};

// you can set your drawing scale through adding attr var chibiAnimationBaseview baseViewWidth = new BaseView(900, ; var baseViewHeight = 900; if($(this).attr("data-view-width")) baseViewWidth = Number($(this).attr("data-view-width")); if($(this).hasClassattr('bigScale'"data-view-height")){baseViewHeight = Number($(this).attr("data-view-height")); var chibiAnimationBaseview = new BaseView(1500baseViewWidth, 1500baseViewHeight)};

var requestedScale = currentDiv.attr("data-chibiScale"); var requestedHeightPosition = currentDiv.attr("chibiScaledata-chibiHeightPosition");

renderView.on('costume_changed', function(event, costumeSuffix ,tdollname) { console.log(event"costume_changing",'Spine Changed'tdollname, costumeSuffix)

if(tdollname!=null){var tdollId = tdollname.replace(" ", "_")}else{var tdollId = currentDiv.dataattr("tdollIddata-tdoll-id").replace(" ", "_");}; loadingDivs.attr('data-tdoll-costume', costumeSuffix);console.log(tdollId);

loadGirl(chibiAnimationBaseview, tdollId, costumeSuffix, dormVariant, girlLoadedHandler, requestedScale, requestedHeightPosition, changeSelect);

rePlayButton.addClass("chibiAnimationRePlay").addClass("chibiButton");

changeSelect.addClass("chibiAnimationSelect"); if(currentDiv.hasClass('selectControl')) changeSelect.cssaddClass("display","unset"); else changeSelect.css("display","nonechibiButton");

dormSliderButton.addClass("chibiDormButton").addClass("chibiButton");

var tdollChibiDivCostume = tdollChibiDiv.attr('data-tdoll-costume') || ""; console.log(currentDiv,"switchDormButton"); var tdollId = currentDiv.data("tdollId").replace(" ", "_"); loadGirl(chibiAnimationBaseview, tdollId, tdollChibiDivCostume, futureEnabledState, girlLoadedHandler, requestedScale, requestedHeightPosition, changeSelect);

downloadButton.addClass("chibiAnimationDownload"); if(currentDiv.hasClass('selectControl')) downloadButton.cssaddClass("display","unset"); else downloadButton.css("display","nonechibiButton");

$(this).parent(".chibiAnimationControlDiv").parent().append("<div class=\"chibiAnimationBlock\"></div>"); chibiAnimationBaseview.download($(this).parent(".chibiAnimationControlDiv").parent().children("canvas.chibiAnimation"));

animationInfo.addClass("chibiAnimationInfo"); if(currentDiv.hasClass('selectControl')) animationInfo.cssaddClass("display","unset"); else animationInfo.css("display","nonechibiButton");

$("body")newInfoDiv.append("<div class=\"chibiAnimationInfoShowLine\"><div>动画名称<\/div><div>持续时间/s<\/div><div>TimeLine<\/div><\/div>");

animationInfo.parent$("body").append(newInfoDiv);

if (!currentDiv.attr("data-tdoll-hidedormbuttonhidebuttonbox")) currentDiv.append(animationControlDiv); else if (currentDiv.attr("data-tdoll-hidebuttonbox") != 'true') currentDiv.append(dormSliderButtonanimationControlDiv); animationControlDiv.append(screencapLink); animationControlDiv.append(downloadButton); animationControlDiv.append(animationInfo); currentDivanimationControlDiv.append(rePlayButton); if (!currentDiv.attr("data-tdoll-hidedormbutton")) animationControlDiv.append(animationInfodormSliderButton); else if (currentDiv.attr("data-tdoll-hidedormbutton") != 'true') animationControlDiv.append(downloadButtondormSliderButton); currentDivanimationControlDiv.append(changeSelect);

var tdollId = currentDiv.dataattr("tdollIddata-tdoll-id").replace(" ", "_"); loadGirl(chibiAnimationBaseview, tdollId, "", false, girlLoadedHandler, requestedScale, requestedHeightPosition, changeSelect);

function loadGirl(view, id, costumeSuffix, dormVersion, callback, requestedScale, requestedHeightPosition, changeSelect){

view.addSpinePlayer(p, requestedScale, requestedHeightPosition);

var basePath = "http://www.gfwiki.org/images/";

SkeletonBinary.prototype = { BlendMode : ["normal", "additive", "multiply", "screen"], AttachmentType : ["region", "boundingbox", "mesh", "skinnedmesh"], readByte : function(){ return this.nextNum < this.data.length ? this.data[this.nextNum++] : null; }, readBoolean readSByte : function(){ return var bitwidth = 8; var val = this.readByte() != 0; }, readShort : function var isnegative = val & (1 << (bitwidth - 1){); return var boundary = (this.readByte() 1 << 8bitwidth) | this.readByte; var minval = -boundary; var mask = boundary - 1; return isnegative ? minval + (val & mask): val; }, readInt readBoolean : function(optimizePositive){ if(typeof optimizePositive === 'undefined'){ return (this.readByte() << 24) | (this.readByte!= 0; }, readShort : function() << 16) | { return (this.readByte() << 8) | this.readByte(); }, readInt : function(optimizePositive){ var b if(typeof optimizePositive === 'undefined'){ return (this.readByte() << 24) | (this.readByte() << 16) | (this.readByte() << 8) | this.readByte(); } var b = this.readByte(); var result = b & 0x7f; if ((b & 0x80) != 0){ b = this.readByte(); result |= (b & 0x7F) << 7; if ((b & 0x80) != 0){ b = this.readByte(); result |= (b & 0x7F) << 14; if ((b & 0x80) != 0){ b = this.readByte(); result |= (b & 0x7F) << 21; if ((b & 0x80) != 0){ b = this.readByte(); result |= (b & 0x7F) << 28; } } } } return optimizePositive ? result : ((result >> 1) ^ -(result & 1)); }, bytes2Float32 : function(bytes){ var sign = (bytes & 0x80000000) ? -1 : 1; var exponent = ((bytes >> 23) & 0xFF) - 127; var significand = (bytes & ~(-1 << 23)); if (exponent == 128) return sign * ((significand) ? Number.NaN : Number.POSITIVE_INFINITY); if (exponent == -127) { if (significand == 0) return sign * 0.0; exponent = -126; significand /= (1 << 22); } else significand = (significand | (1 << 23)) / (1 << 23); return sign * significand * Math.pow(2, exponent); }, readFloat : function(){ return this.bytes2Float32((this.readByte()<<24) + (this.readByte()<<16) + (this.readByte()<<8) + (this.readByte()<<0)); }, readFloatArray : function(){ var n = this.readInt(true); var array = new Array(n); if(this.scale == 1){ for(var i = 0; i < n; i++){ array[i] = this.readFloat(); } }else{ for(var i = 0; i < n; i++){ array[i] = this.readFloat() * this.scale; } } return array; }, readShortArray : function(){ var n = this.readInt(true); var array = new Array(n); for(var i = 0; i < n; i++){ array[i] = this.readShort(); } return array; }, readIntArray : function(){ var n = this.readInt(true); var array = new Array(n); for(var i = 0; i < n; i++) array[i] = this.readInt(true); return array; }, readHex : function(){ var hex = this.readByte().toString(16); return hex.length == 2 ? hex : '0' + hex; }, readColor : function(){ return this.readHex() + this.readHex() + this.readHex() + this.readHex(); }, readUtf8_slow : function(charCount, charIndex, b){ while(true){ switch (b >> 4){ case 0: case 1: case 2: case 3: case 4: case 5: case 6: case 7: this.chars += String.fromCharCode(b); break; case 12: case 13: this.chars += String.fromCharCode((b & 0x1F) << 6 | this.readByte() & 0x3F); break; case 14: this.chars += String.fromCharCode((b & 0x0F) << 12 | (this.readByte() & 0x3F) << 6 | this.readByte() & 0x3F); break; } if (++charIndex >= charCount) break; b = this.readByte() & 0xFF; } }, readString : function(){ var charCount = this.readInt(this, true); switch(charCount){ case 0: return null; case 1: return ""; } charCount--; this.chars = ""; var b = 0; var charIndex = 0; while (charIndex < charCount){ b = this.readByte(); if (b > 127) break; this.chars += String.fromCharCode(b); charIndex++; } if (charIndex < charCount) this.readUtf8_slow(charCount, charIndex, b); return this.chars; }, initJson : function(){ this.json.skeleton = {}; var skeleton = this.json.skeleton; skeleton.hash = this.readString(); if(skeleton.hash.length == 0) skeleton.hash = null; skeleton.spine = this.readString(); if(skeleton.spine.length == 0) skeleton.spine = null; skeleton.width = this.readFloat(); skeleton.height = this.readFloat(); var nonessential = this.readBoolean(); if(nonessential){ skeleton.images = this.readString(); if(skeleton.images.length == 0) skeleton.images = null; } //Bones. this.json.bones = new Array(this.readInt(true)); var bones = this.json.bones; for(var i = 0; i < bones.length; i++){ var boneData = {}; boneData.name = this.readString(); boneData.parent = null; var parentIndex = this.readInt(true) - 1; if(parentIndex != -1) boneData.parent = bones[parentIndex].name; boneData.x = this.readFloat() * this.scale; boneData.y = this.readFloat() * this.scale; boneData.scaleX = this.readFloat(); boneData.scaleY = this.readFloat(); boneData.rotation = this.readFloat(); boneData.length = this.readFloat() * this.scale; boneData.flipX = this.readBoolean(); boneData.flipY = this.readBoolean(); boneData.inheritScale = this.readBoolean(); boneData.inheritRotation = this.readBoolean(); if(nonessential){ boneData.color = this.readColor(); } bones[i] = boneData; } // IK constraints. var ikIndex = this.readInt(true); if(ikIndex > 0){ this.json.ik = new Array(this.readInt(true)); var ik = this.json.ik; for(var i = 0; i < ikIndexik.length; i++){ var ikConstraints = {}; ikConstraints.name = this.readString(); ikConstraints.bones = new Array(this.readInt(true)); for(var j = 0; j < ikConstraints.bones.length; j++){ ikConstraints.bones[j] = this.json.bones[this.readInt(true)].name; } ikConstraints.target = this.json.bones[this.readInt(true)].name; ikConstraints.mix = this.readFloat(); ikConstraints.bendPositive = this.readBoolean(); // Maybe use ReadSByte(); ik[i] = ikConstraints; } } // Slots. this.json.slots = new Array(this.readInt(true)); var slots = this.json.slots; for(var i = 0; i < slots.length; i++){ var slotData = {}; slotData.name = this.readString(); var boneData = this.json.bones[this.readInt(true)]; slotData.bone = boneData.name; slotData.color = this.readColor(); slotData.attachment = this.readString(); slotData.blend = this.BlendMode[this.readInt(true)]; slots[i] = slotData; } // Default skin. this.json.skins = {}; this.json.skinsName = new Array(); var skins = this.json.skins; var defaultSkin = this.readSkin("default", nonessential); if(defaultSkin != null){ skins["default"] = defaultSkin; this.json.skinsName.push("default"); } // Skin. for(var i = 0, n = this.readInt(true); i < n; i++){ var skinName = this.readString(); var skin = this.readSkin(skinName, nonessential); skins[skinName] = skin; this.json.skinsName.push("skinName"); } // Events. this.json.events = []; this.json.eventsName = []; var events = this.json.events; for(var i = 0, n = this.readInt(true); i < n; i++){ var eventName = this.readString(); var event = {}; event.int = this.readInt(false); event.float = this.readFloat(); event.string = this.readString(); events[eventName] = event; this.json.eventsName[i] = eventName; } // Animations. this.json.animations = {}; var animations = this.json.animations; for(var i = 0, n = this.readInt(true); i < n; i++){ var animationName = this.readString(); var animation = this.readAnimation(animationName); animations[animationName] = animation; } }, readSkin : function(skinName, nonessential){ var slotCount = this.readInt(true); if(slotCount == 0) return null; var skin = {}; for(var i = 0; i < slotCount; i++){ var slotIndex = this.readInt(true); var slot = {}; for(var j = 0, n = this.readInt(true); j < n; j++){ var name = this.readString(); var attachment = this.readAttachment(name, nonessential); slot[name] = attachment; } skin[this.json.slots[slotIndex].name] = slot; } return skin; }, readAttachment : function(attachmentName, nonessential){ var name = this.readString(); if(name == null) name = attachmentName; switch(this.AttachmentType[this.readByte()]){ case "region": var path = this.readString(); if(path == null) path = name; var region = {}; region.type = "region"; region.name = name; region.path = path; region.x = this.readFloat() * this.scale; region.y = this.readFloat() * this.scale; region.scaleX = this.readFloat(); region.scaleY = this.readFloat(); region.rotation = this.readFloat(); region.width = this.readFloat() * this.scale; region.height = this.readFloat() * this.scale; region.color = this.readColor(); // Maybe need UpdateOffset() return region; case "boundingbox": var box = {}; box.type = "boundingbox"; box.name = name; box.vertices = this.readFloatArray(); // Maybe need vertexCount or color return box; case "mesh": var path = this.readString(); if(path == null) path = name; var mesh = {}; mesh.type = "mesh"; mesh.name = name; mesh.path = path; mesh.uvs = this.readFloatArray(); // Maybe need updateUVs() mesh.triangles = this.readShortArray(); mesh.vertices = this.readFloatArray(); mesh.color = this.readColor(); mesh.hull = this.readInt(true); // Maybe need * 2 if(nonessential){ mesh.edges = this.readIntArray(); mesh.width = this.readFloat(); mesh.height = this.readFloat(); // Maybe need * scale } return mesh; case "skinnedmesh": var path = this.readString(); if(path == null) path = name; var skinnedmesh = {}; skinnedmesh.type = "skinnedmesh"; skinnedmesh.name = name; skinnedmesh.path = path; skinnedmesh.uvs = this.readFloatArray(); skinnedmesh.triangles = this.readShortArray(); skinnedmesh.vertices = new Array(); var vertexCount = this.readInt(true); for(var i = 0; i < vertexCount;){ var boneCount = Math.floor(this.readFloat()); skinnedmesh.vertices[i++] = boneCount; for(var nn = i + boneCount * 4; i < nn; i += 4){ skinnedmesh.vertices[i] = Math.floor(this.readFloat()); skinnedmesh.vertices[i + 1] = this.readFloat(); skinnedmesh.vertices[i + 2] = this.readFloat(); skinnedmesh.vertices[i + 3] = this.readFloat(); } } skinnedmesh.color = this.readColor(); skinnedmesh.hull = this.readInt(true); // Maybe need * 2 if(nonessential){ skinnedmesh.edges = this.readIntArray(); skinnedmesh.width = this.readFloat(); skinnedmesh.height = this.readFloat(); // Maybe need * scale } return skinnedmesh; } return null; }, readCurve : function(frameIndex, timeline){ switch(this.readByte()){ case 1: //CURVE_STEPPED timeline[frameIndex].curve = "stepped"; break; case 2: //CURVE_BEZIER var cx1 = this.readFloat(); var cy1 = this.readFloat(); var cx2 = this.readFloat(); var cy2 = this.readFloat(); timeline[frameIndex].curve = [cx1, cy1, cx2, cy2]; } }, readAnimation : function(name){ var animation = {}; var scale = this.scale; var duration = 0; // Slot timelines. var slots = {}; for(var i = 0, n = this.readInt(true); i < n; i++){ var slotIndex = this.readInt(true); var slotMap = {}; var timeCount = this.readInt(true); for(var ii = 0; ii < timeCount; ii++){ var timelineType = this.readByte(); var frameCount = this.readInt(true); switch(timelineType){ case 4: //TIMELINE_COLOR var timeline = new Array(frameCount); for(var frameIndex = 0; frameIndex < frameCount; frameIndex++){ var time = this.readFloat(); var color = this.readColor(); timeline[frameIndex] = {}; timeline[frameIndex].time = time; timeline[frameIndex].color = color; if(frameIndex < frameCount - 1){ var str = this.readCurve(frameIndex, timeline); } } slotMap.color = timeline; duration = Math.max(duration, timeline[frameCount - 1].time); break; case 3: //TIMELINE_ATTACHMENT var timeline = new Array(frameCount); for(var frameIndex = 0; frameIndex < frameCount; frameIndex++){ var time = this.readFloat(); var attachmentName = this.readString(); timeline[frameIndex] = {}; timeline[frameIndex].time = time; timeline[frameIndex].name = attachmentName; } slotMap.attachment = timeline; duration = Math.max(duration, timeline[frameCount - 1].time); break; } } slots[this.json.slots[slotIndex].name] = slotMap; } animation.slots = slots;  //// Bone timelines. var bones = {}; for(var i = 0, n = this.readInt(true); i < n; i++){ var boneIndex = this.readInt(true); var boneMap = {}; for(var ii = 0, nn = this.readInt(true); ii < nn; ii++){ var timelineType = this.readByte(); var frameCount = this.readInt(true); switch(timelineType){ case 1: //TIMELINE_ROTATE var timeline = new Array(frameCount); for(var frameIndex = 0; frameIndex < frameCount; frameIndex++){ var tltime = this.readFloat(); var tlangle = this.readFloat(); timeline[frameIndex] = {}; timeline[frameIndex].time = tltime; timeline[frameIndex].angle = tlangle; if(frameIndex < frameCount - 1){ this.readCurve(frameIndex, timeline); } } boneMap.rotate = timeline; duration = Math.max(duration, timeline[frameCount - 1].time); break; case 2: //TIMELINE_TRANSLATE case 0: //TIMELINE_SCALE var timeline = new Array(frameCount); var timelineScale = 1; if(timelineType == 2){ timelineScale = scale; } for(var frameIndex = 0; frameIndex < frameCount; frameIndex++){ var tltime = this.readFloat(); var tlx = this.readFloat(); var tly = this.readFloat(); timeline[frameIndex] = {}; timeline[frameIndex].time = tltime; timeline[frameIndex].x = tlx; timeline[frameIndex].y = tly; if(frameIndex < frameCount - 1){ this.readCurve(frameIndex, timeline); } } if(timelineType == 0){ boneMap.scale = timeline; }else{ boneMap.translate = timeline; } duration = Math.max(duration, timeline[frameCount - 1].time); break; case 5: //TIMELINE_FLIPX case 6: //TIMELINE_FLIPY var timeline = new Array(frameCount); for(var frameIndex = 0; frameIndex < frameCount; frameIndex++){ var tltime = this.readFloat(); var tlflip = this.readBoolean(); timeline[frameIndex] = {}; timeline[frameIndex].time = tltime; if(timelineType == 5) timeline[frameIndex].x = tlflip; else timeline[frameIndex].y = tlflip; } if(timelineType == 5) boneMap.flipX = timeline; else boneMap.flipY = timeline; duration = Math.max(duration, timeline[frameCount - 1].time); break; } } bones[this.json.bones[boneIndex].name] = boneMap; } animation.bones = bones;  // IK timelines. var ik = {}; for(var i = 0, n = this.readInt(true); i < n; i++){ var ikIndex = this.readInt(true); var frameCount = this.readInt(true); var timeline = new Array(frameCount); for(var frameIndex = 0; frameIndex < frameCount; frameIndex++){ var time = this.readFloat(); var mix = this.readFloat(); var bendData = this.readSByte(); timeline[frameIndex] = {}; timeline[frameIndex].time = time; timeline[frameIndex].mix = mix; timeline[frameIndex].bendPositive = bendData >= 0; timeline[frameIndex].bendDirection = bendData; if(frameIndex < frameCount - 1) this.readCurve(frameIndex, timeline); } ik[this.json.ik[ikIndex].name] = timeline; } animation.ik = ik;  // FFD timelines. var ffd = {}; for(var i = 0, n = this.readInt(true); i < n; i++){ var skinIndex = this.readInt(true); var slotMap = {}; for(var ii = 0, nn = this.readInt(true); ii < nn; ii++){ var slotIndex = this.readInt(true); var meshMap = {}; for(var iii = 0, nnn = this.readInt(true); iii < nnn; iii++){ var meshName = this.readString(); var frameCount = this.readInt(true); var attachment; var attachments = this.json.skins[this.json.skinsName[skinIndex]][this.json.slots[slotIndex].name]; for(var attachmentName in attachments){ if(attachments[attachmentName].name == meshName) attachment = attachments[attachmentName]; } if(!attachment) console.log("FFD attachment not found: " + meshName); var timeline = new Array(frameCount); for(var frameIndex = 0; frameIndex < frameCount; frameIndex++){ var time = this.readFloat(); var vertexCount; if(attachment.type == "mesh"){ vertexCount = attachment.vertices.length; }else{ vertexCount = attachment.uvs.length * 3 * 3; // This maybe wrong } var vertices = new Array(vertexCount); for (var verticeIdx = 0; verticeIdx < vertexCount; verticeIdx++){ vertices[verticeIdx] = 0.0; } // ToDo: I have no idea why we need this var bugFixMultiplicator = 0.1; var end = this.readInt(true); if (end == 0) { if (attachment.type == "mesh") { for (var verticeIdx = 0; verticeIdx < vertexCount; verticeIdx++){ vertices[verticeIdx] += attachment.vertices[verticeIdx] * bugFixMultiplicator; }

} slotMap.color = timeline; duration = Math.max(duration, timeline[frameCount - 1].time); break; case 3: //TIMELINE_ATTACHMENT var timeline = new Array(frameCount); for(var frameIndex = 0; frameIndex < frameCount; frameIndex++)else { var time = this.readFloat(); var attachmentName = this.readString(); timeline[frameIndex] = {}; timeline[frameIndex].time = time; timeline[frameIndex].name = attachmentName; } slotMap.attachment = timeline; duration = Math.max(duration, timeline[frameCount - 1].time); break; } } slots[this.json.slots[slotIndex].name] = slotMap; } animation.slots = slots; //// Bone timelines. var bones = {}; for(var i = 0, n start = this.readInt(true); i < n; i++){ var boneIndex = this.readInt(true); var boneMap = {}; for(var ii = 0, nn = this.readInt(true); ii < nn; ii+ end +){ var timelineType = this.readByte()start; var frameCount = this.readInt(true); switch(timelineType){ case 1: //TIMELINE_ROTATE var timeline = new Array(frameCount); for(var frameIndex v = 0start; frameIndex v < frameCountend; frameIndexv++){ var tltime = this.readFloat(); var tlangle = this.readFloat(); timeline[frameIndex] = {}; timeline[frameIndex].time = tltime; timeline[frameIndex].angle = tlangle; if(frameIndex < frameCount - 1){ this.readCurve(frameIndex, timeline); } } boneMap.rotate = timeline; duration = Math.max(duration, timeline vertices[frameCount - 1v].time); break; case 2: //TIMELINE_TRANSLATE case 0: //TIMELINE_SCALE var timeline = new Array(frameCount); var timelineScale = 1; if(timelineType == 2){ timelineScale = scale; } for(var frameIndex = 0; frameIndex < frameCount; frameIndex++){ var tltime = this.readFloat(); var tlx = this.readFloat(); var tly = this.readFloat(); timeline[frameIndex] = {}; timeline[frameIndex].time = tltime; timeline[frameIndex].x = tlx; timeline[frameIndex].y = tly; if(frameIndex < frameCount - 1){ this.readCurve(frameIndex, timeline); } } if(timelineType == 0){ boneMap.* scale = timeline; }else{ boneMap.translate = timeline; } duration = Math.max(duration, timeline[frameCount - 1].time); break; case 5: //TIMELINE_FLIPX case 6: //TIMELINE_FLIPY var timeline = new Array(frameCount); for(var frameIndex = 0; frameIndex < frameCount; frameIndex++){ var tltime = this.readFloat(); var tlflip = this.readBoolean(); timeline[frameIndex] = {}; timeline[frameIndex].time = tltime; if(timelineType == 5) timeline[frameIndex].x = tlflip; else timeline[frameIndex].y = tlflip; } if(timelineType == 5) boneMap.flipX = timeline; else boneMap.flipY = timeline; duration = Math.max(duration, timeline[frameCount - 1].time); break; } } bones[this.json.bones[boneIndex].name] = boneMap; } animation.bones = bones; // IK timelines. var ik = {}; for(var i = 0, n = this.readInt(true); i < n; i++){ var ikIndex = this.readInt(true); var frameCount = this.readInt(true); var timeline = new Array(frameCount); for(var frameIndex = 0; frameIndex < frameCount; frameIndex++){ var time = this.readFloat(); var mix = this.readFloat(); var bendPositive = this.readBoolean(); // Maybe use ReadSByte() timeline[frameIndex].time = time; timeline[frameIndex].mix = mix; timeline[frameIndex].bendPositive = bendPositive; if(frameIndex < frameCount - 1) this.readCurve(frameIndex, timeline); } ik[this.json.ik[ikIndex]] = timeline; } animation.ik = ik; // FFD timelines. var ffd = {}; for(var i = 0, n = this.readInt(true); i < n; i++){ var skinIndex = this.readInt(true); var slotMap = {}; for(var ii = 0, nn = this.readInt(true); ii < nn; ii++){ var slotIndex = this.readInt(true); var meshMap = {}; for(var iii = 0, nnn = this.readInt(true); iii < nnn; iii++){ var meshName = this.readString(); var frameCount = this.readInt(true); var attachment; var attachments = this.json.skins[this.json.skinsName[skinIndex]][this.json.slots[slotIndex].name]; for(var attachmentName in attachments){ if(attachments[attachmentName].name == meshName) attachment = attachments[attachmentName]; } if(!attachment) console.log("FFD attachment not found: " + meshName); var timeline = new Array(frameCount); for(var frameIndex = 0; frameIndex < frameCount; frameIndex++){ var time = this.readFloat(); var vertexCount; if(attachment.type == "mesh"){ vertexCount var meshVertices = attachment.vertices.length; }else{ vertexCount = attachment.uvs.length * 3 * 3; // This maybe wrong } var vertices = new Array(vertexCount); for (var verticeIdx v = 0; verticeIdx < vertexCount; verticeIdx++){ , vn = vertices[verticeIdx] = 0.0; } // ToDo: I have no idea why we need this var bugFixMultiplicator = 0.1; var end = this.readInt(true); if (end == 0) { if (attachment.type == "mesh") { for (var verticeIdx = 0length; verticeIdx v < vertexCountvn; verticeIdxv++){ vertices[verticeIdxv] += attachment.verticesmeshVertices[verticeIdxv] * bugFixMultiplicator; }

} else { var start = this.readInt(true); end += start; for(var v = start; v < end; v++){ vertices[v] = this.readFloat() * scale; } if(attachment.type == "mesh"){ var meshVertices = attachment.vertices; for(var v = 0, vn = vertices.length; v < vn; v++){ vertices[v] += meshVertices[v] * bugFixMultiplicator; } } } timeline[frameIndex] = {}; timeline[frameIndex].time = time; timeline[frameIndex].vertices = vertices; if(frameIndex < frameCount - 1) this.readCurve(frameIndex, timeline); } meshMap[meshName] = timeline; duration = Math.max(duration, timeline[frameCount - 1].time); } slotMap[this.json.slots[slotIndex].name] = meshMap; } ffd[this.json.skinsName[skinIndex]] = slotMap; } animation.ffd = ffd; // Draw order timeline. var drawOrderCount = this.readInt(true); if(drawOrderCount > 0){ var drawOrders = new Array(drawOrderCount); // var timeline = new Array(drawOrderCount); var slotCount = this.json.slots.length; for(var i = 0; i < drawOrderCount; i++){ var drawOrderMap = {}; var offsetCount = this.readInt(true); // var drawOrder = new Array(slotCount); // for(var ii = slotCount - 1; ii >= 0; ii--){ // drawOrder[ii] = -1; // } // var unchanged = new Array(slotCount - offsetCount); // var originalIndex = 0, unchangedIndex = 0; var offsets = new Array(offsetCount); for(var ii = 0; ii < offsetCount; ii++){ var offsetMap = {}; var slotIndex = this.readInt(true); offsetMap.slot = this.json.slots[slotIndex].name; // while (originalIndex != slotIndex) // unchanged[unchangedIndex++] = originalIndex++; var dooffset = this.readInt(true); offsetMap.offset = dooffset; // drawOrder[originalIndex + dooffset] = originalIndex++; offsets[ii] = offsetMap; } drawOrderMap.offsets = offsets; // while(originalIndex < slotCount) // unchanged[unchangedIndex++] = originalIndex++; // for (var ii = slotCount - 1; ii >= 0; ii--){ // if (drawOrder[ii] == -1) // drawOrder[ii] = unchanged[--unchangedIndex]; var tltime = this.readFloat(); drawOrderMap.time = tltime; drawOrders[i] = drawOrderMap; } duration = Math.max(duration, drawOrders[drawOrderCount - 1].time); animation.drawOrder = drawOrders; } // Event timeline. var eventCount = this.readInt(true); if(eventCount > 0){ var events = new Array(eventCount); for(var i = 0; i < eventCount; i++){ var time = this.readFloat(); var name = this.json.eventsName[this.readInt(true)]; var eventData = this.json.events[name]; var e = {}; e.name = name; e.int = this.readInt(true); e.float = this.readFloat(); e.string = this.readBoolean() ? this.readString() : eventData.string; e.time = time; events[i] = e; } duration = Math.max(duration, events[eventCount - 1].time); animation.events = events; } return animation; } } function SkeletonLoader(path){ var path = path; var resources = window.chibiAnimationCache = window.chibiAnimationCache || {}; var loader = new PIXI.loaders.Loader(path); var RES_PATH = ['skel', 'json', 'atlas', 'png']; return { log : function(l){ console.log(l + " : SkeletonLoader"); }, getfullpath : function(genus, type, dormMode, useDormSpritemap){ var full_path = ''; var linkGen = window.gfUtils.createWikiPathPart; var dormAddition = ""; if (dormMode) { dormAddition = "dorm_"; } var dormSpritesAddition = useDormSpritemap ? dormAddition : ""; if (type == "png") full_path = linkGen(genus + "_chibi_" + dormSpritesAddition + "spritemap.png") + genus + "_chibi_" + dormSpritesAddition + "spritemap.png"; else if (type == "atlas") full_path = linkGen(genus + "_chibi_" + dormSpritesAddition + "atlas.txt") + genus + "_chibi_" + dormSpritesAddition + "atlas.txt"; else if (type == "skel") full_path = linkGen(genus + "_chibi_" + dormAddition + "skel.skel") + genus + "_chibi_" + dormAddition + "skel.skel"; else if (type == "json") full_path = linkGen(genus + "_chibi_" + dormAddition + "skel.txt") + genus + "_chibi_" + dormAddition + "skel.txt"; return full_path; }, load : function(genus, dormMode, successCallback, failureCallback, changeSelect){ var res_name; if (typeof genus === "object") { var regexp = /^(?:.+\/)?(.*)_chibi_.*$/ig; var match = regexp.exec(genus.png); res_name = match[1]; } else { res_name = genus; } var res_cache_name = res_name; if (dormMode) res_cache_name += "-dorm"; var precheckHandler = function(skeletonLoaderReference, useDormSpritemap) { try { if(!genus){ this.log("????"); return ; } var res_paths = {}; if (typeof genus === "object") { res_paths.json = genus.json; res_paths.skel = genus.skel; res_paths.atlas = genus.atlas; res_paths.png = genus.png; } else { for(var i = 0; i < RES_PATH.length; i++){ res_paths[RES_PATH[i]] = skeletonLoaderReference.getfullpath(genus, RES_PATH[i], dormMode, useDormSpritemap); } } if (resources.hasOwnProperty(res_cache_name)) { successCallback(resources[res_cache_name]); animationControl(changeSelect, resources[res_cache_name]); return; } if (genus == "Destroyer") loader.add(res_cache_name + '-json', res_paths.json, { 'xhrTypr' : 'text' }); // Why is she the only one?! if (!resources.hasOwnProperty(res_cache_name+'-skel') && genus !== "Destroyer") loader.add(res_cache_name + '-skel', res_paths.skel, { 'xhrType' : 'arraybuffer' }); if (!resources.hasOwnProperty(res_cache_name+'-atlas')) loader.add(res_cache_name + '-atlas', res_paths.atlas, { 'xhrTypr' : 'text' }); if (!resources.hasOwnProperty(res_cache_name+'-png')) loader.add(res_cache_name + '-png', res_paths.png, { 'xhrTypr' : 'png' }); loader.load(function(loader, paramResources) { try { var rawSkeletonData; var rawAtlasData = resources[res_cache_name + '-atlas'] ? resources[res_cache_name + '-atlas'].data : paramResources[res_cache_name + '-atlas'].data; var rawPngData = resources[res_cache_name + '-png'] ? resources[res_cache_name + '-png'].data : paramResources[res_cache_name + '-png'].data; if (!resources.hasOwnProperty(res_cache_name)) { if(paramResources[res_cache_name + '-json']){ rawSkeletonData = JSON.parse(paramResources[res_cache_name + '-json'].data); } else { var skelDataBinaryToUse = resources[res_cache_name + '-skel'] ? resources[res_cache_name + '-skel'].data : paramResources[res_cache_name + '-skel'].data; resources[res_cache_name + '-skel'] = skelDataBinaryToUse; var rawdata = skelDataBinaryToUse; if (rawdata != null && typeof(rawdata) === 'string' && rawdata.charAt(0) === '{') { // Dirty quickfix if data is json format :) rawSkeletonData = JSON.parse(rawdata); } else { var skel_bin = new SkeletonBinary(); skel_bin.data = new Uint8Array(rawdata); skel_bin.initJson(); rawSkeletonData = skel_bin.json; } } var spineAtlas = new PIXI.spine.SpineRuntime.Atlas(rawAtlasData, function(line, callback, pngData) { if (!(pngData)) { pngData = rawPngData; } callback(new PIXI.BaseTexture(pngData)); }); var spineAtlasParser = new PIXI.spine.SpineRuntime.AtlasAttachmentParser(spineAtlas); var spineJsonParser = new PIXI.spine.SpineRuntime.SkeletonJsonParser(spineAtlasParser); var skeletonData = spineJsonParser.readSkeletonData(rawSkeletonData, name); animationControl(changeSelect, skeletonData); resources[res_cache_name + '-atlas'] = rawAtlasData; resources[res_cache_name + '-png'] = rawPngData; resources[res_cache_name] = skeletonData; } successCallback(resources[res_cache_name]); } catch(err) { failureCallback(err);

}) meshMap[meshName] = timeline; } catch duration = Math.max(err) { failureCallback(errduration, timeline[frameCount - 1].time);

slotMap[this.json.slots[slotIndex].name] = meshMap; } ffd[this.json.skinsName[skinIndex]] = slotMap; } animation.ffd = ffd;  // Draw order timeline. var drawOrderCount = this.readInt(true); if(drawOrderCount > 0){ var drawOrders = new Array(drawOrderCount); // var timeline = new Array(drawOrderCount); var slotCount = this.json.slots.length; for(var i = 0; i < drawOrderCount; i++){ var drawOrderMap = {}; var offsetCount = this.readInt(true); // var drawOrder = new Array(slotCount); // for(var ii = slotCount - 1; ii >= 0; ii--){ // drawOrder[ii] = -1; // } // var unchanged = new Array(slotCount - offsetCount); // var originalIndex = 0, unchangedIndex = 0; var offsets = new Array(offsetCount); for(var ii = 0; ii < offsetCount; ii++){ var offsetMap = {}; var slotIndex = this.readInt(true); offsetMap.slot = this.json.slots[slotIndex].name; // while (originalIndex != slotIndex) // unchanged[unchangedIndex++] = originalIndex++; var dooffset = this.readInt(true); offsetMap.offset = dooffset; // drawOrder[originalIndex + dooffset] = originalIndex++; offsets[ii] = offsetMap; } drawOrderMap.offsets = offsets;  // while(originalIndex < slotCount) // unchanged[unchangedIndex++] = originalIndex++; // for (var ii = slotCount - 1; ii >= 0; ii--){ // if (drawOrder[ii] == -1) // drawOrder[ii] = unchanged[--unchangedIndex]; var tltime = this.readFloat(); drawOrderMap.time = tltime; drawOrders[i] = drawOrderMap; } duration = Math.max(duration, drawOrders[drawOrderCount - 1].time); animation.drawOrder = drawOrders; }  // Event timeline. var eventCount = this.readInt(true); if(eventCount > 0){ var events = new Array(eventCount); for(var i = 0; i < eventCount; i++){ var time = this.readFloat(); var name = this.json.eventsName[this.readInt(true)]; var eventData = this.json.events[name]; var e = {}; e.name = name; e.int = this.readInt(true); e.float = this.readFloat(); e.string = this.readBoolean() ? this.readString() : eventData.string; e.time = time; events[i] = e; } duration = Math.max(duration, events[eventCount - 1].time); animation.events = events; } return animation; }} function SkeletonLoader(path){ var path = path; var resources = window.chibiAnimationCache = window.chibiAnimationCache || {}; var loader = new PIXI.loaders.Loader(path); var RES_PATH = ['skel', 'json', 'atlas', 'png']; return { log : function(l){ console.log(l + " : SkeletonLoader"); }, getfullpath : function(genus, type, dormMode, useDormSpritemap){ var full_path = ''; var linkGen = window.gfUtils.createWikiPathPart; var dormAddition = ""; if (dormMode) { dormAddition = "dorm_"; } var dormSpritesAddition = useDormSpritemap ? dormAddition : ""; if (type == "png") full_path = linkGen(genus + "_chibi_" + dormSpritesAddition + "spritemap.png") + genus + "_chibi_" + dormSpritesAddition + "spritemap.png"; else if (type == "atlas") full_path = linkGen(genus + "_chibi_" + dormSpritesAddition + "atlas.txt") + genus + "_chibi_" + dormSpritesAddition + "atlas.txt"; else if (type == "skel") full_path = linkGen(genus + "_chibi_" + dormAddition + "skel.skel") + genus + "_chibi_" + dormAddition + "skel.skel"; else if (type == "json") full_path = linkGen(genus + "_chibi_" + dormAddition + "skel.txt") + genus + "_chibi_" + dormAddition + "skel.txt"; return full_path; }, load : function(genus, dormMode, successCallback, failureCallback, changeSelect){ var res_name; if (typeof genus === "object") { var regexp = /^(?:.+\/)?(.*)_chibi_.*$/ig; var match = regexp.exec(genus.png); res_name = match[1]; } else { res_name = genus; } var res_cache_name = res_name; if (dormMode) res_cache_name += "-dorm"; var precheckHandler = function(skeletonLoaderReference, useDormSpritemap) { try { if(!genus){ this.log("????"); return ; } var res_paths = {}; if (typeof genus === "object") { res_paths.json = genus.json; res_paths.skel = genus.skel; res_paths.atlas = genus.atlas; res_paths.png = genus.png; } else { for(var i = 0; i < RES_PATH.length; i++){ res_paths[RES_PATH[i]] = skeletonLoaderReference.getfullpath(genus, RES_PATH[i], dormMode, useDormSpritemap); } } if (resources.hasOwnProperty(res_cache_name)) { successCallback(resources[res_cache_name]); animationControl(changeSelect, resources[res_cache_name]); return; } if (genus == "Destroyer") loader.add(res_cache_name + '-json', res_paths.json, { 'xhrTypr' : 'text' }); // Why is she the only one?! if (!resources.hasOwnProperty(res_cache_name+'-skel') && genus !== "Destroyer") loader.add(res_cache_name + '-skel', res_paths.skel, { 'xhrType' : 'arraybuffer' }); if (!resources.hasOwnProperty(res_cache_name+'-atlas')) loader.add(res_cache_name + '-atlas', res_paths.atlas, { 'xhrTypr' : 'text' }); if (!resources.hasOwnProperty(res_cache_name+'-png')) loader.add(res_cache_name + '-png', res_paths.png, { 'xhrTypr' : 'png' }); loader.load(function(loader, paramResources) { try { var rawSkeletonData; var rawAtlasData = resources[res_cache_name + '-atlas'] ? resources[res_cache_name + '-atlas'].data : paramResources[res_cache_name + '-atlas'].data; var rawPngData = resources[res_cache_name + '-png'] ? resources[res_cache_name + '-png'].data : paramResources[res_cache_name + '-png'].data; if (!resources.hasOwnProperty(res_cache_name)) { if(paramResources[res_cache_name + '-json']){ rawSkeletonData = JSON.parse(paramResources[res_cache_name + '-json'].data); } else { var skelDataBinaryToUse = resources[res_cache_name + '-skel'] ? resources[res_cache_name + '-skel'].data : paramResources[res_cache_name + '-skel'].data; resources[res_cache_name + '-skel'] = skelDataBinaryToUse; var rawdata = skelDataBinaryToUse; if (rawdata != null && typeof(rawdata) === 'string' && rawdata.charAt(0) === '{') { // Dirty quickfix if data is json format :) rawSkeletonData = JSON.parse(rawdata); }else { var skel_bin = new SkeletonBinary(); skel_bin.data = new Uint8Array(rawdata); skel_bin.initJson(); rawSkeletonData = skel_bin.json; } } var spineAtlas = new PIXI.spine.SpineRuntime.Atlas(rawAtlasData, function(line, callback, pngData) { if (!(pngData)) { pngData = rawPngData; } callback(new PIXI.BaseTexture(pngData)); }); var spineAtlasParser = new PIXI.spine.SpineRuntime.AtlasAttachmentParser(spineAtlas); var spineJsonParser = new PIXI.spine.SpineRuntime.SkeletonJsonParser(spineAtlasParser); var skeletonData = spineJsonParser.readSkeletonData(rawSkeletonData, name); animationControl(changeSelect, skeletonData); resources[res_cache_name + '-atlas'] = rawAtlasData; resources[res_cache_name + '-png'] = rawPngData; resources[res_cache_name] = skeletonData; } successCallback(resources[res_cache_name]); } catch(err) { failureCallback(err); } }); } catch(err) { failureCallback(err); } }; var skeletonLoaderReference = this; if (typeof genus === "object") { precheckHandler(skeletonLoaderReference, false); } else { var urlToCheck = path + window.gfUtils.createWikiPathPart(res_name + "_chibi_dorm_atlas.txt") + res_name + "_chibi_dorm_atlas.txt"; $.ajax({ url: urlToCheck, type:'HEAD', error: function() { precheckHandler(skeletonLoaderReference, false); }, success: function() { precheckHandler(skeletonLoaderReference, true); } }); } } }; };

addSpinePlayer : function(skeletonData, requestedScale, requestedHeightPosition){

var heightPosition = height * ((requestedHeightPosition) ? requestedHeightPosition : 0.60); spineplayer.position.set(width / 2, height * 0.60heightPosition);

var name_dorm = (canvas.parent(".tdoll_chibi").children(".chibiDormButton").hasClass("stateoff")) ? "dorm_" : ""; var name_all = canvas.parent(".tdoll_chibi").attr("data-tdoll-id") + "_" + name_dorm + animations[currentPlayer.animation_num].name;