blockbench/js/animations/animation.js
2021-04-15 17:50:46 +02:00

2193 lines
62 KiB
JavaScript

class Animation {
constructor(data) {
this.name = '';
this.uuid = guid()
this.loop = 'once';
this.playing = false;
this.override = false;
this.selected = false;
this.anim_time_update = '';
this.blend_weight = '';
this.length = 0;
this.snapping = Math.clamp(settings.animation_snap.value, 10, 500);
this.animators = {};
this.markers = [];
for (var key in Animation.properties) {
Animation.properties[key].reset(this);
}
if (typeof data === 'object') {
this.extend(data);
if (isApp && Format.animation_files && data.saved_name) {
this.saved_name = data.saved_name;
}
}
}
extend(data) {
for (var key in Animation.properties) {
Animation.properties[key].merge(this, data)
}
Merge.string(this, data, 'name')
Merge.string(this, data, 'loop', val => ['once', 'loop', 'hold'].includes(val))
Merge.boolean(this, data, 'override')
Merge.string(this, data, 'anim_time_update')
Merge.string(this, data, 'blend_weight')
Merge.number(this, data, 'length')
Merge.number(this, data, 'snapping')
this.snapping = Math.clamp(this.snapping, 10, 500);
if (typeof data.length == 'number') {
this.setLength(this.length)
}
if (data.bones && !data.animators) {
data.animators = data.bones;
}
if (data.animators instanceof Object) {
for (var key in data.animators) {
let animator_blueprint = data.animators[key];
// Update to 3.7
if (animator_blueprint instanceof Array) {
animator_blueprint = {
keyframes: animator_blueprint
}
}
var kfs = animator_blueprint.keyframes;
var animator;
if (!this.animators[key]) {
if (key == 'effects') {
animator = this.animators[key] = new EffectAnimator(this);
} else {
let uuid = isUUID(key) && key;
if (!uuid) {
let lowercase_bone_name = key.toLowerCase();
let group_match = Group.all.find(group => group.name.toLowerCase() == lowercase_bone_name)
uuid = group_match ? group_match.uuid : guid();
}
animator = this.animators[uuid] = new BoneAnimator(uuid, this, animator_blueprint.name)
}
} else {
animator = this.animators[key];
animator.channels.forEach(channel => {
animator[channel].empty()
})
}
if (kfs && animator) {
kfs.forEach(kf_data => {
animator.addKeyframe(kf_data, kf_data.uuid);
})
}
}
}
if (data.markers instanceof Array) {
data.markers.forEach(marker => {
this.markers.push(new TimelineMarker(marker));
})
}
return this;
}
getUndoCopy(options, save) {
var copy = {
uuid: this.uuid,
name: this.name,
loop: this.loop,
override: this.override,
anim_time_update: this.anim_time_update,
blend_weight: this.blend_weight,
length: this.length,
snapping: this.snapping,
selected: this.selected,
}
for (var key in Animation.properties) {
Animation.properties[key].copy(this, copy)
}
if (this.markers.length) {
copy.markers = this.markers.map(marker => marker.getUndoCopy());
}
if (Object.keys(this.animators).length) {
copy.animators = {}
for (var uuid in this.animators) {
let ba = this.animators[uuid]
var kfs = ba.keyframes
if (kfs && kfs.length) {
let ba_copy = copy.animators[uuid] = {
name: ba.name,
keyframes: []
}
kfs.forEach(kf => {
ba_copy.keyframes.push(kf.getUndoCopy(save));
})
}
}
}
return copy;
}
compileBedrockAnimation() {
let ani_tag = {};
if (this.loop == 'hold') {
ani_tag.loop = 'hold_on_last_frame';
} else if (this.loop == 'loop' || this.getMaxLength() == 0) {
ani_tag.loop = true;
}
if (this.length) ani_tag.animation_length = this.length;
if (this.override) ani_tag.override_previous_animation = true;
if (this.anim_time_update) ani_tag.anim_time_update = this.anim_time_update.replace(/\n/g, '');
if (this.blend_weight) ani_tag.blend_weight = this.blend_weight.replace(/\n/g, '');
ani_tag.bones = {};
for (var uuid in this.animators) {
var animator = this.animators[uuid];
if (animator instanceof EffectAnimator) {
animator.sound.forEach(kf => {
if (!ani_tag.sound_effects) ani_tag.sound_effects = {};
ani_tag.sound_effects[kf.getTimecodeString()] = kf.compileBedrockKeyframe();
})
animator.particle.forEach(kf => {
if (!ani_tag.particle_effects) ani_tag.particle_effects = {};
ani_tag.particle_effects[kf.getTimecodeString()] = kf.compileBedrockKeyframe();
})
animator.timeline.forEach(kf => {
if (!ani_tag.timeline) ani_tag.timeline = {};
ani_tag.timeline[kf.getTimecodeString()] = kf.compileBedrockKeyframe()
})
} else if (animator.keyframes.length) {
var group = animator.getGroup();
var bone_tag = ani_tag.bones[group ? group.name : animator.name] = {};
var channels = {};
//Saving Keyframes
animator.keyframes.forEach(function(kf) {
if (!channels[kf.channel]) {
channels[kf.channel] = {};
}
let timecode = kf.getTimecodeString();
channels[kf.channel][timecode] = kf.compileBedrockKeyframe()
})
//Sorting keyframes
for (var channel in Animator.possible_channels) {
if (channels[channel]) {
let timecodes = Object.keys(channels[channel])
if (timecodes.length === 1 && animator[channel][0].data_points.length == 1) {
bone_tag[channel] = channels[channel][timecodes[0]]
if (channel == 'scale' &&
channels[channel][timecodes[0]] instanceof Array &&
channels[channel][timecodes[0]].allEqual(channels[channel][timecodes[0]][0])
) {
bone_tag[channel] = channels[channel][timecodes[0]][0];
}
} else {
timecodes.sort((a, b) => parseFloat(a) - parseFloat(b)).forEach((timecode) => {
if (!bone_tag[channel]) {
bone_tag[channel] = {}
}
bone_tag[channel][timecode] = channels[channel][timecode];
})
}
}
}
}
}
if (Object.keys(ani_tag.bones).length == 0) {
delete ani_tag.bones;
}
return ani_tag;
}
save() {
if (isApp && !this.path) {
Blockbench.export({
resource_id: 'animation',
type: 'JSON Animation',
extensions: ['json'],
name: (Project.geometry_name||'model')+'.animation',
startpath: this.path,
custom_writer: (content, path) => {
if (!path) return
this.path = path;
this.save();
}
})
return;
}
let content = {
format_version: '1.8.0',
animations: {
[this.name]: this.compileBedrockAnimation()
}
}
if (isApp && this.path) {
if (fs.existsSync(this.path)) {
//overwrite path
let data;
try {
data = fs.readFileSync(this.path, 'utf-8');
data = autoParseJSON(data, false);
if (typeof data.animations !== 'object') {
throw 'Incompatible format'
}
} catch (err) {
data = null;
var answer = electron.dialog.showMessageBoxSync(currentwindow, {
type: 'warning',
buttons: [
tl('message.bedrock_overwrite_error.overwrite'),
tl('dialog.cancel')
],
title: 'Blockbench',
message: tl('message.bedrock_overwrite_error.message'),
detail: err+'',
noLink: false
})
if (answer === 1) {
return;
}
}
if (data) {
let animation = content.animations[this.name];
content = data;
if (this.saved_name) delete content.animations[this.saved_name];
content.animations[this.name] = animation;
// Sort
let file_keys = Object.keys(content.animations);
let anim_keys = Animation.all.filter(anim => anim.path == this.path).map(anim => anim.name);
let changes = false;
let index = 0;
anim_keys.forEach(key => {
let key_index = file_keys.indexOf(key);
if (key_index == -1) {
//Skip
} else if (key_index < index) {
file_keys.splice(key_index, 1);
file_keys.splice(index, 0, key);
changes = true;
} else {
index = key_index;
}
})
if (changes) {
let sorted_animations = {};
file_keys.forEach(key => {
sorted_animations[key] = content.animations[key];
})
content.animations = sorted_animations;
}
}
}
// Write
Blockbench.writeFile(this.path, {content: compileJSON(content)}, (real_path) => {
this.saved = true;
this.saved_name = this.name;
this.path = real_path;
});
} else {
// Web Download
Blockbench.export({
resource_id: 'animation',
type: 'JSON Animation',
extensions: ['json'],
name: (Project.geometry_name||'model')+'.animation',
startpath: this.path,
content: compileJSON(content),
}, (real_path) => {
this.path == real_path;
this.saved = true;
})
}
return this;
}
select() {
var scope = this;
Prop.active_panel = 'animations';
if (this == Animation.selected) return;
var selected_bone = Group.selected;
Animator.animations.forEach(function(a) {
a.selected = a.playing = false;
})
Timeline.clear();
Timeline.vue._data.markers = this.markers;
Timeline.vue._data.animation_length = this.length;
this.selected = true;
this.playing = true;
Animation.selected = this;
unselectAll();
BarItems.slider_animation_length.update();
Group.all.forEach(group => {
scope.getBoneAnimator(group);
})
if (selected_bone) {
selected_bone.select();
}
if (Modes.animate) Animator.preview();
return this;
}
setLength(len) {
len = limitNumber(len, 0, 1e4)
this.length = len;
if (Animation.selected == this) {
Timeline.vue._data.animation_length = this.length;
BarItems.slider_animation_length.update()
}
}
createUniqueName(arr) {
var scope = this;
var others = Animator.animations;
if (arr && arr.length) {
arr.forEach(g => {
others.safePush(g)
})
}
var name = this.name.replace(/\d+$/, '');
function check(n) {
for (var i = 0; i < others.length; i++) {
if (others[i] !== scope && others[i].name == n) return false;
}
return true;
}
if (check(this.name)) {
return this.name;
}
for (var num = 2; num < 8e3; num++) {
if (check(name+num)) {
scope.name = name+num;
return scope.name;
}
}
return false;
}
rename() {
var scope = this;
Blockbench.textPrompt('generic.rename', this.name, function(name) {
if (name && name !== scope.name) {
Undo.initEdit({animations: [scope]});
scope.name = name;
scope.createUniqueName();
Undo.finishEdit('rename animation');
}
})
return this;
}
togglePlayingState(state) {
if (!this.selected) {
this.playing = state !== undefined ? state : !this.playing;
Animator.preview();
} else {
Timeline.start();
}
return this.playing;
}
showContextMenu(event) {
this.select();
this.menu.open(event, this);
return this;
}
getBoneAnimator(group) {
if (!group && Group.selected) {
group = Group.selected
} else if (!group) {
return;
}
var uuid = group.uuid
if (!this.animators[uuid]) {
this.animators[uuid] = new BoneAnimator(uuid, this);
}
return this.animators[uuid];
}
add(undo) {
if (undo) {
Undo.initEdit({animations: []})
}
if (!Animator.animations.includes(this)) {
Animator.animations.push(this)
}
if (undo) {
this.select()
Undo.finishEdit('add animation', {animations: [this]})
}
return this;
}
remove(undo, remove_from_file = true) {
if (undo) {
Undo.initEdit({animations: [this]})
}
Animator.animations.remove(this)
if (undo) {
Undo.finishEdit('remove animation', {animations: []})
if (isApp && remove_from_file && this.path && fs.existsSync(this.path)) {
Blockbench.showMessageBox({
translateKey: 'delete_animation',
icon: 'movie',
buttons: ['generic.delete', 'dialog.cancel'],
confirm: 0,
cancel: 1,
}, (result) => {
if (result == 0) {
let content = fs.readFileSync(this.path, 'utf-8');
let json = autoParseJSON(content, false);
if (json && json.animations && json.animations[this.name]) {
delete json.animations[this.name];
Blockbench.writeFile(this.path, {content: compileJSON(json)});
Undo.history.last().before.animations[this.uuid].saved = false
}
}
})
}
}
Blockbench.dispatchEvent('remove_animation', {animations: [this]})
if (Animation.selected === this) {
Animation.selected = null;
Timeline.clear();
Animator.preview();
}
return this;
}
getMaxLength() {
var len = this.length||0
for (var uuid in this.animators) {
var bone = this.animators[uuid]
var keyframes = bone.keyframes;
var i = 0;
while (i < keyframes.length) {
len = Math.max(len, keyframes[i].time)
i++;
}
}
this.setLength(len)
if (this == Animation.selected) {
BarItems.slider_animation_length.update()
}
return len
}
setLoop(value, undo) {
if ((value == 'once' || value == 'loop' || value == 'hold') && value !== this.loop) {
if (undo) Undo.initEdit({animations: [this]})
this.loop = value;
if (undo) Undo.finishEdit('change animation loop mode')
}
}
calculateSnappingFromKeyframes() {
let timecodes = [];
for (var key in this.animators) {
let animator = this.animators[key];
animator.keyframes.forEach(kf => {
timecodes.safePush(kf.time);
})
}
if (timecodes.length > 1) {
for (var i = 10; i <= 100; i++) {
let works = true;
for (var timecode of timecodes) {
let factor = (timecode * i) % 1;
if (factor > 0.01 && factor < 0.99) {
works = false;
break;
}
}
if (works) {
this.snapping = i;
return this.snapping;
}
}
}
}
propertiesDialog() {
let dialog = new Dialog({
id: 'animation_properties',
title: this.name,
width: 640,
part_order: ['form', 'component'],
form: {
name: {label: 'generic.name', value: this.name},
path: {
label: 'menu.animation.file',
value: this.path,
type: 'file',
extensions: ['json'],
filetype: 'JSON Animation',
condition: Animation.properties.path.condition
},
loop: {
label: 'menu.animation.loop',
type: 'select',
value: this.loop,
options: {
once: 'menu.animation.loop.once',
hold: 'menu.animation.loop.hold',
loop: 'menu.animation.loop.loop',
},
},
override: {label: 'menu.animation.override', type: 'checkbox', value: this.override},
snapping: {label: 'menu.animation.snapping', type: 'number', value: this.snapping, step: 1, min: 10, max: 500},
line: '_',
},
component: {
components: {VuePrismEditor},
data: {
anim_time_update: this.anim_time_update,
blend_weight: this.blend_weight,
},
template:
`<div id="animation_properties_vue">
<label>{{ tl('menu.animation.anim_time_update') }}</label>
<div class="dialog_bar">
<vue-prism-editor class="molang_input dark_bordered" v-model="anim_time_update" language="molang" :line-numbers="false" />
</div>
<label>${tl('menu.animation.blend_weight')}</label>
<div class="dialog_bar">
<vue-prism-editor class="molang_input dark_bordered" v-model="blend_weight" language="molang" :line-numbers="false" />
</div>
</div>`
},
onConfirm: form_data => {
dialog.hide().delete();
if (
form_data.loop != this.loop
|| form_data.name != this.name
|| (isApp && form_data.path != this.path)
|| form_data.loop != this.loop
|| form_data.override != this.override
|| form_data.snapping != this.snapping
|| dialog.component.data.anim_time_update != this.anim_time_update
|| dialog.component.data.blend_weight != this.blend_weight
) {
Undo.initEdit({animations: [this]});
this.extend({
loop: form_data.loop,
name: form_data.name,
override: form_data.override,
snapping: form_data.snapping,
anim_time_update: dialog.component.data.anim_time_update.trim().replace(/\n/g, ''),
blend_weight: dialog.component.data.blend_weight.trim().replace(/\n/g, ''),
})
this.createUniqueName();
if (isApp) this.path = form_data.path;
Undo.finishEdit('edit animation properties');
}
},
onCancel() {
dialog.hide().delete();
}
})
dialog.show();
}
}
Animation.all = [];
Animation.selected = null;
Animation.prototype.menu = new Menu([
{name: 'menu.animation.loop', icon: 'loop', children: [
{name: 'menu.animation.loop.once', icon: animation => (animation.loop == 'once' ? 'radio_button_checked' : 'radio_button_unchecked'), click(animation) {animation.setLoop('once', true)}},
{name: 'menu.animation.loop.hold', icon: animation => (animation.loop == 'hold' ? 'radio_button_checked' : 'radio_button_unchecked'), click(animation) {animation.setLoop('hold', true)}},
{name: 'menu.animation.loop.loop', icon: animation => (animation.loop == 'loop' ? 'radio_button_checked' : 'radio_button_unchecked'), click(animation) {animation.setLoop('loop', true)}},
]},
'_',
{
name: 'menu.animation.save',
id: 'save',
icon: 'save',
condition: () => Format.animation_files,
click(animation) {
animation.save();
}
},
{
name: 'menu.animation.open_location',
id: 'open_location',
icon: 'folder',
condition(animation) {return isApp && Format.animation_files && animation.path && fs.existsSync(animation.path)},
click(animation) {
shell.showItemInFolder(animation.path);
}
},
'duplicate',
'rename',
'delete',
'_',
{name: 'menu.animation.properties', icon: 'list', click: function(animation) {
animation.propertiesDialog();
}}
])
Animation.prototype.file_menu = new Menu([
{name: 'menu.animation_file.unload', icon: 'clear_all', click: function(id) {
let animations_to_remove = [];
Animation.all.forEach(animation => {
if (animation.path == id && animation.saved) {
animations_to_remove.push(animation);
}
})
if (!animations_to_remove.length) return;
Undo.initEdit({animations: animations_to_remove})
animations_to_remove.forEach(animation => {
animation.remove(false, false);
})
Undo.finishEdit('remove animation', {animations: []})
}}
])
new Property(Animation, 'boolean', 'saved', {default: true, condition: () => Format.animation_files})
new Property(Animation, 'string', 'path', {condition: () => isApp && Format.animation_files})
Blockbench.on('finish_edit', event => {
if (!Format.animation_files) return;
if (event.aspects.animations && event.aspects.animations.length) {
event.aspects.animations.forEach(animation => {
animation.saved = false;
})
}
if (event.aspects.keyframes && event.aspects.keyframes instanceof Array && Animation.selected) {
Animation.selected.saved = false;
}
})
class GeneralAnimator {
constructor(uuid, animation) {
this.animation = animation;
this.expanded = false;
this.selected = false;
this.uuid = uuid || guid();
this.muted = {};
this.channels.forEach(channel => {
this.muted[channel] = false;
})
}
select() {
var scope = this;
for (var key in Animation.selected.animators) {
Animation.selected.animators[key].selected = false;
}
this.selected = true;
Timeline.selected_animator = this;
this.addToTimeline();
Vue.nextTick(() => {
scope.scrollTo();
})
return this;
}
addToTimeline() {
if (!Timeline.animators.includes(this)) {
Timeline.animators.splice(0, 0, this);
}
if (!this.expanded) this.expanded = true;
return this;
}
addKeyframe(data, uuid) {
var channel = data.channel;
if (typeof channel == 'number') channel = this.channels[channel];
if (channel && this[channel]) {
var kf = new Keyframe(data, uuid);
this[channel].push(kf);
kf.animator = this;
return kf;
}
}
createKeyframe(value, time, channel, undo, select) {
if (!this[channel]) return;
var keyframes = [];
if (undo) {
Undo.initEdit({keyframes})
}
var keyframe = new Keyframe({
channel: channel,
time: time
});
keyframes.push(keyframe);
if (value) {
keyframe.extend(value);
} else if (this.fillValues) {
this.fillValues(keyframe, value, true);
}
keyframe.channel = channel;
keyframe.time = time;
this[channel].push(keyframe);
keyframe.animator = this;
if (select !== false) {
keyframe.select();
}
var deleted = [];
delete keyframe.time_before;
keyframe.replaceOthers(deleted);
Undo.addKeyframeCasualties(deleted);
if (undo) {
Undo.finishEdit('added keyframe')
}
return keyframe;
}
getOrMakeKeyframe(channel) {
var before, result;
for (var kf of this[channel]) {
if (Math.abs(kf.time - Timeline.time) < 0.02) {
before = kf;
}
}
result = before ? before : this.createKeyframe(null, Timeline.time, channel, false, false);
return {before, result};
}
toggleMuted(channel) {
this.muted[channel] = !this.muted[channel];
if (this instanceof BoneAnimator) Animator.preview();
return this;
}
scrollTo() {
var el = $(`#timeline_body_inner > li[uuid=${this.uuid}]`).get(0)
if (el) {
var offset = el.offsetTop;
var timeline = document.getElementById('timeline_body');
var scroll_top = timeline.scrollTop;
var height = timeline.clientHeight;
if (offset < scroll_top) {
$(timeline).animate({
scrollTop: offset
}, 200);
}
if (offset + el.clientHeight > scroll_top + height) {
$(timeline).animate({
scrollTop: offset - (height-el.clientHeight-20)
}, 200);
}
}
}
}
class BoneAnimator extends GeneralAnimator {
constructor(uuid, animation, name) {
super(uuid, animation);
this.uuid = uuid;
this._name = name;
this.rotation = [];
this.position = [];
this.scale = [];
}
get name() {
var group = this.getGroup();
if (group) return group.name;
return this._name;
}
set name(name) {
this._name = name;
}
get keyframes() {
return [...this.rotation, ...this.position, ...this.scale];
}
getGroup() {
this.group = OutlinerNode.uuids[this.uuid];
if (!this.group) {
if (this.animation && this.animation.animators[this.uuid] && this.animation.animators[this.uuid].type == 'bone') {
delete this.animation.bones[this.uuid];
}
}
return this.group
}
select(group_is_selected) {
if (!this.getGroup() || this.group.locked) return this;
var duplicates;
for (var key in this.animation.animators) {
this.animation.animators[key].selected = false;
}
if (group_is_selected !== true && this.group) {
this.group.select();
}
Group.all.forEach(group => {
if (group.name == group.selected.name && group != Group.selected) {
duplicates = true;
}
})
function iterate(arr) {
arr.forEach((it) => {
if (it.type === 'group' && !duplicates) {
if (it.name === Group.selected.name && it !== Group.selected) {
duplicates = true;
} else if (it.children && it.children.length) {
iterate(it.children);
}
}
})
}
iterate(Outliner.root);
if (duplicates) {
Blockbench.showMessageBox({
translateKey: 'duplicate_groups',
icon: 'folder',
});
}
super.select();
if (this[Toolbox.selected.animation_channel] && (Timeline.selected.length == 0 || Timeline.selected[0].animator != this)) {
var nearest;
this[Toolbox.selected.animation_channel].forEach(kf => {
if (Math.abs(kf.time - Timeline.time) < 0.002) {
nearest = kf;
}
})
if (nearest) {
nearest.select();
}
}
if (this.group && this.group.parent && this.group.parent !== 'root') {
this.group.parent.openUp();
}
return this;
}
fillValues(keyframe, values, allow_expression, round = true) {
if (values instanceof Array) {
keyframe.extend({
data_points: [{
x: values[0],
y: values[1],
z: values[2]
}]
})
} else if (typeof values === 'number' || typeof values === 'string') {
keyframe.extend({
data_points: [{
x: values,
y: values,
z: values
}]
})
} else if (values === null) {
let original_time = Timeline.time;
Timeline.time = keyframe.time;
var ref = this.interpolate(keyframe.channel, allow_expression)
Timeline.time = original_time;
if (ref) {
if (round) {
let e = keyframe.channel == 'scale' ? 1e4 : 1e2
ref.forEach((r, i) => {
if (!isNaN(r)) {
ref[i] = Math.round(parseFloat(r)*e)/e
}
})
}
keyframe.extend({
data_points: [{
x: ref[0],
y: ref[1],
z: ref[2],
}]
})
}
let closest;
this[keyframe.channel].forEach(kf => {
if (!closest || Math.abs(kf.time - keyframe.time) < Math.abs(closest.time - keyframe.time)) {
closest = kf;
}
});
keyframe.extend({
interpolation: closest && closest.interpolation
})
} else {
keyframe.extend(values)
}
}
pushKeyframe(keyframe) {
this[keyframe.channel].push(keyframe)
keyframe.animator = this;
return this;
}
doRender() {
this.getGroup()
if (this.group && this.group.children && this.group.mesh) {
let mesh = this.group.mesh
return (mesh && mesh.fix_rotation)
}
}
displayRotation(arr, multiplier = 1) {
var bone = this.group.mesh
if (!arr) {
} else if (arr.length === 4) {
var added_rotation = new THREE.Euler().setFromQuaternion(new THREE.Quaternion().fromArray(arr), 'ZYX')
bone.rotation.x -= added_rotation.x * multiplier
bone.rotation.y -= added_rotation.y * multiplier
bone.rotation.z += added_rotation.z * multiplier
} else {
arr.forEach((n, i) => {
bone.rotation[getAxisLetter(i)] += Math.degToRad(n) * (i == 2 ? 1 : -1) * multiplier
})
}
return this;
}
displayPosition(arr, multiplier = 1) {
var bone = this.group.mesh
if (arr) {
bone.position.x -= arr[0] * multiplier;
bone.position.y += arr[1] * multiplier;
bone.position.z += arr[2] * multiplier;
}
return this;
}
displayScale(arr, multiplier = 1) {
if (!arr) return this;
var bone = this.group.mesh;
bone.scale.x *= (1 + (arr[0] - 1) * multiplier) || 0.00001;
bone.scale.y *= (1 + (arr[1] - 1) * multiplier) || 0.00001;
bone.scale.z *= (1 + (arr[2] - 1) * multiplier) || 0.00001;
return this;
}
interpolate(channel, allow_expression, axis) {
let time = Timeline.time;
var before = false
var after = false
var result = false
let epsilon = 1/1200;
function mapAxes(cb) {
if (axis) {
return cb(axis);
} else {
return ['x', 'y', 'z'].map(cb);
}
}
for (var keyframe of this[channel]) {
if (keyframe.time < time) {
if (!before || keyframe.time > before.time) {
before = keyframe
}
} else {
if (!after || keyframe.time < after.time) {
after = keyframe
}
}
i++;
}
if (before && Math.epsilon(before.time, time, epsilon)) {
result = before
} else if (after && Math.epsilon(after.time, time, epsilon)) {
result = after
} else if (before && !after) {
result = before
} else if (after && !before) {
result = after
} else if (!before && !after) {
//
} else {
let no_interpolations = Blockbench.hasFlag('no_interpolations')
let alpha = Math.lerp(before.time, after.time, time)
if (no_interpolations || (before.interpolation == Keyframe.interpolation.linear && after.interpolation == Keyframe.interpolation.linear)) {
if (no_interpolations) {
alpha = Math.round(alpha)
}
return mapAxes(axis => before.getLerp(after, axis, alpha, allow_expression));
} else {
let sorted = this[channel].slice().sort((kf1, kf2) => (kf1.time - kf2.time));
let before_index = sorted.indexOf(before);
let before_plus = sorted[before_index-1];
let after_plus = sorted[before_index+2];
return mapAxes(axis => before.getCatmullromLerp(before_plus, before, after, after_plus, axis, alpha));
}
}
if (result && result instanceof Keyframe) {
let keyframe = result
let method = allow_expression ? 'get' : 'calc'
let dp_index = (keyframe.time > time || Math.epsilon(keyframe.time, time, epsilon)) ? 0 : keyframe.data_points.length-1;
return mapAxes(axis => keyframe[method](axis, dp_index));
}
return false;
}
displayFrame(multiplier = 1) {
if (!this.doRender()) return;
this.getGroup()
if (!this.muted.rotation) this.displayRotation(this.interpolate('rotation'), multiplier)
if (!this.muted.position) this.displayPosition(this.interpolate('position'), multiplier)
if (!this.muted.scale) this.displayScale(this.interpolate('scale'), multiplier)
}
}
BoneAnimator.prototype.channels = ['rotation', 'position', 'scale']
class EffectAnimator extends GeneralAnimator {
constructor(animation) {
super(null, animation);
this.name = tl('timeline.effects')
this.selected = false;
this.particle = [];
this.sound = [];
this.timeline = [];
}
get keyframes() {
return [...this.particle, ...this.sound, ...this.timeline];
}
pushKeyframe(keyframe) {
this[keyframe.channel].push(keyframe)
keyframe.animator = this;
return this;
}
displayFrame(in_loop) {
if (in_loop && !this.muted.sound) {
this.sound.forEach(kf => {
var diff = kf.time - Timeline.time;
if (diff >= 0 && diff < (1/60) * (Timeline.playback_speed/100)) {
if (kf.data_points[0].file && !kf.cooldown) {
var media = new Audio(kf.data_points[0].file);
media.playbackRate = Math.clamp(Timeline.playback_speed/100, 0.1, 4.0);
media.volume = Math.clamp(settings.volume.value/100, 0, 1);
media.play().catch(() => {});
Timeline.playing_sounds.push(media);
media.onended = function() {
Timeline.playing_sounds.remove(media);
}
kf.cooldown = true;
setTimeout(() => {
delete kf.cooldown;
}, 400)
}
}
})
}
if (!this.muted.particle) {
this.particle.forEach(kf => {
var diff = Timeline.time - kf.time;
if (diff >= 0) {
let i = 0;
for (var data_point of kf.data_points) {
let particle_effect = data_point.file && Animator.particle_effects[data_point.file]
if (particle_effect) {
let emitter = particle_effect.emitters[kf.uuid + i];
if (!emitter) {
emitter = particle_effect.emitters[kf.uuid + i] = new Wintersky.Emitter(particle_effect.config);
}
var locator = data_point.locator && Locator.all.find(l => l.name == data_point.locator)
if (locator && locator.parent instanceof Group) {
locator.parent.mesh.add(emitter.local_space);
emitter.local_space.position.set(
locator.from[0] - ((locator.parent.origin && locator.parent.origin[0]) || 0),
locator.from[1] - ((locator.parent.origin && locator.parent.origin[1]) || 0),
locator.from[2] - ((locator.parent.origin && locator.parent.origin[2]) || 0)
)
emitter.parent_mode = 'locator';
} else {
emitter.parent_mode = 'entity';
}
scene.add(emitter.global_space);
emitter.jumpTo(diff);
}
i++;
}
}
})
}
}
startPreviousSounds() {
if (!this.muted.sound) {
this.sound.forEach(kf => {
if (kf.data_points[0].file && !kf.cooldown) {
var diff = kf.time - Timeline.time;
if (diff < 0 && Timeline.waveforms[kf.data_points[0].file] && Timeline.waveforms[kf.data_points[0].file].duration > -diff) {
var media = new Audio(kf.data_points[0].file);
media.playbackRate = Math.clamp(Timeline.playback_speed/100, 0.1, 4.0);
media.volume = Math.clamp(settings.volume.value/100, 0, 1);
media.currentTime = -diff;
media.play().catch(() => {});
Timeline.playing_sounds.push(media);
media.onended = function() {
Timeline.playing_sounds.remove(media);
}
kf.cooldown = true;
setTimeout(() => {
delete kf.cooldown;
}, 400)
}
}
})
}
}
}
EffectAnimator.prototype.channels = ['particle', 'sound', 'timeline']
//Clipbench
Object.assign(Clipbench, {
setKeyframes() {
var keyframes = Timeline.selected;
Clipbench.keyframes = []
if (!keyframes || keyframes.length === 0) {
return;
}
var first = keyframes[0];
var single_animator;
keyframes.forEach(function(kf) {
if (kf.time < first.time) {
first = kf
}
if (single_animator && single_animator !== kf.animator.uuid) {
single_animator = false;
} else if (single_animator == undefined) {
single_animator = kf.animator.uuid;
}
})
keyframes.forEach(function(kf) {
var copy = kf.getUndoCopy();
copy.time_offset = kf.time - first.time;
if (single_animator != false) {
delete copy.animator;
}
Clipbench.keyframes.push(copy)
})
if (isApp) {
clipboard.writeHTML(JSON.stringify({type: 'keyframes', content: Clipbench.keyframes}))
}
},
pasteKeyframes() {
if (isApp) {
var raw = clipboard.readHTML()
try {
var data = JSON.parse(raw)
if (data.type === 'keyframes' && data.content) {
Clipbench.keyframes = data.content
}
} catch (err) {}
}
if (Clipbench.keyframes && Clipbench.keyframes.length) {
if (!Animation.selected) return;
var keyframes = [];
Undo.initEdit({keyframes});
Timeline.selected.empty();
Timeline.keyframes.forEach((kf) => {
kf.selected = false;
})
Clipbench.keyframes.forEach(function(data, i) {
if (data.animator) {
var animator = Animation.selected.animators[data.animator];
if (animator && !Timeline.animators.includes(animator)) {
animator.addToTimeline();
}
} else {
var animator = Timeline.selected_animator;
}
if (animator) {
var kf = animator.createKeyframe(data, Timeline.time + data.time_offset, data.channel, false, false)
if (!kf) return;
keyframes.push(kf);
kf.selected = true;
Timeline.selected.push(kf);
}
})
TickUpdates.keyframe_selection = true;
Animator.preview()
Undo.finishEdit('paste keyframes');
}
}
})
if (isApp) {
Wintersky.fetchTexture = function(config) {
if (config.file_path && config.particle_texture_path) {
let path_arr = config.file_path.split(PathModule.sep);
let particle_index = path_arr.indexOf('particles')
path_arr.splice(particle_index)
let filePath = PathModule.join(path_arr.join(PathModule.sep), config.particle_texture_path.replace(/\.png$/, '')+'.png')
if (fs.existsSync(filePath)) {
return filePath;
}
}
}
}
const Animator = {
possible_channels: {rotation: true, position: true, scale: true, sound: true, particle: true, timeline: true},
open: false,
animations: Animation.all,
get selected() {return Animation.selected},
MolangParser: new Molang(),
motion_trail: new THREE.Object3D(),
motion_trail_lock: false,
join() {
if (isApp && (Format.id == 'bedrock' || Format.id == 'bedrock_old') && !BedrockEntityManager.initialized_animations) {
BedrockEntityManager.initAnimations();
}
Animator.open = true;
Canvas.updateAllBones()
Outliner.vue.options.hidden_types.push('cube');
scene.add(Wintersky.space);
Wintersky.global_options.tick_rate = settings.particle_tick_rate.value;
if (settings.motion_trails.value) scene.add(Animator.motion_trail);
Animator.motion_trail.no_export = true;
if (!Animator.timeline_node) {
Animator.timeline_node = $('#timeline').get(0)
}
updateInterface()
Toolbars.element_origin.toPlace('bone_origin')
if (!Timeline.is_setup) {
Timeline.setup()
}
if (outlines.children.length) {
outlines.children.empty()
Canvas.updateAllPositions()
}
if (Animation.all.length && !Animation.all.includes(Animation.selected)) {
Animation.all[0].select();
} else if (!Animation.all.length) {
Timeline.selected.empty();
}
if (Group.selected) {
Group.selected.select();
}
Animator.preview()
},
leave() {
Timeline.pause()
Animator.open = false;
Outliner.vue.options.hidden_types.remove('cube');
scene.remove(Wintersky.space);
scene.remove(Animator.motion_trail);
Animator.resetParticles(true);
Toolbars.element_origin.toPlace()
Canvas.updateAllBones()
},
showDefaultPose(no_matrix_update) {
Group.all.forEach(group => {
var bone = group.mesh;
bone.rotation.copy(bone.fix_rotation)
bone.position.copy(bone.fix_position)
bone.scale.x = bone.scale.y = bone.scale.z = 1;
})
if (!no_matrix_update) scene.updateMatrixWorld()
},
resetParticles(optimized) {
for (var path in Animator.particle_effects) {
let {emitters} = Animator.particle_effects[path];
for (var uuid in emitters) {
let emitter = emitters[uuid];
if (emitter.local_space.parent) emitter.local_space.parent.remove(emitter.local_space);
if (emitter.global_space.parent) emitter.global_space.parent.remove(emitter.global_space);
}
}
},
showMotionTrail(target) {
if (!target) {
target = Animator.motion_trail_lock && OutlinerNode.uuids[Animator.motion_trail_lock];
if (!target) target = Group.selected || NullObject.selected[0];
}
let target_bone = target instanceof Group ? target : target.parent;
let animation = Animation.selected;
let currentTime = Timeline.time;
let step = Timeline.getStep();
let max_time = Math.max(Timeline.time, animation.getMaxLength());
if (!max_time) max_time = 1;
let start_time = 0;
if (max_time > 20) {
start_time = Math.clamp(currentTime - 8, 0, Infinity);
max_time = Math.min(max_time, currentTime + 8);
}
let multiplier = animation.blend_weight ? Math.clamp(Animator.MolangParser.parse(animation.blend_weight), 0, Infinity) : 1;
let geometry = new THREE.Geometry();
let bone_stack = [];
let iterate = g => {
bone_stack.push(g);
if (g.parent instanceof Group) iterate(g.parent);
}
iterate(target_bone)
let keyframes = {};
let keyframe_source = Group.selected || (NullObject.selected[0] && NullObject.selected[0].parent)
if (keyframe_source instanceof Group) {
let ba = Animation.selected.getBoneAnimator(keyframe_source);
let channel = target == Group.selected ? ba.position : (ba[Toolbox.selected.animation_channel] || ba.position)
channel.forEach(kf => {
keyframes[Math.round(kf.time / step)] = kf;
})
}
function displayTime(time) {
Timeline.time = time;
bone_stack.forEach(group => {
var mesh = group.mesh;
mesh.rotation.copy(mesh.fix_rotation)
mesh.position.copy(mesh.fix_position)
mesh.scale.x = mesh.scale.y = mesh.scale.z = 1;
animation.getBoneAnimator(group).displayFrame(multiplier);
})
target_bone.mesh.updateWorldMatrix(true, false)
}
for (var time = start_time; time <= max_time; time += step) {
displayTime(time);
let position = target instanceof Group
? THREE.fastWorldPosition(target.mesh, new THREE.Vector3())
: target.getWorldCenter();
geometry.vertices.push(position);
}
Timeline.time = currentTime;
Animator.preview();
var line = new THREE.Line(geometry, Canvas.outlineMaterial);
line.no_export = true;
Animator.motion_trail.children.forEachReverse(child => {
Animator.motion_trail.remove(child);
})
Animator.motion_trail.add(line);
let dot_geo = new THREE.OctahedronGeometry(0.25);
let keyframe_geo = new THREE.OctahedronGeometry(1.0);
let dot_material = new THREE.MeshBasicMaterial({color: gizmo_colors.outline});
geometry.vertices.forEach((vertex, i) => {
let keyframe = keyframes[i];
if (keyframe) {
let mesh = new THREE.Mesh(keyframe_geo, dot_material);
mesh.position.copy(vertex);
Animator.motion_trail.add(mesh);
mesh.isKeyframe = true;
mesh.keyframeUUID = keyframe.uuid;
} else {
let mesh = new THREE.Mesh(dot_geo, dot_material);
mesh.position.copy(vertex);
Animator.motion_trail.add(mesh);
}
})
Animator.updateMotionTrailScale();
},
updateMotionTrailScale() {
if (!Preview.selected) return;
Animator.motion_trail.children.forEach((object) => {
if (object.isLine) return;
let scale = Preview.selected.calculateControlScale(object.position) * 0.6;
object.scale.set(scale, scale, scale)
})
},
preview(in_loop) {
// Bones
Animator.showDefaultPose(true);
Group.all.forEach(group => {
Animator.animations.forEach(animation => {
let multiplier = animation.blend_weight ? Math.clamp(Animator.MolangParser.parse(animation.blend_weight), 0, Infinity) : 1;
if (animation.playing) {
animation.getBoneAnimator(group).displayFrame(multiplier)
}
})
})
scene.updateMatrixWorld()
// Effects
Animator.resetParticles(true);
Animator.animations.forEach(animation => {
if (animation.playing) {
if (animation.animators.effects) {
animation.animators.effects.displayFrame(in_loop);
}
}
})
if (Group.selected || NullObject.selected[0]) {
Transformer.updateSelection()
}
Blockbench.dispatchEvent('display_animation_frame')
},
particle_effects: {},
loadParticleEmitter(path, content) {
let json_content = autoParseJSON(content);
if (!json_content || !json_content.particle_effect) return;
if (Animator.particle_effects[path]) {
Animator.particle_effects[path].config
.reset()
.setFromJSON(json_content, {path})
.set('file_path', path);
for (var uuid in Animator.particle_effects[path].emitters) {
let emitter = Animator.particle_effects[path].emitters[uuid];
emitter.updateConfig();
}
} else {
Animator.particle_effects[path] = {
config: new Wintersky.Config(json_content, {path}),
emitters: {}
};
if (isApp) {
let timeout;
this.watcher = fs.watch(path, (eventType) => {
if (eventType == 'change') {
if (timeout) clearTimeout(timeout)
timeout = setTimeout(() => {
Blockbench.read(path, {errorbox: false}, (files) => {
Animator.loadParticleEmitter(path, files[0].content);
})
}, 60)
}
})
}
}
},
loadFile(file, animation_filter) {
var json = file.json || autoParseJSON(file.content);
let path = file.path;
let new_animations = [];
if (json && typeof json.animations === 'object') {
for (var ani_name in json.animations) {
if (animation_filter && !animation_filter.includes(ani_name)) continue;
//Animation
var a = json.animations[ani_name]
var animation = new Animation({
name: ani_name,
saved_name: ani_name,
path,
loop: a.loop && (a.loop == 'hold_on_last_frame' ? 'hold' : 'loop'),
override: a.override_previous_animation,
anim_time_update: (typeof a.anim_time_update == 'string'
? a.anim_time_update.replace(/;(?!$)/, ';\n')
: a.anim_time_update),
blend_weight: (typeof a.blend_weight == 'string'
? a.blend_weight.replace(/;(?!$)/, ';\n')
: a.blend_weight),
length: a.animation_length
}).add()
//Bones
if (a.bones) {
function getKeyframeDataPoints(source) {
if (source instanceof Array) {
return [{
x: source[0],
y: source[1],
z: source[2],
}]
} else if (['number', 'string'].includes(typeof source)) {
return [{
x: source, y: source, z: source
}]
} else if (typeof source == 'object') {
let points = [];
if (source.pre) {
points.push(getKeyframeDataPoints(source.pre)[0])
}
if (source.post && !(source.pre instanceof Array && source.post instanceof Array && source.post.equals(source.pre))) {
points.push(getKeyframeDataPoints(source.post)[0])
}
return points;
}
}
for (var bone_name in a.bones) {
var b = a.bones[bone_name]
let lowercase_bone_name = bone_name.toLowerCase();
var group = Group.all.find(group => group.name.toLowerCase() == lowercase_bone_name)
let uuid = group ? group.uuid : guid();
var ba = new BoneAnimator(uuid, animation, bone_name);
animation.animators[uuid] = ba;
//Channels
for (var channel in b) {
if (Animator.possible_channels[channel]) {
if (typeof b[channel] === 'string' || typeof b[channel] === 'number' || b[channel] instanceof Array) {
ba.addKeyframe({
time: 0,
channel,
data_points: getKeyframeDataPoints(b[channel]),
})
} else if (typeof b[channel] === 'object' && b[channel].post) {
ba.addKeyframe({
time: 0,
channel,
interpolation: b[channel].lerp_mode,
data_points: getKeyframeDataPoints(b[channel]),
});
} else if (typeof b[channel] === 'object') {
for (var timestamp in b[channel]) {
ba.addKeyframe({
time: parseFloat(timestamp),
channel,
interpolation: b[channel][timestamp].lerp_mode,
data_points: getKeyframeDataPoints(b[channel][timestamp]),
});
}
}
}
}
}
}
if (a.sound_effects) {
if (!animation.animators.effects) {
animation.animators.effects = new EffectAnimator(animation);
}
for (var timestamp in a.sound_effects) {
var sounds = a.sound_effects[timestamp];
if (sounds instanceof Array === false) sounds = [sounds];
animation.animators.effects.addKeyframe({
channel: 'sound',
time: parseFloat(timestamp),
data_points: sounds
})
}
}
if (a.particle_effects) {
if (!animation.animators.effects) {
animation.animators.effects = new EffectAnimator(animation);
}
for (var timestamp in a.particle_effects) {
var particles = a.particle_effects[timestamp];
if (particles instanceof Array === false) particles = [particles];
particles.forEach(particle => {
if (particle) particle.script = particle.pre_effect_script;
})
animation.animators.effects.addKeyframe({
channel: 'particle',
time: parseFloat(timestamp),
data_points: particles
})
}
}
if (a.timeline) {
if (!animation.animators.effects) {
animation.animators.effects = new EffectAnimator(animation);
}
for (var timestamp in a.timeline) {
var entry = a.timeline[timestamp];
var script = entry instanceof Array ? entry.join('\n') : entry;
animation.animators.effects.addKeyframe({
channel: 'timeline',
time: parseFloat(timestamp),
data_points: [{script}]
})
}
}
animation.calculateSnappingFromKeyframes();
if (!Animation.selected && Animator.open) {
animation.select()
}
new_animations.push(animation)
}
}
return new_animations
},
buildFile(path_filter, name_filter) {
var animations = {}
Animator.animations.forEach(function(a) {
if ((typeof path_filter != 'string' || a.path == path_filter || (!a.path && !path_filter)) && (!name_filter || !name_filter.length || name_filter.includes(a.name))) {
let ani_tag = a.compileBedrockAnimation();
animations[a.name] = ani_tag;
}
})
return {
format_version: '1.8.0',
animations: animations
}
},
importFile(file) {
let form = {};
let json = autoParseJSON(file.content)
let keys = [];
for (var key in json.animations) {
// Test if already loaded
if (isApp && file.path) {
let is_already_loaded = false
for (var anim of Animation.all) {
if (anim.path == file.path && anim.name == key) {
is_already_loaded = true;
break;
}
}
if (is_already_loaded) {console.log(`${key} already exists`);continue;}
}
form[key.hashCode()] = {label: key, type: 'checkbox', value: true};
keys.push(key);
}
file.json = json;
if (keys.length == 0) {
Blockbench.showQuickMessage('message.no_animation_to_import');
} else if (keys.length == 1) {
Undo.initEdit({animations: []})
let new_animations = Animator.loadFile(file, keys);
Undo.finishEdit('import animations', {animations: new_animations})
} else {
let dialog = new Dialog({
id: 'animation_import',
title: 'dialog.animation_import.title',
form,
onConfirm(form_result) {
dialog.hide();
let names = [];
for (var key of keys) {
if (form_result[key.hashCode()]) {
names.push(key);
}
}
Undo.initEdit({animations: []})
let new_animations = Animator.loadFile(file, names);
Undo.finishEdit('import animations', {animations: new_animations})
}
})
dialog.show();
}
},
exportAnimationFile(path) {
let filter_path = path || '';
if (isApp && !path) {
path = ModelMeta.export_path
var exp = new RegExp(osfs.replace('\\', '\\\\')+'models'+osfs.replace('\\', '\\\\'))
var m_index = path.search(exp)
if (m_index > 3) {
path = path.substr(0, m_index) + osfs + 'animations' + osfs + pathToName(ModelMeta.export_path, true)
}
path = path.replace(/(\.geo)?\.json$/, '.animation.json')
}
if (isApp && path && fs.existsSync(path)) {
Animator.animations.forEach(function(a) {
if (a.path == filter_path && !a.saved) {
a.save();
}
})
} else {
let content = Animator.buildFile(filter_path, true);
Blockbench.export({
resource_id: 'animation',
type: 'JSON Animation',
extensions: ['json'],
name: (Project.geometry_name||'model')+'.animation',
startpath: path,
content: autoStringify(content),
custom_writer: isApp && ((content, new_path) => {
if (new_path && fs.existsSync(new_path)) {
Animator.animations.forEach(function(a) {
if (a.path == filter_path && !a.saved) {
a.path = new_path;
a.save();
}
})
} else {
Blockbench.writeFile(path, {content})
}
})
}, new_path => {
Animator.animations.forEach(function(a) {
if (a.path == filter_path) {
a.path = new_path;
a.saved = true;
}
})
})
}
}
}
Blockbench.on('update_camera_position', e => {
if (Animator.open && settings.motion_trails.value && (Group.selected || NullObject.selected[0] || Animator.motion_trail_lock)) {
Animator.updateMotionTrailScale();
}
})
Blockbench.on('reset_project', () => {
for (let path in Animator.particle_effects) {
let effect = Animator.particle_effects[path];
if (isApp && effect.watcher) {
effect.watcher.close()
}
for (let uuid in effect.emitters) {
effect.emitters[uuid].delete();
delete effect.emitters[uuid];
}
delete Animator.particle_effects[path];
}
})
Animator.MolangParser.global_variables = {
'true': 1,
'false': 0,
get 'query.delta_time'() {
let time = (Date.now() - Timeline.last_frame_timecode + 1) / 1000;
if (time < 0) time += 1;
return Math.clamp(time, 0, 0.1);
},
get 'query.anim_time'() {
return Timeline.time;
},
get 'query.life_time'() {
return Timeline.time;
},
get 'time'() {
return Timeline.time;
}
}
Animator.MolangParser.variableHandler = function (variable) {
var inputs = Interface.Panels.variable_placeholders.inside_vue._data.text.split('\n');
var i = 0;
while (i < inputs.length) {
let key, val;
[key, val] = inputs[i].split(/=(.+)/);
key = key.replace(/[\s;]/g, '');
if (key === variable) {
return Animator.MolangParser.parse(val)
}
i++;
}
}
Blockbench.addDragHandler('animation', {
extensions: ['animation.json'],
readtype: 'text',
condition: {modes: ['animate']},
}, function(files) {
Animator.importFile(files[0])
})
BARS.defineActions(function() {
new NumSlider('slider_animation_length', {
category: 'animation',
condition: () => Animator.open && Animation.selected,
getInterval(event) {
if (event && event.shiftKey) return 1;
return Timeline.getStep()
},
get: function() {
return Animation.selected.length
},
change: function(modify) {
Animation.selected.setLength(limitNumber(modify(Animation.selected.length), 0, 1e4))
},
onBefore: function() {
Undo.initEdit({animations: [Animation.selected]});
},
onAfter: function() {
Undo.finishEdit('Change Animation Length')
}
})
new Action('add_animation', {
icon: 'fa-plus-circle',
category: 'animation',
condition: {modes: ['animate']},
click: function () {
new Animation({
name: 'animation.' + (Project.geometry_name||'model') + '.new'
}).add(true).propertiesDialog()
}
})
new Action('load_animation_file', {
icon: 'fa-file-video',
category: 'animation',
condition: {modes: ['animate'], method: () => Format.animation_files},
click: function () {
var path = ModelMeta.export_path
if (isApp) {
var exp = new RegExp(osfs.replace('\\', '\\\\')+'models'+osfs.replace('\\', '\\\\'))
var m_index = path.search(exp)
if (m_index > 3) {
path = path.substr(0, m_index) + osfs + 'animations' + osfs + pathToName(ModelMeta.export_path).replace(/\.geo/, '.animation')
}
}
Blockbench.import({
resource_id: 'animation',
extensions: ['json'],
type: 'JSON Animation',
startpath: path
}, function(files) {
Animator.importFile(files[0])
})
}
})
new Action('export_animation_file', {
icon: 'movie',
category: 'animation',
click: function () {
let form = {};
let keys = [];
let animations = Animation.all.slice()
if (Format.animation_files) animations.sort((a1, a2) => a1.path.hashCode() - a2.path.hashCode())
animations.forEach(animation => {
let key = animation.name;
keys.push(key)
form[key.hashCode()] = {label: key, type: 'checkbox', value: true};
})
let dialog = new Dialog({
id: 'animation_export',
title: 'dialog.animation_export.title',
form,
onConfirm(form_result) {
dialog.hide();
keys = keys.filter(key => form_result[key.hashCode()])
let content = Animator.buildFile(null, keys)
Blockbench.export({
resource_id: 'animation',
type: 'JSON Animation',
extensions: ['json'],
name: (Project.geometry_name||'model')+'.animation',
content: autoStringify(content),
})
}
})
dialog.show();
}
})
new Action('save_all_animations', {
icon: 'save',
category: 'animation',
condition: () => Format.animation_files,
click: function () {
let paths = [];
Animation.all.forEach(animation => {
paths.safePush(animation.path);
})
paths.forEach(path => {
Animator.exportAnimationFile(path);
})
}
})
//Inverse Kinematics
new Action('ik_enabled', {
icon: 'check_box_outline_blank',
category: 'animation',
condition: () => Animator.open && NullObject.selected[0] && !Group.selected,
click() {
NullObject.selected[0].ik_enabled = !NullObject.selected[0].ik_enabled;
updateNslideValues();
Transformer.updateSelection();
}
})
new NumSlider('slider_ik_chain_length', {
category: 'animation',
condition: () => Animator.open && NullObject.selected[0] && !Group.selected,
get: function() {
return NullObject.selected[0].ik_chain_length||0;
},
settings: {
min: 0, max: 64, default: 0,
interval: function(event) {
return 1;
}
},
change: function(modify) {
NullObject.selected[0].ik_chain_length = Math.clamp(modify(NullObject.selected[0].ik_chain_length), 0, 64);
updateSelection()
},
onBefore: function() {
Undo.initEdit({keyframes: Timeline.selected})
},
onAfter: function() {
Undo.finishEdit('move keyframes')
}
})
// Motion Trail
new Toggle('lock_motion_trail', {
icon: 'lock_open',
category: 'animation',
condition: () => Animator.open && (Group.selected || NullObject.selected[0]),
onChange(value) {
if (value && (Group.selected || NullObject.selected[0])) {
Animator.motion_trail_lock = Group.selected ? Group.selected.uuid : NullObject.selected[0].uuid;
} else {
Animator.motion_trail_lock = false;
Animator.showMotionTrail();
}
}
})
})
Interface.definePanels(function() {
function eventTargetToAnim(target) {
let target_node = target;
let i = 0;
while (target_node && target_node.classList && !target_node.classList.contains('animation')) {
if (i < 3 && target_node) {
target_node = target_node.parentNode;
i++;
} else {
return [];
}
}
return [Animation.all.find(anim => anim.uuid == target_node.attributes.anim_id.value), target_node];
}
function getOrder(loc, obj) {
if (!obj) {
return;
} else {
if (loc < 16) return -1;
return 1;
}
return 0;
}
Interface.Panels.animations = new Panel({
id: 'animations',
icon: 'movie',
growable: true,
condition: {modes: ['animate']},
toolbars: {
head: Toolbars.animations
},
component: {
name: 'panel-animations',
data() { return {
animations: Animation.all,
files_folded: {},
animation_files_enabled: true
}},
methods: {
toggle(key) {
this.files_folded[key] = !this.files_folded[key];
this.$forceUpdate();
},
saveFile(path) {
Animator.exportAnimationFile(path)
},
addAnimation(path) {
let other_animation = Animation.all.find(a => a.path == path)
new Animation({
name: other_animation && other_animation.name.replace(/\w+$/, 'new'),
path
}).add(true).propertiesDialog()
},
showFileContextMenu(event, id) {
Animation.prototype.file_menu.open(event, id);
},
dragAnimation(e1) {
if (getFocusedTextInput()) return;
convertTouchEvent(e1);
let [anim] = eventTargetToAnim(e1.target);
if (!anim || anim.locked) {
function off(e2) {
removeEventListeners(document, 'mouseup touchend', off);
}
addEventListeners(document, 'mouseup touchend', off);
return;
};
let active = false;
let helper;
let timeout;
let drop_target, drop_target_node, order;
let last_event = e1;
function move(e2) {
convertTouchEvent(e2);
let offset = [
e2.clientX - e1.clientX,
e2.clientY - e1.clientY,
]
if (!active) {
let distance = Math.sqrt(Math.pow(offset[0], 2) + Math.pow(offset[1], 2))
if (Blockbench.isTouch) {
if (distance > 20 && timeout) {
clearTimeout(timeout);
timeout = null;
} else {
document.getElementById('animations_list').scrollTop += last_event.clientY - e2.clientY;
}
} else if (distance > 6) {
active = true;
}
} else {
if (e2) e2.preventDefault();
if (open_menu) open_menu.hide();
if (!helper) {
helper = document.createElement('div');
helper.id = 'animation_drag_helper';
let icon = document.createElement('i'); icon.className = 'material-icons'; icon.innerText = 'movie'; helper.append(icon);
let span = document.createElement('span'); span.innerText = anim.name; helper.append(span);
document.body.append(helper);
}
helper.style.left = `${e2.clientX}px`;
helper.style.top = `${e2.clientY}px`;
// drag
$('.drag_hover').removeClass('drag_hover');
$('.animation[order]').attr('order', null);
let target = document.elementFromPoint(e2.clientX, e2.clientY);
[drop_target, drop_target_node] = eventTargetToAnim(target);
if (drop_target) {
var location = e2.clientY - $(drop_target_node).offset().top;
order = getOrder(location, drop_target)
drop_target_node.setAttribute('order', order)
drop_target_node.classList.add('drag_hover');
}
}
last_event = e2;
}
function off(e2) {
if (helper) helper.remove();
removeEventListeners(document, 'mousemove touchmove', move);
removeEventListeners(document, 'mouseup touchend', off);
$('.drag_hover').removeClass('drag_hover');
$('.animation[order]').attr('order', null);
if (Blockbench.isTouch) clearTimeout(timeout);
if (active && !open_menu) {
convertTouchEvent(e2);
let target = document.elementFromPoint(e2.clientX, e2.clientY);
[target_anim] = eventTargetToAnim(target);
if (!target_anim || target_anim == anim ) return;
let index = Animation.all.indexOf(target_anim);
if (Animation.all.indexOf(anim) < index) index--;
if (order == 1) index++;
if (Animation.all[index] == anim && anim.path == target_anim.path) return;
Undo.initEdit({animations: [anim]});
anim.path = target_anim.path;
Animation.all.remove(anim);
Animation.all.splice(index, 0, anim);
Undo.finishEdit('reorder animations');
}
}
if (Blockbench.isTouch) {
timeout = setTimeout(() => {
active = true;
move(e1);
}, 320)
}
addEventListeners(document, 'mousemove touchmove', move, {passive: false});
addEventListeners(document, 'mouseup touchend', off, {passive: false});
}
},
computed: {
files() {
if (!this.animation_files_enabled) {
return {
'': {
animations: this.animations,
name: '',
hide_head: true
}
}
}
let files = {};
this.animations.forEach(animation => {
let key = animation.path || '';
if (!files[key]) files[key] = {
animations: [],
name: animation.path ? pathToName(animation.path, true) : 'Unsaved',
saved: true
};
if (!animation.saved) files[key].saved = false;
files[key].animations.push(animation);
})
return files;
}
},
template: `
<div>
<div class="toolbar_wrapper animations"></div>
<ul
id="animations_list"
class="list mobile_scrollbar"
@mousedown="dragAnimation($event)"
@touchstart="dragAnimation($event)"
>
<li v-for="(file, key) in files" :key="key" class="animation_file" @contextmenu.prevent.stop="showFileContextMenu($event, key)">
<div class="animation_file_head" v-if="!file.hide_head" v-on:click.stop="toggle(key)">
<i v-on:click.stop="toggle(key)" class="icon-open-state fa" :class=\'{"fa-angle-right": files_folded[key], "fa-angle-down": !files_folded[key]}\'></i>
<label :title="key">{{ file.name }}</label>
<div class="in_list_button" v-if="animation_files_enabled && !file.saved" v-on:click.stop="saveFile(key, file)">
<i class="material-icons">save</i>
</div>
<div class="in_list_button" v-on:click.stop="addAnimation(key)">
<i class="material-icons">add</i>
</div>
</div>
<ul v-if="!files_folded[key]" :class="{indented: !file.hide_head}">
<li
v-for="animation in file.animations"
v-bind:class="{ selected: animation.selected }"
v-bind:anim_id="animation.uuid"
class="animation"
v-on:click.stop="animation.select()"
v-on:dblclick.stop="animation.propertiesDialog()"
:key="animation.uuid"
@contextmenu.prevent.stop="animation.showContextMenu($event)"
>
<i class="material-icons">movie</i>
<label :title="animation.name">{{ animation.name }}</label>
<div v-if="animation_files_enabled" class="in_list_button" v-bind:class="{unclickable: animation.saved}" v-on:click.stop="animation.save()">
<i v-if="animation.saved" class="material-icons">check_circle</i>
<i v-else class="material-icons">save</i>
</div>
<div class="in_list_button" v-on:click.stop="animation.togglePlayingState()">
<i v-if="animation.playing" class="fa_big far fa-play-circle"></i>
<i v-else class="fa_big far fa-circle"></i>
</div>
</li>
</ul>
</li>
</ul>
</div>
`
}
})
Interface.Panels.variable_placeholders = new Panel({
id: 'variable_placeholders',
icon: 'fas.fa-stream',
condition: {modes: ['animate']},
growable: true,
toolbars: {
},
component: {
name: 'panel-placeholders',
components: {VuePrismEditor},
data() { return {
text: ''
}},
template: `
<div style="flex-grow: 1; display: flex; flex-direction: column;">
<p>{{ tl('panel.variable_placeholders.info') }}</p>
<vue-prism-editor
id="var_placeholder_area"
class="molang_input dark_bordered tab_target"
v-model="text"
language="molang"
:line-numbers="false"
style="flex-grow: 1;"
onkeyup="Animator.preview()"
/>
</div>
`
}
})
})