})
120 |
125 |
11 | })
12 |
17 |
12 |
7 | {props.children}
8 |
9 |
12 |
5 |
6 | 
7 |
8 |
9 |
10 |
11 |
30 |
31 |
32 |
33 |
34 |
35 |
36 |
120 |
125 | 
9 |
10 |
18 |
19 | Image tag attributes:
20 |
21 | rel:animated_src - If this url is specified, it's loaded into the player instead of src.
22 | This allows a preview frame to be shown until animated gif data is streamed into the canvas
23 |
24 | rel:auto_play - Defaults to 1 if not specified. If set to zero, a call to the play() method is needed
25 |
26 | Constructor options args
27 |
28 | gif Required. The DOM element of an img tag.
29 | loop_mode Optional. Setting this to false will force disable looping of the gif.
30 | auto_play Optional. Same as the rel:auto_play attribute above, this arg overrides the img tag info.
31 | max_width Optional. Scale images over max_width down to max_width. Helpful with mobile.
32 | on_end Optional. Add a callback for when the gif reaches the end of a single loop (one iteration). The first argument passed will be the gif HTMLElement.
33 | loop_delay Optional. The amount of time to pause (in ms) after each single loop (iteration).
34 | draw_while_loading Optional. Determines whether the gif will be drawn to the canvas whilst it is loaded.
35 | show_progress_bar Optional. Only applies when draw_while_loading is set to true.
36 |
37 | Instance methods
38 |
39 | // loading
40 | load( callback ) Loads the gif specified by the src or rel:animated_src sttributie of the img tag into a canvas element and then calls callback if one is passed
41 | load_url( src, callback ) Loads the gif file specified in the src argument into a canvas element and then calls callback if one is passed
42 |
43 | // play controls
44 | play - Start playing the gif
45 | pause - Stop playing the gif
46 | move_to(i) - Move to frame i of the gif
47 | move_relative(i) - Move i frames ahead (or behind if i < 0)
48 |
49 | // getters
50 | get_canvas The canvas element that the gif is playing in. Handy for assigning event handlers to.
51 | get_playing Whether or not the gif is currently playing
52 | get_loading Whether or not the gif has finished loading/parsing
53 | get_auto_play Whether or not the gif is set to play automatically
54 | get_length The number of frames in the gif
55 | get_current_frame The index of the currently displayed frame of the gif
56 |
57 | For additional customization (viewport inside iframe) these params may be passed:
58 | c_w, c_h - width and height of canvas
59 | vp_t, vp_l, vp_ w, vp_h - top, left, width and height of the viewport
60 |
61 | A bonus: few articles to understand what is going on
62 | http://enthusiasms.org/post/16976438906
63 | http://www.matthewflickinger.com/lab/whatsinagif/bits_and_bytes.asp
64 | http://humpy77.deviantart.com/journal/Frame-Delay-Times-for-Animated-GIFs-214150546
65 |
66 | */
67 | ;(function(root, factory) {
68 | if (typeof define === 'function' && define.amd) {
69 | define([], factory)
70 | } else if (typeof exports === 'object') {
71 | module.exports = factory()
72 | } else {
73 | root.SuperGif = factory()
74 | }
75 | })(this, function() {
76 | // Generic functions
77 | var bitsToNum = function(ba) {
78 | return ba.reduce(function(s, n) {
79 | return s * 2 + n
80 | }, 0)
81 | }
82 |
83 | var byteToBitArr = function(bite) {
84 | var a = []
85 | for (var i = 7; i >= 0; i--) {
86 | a.push(!!(bite & (1 << i)))
87 | }
88 | return a
89 | }
90 |
91 | // Stream
92 | /**
93 | * @constructor
94 | */
95 | // Make compiler happy.
96 | var Stream = function(data) {
97 | this.data = data
98 | this.len = this.data.length
99 | this.pos = 0
100 |
101 | this.readByte = function() {
102 | if (this.pos >= this.data.length) {
103 | throw new Error('Attempted to read past end of stream.')
104 | }
105 | if (data instanceof Uint8Array) return data[this.pos++]
106 | else return data.charCodeAt(this.pos++) & 0xff
107 | }
108 |
109 | this.readBytes = function(n) {
110 | var bytes = []
111 | for (var i = 0; i < n; i++) {
112 | bytes.push(this.readByte())
113 | }
114 | return bytes
115 | }
116 |
117 | this.read = function(n) {
118 | var s = ''
119 | for (var i = 0; i < n; i++) {
120 | s += String.fromCharCode(this.readByte())
121 | }
122 | return s
123 | }
124 |
125 | this.readUnsigned = function() {
126 | // Little-endian.
127 | var a = this.readBytes(2)
128 | return (a[1] << 8) + a[0]
129 | }
130 | }
131 |
132 | var lzwDecode = function(minCodeSize, data) {
133 | var pos = 0 // Maybe this streaming thing should be merged with the Stream?
134 | var readCode = function(size) {
135 | var code = 0
136 | for (var i = 0; i < size; i++) {
137 | if (data[pos >> 3] & (1 << (pos & 7))) {
138 | code |= 1 << i
139 | }
140 | pos++
141 | }
142 | return code
143 | }
144 |
145 | var clearCode = 1 << minCodeSize
146 | var eoiCode = clearCode + 1
147 |
148 | var codeSize = minCodeSize + 1
149 |
150 | var outputBlockSize = 4096,
151 | bufferBlockSize = 4096
152 |
153 | var output = new Uint8Array(outputBlockSize),
154 | buffer = new Uint8Array(bufferBlockSize),
155 | dict = []
156 |
157 | var bufferOffset = 0,
158 | outputOffset = 0
159 |
160 | var fill = function() {
161 | for (var i = 0; i < clearCode; i++) {
162 | dict[i] = new Uint8Array(1)
163 | dict[i][0] = i
164 | }
165 | dict[clearCode] = new Uint8Array(0)
166 | dict[eoiCode] = null
167 | }
168 | var clear = function() {
169 | var keep = clearCode + 2
170 | dict.splice(keep, dict.length - keep)
171 | codeSize = minCodeSize + 1
172 | bufferOffset = 0
173 | }
174 |
175 | // Block allocators, double block size each time
176 | var enlargeOutput = function() {
177 | var outputSize = output.length + outputBlockSize
178 | var newoutput = new Uint8Array(outputSize)
179 | newoutput.set(output)
180 | output = newoutput
181 | outputBlockSize = outputBlockSize << 1
182 | }
183 | var enlargeBuffer = function() {
184 | var bufferSize = buffer.length + bufferBlockSize
185 | var newbuffer = new Uint8Array(bufferSize)
186 | newbuffer.set(buffer)
187 | buffer = newbuffer
188 | bufferBlockSize = bufferBlockSize << 1
189 | }
190 |
191 | var pushCode = function(code, last) {
192 | var newlength = dict[last].byteLength + 1
193 | while (bufferOffset + newlength > buffer.length) enlargeBuffer()
194 | var newdict = buffer.subarray(bufferOffset, bufferOffset + newlength)
195 | newdict.set(dict[last])
196 | newdict[newlength - 1] = dict[code][0]
197 | bufferOffset += newlength
198 | dict.push(newdict)
199 | }
200 |
201 | var code
202 | var last
203 |
204 | fill()
205 |
206 | while (true) {
207 | last = code
208 | code = readCode(codeSize)
209 |
210 | if (code === clearCode) {
211 | clear()
212 | continue
213 | }
214 | if (code === eoiCode) break
215 |
216 | if (code < dict.length) {
217 | if (last !== clearCode) {
218 | pushCode(code, last)
219 | }
220 | } else {
221 | if (code !== dict.length) throw new Error('Invalid LZW code.')
222 | pushCode(last, last)
223 | }
224 |
225 | var newsize = dict[code].length
226 | while (outputOffset + newsize > output.length) enlargeOutput()
227 | output.set(dict[code], outputOffset)
228 | outputOffset += newsize
229 |
230 | if (dict.length === 1 << codeSize && codeSize < 12) {
231 | // If we're at the last code and codeSize is 12, the next code will be a clearCode, and it'll be 12 bits long.
232 | codeSize++
233 | }
234 | }
235 |
236 | // I don't know if this is technically an error, but some GIFs do it.
237 | //if (Math.ceil(pos / 8) !== data.length) throw new Error('Extraneous LZW bytes.');
238 | return output.subarray(0, outputOffset)
239 | }
240 |
241 | // The actual parsing; returns an object with properties.
242 | var parseGIF = function(st, handler) {
243 | handler || (handler = {})
244 |
245 | // LZW (GIF-specific)
246 | var parseCT = function(entries) {
247 | // Each entry is 3 bytes, for RGB.
248 | var ct = []
249 | for (var i = 0; i < entries; i++) {
250 | ct.push(st.readBytes(3))
251 | }
252 | return ct
253 | }
254 |
255 | var readSubBlocks = function() {
256 | var size,
257 | data,
258 | offset = 0
259 | var bufsize = 8192
260 | data = new Uint8Array(bufsize)
261 |
262 | var resizeBuffer = function() {
263 | var newdata = new Uint8Array(data.length + bufsize)
264 | newdata.set(data)
265 | data = newdata
266 | }
267 |
268 | do {
269 | size = st.readByte()
270 |
271 | // Increase buffer size if this would exceed our current size
272 | while (offset + size > data.length) resizeBuffer()
273 | data.set(st.readBytes(size), offset)
274 | offset += size
275 | } while (size !== 0)
276 | return data.subarray(0, offset) // truncate any excess buffer space
277 | }
278 |
279 | var parseHeader = function() {
280 | var hdr = {}
281 | hdr.sig = st.read(3)
282 | hdr.ver = st.read(3)
283 | if (hdr.sig !== 'GIF') throw new Error('Not a GIF file.') // XXX: This should probably be handled more nicely.
284 | hdr.width = st.readUnsigned()
285 | hdr.height = st.readUnsigned()
286 |
287 | var bits = byteToBitArr(st.readByte())
288 | hdr.gctFlag = bits.shift()
289 | hdr.colorRes = bitsToNum(bits.splice(0, 3))
290 | hdr.sorted = bits.shift()
291 | hdr.gctSize = bitsToNum(bits.splice(0, 3))
292 |
293 | hdr.bgColor = st.readByte()
294 | hdr.pixelAspectRatio = st.readByte() // if not 0, aspectRatio = (pixelAspectRatio + 15) / 64
295 | if (hdr.gctFlag) {
296 | hdr.gct = parseCT(1 << (hdr.gctSize + 1))
297 | }
298 | handler.hdr && handler.hdr(hdr)
299 | }
300 |
301 | var parseExt = function(block) {
302 | var parseGCExt = function(block) {
303 | var blockSize = st.readByte() // Always 4
304 | var bits = byteToBitArr(st.readByte())
305 | block.reserved = bits.splice(0, 3) // Reserved; should be 000.
306 | block.disposalMethod = bitsToNum(bits.splice(0, 3))
307 | block.userInput = bits.shift()
308 | block.transparencyGiven = bits.shift()
309 |
310 | block.delayTime = st.readUnsigned()
311 |
312 | block.transparencyIndex = st.readByte()
313 |
314 | block.terminator = st.readByte()
315 |
316 | handler.gce && handler.gce(block)
317 | }
318 |
319 | var parseComExt = function(block) {
320 | block.comment = readSubBlocks()
321 | handler.com && handler.com(block)
322 | }
323 |
324 | var parsePTExt = function(block) {
325 | // No one *ever* uses this. If you use it, deal with parsing it yourself.
326 | var blockSize = st.readByte() // Always 12
327 | block.ptHeader = st.readBytes(12)
328 | block.ptData = readSubBlocks()
329 | handler.pte && handler.pte(block)
330 | }
331 |
332 | var parseAppExt = function(block) {
333 | var parseNetscapeExt = function(block) {
334 | var blockSize = st.readByte() // Always 3
335 | block.unknown = st.readByte() // ??? Always 1? What is this?
336 | block.iterations = st.readUnsigned()
337 | block.terminator = st.readByte()
338 | handler.app && handler.app.NETSCAPE && handler.app.NETSCAPE(block)
339 | }
340 |
341 | var parseUnknownAppExt = function(block) {
342 | block.appData = readSubBlocks()
343 | // FIXME: This won't work if a handler wants to match on any identifier.
344 | handler.app && handler.app[block.identifier] && handler.app[block.identifier](block)
345 | }
346 |
347 | var blockSize = st.readByte() // Always 11
348 | block.identifier = st.read(8)
349 | block.authCode = st.read(3)
350 | switch (block.identifier) {
351 | case 'NETSCAPE':
352 | parseNetscapeExt(block)
353 | break
354 | default:
355 | parseUnknownAppExt(block)
356 | break
357 | }
358 | }
359 |
360 | var parseUnknownExt = function(block) {
361 | block.data = readSubBlocks()
362 | handler.unknown && handler.unknown(block)
363 | }
364 |
365 | block.label = st.readByte()
366 | switch (block.label) {
367 | case 0xf9:
368 | block.extType = 'gce'
369 | parseGCExt(block)
370 | break
371 | case 0xfe:
372 | block.extType = 'com'
373 | parseComExt(block)
374 | break
375 | case 0x01:
376 | block.extType = 'pte'
377 | parsePTExt(block)
378 | break
379 | case 0xff:
380 | block.extType = 'app'
381 | parseAppExt(block)
382 | break
383 | default:
384 | block.extType = 'unknown'
385 | parseUnknownExt(block)
386 | break
387 | }
388 | }
389 |
390 | var parseImg = function(img) {
391 | var deinterlace = function(pixels, width) {
392 | // Of course this defeats the purpose of interlacing. And it's *probably*
393 | // the least efficient way it's ever been implemented. But nevertheless...
394 | var newPixels = new Array(pixels.length)
395 | var rows = pixels.length / width
396 | var cpRow = function(toRow, fromRow) {
397 | var fromPixels = pixels.slice(fromRow * width, (fromRow + 1) * width)
398 | newPixels.splice.apply(newPixels, [toRow * width, width].concat(fromPixels))
399 | }
400 |
401 | // See appendix E.
402 | var offsets = [0, 4, 2, 1]
403 | var steps = [8, 8, 4, 2]
404 |
405 | var fromRow = 0
406 | for (var pass = 0; pass < 4; pass++) {
407 | for (var toRow = offsets[pass]; toRow < rows; toRow += steps[pass]) {
408 | cpRow(toRow, fromRow)
409 | fromRow++
410 | }
411 | }
412 |
413 | return newPixels
414 | }
415 |
416 | img.leftPos = st.readUnsigned()
417 | img.topPos = st.readUnsigned()
418 | img.width = st.readUnsigned()
419 | img.height = st.readUnsigned()
420 |
421 | var bits = byteToBitArr(st.readByte())
422 | img.lctFlag = bits.shift()
423 | img.interlaced = bits.shift()
424 | img.sorted = bits.shift()
425 | img.reserved = bits.splice(0, 2)
426 | img.lctSize = bitsToNum(bits.splice(0, 3))
427 |
428 | if (img.lctFlag) {
429 | img.lct = parseCT(1 << (img.lctSize + 1))
430 | }
431 |
432 | img.lzwMinCodeSize = st.readByte()
433 |
434 | var lzwData = readSubBlocks()
435 |
436 | img.pixels = lzwDecode(img.lzwMinCodeSize, lzwData)
437 |
438 | if (img.interlaced) {
439 | // Move
440 | img.pixels = deinterlace(img.pixels, img.width)
441 | }
442 |
443 | handler.img && handler.img(img)
444 | }
445 |
446 | var parseBlock = function() {
447 | var block = {}
448 | block.sentinel = st.readByte()
449 |
450 | switch (String.fromCharCode(block.sentinel)) { // For ease of matching
451 | case '!':
452 | block.type = 'ext'
453 | parseExt(block)
454 | break
455 | case ',':
456 | block.type = 'img'
457 | parseImg(block)
458 | break
459 | case ';':
460 | block.type = 'eof'
461 | handler.eof && handler.eof(block)
462 | break
463 | default:
464 | throw new Error('Unknown block: 0x' + block.sentinel.toString(16)) // TODO: Pad this with a 0.
465 | }
466 |
467 | if (block.type !== 'eof') setTimeout(parseBlock, 0)
468 | }
469 |
470 | var parse = function() {
471 | parseHeader()
472 | setTimeout(parseBlock, 0)
473 | }
474 |
475 | parse()
476 | }
477 |
478 | var SuperGif = function(opts) {
479 | var options = {
480 | //viewport position
481 | vp_l: 0,
482 | vp_t: 0,
483 | vp_w: null,
484 | vp_h: null,
485 | //canvas sizes
486 | c_w: null,
487 | c_h: null
488 | }
489 | for (var i in opts) {
490 | options[i] = opts[i]
491 | }
492 | if (options.vp_w && options.vp_h) options.is_vp = true
493 |
494 | var stream
495 | var hdr
496 |
497 | var loadError = null
498 | var loading = false
499 |
500 | var transparency = null
501 | var delay = null
502 | var disposalMethod = null
503 | var disposalRestoreFromIdx = null
504 | var lastDisposalMethod = null
505 | var frame = null
506 | var lastImg = null
507 |
508 | var playing = true
509 | var forward = true
510 |
511 | var ctx_scaled = false
512 |
513 | var frames = []
514 | var frameOffsets = [] // elements have .x and .y properties
515 |
516 | var gif = options.gif
517 | if (typeof options.auto_play == 'undefined')
518 | options.auto_play =
519 | !gif.getAttribute('rel:auto_play') || gif.getAttribute('rel:auto_play') == '1'
520 |
521 | var onEndListener = options.hasOwnProperty('on_end') ? options.on_end : null
522 | var loopDelay = options.hasOwnProperty('loop_delay') ? options.loop_delay : 0
523 | var overrideLoopMode = options.hasOwnProperty('loop_mode') ? options.loop_mode : 'auto'
524 | var drawWhileLoading = options.hasOwnProperty('draw_while_loading')
525 | ? options.draw_while_loading
526 | : true
527 | var showProgressBar = drawWhileLoading
528 | ? options.hasOwnProperty('show_progress_bar') ? options.show_progress_bar : true
529 | : false
530 | var progressBarHeight = options.hasOwnProperty('progressbar_height')
531 | ? options.progressbar_height
532 | : 25
533 | var progressBarBackgroundColor = options.hasOwnProperty('progressbar_background_color')
534 | ? options.progressbar_background_color
535 | : 'rgba(255,255,255,0.4)'
536 | var progressBarForegroundColor = options.hasOwnProperty('progressbar_foreground_color')
537 | ? options.progressbar_foreground_color
538 | : 'rgba(255,0,22,.8)'
539 |
540 | var clear = function() {
541 | transparency = null
542 | delay = null
543 | lastDisposalMethod = disposalMethod
544 | disposalMethod = null
545 | frame = null
546 | }
547 |
548 | // XXX: There's probably a better way to handle catching exceptions when
549 | // callbacks are involved.
550 | var doParse = function() {
551 | try {
552 | parseGIF(stream, handler)
553 | } catch (err) {
554 | doLoadError('parse')
555 | }
556 | }
557 |
558 | var doText = function(text) {
559 | toolbar.innerHTML = text // innerText? Escaping? Whatever.
560 | toolbar.style.visibility = 'visible'
561 | }
562 |
563 | var setSizes = function(w, h) {
564 | canvas.width = w * get_canvas_scale()
565 | canvas.height = h * get_canvas_scale()
566 | toolbar.style.minWidth = w * get_canvas_scale() + 'px'
567 |
568 | tmpCanvas.width = w
569 | tmpCanvas.height = h
570 | tmpCanvas.style.width = w + 'px'
571 | tmpCanvas.style.height = h + 'px'
572 | tmpCanvas.getContext('2d').setTransform(1, 0, 0, 1, 0, 0)
573 | }
574 |
575 | var setFrameOffset = function(frame, offset) {
576 | if (!frameOffsets[frame]) {
577 | frameOffsets[frame] = offset
578 | return
579 | }
580 | if (typeof offset.x !== 'undefined') {
581 | frameOffsets[frame].x = offset.x
582 | }
583 | if (typeof offset.y !== 'undefined') {
584 | frameOffsets[frame].y = offset.y
585 | }
586 | }
587 |
588 | var doShowProgress = function(pos, length, draw) {
589 | if (draw && showProgressBar) {
590 | var height = progressBarHeight
591 | var left, mid, top, width
592 | if (options.is_vp) {
593 | if (!ctx_scaled) {
594 | top = options.vp_t + options.vp_h - height
595 | height = height
596 | left = options.vp_l
597 | mid = left + pos / length * options.vp_w
598 | width = canvas.width
599 | } else {
600 | top = (options.vp_t + options.vp_h - height) / get_canvas_scale()
601 | height = height / get_canvas_scale()
602 | left = options.vp_l / get_canvas_scale()
603 | mid = left + pos / length * (options.vp_w / get_canvas_scale())
604 | width = canvas.width / get_canvas_scale()
605 | }
606 | //some debugging, draw rect around viewport
607 | if (false) {
608 | if (!ctx_scaled) {
609 | var l = options.vp_l,
610 | t = options.vp_t
611 | var w = options.vp_w,
612 | h = options.vp_h
613 | } else {
614 | var l = options.vp_l / get_canvas_scale(),
615 | t = options.vp_t / get_canvas_scale()
616 | var w = options.vp_w / get_canvas_scale(),
617 | h = options.vp_h / get_canvas_scale()
618 | }
619 | ctx.rect(l, t, w, h)
620 | ctx.stroke()
621 | }
622 | } else {
623 | top = (canvas.height - height) / (ctx_scaled ? get_canvas_scale() : 1)
624 | mid = pos / length * canvas.width / (ctx_scaled ? get_canvas_scale() : 1)
625 | width = canvas.width / (ctx_scaled ? get_canvas_scale() : 1)
626 | height /= ctx_scaled ? get_canvas_scale() : 1
627 | }
628 |
629 | ctx.fillStyle = progressBarBackgroundColor
630 | ctx.fillRect(mid, top, width - mid, height)
631 |
632 | ctx.fillStyle = progressBarForegroundColor
633 | ctx.fillRect(0, top, mid, height)
634 | }
635 | }
636 |
637 | var doLoadError = function(originOfError) {
638 | var drawError = function() {
639 | ctx.fillStyle = 'black'
640 | ctx.fillRect(
641 | 0,
642 | 0,
643 | options.c_w ? options.c_w : hdr.width,
644 | options.c_h ? options.c_h : hdr.height
645 | )
646 | ctx.strokeStyle = 'red'
647 | ctx.lineWidth = 3
648 | ctx.moveTo(0, 0)
649 | ctx.lineTo(options.c_w ? options.c_w : hdr.width, options.c_h ? options.c_h : hdr.height)
650 | ctx.moveTo(0, options.c_h ? options.c_h : hdr.height)
651 | ctx.lineTo(options.c_w ? options.c_w : hdr.width, 0)
652 | ctx.stroke()
653 | }
654 |
655 | loadError = originOfError
656 | hdr = {
657 | width: gif.width,
658 | height: gif.height
659 | } // Fake header.
660 | frames = []
661 | drawError()
662 | }
663 |
664 | var doHdr = function(_hdr) {
665 | hdr = _hdr
666 | setSizes(hdr.width, hdr.height)
667 | }
668 |
669 | var doGCE = function(gce) {
670 | pushFrame()
671 | clear()
672 | transparency = gce.transparencyGiven ? gce.transparencyIndex : null
673 | delay = gce.delayTime
674 | disposalMethod = gce.disposalMethod
675 | // We don't have much to do with the rest of GCE.
676 | }
677 |
678 | var pushFrame = function() {
679 | if (!frame) return
680 | frames.push({
681 | data: frame.getImageData(0, 0, hdr.width, hdr.height),
682 | delay: delay
683 | })
684 | frameOffsets.push({ x: 0, y: 0 })
685 | }
686 |
687 | var doImg = function(img) {
688 | if (!frame) frame = tmpCanvas.getContext('2d')
689 |
690 | var currIdx = frames.length
691 |
692 | //ct = color table, gct = global color table
693 | var ct = img.lctFlag ? img.lct : hdr.gct // TODO: What if neither exists?
694 |
695 | /*
696 | Disposal method indicates the way in which the graphic is to
697 | be treated after being displayed.
698 |
699 | Values : 0 - No disposal specified. The decoder is
700 | not required to take any action.
701 | 1 - Do not dispose. The graphic is to be left
702 | in place.
703 | 2 - Restore to background color. The area used by the
704 | graphic must be restored to the background color.
705 | 3 - Restore to previous. The decoder is required to
706 | restore the area overwritten by the graphic with
707 | what was there prior to rendering the graphic.
708 |
709 | Importantly, "previous" means the frame state
710 | after the last disposal of method 0, 1, or 2.
711 | */
712 | if (currIdx > 0) {
713 | if (lastDisposalMethod === 3) {
714 | // Restore to previous
715 | // If we disposed every frame including first frame up to this point, then we have
716 | // no composited frame to restore to. In this case, restore to background instead.
717 | if (disposalRestoreFromIdx !== null) {
718 | frame.putImageData(frames[disposalRestoreFromIdx].data, 0, 0)
719 | } else {
720 | frame.clearRect(lastImg.leftPos, lastImg.topPos, lastImg.width, lastImg.height)
721 | }
722 | } else {
723 | disposalRestoreFromIdx = currIdx - 1
724 | }
725 |
726 | if (lastDisposalMethod === 2) {
727 | // Restore to background color
728 | // Browser implementations historically restore to transparent; we do the same.
729 | // http://www.wizards-toolkit.org/discourse-server/viewtopic.php?f=1&t=21172#p86079
730 | frame.clearRect(lastImg.leftPos, lastImg.topPos, lastImg.width, lastImg.height)
731 | }
732 | }
733 | // else, Undefined/Do not dispose.
734 | // frame contains final pixel data from the last frame; do nothing
735 |
736 | //Get existing pixels for img region after applying disposal method
737 | var imgData = frame.getImageData(img.leftPos, img.topPos, img.width, img.height)
738 |
739 | //apply color table colors
740 | for (var i = 0; i < img.pixels.length; i++) {
741 | var pixel = img.pixels[i]
742 | // imgData.data === [R,G,B,A,R,G,B,A,...]
743 | if (pixel !== transparency) {
744 | var pix = ct[pixel]
745 | var idx = i * 4
746 | imgData.data[idx] = pix[0]
747 | imgData.data[idx + 1] = pix[1]
748 | imgData.data[idx + 2] = pix[2]
749 | imgData.data[idx + 3] = 255 // Opaque.
750 | }
751 | }
752 |
753 | frame.putImageData(imgData, img.leftPos, img.topPos)
754 |
755 | if (!ctx_scaled) {
756 | ctx.scale(get_canvas_scale(), get_canvas_scale())
757 | ctx_scaled = true
758 | }
759 |
760 | // We could use the on-page canvas directly, except that we draw a progress
761 | // bar for each image chunk (not just the final image).
762 | if (drawWhileLoading) {
763 | ctx.drawImage(tmpCanvas, 0, 0)
764 | drawWhileLoading = options.auto_play
765 | }
766 |
767 | lastImg = img
768 | }
769 |
770 | var player = (function() {
771 | var i = -1
772 | var iterationCount = 0
773 |
774 | var showingInfo = false
775 | var pinned = false
776 |
777 | /**
778 | * Gets the index of the frame "up next".
779 | * @returns {number}
780 | */
781 | var getNextFrameNo = function() {
782 | var delta = forward ? 1 : -1
783 | return (i + delta + frames.length) % frames.length
784 | }
785 |
786 | var stepFrame = function(amount) {
787 | // XXX: Name is confusing.
788 | i = i + amount
789 |
790 | putFrame()
791 | }
792 |
793 | var step = (function() {
794 | var stepping = false
795 |
796 | var completeLoop = function() {
797 | if (onEndListener !== null) onEndListener(gif)
798 | iterationCount++
799 |
800 | if (overrideLoopMode !== false || iterationCount < 0) {
801 | doStep()
802 | } else {
803 | stepping = false
804 | playing = false
805 | }
806 | }
807 |
808 | var doStep = function() {
809 | stepping = playing
810 | if (!stepping) return
811 |
812 | stepFrame(1)
813 | var delay = frames[i].delay * 10
814 | if (!delay) delay = 100 // FIXME: Should this even default at all? What should it be?
815 |
816 | var nextFrameNo = getNextFrameNo()
817 | if (nextFrameNo === 0) {
818 | delay += loopDelay
819 | setTimeout(completeLoop, delay)
820 | } else {
821 | setTimeout(doStep, delay)
822 | }
823 | }
824 |
825 | return function() {
826 | if (!stepping) setTimeout(doStep, 0)
827 | }
828 | })()
829 |
830 | var putFrame = function() {
831 | var offset
832 | i = parseInt(i, 10)
833 |
834 | if (i > frames.length - 1) {
835 | i = 0
836 | }
837 |
838 | if (i < 0) {
839 | i = 0
840 | }
841 |
842 | offset = frameOffsets[i]
843 |
844 | tmpCanvas.getContext('2d').putImageData(frames[i].data, offset.x, offset.y)
845 | ctx.globalCompositeOperation = 'copy'
846 | ctx.drawImage(tmpCanvas, 0, 0)
847 | }
848 |
849 | var play = function() {
850 | playing = true
851 | step()
852 | }
853 |
854 | var pause = function() {
855 | playing = false
856 | }
857 |
858 | return {
859 | init: function() {
860 | if (loadError) return
861 |
862 | if (!(options.c_w && options.c_h)) {
863 | ctx.scale(get_canvas_scale(), get_canvas_scale())
864 | }
865 |
866 | if (options.auto_play) {
867 | step()
868 | } else {
869 | i = 0
870 | putFrame()
871 | }
872 | },
873 | step: step,
874 | play: play,
875 | pause: pause,
876 | playing: playing,
877 | move_relative: stepFrame,
878 | current_frame: function() {
879 | return i
880 | },
881 | length: function() {
882 | return frames.length
883 | },
884 | move_to: function(frame_idx) {
885 | i = frame_idx
886 | putFrame()
887 | }
888 | }
889 | })()
890 |
891 | var doDecodeProgress = function(draw) {
892 | doShowProgress(stream.pos, stream.data.length, draw)
893 | }
894 |
895 | var doNothing = function() {}
896 | /**
897 | * @param{boolean=} draw Whether to draw progress bar or not; this is not idempotent because of translucency.
898 | * Note that this means that the text will be unsynchronized with the progress bar on non-frames;
899 | * but those are typically so small (GCE etc.) that it doesn't really matter. TODO: Do this properly.
900 | */
901 | var withProgress = function(fn, draw) {
902 | return function(block) {
903 | fn(block)
904 | doDecodeProgress(draw)
905 | }
906 | }
907 |
908 | var handler = {
909 | hdr: withProgress(doHdr),
910 | gce: withProgress(doGCE),
911 | com: withProgress(doNothing),
912 | // I guess that's all for now.
913 | app: {
914 | // TODO: Is there much point in actually supporting iterations?
915 | NETSCAPE: withProgress(doNothing)
916 | },
917 | img: withProgress(doImg, true),
918 | eof: function(block) {
919 | //toolbar.style.display = '';
920 | pushFrame()
921 | doDecodeProgress(false)
922 | if (!(options.c_w && options.c_h)) {
923 | canvas.width = hdr.width * get_canvas_scale()
924 | canvas.height = hdr.height * get_canvas_scale()
925 | }
926 | player.init()
927 | loading = false
928 | if (load_callback) {
929 | load_callback(gif)
930 | }
931 | }
932 | }
933 |
934 | var init = function() {
935 | var parent = gif.parentNode
936 |
937 | var div = document.createElement('div')
938 | canvas = document.createElement('canvas')
939 | ctx = canvas.getContext('2d')
940 | toolbar = document.createElement('div')
941 |
942 | tmpCanvas = document.createElement('canvas')
943 |
944 | div.width = canvas.width = gif.width
945 | div.height = canvas.height = gif.height
946 | toolbar.style.minWidth = gif.width + 'px'
947 |
948 | div.className = 'jsgif'
949 | toolbar.className = 'jsgif_toolbar'
950 | div.appendChild(canvas)
951 | div.appendChild(toolbar)
952 |
953 | if (parent) {
954 | parent.insertBefore(div, gif)
955 | parent.removeChild(gif)
956 | }
957 |
958 | if (options.c_w && options.c_h) setSizes(options.c_w, options.c_h)
959 | initialized = true
960 | }
961 |
962 | var get_canvas_scale = function() {
963 | var scale
964 | if (options.max_width && hdr && hdr.width > options.max_width) {
965 | scale = options.max_width / hdr.width
966 | } else {
967 | scale = 1
968 | }
969 | return scale
970 | }
971 |
972 | var canvas, ctx, toolbar, tmpCanvas
973 | var initialized = false
974 | var load_callback = false
975 |
976 | var load_setup = function(callback) {
977 | if (loading) return false
978 | if (callback) load_callback = callback
979 | else load_callback = false
980 |
981 | loading = true
982 | frames = []
983 | clear()
984 | disposalRestoreFromIdx = null
985 | lastDisposalMethod = null
986 | frame = null
987 | lastImg = null
988 |
989 | return true
990 | }
991 |
992 | return {
993 | // play controls
994 | play: player.play,
995 | pause: player.pause,
996 | move_relative: player.move_relative,
997 | move_to: player.move_to,
998 |
999 | // getters for instance vars
1000 | get_playing: function() {
1001 | return playing
1002 | },
1003 | get_canvas: function() {
1004 | return canvas
1005 | },
1006 | get_canvas_scale: function() {
1007 | return get_canvas_scale()
1008 | },
1009 | get_loading: function() {
1010 | return loading
1011 | },
1012 | get_auto_play: function() {
1013 | return options.auto_play
1014 | },
1015 | get_length: function() {
1016 | return player.length()
1017 | },
1018 | get_current_frame: function() {
1019 | return player.current_frame()
1020 | },
1021 | get_frame: function(i) {
1022 | return frames[i]
1023 | },
1024 | load_url: function(src, callback) {
1025 | if (!load_setup(callback)) return
1026 |
1027 | var h = new XMLHttpRequest()
1028 | // new browsers (XMLHttpRequest2-compliant)
1029 | h.open('GET', src, true)
1030 |
1031 | if ('overrideMimeType' in h) {
1032 | h.overrideMimeType('text/plain; charset=x-user-defined')
1033 | } else if ('responseType' in h) {
1034 | // old browsers (XMLHttpRequest-compliant)
1035 | h.responseType = 'arraybuffer'
1036 | } else {
1037 | // IE9 (Microsoft.XMLHTTP-compliant)
1038 | h.setRequestHeader('Accept-Charset', 'x-user-defined')
1039 | }
1040 |
1041 | h.onloadstart = function() {
1042 | // Wait until connection is opened to replace the gif element with a canvas to avoid a blank img
1043 | if (!initialized) init()
1044 | }
1045 | h.onload = function(e) {
1046 | if (this.status != 200) {
1047 | doLoadError('xhr - response')
1048 | }
1049 | // emulating response field for IE9
1050 | if (!('response' in this)) {
1051 | this.response = new VBArray(this.responseText)
1052 | .toArray()
1053 | .map(String.fromCharCode)
1054 | .join('')
1055 | }
1056 | var data = this.response
1057 | if (data instanceof ArrayBuffer) {
1058 | data = new Uint8Array(data)
1059 | }
1060 |
1061 | stream = new Stream(data)
1062 | setTimeout(doParse, 0)
1063 | }
1064 | h.onprogress = function(e) {
1065 | if (e.lengthComputable) doShowProgress(e.loaded, e.total, true)
1066 | }
1067 | h.onerror = function() {
1068 | doLoadError('xhr')
1069 | }
1070 | h.send()
1071 | },
1072 | load: function(callback) {
1073 | this.load_url(gif.getAttribute('rel:animated_src') || gif.src, callback)
1074 | },
1075 | load_raw: function(arr, callback) {
1076 | if (!load_setup(callback)) return
1077 | if (!initialized) init()
1078 | stream = new Stream(arr)
1079 | setTimeout(doParse, 0)
1080 | },
1081 | set_frame_offset: setFrameOffset
1082 | }
1083 | }
1084 |
1085 | return SuperGif
1086 | })
1087 |
--------------------------------------------------------------------------------
/public/meSpeak/en-us.json:
--------------------------------------------------------------------------------
1 | {
2 | "voice_id":"en/en-us",
3 | "dict_id":"en_dict",
4 | "dict":"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",
5 | "voice":"Ly8gbW92aW5nIHRvd2FyZHMgVVMgRW5nbGlzaApuYW1lIGVuZ2xpc2gtdXMKbGFuZ3VhZ2UgZW4tdXMgMgpsYW5ndWFnZSBlbi1yCmxhbmd1YWdlIGVuIDMKZ2VuZGVyIG1hbGUKCnBob25lbWVzIGVuLXVzCmRpY3RydWxlcyAzIDYKb3B0aW9uIHJlZHVjZV90IDEKCnN0cmVzc0xlbmd0aCAxNDUgMTI1IDE5MCAxNzAgMCAwIDI2MCAyOTAKc3RyZXNzQW1wICAxNyAxNiAgMTkgMTkgIDE5IDE5ICAyMSAxOQoKcmVwbGFjZSAwMyBJICBpCnJlcGxhY2UgMDMgSTIgaQpyZXBsYWNlIDAzIEAgIEAvCg=="
6 | }
--------------------------------------------------------------------------------