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visual_logic_scene2.js
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'use strict';
(function() {
// global variables/constants used by puzzles' functions
var LIST_NONE = '<none>';
var _pGlob = {};
_pGlob.objCache = {};
_pGlob.fadeAnnotations = true;
_pGlob.pickedObject = '';
_pGlob.hoveredObject = '';
_pGlob.mediaElements = {};
_pGlob.loadedFile = '';
_pGlob.states = [];
_pGlob.percentage = 0;
_pGlob.openedFile = '';
_pGlob.xrSessionAcquired = false;
_pGlob.xrSessionCallbacks = [];
_pGlob.screenCoords = new v3d.Vector2();
_pGlob.intervalTimers = {};
_pGlob.AXIS_X = new v3d.Vector3(1, 0, 0);
_pGlob.AXIS_Y = new v3d.Vector3(0, 1, 0);
_pGlob.AXIS_Z = new v3d.Vector3(0, 0, 1);
_pGlob.MIN_DRAG_SCALE = 10e-4;
_pGlob.SET_OBJ_ROT_EPS = 1e-8;
_pGlob.vec2Tmp = new v3d.Vector2();
_pGlob.vec2Tmp2 = new v3d.Vector2();
_pGlob.vec3Tmp = new v3d.Vector3();
_pGlob.vec3Tmp2 = new v3d.Vector3();
_pGlob.vec3Tmp3 = new v3d.Vector3();
_pGlob.vec3Tmp4 = new v3d.Vector3();
_pGlob.eulerTmp = new v3d.Euler();
_pGlob.eulerTmp2 = new v3d.Euler();
_pGlob.quatTmp = new v3d.Quaternion();
_pGlob.quatTmp2 = new v3d.Quaternion();
_pGlob.colorTmp = new v3d.Color();
_pGlob.mat4Tmp = new v3d.Matrix4();
_pGlob.planeTmp = new v3d.Plane();
_pGlob.raycasterTmp = new v3d.Raycaster();
var PL = v3d.PL = v3d.PL || {};
// a more readable alias for PL (stands for "Puzzle Logic")
v3d.puzzles = PL;
PL.procedures = PL.procedures || {};
PL.execInitPuzzles = function(options) {
// always null, should not be available in "init" puzzles
var appInstance = null;
// app is more conventional than appInstance (used in exec script and app templates)
var app = null;
var _initGlob = {};
_initGlob.percentage = 0;
_initGlob.output = {
initOptions: {
fadeAnnotations: true,
useBkgTransp: false,
preserveDrawBuf: false,
useCompAssets: false,
useFullscreen: true,
useCustomPreloader: false,
preloaderStartCb: function() {},
preloaderProgressCb: function() {},
preloaderEndCb: function() {},
}
}
// provide the container's id to puzzles that need access to the container
_initGlob.container = options !== undefined && 'container' in options
? options.container : "";
var PROC = {
};
// utility functions envoked by the HTML puzzles
function getElements(ids, isParent) {
var elems = [];
if (Array.isArray(ids) && ids[0] != 'CONTAINER' && ids[0] != 'WINDOW' &&
ids[0] != 'DOCUMENT' && ids[0] != 'BODY' && ids[0] != 'QUERYSELECTOR') {
for (var i = 0; i < ids.length; i++)
elems.push(getElement(ids[i], isParent));
} else {
elems.push(getElement(ids, isParent));
}
return elems;
}
function getElement(id, isParent) {
var elem;
if (Array.isArray(id) && id[0] == 'CONTAINER') {
if (appInstance !== null) {
elem = appInstance.container;
} else if (typeof _initGlob !== 'undefined') {
// if we are on the initialization stage, we still can have access
// to the container element
var id = _initGlob.container;
if (isParent) {
elem = parent.document.getElementById(id);
} else {
elem = document.getElementById(id);
}
}
} else if (Array.isArray(id) && id[0] == 'WINDOW') {
if (isParent)
elem = parent;
else
elem = window;
} else if (Array.isArray(id) && id[0] == 'DOCUMENT') {
if (isParent)
elem = parent.document;
else
elem = document;
} else if (Array.isArray(id) && id[0] == 'BODY') {
if (isParent)
elem = parent.document.body;
else
elem = document.body;
} else if (Array.isArray(id) && id[0] == 'QUERYSELECTOR') {
if (isParent)
elem = parent.document.querySelector(id);
else
elem = document.querySelector(id);
} else {
if (isParent)
elem = parent.document.getElementById(id);
else
elem = document.getElementById(id);
}
return elem;
}
// setHTMLElemStyle puzzle
function setHTMLElemStyle(prop, value, ids, isParent) {
var elems = getElements(ids, isParent);
for (var i = 0; i < elems.length; i++) {
var elem = elems[i];
if (!elem || !elem.style)
continue;
elem.style[prop] = value;
}
}
// setHTMLElemAttribute puzzle
function setHTMLElemAttribute(attr, value, ids, isParent) {
var elems = getElements(ids, isParent);
for (var i = 0; i < elems.length; i++) {
var elem = elems[i];
if (!elem) continue;
if (attr === 'style') {
// NOTE: setting an attribute 'style' instead of a property 'style'
// fixes IE11 wrong behavior
elem.setAttribute(attr, value);
} else if ((attr == 'href' || attr == 'src') && value instanceof Promise) {
// resolve promise value for url-based attributes
value.then(function(response) {
elem[attr] = response;
});
} else {
elem[attr] = value;
}
}
}
// setTimeout puzzle
function registerSetTimeout(timeout, callback) {
window.setTimeout(callback, 1000 * timeout);
}
// initSettings puzzle
_initGlob.output.initOptions.fadeAnnotations = false;
_initGlob.output.initOptions.useBkgTransp = true;
_initGlob.output.initOptions.preserveDrawBuf = false;
_initGlob.output.initOptions.useCompAssets = false;
_initGlob.output.initOptions.useFullscreen = false;
// initPreloader puzzle
_initGlob.output.initOptions.useCustomPreloader = true;
_initGlob.output.initOptions.preloaderStartCb = function() {
_initGlob.percentage = 0;
(function() {
setHTMLElemStyle('animation', 'show 0.2s 0s linear 1', 'simple-preloader-background', false);
setHTMLElemStyle('animationFillMode', 'forwards', 'simple-preloader-background', false);
})();
};
_initGlob.output.initOptions.preloaderProgressCb = function(percentage) {
_initGlob.percentage = percentage;
(function() {
setHTMLElemAttribute('innerHTML', String(Math.round(_initGlob.percentage)) + '%', 'preloader-text', false);
setHTMLElemStyle('width', String(Math.round(_initGlob.percentage)) + '%', 'simple-preloader-line', false);
})();
};
_initGlob.output.initOptions.preloaderEndCb = function() {
_initGlob.percentage = 100;
(function() {
setHTMLElemStyle('animation', 'hide 0.5s 0s linear 1 ', 'simple-preloader-background', false);
setHTMLElemStyle('animationFillMode', 'forwards', 'simple-preloader-background', false);
registerSetTimeout(0.5, function() {
setHTMLElemStyle('display', 'none', 'simple-preloader-background', false);
});
})();
};
return _initGlob.output;
}
PL.init = function(appInstance, initOptions) {
// app is more conventional than appInstance (used in exec script and app templates)
var app = appInstance;
initOptions = initOptions || {};
if ('fadeAnnotations' in initOptions) {
_pGlob.fadeAnnotations = initOptions.fadeAnnotations;
}
this.procedures["ReturnCamMatrix"] = ReturnCamMatrix;
this.procedures["SetCamQuaternion"] = SetCamQuaternion;
this.procedures["SetCameraRotation"] = SetCameraRotation;
this.procedures["GetCameraRotation"] = GetCameraRotation;
this.procedures["SetCameraPosition"] = SetCameraPosition;
this.procedures["GetCameraPosition"] = GetCameraPosition;
this.procedures["SetTargetPosition"] = SetTargetPosition;
this.procedures["GetTargetPosition"] = GetTargetPosition;
this.procedures["resetCamera"] = resetCamera;
this.procedures["SetEviorColor"] = SetEviorColor;
this.procedures["HideObjectsInCollection"] = HideObjectsInCollection;
this.procedures["HideObjects"] = HideObjects;
this.procedures["ShowObjectsInCollection"] = ShowObjectsInCollection;
this.procedures["ShowObjects"] = ShowObjects;
this.procedures["HideTemperatureFilter"] = HideTemperatureFilter;
this.procedures["SetParticleT1"] = SetParticleT1;
this.procedures["GetObjectByCollectionName"] = GetObjectByCollectionName;
this.procedures["ShowTemperatureFilter"] = ShowTemperatureFilter;
this.procedures["SetTemperature"] = SetTemperature;
this.procedures["SetParticleT2"] = SetParticleT2;
this.procedures["SetAirFlowSpeed"] = SetAirFlowSpeed;
this.procedures["Ani_ShowAirFlow"] = Ani_ShowAirFlow;
this.procedures["animateFlowH2O"] = animateFlowH2O;
this.procedures["animateFlowPM25"] = animateFlowPM25;
this.procedures["Ani_HideAirFlow"] = Ani_HideAirFlow;
this.procedures["animateCollection"] = animateCollection;
this.procedures["animateFlowCO2"] = animateFlowCO2;
this.procedures["Ani_ShowH2OV0"] = Ani_ShowH2OV0;
this.procedures["Ani_ShowCO2V0"] = Ani_ShowCO2V0;
this.procedures["Ani_ShowPM25V0"] = Ani_ShowPM25V0;
this.procedures["Ani_HideH2OV0"] = Ani_HideH2OV0;
this.procedures["Ani_HideCO2V0"] = Ani_HideCO2V0;
this.procedures["Ani_HidePM25V0"] = Ani_HidePM25V0;
this.procedures["Ani_ShowH2OV3"] = Ani_ShowH2OV3;
this.procedures["Ani_ShowCO2V3"] = Ani_ShowCO2V3;
this.procedures["Ani_ShowPM25V3"] = Ani_ShowPM25V3;
this.procedures["Ani_HideH2OV3"] = Ani_HideH2OV3;
this.procedures["Ani_HideCO2V3"] = Ani_HideCO2V3;
this.procedures["Ani_HidePM25V3"] = Ani_HidePM25V3;
var PROC = {
"ReturnCamMatrix": ReturnCamMatrix,
"SetCamQuaternion": SetCamQuaternion,
"SetCameraRotation": SetCameraRotation,
"GetCameraRotation": GetCameraRotation,
"SetCameraPosition": SetCameraPosition,
"GetCameraPosition": GetCameraPosition,
"SetTargetPosition": SetTargetPosition,
"GetTargetPosition": GetTargetPosition,
"resetCamera": resetCamera,
"SetEviorColor": SetEviorColor,
"HideObjectsInCollection": HideObjectsInCollection,
"HideObjects": HideObjects,
"ShowObjectsInCollection": ShowObjectsInCollection,
"ShowObjects": ShowObjects,
"HideTemperatureFilter": HideTemperatureFilter,
"SetParticleT1": SetParticleT1,
"GetObjectByCollectionName": GetObjectByCollectionName,
"ShowTemperatureFilter": ShowTemperatureFilter,
"SetTemperature": SetTemperature,
"SetParticleT2": SetParticleT2,
"SetAirFlowSpeed": SetAirFlowSpeed,
"Ani_ShowAirFlow": Ani_ShowAirFlow,
"animateFlowH2O": animateFlowH2O,
"animateFlowPM25": animateFlowPM25,
"Ani_HideAirFlow": Ani_HideAirFlow,
"animateCollection": animateCollection,
"animateFlowCO2": animateFlowCO2,
"Ani_ShowH2OV0": Ani_ShowH2OV0,
"Ani_ShowCO2V0": Ani_ShowCO2V0,
"Ani_ShowPM25V0": Ani_ShowPM25V0,
"Ani_HideH2OV0": Ani_HideH2OV0,
"Ani_HideCO2V0": Ani_HideCO2V0,
"Ani_HidePM25V0": Ani_HidePM25V0,
"Ani_ShowH2OV3": Ani_ShowH2OV3,
"Ani_ShowCO2V3": Ani_ShowCO2V3,
"Ani_ShowPM25V3": Ani_ShowPM25V3,
"Ani_HideH2OV3": Ani_HideH2OV3,
"Ani_HideCO2V3": Ani_HideCO2V3,
"Ani_HidePM25V3": Ani_HidePM25V3,
};
var Matrix, CameraInfos, FloatColor, CollectionName, ObjectList, HOSpeed, ToValue, LastValue, AirFlowSpeed, PMSpeed, COSpeed, CamMtrix, CO2Speed, H2OSpeed, PM25Speed;
// utility function envoked by almost all V3D-specific puzzles
// filter off some non-mesh types
function notIgnoredObj(obj) {
return obj.type !== 'AmbientLight' &&
obj.name !== '' &&
!(obj.isMesh && obj.isMaterialGeneratedMesh) &&
!obj.isAuxClippingMesh;
}
// utility function envoked by almost all V3D-specific puzzles
// find first occurence of the object by its name
function getObjectByName(objName) {
var objFound;
var runTime = _pGlob !== undefined;
objFound = runTime ? _pGlob.objCache[objName] : null;
if (objFound && objFound.name === objName)
return objFound;
appInstance.scene.traverse(function(obj) {
if (!objFound && notIgnoredObj(obj) && (obj.name == objName)) {
objFound = obj;
if (runTime) {
_pGlob.objCache[objName] = objFound;
}
}
});
return objFound;
}
// utility function envoked by almost all V3D-specific puzzles
// retrieve all objects on the scene
function getAllObjectNames() {
var objNameList = [];
appInstance.scene.traverse(function(obj) {
if (notIgnoredObj(obj))
objNameList.push(obj.name)
});
return objNameList;
}
// utility function envoked by almost all V3D-specific puzzles
// retrieve all objects which belong to the group
function getObjectNamesByGroupName(targetGroupName) {
var objNameList = [];
appInstance.scene.traverse(function(obj){
if (notIgnoredObj(obj)) {
var groupNames = obj.groupNames;
if (!groupNames)
return;
for (var i = 0; i < groupNames.length; i++) {
var groupName = groupNames[i];
if (groupName == targetGroupName) {
objNameList.push(obj.name);
}
}
}
});
return objNameList;
}
// utility function envoked by almost all V3D-specific puzzles
// process object input, which can be either single obj or array of objects, or a group
function retrieveObjectNames(objNames) {
var acc = [];
retrieveObjectNamesAcc(objNames, acc);
return acc.filter(function(name) {
return name;
});
}
function retrieveObjectNamesAcc(currObjNames, acc) {
if (typeof currObjNames == "string") {
acc.push(currObjNames);
} else if (Array.isArray(currObjNames) && currObjNames[0] == "GROUP") {
var newObj = getObjectNamesByGroupName(currObjNames[1]);
for (var i = 0; i < newObj.length; i++)
acc.push(newObj[i]);
} else if (Array.isArray(currObjNames) && currObjNames[0] == "ALL_OBJECTS") {
var newObj = getAllObjectNames();
for (var i = 0; i < newObj.length; i++)
acc.push(newObj[i]);
} else if (Array.isArray(currObjNames)) {
for (var i = 0; i < currObjNames.length; i++)
retrieveObjectNamesAcc(currObjNames[i], acc);
}
}
// show and hide puzzles
function changeVis(objSelector, bool) {
var objNames = retrieveObjectNames(objSelector);
for (var i = 0; i < objNames.length; i++) {
var objName = objNames[i]
if (!objName)
continue;
var obj = getObjectByName(objName);
if (!obj)
continue;
obj.visible = bool;
}
}
// Describe this function...
function ReturnCamMatrix() {
var VARS = Object.defineProperties({}, {
"Matrix": { get: function() { return Matrix; }, set: function(val) { Matrix = val; } },
"CameraInfos": { get: function() { return CameraInfos; }, set: function(val) { CameraInfos = val; } },
"FloatColor": { get: function() { return FloatColor; }, set: function(val) { FloatColor = val; } },
"CollectionName": { get: function() { return CollectionName; }, set: function(val) { CollectionName = val; } },
"ObjectList": { get: function() { return ObjectList; }, set: function(val) { ObjectList = val; } },
"HOSpeed": { get: function() { return HOSpeed; }, set: function(val) { HOSpeed = val; } },
"ToValue": { get: function() { return ToValue; }, set: function(val) { ToValue = val; } },
"LastValue": { get: function() { return LastValue; }, set: function(val) { LastValue = val; } },
"AirFlowSpeed": { get: function() { return AirFlowSpeed; }, set: function(val) { AirFlowSpeed = val; } },
"PMSpeed": { get: function() { return PMSpeed; }, set: function(val) { PMSpeed = val; } },
"COSpeed": { get: function() { return COSpeed; }, set: function(val) { COSpeed = val; } },
"CamMtrix": { get: function() { return CamMtrix; }, set: function(val) { CamMtrix = val; } },
"CO2Speed": { get: function() { return CO2Speed; }, set: function(val) { CO2Speed = val; } },
"H2OSpeed": { get: function() { return H2OSpeed; }, set: function(val) { H2OSpeed = val; } },
"PM25Speed": { get: function() { return PM25Speed; }, set: function(val) { PM25Speed = val; } },
});
Function('app', 'v3d', 'VARS', 'PROC', (('// Built-in variables: app, v3d, VARS, PROC' + '\n' +
'let cam=app.scene.getObjectByName(\'MasterCamera\')' + '\n' +
'// console.log(cam)' + '\n' +
'let qu = new THREE.Quaternion();' + '\n' +
'cam.getWorldQuaternion(qu)' + '\n' +
'VARS[\'CamMtrix\']=qu')))(appInstance, v3d, VARS, PROC);
return CamMtrix;
}
// Describe this function...
function SetCamQuaternion(Matrix) {
CamMtrix = Matrix;
var VARS = Object.defineProperties({}, {
"Matrix": { get: function() { return Matrix; }, set: function(val) { Matrix = val; } },
"CameraInfos": { get: function() { return CameraInfos; }, set: function(val) { CameraInfos = val; } },
"FloatColor": { get: function() { return FloatColor; }, set: function(val) { FloatColor = val; } },
"CollectionName": { get: function() { return CollectionName; }, set: function(val) { CollectionName = val; } },
"ObjectList": { get: function() { return ObjectList; }, set: function(val) { ObjectList = val; } },
"HOSpeed": { get: function() { return HOSpeed; }, set: function(val) { HOSpeed = val; } },
"ToValue": { get: function() { return ToValue; }, set: function(val) { ToValue = val; } },
"LastValue": { get: function() { return LastValue; }, set: function(val) { LastValue = val; } },
"AirFlowSpeed": { get: function() { return AirFlowSpeed; }, set: function(val) { AirFlowSpeed = val; } },
"PMSpeed": { get: function() { return PMSpeed; }, set: function(val) { PMSpeed = val; } },
"COSpeed": { get: function() { return COSpeed; }, set: function(val) { COSpeed = val; } },
"CamMtrix": { get: function() { return CamMtrix; }, set: function(val) { CamMtrix = val; } },
"CO2Speed": { get: function() { return CO2Speed; }, set: function(val) { CO2Speed = val; } },
"H2OSpeed": { get: function() { return H2OSpeed; }, set: function(val) { H2OSpeed = val; } },
"PM25Speed": { get: function() { return PM25Speed; }, set: function(val) { PM25Speed = val; } },
});
Function('app', 'v3d', 'VARS', 'PROC', (('// Built-in variables: app, v3d, VARS, PROC' + '\n' +
'let cam=app.scene.getObjectByName(\'MasterCamera\')' + '\n' +
'let tar=app.scene.getObjectByName(\'CameraTarget\')' + '\n' +
'// console.log(cam)' + '\n' +
'cam.matrixAutoUpdate = false;' + '\n' +
'' + '\n' +
'let qu = new THREE.Quaternion();' + '\n' +
'qu.x=VARS[\'CamMtrix\']._x' + '\n' +
'qu.y=VARS[\'CamMtrix\']._y' + '\n' +
'qu.z=VARS[\'CamMtrix\']._z' + '\n' +
'qu.w=VARS[\'CamMtrix\']._w' + '\n' +
'' + '\n' +
'console.log(JSON.stringify(qu))' + '\n' +
'cam.setRotationFromQuaternion(qu)' + '\n' +
'cam.updateMatrix();' + '\n' +
'cam.matrixAutoUpdate = true;' + '\n' +
'cam.lookAt(tar.position[0],tar.position[1],tar.position[2])' + '\n' +
'')))(appInstance, v3d, VARS, PROC);
}
/**
* Retrieve coordinate system from the loaded scene
*/
function getCoordSystem() {
var scene = appInstance.scene;
if (scene && "v3d" in scene.userData && "coordSystem" in scene.userData.v3d) {
return scene.userData.v3d.coordSystem;
} else {
// COMPAT: <2.17, consider replacing to 'Y_UP_RIGHT' for scenes with unknown origin
return 'Z_UP_RIGHT';
}
}
/**
* Transform coordinates from one space to another
* Can be used with Vector3 or Euler.
*/
function coordsTransform(coords, from, to, noSignChange) {
if (from == to)
return coords;
var y = coords.y, z = coords.z;
if (from == 'Z_UP_RIGHT' && to == 'Y_UP_RIGHT') {
coords.y = z;
coords.z = noSignChange ? y : -y;
} else if (from == 'Y_UP_RIGHT' && to == 'Z_UP_RIGHT') {
coords.y = noSignChange ? z : -z;
coords.z = y;
} else {
console.error('coordsTransform: Unsupported coordinate space');
}
return coords;
}
/**
* Verge3D euler rotation to Blender/Max shortest.
* 1) Convert from intrinsic rotation (v3d) to extrinsic XYZ (Blender/Max default
* order) via reversion: XYZ -> ZYX
* 2) swizzle ZYX->YZX
* 3) choose the shortest rotation to resemble Blender's behavior
*/
var eulerV3DToBlenderShortest = function() {
var eulerTmp = new v3d.Euler();
var eulerTmp2 = new v3d.Euler();
var vec3Tmp = new v3d.Vector3();
return function(euler, dest) {
var eulerBlender = eulerTmp.copy(euler).reorder('YZX');
var eulerBlenderAlt = eulerTmp2.copy(eulerBlender).makeAlternative();
var len = eulerBlender.toVector3(vec3Tmp).lengthSq();
var lenAlt = eulerBlenderAlt.toVector3(vec3Tmp).lengthSq();
dest.copy(len < lenAlt ? eulerBlender : eulerBlenderAlt);
return coordsTransform(dest, 'Y_UP_RIGHT', 'Z_UP_RIGHT');
}
}();
function RotationInterface() {
/**
* For user manipulations use XYZ extrinsic rotations (which
* are the same as ZYX intrinsic rotations)
* - Blender/Max/Maya use extrinsic rotations in the UI
* - XYZ is the default option, but could be set from
* some order hint if exported
*/
this._userRotation = new v3d.Euler(0, 0, 0, 'ZYX');
this._actualRotation = new v3d.Euler();
}
Object.assign(RotationInterface, {
initObject: function(obj) {
if (obj.userData.v3d.puzzles === undefined) {
obj.userData.v3d.puzzles = {}
}
if (obj.userData.v3d.puzzles.rotationInterface === undefined) {
obj.userData.v3d.puzzles.rotationInterface = new RotationInterface();
}
var rotUI = obj.userData.v3d.puzzles.rotationInterface;
rotUI.updateFromObject(obj);
return rotUI;
}
});
Object.assign(RotationInterface.prototype, {
updateFromObject: function(obj) {
var SYNC_ROT_EPS = 1e-8;
if (!this._actualRotation.equalsEps(obj.rotation, SYNC_ROT_EPS)) {
this._actualRotation.copy(obj.rotation);
this._updateUserRotFromActualRot();
}
},
getActualRotation: function(euler) {
return euler.copy(this._actualRotation);
},
setUserRotation: function(euler) {
// don't copy the order, since it's fixed to ZYX for now
this._userRotation.set(euler.x, euler.y, euler.z);
this._updateActualRotFromUserRot();
},
getUserRotation: function(euler) {
return euler.copy(this._userRotation);
},
_updateUserRotFromActualRot: function() {
var order = this._userRotation.order;
this._userRotation.copy(this._actualRotation).reorder(order);
},
_updateActualRotFromUserRot: function() {
var order = this._actualRotation.order;
this._actualRotation.copy(this._userRotation).reorder(order);
}
});
// setObjTransform puzzle
function setObjTransform(objSelector, isWorldSpace, mode, vector, offset){
var x = vector[0];
var y = vector[1];
var z = vector[2];
var objNames = retrieveObjectNames(objSelector);
function setObjProp(obj, prop, val) {
if (!offset) {
obj[mode][prop] = val;
} else {
if (mode != "scale")
obj[mode][prop] += val;
else
obj[mode][prop] *= val;
}
}
var inputsUsed = _pGlob.vec3Tmp.set(Number(x !== ''), Number(y !== ''),
Number(z !== ''));
var coords = _pGlob.vec3Tmp2.set(x || 0, y || 0, z || 0);
if (mode === 'rotation') {
// rotations are specified in degrees
coords.multiplyScalar(v3d.MathUtils.DEG2RAD);
}
var coordSystem = getCoordSystem();
coordsTransform(inputsUsed, coordSystem, 'Y_UP_RIGHT', true);
coordsTransform(coords, coordSystem, 'Y_UP_RIGHT', mode === 'scale');
for (var i = 0; i < objNames.length; i++) {
var objName = objNames[i];
if (!objName) continue;
var obj = getObjectByName(objName);
if (!obj) continue;
if (isWorldSpace && obj.parent) {
obj.matrixWorld.decomposeE(obj.position, obj.rotation, obj.scale);
if (inputsUsed.x) setObjProp(obj, "x", coords.x);
if (inputsUsed.y) setObjProp(obj, "y", coords.y);
if (inputsUsed.z) setObjProp(obj, "z", coords.z);
obj.matrixWorld.composeE(obj.position, obj.rotation, obj.scale);
obj.matrix.multiplyMatrices(_pGlob.mat4Tmp.copy(obj.parent.matrixWorld).invert(), obj.matrixWorld);
obj.matrix.decompose(obj.position, obj.quaternion, obj.scale);
} else if (mode === 'rotation' && coordSystem == 'Z_UP_RIGHT') {
// Blender/Max coordinates
// need all the rotations for order conversions, especially if some
// inputs are not specified
var euler = eulerV3DToBlenderShortest(obj.rotation, _pGlob.eulerTmp);
coordsTransform(euler, coordSystem, 'Y_UP_RIGHT');
if (inputsUsed.x) euler.x = offset ? euler.x + coords.x : coords.x;
if (inputsUsed.y) euler.y = offset ? euler.y + coords.y : coords.y;
if (inputsUsed.z) euler.z = offset ? euler.z + coords.z : coords.z;
/**
* convert from Blender/Max default XYZ extrinsic order to v3d XYZ
* intrinsic with reversion (XYZ -> ZYX) and axes swizzling (ZYX -> YZX)
*/
euler.order = "YZX";
euler.reorder(obj.rotation.order);
obj.rotation.copy(euler);
} else if (mode === 'rotation' && coordSystem == 'Y_UP_RIGHT') {
// Maya coordinates
// Use separate rotation interface to fix ambiguous rotations for Maya,
// might as well do the same for Blender/Max.
var rotUI = RotationInterface.initObject(obj);
var euler = rotUI.getUserRotation(_pGlob.eulerTmp);
// TODO(ivan): this probably needs some reasonable wrapping
if (inputsUsed.x) euler.x = offset ? euler.x + coords.x : coords.x;
if (inputsUsed.y) euler.y = offset ? euler.y + coords.y : coords.y;
if (inputsUsed.z) euler.z = offset ? euler.z + coords.z : coords.z;
rotUI.setUserRotation(euler);
rotUI.getActualRotation(obj.rotation);
} else {
if (inputsUsed.x) setObjProp(obj, "x", coords.x);
if (inputsUsed.y) setObjProp(obj, "y", coords.y);
if (inputsUsed.z) setObjProp(obj, "z", coords.z);
}
obj.updateMatrixWorld(true);
}
}
// getObjTransform puzzle
function getObjTransform(objName, isWorldSpace, mode, coord) {
if (!objName)
return;
var obj = getObjectByName(objName);
if (!obj)
return;
var coordSystem = getCoordSystem();
var transformVal;
if (isWorldSpace && obj.parent) {
if (mode === 'position') {
transformVal = coordsTransform(obj.getWorldPosition(_pGlob.vec3Tmp), 'Y_UP_RIGHT',
coordSystem, mode === 'scale');
} else if (mode === 'rotation') {
transformVal = coordsTransform(obj.getWorldEuler(_pGlob.eulerTmp, 'XYZ'), 'Y_UP_RIGHT',
coordSystem, mode === 'scale');
} else if (mode === 'scale') {
transformVal = coordsTransform(obj.getWorldScale(_pGlob.vec3Tmp), 'Y_UP_RIGHT',
coordSystem, mode === 'scale');
}
} else if (mode === 'rotation' && coordSystem == 'Z_UP_RIGHT') {
transformVal = eulerV3DToBlenderShortest(obj.rotation,
_pGlob.eulerTmp);
} else if (mode === 'rotation' && coordSystem == 'Y_UP_RIGHT') {
// Maya coordinates
// Use separate rotation interface to fix ambiguous rotations for Maya,
// might as well do the same for Blender/Max.
var rotUI = RotationInterface.initObject(obj);
transformVal = rotUI.getUserRotation(_pGlob.eulerTmp);
} else {
transformVal = coordsTransform(obj[mode].clone(), 'Y_UP_RIGHT',
coordSystem, mode === 'scale');
}
if (mode === 'rotation') {
transformVal.x = v3d.MathUtils.radToDeg(transformVal.x);
transformVal.y = v3d.MathUtils.radToDeg(transformVal.y);
transformVal.z = v3d.MathUtils.radToDeg(transformVal.z);
}
if (coord == 'xyz') {
// remove order component for Euler vectors
return transformVal.toArray().slice(0, 3);
} else {
return transformVal[coord];
}
}
// Describe this function...
function SetCameraRotation(CameraInfos) {
console.log(CameraInfos);
setObjTransform('MasterCamera', false, 'rotation', [CameraInfos[0], CameraInfos[1], CameraInfos[2]], false);
console.log(getObjTransform('MasterCamera', false, 'rotation', 'xyz'));
}
// Describe this function...
function GetCameraRotation() {
return getObjTransform('MasterCamera', true, 'rotation', 'xyz');
}
// Describe this function...
function SetCameraPosition(CameraInfos) {
setObjTransform('MasterCamera', true, 'position', [CameraInfos[0], CameraInfos[1], CameraInfos[2]], false);
}
// Describe this function...
function GetCameraPosition() {
return getObjTransform('MasterCamera', false, 'position', 'xyz');
}
// tweenCamera puzzle
function tweenCamera(posOrObj, targetOrObj, duration, doSlot, movementType) {
var camera = appInstance.getCamera();
if (Array.isArray(posOrObj)) {
var worldPos = _pGlob.vec3Tmp.fromArray(posOrObj);
worldPos = coordsTransform(worldPos, getCoordSystem(), 'Y_UP_RIGHT');
} else if (posOrObj) {
var posObj = getObjectByName(posOrObj);
if (!posObj) return;
var worldPos = posObj.getWorldPosition(_pGlob.vec3Tmp);
} else {
// empty input means: don't change the position
var worldPos = camera.getWorldPosition(_pGlob.vec3Tmp);
}
if (Array.isArray(targetOrObj)) {
var worldTarget = _pGlob.vec3Tmp2.fromArray(targetOrObj);
worldTarget = coordsTransform(worldTarget, getCoordSystem(), 'Y_UP_RIGHT');
} else {
var targObj = getObjectByName(targetOrObj);
if (!targObj) return;
var worldTarget = targObj.getWorldPosition(_pGlob.vec3Tmp2);
}
duration = Math.max(0, duration);
if (appInstance.controls && appInstance.controls.tween) {
// orbit and flying cameras
if (!appInstance.controls.inTween) {
appInstance.controls.tween(worldPos, worldTarget, duration, doSlot,
movementType);
}
} else {
// TODO: static camera, just position it for now
if (camera.parent) {
camera.parent.worldToLocal(worldPos);
}
camera.position.copy(worldPos);
camera.lookAt(worldTarget);
doSlot();
}
}
// Describe this function...
function SetTargetPosition(CameraInfos) {
setObjTransform('AAAAAAA', true, 'position', [CameraInfos[0], CameraInfos[1], CameraInfos[2]], false);
tweenCamera('', 'AAAAAAA', 1, function() {}, 0);
}
// Describe this function...
function GetTargetPosition() {
setObjTransform('AAAAAAA', true, 'position', [getObjTransform('CameraTarget', true, 'position', 'x'), getObjTransform('CameraTarget', true, 'position', 'y'), getObjTransform('CameraTarget', true, 'position', 'z')], false);
return getObjTransform('AAAAAAA', true, 'position', 'xyz');
}
// featureAvailable puzzle
function featureAvailable(feature) {
var userAgent = window.navigator.userAgent;
var platform = window.navigator.platform;
switch (feature) {
case 'LINUX':
return /Linux/.test(platform);
case 'WINDOWS':
return ['Win32', 'Win64', 'Windows', 'WinCE'].indexOf(platform) !== -1;
case 'MACOS':
return (['Macintosh', 'MacIntel', 'MacPPC', 'Mac68K'].indexOf(platform) !== -1 && !v3d.Detector.checkIOS());
case 'IOS':
return v3d.Detector.checkIOS();
case 'ANDROID':
return /Android/i.test(userAgent);
case 'MOBILE':
return (/Android|webOS|BlackBerry/i.test(userAgent) || v3d.Detector.checkIOS());
case 'CHROME':
// Chromium based
return (!!window.chrome && !/Edge/.test(navigator.userAgent));
case 'FIREFOX':
return /Firefox/.test(navigator.userAgent);
case 'IE':
return /Trident/.test(navigator.userAgent);
case 'EDGE':
return /Edge/.test(navigator.userAgent);
case 'SAFARI':
return (/Safari/.test(navigator.userAgent) && !/Chrome/.test(navigator.userAgent));
case 'TOUCH':
return !!(('ontouchstart' in window) || window.DocumentTouch && document instanceof DocumentTouch);
case 'RETINA':
return window.devicePixelRatio >= 2;
case 'HDR':
return appInstance.useHDR;
case 'WEBAUDIO':
return v3d.Detector.checkWebAudio();
case 'WEBGL2':
var canvas = document.createElement('canvas');
var gl = canvas.getContext('webgl2')
return !!gl;
case 'WOOCOMMERCE':
var woo_fun = window.parent.v3d_woo_get_product_info || window.parent.parent.v3d_woo_get_product_info;
return !!woo_fun;
case 'DO_NOT_TRACK':
if (navigator.doNotTrack == '1' || window.doNotTrack == '1')
return true;
else
return false;
default:
return false;
}
}
function setScreenScale(factor) {
// already have maximum pixel ratio in HiDPI mode
if (!appInstance.useHiDPIRenderPass)
appInstance.renderer.setPixelRatio(factor);
if (appInstance.postprocessing)
appInstance.postprocessing.composer.setPixelRatio(factor);
// to update possible post-processing passes
appInstance.onResize();
}
// Describe this function...
function resetCamera() {
setObjTransform('MasterCamera', false, 'position', getObjTransform('Camera.Start', false, 'position', 'xyz'), false);
tweenCamera('', 'Camera.End', 1, function() {}, 0);
}
// getVectorValue puzzle
function getVectorValue(vector, value) {
var vector = _pGlob.vec3Tmp.fromArray(vector);
switch (value) {
case 'X':
return vector.x;
case 'Y':
return vector.y;
case 'Z':
return vector.z;
case 'IS_ZERO':
return Boolean(vector.length() <= Number.EPSILON);
case 'LENGTH':
return vector.length();
case 'NEGATED':
return [-vector.x, -vector.y, -vector.z];
case 'NORMALIZED':
return vector.normalize().toArray();
default:
console.error('get value from vector: Wrong value');
return;
}
};
// createVector puzzle
function createVector(x, y, z) {
return [x, y, z];