projection and defines a parallel clipping volume. All objects with the same dimension appear
| |
| - | * the same size, regardless of whether they are near or far from the camera. The parameters to this function specify
| |
| - | * the clipping volume where left and right are the minimum and maximum x values, top and bottom are the minimum and
| |
| - | * maximum y values, and near and far are the minimum and maximum z values. If no parameters are given, the default
| |
| - | * is used: ortho(0, width, 0, height, -10, 10).
| |
| - | *
| |
| - | * @param {float} left left plane of the clipping volume
| |
| - | * @param {float} right right plane of the clipping volume
| |
| - | * @param {float} bottom bottom plane of the clipping volume
| |
| - | * @param {float} top top plane of the clipping volume
| |
| - | * @param {float} near maximum distance from the origin to the viewer
| |
| - | * @param {float} far maximum distance from the origin away from the viewer
| |
| - | */
| |
| - | p.ortho = function(left, right, bottom, top, near, far) {
| |
| - | if (arguments.length === 0) {
| |
| - | left = 0;
| |
| - | right = p.width;
| |
| - | bottom = 0;
| |
| - | top = p.height;
| |
| - | near = -10;
| |
| - | far = 10;
| |
| - | }
| |
| - |
| |
| - | var x = 2 / (right - left);
| |
| - | var y = 2 / (top - bottom);
| |
| - | var z = -2 / (far - near);
| |
| - |
| |
| - | var tx = -(right + left) / (right - left);
| |
| - | var ty = -(top + bottom) / (top - bottom);
| |
| - | var tz = -(far + near) / (far - near);
| |
| - |
| |
| - | projection = new PMatrix3D();
| |
| - | projection.set(x, 0, 0, tx, 0, y, 0, ty, 0, 0, z, tz, 0, 0, 0, 1);
| |
| - |
| |
| - | var proj = new PMatrix3D();
| |
| - | proj.set(projection);
| |
| - | proj.transpose();
| |
| - | curContext.useProgram(programObject2D);
| |
| - | uniformMatrix("projection2d", programObject2D, "uProjection", false, proj.array());
| |
| - | curContext.useProgram(programObject3D);
| |
| - | uniformMatrix("projection3d", programObject3D, "uProjection", false, proj.array());
| |
| - | curContext.useProgram(programObjectUnlitShape);
| |
| - | uniformMatrix("uProjectionUS", programObjectUnlitShape, "uProjection", false, proj.array());
| |
| - | frustumMode = false;
| |
| - | };
| |
| - | /**
| |
| - | * The printProjection() prints the current projection matrix to the text window.
| |
| - | */
| |
| - | p.printProjection = function() {
| |
| - | projection.print();
| |
| - | };
| |
| - | /**
| |
| - | * The printCamera() function prints the current camera matrix.
| |
| - | */
| |
| - | p.printCamera = function() {
| |
| - | cam.print();
| |
| - | };
| |
| - |
| |
| - | ////////////////////////////////////////////////////////////////////////////
| |
| - | // Shapes
| |
| - | ////////////////////////////////////////////////////////////////////////////
| |
| - | /**
| |
| - | * The box() function renders a box. A box is an extruded rectangle. A box with equal dimension on all sides is a cube.
| |
| - | * Calling this function with only one parameter will create a cube.
| |
| - | *
| |
| - | * @param {int|float} w dimension of the box in the x-dimension
| |
| - | * @param {int|float} h dimension of the box in the y-dimension
| |
| - | * @param {int|float} d dimension of the box in the z-dimension
| |
| - | */
| |
| - | Drawing2D.prototype.box = DrawingShared.prototype.a3DOnlyFunction;
| |
| - |
| |
| - | Drawing3D.prototype.box = function(w, h, d) {
| |
| - | // user can uniformly scale the box by
| |
| - | // passing in only one argument.
| |
| - | if (!h || !d) {
| |
| - | h = d = w;
| |
| - | }
| |
| - |
| |
| - | // Modeling transformation
| |
| - | var model = new PMatrix3D();
| |
| - | model.scale(w, h, d);
| |
| - |
| |
| - | // Viewing transformation needs to have Y flipped
| |
| - | // becuase that's what Processing does.
| |
| - | var view = new PMatrix3D();
| |
| - | view.scale(1, -1, 1);
| |
| - | view.apply(modelView.array());
| |
| - | view.transpose();
| |
| - |
| |
| - | if (doFill) {
| |
| - | curContext.useProgram(programObject3D);
| |
| - | uniformMatrix("model3d", programObject3D, "uModel", false, model.array());
| |
| - | uniformMatrix("view3d", programObject3D, "uView", false, view.array());
| |
| - | // Fix stitching problems. (lines get occluded by triangles
| |
| - | // since they share the same depth values). This is not entirely
| |
| - | // working, but it's a start for drawing the outline. So
| |
| - | // developers can start playing around with styles.
| |
| - | curContext.enable(curContext.POLYGON_OFFSET_FILL);
| |
| - | curContext.polygonOffset(1, 1);
| |
| - | uniformf("color3d", programObject3D, "uColor", fillStyle);
| |
| - |
| |
| - | // Calculating the normal matrix can be expensive, so only
| |
| - | // do it if it's necessary.
| |
| - | if(lightCount > 0){
| |
| - | // Create the normal transformation matrix.
| |
| - | var v = new PMatrix3D();
| |
| - | v.set(view);
| |
| - |
| |
| - | var m = new PMatrix3D();
| |
| - | m.set(model);
| |
| - |
| |
| - | v.mult(m);
| |
| - |
| |
| - | var normalMatrix = new PMatrix3D();
| |
| - | normalMatrix.set(v);
| |
| - | normalMatrix.invert();
| |
| - | normalMatrix.transpose();
| |
| - |
| |
| - | uniformMatrix("uNormalTransform3d", programObject3D, "uNormalTransform", false, normalMatrix.array());
| |
| - | vertexAttribPointer("aNormal3d", programObject3D, "aNormal", 3, boxNormBuffer);
| |
| - | }
| |
| - | else{
| |
| - | disableVertexAttribPointer("aNormal3d", programObject3D, "aNormal");
| |
| - | }
| |
| - |
| |
| - | vertexAttribPointer("aVertex3d", programObject3D, "aVertex", 3, boxBuffer);
| |
| - |
| |
| - | // Turn off per vertex colors.
| |
| - | disableVertexAttribPointer("aColor3d", programObject3D, "aColor");
| |
| - | disableVertexAttribPointer("aTexture3d", programObject3D, "aTexture");
| |
| - |
| |
| - | curContext.drawArrays(curContext.TRIANGLES, 0, boxVerts.length / 3);
| |
| - | curContext.disable(curContext.POLYGON_OFFSET_FILL);
| |
| - | }
| |
| - |
| |
| - | // Draw the box outline.
| |
| - | if (lineWidth > 0 && doStroke) {
| |
| - | curContext.useProgram(programObject2D);
| |
| - | uniformMatrix("uModel2d", programObject2D, "uModel", false, model.array());
| |
| - | uniformMatrix("uView2d", programObject2D, "uView", false, view.array());
| |
| - | uniformf("uColor2d", programObject2D, "uColor", strokeStyle);
| |
| - | uniformi("uIsDrawingText2d", programObject2D, "uIsDrawingText", false);
| |
| - | vertexAttribPointer("vertex2d", programObject2D, "aVertex", 3, boxOutlineBuffer);
| |
| - | disableVertexAttribPointer("aTextureCoord2d", programObject2D, "aTextureCoord");
| |
| - | curContext.drawArrays(curContext.LINES, 0, boxOutlineVerts.length / 3);
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * The initSphere() function is a helper function used by <b>sphereDetail()</b>
| |
| - | * This function creates and stores sphere vertices every time the user changes sphere detail.
| |
| - | *
| |
| - | * @see #sphereDetail
| |
| - | */
| |
| - | var initSphere = function() {
| |
| - | var i;
| |
| - | sphereVerts = [];
| |
| - |
| |
| - | for (i = 0; i < sphereDetailU; i++) {
| |
| - | sphereVerts.push(0);
| |
| - | sphereVerts.push(-1);
| |
| - | sphereVerts.push(0);
| |
| - | sphereVerts.push(sphereX[i]);
| |
| - | sphereVerts.push(sphereY[i]);
| |
| - | sphereVerts.push(sphereZ[i]);
| |
| - | }
| |
| - | sphereVerts.push(0);
| |
| - | sphereVerts.push(-1);
| |
| - | sphereVerts.push(0);
| |
| - | sphereVerts.push(sphereX[0]);
| |
| - | sphereVerts.push(sphereY[0]);
| |
| - | sphereVerts.push(sphereZ[0]);
| |
| - |
| |
| - | var v1, v11, v2;
| |
| - |
| |
| - | // middle rings
| |
| - | var voff = 0;
| |
| - | for (i = 2; i < sphereDetailV; i++) {
| |
| - | v1 = v11 = voff;
| |
| - | voff += sphereDetailU;
| |
| - | v2 = voff;
| |
| - | for (var j = 0; j < sphereDetailU; j++) {
| |
| - | sphereVerts.push(sphereX[v1]);
| |
| - | sphereVerts.push(sphereY[v1]);
| |
| - | sphereVerts.push(sphereZ[v1++]);
| |
| - | sphereVerts.push(sphereX[v2]);
| |
| - | sphereVerts.push(sphereY[v2]);
| |
| - | sphereVerts.push(sphereZ[v2++]);
| |
| - | }
| |
| - |
| |
| - | // close each ring
| |
| - | v1 = v11;
| |
| - | v2 = voff;
| |
| - |
| |
| - | sphereVerts.push(sphereX[v1]);
| |
| - | sphereVerts.push(sphereY[v1]);
| |
| - | sphereVerts.push(sphereZ[v1]);
| |
| - | sphereVerts.push(sphereX[v2]);
| |
| - | sphereVerts.push(sphereY[v2]);
| |
| - | sphereVerts.push(sphereZ[v2]);
| |
| - | }
| |
| - |
| |
| - | // add the northern cap
| |
| - | for (i = 0; i < sphereDetailU; i++) {
| |
| - | v2 = voff + i;
| |
| - |
| |
| - | sphereVerts.push(sphereX[v2]);
| |
| - | sphereVerts.push(sphereY[v2]);
| |
| - | sphereVerts.push(sphereZ[v2]);
| |
| - | sphereVerts.push(0);
| |
| - | sphereVerts.push(1);
| |
| - | sphereVerts.push(0);
| |
| - | }
| |
| - |
| |
| - | sphereVerts.push(sphereX[voff]);
| |
| - | sphereVerts.push(sphereY[voff]);
| |
| - | sphereVerts.push(sphereZ[voff]);
| |
| - | sphereVerts.push(0);
| |
| - | sphereVerts.push(1);
| |
| - | sphereVerts.push(0);
| |
| - |
| |
| - | //set the buffer data
| |
| - | curContext.bindBuffer(curContext.ARRAY_BUFFER, sphereBuffer);
| |
| - | curContext.bufferData(curContext.ARRAY_BUFFER, new Float32Array(sphereVerts), curContext.STATIC_DRAW);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * The sphereDetail() function controls the detail used to render a sphere by adjusting the number of
| |
| - | * vertices of the sphere mesh. The default resolution is 30, which creates
| |
| - | * a fairly detailed sphere definition with vertices every 360/30 = 12
| |
| - | * degrees. If you're going to render a great number of spheres per frame,
| |
| - | * it is advised to reduce the level of detail using this function.
| |
| - | * The setting stays active until <b>sphereDetail()</b> is called again with
| |
| - | * a new parameter and so should <i>not</i> be called prior to every
| |
| - | * <b>sphere()</b> statement, unless you wish to render spheres with
| |
| - | * different settings, e.g. using less detail for smaller spheres or ones
| |
| - | * further away from the camera. To control the detail of the horizontal
| |
| - | * and vertical resolution independently, use the version of the functions
| |
| - | * with two parameters. Calling this function with one parameter sets the number of segments
| |
| - | *(minimum of 3) used per full circle revolution. This is equivalent to calling the function with
| |
| - | * two identical values.
| |
| - | *
| |
| - | * @param {int} ures number of segments used horizontally (longitudinally) per full circle revolution
| |
| - | * @param {int} vres number of segments used vertically (latitudinally) from top to bottom
| |
| - | *
| |
| - | * @see #sphere()
| |
| - | */
| |
| - | p.sphereDetail = function(ures, vres) {
| |
| - | var i;
| |
| - |
| |
| - | if (arguments.length === 1) {
| |
| - | ures = vres = arguments[0];
| |
| - | }
| |
| - |
| |
| - | if (ures < 3) {
| |
| - | ures = 3;
| |
| - | } // force a minimum res
| |
| - | if (vres < 2) {
| |
| - | vres = 2;
| |
| - | } // force a minimum res
| |
| - | // if it hasn't changed do nothing
| |
| - | if ((ures === sphereDetailU) && (vres === sphereDetailV)) {
| |
| - | return;
| |
| - | }
| |
| - |
| |
| - | var delta = PConstants.SINCOS_LENGTH / ures;
| |
| - | var cx = new Float32Array(ures);
| |
| - | var cz = new Float32Array(ures);
| |
| - | // calc unit circle in XZ plane
| |
| - | for (i = 0; i < ures; i++) {
| |
| - | cx[i] = cosLUT[((i * delta) % PConstants.SINCOS_LENGTH) | 0];
| |
| - | cz[i] = sinLUT[((i * delta) % PConstants.SINCOS_LENGTH) | 0];
| |
| - | }
| |
| - |
| |
| - | // computing vertexlist
| |
| - | // vertexlist starts at south pole
| |
| - | var vertCount = ures * (vres - 1) + 2;
| |
| - | var currVert = 0;
| |
| - |
| |
| - | // re-init arrays to store vertices
| |
| - | sphereX = new Float32Array(vertCount);
| |
| - | sphereY = new Float32Array(vertCount);
| |
| - | sphereZ = new Float32Array(vertCount);
| |
| - |
| |
| - | var angle_step = (PConstants.SINCOS_LENGTH * 0.5) / vres;
| |
| - | var angle = angle_step;
| |
| - |
| |
| - | // step along Y axis
| |
| - | for (i = 1; i < vres; i++) {
| |
| - | var curradius = sinLUT[(angle % PConstants.SINCOS_LENGTH) | 0];
| |
| - | var currY = -cosLUT[(angle % PConstants.SINCOS_LENGTH) | 0];
| |
| - | for (var j = 0; j < ures; j++) {
| |
| - | sphereX[currVert] = cx[j] * curradius;
| |
| - | sphereY[currVert] = currY;
| |
| - | sphereZ[currVert++] = cz[j] * curradius;
| |
| - | }
| |
| - | angle += angle_step;
| |
| - | }
| |
| - | sphereDetailU = ures;
| |
| - | sphereDetailV = vres;
| |
| - |
| |
| - | // make the sphere verts and norms
| |
| - | initSphere();
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * The sphere() function draws a sphere with radius r centered at coordinate 0, 0, 0.
| |
| - | * A sphere is a hollow ball made from tessellated triangles.
| |
| - | *
| |
| - | * @param {int|float} r the radius of the sphere
| |
| - | */
| |
| - | Drawing2D.prototype.sphere = DrawingShared.prototype.a3DOnlyFunction;
| |
| - |
| |
| - | Drawing3D.prototype.sphere = function() {
| |
| - | var sRad = arguments[0];
| |
| - |
| |
| - | if ((sphereDetailU < 3) || (sphereDetailV < 2)) {
| |
| - | p.sphereDetail(30);
| |
| - | }
| |
| - |
| |
| - | // Modeling transformation.
| |
| - | var model = new PMatrix3D();
| |
| - | model.scale(sRad, sRad, sRad);
| |
| - |
| |
| - | // viewing transformation needs to have Y flipped
| |
| - | // becuase that's what Processing does.
| |
| - | var view = new PMatrix3D();
| |
| - | view.scale(1, -1, 1);
| |
| - | view.apply(modelView.array());
| |
| - | view.transpose();
| |
| - |
| |
| - | if (doFill) {
| |
| - | // Calculating the normal matrix can be expensive, so only
| |
| - | // do it if it's necessary.
| |
| - | if(lightCount > 0){
| |
| - | // Create a normal transformation matrix.
| |
| - | var v = new PMatrix3D();
| |
| - | v.set(view);
| |
| - |
| |
| - | var m = new PMatrix3D();
| |
| - | m.set(model);
| |
| - |
| |
| - | v.mult(m);
| |
| - |
| |
| - | var normalMatrix = new PMatrix3D();
| |
| - | normalMatrix.set(v);
| |
| - | normalMatrix.invert();
| |
| - | normalMatrix.transpose();
| |
| - |
| |
| - | uniformMatrix("uNormalTransform3d", programObject3D, "uNormalTransform", false, normalMatrix.array());
| |
| - | vertexAttribPointer("aNormal3d", programObject3D, "aNormal", 3, sphereBuffer);
| |
| - | }
| |
| - | else{
| |
| - | disableVertexAttribPointer("aNormal3d", programObject3D, "aNormal");
| |
| - | }
| |
| - |
| |
| - | curContext.useProgram(programObject3D);
| |
| - | disableVertexAttribPointer("aTexture3d", programObject3D, "aTexture");
| |
| - |
| |
| - | uniformMatrix("uModel3d", programObject3D, "uModel", false, model.array());
| |
| - | uniformMatrix("uView3d", programObject3D, "uView", false, view.array());
| |
| - | vertexAttribPointer("aVertex3d", programObject3D, "aVertex", 3, sphereBuffer);
| |
| - |
| |
| - | // Turn off per vertex colors.
| |
| - | disableVertexAttribPointer("aColor3d", programObject3D, "aColor");
| |
| - |
| |
| - | // fix stitching problems. (lines get occluded by triangles
| |
| - | // since they share the same depth values). This is not entirely
| |
| - | // working, but it's a start for drawing the outline. So
| |
| - | // developers can start playing around with styles.
| |
| - | curContext.enable(curContext.POLYGON_OFFSET_FILL);
| |
| - | curContext.polygonOffset(1, 1);
| |
| - | uniformf("uColor3d", programObject3D, "uColor", fillStyle);
| |
| - | curContext.drawArrays(curContext.TRIANGLE_STRIP, 0, sphereVerts.length / 3);
| |
| - | curContext.disable(curContext.POLYGON_OFFSET_FILL);
| |
| - | }
| |
| - |
| |
| - | // Draw the sphere outline.
| |
| - | if (lineWidth > 0 && doStroke) {
| |
| - | curContext.useProgram(programObject2D);
| |
| - | uniformMatrix("uModel2d", programObject2D, "uModel", false, model.array());
| |
| - | uniformMatrix("uView2d", programObject2D, "uView", false, view.array());
| |
| - | vertexAttribPointer("aVertex2d", programObject2D, "aVertex", 3, sphereBuffer);
| |
| - | disableVertexAttribPointer("aTextureCoord2d", programObject2D, "aTextureCoord");
| |
| - | uniformf("uColor2d", programObject2D, "uColor", strokeStyle);
| |
| - | uniformi("uIsDrawingText", programObject2D, "uIsDrawingText", false);
| |
| - | curContext.drawArrays(curContext.LINE_STRIP, 0, sphereVerts.length / 3);
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | ////////////////////////////////////////////////////////////////////////////
| |
| - | // Coordinates
| |
| - | ////////////////////////////////////////////////////////////////////////////
| |
| - |
| |
| - | /**
| |
| - | * Returns the three-dimensional X, Y, Z position in model space. This returns
| |
| - | * the X value for a given coordinate based on the current set of transformations
| |
| - | * (scale, rotate, translate, etc.) The X value can be used to place an object
| |
| - | * in space relative to the location of the original point once the transformations
| |
| - | * are no longer in use.<br />
| |
| - | * <br />
| |
| - | *
| |
| - | * @param {int | float} x 3D x coordinate to be mapped
| |
| - | * @param {int | float} y 3D y coordinate to be mapped
| |
| - | * @param {int | float} z 3D z coordinate to be mapped
| |
| - | *
| |
| - | * @returns {float}
| |
| - | *
| |
| - | * @see modelY
| |
| - | * @see modelZ
| |
| - | */
| |
| - | p.modelX = function(x, y, z) {
| |
| - | var mv = modelView.array();
| |
| - | var ci = cameraInv.array();
| |
| - |
| |
| - | var ax = mv[0] * x + mv[1] * y + mv[2] * z + mv[3];
| |
| - | var ay = mv[4] * x + mv[5] * y + mv[6] * z + mv[7];
| |
| - | var az = mv[8] * x + mv[9] * y + mv[10] * z + mv[11];
| |
| - | var aw = mv[12] * x + mv[13] * y + mv[14] * z + mv[15];
| |
| - |
| |
| - | var ox = ci[0] * ax + ci[1] * ay + ci[2] * az + ci[3] * aw;
| |
| - | var ow = ci[12] * ax + ci[13] * ay + ci[14] * az + ci[15] * aw;
| |
| - |
| |
| - | return (ow !== 0) ? ox / ow : ox;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Returns the three-dimensional X, Y, Z position in model space. This returns
| |
| - | * the Y value for a given coordinate based on the current set of transformations
| |
| - | * (scale, rotate, translate, etc.) The Y value can be used to place an object in
| |
| - | * space relative to the location of the original point once the transformations
| |
| - | * are no longer in use.<br />
| |
| - | * <br />
| |
| - | *
| |
| - | * @param {int | float} x 3D x coordinate to be mapped
| |
| - | * @param {int | float} y 3D y coordinate to be mapped
| |
| - | * @param {int | float} z 3D z coordinate to be mapped
| |
| - | *
| |
| - | * @returns {float}
| |
| - | *
| |
| - | * @see modelX
| |
| - | * @see modelZ
| |
| - | */
| |
| - | p.modelY = function(x, y, z) {
| |
| - | var mv = modelView.array();
| |
| - | var ci = cameraInv.array();
| |
| - |
| |
| - | var ax = mv[0] * x + mv[1] * y + mv[2] * z + mv[3];
| |
| - | var ay = mv[4] * x + mv[5] * y + mv[6] * z + mv[7];
| |
| - | var az = mv[8] * x + mv[9] * y + mv[10] * z + mv[11];
| |
| - | var aw = mv[12] * x + mv[13] * y + mv[14] * z + mv[15];
| |
| - |
| |
| - | var oy = ci[4] * ax + ci[5] * ay + ci[6] * az + ci[7] * aw;
| |
| - | var ow = ci[12] * ax + ci[13] * ay + ci[14] * az + ci[15] * aw;
| |
| - |
| |
| - | return (ow !== 0) ? oy / ow : oy;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Returns the three-dimensional X, Y, Z position in model space. This returns
| |
| - | * the Z value for a given coordinate based on the current set of transformations
| |
| - | * (scale, rotate, translate, etc.) The Z value can be used to place an object in
| |
| - | * space relative to the location of the original point once the transformations
| |
| - | * are no longer in use.
| |
| - | *
| |
| - | * @param {int | float} x 3D x coordinate to be mapped
| |
| - | * @param {int | float} y 3D y coordinate to be mapped
| |
| - | * @param {int | float} z 3D z coordinate to be mapped
| |
| - | *
| |
| - | * @returns {float}
| |
| - | *
| |
| - | * @see modelX
| |
| - | * @see modelY
| |
| - | */
| |
| - | p.modelZ = function(x, y, z) {
| |
| - | var mv = modelView.array();
| |
| - | var ci = cameraInv.array();
| |
| - |
| |
| - | var ax = mv[0] * x + mv[1] * y + mv[2] * z + mv[3];
| |
| - | var ay = mv[4] * x + mv[5] * y + mv[6] * z + mv[7];
| |
| - | var az = mv[8] * x + mv[9] * y + mv[10] * z + mv[11];
| |
| - | var aw = mv[12] * x + mv[13] * y + mv[14] * z + mv[15];
| |
| - |
| |
| - | var oz = ci[8] * ax + ci[9] * ay + ci[10] * az + ci[11] * aw;
| |
| - | var ow = ci[12] * ax + ci[13] * ay + ci[14] * az + ci[15] * aw;
| |
| - |
| |
| - | return (ow !== 0) ? oz / ow : oz;
| |
| - | };
| |
| - |
| |
| - | ////////////////////////////////////////////////////////////////////////////
| |
| - | // Material Properties
| |
| - | ////////////////////////////////////////////////////////////////////////////
| |
| - |
| |
| - | /**
| |
| - | * Sets the ambient reflectance for shapes drawn to the screen. This is
| |
| - | * combined with the ambient light component of environment. The color
| |
| - | * components set through the parameters define the reflectance. For example in
| |
| - | * the default color mode, setting v1=255, v2=126, v3=0, would cause all the
| |
| - | * red light to reflect and half of the green light to reflect. Used in combination
| |
| - | * with <b>emissive()</b>, <b>specular()</b>, and <b>shininess()</b> in setting
| |
| - | * the materal properties of shapes.
| |
| - | *
| |
| - | * @param {int | float} gray
| |
| - | *
| |
| - | * @returns none
| |
| - | *
| |
| - | * @see emissive
| |
| - | * @see specular
| |
| - | * @see shininess
| |
| - | */
| |
| - | Drawing2D.prototype.ambient = DrawingShared.prototype.a3DOnlyFunction;
| |
| - |
| |
| - | Drawing3D.prototype.ambient = function(v1, v2, v3) {
| |
| - | curContext.useProgram(programObject3D);
| |
| - | uniformi("uUsingMat3d", programObject3D, "uUsingMat", true);
| |
| - | var col = p.color(v1, v2, v3);
| |
| - | uniformf("uMaterialAmbient3d", programObject3D, "uMaterialAmbient", p.color.toGLArray(col).slice(0, 3));
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Sets the emissive color of the material used for drawing shapes
| |
| - | * drawn to the screen. Used in combination with ambient(), specular(),
| |
| - | * and shininess() in setting the material properties of shapes.
| |
| - | *
| |
| - | * Can be called in the following ways:
| |
| - | *
| |
| - | * emissive(gray)
| |
| - | * @param {int | float} gray number specifying value between white and black
| |
| - | *
| |
| - | * emissive(color)
| |
| - | * @param {color} color any value of the color datatype
| |
| - | *
| |
| - | * emissive(v1, v2, v3)
| |
| - | * @param {int | float} v1 red or hue value
| |
| - | * @param {int | float} v2 green or saturation value
| |
| - | * @param {int | float} v3 blue or brightness value
| |
| - | *
| |
| - | * @returns none
| |
| - | *
| |
| - | * @see ambient
| |
| - | * @see specular
| |
| - | * @see shininess
| |
| - | */
| |
| - | Drawing2D.prototype.emissive = DrawingShared.prototype.a3DOnlyFunction;
| |
| - |
| |
| - | Drawing3D.prototype.emissive = function(v1, v2, v3) {
| |
| - | curContext.useProgram(programObject3D);
| |
| - | uniformi("uUsingMat3d", programObject3D, "uUsingMat", true);
| |
| - | var col = p.color(v1, v2, v3);
| |
| - | uniformf("uMaterialEmissive3d", programObject3D, "uMaterialEmissive", p.color.toGLArray(col).slice(0, 3));
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Sets the amount of gloss in the surface of shapes. Used in combination with
| |
| - | * <b>ambient()</b>, <b>specular()</b>, and <b>emissive()</b> in setting the
| |
| - | * material properties of shapes.
| |
| - | *
| |
| - | * @param {float} shine degree of shininess
| |
| - | *
| |
| - | * @returns none
| |
| - | */
| |
| - | Drawing2D.prototype.shininess = DrawingShared.prototype.a3DOnlyFunction;
| |
| - |
| |
| - | Drawing3D.prototype.shininess = function(shine) {
| |
| - | curContext.useProgram(programObject3D);
| |
| - | uniformi("uUsingMat3d", programObject3D, "uUsingMat", true);
| |
| - | uniformf("uShininess3d", programObject3D, "uShininess", shine);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Sets the specular color of the materials used for shapes drawn to the screen,
| |
| - | * which sets the color of hightlights. Specular refers to light which bounces
| |
| - | * off a surface in a perferred direction (rather than bouncing in all directions
| |
| - | * like a diffuse light). Used in combination with emissive(), ambient(), and
| |
| - | * shininess() in setting the material properties of shapes.
| |
| - | *
| |
| - | * Can be called in the following ways:
| |
| - | *
| |
| - | * specular(gray)
| |
| - | * @param {int | float} gray number specifying value between white and black
| |
| - | *
| |
| - | * specular(gray, alpha)
| |
| - | * @param {int | float} gray number specifying value between white and black
| |
| - | * @param {int | float} alpha opacity
| |
| - | *
| |
| - | * specular(color)
| |
| - | * @param {color} color any value of the color datatype
| |
| - | *
| |
| - | * specular(v1, v2, v3)
| |
| - | * @param {int | float} v1 red or hue value
| |
| - | * @param {int | float} v2 green or saturation value
| |
| - | * @param {int | float} v3 blue or brightness value
| |
| - | *
| |
| - | * specular(v1, v2, v3, alpha)
| |
| - | * @param {int | float} v1 red or hue value
| |
| - | * @param {int | float} v2 green or saturation value
| |
| - | * @param {int | float} v3 blue or brightness value
| |
| - | * @param {int | float} alpha opacity
| |
| - | *
| |
| - | * @returns none
| |
| - | *
| |
| - | * @see ambient
| |
| - | * @see emissive
| |
| - | * @see shininess
| |
| - | */
| |
| - | Drawing2D.prototype.specular = DrawingShared.prototype.a3DOnlyFunction;
| |
| - |
| |
| - | Drawing3D.prototype.specular = function(v1, v2, v3) {
| |
| - | curContext.useProgram(programObject3D);
| |
| - | uniformi("uUsingMat3d", programObject3D, "uUsingMat", true);
| |
| - | var col = p.color(v1, v2, v3);
| |
| - | uniformf("uMaterialSpecular3d", programObject3D, "uMaterialSpecular", p.color.toGLArray(col).slice(0, 3));
| |
| - | };
| |
| - |
| |
| - | ////////////////////////////////////////////////////////////////////////////
| |
| - | // Coordinates
| |
| - | ////////////////////////////////////////////////////////////////////////////
| |
| - |
| |
| - | /**
| |
| - | * Takes a three-dimensional X, Y, Z position and returns the X value for
| |
| - | * where it will appear on a (two-dimensional) screen.
| |
| - | *
| |
| - | * @param {int | float} x 3D x coordinate to be mapped
| |
| - | * @param {int | float} y 3D y coordinate to be mapped
| |
| - | * @param {int | float} z 3D z optional coordinate to be mapped
| |
| - | *
| |
| - | * @returns {float}
| |
| - | *
| |
| - | * @see screenY
| |
| - | * @see screenZ
| |
| - | */
| |
| - | p.screenX = function( x, y, z ) {
| |
| - | var mv = modelView.array();
| |
| - | if( mv.length === 16 )
| |
| - | {
| |
| - | var ax = mv[ 0]*x + mv[ 1]*y + mv[ 2]*z + mv[ 3];
| |
| - | var ay = mv[ 4]*x + mv[ 5]*y + mv[ 6]*z + mv[ 7];
| |
| - | var az = mv[ 8]*x + mv[ 9]*y + mv[10]*z + mv[11];
| |
| - | var aw = mv[12]*x + mv[13]*y + mv[14]*z + mv[15];
| |
| - |
| |
| - | var pj = projection.array();
| |
| - |
| |
| - | var ox = pj[ 0]*ax + pj[ 1]*ay + pj[ 2]*az + pj[ 3]*aw;
| |
| - | var ow = pj[12]*ax + pj[13]*ay + pj[14]*az + pj[15]*aw;
| |
| - |
| |
| - | if ( ow !== 0 ){
| |
| - | ox /= ow;
| |
| - | }
| |
| - | return p.width * ( 1 + ox ) / 2.0;
| |
| - | }
| |
| - | // We assume that we're in 2D
| |
| - | return modelView.multX(x, y);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Takes a three-dimensional X, Y, Z position and returns the Y value for
| |
| - | * where it will appear on a (two-dimensional) screen.
| |
| - | *
| |
| - | * @param {int | float} x 3D x coordinate to be mapped
| |
| - | * @param {int | float} y 3D y coordinate to be mapped
| |
| - | * @param {int | float} z 3D z optional coordinate to be mapped
| |
| - | *
| |
| - | * @returns {float}
| |
| - | *
| |
| - | * @see screenX
| |
| - | * @see screenZ
| |
| - | */
| |
| - | p.screenY = function screenY( x, y, z ) {
| |
| - | var mv = modelView.array();
| |
| - | if( mv.length === 16 ) {
| |
| - | var ax = mv[ 0]*x + mv[ 1]*y + mv[ 2]*z + mv[ 3];
| |
| - | var ay = mv[ 4]*x + mv[ 5]*y + mv[ 6]*z + mv[ 7];
| |
| - | var az = mv[ 8]*x + mv[ 9]*y + mv[10]*z + mv[11];
| |
| - | var aw = mv[12]*x + mv[13]*y + mv[14]*z + mv[15];
| |
| - |
| |
| - | var pj = projection.array();
| |
| - |
| |
| - | var oy = pj[ 4]*ax + pj[ 5]*ay + pj[ 6]*az + pj[ 7]*aw;
| |
| - | var ow = pj[12]*ax + pj[13]*ay + pj[14]*az + pj[15]*aw;
| |
| - |
| |
| - | if ( ow !== 0 ){
| |
| - | oy /= ow;
| |
| - | }
| |
| - | return p.height * ( 1 + oy ) / 2.0;
| |
| - | }
| |
| - | // We assume that we're in 2D
| |
| - | return modelView.multY(x, y);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Takes a three-dimensional X, Y, Z position and returns the Z value for
| |
| - | * where it will appear on a (two-dimensional) screen.
| |
| - | *
| |
| - | * @param {int | float} x 3D x coordinate to be mapped
| |
| - | * @param {int | float} y 3D y coordinate to be mapped
| |
| - | * @param {int | float} z 3D z coordinate to be mapped
| |
| - | *
| |
| - | * @returns {float}
| |
| - | *
| |
| - | * @see screenX
| |
| - | * @see screenY
| |
| - | */
| |
| - | p.screenZ = function screenZ( x, y, z ) {
| |
| - | var mv = modelView.array();
| |
| - | if( mv.length !== 16 ) {
| |
| - | return 0;
| |
| - | }
| |
| - |
| |
| - | var pj = projection.array();
| |
| - |
| |
| - | var ax = mv[ 0]*x + mv[ 1]*y + mv[ 2]*z + mv[ 3];
| |
| - | var ay = mv[ 4]*x + mv[ 5]*y + mv[ 6]*z + mv[ 7];
| |
| - | var az = mv[ 8]*x + mv[ 9]*y + mv[10]*z + mv[11];
| |
| - | var aw = mv[12]*x + mv[13]*y + mv[14]*z + mv[15];
| |
| - |
| |
| - | var oz = pj[ 8]*ax + pj[ 9]*ay + pj[10]*az + pj[11]*aw;
| |
| - | var ow = pj[12]*ax + pj[13]*ay + pj[14]*az + pj[15]*aw;
| |
| - |
| |
| - | if ( ow !== 0 ) {
| |
| - | oz /= ow;
| |
| - | }
| |
| - | return ( oz + 1 ) / 2.0;
| |
| - | };
| |
| - |
| |
| - | ////////////////////////////////////////////////////////////////////////////
| |
| - | // Style functions
| |
| - | ////////////////////////////////////////////////////////////////////////////
| |
| - | /**
| |
| - | * The fill() function sets the color used to fill shapes. For example, if you run <b>fill(204, 102, 0)</b>, all subsequent shapes will be filled with orange.
| |
| - | * This color is either specified in terms of the RGB or HSB color depending on the current <b>colorMode()</b>
| |
| - | *(the default color space is RGB, with each value in the range from 0 to 255).
| |
| - | * <br><br>When using hexadecimal notation to specify a color, use "#" or "0x" before the values (e.g. #CCFFAA, 0xFFCCFFAA).
| |
| - | * The # syntax uses six digits to specify a color (the way colors are specified in HTML and CSS). When using the hexadecimal notation starting with "0x",
| |
| - | * the hexadecimal value must be specified with eight characters; the first two characters define the alpha component and the remainder the red, green, and blue components.
| |
| - | * <br><br>The value for the parameter "gray" must be less than or equal to the current maximum value as specified by <b>colorMode()</b>. The default maximum value is 255.
| |
| - | * <br><br>To change the color of an image (or a texture), use tint().
| |
| - | *
| |
| - | * @param {int|float} gray number specifying value between white and black
| |
| - | * @param {int|float} value1 red or hue value
| |
| - | * @param {int|float} value2 green or saturation value
| |
| - | * @param {int|float} value3 blue or brightness value
| |
| - | * @param {int|float} alpha opacity of the fill
| |
| - | * @param {Color} color any value of the color datatype
| |
| - | * @param {int} hex color value in hexadecimal notation (i.e. #FFCC00 or 0xFFFFCC00)
| |
| - | *
| |
| - | * @see #noFill()
| |
| - | * @see #stroke()
| |
| - | * @see #tint()
| |
| - | * @see #background()
| |
| - | * @see #colorMode()
| |
| - | */
| |
| - | DrawingShared.prototype.fill = function() {
| |
| - | var color = p.color.apply(this, arguments);
| |
| - | if(color === currentFillColor && doFill) {
| |
| - | return;
| |
| - | }
| |
| - | doFill = true;
| |
| - | currentFillColor = color;
| |
| - | };
| |
| - |
| |
| - | Drawing2D.prototype.fill = function() {
| |
| - | DrawingShared.prototype.fill.apply(this, arguments);
| |
| - | isFillDirty = true;
| |
| - | };
| |
| - |
| |
| - | Drawing3D.prototype.fill = function() {
| |
| - | DrawingShared.prototype.fill.apply(this, arguments);
| |
| - | fillStyle = p.color.toGLArray(currentFillColor);
| |
| - | };
| |
| - |
| |
| - | function executeContextFill() {
| |
| - | if(doFill) {
| |
| - | if(isFillDirty) {
| |
| - | curContext.fillStyle = p.color.toString(currentFillColor);
| |
| - | isFillDirty = false;
| |
| - | }
| |
| - | curContext.fill();
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | /**
| |
| - | * The noFill() function disables filling geometry. If both <b>noStroke()</b> and <b>noFill()</b>
| |
| - | * are called, no shapes will be drawn to the screen.
| |
| - | *
| |
| - | * @see #fill()
| |
| - | *
| |
| - | */
| |
| - | p.noFill = function() {
| |
| - | doFill = false;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * The stroke() function sets the color used to draw lines and borders around shapes. This color
| |
| - | * is either specified in terms of the RGB or HSB color depending on the
| |
| - | * current <b>colorMode()</b> (the default color space is RGB, with each
| |
| - | * value in the range from 0 to 255).
| |
| - | * <br><br>When using hexadecimal notation to specify a color, use "#" or
| |
| - | * "0x" before the values (e.g. #CCFFAA, 0xFFCCFFAA). The # syntax uses six
| |
| - | * digits to specify a color (the way colors are specified in HTML and CSS).
| |
| - | * When using the hexadecimal notation starting with "0x", the hexadecimal
| |
| - | * value must be specified with eight characters; the first two characters
| |
| - | * define the alpha component and the remainder the red, green, and blue
| |
| - | * components.
| |
| - | * <br><br>The value for the parameter "gray" must be less than or equal
| |
| - | * to the current maximum value as specified by <b>colorMode()</b>.
| |
| - | * The default maximum value is 255.
| |
| - | *
| |
| - | * @param {int|float} gray number specifying value between white and black
| |
| - | * @param {int|float} value1 red or hue value
| |
| - | * @param {int|float} value2 green or saturation value
| |
| - | * @param {int|float} value3 blue or brightness value
| |
| - | * @param {int|float} alpha opacity of the stroke
| |
| - | * @param {Color} color any value of the color datatype
| |
| - | * @param {int} hex color value in hexadecimal notation (i.e. #FFCC00 or 0xFFFFCC00)
| |
| - | *
| |
| - | * @see #fill()
| |
| - | * @see #noStroke()
| |
| - | * @see #tint()
| |
| - | * @see #background()
| |
| - | * @see #colorMode()
| |
| - | */
| |
| - | DrawingShared.prototype.stroke = function() {
| |
| - | var color = p.color.apply(this, arguments);
| |
| - | if(color === currentStrokeColor && doStroke) {
| |
| - | return;
| |
| - | }
| |
| - | doStroke = true;
| |
| - | currentStrokeColor = color;
| |
| - | };
| |
| - |
| |
| - | Drawing2D.prototype.stroke = function() {
| |
| - | DrawingShared.prototype.stroke.apply(this, arguments);
| |
| - | isStrokeDirty = true;
| |
| - | };
| |
| - |
| |
| - | Drawing3D.prototype.stroke = function() {
| |
| - | DrawingShared.prototype.stroke.apply(this, arguments);
| |
| - | strokeStyle = p.color.toGLArray(currentStrokeColor);
| |
| - | };
| |
| - |
| |
| - | function executeContextStroke() {
| |
| - | if(doStroke) {
| |
| - | if(isStrokeDirty) {
| |
| - | curContext.strokeStyle = p.color.toString(currentStrokeColor);
| |
| - | isStrokeDirty = false;
| |
| - | }
| |
| - | curContext.stroke();
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | /**
| |
| - | * The noStroke() function disables drawing the stroke (outline). If both <b>noStroke()</b> and
| |
| - | * <b>noFill()</b> are called, no shapes will be drawn to the screen.
| |
| - | *
| |
| - | * @see #stroke()
| |
| - | */
| |
| - | p.noStroke = function() {
| |
| - | doStroke = false;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * The strokeWeight() function sets the width of the stroke used for lines, points, and the border around shapes.
| |
| - | * All widths are set in units of pixels.
| |
| - | *
| |
| - | * @param {int|float} w the weight (in pixels) of the stroke
| |
| - | */
| |
| - | DrawingShared.prototype.strokeWeight = function(w) {
| |
| - | lineWidth = w;
| |
| - | };
| |
| - |
| |
| - | Drawing2D.prototype.strokeWeight = function(w) {
| |
| - | DrawingShared.prototype.strokeWeight.apply(this, arguments);
| |
| - | curContext.lineWidth = w;
| |
| - | };
| |
| - |
| |
| - | Drawing3D.prototype.strokeWeight = function(w) {
| |
| - | DrawingShared.prototype.strokeWeight.apply(this, arguments);
| |
| - |
| |
| - | // Processing groups the weight of points and lines under this one function,
| |
| - | // but for WebGL, we need to set a uniform for points and call a function for line.
| |
| - |
| |
| - | curContext.useProgram(programObject2D);
| |
| - | uniformf("pointSize2d", programObject2D, "uPointSize", w);
| |
| - |
| |
| - | curContext.useProgram(programObjectUnlitShape);
| |
| - | uniformf("pointSizeUnlitShape", programObjectUnlitShape, "uPointSize", w);
| |
| - |
| |
| - | curContext.lineWidth(w);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * The strokeCap() function sets the style for rendering line endings. These ends are either squared, extended, or rounded and
| |
| - | * specified with the corresponding parameters SQUARE, PROJECT, and ROUND. The default cap is ROUND.
| |
| - | * This function is not available with the P2D, P3D, or OPENGL renderers
| |
| - | *
| |
| - | * @param {int} value Either SQUARE, PROJECT, or ROUND
| |
| - | */
| |
| - | p.strokeCap = function(value) {
| |
| - | drawing.$ensureContext().lineCap = value;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * The strokeJoin() function sets the style of the joints which connect line segments.
| |
| - | * These joints are either mitered, beveled, or rounded and specified with the corresponding parameters MITER, BEVEL, and ROUND. The default joint is MITER.
| |
| - | * This function is not available with the P2D, P3D, or OPENGL renderers
| |
| - | *
| |
| - | * @param {int} value Either SQUARE, PROJECT, or ROUND
| |
| - | */
| |
| - | p.strokeJoin = function(value) {
| |
| - | drawing.$ensureContext().lineJoin = value;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * The smooth() function draws all geometry with smooth (anti-aliased) edges. This will slow down the frame rate of the application,
| |
| - | * but will enhance the visual refinement. <br/><br/>
| |
| - | * Note that smooth() will also improve image quality of resized images, and noSmooth() will disable image (and font) smoothing altogether.
| |
| - | * When working with a 3D sketch, smooth will draw points as circles rather than squares.
| |
| - | *
| |
| - | * @see #noSmooth()
| |
| - | * @see #hint()
| |
| - | * @see #size()
| |
| - | */
| |
| - |
| |
| - | Drawing2D.prototype.smooth = function() {
| |
| - | renderSmooth = true;
| |
| - | var style = curElement.style;
| |
| - | style.setProperty("image-rendering", "optimizeQuality", "important");
| |
| - | style.setProperty("-ms-interpolation-mode", "bicubic", "important");
| |
| - | if (curContext.hasOwnProperty("mozImageSmoothingEnabled")) {
| |
| - | curContext.mozImageSmoothingEnabled = true;
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | Drawing3D.prototype.smooth = function(){
| |
| - | renderSmooth = true;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * The noSmooth() function draws all geometry with jagged (aliased) edges.
| |
| - | *
| |
| - | * @see #smooth()
| |
| - | */
| |
| - |
| |
| - | Drawing2D.prototype.noSmooth = function() {
| |
| - | renderSmooth = false;
| |
| - | var style = curElement.style;
| |
| - | style.setProperty("image-rendering", "optimizeSpeed", "important");
| |
| - | style.setProperty("image-rendering", "-moz-crisp-edges", "important");
| |
| - | style.setProperty("image-rendering", "-webkit-optimize-contrast", "important");
| |
| - | style.setProperty("image-rendering", "optimize-contrast", "important");
| |
| - | style.setProperty("-ms-interpolation-mode", "nearest-neighbor", "important");
| |
| - | if (curContext.hasOwnProperty("mozImageSmoothingEnabled")) {
| |
| - | curContext.mozImageSmoothingEnabled = false;
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | Drawing3D.prototype.noSmooth = function(){
| |
| - | renderSmooth = false;
| |
| - | };
| |
| - |
| |
| - | ////////////////////////////////////////////////////////////////////////////
| |
| - | // Vector drawing functions
| |
| - | ////////////////////////////////////////////////////////////////////////////
| |
| - | /**
| |
| - | * The point() function draws a point, a coordinate in space at the dimension of one pixel.
| |
| - | * The first parameter is the horizontal value for the point, the second
| |
| - | * value is the vertical value for the point, and the optional third value
| |
| - | * is the depth value. Drawing this shape in 3D using the <b>z</b>
| |
| - | * parameter requires the P3D or OPENGL parameter in combination with
| |
| - | * size as shown in the above example.
| |
| - | *
| |
| - | * @param {int|float} x x-coordinate of the point
| |
| - | * @param {int|float} y y-coordinate of the point
| |
| - | * @param {int|float} z z-coordinate of the point
| |
| - | *
| |
| - | * @see #beginShape()
| |
| - | */
| |
| - | Drawing2D.prototype.point = function(x, y) {
| |
| - | if (!doStroke) {
| |
| - | return;
| |
| - | }
| |
| - |
| |
| - | x = Math.round(x);
| |
| - | y = Math.round(y);
| |
| - | curContext.fillStyle = p.color.toString(currentStrokeColor);
| |
| - | isFillDirty = true;
| |
| - | // Draw a circle for any point larger than 1px
| |
| - | if (lineWidth > 1) {
| |
| - | curContext.beginPath();
| |
| - | curContext.arc(x, y, lineWidth / 2, 0, PConstants.TWO_PI, false);
| |
| - | curContext.fill();
| |
| - | } else {
| |
| - | curContext.fillRect(x, y, 1, 1);
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | Drawing3D.prototype.point = function(x, y, z) {
| |
| - | var model = new PMatrix3D();
| |
| - |
| |
| - | // move point to position
| |
| - | model.translate(x, y, z || 0);
| |
| - | model.transpose();
| |
| - |
| |
| - | var view = new PMatrix3D();
| |
| - | view.scale(1, -1, 1);
| |
| - | view.apply(modelView.array());
| |
| - | view.transpose();
| |
| - |
| |
| - | curContext.useProgram(programObject2D);
| |
| - | uniformMatrix("uModel2d", programObject2D, "uModel", false, model.array());
| |
| - | uniformMatrix("uView2d", programObject2D, "uView", false, view.array());
| |
| - |
| |
| - | if (lineWidth > 0 && doStroke) {
| |
| - | // this will be replaced with the new bit shifting color code
| |
| - | uniformf("uColor2d", programObject2D, "uColor", strokeStyle);
| |
| - | uniformi("uIsDrawingText2d", programObject2D, "uIsDrawingText", false);
| |
| - | uniformi("uSmooth2d", programObject2D, "uSmooth", renderSmooth);
| |
| - | vertexAttribPointer("aVertex2d", programObject2D, "aVertex", 3, pointBuffer);
| |
| - | disableVertexAttribPointer("aTextureCoord2d", programObject2D, "aTextureCoord");
| |
| - | curContext.drawArrays(curContext.POINTS, 0, 1);
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Using the <b>beginShape()</b> and <b>endShape()</b> functions allow creating more complex forms.
| |
| - | * <b>beginShape()</b> begins recording vertices for a shape and <b>endShape()</b> stops recording.
| |
| - | * The value of the <b>MODE</b> parameter tells it which types of shapes to create from the provided vertices.
| |
| - | * With no mode specified, the shape can be any irregular polygon. After calling the <b>beginShape()</b> function,
| |
| - | * a series of <b>vertex()</b> commands must follow. To stop drawing the shape, call <b>endShape()</b>.
| |
| - | * The <b>vertex()</b> function with two parameters specifies a position in 2D and the <b>vertex()</b>
| |
| - | * function with three parameters specifies a position in 3D. Each shape will be outlined with the current
| |
| - | * stroke color and filled with the fill color.
| |
| - | *
| |
| - | * @param {int} MODE either POINTS, LINES, TRIANGLES, TRIANGLE_FAN, TRIANGLE_STRIP, QUADS, and QUAD_STRIP.
| |
| - | *
| |
| - | * @see endShape
| |
| - | * @see vertex
| |
| - | * @see curveVertex
| |
| - | * @see bezierVertex
| |
| - | */
| |
| - | p.beginShape = function(type) {
| |
| - | curShape = type;
| |
| - | curvePoints = [];
| |
| - | vertArray = [];
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * All shapes are constructed by connecting a series of vertices. <b>vertex()</b> is used to specify the vertex
| |
| - | * coordinates for points, lines, triangles, quads, and polygons and is used exclusively within the <b>beginShape()</b>
| |
| - | * and <b>endShape()</b> function. <br /><br />Drawing a vertex in 3D using the <b>z</b> parameter requires the P3D or
| |
| - | * OPENGL parameter in combination with size as shown in the above example.<br /><br />This function is also used to map a
| |
| - | * texture onto the geometry. The <b>texture()</b> function declares the texture to apply to the geometry and the <b>u</b>
| |
| - | * and <b>v</b> coordinates set define the mapping of this texture to the form. By default, the coordinates used for
| |
| - | * <b>u</b> and <b>v</b> are specified in relation to the image's size in pixels, but this relation can be changed with
| |
| - | * <b>textureMode()</b>.
| |
| - | *
| |
| - | * @param {int | float} x x-coordinate of the vertex
| |
| - | * @param {int | float} y y-coordinate of the vertex
| |
| - | * @param {boolean} moveto flag to indicate whether this is a new subpath
| |
| - | *
| |
| - | * @see beginShape
| |
| - | * @see endShape
| |
| - | * @see bezierVertex
| |
| - | * @see curveVertex
| |
| - | * @see texture
| |
| - | */
| |
| - |
| |
| - | Drawing2D.prototype.vertex = function(x, y, moveTo) {
| |
| - | var vert = [];
| |
| - |
| |
| - | if (firstVert) { firstVert = false; }
| |
| - | vert.isVert = true;
| |
| - |
| |
| - | vert[0] = x;
| |
| - | vert[1] = y;
| |
| - | vert[2] = 0;
| |
| - | vert[3] = 0;
| |
| - | vert[4] = 0;
| |
| - |
| |
| - | // fill and stroke color
| |
| - | vert[5] = currentFillColor;
| |
| - | vert[6] = currentStrokeColor;
| |
| - |
| |
| - | vertArray.push(vert);
| |
| - | if (moveTo) {
| |
| - | vertArray[vertArray.length-1].moveTo = moveTo;
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | Drawing3D.prototype.vertex = function(x, y, z, u, v) {
| |
| - | var vert = [];
| |
| - |
| |
| - | if (firstVert) { firstVert = false; }
| |
| - | vert.isVert = true;
| |
| - |
| |
| - | if (v === undef && usingTexture) {
| |
| - | v = u;
| |
| - | u = z;
| |
| - | z = 0;
| |
| - | }
| |
| - |
| |
| - | // Convert u and v to normalized coordinates
| |
| - | if (u !== undef && v !== undef) {
| |
| - | if (curTextureMode === PConstants.IMAGE) {
| |
| - | u /= curTexture.width;
| |
| - | v /= curTexture.height;
| |
| - | }
| |
| - | u = u > 1 ? 1 : u;
| |
| - | u = u < 0 ? 0 : u;
| |
| - | v = v > 1 ? 1 : v;
| |
| - | v = v < 0 ? 0 : v;
| |
| - | }
| |
| - |
| |
| - | vert[0] = x;
| |
| - | vert[1] = y;
| |
| - | vert[2] = z || 0;
| |
| - | vert[3] = u || 0;
| |
| - | vert[4] = v || 0;
| |
| - |
| |
| - | // fill rgba
| |
| - | vert[5] = fillStyle[0];
| |
| - | vert[6] = fillStyle[1];
| |
| - | vert[7] = fillStyle[2];
| |
| - | vert[8] = fillStyle[3];
| |
| - | // stroke rgba
| |
| - | vert[9] = strokeStyle[0];
| |
| - | vert[10] = strokeStyle[1];
| |
| - | vert[11] = strokeStyle[2];
| |
| - | vert[12] = strokeStyle[3];
| |
| - | //normals
| |
| - | vert[13] = normalX;
| |
| - | vert[14] = normalY;
| |
| - | vert[15] = normalZ;
| |
| - |
| |
| - | vertArray.push(vert);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * @private
| |
| - | * Renders 3D points created from calls to vertex and beginShape/endShape
| |
| - | *
| |
| - | * @param {Array} vArray an array of vertex coordinate
| |
| - | * @param {Array} cArray an array of colours used for the vertices
| |
| - | *
| |
| - | * @see beginShape
| |
| - | * @see endShape
| |
| - | * @see vertex
| |
| - | */
| |
| - | var point3D = function(vArray, cArray){
| |
| - | var view = new PMatrix3D();
| |
| - | view.scale(1, -1, 1);
| |
| - | view.apply(modelView.array());
| |
| - | view.transpose();
| |
| - |
| |
| - | curContext.useProgram(programObjectUnlitShape);
| |
| - |
| |
| - | uniformMatrix("uViewUS", programObjectUnlitShape, "uView", false, view.array());
| |
| - | uniformi("uSmoothUS", programObjectUnlitShape, "uSmooth", renderSmooth);
| |
| - |
| |
| - | vertexAttribPointer("aVertexUS", programObjectUnlitShape, "aVertex", 3, pointBuffer);
| |
| - | curContext.bufferData(curContext.ARRAY_BUFFER, new Float32Array(vArray), curContext.STREAM_DRAW);
| |
| - |
| |
| - | vertexAttribPointer("aColorUS", programObjectUnlitShape, "aColor", 4, fillColorBuffer);
| |
| - | curContext.bufferData(curContext.ARRAY_BUFFER, new Float32Array(cArray), curContext.STREAM_DRAW);
| |
| - |
| |
| - | curContext.drawArrays(curContext.POINTS, 0, vArray.length/3);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * @private
| |
| - | * Renders 3D lines created from calls to beginShape/vertex/endShape - based on the mode specified LINES, LINE_LOOP, etc.
| |
| - | *
| |
| - | * @param {Array} vArray an array of vertex coordinate
| |
| - | * @param {String} mode either LINES, LINE_LOOP, or LINE_STRIP
| |
| - | * @param {Array} cArray an array of colours used for the vertices
| |
| - | *
| |
| - | * @see beginShape
| |
| - | * @see endShape
| |
| - | * @see vertex
| |
| - | */
| |
| - | var line3D = function(vArray, mode, cArray){
| |
| - | var ctxMode;
| |
| - | if (mode === "LINES"){
| |
| - | ctxMode = curContext.LINES;
| |
| - | }
| |
| - | else if(mode === "LINE_LOOP"){
| |
| - | ctxMode = curContext.LINE_LOOP;
| |
| - | }
| |
| - | else{
| |
| - | ctxMode = curContext.LINE_STRIP;
| |
| - | }
| |
| - |
| |
| - | var view = new PMatrix3D();
| |
| - | view.scale(1, -1, 1);
| |
| - | view.apply(modelView.array());
| |
| - | view.transpose();
| |
| - |
| |
| - | curContext.useProgram(programObjectUnlitShape);
| |
| - | uniformMatrix("uViewUS", programObjectUnlitShape, "uView", false, view.array());
| |
| - | vertexAttribPointer("aVertexUS", programObjectUnlitShape, "aVertex", 3, lineBuffer);
| |
| - | curContext.bufferData(curContext.ARRAY_BUFFER, new Float32Array(vArray), curContext.STREAM_DRAW);
| |
| - | vertexAttribPointer("aColorUS", programObjectUnlitShape, "aColor", 4, strokeColorBuffer);
| |
| - | curContext.bufferData(curContext.ARRAY_BUFFER, new Float32Array(cArray), curContext.STREAM_DRAW);
| |
| - | curContext.drawArrays(ctxMode, 0, vArray.length/3);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * @private
| |
| - | * Render filled shapes created from calls to beginShape/vertex/endShape - based on the mode specified TRIANGLES, etc.
| |
| - | *
| |
| - | * @param {Array} vArray an array of vertex coordinate
| |
| - | * @param {String} mode either LINES, LINE_LOOP, or LINE_STRIP
| |
| - | * @param {Array} cArray an array of colours used for the vertices
| |
| - | * @param {Array} tArray an array of u,v coordinates for textures
| |
| - | *
| |
| - | * @see beginShape
| |
| - | * @see endShape
| |
| - | * @see vertex
| |
| - | */
| |
| - | var fill3D = function(vArray, mode, cArray, tArray){
| |
| - | var ctxMode;
| |
| - | if (mode === "TRIANGLES") {
| |
| - | ctxMode = curContext.TRIANGLES;
| |
| - | } else if(mode === "TRIANGLE_FAN") {
| |
| - | ctxMode = curContext.TRIANGLE_FAN;
| |
| - | } else {
| |
| - | ctxMode = curContext.TRIANGLE_STRIP;
| |
| - | }
| |
| - |
| |
| - | var view = new PMatrix3D();
| |
| - | view.scale( 1, -1, 1 );
| |
| - | view.apply( modelView.array() );
| |
| - | view.transpose();
| |
| - |
| |
| - | curContext.useProgram( programObject3D );
| |
| - | uniformMatrix( "model3d", programObject3D, "uModel", false, [1,0,0,0, 0,1,0,0, 0,0,1,0, 0,0,0,1] );
| |
| - | uniformMatrix( "view3d", programObject3D, "uView", false, view.array() );
| |
| - | curContext.enable( curContext.POLYGON_OFFSET_FILL );
| |
| - | curContext.polygonOffset( 1, 1 );
| |
| - | uniformf( "color3d", programObject3D, "uColor", [-1,0,0,0] );
| |
| - | vertexAttribPointer( "vertex3d", programObject3D, "aVertex", 3, fillBuffer );
| |
| - | curContext.bufferData( curContext.ARRAY_BUFFER, new Float32Array(vArray), curContext.STREAM_DRAW );
| |
| - |
| |
| - | // if we are using a texture and a tint, then overwrite the
| |
| - | // contents of the color buffer with the current tint
| |
| - | if ( usingTexture && curTint !== null ){
| |
| - | curTint3d( cArray );
| |
| - | }
| |
| - |
| |
| - | vertexAttribPointer( "aColor3d", programObject3D, "aColor", 4, fillColorBuffer );
| |
| - | curContext.bufferData( curContext.ARRAY_BUFFER, new Float32Array(cArray), curContext.STREAM_DRAW );
| |
| - |
| |
| - | // No support for lights....yet
| |
| - | disableVertexAttribPointer( "aNormal3d", programObject3D, "aNormal" );
| |
| - |
| |
| - | if ( usingTexture ) {
| |
| - | uniformi( "uUsingTexture3d", programObject3D, "uUsingTexture", usingTexture );
| |
| - | vertexAttribPointer( "aTexture3d", programObject3D, "aTexture", 2, shapeTexVBO );
| |
| - | curContext.bufferData( curContext.ARRAY_BUFFER, new Float32Array(tArray), curContext.STREAM_DRAW );
| |
| - | }
| |
| - |
| |
| - | curContext.drawArrays( ctxMode, 0, vArray.length/3 );
| |
| - | curContext.disable( curContext.POLYGON_OFFSET_FILL );
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * this series of three operations is used a lot in Drawing2D.prototype.endShape
| |
| - | * and has been split off as its own function, to tighten the code and allow for
| |
| - | * fewer bugs.
| |
| - | */
| |
| - | function fillStrokeClose() {
| |
| - | executeContextFill();
| |
| - | executeContextStroke();
| |
| - | curContext.closePath();
| |
| - | }
| |
| - |
| |
| - | /**
| |
| - | * The endShape() function is the companion to beginShape() and may only be called after beginShape().
| |
| - | * When endshape() is called, all of image data defined since the previous call to beginShape() is written
| |
| - | * into the image buffer.
| |
| - | *
| |
| - | * @param {int} MODE Use CLOSE to close the shape
| |
| - | *
| |
| - | * @see beginShape
| |
| - | */
| |
| - | Drawing2D.prototype.endShape = function(mode) {
| |
| - | // Duplicated in Drawing3D; too many variables used
| |
| - | if (vertArray.length === 0) { return; }
| |
| - |
| |
| - | var closeShape = mode === PConstants.CLOSE;
| |
| - |
| |
| - | // if the shape is closed, the first element is also the last element
| |
| - | if (closeShape) {
| |
| - | vertArray.push(vertArray[0]);
| |
| - | }
| |
| - |
| |
| - | var lineVertArray = [];
| |
| - | var fillVertArray = [];
| |
| - | var colorVertArray = [];
| |
| - | var strokeVertArray = [];
| |
| - | var texVertArray = [];
| |
| - | var cachedVertArray;
| |
| - |
| |
| - | firstVert = true;
| |
| - | var i, j, k;
| |
| - | var vertArrayLength = vertArray.length;
| |
| - |
| |
| - | for (i = 0; i < vertArrayLength; i++) {
| |
| - | cachedVertArray = vertArray[i];
| |
| - | for (j = 0; j < 3; j++) {
| |
| - | fillVertArray.push(cachedVertArray[j]);
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | // 5,6,7,8
| |
| - | // R,G,B,A - fill colour
| |
| - | for (i = 0; i < vertArrayLength; i++) {
| |
| - | cachedVertArray = vertArray[i];
| |
| - | for (j = 5; j < 9; j++) {
| |
| - | colorVertArray.push(cachedVertArray[j]);
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | // 9,10,11,12
| |
| - | // R, G, B, A - stroke colour
| |
| - | for (i = 0; i < vertArrayLength; i++) {
| |
| - | cachedVertArray = vertArray[i];
| |
| - | for (j = 9; j < 13; j++) {
| |
| - | strokeVertArray.push(cachedVertArray[j]);
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | // texture u,v
| |
| - | for (i = 0; i < vertArrayLength; i++) {
| |
| - | cachedVertArray = vertArray[i];
| |
| - | texVertArray.push(cachedVertArray[3]);
| |
| - | texVertArray.push(cachedVertArray[4]);
| |
| - | }
| |
| - |
| |
| - | // curveVertex
| |
| - | if ( isCurve && (curShape === PConstants.POLYGON || curShape === undef) ) {
| |
| - | if (vertArrayLength > 3) {
| |
| - | var b = [],
| |
| - | s = 1 - curTightness;
| |
| - | curContext.beginPath();
| |
| - | curContext.moveTo(vertArray[1][0], vertArray[1][1]);
| |
| - | /*
| |
| - | * Matrix to convert from Catmull-Rom to cubic Bezier
| |
| - | * where t = curTightness
| |
| - | * |0 1 0 0 |
| |
| - | * |(t-1)/6 1 (1-t)/6 0 |
| |
| - | * |0 (1-t)/6 1 (t-1)/6 |
| |
| - | * |0 0 0 0 |
| |
| - | */
| |
| - | for (i = 1; (i+2) < vertArrayLength; i++) {
| |
| - | cachedVertArray = vertArray[i];
| |
| - | b[0] = [cachedVertArray[0], cachedVertArray[1]];
| |
| - | b[1] = [cachedVertArray[0] + (s * vertArray[i+1][0] - s * vertArray[i-1][0]) / 6,
| |
| - | cachedVertArray[1] + (s * vertArray[i+1][1] - s * vertArray[i-1][1]) / 6];
| |
| - | b[2] = [vertArray[i+1][0] + (s * vertArray[i][0] - s * vertArray[i+2][0]) / 6,
| |
| - | vertArray[i+1][1] + (s * vertArray[i][1] - s * vertArray[i+2][1]) / 6];
| |
| - | b[3] = [vertArray[i+1][0], vertArray[i+1][1]];
| |
| - | curContext.bezierCurveTo(b[1][0], b[1][1], b[2][0], b[2][1], b[3][0], b[3][1]);
| |
| - | }
| |
| - | fillStrokeClose();
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | // bezierVertex
| |
| - | else if ( isBezier && (curShape === PConstants.POLYGON || curShape === undef) ) {
| |
| - | curContext.beginPath();
| |
| - | for (i = 0; i < vertArrayLength; i++) {
| |
| - | cachedVertArray = vertArray[i];
| |
| - | if (vertArray[i].isVert) { //if it is a vertex move to the position
| |
| - | if (vertArray[i].moveTo) {
| |
| - | curContext.moveTo(cachedVertArray[0], cachedVertArray[1]);
| |
| - | } else {
| |
| - | curContext.lineTo(cachedVertArray[0], cachedVertArray[1]);
| |
| - | }
| |
| - | } else { //otherwise continue drawing bezier
| |
| - | curContext.bezierCurveTo(vertArray[i][0], vertArray[i][1], vertArray[i][2], vertArray[i][3], vertArray[i][4], vertArray[i][5]);
| |
| - | }
| |
| - | }
| |
| - | fillStrokeClose();
| |
| - | }
| |
| - |
| |
| - | // render the vertices provided
| |
| - | else {
| |
| - | if (curShape === PConstants.POINTS) {
| |
| - | for (i = 0; i < vertArrayLength; i++) {
| |
| - | cachedVertArray = vertArray[i];
| |
| - | if (doStroke) {
| |
| - | p.stroke(cachedVertArray[6]);
| |
| - | }
| |
| - | p.point(cachedVertArray[0], cachedVertArray[1]);
| |
| - | }
| |
| - | } else if (curShape === PConstants.LINES) {
| |
| - | for (i = 0; (i + 1) < vertArrayLength; i+=2) {
| |
| - | cachedVertArray = vertArray[i];
| |
| - | if (doStroke) {
| |
| - | p.stroke(vertArray[i+1][6]);
| |
| - | }
| |
| - | p.line(cachedVertArray[0], cachedVertArray[1], vertArray[i+1][0], vertArray[i+1][1]);
| |
| - | }
| |
| - | } else if (curShape === PConstants.TRIANGLES) {
| |
| - | for (i = 0; (i + 2) < vertArrayLength; i+=3) {
| |
| - | cachedVertArray = vertArray[i];
| |
| - | curContext.beginPath();
| |
| - | curContext.moveTo(cachedVertArray[0], cachedVertArray[1]);
| |
| - | curContext.lineTo(vertArray[i+1][0], vertArray[i+1][1]);
| |
| - | curContext.lineTo(vertArray[i+2][0], vertArray[i+2][1]);
| |
| - | curContext.lineTo(cachedVertArray[0], cachedVertArray[1]);
| |
| - |
| |
| - | if (doFill) {
| |
| - | p.fill(vertArray[i+2][5]);
| |
| - | executeContextFill();
| |
| - | }
| |
| - | if (doStroke) {
| |
| - | p.stroke(vertArray[i+2][6]);
| |
| - | executeContextStroke();
| |
| - | }
| |
| - |
| |
| - | curContext.closePath();
| |
| - | }
| |
| - | } else if (curShape === PConstants.TRIANGLE_STRIP) {
| |
| - | for (i = 0; (i+1) < vertArrayLength; i++) {
| |
| - | cachedVertArray = vertArray[i];
| |
| - | curContext.beginPath();
| |
| - | curContext.moveTo(vertArray[i+1][0], vertArray[i+1][1]);
| |
| - | curContext.lineTo(cachedVertArray[0], cachedVertArray[1]);
| |
| - |
| |
| - | if (doStroke) {
| |
| - | p.stroke(vertArray[i+1][6]);
| |
| - | }
| |
| - | if (doFill) {
| |
| - | p.fill(vertArray[i+1][5]);
| |
| - | }
| |
| - |
| |
| - | if (i + 2 < vertArrayLength) {
| |
| - | curContext.lineTo(vertArray[i+2][0], vertArray[i+2][1]);
| |
| - | if (doStroke) {
| |
| - | p.stroke(vertArray[i+2][6]);
| |
| - | }
| |
| - | if (doFill) {
| |
| - | p.fill(vertArray[i+2][5]);
| |
| - | }
| |
| - | }
| |
| - | fillStrokeClose();
| |
| - | }
| |
| - | } else if (curShape === PConstants.TRIANGLE_FAN) {
| |
| - | if (vertArrayLength > 2) {
| |
| - | curContext.beginPath();
| |
| - | curContext.moveTo(vertArray[0][0], vertArray[0][1]);
| |
| - | curContext.lineTo(vertArray[1][0], vertArray[1][1]);
| |
| - | curContext.lineTo(vertArray[2][0], vertArray[2][1]);
| |
| - |
| |
| - | if (doFill) {
| |
| - | p.fill(vertArray[2][5]);
| |
| - | executeContextFill();
| |
| - | }
| |
| - | if (doStroke) {
| |
| - | p.stroke(vertArray[2][6]);
| |
| - | executeContextStroke();
| |
| - | }
| |
| - |
| |
| - | curContext.closePath();
| |
| - | for (i = 3; i < vertArrayLength; i++) {
| |
| - | cachedVertArray = vertArray[i];
| |
| - | curContext.beginPath();
| |
| - | curContext.moveTo(vertArray[0][0], vertArray[0][1]);
| |
| - | curContext.lineTo(vertArray[i-1][0], vertArray[i-1][1]);
| |
| - | curContext.lineTo(cachedVertArray[0], cachedVertArray[1]);
| |
| - |
| |
| - | if (doFill) {
| |
| - | p.fill(cachedVertArray[5]);
| |
| - | executeContextFill();
| |
| - | }
| |
| - | if (doStroke) {
| |
| - | p.stroke(cachedVertArray[6]);
| |
| - | executeContextStroke();
| |
| - | }
| |
| - |
| |
| - | curContext.closePath();
| |
| - | }
| |
| - | }
| |
| - | } else if (curShape === PConstants.QUADS) {
| |
| - | for (i = 0; (i + 3) < vertArrayLength; i+=4) {
| |
| - | cachedVertArray = vertArray[i];
| |
| - | curContext.beginPath();
| |
| - | curContext.moveTo(cachedVertArray[0], cachedVertArray[1]);
| |
| - | for (j = 1; j < 4; j++) {
| |
| - | curContext.lineTo(vertArray[i+j][0], vertArray[i+j][1]);
| |
| - | }
| |
| - | curContext.lineTo(cachedVertArray[0], cachedVertArray[1]);
| |
| - |
| |
| - | if (doFill) {
| |
| - | p.fill(vertArray[i+3][5]);
| |
| - | executeContextFill();
| |
| - | }
| |
| - | if (doStroke) {
| |
| - | p.stroke(vertArray[i+3][6]);
| |
| - | executeContextStroke();
| |
| - | }
| |
| - |
| |
| - | curContext.closePath();
| |
| - | }
| |
| - | } else if (curShape === PConstants.QUAD_STRIP) {
| |
| - | if (vertArrayLength > 3) {
| |
| - | for (i = 0; (i+1) < vertArrayLength; i+=2) {
| |
| - | cachedVertArray = vertArray[i];
| |
| - | curContext.beginPath();
| |
| - | if (i+3 < vertArrayLength) {
| |
| - | curContext.moveTo(vertArray[i+2][0], vertArray[i+2][1]);
| |
| - | curContext.lineTo(cachedVertArray[0], cachedVertArray[1]);
| |
| - | curContext.lineTo(vertArray[i+1][0], vertArray[i+1][1]);
| |
| - | curContext.lineTo(vertArray[i+3][0], vertArray[i+3][1]);
| |
| - |
| |
| - | if (doFill) {
| |
| - | p.fill(vertArray[i+3][5]);
| |
| - | }
| |
| - | if (doStroke) {
| |
| - | p.stroke(vertArray[i+3][6]);
| |
| - | }
| |
| - | } else {
| |
| - | curContext.moveTo(cachedVertArray[0], cachedVertArray[1]);
| |
| - | curContext.lineTo(vertArray[i+1][0], vertArray[i+1][1]);
| |
| - | }
| |
| - | fillStrokeClose();
| |
| - | }
| |
| - | }
| |
| - | } else {
| |
| - | curContext.beginPath();
| |
| - | curContext.moveTo(vertArray[0][0], vertArray[0][1]);
| |
| - | for (i = 1; i < vertArrayLength; i++) {
| |
| - | cachedVertArray = vertArray[i];
| |
| - | if (cachedVertArray.isVert) { //if it is a vertex move to the position
| |
| - | if (cachedVertArray.moveTo) {
| |
| - | curContext.moveTo(cachedVertArray[0], cachedVertArray[1]);
| |
| - | } else {
| |
| - | curContext.lineTo(cachedVertArray[0], cachedVertArray[1]);
| |
| - | }
| |
| - | }
| |
| - | }
| |
| - | fillStrokeClose();
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | // Reset some settings
| |
| - | isCurve = false;
| |
| - | isBezier = false;
| |
| - | curveVertArray = [];
| |
| - | curveVertCount = 0;
| |
| - |
| |
| - | // If the shape is closed, the first element was added as last element.
| |
| - | // We must remove it again to prevent the list of vertices from growing
| |
| - | // over successive calls to endShape(CLOSE)
| |
| - | if (closeShape) {
| |
| - | vertArray.pop();
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | Drawing3D.prototype.endShape = function(mode) {
| |
| - | // Duplicated in Drawing3D; too many variables used
| |
| - | if (vertArray.length === 0) { return; }
| |
| - |
| |
| - | var closeShape = mode === PConstants.CLOSE;
| |
| - | var lineVertArray = [];
| |
| - | var fillVertArray = [];
| |
| - | var colorVertArray = [];
| |
| - | var strokeVertArray = [];
| |
| - | var texVertArray = [];
| |
| - | var cachedVertArray;
| |
| - |
| |
| - | firstVert = true;
| |
| - | var i, j, k;
| |
| - | var vertArrayLength = vertArray.length;
| |
| - |
| |
| - | for (i = 0; i < vertArrayLength; i++) {
| |
| - | cachedVertArray = vertArray[i];
| |
| - | for (j = 0; j < 3; j++) {
| |
| - | fillVertArray.push(cachedVertArray[j]);
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | // 5,6,7,8
| |
| - | // R,G,B,A - fill colour
| |
| - | for (i = 0; i < vertArrayLength; i++) {
| |
| - | cachedVertArray = vertArray[i];
| |
| - | for (j = 5; j < 9; j++) {
| |
| - | colorVertArray.push(cachedVertArray[j]);
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | // 9,10,11,12
| |
| - | // R, G, B, A - stroke colour
| |
| - | for (i = 0; i < vertArrayLength; i++) {
| |
| - | cachedVertArray = vertArray[i];
| |
| - | for (j = 9; j < 13; j++) {
| |
| - | strokeVertArray.push(cachedVertArray[j]);
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | // texture u,v
| |
| - | for (i = 0; i < vertArrayLength; i++) {
| |
| - | cachedVertArray = vertArray[i];
| |
| - | texVertArray.push(cachedVertArray[3]);
| |
| - | texVertArray.push(cachedVertArray[4]);
| |
| - | }
| |
| - |
| |
| - | // if shape is closed, push the first point into the last point (including colours)
| |
| - | if (closeShape) {
| |
| - | fillVertArray.push(vertArray[0][0]);
| |
| - | fillVertArray.push(vertArray[0][1]);
| |
| - | fillVertArray.push(vertArray[0][2]);
| |
| - |
| |
| - | for (i = 5; i < 9; i++) {
| |
| - | colorVertArray.push(vertArray[0][i]);
| |
| - | }
| |
| - |
| |
| - | for (i = 9; i < 13; i++) {
| |
| - | strokeVertArray.push(vertArray[0][i]);
| |
| - | }
| |
| - |
| |
| - | texVertArray.push(vertArray[0][3]);
| |
| - | texVertArray.push(vertArray[0][4]);
| |
| - | }
| |
| - | // End duplication
| |
| - |
| |
| - | // curveVertex
| |
| - | if ( isCurve && (curShape === PConstants.POLYGON || curShape === undef) ) {
| |
| - | lineVertArray = fillVertArray;
| |
| - | if (doStroke) {
| |
| - | line3D(lineVertArray, null, strokeVertArray);
| |
| - | }
| |
| - | if (doFill) {
| |
| - | fill3D(fillVertArray, null, colorVertArray);
| |
| - | }
| |
| - | }
| |
| - | // bezierVertex
| |
| - | else if ( isBezier && (curShape === PConstants.POLYGON || curShape === undef) ) {
| |
| - | lineVertArray = fillVertArray;
| |
| - | lineVertArray.splice(lineVertArray.length - 3);
| |
| - | strokeVertArray.splice(strokeVertArray.length - 4);
| |
| - | if (doStroke) {
| |
| - | line3D(lineVertArray, null, strokeVertArray);
| |
| - | }
| |
| - | if (doFill) {
| |
| - | fill3D(fillVertArray, "TRIANGLES", colorVertArray);
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | // render the vertices provided
| |
| - | else {
| |
| - | if (curShape === PConstants.POINTS) { // if POINTS was the specified parameter in beginShape
| |
| - | for (i = 0; i < vertArrayLength; i++) { // loop through and push the point location information to the array
| |
| - | cachedVertArray = vertArray[i];
| |
| - | for (j = 0; j < 3; j++) {
| |
| - | lineVertArray.push(cachedVertArray[j]);
| |
| - | }
| |
| - | }
| |
| - | point3D(lineVertArray, strokeVertArray); // render function for points
| |
| - | } else if (curShape === PConstants.LINES) { // if LINES was the specified parameter in beginShape
| |
| - | for (i = 0; i < vertArrayLength; i++) { // loop through and push the point location information to the array
| |
| - | cachedVertArray = vertArray[i];
| |
| - | for (j = 0; j < 3; j++) {
| |
| - | lineVertArray.push(cachedVertArray[j]);
| |
| - | }
| |
| - | }
| |
| - | for (i = 0; i < vertArrayLength; i++) { // loop through and push the color information to the array
| |
| - | cachedVertArray = vertArray[i];
| |
| - | for (j = 5; j < 9; j++) {
| |
| - | colorVertArray.push(cachedVertArray[j]);
| |
| - | }
| |
| - | }
| |
| - | line3D(lineVertArray, "LINES", strokeVertArray); // render function for lines
| |
| - | } else if (curShape === PConstants.TRIANGLES) { // if TRIANGLES was the specified parameter in beginShape
| |
| - | if (vertArrayLength > 2) {
| |
| - | for (i = 0; (i+2) < vertArrayLength; i+=3) { // loop through the array per triangle
| |
| - | fillVertArray = [];
| |
| - | texVertArray = [];
| |
| - | lineVertArray = [];
| |
| - | colorVertArray = [];
| |
| - | strokeVertArray = [];
| |
| - | for (j = 0; j < 3; j++) {
| |
| - | for (k = 0; k < 3; k++) { // loop through and push
| |
| - | lineVertArray.push(vertArray[i+j][k]); // the line point location information
| |
| - | fillVertArray.push(vertArray[i+j][k]); // and fill point location information
| |
| - | }
| |
| - | }
| |
| - | for (j = 0; j < 3; j++) { // loop through and push the texture information
| |
| - | for (k = 3; k < 5; k++) {
| |
| - | texVertArray.push(vertArray[i+j][k]);
| |
| - | }
| |
| - | }
| |
| - | for (j = 0; j < 3; j++) {
| |
| - | for (k = 5; k < 9; k++) { // loop through and push
| |
| - | colorVertArray.push(vertArray[i+j][k]); // the colour information
| |
| - | strokeVertArray.push(vertArray[i+j][k+4]);// and the stroke information
| |
| - | }
| |
| - | }
| |
| - | if (doStroke) {
| |
| - | line3D(lineVertArray, "LINE_LOOP", strokeVertArray ); // line render function
| |
| - | }
| |
| - | if (doFill || usingTexture) {
| |
| - | fill3D(fillVertArray, "TRIANGLES", colorVertArray, texVertArray); // fill shape render function
| |
| - | }
| |
| - | }
| |
| - | }
| |
| - | } else if (curShape === PConstants.TRIANGLE_STRIP) { // if TRIANGLE_STRIP was the specified parameter in beginShape
| |
| - | if (vertArrayLength > 2) {
| |
| - | for (i = 0; (i+2) < vertArrayLength; i++) {
| |
| - | lineVertArray = [];
| |
| - | fillVertArray = [];
| |
| - | strokeVertArray = [];
| |
| - | colorVertArray = [];
| |
| - | texVertArray = [];
| |
| - | for (j = 0; j < 3; j++) {
| |
| - | for (k = 0; k < 3; k++) {
| |
| - | lineVertArray.push(vertArray[i+j][k]);
| |
| - | fillVertArray.push(vertArray[i+j][k]);
| |
| - | }
| |
| - | }
| |
| - | for (j = 0; j < 3; j++) {
| |
| - | for (k = 3; k < 5; k++) {
| |
| - | texVertArray.push(vertArray[i+j][k]);
| |
| - | }
| |
| - | }
| |
| - | for (j = 0; j < 3; j++) {
| |
| - | for (k = 5; k < 9; k++) {
| |
| - | strokeVertArray.push(vertArray[i+j][k+4]);
| |
| - | colorVertArray.push(vertArray[i+j][k]);
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | if (doFill || usingTexture) {
| |
| - | fill3D(fillVertArray, "TRIANGLE_STRIP", colorVertArray, texVertArray);
| |
| - | }
| |
| - | if (doStroke) {
| |
| - | line3D(lineVertArray, "LINE_LOOP", strokeVertArray);
| |
| - | }
| |
| - | }
| |
| - | }
| |
| - | } else if (curShape === PConstants.TRIANGLE_FAN) {
| |
| - | if (vertArrayLength > 2) {
| |
| - | for (i = 0; i < 3; i++) {
| |
| - | cachedVertArray = vertArray[i];
| |
| - | for (j = 0; j < 3; j++) {
| |
| - | lineVertArray.push(cachedVertArray[j]);
| |
| - | }
| |
| - | }
| |
| - | for (i = 0; i < 3; i++) {
| |
| - | cachedVertArray = vertArray[i];
| |
| - | for (j = 9; j < 13; j++) {
| |
| - | strokeVertArray.push(cachedVertArray[j]);
| |
| - | }
| |
| - | }
| |
| - | if (doStroke) {
| |
| - | line3D(lineVertArray, "LINE_LOOP", strokeVertArray);
| |
| - | }
| |
| - |
| |
| - | for (i = 2; (i+1) < vertArrayLength; i++) {
| |
| - | lineVertArray = [];
| |
| - | strokeVertArray = [];
| |
| - | lineVertArray.push(vertArray[0][0]);
| |
| - | lineVertArray.push(vertArray[0][1]);
| |
| - | lineVertArray.push(vertArray[0][2]);
| |
| - |
| |
| - | strokeVertArray.push(vertArray[0][9]);
| |
| - | strokeVertArray.push(vertArray[0][10]);
| |
| - | strokeVertArray.push(vertArray[0][11]);
| |
| - | strokeVertArray.push(vertArray[0][12]);
| |
| - |
| |
| - | for (j = 0; j < 2; j++) {
| |
| - | for (k = 0; k < 3; k++) {
| |
| - | lineVertArray.push(vertArray[i+j][k]);
| |
| - | }
| |
| - | }
| |
| - | for (j = 0; j < 2; j++) {
| |
| - | for (k = 9; k < 13; k++) {
| |
| - | strokeVertArray.push(vertArray[i+j][k]);
| |
| - | }
| |
| - | }
| |
| - | if (doStroke) {
| |
| - | line3D(lineVertArray, "LINE_STRIP",strokeVertArray);
| |
| - | }
| |
| - | }
| |
| - | if (doFill || usingTexture) {
| |
| - | fill3D(fillVertArray, "TRIANGLE_FAN", colorVertArray, texVertArray);
| |
| - | }
| |
| - | }
| |
| - | } else if (curShape === PConstants.QUADS) {
| |
| - | for (i = 0; (i + 3) < vertArrayLength; i+=4) {
| |
| - | lineVertArray = [];
| |
| - | for (j = 0; j < 4; j++) {
| |
| - | cachedVertArray = vertArray[i+j];
| |
| - | for (k = 0; k < 3; k++) {
| |
| - | lineVertArray.push(cachedVertArray[k]);
| |
| - | }
| |
| - | }
| |
| - | if (doStroke) {
| |
| - | line3D(lineVertArray, "LINE_LOOP",strokeVertArray);
| |
| - | }
| |
| - |
| |
| - | if (doFill) {
| |
| - | fillVertArray = [];
| |
| - | colorVertArray = [];
| |
| - | texVertArray = [];
| |
| - | for (j = 0; j < 3; j++) {
| |
| - | fillVertArray.push(vertArray[i][j]);
| |
| - | }
| |
| - | for (j = 5; j < 9; j++) {
| |
| - | colorVertArray.push(vertArray[i][j]);
| |
| - | }
| |
| - |
| |
| - | for (j = 0; j < 3; j++) {
| |
| - | fillVertArray.push(vertArray[i+1][j]);
| |
| - | }
| |
| - | for (j = 5; j < 9; j++) {
| |
| - | colorVertArray.push(vertArray[i+1][j]);
| |
| - | }
| |
| - |
| |
| - | for (j = 0; j < 3; j++) {
| |
| - | fillVertArray.push(vertArray[i+3][j]);
| |
| - | }
| |
| - | for (j = 5; j < 9; j++) {
| |
| - | colorVertArray.push(vertArray[i+3][j]);
| |
| - | }
| |
| - |
| |
| - | for (j = 0; j < 3; j++) {
| |
| - | fillVertArray.push(vertArray[i+2][j]);
| |
| - | }
| |
| - | for (j = 5; j < 9; j++) {
| |
| - | colorVertArray.push(vertArray[i+2][j]);
| |
| - | }
| |
| - |
| |
| - | if (usingTexture) {
| |
| - | texVertArray.push(vertArray[i+0][3]);
| |
| - | texVertArray.push(vertArray[i+0][4]);
| |
| - | texVertArray.push(vertArray[i+1][3]);
| |
| - | texVertArray.push(vertArray[i+1][4]);
| |
| - | texVertArray.push(vertArray[i+3][3]);
| |
| - | texVertArray.push(vertArray[i+3][4]);
| |
| - | texVertArray.push(vertArray[i+2][3]);
| |
| - | texVertArray.push(vertArray[i+2][4]);
| |
| - | }
| |
| - |
| |
| - | fill3D(fillVertArray, "TRIANGLE_STRIP", colorVertArray, texVertArray);
| |
| - | }
| |
| - | }
| |
| - | } else if (curShape === PConstants.QUAD_STRIP) {
| |
| - | var tempArray = [];
| |
| - | if (vertArrayLength > 3) {
| |
| - | for (i = 0; i < 2; i++) {
| |
| - | cachedVertArray = vertArray[i];
| |
| - | for (j = 0; j < 3; j++) {
| |
| - | lineVertArray.push(cachedVertArray[j]);
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | for (i = 0; i < 2; i++) {
| |
| - | cachedVertArray = vertArray[i];
| |
| - | for (j = 9; j < 13; j++) {
| |
| - | strokeVertArray.push(cachedVertArray[j]);
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | line3D(lineVertArray, "LINE_STRIP", strokeVertArray);
| |
| - | if (vertArrayLength > 4 && vertArrayLength % 2 > 0) {
| |
| - | tempArray = fillVertArray.splice(fillVertArray.length - 3);
| |
| - | vertArray.pop();
| |
| - | }
| |
| - | for (i = 0; (i+3) < vertArrayLength; i+=2) {
| |
| - | lineVertArray = [];
| |
| - | strokeVertArray = [];
| |
| - | for (j = 0; j < 3; j++) {
| |
| - | lineVertArray.push(vertArray[i+1][j]);
| |
| - | }
| |
| - | for (j = 0; j < 3; j++) {
| |
| - | lineVertArray.push(vertArray[i+3][j]);
| |
| - | }
| |
| - | for (j = 0; j < 3; j++) {
| |
| - | lineVertArray.push(vertArray[i+2][j]);
| |
| - | }
| |
| - | for (j = 0; j < 3; j++) {
| |
| - | lineVertArray.push(vertArray[i+0][j]);
| |
| - | }
| |
| - | for (j = 9; j < 13; j++) {
| |
| - | strokeVertArray.push(vertArray[i+1][j]);
| |
| - | }
| |
| - | for (j = 9; j < 13; j++) {
| |
| - | strokeVertArray.push(vertArray[i+3][j]);
| |
| - | }
| |
| - | for (j = 9; j < 13; j++) {
| |
| - | strokeVertArray.push(vertArray[i+2][j]);
| |
| - | }
| |
| - | for (j = 9; j < 13; j++) {
| |
| - | strokeVertArray.push(vertArray[i+0][j]);
| |
| - | }
| |
| - | if (doStroke) {
| |
| - | line3D(lineVertArray, "LINE_STRIP", strokeVertArray);
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | if (doFill || usingTexture) {
| |
| - | fill3D(fillVertArray, "TRIANGLE_LIST", colorVertArray, texVertArray);
| |
| - | }
| |
| - | }
| |
| - | }
| |
| - | // If the user didn't specify a type (LINES, TRIANGLES, etc)
| |
| - | else {
| |
| - | // If only one vertex was specified, it must be a point
| |
| - | if (vertArrayLength === 1) {
| |
| - | for (j = 0; j < 3; j++) {
| |
| - | lineVertArray.push(vertArray[0][j]);
| |
| - | }
| |
| - | for (j = 9; j < 13; j++) {
| |
| - | strokeVertArray.push(vertArray[0][j]);
| |
| - | }
| |
| - | point3D(lineVertArray,strokeVertArray);
| |
| - | } else {
| |
| - | for (i = 0; i < vertArrayLength; i++) {
| |
| - | cachedVertArray = vertArray[i];
| |
| - | for (j = 0; j < 3; j++) {
| |
| - | lineVertArray.push(cachedVertArray[j]);
| |
| - | }
| |
| - | for (j = 5; j < 9; j++) {
| |
| - | strokeVertArray.push(cachedVertArray[j]);
| |
| - | }
| |
| - | }
| |
| - | if (doStroke && closeShape) {
| |
| - | line3D(lineVertArray, "LINE_LOOP", strokeVertArray);
| |
| - | } else if (doStroke && !closeShape) {
| |
| - | line3D(lineVertArray, "LINE_STRIP", strokeVertArray);
| |
| - | }
| |
| - |
| |
| - | // fill is ignored if textures are used
| |
| - | if (doFill || usingTexture) {
| |
| - | fill3D(fillVertArray, "TRIANGLE_FAN", colorVertArray, texVertArray);
| |
| - | }
| |
| - | }
| |
| - | }
| |
| - | // everytime beginShape is followed by a call to
| |
| - | // texture(), texturing it turned back on. We do this to
| |
| - | // figure out if the shape should be textured or filled
| |
| - | // with a color.
| |
| - | usingTexture = false;
| |
| - | curContext.useProgram(programObject3D);
| |
| - | uniformi("usingTexture3d", programObject3D, "uUsingTexture", usingTexture);
| |
| - | }
| |
| - |
| |
| - | // Reset some settings
| |
| - | isCurve = false;
| |
| - | isBezier = false;
| |
| - | curveVertArray = [];
| |
| - | curveVertCount = 0;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * The function splineForward() setup forward-differencing matrix to be used for speedy
| |
| - | * curve rendering. It's based on using a specific number
| |
| - | * of curve segments and just doing incremental adds for each
| |
| - | * vertex of the segment, rather than running the mathematically
| |
| - | * expensive cubic equation. This function is used by both curveDetail and bezierDetail.
| |
| - | *
| |
| - | * @param {int} segments number of curve segments to use when drawing
| |
| - | * @param {PMatrix3D} matrix target object for the new matrix
| |
| - | */
| |
| - | var splineForward = function(segments, matrix) {
| |
| - | var f = 1.0 / segments;
| |
| - | var ff = f * f;
| |
| - | var fff = ff * f;
| |
| - |
| |
| - | matrix.set(0, 0, 0, 1, fff, ff, f, 0, 6 * fff, 2 * ff, 0, 0, 6 * fff, 0, 0, 0);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * The curveInit() function set the number of segments to use when drawing a Catmull-Rom
| |
| - | * curve, and setting the s parameter, which defines how tightly
| |
| - | * the curve fits to each vertex. Catmull-Rom curves are actually
| |
| - | * a subset of this curve type where the s is set to zero.
| |
| - | * This in an internal function used by curveDetail() and curveTightness().
| |
| - | */
| |
| - | var curveInit = function() {
| |
| - | // allocate only if/when used to save startup time
| |
| - | if (!curveDrawMatrix) {
| |
| - | curveBasisMatrix = new PMatrix3D();
| |
| - | curveDrawMatrix = new PMatrix3D();
| |
| - | curveInited = true;
| |
| - | }
| |
| - |
| |
| - | var s = curTightness;
| |
| - | curveBasisMatrix.set((s - 1) / 2, (s + 3) / 2, (-3 - s) / 2, (1 - s) / 2,
| |
| - | (1 - s), (-5 - s) / 2, (s + 2), (s - 1) / 2,
| |
| - | (s - 1) / 2, 0, (1 - s) / 2, 0, 0, 1, 0, 0);
| |
| - |
| |
| - | splineForward(curveDet, curveDrawMatrix);
| |
| - |
| |
| - | if (!bezierBasisInverse) {
| |
| - | //bezierBasisInverse = bezierBasisMatrix.get();
| |
| - | //bezierBasisInverse.invert();
| |
| - | curveToBezierMatrix = new PMatrix3D();
| |
| - | }
| |
| - |
| |
| - | // TODO only needed for PGraphicsJava2D? if so, move it there
| |
| - | // actually, it's generally useful for other renderers, so keep it
| |
| - | // or hide the implementation elsewhere.
| |
| - | curveToBezierMatrix.set(curveBasisMatrix);
| |
| - | curveToBezierMatrix.preApply(bezierBasisInverse);
| |
| - |
| |
| - | // multiply the basis and forward diff matrices together
| |
| - | // saves much time since this needn't be done for each curve
| |
| - | curveDrawMatrix.apply(curveBasisMatrix);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Specifies vertex coordinates for Bezier curves. Each call to <b>bezierVertex()</b> defines the position of two control
| |
| - | * points and one anchor point of a Bezier curve, adding a new segment to a line or shape. The first time
| |
| - | * <b>bezierVertex()</b> is used within a <b>beginShape()</b> call, it must be prefaced with a call to <b>vertex()</b>
| |
| - | * to set the first anchor point. This function must be used between <b>beginShape()</b> and <b>endShape()</b> and only
| |
| - | * when there is no MODE parameter specified to <b>beginShape()</b>. Using the 3D version of requires rendering with P3D
| |
| - | * or OPENGL (see the Environment reference for more information). <br /> <br /> <b>NOTE: </b> Fill does not work properly yet.
| |
| - | *
| |
| - | * @param {float | int} cx1 The x-coordinate of 1st control point
| |
| - | * @param {float | int} cy1 The y-coordinate of 1st control point
| |
| - | * @param {float | int} cz1 The z-coordinate of 1st control point
| |
| - | * @param {float | int} cx2 The x-coordinate of 2nd control point
| |
| - | * @param {float | int} cy2 The y-coordinate of 2nd control point
| |
| - | * @param {float | int} cz2 The z-coordinate of 2nd control point
| |
| - | * @param {float | int} x The x-coordinate of the anchor point
| |
| - | * @param {float | int} y The y-coordinate of the anchor point
| |
| - | * @param {float | int} z The z-coordinate of the anchor point
| |
| - | *
| |
| - | * @see curveVertex
| |
| - | * @see vertex
| |
| - | * @see bezier
| |
| - | */
| |
| - | Drawing2D.prototype.bezierVertex = function() {
| |
| - | isBezier = true;
| |
| - | var vert = [];
| |
| - | if (firstVert) {
| |
| - | throw ("vertex() must be used at least once before calling bezierVertex()");
| |
| - | }
| |
| - |
| |
| - | for (var i = 0; i < arguments.length; i++) {
| |
| - | vert[i] = arguments[i];
| |
| - | }
| |
| - | vertArray.push(vert);
| |
| - | vertArray[vertArray.length -1].isVert = false;
| |
| - | };
| |
| - |
| |
| - | Drawing3D.prototype.bezierVertex = function() {
| |
| - | isBezier = true;
| |
| - | var vert = [];
| |
| - | if (firstVert) {
| |
| - | throw ("vertex() must be used at least once before calling bezierVertex()");
| |
| - | }
| |
| - |
| |
| - | if (arguments.length === 9) {
| |
| - | if (bezierDrawMatrix === undef) {
| |
| - | bezierDrawMatrix = new PMatrix3D();
| |
| - | }
| |
| - | // setup matrix for forward differencing to speed up drawing
| |
| - | var lastPoint = vertArray.length - 1;
| |
| - | splineForward( bezDetail, bezierDrawMatrix );
| |
| - | bezierDrawMatrix.apply( bezierBasisMatrix );
| |
| - | var draw = bezierDrawMatrix.array();
| |
| - | var x1 = vertArray[lastPoint][0],
| |
| - | y1 = vertArray[lastPoint][1],
| |
| - | z1 = vertArray[lastPoint][2];
| |
| - | var xplot1 = draw[4] * x1 + draw[5] * arguments[0] + draw[6] * arguments[3] + draw[7] * arguments[6];
| |
| - | var xplot2 = draw[8] * x1 + draw[9] * arguments[0] + draw[10]* arguments[3] + draw[11]* arguments[6];
| |
| - | var xplot3 = draw[12]* x1 + draw[13]* arguments[0] + draw[14]* arguments[3] + draw[15]* arguments[6];
| |
| - |
| |
| - | var yplot1 = draw[4] * y1 + draw[5] * arguments[1] + draw[6] * arguments[4] + draw[7] * arguments[7];
| |
| - | var yplot2 = draw[8] * y1 + draw[9] * arguments[1] + draw[10]* arguments[4] + draw[11]* arguments[7];
| |
| - | var yplot3 = draw[12]* y1 + draw[13]* arguments[1] + draw[14]* arguments[4] + draw[15]* arguments[7];
| |
| - |
| |
| - | var zplot1 = draw[4] * z1 + draw[5] * arguments[2] + draw[6] * arguments[5] + draw[7] * arguments[8];
| |
| - | var zplot2 = draw[8] * z1 + draw[9] * arguments[2] + draw[10]* arguments[5] + draw[11]* arguments[8];
| |
| - | var zplot3 = draw[12]* z1 + draw[13]* arguments[2] + draw[14]* arguments[5] + draw[15]* arguments[8];
| |
| - | for (var j = 0; j < bezDetail; j++) {
| |
| - | x1 += xplot1; xplot1 += xplot2; xplot2 += xplot3;
| |
| - | y1 += yplot1; yplot1 += yplot2; yplot2 += yplot3;
| |
| - | z1 += zplot1; zplot1 += zplot2; zplot2 += zplot3;
| |
| - | p.vertex(x1, y1, z1);
| |
| - | }
| |
| - | p.vertex(arguments[6], arguments[7], arguments[8]);
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Sets a texture to be applied to vertex points. The <b>texture()</b> function
| |
| - | * must be called between <b>beginShape()</b> and <b>endShape()</b> and before
| |
| - | * any calls to vertex().
| |
| - | *
| |
| - | * When textures are in use, the fill color is ignored. Instead, use tint() to
| |
| - | * specify the color of the texture as it is applied to the shape.
| |
| - | *
| |
| - | * @param {PImage} pimage the texture to apply
| |
| - | *
| |
| - | * @returns none
| |
| - | *
| |
| - | * @see textureMode
| |
| - | * @see beginShape
| |
| - | * @see endShape
| |
| - | * @see vertex
| |
| - | */
| |
| - | p.texture = function(pimage) {
| |
| - | var curContext = drawing.$ensureContext();
| |
| - |
| |
| - | if (pimage.__texture) {
| |
| - | curContext.bindTexture(curContext.TEXTURE_2D, pimage.__texture);
| |
| - | } else if (pimage.localName === "canvas") {
| |
| - | curContext.bindTexture(curContext.TEXTURE_2D, canTex);
| |
| - | curContext.texImage2D(curContext.TEXTURE_2D, 0, curContext.RGBA, curContext.RGBA, curContext.UNSIGNED_BYTE, pimage);
| |
| - | curContext.texParameteri(curContext.TEXTURE_2D, curContext.TEXTURE_MAG_FILTER, curContext.LINEAR);
| |
| - | curContext.texParameteri(curContext.TEXTURE_2D, curContext.TEXTURE_MIN_FILTER, curContext.LINEAR);
| |
| - | curContext.generateMipmap(curContext.TEXTURE_2D);
| |
| - | curTexture.width = pimage.width;
| |
| - | curTexture.height = pimage.height;
| |
| - | } else {
| |
| - | var texture = curContext.createTexture(),
| |
| - | cvs = document.createElement('canvas'),
| |
| - | cvsTextureCtx = cvs.getContext('2d'),
| |
| - | pot;
| |
| - |
| |
| - | // WebGL requires power of two textures
| |
| - | if (pimage.width & (pimage.width-1) === 0) {
| |
| - | cvs.width = pimage.width;
| |
| - | } else {
| |
| - | pot = 1;
| |
| - | while (pot < pimage.width) {
| |
| - | pot *= 2;
| |
| - | }
| |
| - | cvs.width = pot;
| |
| - | }
| |
| - |
| |
| - | if (pimage.height & (pimage.height-1) === 0) {
| |
| - | cvs.height = pimage.height;
| |
| - | } else {
| |
| - | pot = 1;
| |
| - | while (pot < pimage.height) {
| |
| - | pot *= 2;
| |
| - | }
| |
| - | cvs.height = pot;
| |
| - | }
| |
| - |
| |
| - | cvsTextureCtx.drawImage(pimage.sourceImg, 0, 0, pimage.width, pimage.height, 0, 0, cvs.width, cvs.height);
| |
| - |
| |
| - | curContext.bindTexture(curContext.TEXTURE_2D, texture);
| |
| - | curContext.texParameteri(curContext.TEXTURE_2D, curContext.TEXTURE_MIN_FILTER, curContext.LINEAR_MIPMAP_LINEAR);
| |
| - | curContext.texParameteri(curContext.TEXTURE_2D, curContext.TEXTURE_MAG_FILTER, curContext.LINEAR);
| |
| - | curContext.texParameteri(curContext.TEXTURE_2D, curContext.TEXTURE_WRAP_T, curContext.CLAMP_TO_EDGE);
| |
| - | curContext.texParameteri(curContext.TEXTURE_2D, curContext.TEXTURE_WRAP_S, curContext.CLAMP_TO_EDGE);
| |
| - | curContext.texImage2D(curContext.TEXTURE_2D, 0, curContext.RGBA, curContext.RGBA, curContext.UNSIGNED_BYTE, cvs);
| |
| - | curContext.generateMipmap(curContext.TEXTURE_2D);
| |
| - |
| |
| - | pimage.__texture = texture;
| |
| - | curTexture.width = pimage.width;
| |
| - | curTexture.height = pimage.height;
| |
| - | }
| |
| - |
| |
| - | usingTexture = true;
| |
| - | curContext.useProgram(programObject3D);
| |
| - | uniformi("usingTexture3d", programObject3D, "uUsingTexture", usingTexture);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Sets the coordinate space for texture mapping. There are two options, IMAGE,
| |
| - | * which refers to the actual coordinates of the image, and NORMALIZED, which
| |
| - | * refers to a normalized space of values ranging from 0 to 1. The default mode
| |
| - | * is IMAGE. In IMAGE, if an image is 100 x 200 pixels, mapping the image onto
| |
| - | * the entire size of a quad would require the points (0,0) (0,100) (100,200) (0,200).
| |
| - | * The same mapping in NORMAL_SPACE is (0,0) (0,1) (1,1) (0,1).
| |
| - | *
| |
| - | * @param MODE either IMAGE or NORMALIZED
| |
| - | *
| |
| - | * @returns none
| |
| - | *
| |
| - | * @see texture
| |
| - | */
| |
| - | p.textureMode = function(mode){
| |
| - | curTextureMode = mode;
| |
| - | };
| |
| - | /**
| |
| - | * The curveVertexSegment() function handle emitting a specific segment of Catmull-Rom curve. Internal helper function used by <b>curveVertex()</b>.
| |
| - | */
| |
| - | var curveVertexSegment = function(x1, y1, z1, x2, y2, z2, x3, y3, z3, x4, y4, z4) {
| |
| - | var x0 = x2;
| |
| - | var y0 = y2;
| |
| - | var z0 = z2;
| |
| - |
| |
| - | var draw = curveDrawMatrix.array();
| |
| - |
| |
| - | var xplot1 = draw[4] * x1 + draw[5] * x2 + draw[6] * x3 + draw[7] * x4;
| |
| - | var xplot2 = draw[8] * x1 + draw[9] * x2 + draw[10] * x3 + draw[11] * x4;
| |
| - | var xplot3 = draw[12] * x1 + draw[13] * x2 + draw[14] * x3 + draw[15] * x4;
| |
| - |
| |
| - | var yplot1 = draw[4] * y1 + draw[5] * y2 + draw[6] * y3 + draw[7] * y4;
| |
| - | var yplot2 = draw[8] * y1 + draw[9] * y2 + draw[10] * y3 + draw[11] * y4;
| |
| - | var yplot3 = draw[12] * y1 + draw[13] * y2 + draw[14] * y3 + draw[15] * y4;
| |
| - |
| |
| - | var zplot1 = draw[4] * z1 + draw[5] * z2 + draw[6] * z3 + draw[7] * z4;
| |
| - | var zplot2 = draw[8] * z1 + draw[9] * z2 + draw[10] * z3 + draw[11] * z4;
| |
| - | var zplot3 = draw[12] * z1 + draw[13] * z2 + draw[14] * z3 + draw[15] * z4;
| |
| - |
| |
| - | p.vertex(x0, y0, z0);
| |
| - | for (var j = 0; j < curveDet; j++) {
| |
| - | x0 += xplot1; xplot1 += xplot2; xplot2 += xplot3;
| |
| - | y0 += yplot1; yplot1 += yplot2; yplot2 += yplot3;
| |
| - | z0 += zplot1; zplot1 += zplot2; zplot2 += zplot3;
| |
| - | p.vertex(x0, y0, z0);
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Specifies vertex coordinates for curves. This function may only be used between <b>beginShape()</b> and
| |
| - | * <b>endShape()</b> and only when there is no MODE parameter specified to <b>beginShape()</b>. The first and last points
| |
| - | * in a series of <b>curveVertex()</b> lines will be used to guide the beginning and end of a the curve. A minimum of four
| |
| - | * points is required to draw a tiny curve between the second and third points. Adding a fifth point with
| |
| - | * <b>curveVertex()</b> will draw the curve between the second, third, and fourth points. The <b>curveVertex()</b> function
| |
| - | * is an implementation of Catmull-Rom splines. Using the 3D version of requires rendering with P3D or OPENGL (see the
| |
| - | * Environment reference for more information). <br /> <br /><b>NOTE: </b> Fill does not work properly yet.
| |
| - | *
| |
| - | * @param {float | int} x The x-coordinate of the vertex
| |
| - | * @param {float | int} y The y-coordinate of the vertex
| |
| - | * @param {float | int} z The z-coordinate of the vertex
| |
| - | *
| |
| - | * @see curve
| |
| - | * @see beginShape
| |
| - | * @see endShape
| |
| - | * @see vertex
| |
| - | * @see bezierVertex
| |
| - | */
| |
| - | Drawing2D.prototype.curveVertex = function(x, y) {
| |
| - | isCurve = true;
| |
| - |
| |
| - | p.vertex(x, y);
| |
| - | };
| |
| - |
| |
| - | Drawing3D.prototype.curveVertex = function(x, y, z) {
| |
| - | isCurve = true;
| |
| - |
| |
| - | if (!curveInited) {
| |
| - | curveInit();
| |
| - | }
| |
| - | var vert = [];
| |
| - | vert[0] = x;
| |
| - | vert[1] = y;
| |
| - | vert[2] = z;
| |
| - | curveVertArray.push(vert);
| |
| - | curveVertCount++;
| |
| - |
| |
| - | if (curveVertCount > 3) {
| |
| - | curveVertexSegment( curveVertArray[curveVertCount-4][0],
| |
| - | curveVertArray[curveVertCount-4][1],
| |
| - | curveVertArray[curveVertCount-4][2],
| |
| - | curveVertArray[curveVertCount-3][0],
| |
| - | curveVertArray[curveVertCount-3][1],
| |
| - | curveVertArray[curveVertCount-3][2],
| |
| - | curveVertArray[curveVertCount-2][0],
| |
| - | curveVertArray[curveVertCount-2][1],
| |
| - | curveVertArray[curveVertCount-2][2],
| |
| - | curveVertArray[curveVertCount-1][0],
| |
| - | curveVertArray[curveVertCount-1][1],
| |
| - | curveVertArray[curveVertCount-1][2] );
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * The curve() function draws a curved line on the screen. The first and second parameters
| |
| - | * specify the beginning control point and the last two parameters specify
| |
| - | * the ending control point. The middle parameters specify the start and
| |
| - | * stop of the curve. Longer curves can be created by putting a series of
| |
| - | * <b>curve()</b> functions together or using <b>curveVertex()</b>.
| |
| - | * An additional function called <b>curveTightness()</b> provides control
| |
| - | * for the visual quality of the curve. The <b>curve()</b> function is an
| |
| - | * implementation of Catmull-Rom splines. Using the 3D version of requires
| |
| - | * rendering with P3D or OPENGL (see the Environment reference for more
| |
| - | * information).
| |
| - | *
| |
| - | * @param {int|float} x1 coordinates for the beginning control point
| |
| - | * @param {int|float} y1 coordinates for the beginning control point
| |
| - | * @param {int|float} z1 coordinates for the beginning control point
| |
| - | * @param {int|float} x2 coordinates for the first point
| |
| - | * @param {int|float} y2 coordinates for the first point
| |
| - | * @param {int|float} z2 coordinates for the first point
| |
| - | * @param {int|float} x3 coordinates for the second point
| |
| - | * @param {int|float} y3 coordinates for the second point
| |
| - | * @param {int|float} z3 coordinates for the second point
| |
| - | * @param {int|float} x4 coordinates for the ending control point
| |
| - | * @param {int|float} y4 coordinates for the ending control point
| |
| - | * @param {int|float} z4 coordinates for the ending control point
| |
| - | *
| |
| - | * @see #curveVertex()
| |
| - | * @see #curveTightness()
| |
| - | * @see #bezier()
| |
| - | */
| |
| - | Drawing2D.prototype.curve = function(x1, y1, x2, y2, x3, y3, x4, y4) {
| |
| - | p.beginShape();
| |
| - | p.curveVertex(x1, y1);
| |
| - | p.curveVertex(x2, y2);
| |
| - | p.curveVertex(x3, y3);
| |
| - | p.curveVertex(x4, y4);
| |
| - | p.endShape();
| |
| - | };
| |
| - |
| |
| - | Drawing3D.prototype.curve = function(x1, y1, z1, x2, y2, z2, x3, y3, z3, x4, y4, z4) {
| |
| - | if (z4 !== undef) {
| |
| - | p.beginShape();
| |
| - | p.curveVertex(x1, y1, z1);
| |
| - | p.curveVertex(x2, y2, z2);
| |
| - | p.curveVertex(x3, y3, z3);
| |
| - | p.curveVertex(x4, y4, z4);
| |
| - | p.endShape();
| |
| - | return;
| |
| - | }
| |
| - | p.beginShape();
| |
| - | p.curveVertex(x1, y1);
| |
| - | p.curveVertex(z1, x2);
| |
| - | p.curveVertex(y2, z2);
| |
| - | p.curveVertex(x3, y3);
| |
| - | p.endShape();
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * The curveTightness() function modifies the quality of forms created with <b>curve()</b> and
| |
| - | * <b>curveVertex()</b>. The parameter <b>squishy</b> determines how the
| |
| - | * curve fits to the vertex points. The value 0.0 is the default value for
| |
| - | * <b>squishy</b> (this value defines the curves to be Catmull-Rom splines)
| |
| - | * and the value 1.0 connects all the points with straight lines.
| |
| - | * Values within the range -5.0 and 5.0 will deform the curves but
| |
| - | * will leave them recognizable and as values increase in magnitude,
| |
| - | * they will continue to deform.
| |
| - | *
| |
| - | * @param {float} tightness amount of deformation from the original vertices
| |
| - | *
| |
| - | * @see #curve()
| |
| - | * @see #curveVertex()
| |
| - | *
| |
| - | */
| |
| - | p.curveTightness = function(tightness) {
| |
| - | curTightness = tightness;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * The curveDetail() function sets the resolution at which curves display. The default value is 20.
| |
| - | * This function is only useful when using the P3D or OPENGL renderer.
| |
| - | *
| |
| - | * @param {int} detail resolution of the curves
| |
| - | *
| |
| - | * @see curve()
| |
| - | * @see curveVertex()
| |
| - | * @see curveTightness()
| |
| - | */
| |
| - | p.curveDetail = function(detail) {
| |
| - | curveDet = detail;
| |
| - | curveInit();
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Modifies the location from which rectangles draw. The default mode is rectMode(CORNER), which
| |
| - | * specifies the location to be the upper left corner of the shape and uses the third and fourth
| |
| - | * parameters of rect() to specify the width and height. The syntax rectMode(CORNERS) uses the
| |
| - | * first and second parameters of rect() to set the location of one corner and uses the third and
| |
| - | * fourth parameters to set the opposite corner. The syntax rectMode(CENTER) draws the image from
| |
| - | * its center point and uses the third and forth parameters of rect() to specify the image's width
| |
| - | * and height. The syntax rectMode(RADIUS) draws the image from its center point and uses the third
| |
| - | * and forth parameters of rect() to specify half of the image's width and height. The parameter must
| |
| - | * be written in ALL CAPS because Processing is a case sensitive language. Note: In version 125, the
| |
| - | * mode named CENTER_RADIUS was shortened to RADIUS.
| |
| - | *
| |
| - | * @param {MODE} MODE Either CORNER, CORNERS, CENTER, or RADIUS
| |
| - | *
| |
| - | * @see rect
| |
| - | */
| |
| - | p.rectMode = function(aRectMode) {
| |
| - | curRectMode = aRectMode;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Modifies the location from which images draw. The default mode is imageMode(CORNER), which specifies
| |
| - | * the location to be the upper left corner and uses the fourth and fifth parameters of image() to set
| |
| - | * the image's width and height. The syntax imageMode(CORNERS) uses the second and third parameters of
| |
| - | * image() to set the location of one corner of the image and uses the fourth and fifth parameters to
| |
| - | * set the opposite corner. Use imageMode(CENTER) to draw images centered at the given x and y position.
| |
| - | * The parameter to imageMode() must be written in ALL CAPS because Processing is a case sensitive language.
| |
| - | *
| |
| - | * @param {MODE} MODE Either CORNER, CORNERS, or CENTER
| |
| - | *
| |
| - | * @see loadImage
| |
| - | * @see PImage
| |
| - | * @see image
| |
| - | * @see background
| |
| - | */
| |
| - | p.imageMode = function(mode) {
| |
| - | switch (mode) {
| |
| - | case PConstants.CORNER:
| |
| - | imageModeConvert = imageModeCorner;
| |
| - | break;
| |
| - | case PConstants.CORNERS:
| |
| - | imageModeConvert = imageModeCorners;
| |
| - | break;
| |
| - | case PConstants.CENTER:
| |
| - | imageModeConvert = imageModeCenter;
| |
| - | break;
| |
| - | default:
| |
| - | throw "Invalid imageMode";
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * The origin of the ellipse is modified by the ellipseMode() function. The default configuration is
| |
| - | * ellipseMode(CENTER), which specifies the location of the ellipse as the center of the shape. The RADIUS
| |
| - | * mode is the same, but the width and height parameters to ellipse() specify the radius of the ellipse,
| |
| - | * rather than the diameter. The CORNER mode draws the shape from the upper-left corner of its bounding box.
| |
| - | * The CORNERS mode uses the four parameters to ellipse() to set two opposing corners of the ellipse's bounding
| |
| - | * box. The parameter must be written in "ALL CAPS" because Processing is a case sensitive language.
| |
| - | *
| |
| - | * @param {MODE} MODE Either CENTER, RADIUS, CORNER, or CORNERS.
| |
| - | *
| |
| - | * @see ellipse
| |
| - | */
| |
| - | p.ellipseMode = function(aEllipseMode) {
| |
| - | curEllipseMode = aEllipseMode;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * The arc() function draws an arc in the display window.
| |
| - | * Arcs are drawn along the outer edge of an ellipse defined by the
| |
| - | * <b>x</b>, <b>y</b>, <b>width</b> and <b>height</b> parameters.
| |
| - | * The origin or the arc's ellipse may be changed with the
| |
| - | * <b>ellipseMode()</b> function.
| |
| - | * The <b>start</b> and <b>stop</b> parameters specify the angles
| |
| - | * at which to draw the arc.
| |
| - | *
| |
| - | * @param {float} a x-coordinate of the arc's ellipse
| |
| - | * @param {float} b y-coordinate of the arc's ellipse
| |
| - | * @param {float} c width of the arc's ellipse
| |
| - | * @param {float} d height of the arc's ellipse
| |
| - | * @param {float} start angle to start the arc, specified in radians
| |
| - | * @param {float} stop angle to stop the arc, specified in radians
| |
| - | *
| |
| - | * @see #ellipseMode()
| |
| - | * @see #ellipse()
| |
| - | */
| |
| - | p.arc = function(x, y, width, height, start, stop) {
| |
| - | if (width <= 0 || stop < start) { return; }
| |
| - |
| |
| - | if (curEllipseMode === PConstants.CORNERS) {
| |
| - | width = width - x;
| |
| - | height = height - y;
| |
| - | } else if (curEllipseMode === PConstants.RADIUS) {
| |
| - | x = x - width;
| |
| - | y = y - height;
| |
| - | width = width * 2;
| |
| - | height = height * 2;
| |
| - | } else if (curEllipseMode === PConstants.CENTER) {
| |
| - | x = x - width/2;
| |
| - | y = y - height/2;
| |
| - | }
| |
| - | // make sure that we're starting at a useful point
| |
| - | while (start < 0) {
| |
| - | start += PConstants.TWO_PI;
| |
| - | stop += PConstants.TWO_PI;
| |
| - | }
| |
| - | if (stop - start > PConstants.TWO_PI) {
| |
| - | start = 0;
| |
| - | stop = PConstants.TWO_PI;
| |
| - | }
| |
| - | var hr = width / 2,
| |
| - | vr = height / 2,
| |
| - | centerX = x + hr,
| |
| - | centerY = y + vr,
| |
| - | startLUT = 0 | (0.5 + start * p.RAD_TO_DEG * 2),
| |
| - | stopLUT = 0 | (0.5 + stop * p.RAD_TO_DEG * 2),
| |
| - | i, j;
| |
| - | if (doFill) {
| |
| - | // shut off stroke for a minute
| |
| - | var savedStroke = doStroke;
| |
| - | doStroke = false;
| |
| - | p.beginShape();
| |
| - | p.vertex(centerX, centerY);
| |
| - | for (i = startLUT; i <= stopLUT; i++) {
| |
| - | j = i % PConstants.SINCOS_LENGTH;
| |
| - | p.vertex(centerX + cosLUT[j] * hr, centerY + sinLUT[j] * vr);
| |
| - | }
| |
| - | p.endShape(PConstants.CLOSE);
| |
| - | doStroke = savedStroke;
| |
| - | }
| |
| - |
| |
| - | if (doStroke) {
| |
| - | // and doesn't include the first (center) vertex.
| |
| - | var savedFill = doFill;
| |
| - | doFill = false;
| |
| - | p.beginShape();
| |
| - | for (i = startLUT; i <= stopLUT; i++) {
| |
| - | j = i % PConstants.SINCOS_LENGTH;
| |
| - | p.vertex(centerX + cosLUT[j] * hr, centerY + sinLUT[j] * vr);
| |
| - | }
| |
| - | p.endShape();
| |
| - | doFill = savedFill;
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Draws a line (a direct path between two points) to the screen. The version of line() with four parameters
| |
| - | * draws the line in 2D. To color a line, use the stroke() function. A line cannot be filled, therefore the
| |
| - | * fill() method will not affect the color of a line. 2D lines are drawn with a width of one pixel by default,
| |
| - | * but this can be changed with the strokeWeight() function. The version with six parameters allows the line
| |
| - | * to be placed anywhere within XYZ space. Drawing this shape in 3D using the z parameter requires the P3D or
| |
| - | * OPENGL parameter in combination with size.
| |
| - | *
| |
| - | * @param {int|float} x1 x-coordinate of the first point
| |
| - | * @param {int|float} y1 y-coordinate of the first point
| |
| - | * @param {int|float} z1 z-coordinate of the first point
| |
| - | * @param {int|float} x2 x-coordinate of the second point
| |
| - | * @param {int|float} y2 y-coordinate of the second point
| |
| - | * @param {int|float} z2 z-coordinate of the second point
| |
| - | *
| |
| - | * @see strokeWeight
| |
| - | * @see strokeJoin
| |
| - | * @see strokeCap
| |
| - | * @see beginShape
| |
| - | */
| |
| - | Drawing2D.prototype.line = function(x1, y1, x2, y2) {
| |
| - | if (!doStroke) {
| |
| - | return;
| |
| - | }
| |
| - | x1 = Math.round(x1);
| |
| - | x2 = Math.round(x2);
| |
| - | y1 = Math.round(y1);
| |
| - | y2 = Math.round(y2);
| |
| - | // A line is only defined if it has different start and end coordinates.
| |
| - | // If they are the same, we call point instead.
| |
| - | if (x1 === x2 && y1 === y2) {
| |
| - | p.point(x1, y1);
| |
| - | return;
| |
| - | }
| |
| - |
| |
| - | var swap = undef,
| |
| - | lineCap = undef,
| |
| - | drawCrisp = true,
| |
| - | currentModelView = modelView.array(),
| |
| - | identityMatrix = [1, 0, 0, 0, 1, 0];
| |
| - | // Test if any transformations have been applied to the sketch
| |
| - | for (var i = 0; i < 6 && drawCrisp; i++) {
| |
| - | drawCrisp = currentModelView[i] === identityMatrix[i];
| |
| - | }
| |
| - | /* Draw crisp lines if the line is vertical or horizontal with the following method
| |
| - | * If any transformations have been applied to the sketch, don't make the line crisp
| |
| - | * If the line is directed up or to the left, reverse it by swapping x1/x2 or y1/y2
| |
| - | * Make the line 1 pixel longer to work around cross-platform canvas implementations
| |
| - | * If the lineWidth is odd, translate the line by 0.5 in the perpendicular direction
| |
| - | * Even lineWidths do not need to be translated because the canvas will draw them on pixel boundaries
| |
| - | * Change the cap to butt-end to work around cross-platform canvas implementations
| |
| - | * Reverse the translate and lineCap canvas state changes after drawing the line
| |
| - | */
| |
| - | if (drawCrisp) {
| |
| - | if (x1 === x2) {
| |
| - | if (y1 > y2) {
| |
| - | swap = y1;
| |
| - | y1 = y2;
| |
| - | y2 = swap;
| |
| - | }
| |
| - | y2++;
| |
| - | if (lineWidth % 2 === 1) {
| |
| - | curContext.translate(0.5, 0.0);
| |
| - | }
| |
| - | } else if (y1 === y2) {
| |
| - | if (x1 > x2) {
| |
| - | swap = x1;
| |
| - | x1 = x2;
| |
| - | x2 = swap;
| |
| - | }
| |
| - | x2++;
| |
| - | if (lineWidth % 2 === 1) {
| |
| - | curContext.translate(0.0, 0.5);
| |
| - | }
| |
| - | }
| |
| - | if (lineWidth === 1) {
| |
| - | lineCap = curContext.lineCap;
| |
| - | curContext.lineCap = 'butt';
| |
| - | }
| |
| - | }
| |
| - | curContext.beginPath();
| |
| - | curContext.moveTo(x1 || 0, y1 || 0);
| |
| - | curContext.lineTo(x2 || 0, y2 || 0);
| |
| - | executeContextStroke();
| |
| - | if (drawCrisp) {
| |
| - | if (x1 === x2 && lineWidth % 2 === 1) {
| |
| - | curContext.translate(-0.5, 0.0);
| |
| - | } else if (y1 === y2 && lineWidth % 2 === 1) {
| |
| - | curContext.translate(0.0, -0.5);
| |
| - | }
| |
| - | if (lineWidth === 1) {
| |
| - | curContext.lineCap = lineCap;
| |
| - | }
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | Drawing3D.prototype.line = function(x1, y1, z1, x2, y2, z2) {
| |
| - | if (y2 === undef || z2 === undef) { // 2D line called in 3D context
| |
| - | z2 = 0;
| |
| - | y2 = x2;
| |
| - | x2 = z1;
| |
| - | z1 = 0;
| |
| - | }
| |
| - |
| |
| - | // a line is only defined if it has different start and end coordinates.
| |
| - | // If they are the same, we call point instead.
| |
| - | if (x1===x2 && y1===y2 && z1===z2) {
| |
| - | p.point(x1,y1,z1);
| |
| - | return;
| |
| - | }
| |
| - |
| |
| - | var lineVerts = [x1, y1, z1, x2, y2, z2];
| |
| - |
| |
| - | var view = new PMatrix3D();
| |
| - | view.scale(1, -1, 1);
| |
| - | view.apply(modelView.array());
| |
| - | view.transpose();
| |
| - |
| |
| - | if (lineWidth > 0 && doStroke) {
| |
| - | curContext.useProgram(programObject2D);
| |
| - |
| |
| - | uniformMatrix("uModel2d", programObject2D, "uModel", false, [1,0,0,0, 0,1,0,0, 0,0,1,0, 0,0,0,1]);
| |
| - | uniformMatrix("uView2d", programObject2D, "uView", false, view.array());
| |
| - |
| |
| - | uniformf("uColor2d", programObject2D, "uColor", strokeStyle);
| |
| - | uniformi("uIsDrawingText", programObject2D, "uIsDrawingText", false);
| |
| - |
| |
| - | vertexAttribPointer("aVertex2d", programObject2D, "aVertex", 3, lineBuffer);
| |
| - | disableVertexAttribPointer("aTextureCoord2d", programObject2D, "aTextureCoord");
| |
| - |
| |
| - | curContext.bufferData(curContext.ARRAY_BUFFER, new Float32Array(lineVerts), curContext.STREAM_DRAW);
| |
| - | curContext.drawArrays(curContext.LINES, 0, 2);
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Draws a Bezier curve on the screen. These curves are defined by a series of anchor and control points. The first
| |
| - | * two parameters specify the first anchor point and the last two parameters specify the other anchor point. The
| |
| - | * middle parameters specify the control points which define the shape of the curve. Bezier curves were developed
| |
| - | * by French engineer Pierre Bezier. Using the 3D version of requires rendering with P3D or OPENGL (see the
| |
| - | * Environment reference for more information).
| |
| - | *
| |
| - | * @param {int | float} x1,y1,z1 coordinates for the first anchor point
| |
| - | * @param {int | float} cx1,cy1,cz1 coordinates for the first control point
| |
| - | * @param {int | float} cx2,cy2,cz2 coordinates for the second control point
| |
| - | * @param {int | float} x2,y2,z2 coordinates for the second anchor point
| |
| - | *
| |
| - | * @see bezierVertex
| |
| - | * @see curve
| |
| - | */
| |
| - | Drawing2D.prototype.bezier = function() {
| |
| - | if (arguments.length !== 8) {
| |
| - | throw("You must use 8 parameters for bezier() in 2D mode");
| |
| - | }
| |
| - |
| |
| - | p.beginShape();
| |
| - | p.vertex( arguments[0], arguments[1] );
| |
| - | p.bezierVertex( arguments[2], arguments[3],
| |
| - | arguments[4], arguments[5],
| |
| - | arguments[6], arguments[7] );
| |
| - | p.endShape();
| |
| - | };
| |
| - |
| |
| - | Drawing3D.prototype.bezier = function() {
| |
| - | if (arguments.length !== 12) {
| |
| - | throw("You must use 12 parameters for bezier() in 3D mode");
| |
| - | }
| |
| - |
| |
| - | p.beginShape();
| |
| - | p.vertex( arguments[0], arguments[1], arguments[2] );
| |
| - | p.bezierVertex( arguments[3], arguments[4], arguments[5],
| |
| - | arguments[6], arguments[7], arguments[8],
| |
| - | arguments[9], arguments[10], arguments[11] );
| |
| - | p.endShape();
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Sets the resolution at which Beziers display. The default value is 20. This function is only useful when using the P3D
| |
| - | * or OPENGL renderer as the default (JAVA2D) renderer does not use this information.
| |
| - | *
| |
| - | * @param {int} detail resolution of the curves
| |
| - | *
| |
| - | * @see curve
| |
| - | * @see curveVertex
| |
| - | * @see curveTightness
| |
| - | */
| |
| - | p.bezierDetail = function( detail ){
| |
| - | bezDetail = detail;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * The bezierPoint() function evalutes quadratic bezier at point t for points a, b, c, d.
| |
| - | * The parameter t varies between 0 and 1. The a and d parameters are the
| |
| - | * on-curve points, b and c are the control points. To make a two-dimensional
| |
| - | * curve, call this function once with the x coordinates and a second time
| |
| - | * with the y coordinates to get the location of a bezier curve at t.
| |
| - | *
| |
| - | * @param {float} a coordinate of first point on the curve
| |
| - | * @param {float} b coordinate of first control point
| |
| - | * @param {float} c coordinate of second control point
| |
| - | * @param {float} d coordinate of second point on the curve
| |
| - | * @param {float} t value between 0 and 1
| |
| - | *
| |
| - | * @see #bezier()
| |
| - | * @see #bezierVertex()
| |
| - | * @see #curvePoint()
| |
| - | */
| |
| - | p.bezierPoint = function(a, b, c, d, t) {
| |
| - | return (1 - t) * (1 - t) * (1 - t) * a + 3 * (1 - t) * (1 - t) * t * b + 3 * (1 - t) * t * t * c + t * t * t * d;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * The bezierTangent() function calculates the tangent of a point on a Bezier curve. There is a good
| |
| - | * definition of "tangent" at Wikipedia: <a href="http://en.wikipedia.org/wiki/Tangent" target="new">http://en.wikipedia.org/wiki/Tangent</a>
| |
| - | *
| |
| - | * @param {float} a coordinate of first point on the curve
| |
| - | * @param {float} b coordinate of first control point
| |
| - | * @param {float} c coordinate of second control point
| |
| - | * @param {float} d coordinate of second point on the curve
| |
| - | * @param {float} t value between 0 and 1
| |
| - | *
| |
| - | * @see #bezier()
| |
| - | * @see #bezierVertex()
| |
| - | * @see #curvePoint()
| |
| - | */
| |
| - | p.bezierTangent = function(a, b, c, d, t) {
| |
| - | return (3 * t * t * (-a + 3 * b - 3 * c + d) + 6 * t * (a - 2 * b + c) + 3 * (-a + b));
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * The curvePoint() function evalutes the Catmull-Rom curve at point t for points a, b, c, d. The
| |
| - | * parameter t varies between 0 and 1, a and d are points on the curve,
| |
| - | * and b and c are the control points. This can be done once with the x
| |
| - | * coordinates and a second time with the y coordinates to get the
| |
| - | * location of a curve at t.
| |
| - | *
| |
| - | * @param {int|float} a coordinate of first point on the curve
| |
| - | * @param {int|float} b coordinate of second point on the curve
| |
| - | * @param {int|float} c coordinate of third point on the curve
| |
| - | * @param {int|float} d coordinate of fourth point on the curve
| |
| - | * @param {float} t value between 0 and 1
| |
| - | *
| |
| - | * @see #curve()
| |
| - | * @see #curveVertex()
| |
| - | * @see #bezierPoint()
| |
| - | */
| |
| - | p.curvePoint = function(a, b, c, d, t) {
| |
| - | return 0.5 * ((2 * b) + (-a + c) * t + (2 * a - 5 * b + 4 * c - d) * t * t + (-a + 3 * b - 3 * c + d) * t * t * t);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * The curveTangent() function calculates the tangent of a point on a Catmull-Rom curve.
| |
| - | * There is a good definition of "tangent" at Wikipedia: <a href="http://en.wikipedia.org/wiki/Tangent" target="new">http://en.wikipedia.org/wiki/Tangent</a>.
| |
| - | *
| |
| - | * @param {int|float} a coordinate of first point on the curve
| |
| - | * @param {int|float} b coordinate of first control point
| |
| - | * @param {int|float} c coordinate of second control point
| |
| - | * @param {int|float} d coordinate of second point on the curve
| |
| - | * @param {float} t value between 0 and 1
| |
| - | *
| |
| - | * @see #curve()
| |
| - | * @see #curveVertex()
| |
| - | * @see #curvePoint()
| |
| - | * @see #bezierTangent()
| |
| - | */
| |
| - | p.curveTangent = function(a, b, c, d, t) {
| |
| - | return 0.5 * ((-a + c) + 2 * (2 * a - 5 * b + 4 * c - d) * t + 3 * (-a + 3 * b - 3 * c + d) * t * t);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * A triangle is a plane created by connecting three points. The first two arguments specify the first point,
| |
| - | * the middle two arguments specify the second point, and the last two arguments specify the third point.
| |
| - | *
| |
| - | * @param {int | float} x1 x-coordinate of the first point
| |
| - | * @param {int | float} y1 y-coordinate of the first point
| |
| - | * @param {int | float} x2 x-coordinate of the second point
| |
| - | * @param {int | float} y2 y-coordinate of the second point
| |
| - | * @param {int | float} x3 x-coordinate of the third point
| |
| - | * @param {int | float} y3 y-coordinate of the third point
| |
| - | */
| |
| - | p.triangle = function(x1, y1, x2, y2, x3, y3) {
| |
| - | p.beginShape(PConstants.TRIANGLES);
| |
| - | p.vertex(x1, y1, 0);
| |
| - | p.vertex(x2, y2, 0);
| |
| - | p.vertex(x3, y3, 0);
| |
| - | p.endShape();
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * A quad is a quadrilateral, a four sided polygon. It is similar to a rectangle, but the angles between its
| |
| - | * edges are not constrained to ninety degrees. The first pair of parameters (x1,y1) sets the first vertex
| |
| - | * and the subsequent pairs should proceed clockwise or counter-clockwise around the defined shape.
| |
| - | *
| |
| - | * @param {float | int} x1 x-coordinate of the first corner
| |
| - | * @param {float | int} y1 y-coordinate of the first corner
| |
| - | * @param {float | int} x2 x-coordinate of the second corner
| |
| - | * @param {float | int} y2 y-coordinate of the second corner
| |
| - | * @param {float | int} x3 x-coordinate of the third corner
| |
| - | * @param {float | int} y3 y-coordinate of the third corner
| |
| - | * @param {float | int} x4 x-coordinate of the fourth corner
| |
| - | * @param {float | int} y4 y-coordinate of the fourth corner
| |
| - | */
| |
| - | p.quad = function(x1, y1, x2, y2, x3, y3, x4, y4) {
| |
| - | p.beginShape(PConstants.QUADS);
| |
| - | p.vertex(x1, y1, 0);
| |
| - | p.vertex(x2, y2, 0);
| |
| - | p.vertex(x3, y3, 0);
| |
| - | p.vertex(x4, y4, 0);
| |
| - | p.endShape();
| |
| - | };
| |
| - |
| |
| - | var roundedRect$2d = function(x, y, width, height, tl, tr, br, bl) {
| |
| - | if (bl === undef) {
| |
| - | tr = tl;
| |
| - | br = tl;
| |
| - | bl = tl;
| |
| - | }
| |
| - | var halfWidth = width / 2,
| |
| - | halfHeight = height / 2;
| |
| - | if (tl > halfWidth || tl > halfHeight) {
| |
| - | tl = Math.min(halfWidth, halfHeight);
| |
| - | }
| |
| - | if (tr > halfWidth || tr > halfHeight) {
| |
| - | tr = Math.min(halfWidth, halfHeight);
| |
| - | }
| |
| - | if (br > halfWidth || br > halfHeight) {
| |
| - | br = Math.min(halfWidth, halfHeight);
| |
| - | }
| |
| - | if (bl > halfWidth || bl > halfHeight) {
| |
| - | bl = Math.min(halfWidth, halfHeight);
| |
| - | }
| |
| - | // Translate the stroke by (0.5, 0.5) to draw a crisp border
| |
| - | if (!doFill || doStroke) {
| |
| - | curContext.translate(0.5, 0.5);
| |
| - | }
| |
| - | curContext.beginPath();
| |
| - | curContext.moveTo(x + tl, y);
| |
| - | curContext.lineTo(x + width - tr, y);
| |
| - | curContext.quadraticCurveTo(x + width, y, x + width, y + tr);
| |
| - | curContext.lineTo(x + width, y + height - br);
| |
| - | curContext.quadraticCurveTo(x + width, y + height, x + width - br, y + height);
| |
| - | curContext.lineTo(x + bl, y + height);
| |
| - | curContext.quadraticCurveTo(x, y + height, x, y + height - bl);
| |
| - | curContext.lineTo(x, y + tl);
| |
| - | curContext.quadraticCurveTo(x, y, x + tl, y);
| |
| - | if (!doFill || doStroke) {
| |
| - | curContext.translate(-0.5, -0.5);
| |
| - | }
| |
| - | executeContextFill();
| |
| - | executeContextStroke();
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Draws a rectangle to the screen. A rectangle is a four-sided shape with every angle at ninety
| |
| - | * degrees. The first two parameters set the location, the third sets the width, and the fourth
| |
| - | * sets the height. The origin is changed with the rectMode() function.
| |
| - | *
| |
| - | * @param {int|float} x x-coordinate of the rectangle
| |
| - | * @param {int|float} y y-coordinate of the rectangle
| |
| - | * @param {int|float} width width of the rectangle
| |
| - | * @param {int|float} height height of the rectangle
| |
| - | *
| |
| - | * @see rectMode
| |
| - | * @see quad
| |
| - | */
| |
| - | Drawing2D.prototype.rect = function(x, y, width, height, tl, tr, br, bl) {
| |
| - | if (!width && !height) {
| |
| - | return;
| |
| - | }
| |
| - |
| |
| - | if (curRectMode === PConstants.CORNERS) {
| |
| - | width -= x;
| |
| - | height -= y;
| |
| - | } else if (curRectMode === PConstants.RADIUS) {
| |
| - | width *= 2;
| |
| - | height *= 2;
| |
| - | x -= width / 2;
| |
| - | y -= height / 2;
| |
| - | } else if (curRectMode === PConstants.CENTER) {
| |
| - | x -= width / 2;
| |
| - | y -= height / 2;
| |
| - | }
| |
| - |
| |
| - | x = Math.round(x);
| |
| - | y = Math.round(y);
| |
| - | width = Math.round(width);
| |
| - | height = Math.round(height);
| |
| - | if (tl !== undef) {
| |
| - | roundedRect$2d(x, y, width, height, tl, tr, br, bl);
| |
| - | return;
| |
| - | }
| |
| - |
| |
| - | // Translate the line by (0.5, 0.5) to draw a crisp rectangle border
| |
| - | if (doStroke && lineWidth % 2 === 1) {
| |
| - | curContext.translate(0.5, 0.5);
| |
| - | }
| |
| - | curContext.beginPath();
| |
| - | curContext.rect(x, y, width, height);
| |
| - | executeContextFill();
| |
| - | executeContextStroke();
| |
| - | if (doStroke && lineWidth % 2 === 1) {
| |
| - | curContext.translate(-0.5, -0.5);
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | Drawing3D.prototype.rect = function(x, y, width, height, tl, tr, br, bl) {
| |
| - | if (tl !== undef) {
| |
| - | throw "rect() with rounded corners is not supported in 3D mode";
| |
| - | }
| |
| - |
| |
| - | if (curRectMode === PConstants.CORNERS) {
| |
| - | width -= x;
| |
| - | height -= y;
| |
| - | } else if (curRectMode === PConstants.RADIUS) {
| |
| - | width *= 2;
| |
| - | height *= 2;
| |
| - | x -= width / 2;
| |
| - | y -= height / 2;
| |
| - | } else if (curRectMode === PConstants.CENTER) {
| |
| - | x -= width / 2;
| |
| - | y -= height / 2;
| |
| - | }
| |
| - |
| |
| - | // Modeling transformation
| |
| - | var model = new PMatrix3D();
| |
| - | model.translate(x, y, 0);
| |
| - | model.scale(width, height, 1);
| |
| - | model.transpose();
| |
| - |
| |
| - | // viewing transformation needs to have Y flipped
| |
| - | // becuase that's what Processing does.
| |
| - | var view = new PMatrix3D();
| |
| - | view.scale(1, -1, 1);
| |
| - | view.apply(modelView.array());
| |
| - | view.transpose();
| |
| - |
| |
| - | if (lineWidth > 0 && doStroke) {
| |
| - | curContext.useProgram(programObject2D);
| |
| - | uniformMatrix("uModel2d", programObject2D, "uModel", false, model.array());
| |
| - | uniformMatrix("uView2d", programObject2D, "uView", false, view.array());
| |
| - | uniformf("uColor2d", programObject2D, "uColor", strokeStyle);
| |
| - | uniformi("uIsDrawingText2d", programObject2D, "uIsDrawingText", false);
| |
| - | vertexAttribPointer("aVertex2d", programObject2D, "aVertex", 3, rectBuffer);
| |
| - | disableVertexAttribPointer("aTextureCoord2d", programObject2D, "aTextureCoord");
| |
| - | curContext.drawArrays(curContext.LINE_LOOP, 0, rectVerts.length / 3);
| |
| - | }
| |
| - |
| |
| - | if (doFill) {
| |
| - | curContext.useProgram(programObject3D);
| |
| - | uniformMatrix("uModel3d", programObject3D, "uModel", false, model.array());
| |
| - | uniformMatrix("uView3d", programObject3D, "uView", false, view.array());
| |
| - |
| |
| - | // fix stitching problems. (lines get occluded by triangles
| |
| - | // since they share the same depth values). This is not entirely
| |
| - | // working, but it's a start for drawing the outline. So
| |
| - | // developers can start playing around with styles.
| |
| - | curContext.enable(curContext.POLYGON_OFFSET_FILL);
| |
| - | curContext.polygonOffset(1, 1);
| |
| - |
| |
| - | uniformf("color3d", programObject3D, "uColor", fillStyle);
| |
| - |
| |
| - | if(lightCount > 0){
| |
| - | var v = new PMatrix3D();
| |
| - | v.set(view);
| |
| - |
| |
| - | var m = new PMatrix3D();
| |
| - | m.set(model);
| |
| - |
| |
| - | v.mult(m);
| |
| - |
| |
| - | var normalMatrix = new PMatrix3D();
| |
| - | normalMatrix.set(v);
| |
| - | normalMatrix.invert();
| |
| - | normalMatrix.transpose();
| |
| - |
| |
| - | uniformMatrix("uNormalTransform3d", programObject3D, "uNormalTransform", false, normalMatrix.array());
| |
| - | vertexAttribPointer("aNormal3d", programObject3D, "aNormal", 3, rectNormBuffer);
| |
| - | }
| |
| - | else{
| |
| - | disableVertexAttribPointer("normal3d", programObject3D, "aNormal");
| |
| - | }
| |
| - |
| |
| - | vertexAttribPointer("vertex3d", programObject3D, "aVertex", 3, rectBuffer);
| |
| - |
| |
| - | curContext.drawArrays(curContext.TRIANGLE_FAN, 0, rectVerts.length / 3);
| |
| - | curContext.disable(curContext.POLYGON_OFFSET_FILL);
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Draws an ellipse (oval) in the display window. An ellipse with an equal <b>width</b> and <b>height</b> is a circle.
| |
| - | * The first two parameters set the location, the third sets the width, and the fourth sets the height. The origin may be
| |
| - | * changed with the <b>ellipseMode()</b> function.
| |
| - | *
| |
| - | * @param {float|int} x x-coordinate of the ellipse
| |
| - | * @param {float|int} y y-coordinate of the ellipse
| |
| - | * @param {float|int} width width of the ellipse
| |
| - | * @param {float|int} height height of the ellipse
| |
| - | *
| |
| - | * @see ellipseMode
| |
| - | */
| |
| - | Drawing2D.prototype.ellipse = function(x, y, width, height) {
| |
| - | x = x || 0;
| |
| - | y = y || 0;
| |
| - |
| |
| - | if (width <= 0 && height <= 0) {
| |
| - | return;
| |
| - | }
| |
| - |
| |
| - | if (curEllipseMode === PConstants.RADIUS) {
| |
| - | width *= 2;
| |
| - | height *= 2;
| |
| - | } else if (curEllipseMode === PConstants.CORNERS) {
| |
| - | width = width - x;
| |
| - | height = height - y;
| |
| - | x += width / 2;
| |
| - | y += height / 2;
| |
| - | } else if (curEllipseMode === PConstants.CORNER) {
| |
| - | x += width / 2;
| |
| - | y += height / 2;
| |
| - | }
| |
| - |
| |
| - | // Shortcut for drawing a 2D circle
| |
| - | if (width === height) {
| |
| - | curContext.beginPath();
| |
| - | curContext.arc(x, y, width / 2, 0, PConstants.TWO_PI, false);
| |
| - | executeContextFill();
| |
| - | executeContextStroke();
| |
| - | } else {
| |
| - | var w = width / 2,
| |
| - | h = height / 2,
| |
| - | C = 0.5522847498307933,
| |
| - | c_x = C * w,
| |
| - | c_y = C * h;
| |
| - |
| |
| - | p.beginShape();
| |
| - | p.vertex(x + w, y);
| |
| - | p.bezierVertex(x + w, y - c_y, x + c_x, y - h, x, y - h);
| |
| - | p.bezierVertex(x - c_x, y - h, x - w, y - c_y, x - w, y);
| |
| - | p.bezierVertex(x - w, y + c_y, x - c_x, y + h, x, y + h);
| |
| - | p.bezierVertex(x + c_x, y + h, x + w, y + c_y, x + w, y);
| |
| - | p.endShape();
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | Drawing3D.prototype.ellipse = function(x, y, width, height) {
| |
| - | x = x || 0;
| |
| - | y = y || 0;
| |
| - |
| |
| - | if (width <= 0 && height <= 0) {
| |
| - | return;
| |
| - | }
| |
| - |
| |
| - | if (curEllipseMode === PConstants.RADIUS) {
| |
| - | width *= 2;
| |
| - | height *= 2;
| |
| - | } else if (curEllipseMode === PConstants.CORNERS) {
| |
| - | width = width - x;
| |
| - | height = height - y;
| |
| - | x += width / 2;
| |
| - | y += height / 2;
| |
| - | } else if (curEllipseMode === PConstants.CORNER) {
| |
| - | x += width / 2;
| |
| - | y += height / 2;
| |
| - | }
| |
| - |
| |
| - | var w = width / 2,
| |
| - | h = height / 2,
| |
| - | C = 0.5522847498307933,
| |
| - | c_x = C * w,
| |
| - | c_y = C * h;
| |
| - |
| |
| - | p.beginShape();
| |
| - | p.vertex(x + w, y);
| |
| - | p.bezierVertex(x + w, y - c_y, 0, x + c_x, y - h, 0, x, y - h, 0);
| |
| - | p.bezierVertex(x - c_x, y - h, 0, x - w, y - c_y, 0, x - w, y, 0);
| |
| - | p.bezierVertex(x - w, y + c_y, 0, x - c_x, y + h, 0, x, y + h, 0);
| |
| - | p.bezierVertex(x + c_x, y + h, 0, x + w, y + c_y, 0, x + w, y, 0);
| |
| - | p.endShape();
| |
| - |
| |
| - | if (doFill) {
| |
| - | //temporary workaround to not working fills for bezier -- will fix later
| |
| - | var xAv = 0, yAv = 0, i, j;
| |
| - | for (i = 0; i < vertArray.length; i++) {
| |
| - | xAv += vertArray[i][0];
| |
| - | yAv += vertArray[i][1];
| |
| - | }
| |
| - | xAv /= vertArray.length;
| |
| - | yAv /= vertArray.length;
| |
| - | var vert = [],
| |
| - | fillVertArray = [],
| |
| - | colorVertArray = [];
| |
| - | vert[0] = xAv;
| |
| - | vert[1] = yAv;
| |
| - | vert[2] = 0;
| |
| - | vert[3] = 0;
| |
| - | vert[4] = 0;
| |
| - | vert[5] = fillStyle[0];
| |
| - | vert[6] = fillStyle[1];
| |
| - | vert[7] = fillStyle[2];
| |
| - | vert[8] = fillStyle[3];
| |
| - | vert[9] = strokeStyle[0];
| |
| - | vert[10] = strokeStyle[1];
| |
| - | vert[11] = strokeStyle[2];
| |
| - | vert[12] = strokeStyle[3];
| |
| - | vert[13] = normalX;
| |
| - | vert[14] = normalY;
| |
| - | vert[15] = normalZ;
| |
| - | vertArray.unshift(vert);
| |
| - | for (i = 0; i < vertArray.length; i++) {
| |
| - | for (j = 0; j < 3; j++) {
| |
| - | fillVertArray.push(vertArray[i][j]);
| |
| - | }
| |
| - | for (j = 5; j < 9; j++) {
| |
| - | colorVertArray.push(vertArray[i][j]);
| |
| - | }
| |
| - | }
| |
| - | fill3D(fillVertArray, "TRIANGLE_FAN", colorVertArray);
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Sets the current normal vector. This is for drawing three dimensional shapes and surfaces and
| |
| - | * specifies a vector perpendicular to the surface of the shape which determines how lighting affects
| |
| - | * it. Processing attempts to automatically assign normals to shapes, but since that's imperfect,
| |
| - | * this is a better option when you want more control. This function is identical to glNormal3f() in OpenGL.
| |
| - | *
| |
| - | * @param {float} nx x direction
| |
| - | * @param {float} ny y direction
| |
| - | * @param {float} nz z direction
| |
| - | *
| |
| - | * @see beginShape
| |
| - | * @see endShape
| |
| - | * @see lights
| |
| - | */
| |
| - | p.normal = function(nx, ny, nz) {
| |
| - | if (arguments.length !== 3 || !(typeof nx === "number" && typeof ny === "number" && typeof nz === "number")) {
| |
| - | throw "normal() requires three numeric arguments.";
| |
| - | }
| |
| - |
| |
| - | normalX = nx;
| |
| - | normalY = ny;
| |
| - | normalZ = nz;
| |
| - |
| |
| - | if (curShape !== 0) {
| |
| - | if (normalMode === PConstants.NORMAL_MODE_AUTO) {
| |
| - | normalMode = PConstants.NORMAL_MODE_SHAPE;
| |
| - | } else if (normalMode === PConstants.NORMAL_MODE_SHAPE) {
| |
| - | normalMode = PConstants.NORMAL_MODE_VERTEX;
| |
| - | }
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | ////////////////////////////////////////////////////////////////////////////
| |
| - | // Raster drawing functions
| |
| - | ////////////////////////////////////////////////////////////////////////////
| |
| - |
| |
| - | /**
| |
| - | * Saves an image from the display window. Images are saved in TIFF, TARGA, JPEG, and PNG format
| |
| - | * depending on the extension within the filename parameter. For example, "image.tif" will have
| |
| - | * a TIFF image and "image.png" will save a PNG image. If no extension is included in the filename,
| |
| - | * the image will save in TIFF format and .tif will be added to the name. These files are saved to
| |
| - | * the sketch's folder, which may be opened by selecting "Show sketch folder" from the "Sketch" menu.
| |
| - | * It is not possible to use save() while running the program in a web browser. All images saved
| |
| - | * from the main drawing window will be opaque. To save images without a background, use createGraphics().
| |
| - | *
| |
| - | * @param {String} filename any sequence of letters and numbers
| |
| - | *
| |
| - | * @see saveFrame
| |
| - | * @see createGraphics
| |
| - | */
| |
| - | p.save = function(file, img) {
| |
| - | // file is unused at the moment
| |
| - | // may implement this differently in later release
| |
| - | if (img !== undef) {
| |
| - | return window.open(img.toDataURL(),"_blank");
| |
| - | }
| |
| - | return window.open(p.externals.canvas.toDataURL(),"_blank");
| |
| - | };
| |
| - |
| |
| - | var saveNumber = 0;
| |
| - |
| |
| - | p.saveFrame = function(file) {
| |
| - | if(file === undef) {
| |
| - | // use default name template if parameter is not specified
| |
| - | file = "screen-####.png";
| |
| - | }
| |
| - | // Increment changeable part: screen-0000.png, screen-0001.png, ...
| |
| - | var frameFilename = file.replace(/#+/, function(all) {
| |
| - | var s = "" + (saveNumber++);
| |
| - | while(s.length < all.length) {
| |
| - | s = "0" + s;
| |
| - | }
| |
| - | return s;
| |
| - | });
| |
| - | p.save(frameFilename);
| |
| - | };
| |
| - |
| |
| - | var utilityContext2d = document.createElement("canvas").getContext("2d");
| |
| - |
| |
| - | var canvasDataCache = [undef, undef, undef]; // we need three for now
| |
| - |
| |
| - | function getCanvasData(obj, w, h) {
| |
| - | var canvasData = canvasDataCache.shift();
| |
| - |
| |
| - | if (canvasData === undef) {
| |
| - | canvasData = {};
| |
| - | canvasData.canvas = document.createElement("canvas");
| |
| - | canvasData.context = canvasData.canvas.getContext('2d');
| |
| - | }
| |
| - |
| |
| - | canvasDataCache.push(canvasData);
| |
| - |
| |
| - | var canvas = canvasData.canvas, context = canvasData.context,
| |
| - | width = w || obj.width, height = h || obj.height;
| |
| - |
| |
| - | canvas.width = width;
| |
| - | canvas.height = height;
| |
| - |
| |
| - | if (!obj) {
| |
| - | context.clearRect(0, 0, width, height);
| |
| - | } else if ("data" in obj) { // ImageData
| |
| - | context.putImageData(obj, 0, 0);
| |
| - | } else {
| |
| - | context.clearRect(0, 0, width, height);
| |
| - | context.drawImage(obj, 0, 0, width, height);
| |
| - | }
| |
| - | return canvasData;
| |
| - | }
| |
| - |
| |
| - | /**
| |
| - | * Handle the sketch code for pixels[] and pixels.length
| |
| - | * parser code converts pixels[] to getPixels()
| |
| - | * or setPixels(), .length becomes getLength()
| |
| - | */
| |
| - | function buildPixelsObject(pImage) {
| |
| - | return {
| |
| - |
| |
| - | getLength: (function(aImg) {
| |
| - | return function() {
| |
| - | if (aImg.isRemote) {
| |
| - | throw "Image is loaded remotely. Cannot get length.";
| |
| - | } else {
| |
| - | return aImg.imageData.data.length ? aImg.imageData.data.length/4 : 0;
| |
| - | }
| |
| - | };
| |
| - | }(pImage)),
| |
| - |
| |
| - | getPixel: (function(aImg) {
| |
| - | return function(i) {
| |
| - | var offset = i*4,
| |
| - | data = aImg.imageData.data;
| |
| - |
| |
| - | if (aImg.isRemote) {
| |
| - | throw "Image is loaded remotely. Cannot get pixels.";
| |
| - | }
| |
| - |
| |
| - | return (data[offset+3] << 24) & PConstants.ALPHA_MASK |
| |
| - | (data[offset] << 16) & PConstants.RED_MASK |
| |
| - | (data[offset+1] << 8) & PConstants.GREEN_MASK |
| |
| - | data[offset+2] & PConstants.BLUE_MASK;
| |
| - | };
| |
| - | }(pImage)),
| |
| - |
| |
| - | setPixel: (function(aImg) {
| |
| - | return function(i, c) {
| |
| - | var offset = i*4,
| |
| - | data = aImg.imageData.data;
| |
| - |
| |
| - | if (aImg.isRemote) {
| |
| - | throw "Image is loaded remotely. Cannot set pixel.";
| |
| - | }
| |
| - |
| |
| - | data[offset+0] = (c & PConstants.RED_MASK) >>> 16;
| |
| - | data[offset+1] = (c & PConstants.GREEN_MASK) >>> 8;
| |
| - | data[offset+2] = (c & PConstants.BLUE_MASK);
| |
| - | data[offset+3] = (c & PConstants.ALPHA_MASK) >>> 24;
| |
| - | aImg.__isDirty = true;
| |
| - | };
| |
| - | }(pImage)),
| |
| - |
| |
| - | toArray: (function(aImg) {
| |
| - | return function() {
| |
| - | var arr = [],
| |
| - | data = aImg.imageData.data,
| |
| - | length = aImg.width * aImg.height;
| |
| - |
| |
| - | if (aImg.isRemote) {
| |
| - | throw "Image is loaded remotely. Cannot get pixels.";
| |
| - | }
| |
| - |
| |
| - | for (var i = 0, offset = 0; i < length; i++, offset += 4) {
| |
| - | arr.push( (data[offset+3] << 24) & PConstants.ALPHA_MASK |
| |
| - | (data[offset] << 16) & PConstants.RED_MASK |
| |
| - | (data[offset+1] << 8) & PConstants.GREEN_MASK |
| |
| - | data[offset+2] & PConstants.BLUE_MASK );
| |
| - | }
| |
| - | return arr;
| |
| - | };
| |
| - | }(pImage)),
| |
| - |
| |
| - | set: (function(aImg) {
| |
| - | return function(arr) {
| |
| - | var offset,
| |
| - | data,
| |
| - | c;
| |
| - | if (this.isRemote) {
| |
| - | throw "Image is loaded remotely. Cannot set pixels.";
| |
| - | }
| |
| - |
| |
| - | data = aImg.imageData.data;
| |
| - | for (var i = 0, aL = arr.length; i < aL; i++) {
| |
| - | c = arr[i];
| |
| - | offset = i*4;
| |
| - |
| |
| - | data[offset+0] = (c & PConstants.RED_MASK) >>> 16;
| |
| - | data[offset+1] = (c & PConstants.GREEN_MASK) >>> 8;
| |
| - | data[offset+2] = (c & PConstants.BLUE_MASK);
| |
| - | data[offset+3] = (c & PConstants.ALPHA_MASK) >>> 24;
| |
| - | }
| |
| - | aImg.__isDirty = true;
| |
| - | };
| |
| - | }(pImage))
| |
| - |
| |
| - | };
| |
| - | }
| |
| - |
| |
| - | /**
| |
| - | * Datatype for storing images. Processing can display .gif, .jpg, .tga, and .png images. Images may be
| |
| - | * displayed in 2D and 3D space. Before an image is used, it must be loaded with the loadImage() function.
| |
| - | * The PImage object contains fields for the width and height of the image, as well as an array called
| |
| - | * pixels[] which contains the values for every pixel in the image. A group of methods, described below,
| |
| - | * allow easy access to the image's pixels and alpha channel and simplify the process of compositing.
| |
| - | * Before using the pixels[] array, be sure to use the loadPixels() method on the image to make sure that the
| |
| - | * pixel data is properly loaded. To create a new image, use the createImage() function (do not use new PImage()).
| |
| - | *
| |
| - | * @param {int} width image width
| |
| - | * @param {int} height image height
| |
| - | * @param {MODE} format Either RGB, ARGB, ALPHA (grayscale alpha channel)
| |
| - | *
| |
| - | * @returns {PImage}
| |
| - | *
| |
| - | * @see loadImage
| |
| - | * @see imageMode
| |
| - | * @see createImage
| |
| - | */
| |
| - | var PImage = function(aWidth, aHeight, aFormat) {
| |
| - |
| |
| - | // Keep track of whether or not the cached imageData has been touched.
| |
| - | this.__isDirty = false;
| |
| - |
| |
| - | if (aWidth instanceof HTMLImageElement) {
| |
| - | // convert an <img> to a PImage
| |
| - | this.fromHTMLImageData(aWidth);
| |
| - | } else if (aHeight || aFormat) {
| |
| - | this.width = aWidth || 1;
| |
| - | this.height = aHeight || 1;
| |
| - |
| |
| - | // Stuff a canvas into sourceImg so image() calls can use drawImage like an <img>
| |
| - | var canvas = this.sourceImg = document.createElement("canvas");
| |
| - | canvas.width = this.width;
| |
| - | canvas.height = this.height;
| |
| - |
| |
| - | var imageData = this.imageData = canvas.getContext('2d').createImageData(this.width, this.height);
| |
| - | this.format = (aFormat === PConstants.ARGB || aFormat === PConstants.ALPHA) ? aFormat : PConstants.RGB;
| |
| - | if (this.format === PConstants.RGB) {
| |
| - | // Set the alpha channel of an RGB image to opaque.
| |
| - | for (var i = 3, data = this.imageData.data, len = data.length; i < len; i += 4) {
| |
| - | data[i] = 255;
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | this.__isDirty = true;
| |
| - | this.updatePixels();
| |
| - | } else {
| |
| - | this.width = 0;
| |
| - | this.height = 0;
| |
| - | this.imageData = utilityContext2d.createImageData(1, 1);
| |
| - | this.format = PConstants.ARGB;
| |
| - | }
| |
| - |
| |
| - | this.pixels = buildPixelsObject(this);
| |
| - | };
| |
| - | PImage.prototype = {
| |
| - |
| |
| - | /**
| |
| - | * Temporary hack to deal with cross-Processing-instance created PImage. See
| |
| - | * tickets #1623 and #1644.
| |
| - | */
| |
| - | __isPImage: true,
| |
| - |
| |
| - | /**
| |
| - | * @member PImage
| |
| - | * Updates the image with the data in its pixels[] array. Use in conjunction with loadPixels(). If
| |
| - | * you're only reading pixels from the array, there's no need to call updatePixels().
| |
| - | * Certain renderers may or may not seem to require loadPixels() or updatePixels(). However, the rule
| |
| - | * is that any time you want to manipulate the pixels[] array, you must first call loadPixels(), and
| |
| - | * after changes have been made, call updatePixels(). Even if the renderer may not seem to use this
| |
| - | * function in the current Processing release, this will always be subject to change.
| |
| - | * Currently, none of the renderers use the additional parameters to updatePixels().
| |
| - | */
| |
| - | updatePixels: function() {
| |
| - | var canvas = this.sourceImg;
| |
| - | if (canvas && canvas instanceof HTMLCanvasElement && this.__isDirty) {
| |
| - | canvas.getContext('2d').putImageData(this.imageData, 0, 0);
| |
| - | }
| |
| - | this.__isDirty = false;
| |
| - | },
| |
| - |
| |
| - | fromHTMLImageData: function(htmlImg) {
| |
| - | // convert an <img> to a PImage
| |
| - | var canvasData = getCanvasData(htmlImg);
| |
| - | try {
| |
| - | var imageData = canvasData.context.getImageData(0, 0, htmlImg.width, htmlImg.height);
| |
| - | this.fromImageData(imageData);
| |
| - | } catch(e) {
| |
| - | if (htmlImg.width && htmlImg.height) {
| |
| - | this.isRemote = true;
| |
| - | this.width = htmlImg.width;
| |
| - | this.height = htmlImg.height;
| |
| - | }
| |
| - | }
| |
| - | this.sourceImg = htmlImg;
| |
| - | },
| |
| - |
| |
| - | 'get': function(x, y, w, h) {
| |
| - | if (!arguments.length) {
| |
| - | return p.get(this);
| |
| - | }
| |
| - | if (arguments.length === 2) {
| |
| - | return p.get(x, y, this);
| |
| - | }
| |
| - | if (arguments.length === 4) {
| |
| - | return p.get(x, y, w, h, this);
| |
| - | }
| |
| - | },
| |
| - |
| |
| - | /**
| |
| - | * @member PImage
| |
| - | * Changes the color of any pixel or writes an image directly into the image. The x and y parameter
| |
| - | * specify the pixel or the upper-left corner of the image. The color parameter specifies the color value.
| |
| - | * Setting the color of a single pixel with set(x, y) is easy, but not as fast as putting the data
| |
| - | * directly into pixels[]. The equivalent statement to "set(x, y, #000000)" using pixels[] is
| |
| - | * "pixels[y*width+x] = #000000". Processing requires calling loadPixels() to load the display window
| |
| - | * data into the pixels[] array before getting the values and calling updatePixels() to update the window.
| |
| - | *
| |
| - | * @param {int} x x-coordinate of the pixel or upper-left corner of the image
| |
| - | * @param {int} y y-coordinate of the pixel or upper-left corner of the image
| |
| - | * @param {color} color any value of the color datatype
| |
| - | *
| |
| - | * @see get
| |
| - | * @see pixels[]
| |
| - | * @see copy
| |
| - | */
| |
| - | 'set': function(x, y, c) {
| |
| - | p.set(x, y, c, this);
| |
| - | this.__isDirty = true;
| |
| - | },
| |
| - |
| |
| - | /**
| |
| - | * @member PImage
| |
| - | * Blends a region of pixels into the image specified by the img parameter. These copies utilize full
| |
| - | * alpha channel support and a choice of the following modes to blend the colors of source pixels (A)
| |
| - | * with the ones of pixels in the destination image (B):
| |
| - | * BLEND - linear interpolation of colours: C = A*factor + B
| |
| - | * ADD - additive blending with white clip: C = min(A*factor + B, 255)
| |
| - | * SUBTRACT - subtractive blending with black clip: C = max(B - A*factor, 0)
| |
| - | * DARKEST - only the darkest colour succeeds: C = min(A*factor, B)
| |
| - | * LIGHTEST - only the lightest colour succeeds: C = max(A*factor, B)
| |
| - | * DIFFERENCE - subtract colors from underlying image.
| |
| - | * EXCLUSION - similar to DIFFERENCE, but less extreme.
| |
| - | * MULTIPLY - Multiply the colors, result will always be darker.
| |
| - | * SCREEN - Opposite multiply, uses inverse values of the colors.
| |
| - | * OVERLAY - A mix of MULTIPLY and SCREEN. Multiplies dark values, and screens light values.
| |
| - | * HARD_LIGHT - SCREEN when greater than 50% gray, MULTIPLY when lower.
| |
| - | * SOFT_LIGHT - Mix of DARKEST and LIGHTEST. Works like OVERLAY, but not as harsh.
| |
| - | * DODGE - Lightens light tones and increases contrast, ignores darks. Called "Color Dodge" in Illustrator and Photoshop.
| |
| - | * BURN - Darker areas are applied, increasing contrast, ignores lights. Called "Color Burn" in Illustrator and Photoshop.
| |
| - | * All modes use the alpha information (highest byte) of source image pixels as the blending factor.
| |
| - | * If the source and destination regions are different sizes, the image will be automatically resized to
| |
| - | * match the destination size. If the srcImg parameter is not used, the display window is used as the source image.
| |
| - | * This function ignores imageMode().
| |
| - | *
| |
| - | * @param {int} x X coordinate of the source's upper left corner
| |
| - | * @param {int} y Y coordinate of the source's upper left corner
| |
| - | * @param {int} width source image width
| |
| - | * @param {int} height source image height
| |
| - | * @param {int} dx X coordinate of the destinations's upper left corner
| |
| - | * @param {int} dy Y coordinate of the destinations's upper left corner
| |
| - | * @param {int} dwidth destination image width
| |
| - | * @param {int} dheight destination image height
| |
| - | * @param {PImage} srcImg an image variable referring to the source image
| |
| - | * @param {MODE} MODE Either BLEND, ADD, SUBTRACT, LIGHTEST, DARKEST, DIFFERENCE, EXCLUSION,
| |
| - | * MULTIPLY, SCREEN, OVERLAY, HARD_LIGHT, SOFT_LIGHT, DODGE, BURN
| |
| - | *
| |
| - | * @see alpha
| |
| - | * @see copy
| |
| - | */
| |
| - | blend: function(srcImg, x, y, width, height, dx, dy, dwidth, dheight, MODE) {
| |
| - | if (arguments.length === 9) {
| |
| - | p.blend(this, srcImg, x, y, width, height, dx, dy, dwidth, dheight, this);
| |
| - | } else if (arguments.length === 10) {
| |
| - | p.blend(srcImg, x, y, width, height, dx, dy, dwidth, dheight, MODE, this);
| |
| - | }
| |
| - | delete this.sourceImg;
| |
| - | },
| |
| - |
| |
| - | /**
| |
| - | * @member PImage
| |
| - | * Copies a region of pixels from one image into another. If the source and destination regions
| |
| - | * aren't the same size, it will automatically resize source pixels to fit the specified target region.
| |
| - | * No alpha information is used in the process, however if the source image has an alpha channel set,
| |
| - | * it will be copied as well. This function ignores imageMode().
| |
| - | *
| |
| - | * @param {int} sx X coordinate of the source's upper left corner
| |
| - | * @param {int} sy Y coordinate of the source's upper left corner
| |
| - | * @param {int} swidth source image width
| |
| - | * @param {int} sheight source image height
| |
| - | * @param {int} dx X coordinate of the destinations's upper left corner
| |
| - | * @param {int} dy Y coordinate of the destinations's upper left corner
| |
| - | * @param {int} dwidth destination image width
| |
| - | * @param {int} dheight destination image height
| |
| - | * @param {PImage} srcImg an image variable referring to the source image
| |
| - | *
| |
| - | * @see alpha
| |
| - | * @see blend
| |
| - | */
| |
| - | copy: function(srcImg, sx, sy, swidth, sheight, dx, dy, dwidth, dheight) {
| |
| - | if (arguments.length === 8) {
| |
| - | p.blend(this, srcImg, sx, sy, swidth, sheight, dx, dy, dwidth, PConstants.REPLACE, this);
| |
| - | } else if (arguments.length === 9) {
| |
| - | p.blend(srcImg, sx, sy, swidth, sheight, dx, dy, dwidth, dheight, PConstants.REPLACE, this);
| |
| - | }
| |
| - | delete this.sourceImg;
| |
| - | },
| |
| - |
| |
| - | /**
| |
| - | * @member PImage
| |
| - | * Filters an image as defined by one of the following modes:
| |
| - | * THRESHOLD - converts the image to black and white pixels depending if they are above or below
| |
| - | * the threshold defined by the level parameter. The level must be between 0.0 (black) and 1.0(white).
| |
| - | * If no level is specified, 0.5 is used.
| |
| - | * GRAY - converts any colors in the image to grayscale equivalents
| |
| - | * INVERT - sets each pixel to its inverse value
| |
| - | * POSTERIZE - limits each channel of the image to the number of colors specified as the level parameter
| |
| - | * BLUR - executes a Guassian blur with the level parameter specifying the extent of the blurring.
| |
| - | * If no level parameter is used, the blur is equivalent to Guassian blur of radius 1.
| |
| - | * OPAQUE - sets the alpha channel to entirely opaque.
| |
| - | * ERODE - reduces the light areas with the amount defined by the level parameter.
| |
| - | * DILATE - increases the light areas with the amount defined by the level parameter
| |
| - | *
| |
| - | * @param {MODE} MODE Either THRESHOLD, GRAY, INVERT, POSTERIZE, BLUR, OPAQUE, ERODE, or DILATE
| |
| - | * @param {int|float} param in the range from 0 to 1
| |
| - | */
| |
| - | filter: function(mode, param) {
| |
| - | if (arguments.length === 2) {
| |
| - | p.filter(mode, param, this);
| |
| - | } else if (arguments.length === 1) {
| |
| - | // no param specified, send null to show its invalid
| |
| - | p.filter(mode, null, this);
| |
| - | }
| |
| - | delete this.sourceImg;
| |
| - | },
| |
| - |
| |
| - | /**
| |
| - | * @member PImage
| |
| - | * Saves the image into a file. Images are saved in TIFF, TARGA, JPEG, and PNG format depending on
| |
| - | * the extension within the filename parameter. For example, "image.tif" will have a TIFF image and
| |
| - | * "image.png" will save a PNG image. If no extension is included in the filename, the image will save
| |
| - | * in TIFF format and .tif will be added to the name. These files are saved to the sketch's folder,
| |
| - | * which may be opened by selecting "Show sketch folder" from the "Sketch" menu. It is not possible to
| |
| - | * use save() while running the program in a web browser.
| |
| - | * To save an image created within the code, rather than through loading, it's necessary to make the
| |
| - | * image with the createImage() function so it is aware of the location of the program and can therefore
| |
| - | * save the file to the right place. See the createImage() reference for more information.
| |
| - | *
| |
| - | * @param {String} filename a sequence of letters and numbers
| |
| - | */
| |
| - | save: function(file){
| |
| - | p.save(file,this);
| |
| - | },
| |
| - |
| |
| - | /**
| |
| - | * @member PImage
| |
| - | * Resize the image to a new width and height. To make the image scale proportionally, use 0 as the
| |
| - | * value for the wide or high parameter.
| |
| - | *
| |
| - | * @param {int} wide the resized image width
| |
| - | * @param {int} high the resized image height
| |
| - | *
| |
| - | * @see get
| |
| - | */
| |
| - | resize: function(w, h) {
| |
| - | if (this.isRemote) { // Remote images cannot access imageData
| |
| - | throw "Image is loaded remotely. Cannot resize.";
| |
| - | }
| |
| - | if (this.width !== 0 || this.height !== 0) {
| |
| - | // make aspect ratio if w or h is 0
| |
| - | if (w === 0 && h !== 0) {
| |
| - | w = Math.floor(this.width / this.height * h);
| |
| - | } else if (h === 0 && w !== 0) {
| |
| - | h = Math.floor(this.height / this.width * w);
| |
| - | }
| |
| - | // put 'this.imageData' into a new canvas
| |
| - | var canvas = getCanvasData(this.imageData).canvas;
| |
| - | // pull imageData object out of canvas into ImageData object
| |
| - | var imageData = getCanvasData(canvas, w, h).context.getImageData(0, 0, w, h);
| |
| - | // set this as new pimage
| |
| - | this.fromImageData(imageData);
| |
| - | }
| |
| - | },
| |
| - |
| |
| - | /**
| |
| - | * @member PImage
| |
| - | * Masks part of an image from displaying by loading another image and using it as an alpha channel.
| |
| - | * This mask image should only contain grayscale data, but only the blue color channel is used. The
| |
| - | * mask image needs to be the same size as the image to which it is applied.
| |
| - | * In addition to using a mask image, an integer array containing the alpha channel data can be
| |
| - | * specified directly. This method is useful for creating dynamically generated alpha masks. This
| |
| - | * array must be of the same length as the target image's pixels array and should contain only grayscale
| |
| - | * data of values between 0-255.
| |
| - | *
| |
| - | * @param {PImage} maskImg any PImage object used as the alpha channel for "img", needs to be same
| |
| - | * size as "img"
| |
| - | * @param {int[]} maskArray any array of Integer numbers used as the alpha channel, needs to be same
| |
| - | * length as the image's pixel array
| |
| - | */
| |
| - | mask: function(mask) {
| |
| - | var obj = this.toImageData(),
| |
| - | i,
| |
| - | size;
| |
| - |
| |
| - | if (mask instanceof PImage || mask.__isPImage) {
| |
| - | if (mask.width === this.width && mask.height === this.height) {
| |
| - | mask = mask.toImageData();
| |
| - |
| |
| - | for (i = 2, size = this.width * this.height * 4; i < size; i += 4) {
| |
| - | // using it as an alpha channel
| |
| - | obj.data[i + 1] = mask.data[i];
| |
| - | // but only the blue color channel
| |
| - | }
| |
| - | } else {
| |
| - | throw "mask must have the same dimensions as PImage.";
| |
| - | }
| |
| - | } else if (mask instanceof Array) {
| |
| - | if (this.width * this.height === mask.length) {
| |
| - | for (i = 0, size = mask.length; i < size; ++i) {
| |
| - | obj.data[i * 4 + 3] = mask[i];
| |
| - | }
| |
| - | } else {
| |
| - | throw "mask array must be the same length as PImage pixels array.";
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | this.fromImageData(obj);
| |
| - | },
| |
| - |
| |
| - | // These are intentionally left blank for PImages, we work live with pixels and draw as necessary
| |
| - | /**
| |
| - | * @member PImage
| |
| - | * Loads the pixel data for the image into its pixels[] array. This function must always be called
| |
| - | * before reading from or writing to pixels[].
| |
| - | * Certain renderers may or may not seem to require loadPixels() or updatePixels(). However, the
| |
| - | * rule is that any time you want to manipulate the pixels[] array, you must first call loadPixels(),
| |
| - | * and after changes have been made, call updatePixels(). Even if the renderer may not seem to use
| |
| - | * this function in the current Processing release, this will always be subject to change.
| |
| - | */
| |
| - | loadPixels: noop,
| |
| - |
| |
| - | toImageData: function() {
| |
| - | if (this.isRemote) {
| |
| - | return this.sourceImg;
| |
| - | }
| |
| - |
| |
| - | if (!this.__isDirty) {
| |
| - | return this.imageData;
| |
| - | }
| |
| - |
| |
| - | var canvasData = getCanvasData(this.sourceImg);
| |
| - | return canvasData.context.getImageData(0, 0, this.width, this.height);
| |
| - | },
| |
| - |
| |
| - | toDataURL: function() {
| |
| - | if (this.isRemote) { // Remote images cannot access imageData
| |
| - | throw "Image is loaded remotely. Cannot create dataURI.";
| |
| - | }
| |
| - | var canvasData = getCanvasData(this.imageData);
| |
| - | return canvasData.canvas.toDataURL();
| |
| - | },
| |
| - |
| |
| - | fromImageData: function(canvasImg) {
| |
| - | var w = canvasImg.width,
| |
| - | h = canvasImg.height,
| |
| - | canvas = document.createElement('canvas'),
| |
| - | ctx = canvas.getContext('2d');
| |
| - |
| |
| - | this.width = canvas.width = w;
| |
| - | this.height = canvas.height = h;
| |
| - |
| |
| - | ctx.putImageData(canvasImg, 0, 0);
| |
| - |
| |
| - | // changed for 0.9
| |
| - | this.format = PConstants.ARGB;
| |
| - |
| |
| - | this.imageData = canvasImg;
| |
| - | this.sourceImg = canvas;
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | p.PImage = PImage;
| |
| - |
| |
| - | /**
| |
| - | * Creates a new PImage (the datatype for storing images). This provides a fresh buffer of pixels to play
| |
| - | * with. Set the size of the buffer with the width and height parameters. The format parameter defines how
| |
| - | * the pixels are stored. See the PImage reference for more information.
| |
| - | * Be sure to include all three parameters, specifying only the width and height (but no format) will
| |
| - | * produce a strange error.
| |
| - | * Advanced users please note that createImage() should be used instead of the syntax new PImage().
| |
| - | *
| |
| - | * @param {int} width image width
| |
| - | * @param {int} height image height
| |
| - | * @param {MODE} format Either RGB, ARGB, ALPHA (grayscale alpha channel)
| |
| - | *
| |
| - | * @returns {PImage}
| |
| - | *
| |
| - | * @see PImage
| |
| - | * @see PGraphics
| |
| - | */
| |
| - | p.createImage = function(w, h, mode) {
| |
| - | return new PImage(w,h,mode);
| |
| - | };
| |
| - |
| |
| - | // Loads an image for display. Type is an extension. Callback is fired on load.
| |
| - | /**
| |
| - | * Loads an image into a variable of type PImage. Four types of images ( .gif, .jpg, .tga, .png) images may
| |
| - | * be loaded. To load correctly, images must be located in the data directory of the current sketch. In most
| |
| - | * cases, load all images in setup() to preload them at the start of the program. Loading images inside draw()
| |
| - | * will reduce the speed of a program.
| |
| - | * The filename parameter can also be a URL to a file found online. For security reasons, a Processing sketch
| |
| - | * found online can only download files from the same server from which it came. Getting around this restriction
| |
| - | * requires a signed applet.
| |
| - | * The extension parameter is used to determine the image type in cases where the image filename does not end
| |
| - | * with a proper extension. Specify the extension as the second parameter to loadImage(), as shown in the
| |
| - | * third example on this page.
| |
| - | * If an image is not loaded successfully, the null value is returned and an error message will be printed to
| |
| - | * the console. The error message does not halt the program, however the null value may cause a NullPointerException
| |
| - | * if your code does not check whether the value returned from loadImage() is null.
| |
| - | * Depending on the type of error, a PImage object may still be returned, but the width and height of the image
| |
| - | * will be set to -1. This happens if bad image data is returned or cannot be decoded properly. Sometimes this happens
| |
| - | * with image URLs that produce a 403 error or that redirect to a password prompt, because loadImage() will attempt
| |
| - | * to interpret the HTML as image data.
| |
| - | *
| |
| - | * @param {String} filename name of file to load, can be .gif, .jpg, .tga, or a handful of other image
| |
| - | * types depending on your platform.
| |
| - | * @param {String} extension the type of image to load, for example "png", "gif", "jpg"
| |
| - | *
| |
| - | * @returns {PImage}
| |
| - | *
| |
| - | * @see PImage
| |
| - | * @see image
| |
| - | * @see imageMode
| |
| - | * @see background
| |
| - | */
| |
| - | p.loadImage = function(file, type, callback) {
| |
| - | // if type is specified, we just ignore it
| |
| - |
| |
| - | var pimg;
| |
| - | // if image is in the preloader cache return a new PImage
| |
| - | if (curSketch.imageCache.images[file]) {
| |
| - | pimg = new PImage(curSketch.imageCache.images[file]);
| |
| - | pimg.loaded = true;
| |
| - | return pimg;
| |
| - | }
| |
| - | // else async load it
| |
| - | pimg = new PImage();
| |
| - | var img = document.createElement('img');
| |
| - |
| |
| - | pimg.sourceImg = img;
| |
| - |
| |
| - | img.onload = (function(aImage, aPImage, aCallback) {
| |
| - | var image = aImage;
| |
| - | var pimg = aPImage;
| |
| - | var callback = aCallback;
| |
| - | return function() {
| |
| - | // change the <img> object into a PImage now that its loaded
| |
| - | pimg.fromHTMLImageData(image);
| |
| - | pimg.loaded = true;
| |
| - | if (callback) {
| |
| - | callback();
| |
| - | }
| |
| - | };
| |
| - | }(img, pimg, callback));
| |
| - |
| |
| - | img.src = file; // needs to be called after the img.onload function is declared or it wont work in opera
| |
| - | return pimg;
| |
| - | };
| |
| - |
| |
| - | // async loading of large images, same functionality as loadImage above
| |
| - | /**
| |
| - | * This function load images on a separate thread so that your sketch does not freeze while images load during
| |
| - | * setup(). While the image is loading, its width and height will be 0. If an error occurs while loading the image,
| |
| - | * its width and height will be set to -1. You'll know when the image has loaded properly because its width and
| |
| - | * height will be greater than 0. Asynchronous image loading (particularly when downloading from a server) can
| |
| - | * dramatically improve performance.
| |
| - | * The extension parameter is used to determine the image type in cases where the image filename does not end
| |
| - | * with a proper extension. Specify the extension as the second parameter to requestImage().
| |
| - | *
| |
| - | * @param {String} filename name of file to load, can be .gif, .jpg, .tga, or a handful of other image
| |
| - | * types depending on your platform.
| |
| - | * @param {String} extension the type of image to load, for example "png", "gif", "jpg"
| |
| - | *
| |
| - | * @returns {PImage}
| |
| - | *
| |
| - | * @see PImage
| |
| - | * @see loadImage
| |
| - | */
| |
| - | p.requestImage = p.loadImage;
| |
| - |
| |
| - | function get$2(x,y) {
| |
| - | var data;
| |
| - | // return the color at x,y (int) of curContext
| |
| - | if (x >= p.width || x < 0 || y < 0 || y >= p.height) {
| |
| - | // x,y is outside image return transparent black
| |
| - | return 0;
| |
| - | }
| |
| - |
| |
| - | // loadPixels() has been called
| |
| - | if (isContextReplaced) {
| |
| - | var offset = ((0|x) + p.width * (0|y)) * 4;
| |
| - | data = p.imageData.data;
| |
| - | return (data[offset + 3] << 24) & PConstants.ALPHA_MASK |
| |
| - | (data[offset] << 16) & PConstants.RED_MASK |
| |
| - | (data[offset + 1] << 8) & PConstants.GREEN_MASK |
| |
| - | data[offset + 2] & PConstants.BLUE_MASK;
| |
| - | }
| |
| - |
| |
| - | // x,y is inside canvas space
| |
| - | data = p.toImageData(0|x, 0|y, 1, 1).data;
| |
| - | return (data[3] << 24) & PConstants.ALPHA_MASK |
| |
| - | (data[0] << 16) & PConstants.RED_MASK |
| |
| - | (data[1] << 8) & PConstants.GREEN_MASK |
| |
| - | data[2] & PConstants.BLUE_MASK;
| |
| - | }
| |
| - | function get$3(x,y,img) {
| |
| - | if (img.isRemote) { // Remote images cannot access imageData
| |
| - | throw "Image is loaded remotely. Cannot get x,y.";
| |
| - | }
| |
| - | // PImage.get(x,y) was called, return the color (int) at x,y of img
| |
| - | var offset = y * img.width * 4 + (x * 4),
| |
| - | data = img.imageData.data;
| |
| - | return (data[offset + 3] << 24) & PConstants.ALPHA_MASK |
| |
| - | (data[offset] << 16) & PConstants.RED_MASK |
| |
| - | (data[offset + 1] << 8) & PConstants.GREEN_MASK |
| |
| - | data[offset + 2] & PConstants.BLUE_MASK;
| |
| - | }
| |
| - | function get$4(x, y, w, h) {
| |
| - | // return a PImage of w and h from cood x,y of curContext
| |
| - | var c = new PImage(w, h, PConstants.ARGB);
| |
| - | c.fromImageData(p.toImageData(x, y, w, h));
| |
| - | return c;
| |
| - | }
| |
| - | function get$5(x, y, w, h, img) {
| |
| - | if (img.isRemote) { // Remote images cannot access imageData
| |
| - | throw "Image is loaded remotely. Cannot get x,y,w,h.";
| |
| - | }
| |
| - | // PImage.get(x,y,w,h) was called, return x,y,w,h PImage of img
| |
| - | // offset start point needs to be *4
| |
| - | var c = new PImage(w, h, PConstants.ARGB), cData = c.imageData.data,
| |
| - | imgWidth = img.width, imgHeight = img.height, imgData = img.imageData.data;
| |
| - | // Don't need to copy pixels from the image outside ranges.
| |
| - | var startRow = Math.max(0, -y), startColumn = Math.max(0, -x),
| |
| - | stopRow = Math.min(h, imgHeight - y), stopColumn = Math.min(w, imgWidth - x);
| |
| - | for (var i = startRow; i < stopRow; ++i) {
| |
| - | var sourceOffset = ((y + i) * imgWidth + (x + startColumn)) * 4;
| |
| - | var targetOffset = (i * w + startColumn) * 4;
| |
| - | for (var j = startColumn; j < stopColumn; ++j) {
| |
| - | cData[targetOffset++] = imgData[sourceOffset++];
| |
| - | cData[targetOffset++] = imgData[sourceOffset++];
| |
| - | cData[targetOffset++] = imgData[sourceOffset++];
| |
| - | cData[targetOffset++] = imgData[sourceOffset++];
| |
| - | }
| |
| - | }
| |
| - | c.__isDirty = true;
| |
| - | return c;
| |
| - | }
| |
| - |
| |
| - | // Gets a single pixel or block of pixels from the current Canvas Context or a PImage
| |
| - | /**
| |
| - | * Reads the color of any pixel or grabs a section of an image. If no parameters are specified, the entire
| |
| - | * image is returned. Get the value of one pixel by specifying an x,y coordinate. Get a section of the display
| |
| - | * window by specifying an additional width and height parameter. If the pixel requested is outside of the image
| |
| - | * window, black is returned. The numbers returned are scaled according to the current color ranges, but only RGB
| |
| - | * values are returned by this function. For example, even though you may have drawn a shape with colorMode(HSB),
| |
| - | * the numbers returned will be in RGB.
| |
| - | * Getting the color of a single pixel with get(x, y) is easy, but not as fast as grabbing the data directly
| |
| - | * from pixels[]. The equivalent statement to "get(x, y)" using pixels[] is "pixels[y*width+x]". Processing
| |
| - | * requires calling loadPixels() to load the display window data into the pixels[] array before getting the values.
| |
| - | * This function ignores imageMode().
| |
| - | *
| |
| - | * @param {int} x x-coordinate of the pixel
| |
| - | * @param {int} y y-coordinate of the pixel
| |
| - | * @param {int} width width of pixel rectangle to get
| |
| - | * @param {int} height height of pixel rectangle to get
| |
| - | *
| |
| - | * @returns {Color|PImage}
| |
| - | *
| |
| - | * @see set
| |
| - | * @see pixels[]
| |
| - | * @see imageMode
| |
| - | */
| |
| - | p.get = function(x, y, w, h, img) {
| |
| - | // for 0 2 and 4 arguments use curContext, otherwise PImage.get was called
| |
| - | if (img !== undefined) {
| |
| - | return get$5(x, y, w, h, img);
| |
| - | }
| |
| - | if (h !== undefined) {
| |
| - | return get$4(x, y, w, h);
| |
| - | }
| |
| - | if (w !== undefined) {
| |
| - | return get$3(x, y, w);
| |
| - | }
| |
| - | if (y !== undefined) {
| |
| - | return get$2(x, y);
| |
| - | }
| |
| - | if (x !== undefined) {
| |
| - | // PImage.get() was called, return a new PImage
| |
| - | return get$5(0, 0, x.width, x.height, x);
| |
| - | }
| |
| - |
| |
| - | return get$4(0, 0, p.width, p.height);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Creates and returns a new <b>PGraphics</b> object of the types P2D, P3D, and JAVA2D. Use this class if you need to draw
| |
| - | * into an off-screen graphics buffer. It's not possible to use <b>createGraphics()</b> with OPENGL, because it doesn't
| |
| - | * allow offscreen use. The DXF and PDF renderers require the filename parameter. <br /><br /> It's important to call
| |
| - | * any drawing commands between beginDraw() and endDraw() statements. This is also true for any commands that affect
| |
| - | * drawing, such as smooth() or colorMode().<br /><br /> Unlike the main drawing surface which is completely opaque,
| |
| - | * surfaces created with createGraphics() can have transparency. This makes it possible to draw into a graphics and
| |
| - | * maintain the alpha channel.
| |
| - | *
| |
| - | * @param {int} width width in pixels
| |
| - | * @param {int} height height in pixels
| |
| - | * @param {int} renderer Either P2D, P3D, JAVA2D, PDF, DXF
| |
| - | * @param {String} filename the name of the file (not supported yet)
| |
| - | */
| |
| - | p.createGraphics = function(w, h, render) {
| |
| - | var pg = new Processing();
| |
| - | pg.size(w, h, render);
| |
| - | pg.background(0,0);
| |
| - | return pg;
| |
| - | };
| |
| - |
| |
| - | // pixels caching
| |
| - | function resetContext() {
| |
| - | if(isContextReplaced) {
| |
| - | curContext = originalContext;
| |
| - | isContextReplaced = false;
| |
| - |
| |
| - | p.updatePixels();
| |
| - | }
| |
| - | }
| |
| - | function SetPixelContextWrapper() {
| |
| - | function wrapFunction(newContext, name) {
| |
| - | function wrapper() {
| |
| - | resetContext();
| |
| - | curContext[name].apply(curContext, arguments);
| |
| - | }
| |
| - | newContext[name] = wrapper;
| |
| - | }
| |
| - | function wrapProperty(newContext, name) {
| |
| - | function getter() {
| |
| - | resetContext();
| |
| - | return curContext[name];
| |
| - | }
| |
| - | function setter(value) {
| |
| - | resetContext();
| |
| - | curContext[name] = value;
| |
| - | }
| |
| - | p.defineProperty(newContext, name, { get: getter, set: setter });
| |
| - | }
| |
| - | for(var n in curContext) {
| |
| - | if(typeof curContext[n] === 'function') {
| |
| - | wrapFunction(this, n);
| |
| - | } else {
| |
| - | wrapProperty(this, n);
| |
| - | }
| |
| - | }
| |
| - | }
| |
| - | function replaceContext() {
| |
| - | if(isContextReplaced) {
| |
| - | return;
| |
| - | }
| |
| - | p.loadPixels();
| |
| - | if(proxyContext === null) {
| |
| - | originalContext = curContext;
| |
| - | proxyContext = new SetPixelContextWrapper();
| |
| - | }
| |
| - | isContextReplaced = true;
| |
| - | curContext = proxyContext;
| |
| - | setPixelsCached = 0;
| |
| - | }
| |
| - |
| |
| - | function set$3(x, y, c) {
| |
| - | if (x < p.width && x >= 0 && y >= 0 && y < p.height) {
| |
| - | replaceContext();
| |
| - | p.pixels.setPixel((0|x)+p.width*(0|y), c);
| |
| - | if(++setPixelsCached > maxPixelsCached) {
| |
| - | resetContext();
| |
| - | }
| |
| - | }
| |
| - | }
| |
| - | function set$4(x, y, obj, img) {
| |
| - | if (img.isRemote) { // Remote images cannot access imageData
| |
| - | throw "Image is loaded remotely. Cannot set x,y.";
| |
| - | }
| |
| - | var c = p.color.toArray(obj);
| |
| - | var offset = y * img.width * 4 + (x*4);
| |
| - | var data = img.imageData.data;
| |
| - | data[offset] = c[0];
| |
| - | data[offset+1] = c[1];
| |
| - | data[offset+2] = c[2];
| |
| - | data[offset+3] = c[3];
| |
| - | }
| |
| - |
| |
| - | // Paints a pixel array into the canvas
| |
| - | /**
| |
| - | * Changes the color of any pixel or writes an image directly into the display window. The x and y parameters
| |
| - | * specify the pixel to change and the color parameter specifies the color value. The color parameter is affected
| |
| - | * by the current color mode (the default is RGB values from 0 to 255). When setting an image, the x and y
| |
| - | * parameters define the coordinates for the upper-left corner of the image.
| |
| - | * Setting the color of a single pixel with set(x, y) is easy, but not as fast as putting the data directly
| |
| - | * into pixels[]. The equivalent statement to "set(x, y, #000000)" using pixels[] is "pixels[y*width+x] = #000000".
| |
| - | * You must call loadPixels() to load the display window data into the pixels[] array before setting the values
| |
| - | * and calling updatePixels() to update the window with any changes. This function ignores imageMode().
| |
| - | *
| |
| - | * @param {int} x x-coordinate of the pixel
| |
| - | * @param {int} y y-coordinate of the pixel
| |
| - | * @param {Color} obj any value of the color datatype
| |
| - | * @param {PImage} img any valid variable of type PImage
| |
| - | *
| |
| - | * @see get
| |
| - | * @see pixels[]
| |
| - | * @see imageMode
| |
| - | */
| |
| - | p.set = function(x, y, obj, img) {
| |
| - | var color, oldFill;
| |
| - | if (arguments.length === 3) {
| |
| - | // called p.set(), was it with a color or a img ?
| |
| - | if (typeof obj === "number") {
| |
| - | set$3(x, y, obj);
| |
| - | } else if (obj instanceof PImage || obj.__isPImage) {
| |
| - | p.image(obj, x, y);
| |
| - | }
| |
| - | } else if (arguments.length === 4) {
| |
| - | // PImage.set(x,y,c) was called, set coordinate x,y color to c of img
| |
| - | set$4(x, y, obj, img);
| |
| - | }
| |
| - | };
| |
| - | p.imageData = {};
| |
| - |
| |
| - | // handle the sketch code for pixels[]
| |
| - | // parser code converts pixels[] to getPixels() or setPixels(),
| |
| - | // .length becomes getLength()
| |
| - | /**
| |
| - | * Array containing the values for all the pixels in the display window. These values are of the color datatype.
| |
| - | * This array is the size of the display window. For example, if the image is 100x100 pixels, there will be 10000
| |
| - | * values and if the window is 200x300 pixels, there will be 60000 values. The index value defines the position
| |
| - | * of a value within the array. For example, the statment color b = pixels[230] will set the variable b to be
| |
| - | * equal to the value at that location in the array.
| |
| - | * Before accessing this array, the data must loaded with the loadPixels() function. After the array data has
| |
| - | * been modified, the updatePixels() function must be run to update the changes.
| |
| - | *
| |
| - | * @param {int} index must not exceed the size of the array
| |
| - | *
| |
| - | * @see loadPixels
| |
| - | * @see updatePixels
| |
| - | * @see get
| |
| - | * @see set
| |
| - | * @see PImage
| |
| - | */
| |
| - | p.pixels = {
| |
| - | getLength: function() { return p.imageData.data.length ? p.imageData.data.length/4 : 0; },
| |
| - | getPixel: function(i) {
| |
| - | var offset = i*4, data = p.imageData.data;
| |
| - | return (data[offset+3] << 24) & 0xff000000 |
| |
| - | (data[offset+0] << 16) & 0x00ff0000 |
| |
| - | (data[offset+1] << 8) & 0x0000ff00 |
| |
| - | data[offset+2] & 0x000000ff;
| |
| - | },
| |
| - | setPixel: function(i,c) {
| |
| - | var offset = i*4, data = p.imageData.data;
| |
| - | data[offset+0] = (c & 0x00ff0000) >>> 16; // RED_MASK
| |
| - | data[offset+1] = (c & 0x0000ff00) >>> 8; // GREEN_MASK
| |
| - | data[offset+2] = (c & 0x000000ff); // BLUE_MASK
| |
| - | data[offset+3] = (c & 0xff000000) >>> 24; // ALPHA_MASK
| |
| - | },
| |
| - | toArray: function() {
| |
| - | var arr = [], length = p.imageData.width * p.imageData.height, data = p.imageData.data;
| |
| - | for (var i = 0, offset = 0; i < length; i++, offset += 4) {
| |
| - | arr.push((data[offset+3] << 24) & 0xff000000 |
| |
| - | (data[offset+0] << 16) & 0x00ff0000 |
| |
| - | (data[offset+1] << 8) & 0x0000ff00 |
| |
| - | data[offset+2] & 0x000000ff);
| |
| - | }
| |
| - | return arr;
| |
| - | },
| |
| - | set: function(arr) {
| |
| - | for (var i = 0, aL = arr.length; i < aL; i++) {
| |
| - | this.setPixel(i, arr[i]);
| |
| - | }
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | // Gets a 1-Dimensional pixel array from Canvas
| |
| - | /**
| |
| - | * Loads the pixel data for the display window into the pixels[] array. This function must always be called
| |
| - | * before reading from or writing to pixels[].
| |
| - | * Certain renderers may or may not seem to require loadPixels() or updatePixels(). However, the rule is that
| |
| - | * any time you want to manipulate the pixels[] array, you must first call loadPixels(), and after changes
| |
| - | * have been made, call updatePixels(). Even if the renderer may not seem to use this function in the current
| |
| - | * Processing release, this will always be subject to change.
| |
| - | *
| |
| - | * @see pixels[]
| |
| - | * @see updatePixels
| |
| - | */
| |
| - | p.loadPixels = function() {
| |
| - | p.imageData = drawing.$ensureContext().getImageData(0, 0, p.width, p.height);
| |
| - | };
| |
| - |
| |
| - | // Draws a 1-Dimensional pixel array to Canvas
| |
| - | /**
| |
| - | * Updates the display window with the data in the pixels[] array. Use in conjunction with loadPixels(). If
| |
| - | * you're only reading pixels from the array, there's no need to call updatePixels() unless there are changes.
| |
| - | * Certain renderers may or may not seem to require loadPixels() or updatePixels(). However, the rule is that
| |
| - | * any time you want to manipulate the pixels[] array, you must first call loadPixels(), and after changes
| |
| - | * have been made, call updatePixels(). Even if the renderer may not seem to use this function in the current
| |
| - | * Processing release, this will always be subject to change.
| |
| - | * Currently, none of the renderers use the additional parameters to updatePixels(), however this may be
| |
| - | * implemented in the future.
| |
| - | *
| |
| - | * @see loadPixels
| |
| - | * @see pixels[]
| |
| - | */
| |
| - | p.updatePixels = function() {
| |
| - | if (p.imageData) {
| |
| - | drawing.$ensureContext().putImageData(p.imageData, 0, 0);
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Set various hints and hacks for the renderer. This is used to handle obscure rendering features that cannot be
| |
| - | * implemented in a consistent manner across renderers. Many options will often graduate to standard features
| |
| - | * instead of hints over time.
| |
| - | * hint(ENABLE_OPENGL_4X_SMOOTH) - Enable 4x anti-aliasing for OpenGL. This can help force anti-aliasing if
| |
| - | * it has not been enabled by the user. On some graphics cards, this can also be set by the graphics driver's
| |
| - | * control panel, however not all cards make this available. This hint must be called immediately after the
| |
| - | * size() command because it resets the renderer, obliterating any settings and anything drawn (and like size(),
| |
| - | * re-running the code that came before it again).
| |
| - | * hint(DISABLE_OPENGL_2X_SMOOTH) - In Processing 1.0, Processing always enables 2x smoothing when the OpenGL
| |
| - | * renderer is used. This hint disables the default 2x smoothing and returns the smoothing behavior found in
| |
| - | * earlier releases, where smooth() and noSmooth() could be used to enable and disable smoothing, though the
| |
| - | * quality was inferior.
| |
| - | * hint(ENABLE_NATIVE_FONTS) - Use the native version fonts when they are installed, rather than the bitmapped
| |
| - | * version from a .vlw file. This is useful with the JAVA2D renderer setting, as it will improve font rendering
| |
| - | * speed. This is not enabled by default, because it can be misleading while testing because the type will look
| |
| - | * great on your machine (because you have the font installed) but lousy on others' machines if the identical
| |
| - | * font is unavailable. This option can only be set per-sketch, and must be called before any use of textFont().
| |
| - | * hint(DISABLE_DEPTH_TEST) - Disable the zbuffer, allowing you to draw on top of everything at will. When depth
| |
| - | * testing is disabled, items will be drawn to the screen sequentially, like a painting. This hint is most often
| |
| - | * used to draw in 3D, then draw in 2D on top of it (for instance, to draw GUI controls in 2D on top of a 3D
| |
| - | * interface). Starting in release 0149, this will also clear the depth buffer. Restore the default with
| |
| - | * hint(ENABLE_DEPTH_TEST), but note that with the depth buffer cleared, any 3D drawing that happens later in
| |
| - | * draw() will ignore existing shapes on the screen.
| |
| - | * hint(ENABLE_DEPTH_SORT) - Enable primitive z-sorting of triangles and lines in P3D and OPENGL. This can slow
| |
| - | * performance considerably, and the algorithm is not yet perfect. Restore the default with hint(DISABLE_DEPTH_SORT).
| |
| - | * hint(DISABLE_OPENGL_ERROR_REPORT) - Speeds up the OPENGL renderer setting by not checking for errors while
| |
| - | * running. Undo with hint(ENABLE_OPENGL_ERROR_REPORT).
| |
| - | * As of release 0149, unhint() has been removed in favor of adding additional ENABLE/DISABLE constants to reset
| |
| - | * the default behavior. This prevents the double negatives, and also reinforces which hints can be enabled or disabled.
| |
| - | *
| |
| - | * @param {MODE} item constant: name of the hint to be enabled or disabled
| |
| - | *
| |
| - | * @see PGraphics
| |
| - | * @see createGraphics
| |
| - | * @see size
| |
| - | */
| |
| - | p.hint = function(which) {
| |
| - | var curContext = drawing.$ensureContext();
| |
| - | if (which === PConstants.DISABLE_DEPTH_TEST) {
| |
| - | curContext.disable(curContext.DEPTH_TEST);
| |
| - | curContext.depthMask(false);
| |
| - | curContext.clear(curContext.DEPTH_BUFFER_BIT);
| |
| - | }
| |
| - | else if (which === PConstants.ENABLE_DEPTH_TEST) {
| |
| - | curContext.enable(curContext.DEPTH_TEST);
| |
| - | curContext.depthMask(true);
| |
| - | }
| |
| - | else if (which === PConstants.ENABLE_OPENGL_2X_SMOOTH ||
| |
| - | which === PConstants.ENABLE_OPENGL_4X_SMOOTH){
| |
| - | renderSmooth = true;
| |
| - | }
| |
| - | else if (which === PConstants.DISABLE_OPENGL_2X_SMOOTH){
| |
| - | renderSmooth = false;
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * The background() function sets the color used for the background of the Processing window.
| |
| - | * The default background is light gray. In the <b>draw()</b> function, the background color is used to clear the display window at the beginning of each frame.
| |
| - | * An image can also be used as the background for a sketch, however its width and height must be the same size as the sketch window.
| |
| - | * To resize an image 'b' to the size of the sketch window, use b.resize(width, height).
| |
| - | * Images used as background will ignore the current <b>tint()</b> setting.
| |
| - | * For the main drawing surface, the alpha value will be ignored. However,
| |
| - | * alpha can be used on PGraphics objects from <b>createGraphics()</b>. This is
| |
| - | * the only way to set all the pixels partially transparent, for instance.
| |
| - | * If the 'gray' parameter is passed in the function sets the background to a grayscale value, based on the
| |
| - | * current colorMode.
| |
| - | * <p>
| |
| - | * Note that background() should be called before any transformations occur,
| |
| - | * because some implementations may require the current transformation matrix
| |
| - | * to be identity before drawing.
| |
| - | *
| |
| - | * @param {int|float} gray specifies a value between white and black
| |
| - | * @param {int|float} value1 red or hue value (depending on the current color mode)
| |
| - | * @param {int|float} value2 green or saturation value (depending on the current color mode)
| |
| - | * @param {int|float} value3 blue or brightness value (depending on the current color mode)
| |
| - | * @param {int|float} alpha opacity of the background
| |
| - | * @param {Color} color any value of the color datatype
| |
| - | * @param {int} hex color value in hexadecimal notation (i.e. #FFCC00 or 0xFFFFCC00)
| |
| - | * @param {PImage} image an instance of a PImage to use as a background
| |
| - | *
| |
| - | * @see #stroke()
| |
| - | * @see #fill()
| |
| - | * @see #tint()
| |
| - | * @see #colorMode()
| |
| - | */
| |
| - | var backgroundHelper = function(arg1, arg2, arg3, arg4) {
| |
| - | var obj;
| |
| - |
| |
| - | if (arg1 instanceof PImage || arg1.__isPImage) {
| |
| - | obj = arg1;
| |
| - |
| |
| - | if (!obj.loaded) {
| |
| - | throw "Error using image in background(): PImage not loaded.";
| |
| - | }
| |
| - | if(obj.width !== p.width || obj.height !== p.height){
| |
| - | throw "Background image must be the same dimensions as the canvas.";
| |
| - | }
| |
| - | } else {
| |
| - | obj = p.color(arg1, arg2, arg3, arg4);
| |
| - | }
| |
| - |
| |
| - | backgroundObj = obj;
| |
| - | };
| |
| - |
| |
| - | Drawing2D.prototype.background = function(arg1, arg2, arg3, arg4) {
| |
| - | if (arg1 !== undef) {
| |
| - | backgroundHelper(arg1, arg2, arg3, arg4);
| |
| - | }
| |
| - |
| |
| - | if (backgroundObj instanceof PImage || backgroundObj.__isPImage) {
| |
| - | saveContext();
| |
| - | curContext.setTransform(1, 0, 0, 1, 0, 0);
| |
| - | p.image(backgroundObj, 0, 0);
| |
| - | restoreContext();
| |
| - | } else {
| |
| - | saveContext();
| |
| - | curContext.setTransform(1, 0, 0, 1, 0, 0);
| |
| - |
| |
| - | // If the background is transparent
| |
| - | if (p.alpha(backgroundObj) !== colorModeA) {
| |
| - | curContext.clearRect(0,0, p.width, p.height);
| |
| - | }
| |
| - | curContext.fillStyle = p.color.toString(backgroundObj);
| |
| - | curContext.fillRect(0, 0, p.width, p.height);
| |
| - | isFillDirty = true;
| |
| - | restoreContext();
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | Drawing3D.prototype.background = function(arg1, arg2, arg3, arg4) {
| |
| - | if (arguments.length > 0) {
| |
| - | backgroundHelper(arg1, arg2, arg3, arg4);
| |
| - | }
| |
| - |
| |
| - | var c = p.color.toGLArray(backgroundObj);
| |
| - | curContext.clearColor(c[0], c[1], c[2], c[3]);
| |
| - | curContext.clear(curContext.COLOR_BUFFER_BIT | curContext.DEPTH_BUFFER_BIT);
| |
| - |
| |
| - | // An image as a background in 3D is not implemented yet
| |
| - | };
| |
| - |
| |
| - | // Draws an image to the Canvas
| |
| - | /**
| |
| - | * Displays images to the screen. The images must be in the sketch's "data" directory to load correctly. Select "Add
| |
| - | * file..." from the "Sketch" menu to add the image. Processing currently works with GIF, JPEG, and Targa images. The
| |
| - | * color of an image may be modified with the tint() function and if a GIF has transparency, it will maintain its
| |
| - | * transparency. The img parameter specifies the image to display and the x and y parameters define the location of
| |
| - | * the image from its upper-left corner. The image is displayed at its original size unless the width and height
| |
| - | * parameters specify a different size. The imageMode() function changes the way the parameters work. A call to
| |
| - | * imageMode(CORNERS) will change the width and height parameters to define the x and y values of the opposite
| |
| - | * corner of the image.
| |
| - | *
| |
| - | * @param {PImage} img the image to display
| |
| - | * @param {int|float} x x-coordinate of the image
| |
| - | * @param {int|float} y y-coordinate of the image
| |
| - | * @param {int|float} width width to display the image
| |
| - | * @param {int|float} height height to display the image
| |
| - | *
| |
| - | * @see loadImage
| |
| - | * @see PImage
| |
| - | * @see imageMode
| |
| - | * @see tint
| |
| - | * @see background
| |
| - | * @see alpha
| |
| - | */
| |
| - | Drawing2D.prototype.image = function(img, x, y, w, h) {
| |
| - | // Fix fractional positions
| |
| - | x = Math.round(x);
| |
| - | y = Math.round(y);
| |
| - |
| |
| - | if (img.width > 0) {
| |
| - | var wid = w || img.width;
| |
| - | var hgt = h || img.height;
| |
| - |
| |
| - | var bounds = imageModeConvert(x || 0, y || 0, w || img.width, h || img.height, arguments.length < 4);
| |
| - | var fastImage = !!img.sourceImg && curTint === null;
| |
| - | if (fastImage) {
| |
| - | var htmlElement = img.sourceImg;
| |
| - | if (img.__isDirty) {
| |
| - | img.updatePixels();
| |
| - | }
| |
| - | // Using HTML element's width and height in case if the image was resized.
| |
| - | curContext.drawImage(htmlElement, 0, 0,
| |
| - | htmlElement.width, htmlElement.height, bounds.x, bounds.y, bounds.w, bounds.h);
| |
| - | } else {
| |
| - | var obj = img.toImageData();
| |
| - |
| |
| - | // Tint the image
| |
| - | if (curTint !== null) {
| |
| - | curTint(obj);
| |
| - | img.__isDirty = true;
| |
| - | }
| |
| - |
| |
| - | curContext.drawImage(getCanvasData(obj).canvas, 0, 0,
| |
| - | img.width, img.height, bounds.x, bounds.y, bounds.w, bounds.h);
| |
| - | }
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | Drawing3D.prototype.image = function(img, x, y, w, h) {
| |
| - | if (img.width > 0) {
| |
| - | // Fix fractional positions
| |
| - | x = Math.round(x);
| |
| - | y = Math.round(y);
| |
| - | w = w || img.width;
| |
| - | h = h || img.height;
| |
| - |
| |
| - | p.beginShape(p.QUADS);
| |
| - | p.texture(img);
| |
| - | p.vertex(x, y, 0, 0, 0);
| |
| - | p.vertex(x, y+h, 0, 0, h);
| |
| - | p.vertex(x+w, y+h, 0, w, h);
| |
| - | p.vertex(x+w, y, 0, w, 0);
| |
| - | p.endShape();
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * The tint() function sets the fill value for displaying images. Images can be tinted to
| |
| - | * specified colors or made transparent by setting the alpha.
| |
| - | * <br><br>To make an image transparent, but not change it's color,
| |
| - | * use white as the tint color and specify an alpha value. For instance,
| |
| - | * tint(255, 128) will make an image 50% transparent (unless
| |
| - | * <b>colorMode()</b> has been used).
| |
| - | *
| |
| - | * <br><br>When using hexadecimal notation to specify a color, use "#" or
| |
| - | * "0x" before the values (e.g. #CCFFAA, 0xFFCCFFAA). The # syntax uses six
| |
| - | * digits to specify a color (the way colors are specified in HTML and CSS).
| |
| - | * When using the hexadecimal notation starting with "0x", the hexadecimal
| |
| - | * value must be specified with eight characters; the first two characters
| |
| - | * define the alpha component and the remainder the red, green, and blue
| |
| - | * components.
| |
| - | * <br><br>The value for the parameter "gray" must be less than or equal
| |
| - | * to the current maximum value as specified by <b>colorMode()</b>.
| |
| - | * The default maximum value is 255.
| |
| - | * <br><br>The tint() method is also used to control the coloring of
| |
| - | * textures in 3D.
| |
| - | *
| |
| - | * @param {int|float} gray any valid number
| |
| - | * @param {int|float} alpha opacity of the image
| |
| - | * @param {int|float} value1 red or hue value
| |
| - | * @param {int|float} value2 green or saturation value
| |
| - | * @param {int|float} value3 blue or brightness value
| |
| - | * @param {int|float} color any value of the color datatype
| |
| - | * @param {int} hex color value in hexadecimal notation (i.e. #FFCC00 or 0xFFFFCC00)
| |
| - | *
| |
| - | * @see #noTint()
| |
| - | * @see #image()
| |
| - | */
| |
| - | p.tint = function(a1, a2, a3, a4) {
| |
| - | var tintColor = p.color(a1, a2, a3, a4);
| |
| - | var r = p.red(tintColor) / colorModeX;
| |
| - | var g = p.green(tintColor) / colorModeY;
| |
| - | var b = p.blue(tintColor) / colorModeZ;
| |
| - | var a = p.alpha(tintColor) / colorModeA;
| |
| - | curTint = function(obj) {
| |
| - | var data = obj.data,
| |
| - | length = 4 * obj.width * obj.height;
| |
| - | for (var i = 0; i < length;) {
| |
| - | data[i++] *= r;
| |
| - | data[i++] *= g;
| |
| - | data[i++] *= b;
| |
| - | data[i++] *= a;
| |
| - | }
| |
| - | };
| |
| - | // for overriding the color buffer when 3d rendering
| |
| - | curTint3d = function(data){
| |
| - | for (var i = 0; i < data.length;) {
| |
| - | data[i++] = r;
| |
| - | data[i++] = g;
| |
| - | data[i++] = b;
| |
| - | data[i++] = a;
| |
| - | }
| |
| - | };
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * The noTint() function removes the current fill value for displaying images and reverts to displaying images with their original hues.
| |
| - | *
| |
| - | * @see #tint()
| |
| - | * @see #image()
| |
| - | */
| |
| - | p.noTint = function() {
| |
| - | curTint = null;
| |
| - | curTint3d = null;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Copies a region of pixels from the display window to another area of the display window and copies a region of pixels from an
| |
| - | * image used as the srcImg parameter into the display window. If the source and destination regions aren't the same size, it will
| |
| - | * automatically resize the source pixels to fit the specified target region. No alpha information is used in the process, however
| |
| - | * if the source image has an alpha channel set, it will be copied as well. This function ignores imageMode().
| |
| - | *
| |
| - | * @param {int} x X coordinate of the source's upper left corner
| |
| - | * @param {int} y Y coordinate of the source's upper left corner
| |
| - | * @param {int} width source image width
| |
| - | * @param {int} height source image height
| |
| - | * @param {int} dx X coordinate of the destination's upper left corner
| |
| - | * @param {int} dy Y coordinate of the destination's upper left corner
| |
| - | * @param {int} dwidth destination image width
| |
| - | * @param {int} dheight destination image height
| |
| - | * @param {PImage} srcImg image variable referring to the source image
| |
| - | *
| |
| - | * @see blend
| |
| - | * @see get
| |
| - | */
| |
| - | p.copy = function(src, sx, sy, sw, sh, dx, dy, dw, dh) {
| |
| - | if (dh === undef) {
| |
| - | // shift everything, and introduce p
| |
| - | dh = dw;
| |
| - | dw = dy;
| |
| - | dy = dx;
| |
| - | dx = sh;
| |
| - | sh = sw;
| |
| - | sw = sy;
| |
| - | sy = sx;
| |
| - | sx = src;
| |
| - | src = p;
| |
| - | }
| |
| - | p.blend(src, sx, sy, sw, sh, dx, dy, dw, dh, PConstants.REPLACE);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Blends a region of pixels from one image into another (or in itself again) with full alpha channel support. There
| |
| - | * is a choice of the following modes to blend the source pixels (A) with the ones of pixels in the destination image (B):
| |
| - | * BLEND - linear interpolation of colours: C = A*factor + B
| |
| - | * ADD - additive blending with white clip: C = min(A*factor + B, 255)
| |
| - | * SUBTRACT - subtractive blending with black clip: C = max(B - A*factor, 0)
| |
| - | * DARKEST - only the darkest colour succeeds: C = min(A*factor, B)
| |
| - | * LIGHTEST - only the lightest colour succeeds: C = max(A*factor, B)
| |
| - | * DIFFERENCE - subtract colors from underlying image.
| |
| - | * EXCLUSION - similar to DIFFERENCE, but less extreme.
| |
| - | * MULTIPLY - Multiply the colors, result will always be darker.
| |
| - | * SCREEN - Opposite multiply, uses inverse values of the colors.
| |
| - | * OVERLAY - A mix of MULTIPLY and SCREEN. Multiplies dark values, and screens light values.
| |
| - | * HARD_LIGHT - SCREEN when greater than 50% gray, MULTIPLY when lower.
| |
| - | * SOFT_LIGHT - Mix of DARKEST and LIGHTEST. Works like OVERLAY, but not as harsh.
| |
| - | * DODGE - Lightens light tones and increases contrast, ignores darks. Called "Color Dodge" in Illustrator and Photoshop.
| |
| - | * BURN - Darker areas are applied, increasing contrast, ignores lights. Called "Color Burn" in Illustrator and Photoshop.
| |
| - | * All modes use the alpha information (highest byte) of source image pixels as the blending factor. If the source and
| |
| - | * destination regions are different sizes, the image will be automatically resized to match the destination size. If the
| |
| - | * srcImg parameter is not used, the display window is used as the source image. This function ignores imageMode().
| |
| - | *
| |
| - | * @param {int} x X coordinate of the source's upper left corner
| |
| - | * @param {int} y Y coordinate of the source's upper left corner
| |
| - | * @param {int} width source image width
| |
| - | * @param {int} height source image height
| |
| - | * @param {int} dx X coordinate of the destination's upper left corner
| |
| - | * @param {int} dy Y coordinate of the destination's upper left corner
| |
| - | * @param {int} dwidth destination image width
| |
| - | * @param {int} dheight destination image height
| |
| - | * @param {PImage} srcImg image variable referring to the source image
| |
| - | * @param {PImage} MODE Either BLEND, ADD, SUBTRACT, LIGHTEST, DARKEST, DIFFERENCE, EXCLUSION, MULTIPLY, SCREEN,
| |
| - | * OVERLAY, HARD_LIGHT, SOFT_LIGHT, DODGE, BURN
| |
| - | * @see filter
| |
| - | */
| |
| - | p.blend = function(src, sx, sy, sw, sh, dx, dy, dw, dh, mode, pimgdest) {
| |
| - | if (src.isRemote) {
| |
| - | throw "Image is loaded remotely. Cannot blend image.";
| |
| - | }
| |
| - |
| |
| - | if (mode === undef) {
| |
| - | // shift everything, and introduce p
| |
| - | mode = dh;
| |
| - | dh = dw;
| |
| - | dw = dy;
| |
| - | dy = dx;
| |
| - | dx = sh;
| |
| - | sh = sw;
| |
| - | sw = sy;
| |
| - | sy = sx;
| |
| - | sx = src;
| |
| - | src = p;
| |
| - | }
| |
| - |
| |
| - | var sx2 = sx + sw,
| |
| - | sy2 = sy + sh,
| |
| - | dx2 = dx + dw,
| |
| - | dy2 = dy + dh,
| |
| - | dest = pimgdest || p;
| |
| - |
| |
| - | // check if pimgdest is there and pixels, if so this was a call from pimg.blend
| |
| - | if (pimgdest === undef || mode === undef) {
| |
| - | p.loadPixels();
| |
| - | }
| |
| - |
| |
| - | src.loadPixels();
| |
| - |
| |
| - | if (src === p && p.intersect(sx, sy, sx2, sy2, dx, dy, dx2, dy2)) {
| |
| - | p.blit_resize(p.get(sx, sy, sx2 - sx, sy2 - sy), 0, 0, sx2 - sx - 1, sy2 - sy - 1,
| |
| - | dest.imageData.data, dest.width, dest.height, dx, dy, dx2, dy2, mode);
| |
| - | } else {
| |
| - | p.blit_resize(src, sx, sy, sx2, sy2, dest.imageData.data, dest.width, dest.height, dx, dy, dx2, dy2, mode);
| |
| - | }
| |
| - |
| |
| - | if (pimgdest === undef) {
| |
| - | p.updatePixels();
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | // helper function for filter()
| |
| - | var buildBlurKernel = function(r) {
| |
| - | var radius = p.floor(r * 3.5), i, radiusi;
| |
| - | radius = (radius < 1) ? 1 : ((radius < 248) ? radius : 248);
| |
| - | if (p.shared.blurRadius !== radius) {
| |
| - | p.shared.blurRadius = radius;
| |
| - | p.shared.blurKernelSize = 1 + (p.shared.blurRadius<<1);
| |
| - | p.shared.blurKernel = new Float32Array(p.shared.blurKernelSize);
| |
| - | var sharedBlurKernal = p.shared.blurKernel;
| |
| - | var sharedBlurKernelSize = p.shared.blurKernelSize;
| |
| - | var sharedBlurRadius = p.shared.blurRadius;
| |
| - | // init blurKernel
| |
| - | for (i = 0; i < sharedBlurKernelSize; i++) {
| |
| - | sharedBlurKernal[i] = 0;
| |
| - | }
| |
| - | var radiusiSquared = (radius - 1) * (radius - 1);
| |
| - | for (i = 1; i < radius; i++) {
| |
| - | sharedBlurKernal[radius + i] = sharedBlurKernal[radiusi] = radiusiSquared;
| |
| - | }
| |
| - | sharedBlurKernal[radius] = radius * radius;
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | var blurARGB = function(r, aImg) {
| |
| - | var sum, cr, cg, cb, ca, c, m;
| |
| - | var read, ri, ym, ymi, bk0;
| |
| - | var wh = aImg.pixels.getLength();
| |
| - | var r2 = new Float32Array(wh);
| |
| - | var g2 = new Float32Array(wh);
| |
| - | var b2 = new Float32Array(wh);
| |
| - | var a2 = new Float32Array(wh);
| |
| - | var yi = 0;
| |
| - | var x, y, i, offset;
| |
| - |
| |
| - | buildBlurKernel(r);
| |
| - |
| |
| - | var aImgHeight = aImg.height;
| |
| - | var aImgWidth = aImg.width;
| |
| - | var sharedBlurKernelSize = p.shared.blurKernelSize;
| |
| - | var sharedBlurRadius = p.shared.blurRadius;
| |
| - | var sharedBlurKernal = p.shared.blurKernel;
| |
| - | var pix = aImg.imageData.data;
| |
| - |
| |
| - | for (y = 0; y < aImgHeight; y++) {
| |
| - | for (x = 0; x < aImgWidth; x++) {
| |
| - | cb = cg = cr = ca = sum = 0;
| |
| - | read = x - sharedBlurRadius;
| |
| - | if (read<0) {
| |
| - | bk0 = -read;
| |
| - | read = 0;
| |
| - | } else {
| |
| - | if (read >= aImgWidth) {
| |
| - | break;
| |
| - | }
| |
| - | bk0=0;
| |
| - | }
| |
| - | for (i = bk0; i < sharedBlurKernelSize; i++) {
| |
| - | if (read >= aImgWidth) {
| |
| - | break;
| |
| - | }
| |
| - | offset = (read + yi) *4;
| |
| - | m = sharedBlurKernal[i];
| |
| - | ca += m * pix[offset + 3];
| |
| - | cr += m * pix[offset];
| |
| - | cg += m * pix[offset + 1];
| |
| - | cb += m * pix[offset + 2];
| |
| - | sum += m;
| |
| - | read++;
| |
| - | }
| |
| - | ri = yi + x;
| |
| - | a2[ri] = ca / sum;
| |
| - | r2[ri] = cr / sum;
| |
| - | g2[ri] = cg / sum;
| |
| - | b2[ri] = cb / sum;
| |
| - | }
| |
| - | yi += aImgWidth;
| |
| - | }
| |
| - |
| |
| - | yi = 0;
| |
| - | ym = -sharedBlurRadius;
| |
| - | ymi = ym*aImgWidth;
| |
| - |
| |
| - | for (y = 0; y < aImgHeight; y++) {
| |
| - | for (x = 0; x < aImgWidth; x++) {
| |
| - | cb = cg = cr = ca = sum = 0;
| |
| - | if (ym<0) {
| |
| - | bk0 = ri = -ym;
| |
| - | read = x;
| |
| - | } else {
| |
| - | if (ym >= aImgHeight) {
| |
| - | break;
| |
| - | }
| |
| - | bk0 = 0;
| |
| - | ri = ym;
| |
| - | read = x + ymi;
| |
| - | }
| |
| - | for (i = bk0; i < sharedBlurKernelSize; i++) {
| |
| - | if (ri >= aImgHeight) {
| |
| - | break;
| |
| - | }
| |
| - | m = sharedBlurKernal[i];
| |
| - | ca += m * a2[read];
| |
| - | cr += m * r2[read];
| |
| - | cg += m * g2[read];
| |
| - | cb += m * b2[read];
| |
| - | sum += m;
| |
| - | ri++;
| |
| - | read += aImgWidth;
| |
| - | }
| |
| - | offset = (x + yi) *4;
| |
| - | pix[offset] = cr / sum;
| |
| - | pix[offset + 1] = cg / sum;
| |
| - | pix[offset + 2] = cb / sum;
| |
| - | pix[offset + 3] = ca / sum;
| |
| - | }
| |
| - | yi += aImgWidth;
| |
| - | ymi += aImgWidth;
| |
| - | ym++;
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | // helper funtion for ERODE and DILATE modes of filter()
| |
| - | var dilate = function(isInverted, aImg) {
| |
| - | var currIdx = 0;
| |
| - | var maxIdx = aImg.pixels.getLength();
| |
| - | var out = new Int32Array(maxIdx);
| |
| - | var currRowIdx, maxRowIdx, colOrig, colOut, currLum;
| |
| - | var idxRight, idxLeft, idxUp, idxDown,
| |
| - | colRight, colLeft, colUp, colDown,
| |
| - | lumRight, lumLeft, lumUp, lumDown;
| |
| - |
| |
| - | if (!isInverted) {
| |
| - | // erosion (grow light areas)
| |
| - | while (currIdx<maxIdx) {
| |
| - | currRowIdx = currIdx;
| |
| - | maxRowIdx = currIdx + aImg.width;
| |
| - | while (currIdx < maxRowIdx) {
| |
| - | colOrig = colOut = aImg.pixels.getPixel(currIdx);
| |
| - | idxLeft = currIdx - 1;
| |
| - | idxRight = currIdx + 1;
| |
| - | idxUp = currIdx - aImg.width;
| |
| - | idxDown = currIdx + aImg.width;
| |
| - | if (idxLeft < currRowIdx) {
| |
| - | idxLeft = currIdx;
| |
| - | }
| |
| - | if (idxRight >= maxRowIdx) {
| |
| - | idxRight = currIdx;
| |
| - | }
| |
| - | if (idxUp < 0) {
| |
| - | idxUp = 0;
| |
| - | }
| |
| - | if (idxDown >= maxIdx) {
| |
| - | idxDown = currIdx;
| |
| - | }
| |
| - | colUp = aImg.pixels.getPixel(idxUp);
| |
| - | colLeft = aImg.pixels.getPixel(idxLeft);
| |
| - | colDown = aImg.pixels.getPixel(idxDown);
| |
| - | colRight = aImg.pixels.getPixel(idxRight);
| |
| - |
| |
| - | // compute luminance
| |
| - | currLum = 77*(colOrig>>16&0xff) + 151*(colOrig>>8&0xff) + 28*(colOrig&0xff);
| |
| - | lumLeft = 77*(colLeft>>16&0xff) + 151*(colLeft>>8&0xff) + 28*(colLeft&0xff);
| |
| - | lumRight = 77*(colRight>>16&0xff) + 151*(colRight>>8&0xff) + 28*(colRight&0xff);
| |
| - | lumUp = 77*(colUp>>16&0xff) + 151*(colUp>>8&0xff) + 28*(colUp&0xff);
| |
| - | lumDown = 77*(colDown>>16&0xff) + 151*(colDown>>8&0xff) + 28*(colDown&0xff);
| |
| - |
| |
| - | if (lumLeft > currLum) {
| |
| - | colOut = colLeft;
| |
| - | currLum = lumLeft;
| |
| - | }
| |
| - | if (lumRight > currLum) {
| |
| - | colOut = colRight;
| |
| - | currLum = lumRight;
| |
| - | }
| |
| - | if (lumUp > currLum) {
| |
| - | colOut = colUp;
| |
| - | currLum = lumUp;
| |
| - | }
| |
| - | if (lumDown > currLum) {
| |
| - | colOut = colDown;
| |
| - | currLum = lumDown;
| |
| - | }
| |
| - | out[currIdx++] = colOut;
| |
| - | }
| |
| - | }
| |
| - | } else {
| |
| - | // dilate (grow dark areas)
| |
| - | while (currIdx < maxIdx) {
| |
| - | currRowIdx = currIdx;
| |
| - | maxRowIdx = currIdx + aImg.width;
| |
| - | while (currIdx < maxRowIdx) {
| |
| - | colOrig = colOut = aImg.pixels.getPixel(currIdx);
| |
| - | idxLeft = currIdx - 1;
| |
| - | idxRight = currIdx + 1;
| |
| - | idxUp = currIdx - aImg.width;
| |
| - | idxDown = currIdx + aImg.width;
| |
| - | if (idxLeft < currRowIdx) {
| |
| - | idxLeft = currIdx;
| |
| - | }
| |
| - | if (idxRight >= maxRowIdx) {
| |
| - | idxRight = currIdx;
| |
| - | }
| |
| - | if (idxUp < 0) {
| |
| - | idxUp = 0;
| |
| - | }
| |
| - | if (idxDown >= maxIdx) {
| |
| - | idxDown = currIdx;
| |
| - | }
| |
| - | colUp = aImg.pixels.getPixel(idxUp);
| |
| - | colLeft = aImg.pixels.getPixel(idxLeft);
| |
| - | colDown = aImg.pixels.getPixel(idxDown);
| |
| - | colRight = aImg.pixels.getPixel(idxRight);
| |
| - |
| |
| - | // compute luminance
| |
| - | currLum = 77*(colOrig>>16&0xff) + 151*(colOrig>>8&0xff) + 28*(colOrig&0xff);
| |
| - | lumLeft = 77*(colLeft>>16&0xff) + 151*(colLeft>>8&0xff) + 28*(colLeft&0xff);
| |
| - | lumRight = 77*(colRight>>16&0xff) + 151*(colRight>>8&0xff) + 28*(colRight&0xff);
| |
| - | lumUp = 77*(colUp>>16&0xff) + 151*(colUp>>8&0xff) + 28*(colUp&0xff);
| |
| - | lumDown = 77*(colDown>>16&0xff) + 151*(colDown>>8&0xff) + 28*(colDown&0xff);
| |
| - |
| |
| - | if (lumLeft < currLum) {
| |
| - | colOut = colLeft;
| |
| - | currLum = lumLeft;
| |
| - | }
| |
| - | if (lumRight < currLum) {
| |
| - | colOut = colRight;
| |
| - | currLum = lumRight;
| |
| - | }
| |
| - | if (lumUp < currLum) {
| |
| - | colOut = colUp;
| |
| - | currLum = lumUp;
| |
| - | }
| |
| - | if (lumDown < currLum) {
| |
| - | colOut = colDown;
| |
| - | currLum = lumDown;
| |
| - | }
| |
| - | out[currIdx++]=colOut;
| |
| - | }
| |
| - | }
| |
| - | }
| |
| - | aImg.pixels.set(out);
| |
| - | //p.arraycopy(out,0,pixels,0,maxIdx);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Filters the display window as defined by one of the following modes:
| |
| - | * THRESHOLD - converts the image to black and white pixels depending if they are above or below the threshold
| |
| - | * defined by the level parameter. The level must be between 0.0 (black) and 1.0(white). If no level is specified, 0.5 is used.
| |
| - | * GRAY - converts any colors in the image to grayscale equivalents
| |
| - | * INVERT - sets each pixel to its inverse value
| |
| - | * POSTERIZE - limits each channel of the image to the number of colors specified as the level parameter
| |
| - | * BLUR - executes a Guassian blur with the level parameter specifying the extent of the blurring. If no level parameter is
| |
| - | * used, the blur is equivalent to Guassian blur of radius 1.
| |
| - | * OPAQUE - sets the alpha channel to entirely opaque.
| |
| - | * ERODE - reduces the light areas with the amount defined by the level parameter.
| |
| - | * DILATE - increases the light areas with the amount defined by the level parameter.
| |
| - | *
| |
| - | * @param {MODE} MODE Either THRESHOLD, GRAY, INVERT, POSTERIZE, BLUR, OPAQUE, ERODE, or DILATE
| |
| - | * @param {int|float} level defines the quality of the filter
| |
| - | *
| |
| - | * @see blend
| |
| - | */
| |
| - | p.filter = function(kind, param, aImg){
| |
| - | var img, col, lum, i;
| |
| - |
| |
| - | if (arguments.length === 3) {
| |
| - | aImg.loadPixels();
| |
| - | img = aImg;
| |
| - | } else {
| |
| - | p.loadPixels();
| |
| - | img = p;
| |
| - | }
| |
| - |
| |
| - | if (param === undef) {
| |
| - | param = null;
| |
| - | }
| |
| - | if (img.isRemote) { // Remote images cannot access imageData
| |
| - | throw "Image is loaded remotely. Cannot filter image.";
| |
| - | }
| |
| - | // begin filter process
| |
| - | var imglen = img.pixels.getLength();
| |
| - | switch (kind) {
| |
| - | case PConstants.BLUR:
| |
| - | var radius = param || 1; // if no param specified, use 1 (default for p5)
| |
| - | blurARGB(radius, img);
| |
| - | break;
| |
| - |
| |
| - | case PConstants.GRAY:
| |
| - | if (img.format === PConstants.ALPHA) { //trouble
| |
| - | // for an alpha image, convert it to an opaque grayscale
| |
| - | for (i = 0; i < imglen; i++) {
| |
| - | col = 255 - img.pixels.getPixel(i);
| |
| - | img.pixels.setPixel(i,(0xff000000 | (col << 16) | (col << 8) | col));
| |
| - | }
| |
| - | img.format = PConstants.RGB; //trouble
| |
| - | } else {
| |
| - | for (i = 0; i < imglen; i++) {
| |
| - | col = img.pixels.getPixel(i);
| |
| - | lum = (77*(col>>16&0xff) + 151*(col>>8&0xff) + 28*(col&0xff))>>8;
| |
| - | img.pixels.setPixel(i,((col & PConstants.ALPHA_MASK) | lum<<16 | lum<<8 | lum));
| |
| - | }
| |
| - | }
| |
| - | break;
| |
| - |
| |
| - | case PConstants.INVERT:
| |
| - | for (i = 0; i < imglen; i++) {
| |
| - | img.pixels.setPixel(i, (img.pixels.getPixel(i) ^ 0xffffff));
| |
| - | }
| |
| - | break;
| |
| - |
| |
| - | case PConstants.POSTERIZE:
| |
| - | if (param === null) {
| |
| - | throw "Use filter(POSTERIZE, int levels) instead of filter(POSTERIZE)";
| |
| - | }
| |
| - | var levels = p.floor(param);
| |
| - | if ((levels < 2) || (levels > 255)) {
| |
| - | throw "Levels must be between 2 and 255 for filter(POSTERIZE, levels)";
| |
| - | }
| |
| - | var levels1 = levels - 1;
| |
| - | for (i = 0; i < imglen; i++) {
| |
| - | var rlevel = (img.pixels.getPixel(i) >> 16) & 0xff;
| |
| - | var glevel = (img.pixels.getPixel(i) >> 8) & 0xff;
| |
| - | var blevel = img.pixels.getPixel(i) & 0xff;
| |
| - | rlevel = (((rlevel * levels) >> 8) * 255) / levels1;
| |
| - | glevel = (((glevel * levels) >> 8) * 255) / levels1;
| |
| - | blevel = (((blevel * levels) >> 8) * 255) / levels1;
| |
| - | img.pixels.setPixel(i, ((0xff000000 & img.pixels.getPixel(i)) | (rlevel << 16) | (glevel << 8) | blevel));
| |
| - | }
| |
| - | break;
| |
| - |
| |
| - | case PConstants.OPAQUE:
| |
| - | for (i = 0; i < imglen; i++) {
| |
| - | img.pixels.setPixel(i, (img.pixels.getPixel(i) | 0xff000000));
| |
| - | }
| |
| - | img.format = PConstants.RGB; //trouble
| |
| - | break;
| |
| - |
| |
| - | case PConstants.THRESHOLD:
| |
| - | if (param === null) {
| |
| - | param = 0.5;
| |
| - | }
| |
| - | if ((param < 0) || (param > 1)) {
| |
| - | throw "Level must be between 0 and 1 for filter(THRESHOLD, level)";
| |
| - | }
| |
| - | var thresh = p.floor(param * 255);
| |
| - | for (i = 0; i < imglen; i++) {
| |
| - | var max = p.max((img.pixels.getPixel(i) & PConstants.RED_MASK) >> 16, p.max((img.pixels.getPixel(i) & PConstants.GREEN_MASK) >> 8, (img.pixels.getPixel(i) & PConstants.BLUE_MASK)));
| |
| - | img.pixels.setPixel(i, ((img.pixels.getPixel(i) & PConstants.ALPHA_MASK) | ((max < thresh) ? 0x000000 : 0xffffff)));
| |
| - | }
| |
| - | break;
| |
| - |
| |
| - | case PConstants.ERODE:
| |
| - | dilate(true, img);
| |
| - | break;
| |
| - |
| |
| - | case PConstants.DILATE:
| |
| - | dilate(false, img);
| |
| - | break;
| |
| - | }
| |
| - | img.updatePixels();
| |
| - | };
| |
| - |
| |
| - |
| |
| - | // shared variables for blit_resize(), filter_new_scanline(), filter_bilinear(), filter()
| |
| - | // change this in the future to not be exposed to p
| |
| - | p.shared = {
| |
| - | fracU: 0,
| |
| - | ifU: 0,
| |
| - | fracV: 0,
| |
| - | ifV: 0,
| |
| - | u1: 0,
| |
| - | u2: 0,
| |
| - | v1: 0,
| |
| - | v2: 0,
| |
| - | sX: 0,
| |
| - | sY: 0,
| |
| - | iw: 0,
| |
| - | iw1: 0,
| |
| - | ih1: 0,
| |
| - | ul: 0,
| |
| - | ll: 0,
| |
| - | ur: 0,
| |
| - | lr: 0,
| |
| - | cUL: 0,
| |
| - | cLL: 0,
| |
| - | cUR: 0,
| |
| - | cLR: 0,
| |
| - | srcXOffset: 0,
| |
| - | srcYOffset: 0,
| |
| - | r: 0,
| |
| - | g: 0,
| |
| - | b: 0,
| |
| - | a: 0,
| |
| - | srcBuffer: null,
| |
| - | blurRadius: 0,
| |
| - | blurKernelSize: 0,
| |
| - | blurKernel: null
| |
| - | };
| |
| - |
| |
| - | p.intersect = function(sx1, sy1, sx2, sy2, dx1, dy1, dx2, dy2) {
| |
| - | var sw = sx2 - sx1 + 1;
| |
| - | var sh = sy2 - sy1 + 1;
| |
| - | var dw = dx2 - dx1 + 1;
| |
| - | var dh = dy2 - dy1 + 1;
| |
| - | if (dx1 < sx1) {
| |
| - | dw += dx1 - sx1;
| |
| - | if (dw > sw) {
| |
| - | dw = sw;
| |
| - | }
| |
| - | } else {
| |
| - | var w = sw + sx1 - dx1;
| |
| - | if (dw > w) {
| |
| - | dw = w;
| |
| - | }
| |
| - | }
| |
| - | if (dy1 < sy1) {
| |
| - | dh += dy1 - sy1;
| |
| - | if (dh > sh) {
| |
| - | dh = sh;
| |
| - | }
| |
| - | } else {
| |
| - | var h = sh + sy1 - dy1;
| |
| - | if (dh > h) {
| |
| - | dh = h;
| |
| - | }
| |
| - | }
| |
| - | return ! (dw <= 0 || dh <= 0);
| |
| - | };
| |
| - |
| |
| - | var blendFuncs = {};
| |
| - | blendFuncs[PConstants.BLEND] = p.modes.blend;
| |
| - | blendFuncs[PConstants.ADD] = p.modes.add;
| |
| - | blendFuncs[PConstants.SUBTRACT] = p.modes.subtract;
| |
| - | blendFuncs[PConstants.LIGHTEST] = p.modes.lightest;
| |
| - | blendFuncs[PConstants.DARKEST] = p.modes.darkest;
| |
| - | blendFuncs[PConstants.REPLACE] = p.modes.replace;
| |
| - | blendFuncs[PConstants.DIFFERENCE] = p.modes.difference;
| |
| - | blendFuncs[PConstants.EXCLUSION] = p.modes.exclusion;
| |
| - | blendFuncs[PConstants.MULTIPLY] = p.modes.multiply;
| |
| - | blendFuncs[PConstants.SCREEN] = p.modes.screen;
| |
| - | blendFuncs[PConstants.OVERLAY] = p.modes.overlay;
| |
| - | blendFuncs[PConstants.HARD_LIGHT] = p.modes.hard_light;
| |
| - | blendFuncs[PConstants.SOFT_LIGHT] = p.modes.soft_light;
| |
| - | blendFuncs[PConstants.DODGE] = p.modes.dodge;
| |
| - | blendFuncs[PConstants.BURN] = p.modes.burn;
| |
| - |
| |
| - | p.blit_resize = function(img, srcX1, srcY1, srcX2, srcY2, destPixels,
| |
| - | screenW, screenH, destX1, destY1, destX2, destY2, mode) {
| |
| - | var x, y;
| |
| - | if (srcX1 < 0) {
| |
| - | srcX1 = 0;
| |
| - | }
| |
| - | if (srcY1 < 0) {
| |
| - | srcY1 = 0;
| |
| - | }
| |
| - | if (srcX2 >= img.width) {
| |
| - | srcX2 = img.width - 1;
| |
| - | }
| |
| - | if (srcY2 >= img.height) {
| |
| - | srcY2 = img.height - 1;
| |
| - | }
| |
| - | var srcW = srcX2 - srcX1;
| |
| - | var srcH = srcY2 - srcY1;
| |
| - | var destW = destX2 - destX1;
| |
| - | var destH = destY2 - destY1;
| |
| - |
| |
| - | if (destW <= 0 || destH <= 0 || srcW <= 0 || srcH <= 0 || destX1 >= screenW ||
| |
| - | destY1 >= screenH || srcX1 >= img.width || srcY1 >= img.height) {
| |
| - | return;
| |
| - | }
| |
| - |
| |
| - | var dx = Math.floor(srcW / destW * PConstants.PRECISIONF);
| |
| - | var dy = Math.floor(srcH / destH * PConstants.PRECISIONF);
| |
| - |
| |
| - | var pshared = p.shared;
| |
| - |
| |
| - | pshared.srcXOffset = Math.floor(destX1 < 0 ? -destX1 * dx : srcX1 * PConstants.PRECISIONF);
| |
| - | pshared.srcYOffset = Math.floor(destY1 < 0 ? -destY1 * dy : srcY1 * PConstants.PRECISIONF);
| |
| - | if (destX1 < 0) {
| |
| - | destW += destX1;
| |
| - | destX1 = 0;
| |
| - | }
| |
| - | if (destY1 < 0) {
| |
| - | destH += destY1;
| |
| - | destY1 = 0;
| |
| - | }
| |
| - | destW = Math.min(destW, screenW - destX1);
| |
| - | destH = Math.min(destH, screenH - destY1);
| |
| - |
| |
| - | var destOffset = destY1 * screenW + destX1;
| |
| - | var destColor;
| |
| - |
| |
| - | pshared.srcBuffer = img.imageData.data;
| |
| - | pshared.iw = img.width;
| |
| - | pshared.iw1 = img.width - 1;
| |
| - | pshared.ih1 = img.height - 1;
| |
| - |
| |
| - | // cache for speed
| |
| - | var filterBilinear = p.filter_bilinear,
| |
| - | filterNewScanline = p.filter_new_scanline,
| |
| - | blendFunc = blendFuncs[mode],
| |
| - | blendedColor,
| |
| - | idx,
| |
| - | cULoffset,
| |
| - | cURoffset,
| |
| - | cLLoffset,
| |
| - | cLRoffset,
| |
| - | ALPHA_MASK = PConstants.ALPHA_MASK,
| |
| - | RED_MASK = PConstants.RED_MASK,
| |
| - | GREEN_MASK = PConstants.GREEN_MASK,
| |
| - | BLUE_MASK = PConstants.BLUE_MASK,
| |
| - | PREC_MAXVAL = PConstants.PREC_MAXVAL,
| |
| - | PRECISIONB = PConstants.PRECISIONB,
| |
| - | PREC_RED_SHIFT = PConstants.PREC_RED_SHIFT,
| |
| - | PREC_ALPHA_SHIFT = PConstants.PREC_ALPHA_SHIFT,
| |
| - | srcBuffer = pshared.srcBuffer,
| |
| - | min = Math.min;
| |
| - |
| |
| - | for (y = 0; y < destH; y++) {
| |
| - |
| |
| - | pshared.sX = pshared.srcXOffset;
| |
| - | pshared.fracV = pshared.srcYOffset & PREC_MAXVAL;
| |
| - | pshared.ifV = PREC_MAXVAL - pshared.fracV;
| |
| - | pshared.v1 = (pshared.srcYOffset >> PRECISIONB) * pshared.iw;
| |
| - | pshared.v2 = min((pshared.srcYOffset >> PRECISIONB) + 1, pshared.ih1) * pshared.iw;
| |
| - |
| |
| - | for (x = 0; x < destW; x++) {
| |
| - | idx = (destOffset + x) * 4;
| |
| - |
| |
| - | destColor = (destPixels[idx + 3] << 24) &
| |
| - | ALPHA_MASK | (destPixels[idx] << 16) &
| |
| - | RED_MASK | (destPixels[idx + 1] << 8) &
| |
| - | GREEN_MASK | destPixels[idx + 2] & BLUE_MASK;
| |
| - |
| |
| - | pshared.fracU = pshared.sX & PREC_MAXVAL;
| |
| - | pshared.ifU = PREC_MAXVAL - pshared.fracU;
| |
| - | pshared.ul = (pshared.ifU * pshared.ifV) >> PRECISIONB;
| |
| - | pshared.ll = (pshared.ifU * pshared.fracV) >> PRECISIONB;
| |
| - | pshared.ur = (pshared.fracU * pshared.ifV) >> PRECISIONB;
| |
| - | pshared.lr = (pshared.fracU * pshared.fracV) >> PRECISIONB;
| |
| - | pshared.u1 = (pshared.sX >> PRECISIONB);
| |
| - | pshared.u2 = min(pshared.u1 + 1, pshared.iw1);
| |
| - |
| |
| - | cULoffset = (pshared.v1 + pshared.u1) * 4;
| |
| - | cURoffset = (pshared.v1 + pshared.u2) * 4;
| |
| - | cLLoffset = (pshared.v2 + pshared.u1) * 4;
| |
| - | cLRoffset = (pshared.v2 + pshared.u2) * 4;
| |
| - |
| |
| - | pshared.cUL = (srcBuffer[cULoffset + 3] << 24) &
| |
| - | ALPHA_MASK | (srcBuffer[cULoffset] << 16) &
| |
| - | RED_MASK | (srcBuffer[cULoffset + 1] << 8) &
| |
| - | GREEN_MASK | srcBuffer[cULoffset + 2] & BLUE_MASK;
| |
| - |
| |
| - | pshared.cUR = (srcBuffer[cURoffset + 3] << 24) &
| |
| - | ALPHA_MASK | (srcBuffer[cURoffset] << 16) &
| |
| - | RED_MASK | (srcBuffer[cURoffset + 1] << 8) &
| |
| - | GREEN_MASK | srcBuffer[cURoffset + 2] & BLUE_MASK;
| |
| - |
| |
| - | pshared.cLL = (srcBuffer[cLLoffset + 3] << 24) &
| |
| - | ALPHA_MASK | (srcBuffer[cLLoffset] << 16) &
| |
| - | RED_MASK | (srcBuffer[cLLoffset + 1] << 8) &
| |
| - | GREEN_MASK | srcBuffer[cLLoffset + 2] & BLUE_MASK;
| |
| - |
| |
| - | pshared.cLR = (srcBuffer[cLRoffset + 3] << 24) &
| |
| - | ALPHA_MASK | (srcBuffer[cLRoffset] << 16) &
| |
| - | RED_MASK | (srcBuffer[cLRoffset + 1] << 8) &
| |
| - | GREEN_MASK | srcBuffer[cLRoffset + 2] & BLUE_MASK;
| |
| - |
| |
| - | pshared.r = ((pshared.ul * ((pshared.cUL & RED_MASK) >> 16) +
| |
| - | pshared.ll * ((pshared.cLL & RED_MASK) >> 16) +
| |
| - | pshared.ur * ((pshared.cUR & RED_MASK) >> 16) +
| |
| - | pshared.lr * ((pshared.cLR & RED_MASK) >> 16)) << PREC_RED_SHIFT) & RED_MASK;
| |
| - | pshared.g = ((pshared.ul * (pshared.cUL & GREEN_MASK) +
| |
| - | pshared.ll * (pshared.cLL & GREEN_MASK) +
| |
| - | pshared.ur * (pshared.cUR & GREEN_MASK) +
| |
| - | pshared.lr * (pshared.cLR & GREEN_MASK)) >>> PRECISIONB) & GREEN_MASK;
| |
| - | pshared.b = (pshared.ul * (pshared.cUL & BLUE_MASK) +
| |
| - | pshared.ll * (pshared.cLL & BLUE_MASK) +
| |
| - | pshared.ur * (pshared.cUR & BLUE_MASK) +
| |
| - | pshared.lr * (pshared.cLR & BLUE_MASK)) >>> PRECISIONB;
| |
| - | pshared.a = ((pshared.ul * ((pshared.cUL & ALPHA_MASK) >>> 24) +
| |
| - | pshared.ll * ((pshared.cLL & ALPHA_MASK) >>> 24) +
| |
| - | pshared.ur * ((pshared.cUR & ALPHA_MASK) >>> 24) +
| |
| - | pshared.lr * ((pshared.cLR & ALPHA_MASK) >>> 24)) << PREC_ALPHA_SHIFT) & ALPHA_MASK;
| |
| - |
| |
| - | blendedColor = blendFunc(destColor, (pshared.a | pshared.r | pshared.g | pshared.b));
| |
| - |
| |
| - | destPixels[idx] = (blendedColor & RED_MASK) >>> 16;
| |
| - | destPixels[idx + 1] = (blendedColor & GREEN_MASK) >>> 8;
| |
| - | destPixels[idx + 2] = (blendedColor & BLUE_MASK);
| |
| - | destPixels[idx + 3] = (blendedColor & ALPHA_MASK) >>> 24;
| |
| - |
| |
| - | pshared.sX += dx;
| |
| - | }
| |
| - | destOffset += screenW;
| |
| - | pshared.srcYOffset += dy;
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | ////////////////////////////////////////////////////////////////////////////
| |
| - | // Font handling
| |
| - | ////////////////////////////////////////////////////////////////////////////
| |
| - |
| |
| - | /**
| |
| - | * loadFont() Loads a font into a variable of type PFont.
| |
| - | *
| |
| - | * @param {String} name filename of the font to load
| |
| - | * @param {int|float} size option font size (used internally)
| |
| - | *
| |
| - | * @returns {PFont} new PFont object
| |
| - | *
| |
| - | * @see #PFont
| |
| - | * @see #textFont
| |
| - | * @see #text
| |
| - | * @see #createFont
| |
| - | */
| |
| - | p.loadFont = function(name, size) {
| |
| - | if (name === undef) {
| |
| - | throw("font name required in loadFont.");
| |
| - | }
| |
| - | if (name.indexOf(".svg") === -1) {
| |
| - | if (size === undef) {
| |
| - | size = curTextFont.size;
| |
| - | }
| |
| - | return PFont.get(name, size);
| |
| - | }
| |
| - | // If the font is a glyph, calculate by SVG table
| |
| - | var font = p.loadGlyphs(name);
| |
| - |
| |
| - | return {
| |
| - | name: name,
| |
| - | css: '12px sans-serif',
| |
| - | glyph: true,
| |
| - | units_per_em: font.units_per_em,
| |
| - | horiz_adv_x: 1 / font.units_per_em * font.horiz_adv_x,
| |
| - | ascent: font.ascent,
| |
| - | descent: font.descent,
| |
| - | width: function(str) {
| |
| - | var width = 0;
| |
| - | var len = str.length;
| |
| - | for (var i = 0; i < len; i++) {
| |
| - | try {
| |
| - | width += parseFloat(p.glyphLook(p.glyphTable[name], str[i]).horiz_adv_x);
| |
| - | }
| |
| - | catch(e) {
| |
| - | Processing.debug(e);
| |
| - | }
| |
| - | }
| |
| - | return width / p.glyphTable[name].units_per_em;
| |
| - | }
| |
| - | };
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * createFont() Loads a font into a variable of type PFont.
| |
| - | * Smooth and charset are ignored in Processing.js.
| |
| - | *
| |
| - | * @param {String} name filename of the font to load
| |
| - | * @param {int|float} size font size in pixels
| |
| - | * @param {boolean} smooth not used in Processing.js
| |
| - | * @param {char[]} charset not used in Processing.js
| |
| - | *
| |
| - | * @returns {PFont} new PFont object
| |
| - | *
| |
| - | * @see #PFont
| |
| - | * @see #textFont
| |
| - | * @see #text
| |
| - | * @see #loadFont
| |
| - | */
| |
| - | p.createFont = function(name, size) {
| |
| - | // because Processing.js only deals with real fonts,
| |
| - | // createFont is simply a wrapper for loadFont/2
| |
| - | return p.loadFont(name, size);
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * textFont() Sets the current font.
| |
| - | *
| |
| - | * @param {PFont} pfont the PFont to load as current text font
| |
| - | * @param {int|float} size optional font size in pixels
| |
| - | *
| |
| - | * @see #createFont
| |
| - | * @see #loadFont
| |
| - | * @see #PFont
| |
| - | * @see #text
| |
| - | */
| |
| - | p.textFont = function(pfont, size) {
| |
| - | if (size !== undef) {
| |
| - | // If we're using an SVG glyph font, don't load from cache
| |
| - | if (!pfont.glyph) {
| |
| - | pfont = PFont.get(pfont.name, size);
| |
| - | }
| |
| - | curTextSize = size;
| |
| - | }
| |
| - | curTextFont = pfont;
| |
| - | curFontName = curTextFont.name;
| |
| - | curTextAscent = curTextFont.ascent;
| |
| - | curTextDescent = curTextFont.descent;
| |
| - | curTextLeading = curTextFont.leading;
| |
| - | var curContext = drawing.$ensureContext();
| |
| - | curContext.font = curTextFont.css;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * textSize() Sets the current font size in pixels.
| |
| - | *
| |
| - | * @param {int|float} size font size in pixels
| |
| - | *
| |
| - | * @see #textFont
| |
| - | * @see #loadFont
| |
| - | * @see #PFont
| |
| - | * @see #text
| |
| - | */
| |
| - | p.textSize = function(size) {
| |
| - | curTextFont = PFont.get(curFontName, size);
| |
| - | curTextSize = size;
| |
| - | // recache metrics
| |
| - | curTextAscent = curTextFont.ascent;
| |
| - | curTextDescent = curTextFont.descent;
| |
| - | curTextLeading = curTextFont.leading;
| |
| - | var curContext = drawing.$ensureContext();
| |
| - | curContext.font = curTextFont.css;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * textAscent() returns the maximum height a character extends above the baseline of the
| |
| - | * current font at its current size, in pixels.
| |
| - | *
| |
| - | * @returns {float} height of the current font above the baseline, at its current size, in pixels
| |
| - | *
| |
| - | * @see #textDescent
| |
| - | */
| |
| - | p.textAscent = function() {
| |
| - | return curTextAscent;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * textDescent() returns the maximum depth a character will protrude below the baseline of
| |
| - | * the current font at its current size, in pixels.
| |
| - | *
| |
| - | * @returns {float} depth of the current font below the baseline, at its current size, in pixels
| |
| - | *
| |
| - | * @see #textAscent
| |
| - | */
| |
| - | p.textDescent = function() {
| |
| - | return curTextDescent;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * textLeading() Sets the current font's leading, which is the distance
| |
| - | * from baseline to baseline over consecutive lines, with additional vertical
| |
| - | * spacing taking into account. Usually this value is 1.2 or 1.25 times the
| |
| - | * textsize, but this value can be changed to effect vertically compressed
| |
| - | * or stretched text.
| |
| - | *
| |
| - | * @param {int|float} the desired baseline-to-baseline size in pixels
| |
| - | */
| |
| - | p.textLeading = function(leading) {
| |
| - | curTextLeading = leading;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * textAlign() Sets the current alignment for drawing text.
| |
| - | *
| |
| - | * @param {int} ALIGN Horizontal alignment, either LEFT, CENTER, or RIGHT
| |
| - | * @param {int} YALIGN optional vertical alignment, either TOP, BOTTOM, CENTER, or BASELINE
| |
| - | *
| |
| - | * @see #loadFont
| |
| - | * @see #PFont
| |
| - | * @see #text
| |
| - | */
| |
| - | p.textAlign = function(xalign, yalign) {
| |
| - | horizontalTextAlignment = xalign;
| |
| - | verticalTextAlignment = yalign || PConstants.BASELINE;
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * toP5String converts things with arbitrary data type into
| |
| - | * string values, for text rendering.
| |
| - | *
| |
| - | * @param {any} any object that can be converted into a string
| |
| - | *
| |
| - | * @return {String} the string representation of the input
| |
| - | */
| |
| - | function toP5String(obj) {
| |
| - | if(obj instanceof String) {
| |
| - | return obj;
| |
| - | }
| |
| - | if(typeof obj === 'number') {
| |
| - | // check if an int
| |
| - | if(obj === (0 | obj)) {
| |
| - | return obj.toString();
| |
| - | }
| |
| - | return p.nf(obj, 0, 3);
| |
| - | }
| |
| - | if(obj === null || obj === undef) {
| |
| - | return "";
| |
| - | }
| |
| - | return obj.toString();
| |
| - | }
| |
| - |
| |
| - | /**
| |
| - | * textWidth() Calculates and returns the width of any character or text string in pixels.
| |
| - | *
| |
| - | * @param {char|String} str char or String to be measured
| |
| - | *
| |
| - | * @return {float} width of char or String in pixels
| |
| - | *
| |
| - | * @see #loadFont
| |
| - | * @see #PFont
| |
| - | * @see #text
| |
| - | * @see #textFont
| |
| - | */
| |
| - | Drawing2D.prototype.textWidth = function(str) {
| |
| - | var lines = toP5String(str).split(/\r?\n/g), width = 0;
| |
| - | var i, linesCount = lines.length;
| |
| - |
| |
| - | curContext.font = curTextFont.css;
| |
| - | for (i = 0; i < linesCount; ++i) {
| |
| - | width = Math.max(width, curTextFont.measureTextWidth(lines[i]));
| |
| - | }
| |
| - | return width | 0;
| |
| - | };
| |
| - |
| |
| - | Drawing3D.prototype.textWidth = function(str) {
| |
| - | var lines = toP5String(str).split(/\r?\n/g), width = 0;
| |
| - | var i, linesCount = lines.length;
| |
| - | if (textcanvas === undef) {
| |
| - | textcanvas = document.createElement("canvas");
| |
| - | }
| |
| - |
| |
| - | var textContext = textcanvas.getContext("2d");
| |
| - | textContext.font = curTextFont.css;
| |
| - |
| |
| - | for (i = 0; i < linesCount; ++i) {
| |
| - | width = Math.max(width, textContext.measureText(lines[i]).width);
| |
| - | }
| |
| - | return width | 0;
| |
| - | };
| |
| - |
| |
| - | // A lookup table for characters that can not be referenced by Object
| |
| - | p.glyphLook = function(font, chr) {
| |
| - | try {
| |
| - | switch (chr) {
| |
| - | case "1":
| |
| - | return font.one;
| |
| - | case "2":
| |
| - | return font.two;
| |
| - | case "3":
| |
| - | return font.three;
| |
| - | case "4":
| |
| - | return font.four;
| |
| - | case "5":
| |
| - | return font.five;
| |
| - | case "6":
| |
| - | return font.six;
| |
| - | case "7":
| |
| - | return font.seven;
| |
| - | case "8":
| |
| - | return font.eight;
| |
| - | case "9":
| |
| - | return font.nine;
| |
| - | case "0":
| |
| - | return font.zero;
| |
| - | case " ":
| |
| - | return font.space;
| |
| - | case "$":
| |
| - | return font.dollar;
| |
| - | case "!":
| |
| - | return font.exclam;
| |
| - | case '"':
| |
| - | return font.quotedbl;
| |
| - | case "#":
| |
| - | return font.numbersign;
| |
| - | case "%":
| |
| - | return font.percent;
| |
| - | case "&":
| |
| - | return font.ampersand;
| |
| - | case "'":
| |
| - | return font.quotesingle;
| |
| - | case "(":
| |
| - | return font.parenleft;
| |
| - | case ")":
| |
| - | return font.parenright;
| |
| - | case "*":
| |
| - | return font.asterisk;
| |
| - | case "+":
| |
| - | return font.plus;
| |
| - | case ",":
| |
| - | return font.comma;
| |
| - | case "-":
| |
| - | return font.hyphen;
| |
| - | case ".":
| |
| - | return font.period;
| |
| - | case "/":
| |
| - | return font.slash;
| |
| - | case "_":
| |
| - | return font.underscore;
| |
| - | case ":":
| |
| - | return font.colon;
| |
| - | case ";":
| |
| - | return font.semicolon;
| |
| - | case "<":
| |
| - | return font.less;
| |
| - | case "=":
| |
| - | return font.equal;
| |
| - | case ">":
| |
| - | return font.greater;
| |
| - | case "?":
| |
| - | return font.question;
| |
| - | case "@":
| |
| - | return font.at;
| |
| - | case "[":
| |
| - | return font.bracketleft;
| |
| - | case "\\":
| |
| - | return font.backslash;
| |
| - | case "]":
| |
| - | return font.bracketright;
| |
| - | case "^":
| |
| - | return font.asciicircum;
| |
| - | case "`":
| |
| - | return font.grave;
| |
| - | case "{":
| |
| - | return font.braceleft;
| |
| - | case "|":
| |
| - | return font.bar;
| |
| - | case "}":
| |
| - | return font.braceright;
| |
| - | case "~":
| |
| - | return font.asciitilde;
| |
| - | // If the character is not 'special', access it by object reference
| |
| - | default:
| |
| - | return font[chr];
| |
| - | }
| |
| - | } catch(e) {
| |
| - | Processing.debug(e);
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | // Print some text to the Canvas
| |
| - | Drawing2D.prototype.text$line = function(str, x, y, z, align) {
| |
| - | var textWidth = 0, xOffset = 0;
| |
| - | // If the font is a standard Canvas font...
| |
| - | if (!curTextFont.glyph) {
| |
| - | if (str && ("fillText" in curContext)) {
| |
| - | if (isFillDirty) {
| |
| - | curContext.fillStyle = p.color.toString(currentFillColor);
| |
| - | isFillDirty = false;
| |
| - | }
| |
| - |
| |
| - | // horizontal offset/alignment
| |
| - | if(align === PConstants.RIGHT || align === PConstants.CENTER) {
| |
| - | textWidth = curTextFont.measureTextWidth(str);
| |
| - |
| |
| - | if(align === PConstants.RIGHT) {
| |
| - | xOffset = -textWidth;
| |
| - | } else { // if(align === PConstants.CENTER)
| |
| - | xOffset = -textWidth/2;
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | curContext.fillText(str, x+xOffset, y);
| |
| - | }
| |
| - | } else {
| |
| - | // If the font is a Batik SVG font...
| |
| - | var font = p.glyphTable[curFontName];
| |
| - | saveContext();
| |
| - | curContext.translate(x, y + curTextSize);
| |
| - |
| |
| - | // horizontal offset/alignment
| |
| - | if(align === PConstants.RIGHT || align === PConstants.CENTER) {
| |
| - | textWidth = font.width(str);
| |
| - |
| |
| - | if(align === PConstants.RIGHT) {
| |
| - | xOffset = -textWidth;
| |
| - | } else { // if(align === PConstants.CENTER)
| |
| - | xOffset = -textWidth/2;
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | var upem = font.units_per_em,
| |
| - | newScale = 1 / upem * curTextSize;
| |
| - |
| |
| - | curContext.scale(newScale, newScale);
| |
| - |
| |
| - | for (var i=0, len=str.length; i < len; i++) {
| |
| - | // Test character against glyph table
| |
| - | try {
| |
| - | p.glyphLook(font, str[i]).draw();
| |
| - | } catch(e) {
| |
| - | Processing.debug(e);
| |
| - | }
| |
| - | }
| |
| - | restoreContext();
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | Drawing3D.prototype.text$line = function(str, x, y, z, align) {
| |
| - | // handle case for 3d text
| |
| - | if (textcanvas === undef) {
| |
| - | textcanvas = document.createElement("canvas");
| |
| - | }
| |
| - | var oldContext = curContext;
| |
| - | curContext = textcanvas.getContext("2d");
| |
| - | curContext.font = curTextFont.css;
| |
| - | var textWidth = curTextFont.measureTextWidth(str);
| |
| - | textcanvas.width = textWidth;
| |
| - | textcanvas.height = curTextSize;
| |
| - | curContext = textcanvas.getContext("2d"); // refreshes curContext
| |
| - | curContext.font = curTextFont.css;
| |
| - | curContext.textBaseline="top";
| |
| - |
| |
| - | // paint on 2D canvas
| |
| - | Drawing2D.prototype.text$line(str,0,0,0,PConstants.LEFT);
| |
| - |
| |
| - | // use it as a texture
| |
| - | var aspect = textcanvas.width/textcanvas.height;
| |
| - | curContext = oldContext;
| |
| - |
| |
| - | curContext.bindTexture(curContext.TEXTURE_2D, textTex);
| |
| - | curContext.texImage2D(curContext.TEXTURE_2D, 0, curContext.RGBA, curContext.RGBA, curContext.UNSIGNED_BYTE, textcanvas);
| |
| - | curContext.texParameteri(curContext.TEXTURE_2D, curContext.TEXTURE_MAG_FILTER, curContext.LINEAR);
| |
| - | curContext.texParameteri(curContext.TEXTURE_2D, curContext.TEXTURE_MIN_FILTER, curContext.LINEAR);
| |
| - | curContext.texParameteri(curContext.TEXTURE_2D, curContext.TEXTURE_WRAP_T, curContext.CLAMP_TO_EDGE);
| |
| - | curContext.texParameteri(curContext.TEXTURE_2D, curContext.TEXTURE_WRAP_S, curContext.CLAMP_TO_EDGE);
| |
| - | // If we don't have a power of two texture, we can't mipmap it.
| |
| - | // curContext.generateMipmap(curContext.TEXTURE_2D);
| |
| - |
| |
| - | // horizontal offset/alignment
| |
| - | var xOffset = 0;
| |
| - | if (align === PConstants.RIGHT) {
| |
| - | xOffset = -textWidth;
| |
| - | } else if(align === PConstants.CENTER) {
| |
| - | xOffset = -textWidth/2;
| |
| - | }
| |
| - | var model = new PMatrix3D();
| |
| - | var scalefactor = curTextSize * 0.5;
| |
| - | model.translate(x+xOffset-scalefactor/2, y-scalefactor, z);
| |
| - | model.scale(-aspect*scalefactor, -scalefactor, scalefactor);
| |
| - | model.translate(-1, -1, -1);
| |
| - | model.transpose();
| |
| - |
| |
| - | var view = new PMatrix3D();
| |
| - | view.scale(1, -1, 1);
| |
| - | view.apply(modelView.array());
| |
| - | view.transpose();
| |
| - |
| |
| - | curContext.useProgram(programObject2D);
| |
| - | vertexAttribPointer("aVertex2d", programObject2D, "aVertex", 3, textBuffer);
| |
| - | vertexAttribPointer("aTextureCoord2d", programObject2D, "aTextureCoord", 2, textureBuffer);
| |
| - | uniformi("uSampler2d", programObject2D, "uSampler", [0]);
| |
| - |
| |
| - | uniformi("uIsDrawingText2d", programObject2D, "uIsDrawingText", true);
| |
| - |
| |
| - | uniformMatrix("uModel2d", programObject2D, "uModel", false, model.array());
| |
| - | uniformMatrix("uView2d", programObject2D, "uView", false, view.array());
| |
| - | uniformf("uColor2d", programObject2D, "uColor", fillStyle);
| |
| - | curContext.bindBuffer(curContext.ELEMENT_ARRAY_BUFFER, indexBuffer);
| |
| - | curContext.drawElements(curContext.TRIANGLES, 6, curContext.UNSIGNED_SHORT, 0);
| |
| - | };
| |
| - |
| |
| - |
| |
| - | /**
| |
| - | * unbounded text function (z is an optional argument)
| |
| - | */
| |
| - | function text$4(str, x, y, z) {
| |
| - | var lines, linesCount;
| |
| - | if(str.indexOf('\n') < 0) {
| |
| - | lines = [str];
| |
| - | linesCount = 1;
| |
| - | } else {
| |
| - | lines = str.split(/\r?\n/g);
| |
| - | linesCount = lines.length;
| |
| - | }
| |
| - | // handle text line-by-line
| |
| - |
| |
| - | var yOffset = 0;
| |
| - | if(verticalTextAlignment === PConstants.TOP) {
| |
| - | yOffset = curTextAscent + curTextDescent;
| |
| - | } else if(verticalTextAlignment === PConstants.CENTER) {
| |
| - | yOffset = curTextAscent/2 - (linesCount-1)*curTextLeading/2;
| |
| - | } else if(verticalTextAlignment === PConstants.BOTTOM) {
| |
| - | yOffset = -(curTextDescent + (linesCount-1)*curTextLeading);
| |
| - | }
| |
| - |
| |
| - | for(var i=0;i<linesCount;++i) {
| |
| - | var line = lines[i];
| |
| - | drawing.text$line(line, x, y + yOffset, z, horizontalTextAlignment);
| |
| - | yOffset += curTextLeading;
| |
| - | }
| |
| - | }
| |
| - |
| |
| - |
| |
| - | /**
| |
| - | * box-bounded text function (z is an optional argument)
| |
| - | */
| |
| - | function text$6(str, x, y, width, height, z) {
| |
| - | // 'fail' on 0-valued dimensions
| |
| - | if (str.length === 0 || width === 0 || height === 0) {
| |
| - | return;
| |
| - | }
| |
| - | // also 'fail' if the text height is larger than the bounding height
| |
| - | if(curTextSize > height) {
| |
| - | return;
| |
| - | }
| |
| - |
| |
| - | var spaceMark = -1;
| |
| - | var start = 0;
| |
| - | var lineWidth = 0;
| |
| - | var drawCommands = [];
| |
| - |
| |
| - | // run through text, character-by-character
| |
| - | for (var charPos=0, len=str.length; charPos < len; charPos++)
| |
| - | {
| |
| - | var currentChar = str[charPos];
| |
| - | var spaceChar = (currentChar === " ");
| |
| - | var letterWidth = curTextFont.measureTextWidth(currentChar);
| |
| - |
| |
| - | // if we aren't looking at a newline, and the text still fits, keep processing
| |
| - | if (currentChar !== "\n" && (lineWidth + letterWidth <= width)) {
| |
| - | if (spaceChar) { spaceMark = charPos; }
| |
| - | lineWidth += letterWidth;
| |
| - | }
| |
| - |
| |
| - | // if we're looking at a newline, or the text no longer fits, push the section that fit into the drawcommand list
| |
| - | else
| |
| - | {
| |
| - | if (spaceMark + 1 === start) {
| |
| - | if(charPos>0) {
| |
| - | // Whole line without spaces so far.
| |
| - | spaceMark = charPos;
| |
| - | } else {
| |
| - | // 'fail', because the line can't even fit the first character
| |
| - | return;
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | if (currentChar === "\n") {
| |
| - | drawCommands.push({text:str.substring(start, charPos), width: lineWidth});
| |
| - | start = charPos + 1;
| |
| - | } else {
| |
| - | // current is not a newline, which means the line doesn't fit in box. push text.
| |
| - | // In Processing 1.5.1, the space is also pushed, so we push up to spaceMark+1,
| |
| - | // rather than up to spaceMark, as was the case for Processing 1.5 and earlier.
| |
| - | drawCommands.push({text:str.substring(start, spaceMark+1), width: lineWidth});
| |
| - | start = spaceMark + 1;
| |
| - | }
| |
| - |
| |
| - | // newline + return
| |
| - | lineWidth = 0;
| |
| - | charPos = start - 1;
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | // push the remaining text
| |
| - | if (start < len) {
| |
| - | drawCommands.push({text:str.substring(start), width: lineWidth});
| |
| - | }
| |
| - |
| |
| - | // resolve horizontal alignment
| |
| - | var xOffset = 1,
| |
| - | yOffset = curTextAscent;
| |
| - | if (horizontalTextAlignment === PConstants.CENTER) {
| |
| - | xOffset = width/2;
| |
| - | } else if (horizontalTextAlignment === PConstants.RIGHT) {
| |
| - | xOffset = width;
| |
| - | }
| |
| - |
| |
| - | // resolve vertical alignment
| |
| - | var linesCount = drawCommands.length,
| |
| - | visibleLines = Math.min(linesCount, Math.floor(height/curTextLeading));
| |
| - | if(verticalTextAlignment === PConstants.TOP) {
| |
| - | yOffset = curTextAscent + curTextDescent;
| |
| - | } else if(verticalTextAlignment === PConstants.CENTER) {
| |
| - | yOffset = (height/2) - curTextLeading * (visibleLines/2 - 1);
| |
| - | } else if(verticalTextAlignment === PConstants.BOTTOM) {
| |
| - | yOffset = curTextDescent + curTextLeading;
| |
| - | }
| |
| - |
| |
| - | var command,
| |
| - | drawCommand,
| |
| - | leading;
| |
| - | for (command = 0; command < linesCount; command++) {
| |
| - | leading = command * curTextLeading;
| |
| - | // stop if not enough space for one more line draw
| |
| - | if (yOffset + leading > height - curTextDescent) {
| |
| - | break;
| |
| - | }
| |
| - | drawCommand = drawCommands[command];
| |
| - | drawing.text$line(drawCommand.text, x + xOffset, y + yOffset + leading, z, horizontalTextAlignment);
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | /**
| |
| - | * text() Draws text to the screen.
| |
| - | *
| |
| - | * @param {String|char|int|float} data the alphanumeric symbols to be displayed
| |
| - | * @param {int|float} x x-coordinate of text
| |
| - | * @param {int|float} y y-coordinate of text
| |
| - | * @param {int|float} z optional z-coordinate of text
| |
| - | * @param {String} stringdata optional letters to be displayed
| |
| - | * @param {int|float} width optional width of text box
| |
| - | * @param {int|float} height optional height of text box
| |
| - | *
| |
| - | * @see #textAlign
| |
| - | * @see #textMode
| |
| - | * @see #loadFont
| |
| - | * @see #PFont
| |
| - | * @see #textFont
| |
| - | */
| |
| - | p.text = function() {
| |
| - | if (textMode === PConstants.SHAPE) {
| |
| - | // TODO: requires beginRaw function
| |
| - | return;
| |
| - | }
| |
| - | if (arguments.length === 3) { // for text( str, x, y)
| |
| - | text$4(toP5String(arguments[0]), arguments[1], arguments[2], 0);
| |
| - | } else if (arguments.length === 4) { // for text( str, x, y, z)
| |
| - | text$4(toP5String(arguments[0]), arguments[1], arguments[2], arguments[3]);
| |
| - | } else if (arguments.length === 5) { // for text( str, x, y , width, height)
| |
| - | text$6(toP5String(arguments[0]), arguments[1], arguments[2], arguments[3], arguments[4], 0);
| |
| - | } else if (arguments.length === 6) { // for text( stringdata, x, y , width, height, z)
| |
| - | text$6(toP5String(arguments[0]), arguments[1], arguments[2], arguments[3], arguments[4], arguments[5]);
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Sets the way text draws to the screen. In the default configuration (the MODEL mode), it's possible to rotate,
| |
| - | * scale, and place letters in two and three dimensional space. <br /><br /> Changing to SCREEN mode draws letters
| |
| - | * directly to the front of the window and greatly increases rendering quality and speed when used with the P2D and
| |
| - | * P3D renderers. textMode(SCREEN) with OPENGL and JAVA2D (the default) renderers will generally be slower, though
| |
| - | * pixel accurate with P2D and P3D. With textMode(SCREEN), the letters draw at the actual size of the font (in pixels)
| |
| - | * and therefore calls to <b>textSize()</b> will not affect the size of the letters. To create a font at the size you
| |
| - | * desire, use the "Create font..." option in the Tools menu, or use the createFont() function. When using textMode(SCREEN),
| |
| - | * any z-coordinate passed to a text() command will be ignored, because your computer screen is...flat!
| |
| - | *
| |
| - | * @param {int} MODE Either MODEL, SCREEN or SHAPE (not yet supported)
| |
| - | *
| |
| - | * @see loadFont
| |
| - | * @see PFont
| |
| - | * @see text
| |
| - | * @see textFont
| |
| - | * @see createFont
| |
| - | */
| |
| - | p.textMode = function(mode){
| |
| - | textMode = mode;
| |
| - | };
| |
| - |
| |
| - | // Load Batik SVG Fonts and parse to pre-def objects for quick rendering
| |
| - | p.loadGlyphs = function(url) {
| |
| - | var x, y, cx, cy, nx, ny, d, a, lastCom, lenC, horiz_adv_x, getXY = '[0-9\\-]+', path;
| |
| - |
| |
| - | // Return arrays of SVG commands and coords
| |
| - | // get this to use p.matchAll() - will need to work around the lack of null return
| |
| - | var regex = function(needle, hay) {
| |
| - | var i = 0,
| |
| - | results = [],
| |
| - | latest, regexp = new RegExp(needle, "g");
| |
| - | latest = results[i] = regexp.exec(hay);
| |
| - | while (latest) {
| |
| - | i++;
| |
| - | latest = results[i] = regexp.exec(hay);
| |
| - | }
| |
| - | return results;
| |
| - | };
| |
| - |
| |
| - | var buildPath = function(d) {
| |
| - | var c = regex("[A-Za-z][0-9\\- ]+|Z", d);
| |
| - | var beforePathDraw = function() {
| |
| - | saveContext();
| |
| - | return drawing.$ensureContext();
| |
| - | };
| |
| - | var afterPathDraw = function() {
| |
| - | executeContextFill();
| |
| - | executeContextStroke();
| |
| - | restoreContext();
| |
| - | };
| |
| - |
| |
| - | // Begin storing path object
| |
| - | path = "return {draw:function(){var curContext=beforePathDraw();curContext.beginPath();";
| |
| - |
| |
| - | x = 0;
| |
| - | y = 0;
| |
| - | cx = 0;
| |
| - | cy = 0;
| |
| - | nx = 0;
| |
| - | ny = 0;
| |
| - | d = 0;
| |
| - | a = 0;
| |
| - | lastCom = "";
| |
| - | lenC = c.length - 1;
| |
| - |
| |
| - | // Loop through SVG commands translating to canvas eqivs functions in path object
| |
| - | for (var j = 0; j < lenC; j++) {
| |
| - | var com = c[j][0], xy = regex(getXY, com);
| |
| - |
| |
| - | switch (com[0]) {
| |
| - | case "M":
| |
| - | //curContext.moveTo(x,-y);
| |
| - | x = parseFloat(xy[0][0]);
| |
| - | y = parseFloat(xy[1][0]);
| |
| - | path += "curContext.moveTo(" + x + "," + (-y) + ");";
| |
| - | break;
| |
| - |
| |
| - | case "L":
| |
| - | //curContext.lineTo(x,-y);
| |
| - | x = parseFloat(xy[0][0]);
| |
| - | y = parseFloat(xy[1][0]);
| |
| - | path += "curContext.lineTo(" + x + "," + (-y) + ");";
| |
| - | break;
| |
| - |
| |
| - | case "H":
| |
| - | //curContext.lineTo(x,-y)
| |
| - | x = parseFloat(xy[0][0]);
| |
| - | path += "curContext.lineTo(" + x + "," + (-y) + ");";
| |
| - | break;
| |
| - |
| |
| - | case "V":
| |
| - | //curContext.lineTo(x,-y);
| |
| - | y = parseFloat(xy[0][0]);
| |
| - | path += "curContext.lineTo(" + x + "," + (-y) + ");";
| |
| - | break;
| |
| - |
| |
| - | case "T":
| |
| - | //curContext.quadraticCurveTo(cx,-cy,nx,-ny);
| |
| - | nx = parseFloat(xy[0][0]);
| |
| - | ny = parseFloat(xy[1][0]);
| |
| - |
| |
| - | if (lastCom === "Q" || lastCom === "T") {
| |
| - | d = Math.sqrt(Math.pow(x - cx, 2) + Math.pow(cy - y, 2));
| |
| - | a = Math.PI + Math.atan2(cx - x, cy - y);
| |
| - | cx = x + (Math.sin(a) * (d));
| |
| - | cy = y + (Math.cos(a) * (d));
| |
| - | } else {
| |
| - | cx = x;
| |
| - | cy = y;
| |
| - | }
| |
| - |
| |
| - | path += "curContext.quadraticCurveTo(" + cx + "," + (-cy) + "," + nx + "," + (-ny) + ");";
| |
| - | x = nx;
| |
| - | y = ny;
| |
| - | break;
| |
| - |
| |
| - | case "Q":
| |
| - | //curContext.quadraticCurveTo(cx,-cy,nx,-ny);
| |
| - | cx = parseFloat(xy[0][0]);
| |
| - | cy = parseFloat(xy[1][0]);
| |
| - | nx = parseFloat(xy[2][0]);
| |
| - | ny = parseFloat(xy[3][0]);
| |
| - | path += "curContext.quadraticCurveTo(" + cx + "," + (-cy) + "," + nx + "," + (-ny) + ");";
| |
| - | x = nx;
| |
| - | y = ny;
| |
| - | break;
| |
| - |
| |
| - | case "Z":
| |
| - | //curContext.closePath();
| |
| - | path += "curContext.closePath();";
| |
| - | break;
| |
| - | }
| |
| - | lastCom = com[0];
| |
| - | }
| |
| - |
| |
| - | path += "afterPathDraw();";
| |
| - | path += "curContext.translate(" + horiz_adv_x + ",0);";
| |
| - | path += "}}";
| |
| - |
| |
| - | return ((new Function("beforePathDraw", "afterPathDraw", path))(beforePathDraw, afterPathDraw));
| |
| - | };
| |
| - |
| |
| - | // Parse SVG font-file into block of Canvas commands
| |
| - | var parseSVGFont = function(svg) {
| |
| - | // Store font attributes
| |
| - | var font = svg.getElementsByTagName("font");
| |
| - | p.glyphTable[url].horiz_adv_x = font[0].getAttribute("horiz-adv-x");
| |
| - |
| |
| - | var font_face = svg.getElementsByTagName("font-face")[0];
| |
| - | p.glyphTable[url].units_per_em = parseFloat(font_face.getAttribute("units-per-em"));
| |
| - | p.glyphTable[url].ascent = parseFloat(font_face.getAttribute("ascent"));
| |
| - | p.glyphTable[url].descent = parseFloat(font_face.getAttribute("descent"));
| |
| - |
| |
| - | var glyph = svg.getElementsByTagName("glyph"),
| |
| - | len = glyph.length;
| |
| - |
| |
| - | // Loop through each glyph in the SVG
| |
| - | for (var i = 0; i < len; i++) {
| |
| - | // Store attributes for this glyph
| |
| - | var unicode = glyph[i].getAttribute("unicode");
| |
| - | var name = glyph[i].getAttribute("glyph-name");
| |
| - | horiz_adv_x = glyph[i].getAttribute("horiz-adv-x");
| |
| - | if (horiz_adv_x === null) {
| |
| - | horiz_adv_x = p.glyphTable[url].horiz_adv_x;
| |
| - | }
| |
| - | d = glyph[i].getAttribute("d");
| |
| - | // Split path commands in glpyh
| |
| - | if (d !== undef) {
| |
| - | path = buildPath(d);
| |
| - | // Store glyph data to table object
| |
| - | p.glyphTable[url][name] = {
| |
| - | name: name,
| |
| - | unicode: unicode,
| |
| - | horiz_adv_x: horiz_adv_x,
| |
| - | draw: path.draw
| |
| - | };
| |
| - | }
| |
| - | } // finished adding glyphs to table
| |
| - | };
| |
| - |
| |
| - | // Load and parse Batik SVG font as XML into a Processing Glyph object
| |
| - | var loadXML = function() {
| |
| - | var xmlDoc;
| |
| - |
| |
| - | try {
| |
| - | xmlDoc = document.implementation.createDocument("", "", null);
| |
| - | }
| |
| - | catch(e_fx_op) {
| |
| - | Processing.debug(e_fx_op.message);
| |
| - | return;
| |
| - | }
| |
| - |
| |
| - | try {
| |
| - | xmlDoc.async = false;
| |
| - | xmlDoc.load(url);
| |
| - | parseSVGFont(xmlDoc.getElementsByTagName("svg")[0]);
| |
| - | }
| |
| - | catch(e_sf_ch) {
| |
| - | // Google Chrome, Safari etc.
| |
| - | Processing.debug(e_sf_ch);
| |
| - | try {
| |
| - | var xmlhttp = new window.XMLHttpRequest();
| |
| - | xmlhttp.open("GET", url, false);
| |
| - | xmlhttp.send(null);
| |
| - | parseSVGFont(xmlhttp.responseXML.documentElement);
| |
| - | }
| |
| - | catch(e) {
| |
| - | Processing.debug(e_sf_ch);
| |
| - | }
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | // Create a new object in glyphTable to store this font
| |
| - | p.glyphTable[url] = {};
| |
| - |
| |
| - | // Begin loading the Batik SVG font...
| |
| - | loadXML(url);
| |
| - |
| |
| - | // Return the loaded font for attribute grabbing
| |
| - | return p.glyphTable[url];
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Gets the sketch parameter value. The parameter can be defined as the canvas attribute with
| |
| - | * the "data-processing-" prefix or provided in the pjs directive (e.g. param-test="52").
| |
| - | * The function tries the canvas attributes, then the pjs directive content.
| |
| - | *
| |
| - | * @param {String} name The name of the param to read.
| |
| - | *
| |
| - | * @returns {String} The parameter value, or null if parameter is not defined.
| |
| - | */
| |
| - | p.param = function(name) {
| |
| - | // trying attribute that was specified in CANVAS
| |
| - | var attributeName = "data-processing-" + name;
| |
| - | if (curElement.hasAttribute(attributeName)) {
| |
| - | return curElement.getAttribute(attributeName);
| |
| - | }
| |
| - | // trying child PARAM elements of the CANVAS
| |
| - | for (var i = 0, len = curElement.childNodes.length; i < len; ++i) {
| |
| - | var item = curElement.childNodes.item(i);
| |
| - | if (item.nodeType !== 1 || item.tagName.toLowerCase() !== "param") {
| |
| - | continue;
| |
| - | }
| |
| - | if (item.getAttribute("name") === name) {
| |
| - | return item.getAttribute("value");
| |
| - | }
| |
| - | }
| |
| - | // fallback to default params
| |
| - | if (curSketch.params.hasOwnProperty(name)) {
| |
| - | return curSketch.params[name];
| |
| - | }
| |
| - | return null;
| |
| - | };
| |
| - |
| |
| - | ////////////////////////////////////////////////////////////////////////////
| |
| - | // 2D/3D methods wiring utils
| |
| - | ////////////////////////////////////////////////////////////////////////////
| |
| - | function wireDimensionalFunctions(mode) {
| |
| - | // Drawing2D/Drawing3D
| |
| - | if (mode === '3D') {
| |
| - | drawing = new Drawing3D();
| |
| - | } else if (mode === '2D') {
| |
| - | drawing = new Drawing2D();
| |
| - | } else {
| |
| - | drawing = new DrawingPre();
| |
| - | }
| |
| - |
| |
| - | // Wire up functions (Use DrawingPre properties names)
| |
| - | for (var i in DrawingPre.prototype) {
| |
| - | if (DrawingPre.prototype.hasOwnProperty(i) && i.indexOf("$") < 0) {
| |
| - | p[i] = drawing[i];
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | // Run initialization
| |
| - | drawing.$init();
| |
| - | }
| |
| - |
| |
| - | function createDrawingPreFunction(name) {
| |
| - | return function() {
| |
| - | wireDimensionalFunctions("2D");
| |
| - | return drawing[name].apply(this, arguments);
| |
| - | };
| |
| - | }
| |
| - | DrawingPre.prototype.translate = createDrawingPreFunction("translate");
| |
| - | DrawingPre.prototype.transform = createDrawingPreFunction("transform");
| |
| - | DrawingPre.prototype.scale = createDrawingPreFunction("scale");
| |
| - | DrawingPre.prototype.pushMatrix = createDrawingPreFunction("pushMatrix");
| |
| - | DrawingPre.prototype.popMatrix = createDrawingPreFunction("popMatrix");
| |
| - | DrawingPre.prototype.resetMatrix = createDrawingPreFunction("resetMatrix");
| |
| - | DrawingPre.prototype.applyMatrix = createDrawingPreFunction("applyMatrix");
| |
| - | DrawingPre.prototype.rotate = createDrawingPreFunction("rotate");
| |
| - | DrawingPre.prototype.rotateZ = createDrawingPreFunction("rotateZ");
| |
| - | DrawingPre.prototype.shearX = createDrawingPreFunction("shearX");
| |
| - | DrawingPre.prototype.shearY = createDrawingPreFunction("shearY");
| |
| - | DrawingPre.prototype.redraw = createDrawingPreFunction("redraw");
| |
| - | DrawingPre.prototype.toImageData = createDrawingPreFunction("toImageData");
| |
| - | DrawingPre.prototype.ambientLight = createDrawingPreFunction("ambientLight");
| |
| - | DrawingPre.prototype.directionalLight = createDrawingPreFunction("directionalLight");
| |
| - | DrawingPre.prototype.lightFalloff = createDrawingPreFunction("lightFalloff");
| |
| - | DrawingPre.prototype.lightSpecular = createDrawingPreFunction("lightSpecular");
| |
| - | DrawingPre.prototype.pointLight = createDrawingPreFunction("pointLight");
| |
| - | DrawingPre.prototype.noLights = createDrawingPreFunction("noLights");
| |
| - | DrawingPre.prototype.spotLight = createDrawingPreFunction("spotLight");
| |
| - | DrawingPre.prototype.beginCamera = createDrawingPreFunction("beginCamera");
| |
| - | DrawingPre.prototype.endCamera = createDrawingPreFunction("endCamera");
| |
| - | DrawingPre.prototype.frustum = createDrawingPreFunction("frustum");
| |
| - | DrawingPre.prototype.box = createDrawingPreFunction("box");
| |
| - | DrawingPre.prototype.sphere = createDrawingPreFunction("sphere");
| |
| - | DrawingPre.prototype.ambient = createDrawingPreFunction("ambient");
| |
| - | DrawingPre.prototype.emissive = createDrawingPreFunction("emissive");
| |
| - | DrawingPre.prototype.shininess = createDrawingPreFunction("shininess");
| |
| - | DrawingPre.prototype.specular = createDrawingPreFunction("specular");
| |
| - | DrawingPre.prototype.fill = createDrawingPreFunction("fill");
| |
| - | DrawingPre.prototype.stroke = createDrawingPreFunction("stroke");
| |
| - | DrawingPre.prototype.strokeWeight = createDrawingPreFunction("strokeWeight");
| |
| - | DrawingPre.prototype.smooth = createDrawingPreFunction("smooth");
| |
| - | DrawingPre.prototype.noSmooth = createDrawingPreFunction("noSmooth");
| |
| - | DrawingPre.prototype.point = createDrawingPreFunction("point");
| |
| - | DrawingPre.prototype.vertex = createDrawingPreFunction("vertex");
| |
| - | DrawingPre.prototype.endShape = createDrawingPreFunction("endShape");
| |
| - | DrawingPre.prototype.bezierVertex = createDrawingPreFunction("bezierVertex");
| |
| - | DrawingPre.prototype.curveVertex = createDrawingPreFunction("curveVertex");
| |
| - | DrawingPre.prototype.curve = createDrawingPreFunction("curve");
| |
| - | DrawingPre.prototype.line = createDrawingPreFunction("line");
| |
| - | DrawingPre.prototype.bezier = createDrawingPreFunction("bezier");
| |
| - | DrawingPre.prototype.rect = createDrawingPreFunction("rect");
| |
| - | DrawingPre.prototype.ellipse = createDrawingPreFunction("ellipse");
| |
| - | DrawingPre.prototype.background = createDrawingPreFunction("background");
| |
| - | DrawingPre.prototype.image = createDrawingPreFunction("image");
| |
| - | DrawingPre.prototype.textWidth = createDrawingPreFunction("textWidth");
| |
| - | DrawingPre.prototype.text$line = createDrawingPreFunction("text$line");
| |
| - | DrawingPre.prototype.$ensureContext = createDrawingPreFunction("$ensureContext");
| |
| - | DrawingPre.prototype.$newPMatrix = createDrawingPreFunction("$newPMatrix");
| |
| - |
| |
| - | DrawingPre.prototype.size = function(aWidth, aHeight, aMode) {
| |
| - | wireDimensionalFunctions(aMode === PConstants.WEBGL ? "3D" : "2D");
| |
| - | p.size(aWidth, aHeight, aMode);
| |
| - | };
| |
| - |
| |
| - | DrawingPre.prototype.$init = noop;
| |
| - |
| |
| - | Drawing2D.prototype.$init = function() {
| |
| - | // Setup default 2d canvas context.
| |
| - | // Moving this here removes the number of times we need to check the 3D variable
| |
| - | p.size(p.width, p.height);
| |
| - |
| |
| - | curContext.lineCap = 'round';
| |
| - |
| |
| - | // Set default stroke and fill color
| |
| - | p.noSmooth();
| |
| - | p.disableContextMenu();
| |
| - | };
| |
| - | Drawing3D.prototype.$init = function() {
| |
| - | // For ref/perf test compatibility until those are fixed
| |
| - | p.use3DContext = true;
| |
| - | p.disableContextMenu();
| |
| - | };
| |
| - |
| |
| - | DrawingShared.prototype.$ensureContext = function() {
| |
| - | return curContext;
| |
| - | };
| |
| - |
| |
| - | //////////////////////////////////////////////////////////////////////////
| |
| - | // Keyboard Events
| |
| - | //////////////////////////////////////////////////////////////////////////
| |
| - |
| |
| - | // In order to catch key events in a canvas, it needs to be "specially focusable",
| |
| - | // by assigning it a tabindex. If no tabindex is specified on-page, set this to 0.
| |
| - | if (!curElement.getAttribute("tabindex")) {
| |
| - | curElement.setAttribute("tabindex", 0);
| |
| - | }
| |
| - |
| |
| - | function getKeyCode(e) {
| |
| - | var code = e.which || e.keyCode;
| |
| - | switch (code) {
| |
| - | case 13: // ENTER
| |
| - | return 10;
| |
| - | case 91: // META L (Saf/Mac)
| |
| - | case 93: // META R (Saf/Mac)
| |
| - | case 224: // META (FF/Mac)
| |
| - | return 157;
| |
| - | case 57392: // CONTROL (Op/Mac)
| |
| - | return 17;
| |
| - | case 46: // DELETE
| |
| - | return 127;
| |
| - | case 45: // INSERT
| |
| - | return 155;
| |
| - | }
| |
| - | return code;
| |
| - | }
| |
| - |
| |
| - | function getKeyChar(e) {
| |
| - | var c = e.which || e.keyCode;
| |
| - | var anyShiftPressed = e.shiftKey || e.ctrlKey || e.altKey || e.metaKey;
| |
| - | switch (c) {
| |
| - | case 13:
| |
| - | c = anyShiftPressed ? 13 : 10; // RETURN vs ENTER (Mac)
| |
| - | break;
| |
| - | case 8:
| |
| - | c = anyShiftPressed ? 127 : 8; // DELETE vs BACKSPACE (Mac)
| |
| - | break;
| |
| - | }
| |
| - | return new Char(c);
| |
| - | }
| |
| - |
| |
| - | function suppressKeyEvent(e) {
| |
| - | if (typeof e.preventDefault === "function") {
| |
| - | e.preventDefault();
| |
| - | } else if (typeof e.stopPropagation === "function") {
| |
| - | e.stopPropagation();
| |
| - | }
| |
| - | return false;
| |
| - | }
| |
| - |
| |
| - | function updateKeyPressed() {
| |
| - | var ch;
| |
| - | for (ch in pressedKeysMap) {
| |
| - | if (pressedKeysMap.hasOwnProperty(ch)) {
| |
| - | p.__keyPressed = true;
| |
| - | return;
| |
| - | }
| |
| - | }
| |
| - | p.__keyPressed = false;
| |
| - | }
| |
| - |
| |
| - | function resetKeyPressed() {
| |
| - | p.__keyPressed = false;
| |
| - | pressedKeysMap = [];
| |
| - | lastPressedKeyCode = null;
| |
| - | }
| |
| - |
| |
| - | function simulateKeyTyped(code, c) {
| |
| - | pressedKeysMap[code] = c;
| |
| - | lastPressedKeyCode = null;
| |
| - | p.key = c;
| |
| - | p.keyCode = code;
| |
| - | p.keyPressed();
| |
| - | p.keyCode = 0;
| |
| - | p.keyTyped();
| |
| - | updateKeyPressed();
| |
| - | }
| |
| - |
| |
| - | function handleKeydown(e) {
| |
| - | var code = getKeyCode(e);
| |
| - | if (code === PConstants.DELETE) {
| |
| - | simulateKeyTyped(code, new Char(127));
| |
| - | return;
| |
| - | }
| |
| - | if (codedKeys.indexOf(code) < 0) {
| |
| - | lastPressedKeyCode = code;
| |
| - | return;
| |
| - | }
| |
| - | var c = new Char(PConstants.CODED);
| |
| - | p.key = c;
| |
| - | p.keyCode = code;
| |
| - | pressedKeysMap[code] = c;
| |
| - | p.keyPressed();
| |
| - | lastPressedKeyCode = null;
| |
| - | updateKeyPressed();
| |
| - | return suppressKeyEvent(e);
| |
| - | }
| |
| - |
| |
| - | function handleKeypress(e) {
| |
| - | if (lastPressedKeyCode === null) {
| |
| - | return; // processed in handleKeydown
| |
| - | }
| |
| - | var code = lastPressedKeyCode, c = getKeyChar(e);
| |
| - | simulateKeyTyped(code, c);
| |
| - | return suppressKeyEvent(e);
| |
| - | }
| |
| - |
| |
| - | function handleKeyup(e) {
| |
| - | var code = getKeyCode(e), c = pressedKeysMap[code];
| |
| - | if (c === undef) {
| |
| - | return; // no keyPressed event was generated.
| |
| - | }
| |
| - | p.key = c;
| |
| - | p.keyCode = code;
| |
| - | p.keyReleased();
| |
| - | delete pressedKeysMap[code];
| |
| - | updateKeyPressed();
| |
| - | }
| |
| - |
| |
| - | // Send aCode Processing syntax to be converted to JavaScript
| |
| - | if (!pgraphicsMode) {
| |
| - | if (aCode instanceof Processing.Sketch) {
| |
| - | // Use sketch as is
| |
| - | curSketch = aCode;
| |
| - | } else if (typeof aCode === "function") {
| |
| - | // Wrap function with default sketch parameters
| |
| - | curSketch = new Processing.Sketch(aCode);
| |
| - | } else if (!aCode) {
| |
| - | // Empty sketch
| |
| - | curSketch = new Processing.Sketch(function (){});
| |
| - | } else {
| |
| - | //#if PARSER
| |
| - | // Compile the code
| |
| - | curSketch = Processing.compile(aCode);
| |
| - | //#else
| |
| - | // throw "PJS compile is not supported";
| |
| - | //#endif
| |
| - | }
| |
| - |
| |
| - | // Expose internal field for diagnostics and testing
| |
| - | p.externals.sketch = curSketch;
| |
| - |
| |
| - | wireDimensionalFunctions();
| |
| - |
| |
| - | // the onfocus and onblur events are handled in two parts.
| |
| - | // 1) the p.focused property is handled per sketch
| |
| - | curElement.onfocus = function() {
| |
| - | p.focused = true;
| |
| - | };
| |
| - |
| |
| - | curElement.onblur = function() {
| |
| - | p.focused = false;
| |
| - | if (!curSketch.options.globalKeyEvents) {
| |
| - | resetKeyPressed();
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | // 2) looping status is handled per page, based on the pauseOnBlur @pjs directive
| |
| - | if (curSketch.options.pauseOnBlur) {
| |
| - | attachEventHandler(window, 'focus', function() {
| |
| - | if (doLoop) {
| |
| - | p.loop();
| |
| - | }
| |
| - | });
| |
| - |
| |
| - | attachEventHandler(window, 'blur', function() {
| |
| - | if (doLoop && loopStarted) {
| |
| - | p.noLoop();
| |
| - | doLoop = true; // make sure to keep this true after the noLoop call
| |
| - | }
| |
| - | resetKeyPressed();
| |
| - | });
| |
| - | }
| |
| - |
| |
| - | // if keyboard events should be handled globally, the listeners should
| |
| - | // be bound to the document window, rather than to the current canvas
| |
| - | var keyTrigger = curSketch.options.globalKeyEvents ? window : curElement;
| |
| - | attachEventHandler(keyTrigger, "keydown", handleKeydown);
| |
| - | attachEventHandler(keyTrigger, "keypress", handleKeypress);
| |
| - | attachEventHandler(keyTrigger, "keyup", handleKeyup);
| |
| - |
| |
| - | // Step through the libraries that were attached at doc load...
| |
| - | for (var i in Processing.lib) {
| |
| - | if (Processing.lib.hasOwnProperty(i)) {
| |
| - | if(Processing.lib[i].hasOwnProperty("attach")) {
| |
| - | // use attach function if present
| |
| - | Processing.lib[i].attach(p);
| |
| - | } else if(Processing.lib[i] instanceof Function) {
| |
| - | // Init the libraries in the context of this p_instance (legacy)
| |
| - | Processing.lib[i].call(this);
| |
| - | }
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | // sketch execute test interval, used to reschedule
| |
| - | // an execute when preloads have not yet finished.
| |
| - | var retryInterval = 100;
| |
| - |
| |
| - | var executeSketch = function(processing) {
| |
| - | // Don't start until all specified images and fonts in the cache are preloaded
| |
| - | if (!(curSketch.imageCache.pending || PFont.preloading.pending(retryInterval))) {
| |
| - | // the opera preload cache can only be cleared once we start
| |
| - | if (window.opera) {
| |
| - | var link,
| |
| - | element,
| |
| - | operaCache=curSketch.imageCache.operaCache;
| |
| - | for (link in operaCache) {
| |
| - | if(operaCache.hasOwnProperty(link)) {
| |
| - | element = operaCache[link];
| |
| - | if (element !== null) {
| |
| - | document.body.removeChild(element);
| |
| - | }
| |
| - | delete(operaCache[link]);
| |
| - | }
| |
| - | }
| |
| - | }
| |
| - |
| |
| - | curSketch.attach(processing, defaultScope);
| |
| - |
| |
| - | // pass a reference to the p instance for this sketch.
| |
| - | curSketch.onLoad(processing);
| |
| - |
| |
| - | // Run void setup()
| |
| - | if (processing.setup) {
| |
| - | processing.setup();
| |
| - | // if any transforms were performed in setup reset to identity matrix
| |
| - | // so draw loop is unpolluted
| |
| - | processing.resetMatrix();
| |
| - | curSketch.onSetup();
| |
| - | }
| |
| - |
| |
| - | // some pixels can be cached, flushing
| |
| - | resetContext();
| |
| - |
| |
| - | if (processing.draw) {
| |
| - | if (!doLoop) {
| |
| - | processing.redraw();
| |
| - | } else {
| |
| - | processing.loop();
| |
| - | }
| |
| - | }
| |
| - | } else {
| |
| - | window.setTimeout(function() { executeSketch(processing); }, retryInterval);
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | // Only store an instance of non-createGraphics instances.
| |
| - | addInstance(this);
| |
| - |
| |
| - | // The parser adds custom methods to the processing context
| |
| - | // this renames p to processing so these methods will run
| |
| - | executeSketch(p);
| |
| - | } else {
| |
| - | // No executable sketch was specified
| |
| - | // or called via createGraphics
| |
| - | curSketch = new Processing.Sketch();
| |
| - |
| |
| - | wireDimensionalFunctions();
| |
| - |
| |
| - | // Hack to make PGraphics work again after splitting size()
| |
| - | p.size = function(w, h, render) {
| |
| - | if (render && render === PConstants.WEBGL) {
| |
| - | wireDimensionalFunctions('3D');
| |
| - | } else {
| |
| - | wireDimensionalFunctions('2D');
| |
| - | }
| |
| - |
| |
| - | p.size(w, h, render);
| |
| - | };
| |
| - | }
| |
| - | };
| |
| - |
| |
| - | // Place-holder for overridable debugging function
| |
| - | Processing.debug = (function() {
| |
| - | if ("console" in window) {
| |
| - | return function(msg) {
| |
| - | window.console.log('Processing.js: ' + msg);
| |
| - | };
| |
| - | }
| |
| - | return noop;
| |
| - | }());
| |
| - |
| |
| - | // bind prototype
| |
| - | Processing.prototype = defaultScope;
| |
| - |
| |
| - | /**
| |
| - | * instance store and lookup
| |
| - | */
| |
| - | Processing.instances = processingInstances;
| |
| - | Processing.getInstanceById = function(name) {
| |
| - | return processingInstances[processingInstanceIds[name]];
| |
| - | };
| |
| - |
| |
| - | // Unsupported Processing File and I/O operations.
| |
| - | (function(Processing) {
| |
| - | var unsupportedP5 = ("open() createOutput() createInput() BufferedReader selectFolder() " +
| |
| - | "dataPath() createWriter() selectOutput() beginRecord() " +
| |
| - | "saveStream() endRecord() selectInput() saveBytes() createReader() " +
| |
| - | "beginRaw() endRaw() PrintWriter delay()").split(" "),
| |
| - | count = unsupportedP5.length,
| |
| - | prettyName,
| |
| - | p5Name;
| |
| - |
| |
| - | function createUnsupportedFunc(n) {
| |
| - | return function() {
| |
| - | throw "Processing.js does not support " + n + ".";
| |
| - | };
| |
| - | }
| |
| - |
| |
| - | while (count--) {
| |
| - | prettyName = unsupportedP5[count];
| |
| - | p5Name = prettyName.replace("()", "");
| |
| - | Processing[p5Name] = createUnsupportedFunc(prettyName);
| |
| - | }
| |
| - | }(defaultScope));
| |
| - |
| |
| - | // we're done. Return our object.
| |
| - | return Processing;
| |
| - | };
| |
| - |
| |
| - | },{}],27:[function(require,module,exports){
| |
| - | // Base source files
| |
| - | var source = {
| |
| - | virtEquals: require("./Helpers/virtEquals"),
| |
| - | virtHashCode: require("./Helpers/virtHashCode"),
| |
| - | ObjectIterator: require("./Helpers/ObjectIterator"),
| |
| - | PConstants: require("./Helpers/PConstants"),
| |
| - | ArrayList: require("./Objects/ArrayList"),
| |
| - | HashMap: require("./Objects/HashMap"),
| |
| - | PVector: require("./Objects/PVector"),
| |
| - | PFont: require("./Objects/PFont"),
| |
| - | Char: require("./Objects/Char"),
| |
| - | XMLAttribute: require("./Objects/XMLAttribute"),
| |
| - | XMLElement: require("./Objects/XMLElement"),
| |
| - | PMatrix2D: require("./Objects/PMatrix2D"),
| |
| - | PMatrix3D: require("./Objects/PMatrix3D"),
| |
| - | PShape: require("./Objects/PShape"),
| |
| - | colors: require("./Objects/webcolors"),
| |
| - | PShapeSVG: require("./Objects/PShapeSVG"),
| |
| - | CommonFunctions: require("./P5Functions/commonFunctions"),
| |
| - | defaultScope: require("./Helpers/defaultScope"),
| |
| - | Processing: require("./Processing"),
| |
| - | setupParser: require("./Parser/Parser"),
| |
| - | finalize: require("./Helpers/finalizeProcessing")
| |
| - | };
| |
| - |
| |
| - | // Additional code that gets tacked onto "p" during
| |
| - | // instantiation of a Processing sketch.
| |
| - | source.extend = {
| |
| - | withMath: require("./P5Functions/Math.js"),
| |
| - | withProxyFunctions: require("./P5Functions/JavaProxyFunctions")(source.virtHashCode, source.virtEquals),
| |
| - | withTouch: require("./P5Functions/touchmouse"),
| |
| - | withCommonFunctions: source.CommonFunctions.withCommonFunctions
| |
| - | };
| |
| - |
| |
| - | /**
| |
| - | * Processing.js building function
| |
| - | */
| |
| - | module.exports = function buildProcessingJS(Browser, testHarness) {
| |
| - | var noop = function(){},
| |
| - | virtEquals = source.virtEquals,
| |
| - | virtHashCode = source.virtHashCode,
| |
| - | PConstants = source.PConstants,
| |
| - | CommonFunctions = source.CommonFunctions,
| |
| - | ObjectIterator = source.ObjectIterator,
| |
| - | Char = source.Char,
| |
| - | XMLAttribute = source.XMLAttribute(),
| |
| - |
| |
| - | ArrayList = source.ArrayList({
| |
| - | virtHashCode: virtHashCode,
| |
| - | virtEquals: virtEquals
| |
| - | }),
| |
| - |
| |
| - | HashMap = source.HashMap({
| |
| - | virtHashCode: virtHashCode,
| |
| - | virtEquals: virtEquals
| |
| - | }),
| |
| - |
| |
| - | PVector = source.PVector({
| |
| - | PConstants: PConstants
| |
| - | }),
| |
| - |
| |
| - | PFont = source.PFont({
| |
| - | Browser: Browser,
| |
| - | noop: noop
| |
| - | }),
| |
| - |
| |
| - | XMLElement = source.XMLElement({
| |
| - | Browser: Browser,
| |
| - | XMLAttribute: XMLAttribute
| |
| - | }),
| |
| - |
| |
| - | PMatrix2D = source.PMatrix2D({
| |
| - | p:CommonFunctions
| |
| - | }),
| |
| - |
| |
| - | PMatrix3D = source.PMatrix3D({
| |
| - | p:CommonFunctions
| |
| - | }),
| |
| - |
| |
| - | PShape = source.PShape({
| |
| - | PConstants: PConstants,
| |
| - | PMatrix2D: PMatrix2D,
| |
| - | PMatrix3D: PMatrix3D
| |
| - | }),
| |
| - |
| |
| - | PShapeSVG = source.PShapeSVG({
| |
| - | CommonFunctions: CommonFunctions,
| |
| - | PConstants: PConstants,
| |
| - | PShape: PShape,
| |
| - | XMLElement: XMLElement,
| |
| - | colors: source.colors
| |
| - | }),
| |
| - |
| |
| - | defaultScope = source.defaultScope({
| |
| - | ArrayList: ArrayList,
| |
| - | HashMap: HashMap,
| |
| - | PVector: PVector,
| |
| - | PFont: PFont,
| |
| - | PShapeSVG: PShapeSVG,
| |
| - | ObjectIterator: ObjectIterator,
| |
| - | PConstants: PConstants,
| |
| - | Char: Char,
| |
| - | XMLElement: XMLElement,
| |
| - | XML: XMLElement
| |
| - | }),
| |
| - |
| |
| - | Processing = source.Processing({
| |
| - | defaultScope: defaultScope,
| |
| - | Browser: Browser,
| |
| - | extend: source.extend,
| |
| - | noop: noop
| |
| - | });
| |
| - |
| |
| - | // set up the Processing syntax parser
| |
| - | Processing = source.setupParser(Processing, {
| |
| - | Browser: Browser,
| |
| - | aFunctions: testHarness,
| |
| - | defaultScope: defaultScope
| |
| - | });
| |
| - |
| |
| - | // finalise the Processing object
| |
| - | Processing = source.finalize(Processing, {
| |
| - | version: require('../package.json').version,
| |
| - | isDomPresent: false || Browser.isDomPresent,
| |
| - | window: Browser.window,
| |
| - | document: Browser.document,
| |
| - | noop: noop
| |
| - | });
| |
| - |
| |
| - | // done.
| |
| - | return Processing;
| |
| - | };
| |
| - |
| |
| - | },{"../package.json":2,"./Helpers/ObjectIterator":3,"./Helpers/PConstants":4,"./Helpers/defaultScope":5,"./Helpers/finalizeProcessing":6,"./Helpers/virtEquals":7,"./Helpers/virtHashCode":8,"./Objects/ArrayList":9,"./Objects/Char":10,"./Objects/HashMap":11,"./Objects/PFont":12,"./Objects/PMatrix2D":13,"./Objects/PMatrix3D":14,"./Objects/PShape":15,"./Objects/PShapeSVG":16,"./Objects/PVector":17,"./Objects/XMLAttribute":18,"./Objects/XMLElement":19,"./Objects/webcolors":20,"./P5Functions/JavaProxyFunctions":21,"./P5Functions/Math.js":22,"./P5Functions/commonFunctions":23,"./P5Functions/touchmouse":24,"./Parser/Parser":25,"./Processing":26}]},{},[1])
| |
| - | ;
| |
"
