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cosmic_reach_model_editor.js
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(() => {
let codec, export_action_block_minimized, export_action_block_maximized, import_action_block, dialog, originalJavaBlockCond, lastOccuranceOfSequenceInArray
const id = "cosmic_reach_model_editor"
const name = "Cosmic Reach Model Editor"
const icon = "icon.png"
const icon64 = "data:image/png;base64,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"
Plugin.register(id, {
title: name,
icon: "icon.png",
author: "Z. Hoeshin",
description: "Allows creating, editing, importing and exporting Cosmic Reach block models.",
tags: ["Cosmic Reach"],
version: "1.3.0",
min_version: "4.8.0",
creation_date: "2024-04-19",
variant: "both",
new_repository_format: true,
has_changelog: true,
onload() {
originalJavaBlockCond = Codecs.java_block.load_filter.condition
Codecs.java_block.load_filter.condition = (model) => {
return !model.cuboids && originalJavaBlockCond(model);
}
dialog = new Dialog("cosmic_reach_model_errormessage", {
id: "cosmic_reach_model_dialog_error",
title: "Something went wrong...",
buttons: [],
lines: [],
})
codec = new Codec("cosmic_reach_block_model_codec", {
name: "Cosmic Reach",
extension: "json",
remember: false,
load_filter: {type: "json", extensions: ["json"],
condition: (model) => {
return model.cuboids || model.textures;
}
},
format: new ModelFormat("cosmic_reach_model", {
id: "cosmic_reach_model",
icon: icon64,
name: "Cosmic Reach Model",
description: "Model format used by the game Cosmic Reach",
show_on_start_screen: true,
target: ["json"],
vertex_color_ambient_occlusion: true,
/*rotate_cubes: true,
rotation_limit: true,
rotation_snap: true,*/
uv_rotation: true,
java_face_properties: true,
edit_mode: true,
new() {
newProject(this)
Project.texture_width = 16
Project.texture_height = 16
}
}),
compile(){
let replacePostProcess = []
let facenamesbb = ["up", "down", "north", "south", "east", "west"]
let facenamescr = ["localPosY", "localNegY", "localNegZ", "localPosZ", "localPosX", "localNegX"]
cuboids = []
texturesUsed = []
texturesFilesUsed = []
textures = {}
function compileCube(obj){
let uvs = {}
for(let f of Object.keys(obj.faces)){
let uv = obj.faces[f].uv
let texture = Texture.all.filter((x) => {return x.uuid == obj.faces[f].texture})[0]
texture = (texture === undefined) ? "empty.png" : texture.name
let face = obj.faces[f]
uvs[f] = [uv[0], uv[1], uv[2], uv[3], face, texture]
texturesUsed.push(texture)
}
let cube = {
"localBounds": [...obj.from, ...obj.to],
"faces":
{
"localNegX": {"uv": uvs.west.slice(0, 4), "ambientocclusion": uvs.west[4].tint === 0,
"cullFace": uvs.west[4].cullFace !== "", "texture": uvs.west[5]},
"localPosX": {"uv": uvs.east.slice(0, 4), "ambientocclusion": uvs.east[4].tint === 0,
"cullFace": uvs.east[4].cullFace !== "", "texture": uvs.east[5]},
"localNegY": {"uv": uvs.down.slice(0, 4), "ambientocclusion": uvs.down[4].tint === 0,
"cullFace": uvs.down[4].cullFace !== "", "texture": uvs.down[5]},
"localPosY": {"uv": uvs.up.slice(0, 4), "ambientocclusion": uvs.up[4].tint === 0,
"cullFace": uvs.up[4].cullFace !== "", "texture": uvs.up[5]},
"localNegZ": {"uv": uvs.north.slice(0, 4), "ambientocclusion": uvs.north[4].tint === 0,
"cullFace": uvs.north[4].cullFace !== "", "texture": uvs.north[5]},
"localPosZ": {"uv": uvs.south.slice(0, 4), "ambientocclusion": uvs.south[4].tint === 0,
"cullFace": uvs.south[4].cullFace !== "", "texture": uvs.south[5]}
}
}
replacePostProcess.push(
cube.localBounds,
cube.faces.localNegX,
cube.faces.localPosX,
cube.faces.localNegY,
cube.faces.localPosY,
cube.faces.localNegZ,
cube.faces.localPosZ,
)
for(let f = 0; f < 6; f++){
if(uvs[facenamesbb[f]][4].rotation > 0){
cube.faces[facenamescr[f]].uvRotation = uvs[facenamesbb[f]][4].rotation
}
}
cuboids.push(cube)
}
function compileGroup(group){
group.children.forEach(obj => {
if (obj instanceof Group) {
compileGroup(obj);
} else if (obj instanceof Cube) {
compileCube(obj)
}
})
}
Outliner.root.forEach(obj => {
if (obj instanceof Group) {
compileGroup(obj);
} else if (obj instanceof Cube) {
compileCube(obj)
}
})
for(let i = 0; i < texturesUsed.length; i++){
if(texturesUsed[i] == null){
continue
}
const name = texturesUsed[i]
textures[name] = { "fileName": name }
}
//JSON.stringify({"textures": textures, "cuboids": cuboids}, undefined, options.maximize ? 4 : undefined)
return stringifyJSON({"textures": textures, "cuboids": cuboids})
},
parse(rawJSONstring, path, cuboidsOnly = false){
let loadedTextures = {}
let patharr = path.split(/[\\\/]/g)
patharr = patharr.slice(0, patharr.length - 1)
let root = lastOccuranceOfSequenceInArray(patharr, ["models", "blocks"])
let facenamesbb = ["up", "down", "north", "south", "east", "west"]
let facenamescr = ["localPosY", "localNegY", "localNegZ", "localPosZ", "localPosX", "localNegX"]
let allTexturesSpecified = false
let data
if(typeof rawJSONstring === 'string'){
data = JSON.parse(rawJSONstring)
}else if(rawJSONstring instanceof Object && !(rawJSONstring instanceof Array)){
data = rawJSONstring
}else{
throw "Unable to convert file data to Object"
}
if(cuboidsOnly){
if(data.cuboids === undefined){
if(data.parent === undefined){
return []
}else{
let p = data.parent
Blockbench.read([...patharr.slice(undefined, root - 1), "models", "blocks", p + (/\.json$/gui.test(p) ? "" : ".json")].join("/"), {
extensions: ['json'],
type: 'Cosmic Reach Model',
readtype: 'text',
resource_id: 'json'
}, files => {
try{
let cuboids = codec.parse(files[0].content, files[0].path, true);
if(data.cuboids === undefined){
data.cuboids = []
}
if(cuboids !== undefined){
for(let c of cuboids){
data.cuboids.push(c)
}
}
return data.cuboids
}catch(error){
return []
}
})
}
}
return data.cuboids
}
if(data.textures === undefined){
data.textures = {}
}
for(let t of Object.keys(data.textures)){
let newtexture = new Texture().fromPath([...patharr.slice(undefined, root - 1), "textures", "blocks", data.textures[t].fileName].join("/"))
newtexture.name = data.textures[t].fileName
loadedTextures[t] = newtexture.add()
}
if(Texture.all.length > 0) {
setTimeout(() => {
Project.texture_width = Texture.all[0].width
Project.texture_height = Texture.all[0].height
}, 50);
}
if(data.cuboids === undefined){
if(data.parent === undefined){
throw Error(`No cuboids found in file ${path}`)
}else{
let p = data.parent
Blockbench.read([...patharr.slice(undefined, root - 1), "models", "blocks", p + (/\.json$/gui.test(p) ? "" : ".json")].join("/"), {
extensions: ['json'],
type: 'Cosmic Reach Model',
readtype: 'text',
resource_id: 'json'
}, files => {
try{
let cuboids = codec.parse(files[0].content, files[0].path, true);
if(data.cuboids === undefined){
data.cuboids = []
}
if(cuboids !== undefined){
for(let c of cuboids){
data.cuboids.push(c)
}
}
dialog.lines = `<div>
<h1>Model is a child of '${p}'.</h1>
<p>Loaded parent with textures from the model file</p>
</div>`.split("\n")
dialog.show()
}catch(error){
dialog.lines = `<div>
<h1>Unable to import parent of the model.</h1>
<p>${error}</p>
</div>`.split("\n")
dialog.show()
}
})
}
}
if(data.textures["all"] != undefined){
allTexturesSpecified = true
}
function getFaceUV(cuboid, face, uv){
return cuboid.faces[face].uv[uv]
}
function setUVforFace(cube, cuboid, facenamebb, facenamecr){
texture = allTexturesSpecified ? data.textures["all"] : data.textures[cuboid.faces[facenamecr].texture]
cube.faces[facenamebb].uv =[getFaceUV(cuboid, facenamecr, 0),
getFaceUV(cuboid, facenamecr, 1),
getFaceUV(cuboid, facenamecr, 2),
getFaceUV(cuboid, facenamecr, 3)]
cube.faces[facenamebb].texture = Texture.all.filter((x) => {return x.name == texture.fileName})[0]
}
for(let cuboid of data.cuboids){
let from = cuboid.localBounds.slice(0, 3)
let to = cuboid.localBounds.slice(3, 6)
let cube = new Cube({from: from, to: to})
for(let i = 0; i < 6; i++){
try{
let texture = loadedTextures[allTexturesSpecified ? "all" : cuboid.faces[facenamescr[i]].texture]
setUVforFace(cube, cuboid, facenamesbb[i], facenamescr[i])
cube.faces[facenamesbb[i]].texture = texture
}catch(error){
}
cube.faces[facenamesbb[i]].cullface = cuboid.faces[facenamescr[i]].cullFace ? facenamesbb[i] : ""
cube.faces[facenamesbb[i]].tint = cuboid.faces[facenamescr[i]].ambientocclusion ? 0 : -1
}
cube.addTo(Group.all.last()).init()
}
setTimeout(() => {
Canvas.updateAll()
}, 50);
return true;
}
})
codec_animation = new Codec("cosmic_reach_entity_animation_codec", {
name: "Cosmic Reach Entity Animation",
extension: "json",
load_filter: {type: "json", extensions: ["json"]},
parse(rawJSONstring, path){
let contents
if(typeof rawJSONstring === 'string'){
contents = JSON.parse(rawJSONstring)
}else if(rawJSONstring instanceof Object && !(rawJSONstring instanceof Array)){
contents = rawJSONstring
}else{
throw "Unable to convert file data to Object"
}
let bones = []
function compileGroup(obj){
bones[obj.name] = {
self: obj,
parent: null
}
for(let child of obj.children){
if(child instanceof Group){
compileGroup(child)
}
}
}
Outliner.root.forEach(obj => {
if (obj instanceof Group) {
compileGroup(obj);
} else if (obj instanceof Cube) {
//compileCube(obj)
}
})
for(let animation_name of Object.keys(contents.animations)){
let animation = contents.animations[animation_name]
let animationobj = new Animation({
name: animation_name,
loop: animation.loop ? "loop" : "once",
length: animation.animation_length
})
for(let bone_name of Object.keys(animation.bones)){
let bone = animation.bones[bone_name]
let animator = animationobj.getBoneAnimator(bones[bone_name].self)
for(let channel_name of Object.keys(bone)){
let channel = bone[channel_name]
if(channel instanceof Array){
animator.addKeyframe({time: 0, channel: channel_name, data_points: [
vectorFromArrayToObject(channel, true)
]})
}else if(channel instanceof Object){
for(let timekey of Object.keys(channel)){
let time = Number(timekey)
let keyframedata = channel[timekey]
if(Array.isArray(keyframedata)){
animator.addKeyframe({time: time, channel: channel_name, interpolation: "linear", data_points: [
vectorFromArrayToObject(keyframedata, true)
]})
}else if(keyframedata instanceof Object){
if(keyframedata.pre){
animator.addKeyframe({time: time, channel: channel_name, interpolation: "bezier", data_points: [
vectorFromArrayToObject(keyframedata.pre, true)
]})
}
if(keyframedata.post){
animator.addKeyframe({time: time, channel: channel_name, interpolation: "bezier", data_points: [
vectorFromArrayToObject(keyframedata.post, true)
]})
}
}
}
}
}
}
animationobj.add()
}
},
compile(){
let animations = {}
for(let anim of Project.animations){
let animation = {
loop: anim.loop === "loop",
animation_length: anim.length
}
let bones = {}
for(let animatorEntry of Object.entries(anim.animators)){
let animator = animatorEntry[1]
let bone = {}
if(animator.position.length == 1){
if(animator.position[0].data_points.length == 1){
if(animator.position[0].time == 0){
let data_point = animator.position[0].data_points[0]
bone.position = [data_point.x, data_point.y, data_point.z].map((n) => Number(n))
}
}
}else if(animator.position.length > 0){
bone.position = {}
for(let keyframe of animator.position){
if(!keyframe.data_points.length) continue
if(keyframe.interpolation === "bezier"){
bone.position[keyframe.time.toString()] = {
"post": [keyframe.data_points[0].x, keyframe.data_points[0].y, keyframe.data_points[0].z].map((n) => Number(n)),
"lerp_mode": "catmullrom"
}
}else{
bone.position[keyframe.time.toString()] = [keyframe.data_points[0].x, keyframe.data_points[0].y, keyframe.data_points[0].z].map((n) => Number(n))
}
}
}
if(animator.rotation.length == 1){
if(animator.rotation[0].data_points.length == 1){
if(animator.rotation[0].time == 0){
let data_point = animator.rotation[0].data_points[0]
bone.rotation = [data_point.x, data_point.y, data_point.z].map((n) => Number(n))
}
}
}else if(animator.rotation.length > 0){
bone.rotation = {}
for(let keyframe of animator.rotation){
if(!keyframe.data_points.length) continue
if(keyframe.interpolation === "bezier"){
bone.rotation[keyframe.time.toString()] = {
"post": [keyframe.data_points[0].x, keyframe.data_points[0].y, keyframe.data_points[0].z].map((n) => Number(n)),
"lerp_mode": "catmullrom"
}
}else{
bone.rotation[keyframe.time.toString()] = [keyframe.data_points[0].x, keyframe.data_points[0].y, keyframe.data_points[0].z].map((n) => Number(n))
}
}
}
if(animator.scale.length == 1){
if(animator.scale[0].data_points.length == 1){
if(animator.scale[0].time == 0){
let data_point = animator.scale[0].data_points[0]
bone.scale = [data_point.x, data_point.y, data_point.z].map((n) => Number(n))
}
}
}else if(animator.scale.length > 0){
bone.scale = {}
for(let keyframe of animator.scale){
if(!keyframe.data_points.length) continue
if(keyframe.interpolation === "bezier"){
bone.scale[keyframe.time.toString()] = {
"post": [keyframe.data_points[0].x, keyframe.data_points[0].y, keyframe.data_points[0].z].map((n) => Number(n)),
"lerp_mode": "catmullrom"
}
}else{
bone.scale[keyframe.time.toString()] = [keyframe.data_points[0].x, keyframe.data_points[0].y, keyframe.data_points[0].z].map((n) => Number(n))
}
}
}
if(bone.position){
bones[animator.group.name] = {position: bone.position}
}
if(bone.rotation){
if(bones[animator.group.name] === undefined){
bones[animator.group.name] = {}
}
if(bones[animator.group.name].rotation === undefined){
bones[animator.group.name].rotation = null
}
bones[animator.group.name].rotation = bone.rotation
}
if(bone.scale){
if(bones[animator.group.name] === undefined){
bones[animator.group.name] = {}
}
if(bones[animator.group.name].scale === undefined){
bones[animator.group.name].scale = null
}
bones[animator.group.name].scale = bone.scale
}
}
animation.bones = bones
animations[anim.name] = animation
}
return stringifyJSON({animations: animations})
}
})
codec_entity = new Codec("cosmic_reach_entity_model_codec", {
name: "Cosmic Reach Entity",
extension: "json",
remember: false,
load_filter: {type: "json", extensions: ["json"],
condition: (model) => {
return model.id && model.texture_width && model.texture_height && model.bones
}},
format: new ModelFormat("cosmic_reach_entity_model", {
id: "cosmic_reach_entity_model",
icon: icon64,
name: "Cosmic Reach Entity Model",
description: "Entiy model format used by the game Cosmic Reach",
show_on_start_screen: true,
target: ["json"],
vertex_color_ambient_occlusion: true,
rotate_cubes: true,
rotation_limit: false,
rotation_snap: true,
uv_rotation: false,
box_uv: true,
java_face_properties: true,
centered_grid: true,
edit_mode: true,
rotate_cubes: true,
box_uv: true,
single_texture: true,
bone_rig: true,
centered_grid: true,
animated_textures: true,
animation_files: true,
animation_mode: true,
animation_controllers: true,
bone_binding_expression: true,
locators: true,
new() {
newProject(this)
}
}),
compile(){
let bones = []
function compileCube(obj){
let cube = {
origin: obj.from,
size: [obj.to[0] - obj.from[0], obj.to[1] - obj.from[1], obj.to[2] - obj.from[2]],
uv: obj.uv_offset
}
if(!vectorIsEqualToVector(obj.origin, [0, 0, 0])){
cube.pivot = obj.origin
}
if(!vectorIsEqualToVector(obj.rotation, [0, 0, 0])){
cube.rotation = obj.rotation
}
if(obj.inflate != 0){
cube.inflate = obj.inflate
}
return cube
}
function compileGroup(obj){
/*group.children.forEach(obj => {
if (obj instanceof Group) {
compileGroup(obj);
} else if (obj instanceof Cube) {
compileCube(obj)
}
})*/
let newBone = {
name: obj.name,
pivot: obj.origin
}
if((obj.rotation[0] !== 0)||(obj.rotation[1] !== 0)||(obj.rotation[2] !== 0)){
newBone.rotation = obj.rotation
}
if(obj.parent != "root"){
newBone.parent = obj.parent.name
}
for(let child of obj.children){
if(child instanceof Group){
compileGroup(child)
}else if(child instanceof Cube){
if(newBone.cubes === undefined){
newBone.cubes = []
}
newBone.cubes.push(compileCube(child))
}
}
bones.push(newBone)
}
Outliner.root.forEach(obj => {
if (obj instanceof Group) {
compileGroup(obj);
} else if (obj instanceof Cube) {
//compileCube(obj)
}
})
//
return stringifyJSON({id: name, texture_width: Project.texture_width, texture_height: Project.texture_height, bones: bones})
},
parse(rawJSONstring, path, cuboidsOnly = false){
let data
if(typeof rawJSONstring === 'string'){
data = JSON.parse(rawJSONstring)
}else if(rawJSONstring instanceof Object && !(rawJSONstring instanceof Array)){
data = rawJSONstring
}else{
throw "Unable to convert file data to Object"
}
Project.texture_width = data.texture_width || 16
Project.texture_height = data.texture_height || 16
Project.name = data.id || ""
bones = {}
for(let bone of data.bones){
let group = new Group((({ cubes, parent, ...o }) => o)(bone)).init()
group.origin = bone.pivot
if(bone.cubes){
for(let cube of bone.cubes){
let newCube = new Cube({
uv_offset: cube.uv,
from: cube.origin,
size: cube.size,
rotation: cube.rotation,
origin: cube.pivot,
inflate: cube.inflate
})
newCube.addTo(group).init()
}
}
bones[bone.name] = {"self": group, "parent": bone.parent}
}
for(let bone of Object.keys(bones)){
b = bones[bone]
if(b.parent){
b.self.addTo(bones[b.parent].self)
}else{
b.self.addTo("root")
}
}
let patharr = path.split(/[\\\/]/g)
//patharr = patharr.slice(0, patharr.length - 1)
//
let root = lastOccuranceOfSequenceInArray(patharr, ["models", "entities"])
let animpatharr = [...patharr.slice(undefined, root - 1), "animations", ...patharr.slice(root)]
animpatharr[animpatharr.length - 1] = animpatharr[animpatharr.length - 1].replace(/\.json$/gi, ".animation.json").replace(/^model_/gi, "")
let animpath = animpatharr.join("/")
Blockbench.read(animpath, {
extensions: ['json'],
type: 'Cosmic Reach Entity Model',
readtype: 'text',
resource_id: 'json'
}, files => {
try{
let contents = JSON.parse(files[0].content)
codec_animation.parse(contents, animpath)
}catch(error){
dialog.lines = `<div>
<h1>Unable to import animations of the model.</h1>
<p>${error}</p>
</div>`.split("\n")
dialog.show()
}
})
}
})
import_action_block = new Action('import_cosmic_reach_model', {
name: 'Import Cosmic Reach Block Model',
description: '',
icon: icon64,
category: 'file',
click() {
Blockbench.import({
extensions: ['json'],
type: 'Cosmic Reach Model',
readtype: 'text',
resource_id: 'json'
}, files => {
try{
codec.parse(files[0].content, files[0].path);
Canvas.updateAll()
}catch(error){
dialog.lines = `<div>
<h1>Unable to import file.</h1>
<p>${error}</p>
</div>`.split("\n")
dialog.show()
}
})
}
})
export_action_block = new Action('export_cosmic_reach_model', {
name: 'Export Cosmic Reach Block Model',
description: '',
icon: icon64,
category: 'file',
/*side_menu: new Menu("export_cosmic_reach_model_sidemenu", [
new Action('export_cosmic_reach_model', {
name: 'Export minimized',
description: '',
icon: icon64,
category: 'file',
structure: [
],
click() {
try{
codec.export({maximize: false, parent: undefined});
}catch(error){
dialog.lines = `<div>
<h1>Unable to export file.</h1>
<p>${error}</p>
</div>`.split("\n")
dialog.show()
}
}
}),
new Action('export_cosmic_reach_model_maximized', {
name: 'Export maximized',
description: '',
icon: icon64,
category: 'file',
click() {
try{
codec.export({maximize: true, parent: undefined});
}catch(error){
dialog.lines = `<div>
<h1>Unable to export file.</h1>
<p>${error}</p>
</div>`.split("\n")
dialog.show()
}
}
}),
]),*/
click() {
try{
codec.export({maximize: settings.cosmic_reach_maximize_block_models.value, parent: undefined});
}catch(error){
dialog.lines = `<div>
<h1>Unable to export file.</h1>
<p>${error}</p>
</div>`.split("\n")
dialog.show()
}
}
})
//export_action_block_maximized =
export_action_block_aschild = new Action('export_cosmic_reach_model_aschild', {
name: 'Export Cosmic Reach Block Child Model',
description: '',
icon: icon64,
category: 'file',
click() {
try{
new Dialog("cosmic_reach_model_exportaschildmodeldialog", {
id: "cosmic_reach_model_dialog_aschild",
title: "Export model as a child",
form: {
name: {
label: "Parent name",
value: Project._name
}
},
onConfirm: result => {
codec.export({maximize: settings.cosmic_reach_maximize_block_children_models.value, parent: result.name});
}
}).show()
}catch(error){
dialog.lines = `<div>
<h1>Unable to export file.</h1>
<p>${error}</p>
</div>`.split("\n")
dialog.show()
}
}
})
MenuBar.addAction(import_action_block, 'file.import')
MenuBar.addAction(export_action_block, 'file.export')
/*MenuBar.addAction(export_action_block_minimized, 'file.export')
MenuBar.addAction(export_action_block_maximized, 'file.export')*/
MenuBar.addAction(export_action_block_aschild, 'file.export')
import_action_entity = new Action('import_cosmic_reach_entity_model', {
name: 'Import Cosmic Reach Entity Model',
description: '',
icon: icon64,
category: 'file',
click() {
Blockbench.import({
extensions: ['json'],
type: 'Cosmic Reach Model',
readtype: 'text',
resource_id: 'json'
}, files => {
/*try{*/
codec_entity.parse(files[0].content, files[0].path);
Canvas.updateAll()
/*}catch(error){
dialog.lines = `<div>
<h1>Unable to import file.</h1>
<p>${error}</p>
</div>`.split("\n")
dialog.show()
}*/
})
}
})
export_action_entity = new Action('export_cosmic_reach_entity_model', {
name: 'Export Cosmic Reach Entity Model',
description: '',
icon: icon64,
category: 'file',
/*children: side_menu: new Menu("export_cosmic_reach_entity_model_side_menu",[new Action('export_cosmic_reach_entity_model_minimized', {
name: 'Export minimized',
description: '',
icon: icon64,
category: 'file',
side_menu: new Menu("export_cosmic_reach_entity_model_side_menu",[]),
click() {
try{
codec_entity.export({maximize: true});
}catch(error){
dialog.lines = `<div>
<h1>Unable to export file.</h1>
<p>${error}</p>
</div>`.split("\n")
dialog.show()
}
}
}),new Action('export_cosmic_reach_entity_model_maximized', {
name: 'Export maximized',
description: '',
icon: icon64,
category: 'file',
side_menu: new Menu("export_cosmic_reach_entity_model_side_menu",[]),
click() {
try{
codec_entity.export({maximize: false});
}catch(error){
dialog.lines = `<div>
<h1>Unable to export file.</h1>
<p>${error}</p>
</div>`.split("\n")
dialog.show()
}
}
}),]),*/
click() {
try{
codec_entity.export({maximize: settings.cosmic_reach_maximize_entity_models.value});
}catch(error){
dialog.lines = `<div>
<h1>Unable to export file.</h1>
<p>${error}</p>
</div>`.split("\n")
dialog.show()
}
}
})
MenuBar.addAction(import_action_entity, 'file.import')
MenuBar.addAction(export_action_entity, 'file.export')
import_action_entity_animation = new Action('import_cosmic_reach_entity_animation', {
name: 'Import Cosmic Reach Entity Animation',
description: '',
icon: icon64,
category: 'file',
click() {
Blockbench.import({
extensions: ['json'],
type: 'Cosmic Reach Animation',
readtype: 'text',
resource_id: 'json'
}, files => {
try{
codec_animation.parse(files[0].content, files[0].path);
Canvas.updateAll()
}catch(error){
dialog.lines = `<div>
<h1>Unable to import file.</h1>
<p>${error}</p>
</div>`.split("\n")
dialog.show()
}
})
}
})
export_action_entity_animation = new Action('export_cosmic_reach_entity_animation', {
name: 'Export Cosmic Reach Entity Animation',
description: '',
icon: icon64,
category: 'file',
click() {
try{
codec_animation.export({maximize: settings.cosmic_reach_maximize_entity_animations.value});
}catch(error){
dialog.lines = `<div>
<h1>Unable to export file.</h1>
<p>${error}</p>
</div>`.split("\n")
dialog.show()
}
}
})
MenuBar.addAction(import_action_entity_animation, 'file.import')
MenuBar.addAction(export_action_entity_animation, 'file.export')
lastOccuranceOfSequenceInArray = (array, sequence) => {
let count = 0
for(let i = array.length - 1; i >= 0; i--) {
if(array[i] === sequence[sequence.length - count - 1]){
count ++
if(count === sequence.length - 1){
return i
}
}
}
return -1
}
vectorFromArrayToObject = (vectorArray, isString = false) => {
return isString ? {x: vectorArray[0].toString(), y: vectorArray[1].toString(), z: vectorArray[2].toString()} : {x: vectorArray[0], y: vectorArray[1], z: vectorArray[2]}
}
vectorIsEqualToVector = (vectorA, vectorB) => {
return (vectorA[0] == vectorB[0]) && (vectorA[1] == vectorB[1]) && (vectorA[2] == vectorB[2])
}
function stringifyJSON(obj, exclude = [], space = "\t", excluder = (obj) => {
if(Array.isArray(obj)){
return obj.every(Number.isFinite)
}else if(obj instanceof Object){
return obj.uv !== undefined
}
return false
}) {
let recur = (obj, spacing, inarray, islastinarray = false) => {
let txt = '';
if (inarray) {
if (Array.isArray(obj)) {
txt += '[';
for(let i=0;i<obj.length;i++) {
var islast = i === (obj.length - 1)
txt += recur(obj[i], spacing + space, true, islast);
};
txt = txt.substr(0, Math.max(1,txt.length - 2)) + ']';
} else if (typeof obj === 'object' && obj !== null) {
if(excluder(obj)){
txt += JSON.stringify(obj)
}else{
txt += '{' + recur(obj, spacing + space, false) + '\n' + spacing + '}';
}
} else if (typeof obj === 'string') {
txt += obj.replaceAll(/\"/g, '\\"') + '"';
} else {
txt += obj;
};
return txt + (islastinarray ? ' ' : ", ") + (excluder(obj) ? "\n" + spacing : "");
} else {
for (let key of Object.keys(obj)) {
if ((exclude.indexOf(key) !== -1)||(excluder(obj[key]))) {
txt += '\n' + spacing + '"' + key + '": ' + JSON.stringify(obj[key]);
} else if (Array.isArray(obj[key])) {
txt += '\n' + spacing + '"' + key + '": [';
for(let i=0;i<obj[key].length;i++) {
var islast = i === (obj[key].length - 1)
txt += recur(obj[key][i], spacing + space, true, islast);
};