/* The MIT License (MIT) Copyright (c) 2014-2020 Nikolai Suslov and the Krestianstvo.org project contributors. (https://github.com/NikolaySuslov/livecodingspace/blob/master/LICENSE.md) */ // VWF & A-Frame components model driver import { Fabric } from '/core/vwf/fabric.js'; class AFrameComponentModel extends Fabric { constructor(module) { console.log("AFrameComponentModel constructor"); super(module, "Model"); } factory() { let _self_ = this; return this.load(this.module, { // == Module Definition ==================================================================== // -- pipeline ----------------------------------------------------------------------------- // pipeline: [ log ], // vwf <=> log <=> scene // -- initialize --------------------------------------------------------------------------- initialize: function () { let self = this; this.state = { nodes: {}, scenes: {}, prototypes: {}, createLocalNode: function (nodeID, childID, childExtendsID, childImplementsIDs, childSource, childType, childIndex, childName, callback) { return { "parentID": nodeID, "ID": childID, "extendsID": childExtendsID, "implementsIDs": childImplementsIDs, "source": childSource, "type": childType, "name": childName, "prototypes": undefined, "aframeObj": undefined, "componentName": undefined }; }, isComponentClass: function (prototypes, classID) { if (prototypes) { for (var i = 0; i < prototypes.length; i++) { if (prototypes[i] === classID) { //console.info( "prototypes[ i ]: " + prototypes[ i ] ); return true; } } } return false; }, isComponentNode: function (prototypes) { var found = false; if (prototypes) { for (var i = 0; i < prototypes.length && !found; i++) { found = (prototypes[i] === "proxy/aframe/componentNode.vwf"); } } return found; }, isAAnimMixerDefinition: function (prototypes) { var found = false; if (prototypes) { for (var i = 0; i < prototypes.length && !found; i++) { found = (prototypes[i] == "proxy/aframe/anim-mixer-component.vwf"); } } return found; }, isAInterpolationDefinition: function (prototypes) { var found = false; if (prototypes) { for (var i = 0; i < prototypes.length && !found; i++) { found = (prototypes[i] == "proxy/aframe/interpolation-component.vwf"); } } return found; }, isALinePathDefinition: function (prototypes) { var found = false; if (prototypes) { for (var i = 0; i < prototypes.length && !found; i++) { found = (prototypes[i] == "proxy/aframe/linepath.vwf"); } } return found; }, isAMaterialDefinition: function (prototypes) { var found = false; if (prototypes) { for (var i = 0; i < prototypes.length && !found; i++) { found = (prototypes[i] == "proxy/aframe/aMaterialComponent.vwf"); } } return found; }, isASoundDefinition: function (prototypes) { var found = false; if (prototypes) { for (var i = 0; i < prototypes.length && !found; i++) { found = (prototypes[i] == "proxy/aframe/a-sound-component.vwf"); } } return found; }, isAViewOffsetCameraDefinition: function (prototypes) { var found = false; if (prototypes) { for (var i = 0; i < prototypes.length && !found; i++) { found = (prototypes[i] == "proxy/aframe/viewOffsetCamera-component.vwf"); } } return found; }, isAGizmoDefinition: function (prototypes) { var found = false; if (prototypes) { for (var i = 0; i < prototypes.length && !found; i++) { found = (prototypes[i] == "proxy/aframe/gizmoComponent.vwf"); } } return found; }, isAFogDefinition: function (prototypes) { var found = false; if (prototypes) { for (var i = 0; i < prototypes.length && !found; i++) { found = (prototypes[i] == "proxy/aframe/aSceneFogComponent.vwf"); } } return found; }, isAShadowDefinition: function (prototypes) { var found = false; if (prototypes) { for (var i = 0; i < prototypes.length && !found; i++) { found = (prototypes[i] == "proxy/aframe/shadowComponent.vwf"); } } return found; }, isAAabbColliderDefinition: function (prototypes) { var found = false; if (prototypes) { for (var i = 0; i < prototypes.length && !found; i++) { found = (prototypes[i] == "proxy/aframe/aabb-collider-component.vwf"); } } return found; }, isAMirrorDefinition: function (prototypes) { var found = false; if (prototypes) { for (var i = 0; i < prototypes.length && !found; i++) { found = (prototypes[i] == "proxy/aframe/a-mirror-component.vwf"); } } return found; }, isARayCasterDefinition: function (prototypes) { var found = false; if (prototypes) { for (var i = 0; i < prototypes.length && !found; i++) { found = (prototypes[i] == "proxy/aframe/raycasterComponent.vwf"); } } return found; }, isARayCasterListenerDefinition: function (prototypes) { var found = false; if (prototypes) { for (var i = 0; i < prototypes.length && !found; i++) { found = (prototypes[i] == "proxy/aframe/app-raycaster-listener-component.vwf"); } } return found; }, isAAabbColliderListenerDefinition: function (prototypes) { var found = false; if (prototypes) { for (var i = 0; i < prototypes.length && !found; i++) { found = (prototypes[i] == "proxy/aframe/app-aabb-collider-listener-component.vwf"); } } return found; }, isALineDefinition: function (prototypes) { var found = false; if (prototypes) { for (var i = 0; i < prototypes.length && !found; i++) { found = (prototypes[i] == "proxy/aframe/lineComponent.vwf"); } } return found; }, isGearVRControlsDefinition: function (prototypes) { var found = false; if (prototypes) { for (var i = 0; i < prototypes.length && !found; i++) { found = (prototypes[i] == "proxy/aframe/gearvr-controlsComponent.vwf"); } } return found; }, isComponentNodeDefinition: function (prototypes) { var found = false; if (prototypes) { for (var i = 0; i < prototypes.length && !found; i++) { found = (prototypes[i] == "proxy/aframe/componentNode.vwf"); } } return found; }, isComponentDefinition: function (prototypes) { var found = false; if (prototypes) { for (var i = 0; i < prototypes.length && !found; i++) { found = (prototypes[i] == "proxy/aframe/aentityComponent.vwf"); } } return found; }, setAFrameObject: function (node, config) { var protos = node.prototypes; var aframeObj = {}; var sceneEl = document.querySelector('a-scene'); aframeObj.id = node.parentID; // aframeObj.el = sceneEl.children[node.parentID]; aframeObj.el = Array.from(sceneEl.querySelectorAll('*')).filter(item => { return item.id == aframeObj.id })[0]; if (this.isComponentClass(protos, "proxy/aframe/lineComponent.vwf")) { // aframeObj.id = node.parentID; // aframeObj.el = sceneEl.children[node.parentID]; if (node.name !== 'line') { aframeObj.compName = node.name; } else { aframeObj.compName = "line"; } //aframeObj.el.setAttribute(node.type, {}); aframeObj.el.setAttribute(aframeObj.compName, {}); } if (this.isComponentClass(protos, "proxy/aframe/gizmoComponent.vwf")) { // aframeObj.el.setAttribute(node.type, {}); aframeObj.compName = "gizmo"; aframeObj.el.setAttribute(aframeObj.compName, {}); } if (this.isComponentClass(protos, "proxy/aframe/aSceneFogComponent.vwf")) { // aframeObj.el.setAttribute(node.type, {}); aframeObj = {}; //var sceneEl = document.querySelector('a-scene'); aframeObj.id = node.parentID; aframeObj.el = document.querySelector('a-scene'); aframeObj.compName = "fog"; aframeObj.el.setAttribute('fog', {}); } if (this.isComponentClass(protos, "proxy/aframe/raycasterComponent.vwf")) { // aframeObj.el.setAttribute(node.type, {}); aframeObj.compName = "raycaster"; aframeObj.el.setAttribute(aframeObj.compName, {}); } if (this.isComponentClass(protos, "proxy/aframe/shadowComponent.vwf")) { // aframeObj.el.setAttribute(node.type, {}); aframeObj.compName = "shadow"; aframeObj.el.setAttribute(aframeObj.compName, {}); } if (this.isComponentClass(protos, "proxy/aframe/aabb-collider-component.vwf")) { // aframeObj.el.setAttribute(node.type, {}); aframeObj.compName = "aabb-collider"; aframeObj.el.setAttribute(aframeObj.compName, {}); } if (this.isComponentClass(protos, "proxy/aframe/a-mirror-component.vwf")) { // aframeObj.el.setAttribute(node.type, {}); aframeObj.compName = "mirror"; aframeObj.el.setAttribute(aframeObj.compName, {}); } if (this.isComponentClass(protos, "proxy/aframe/viewOffsetCamera-component.vwf")) { // aframeObj.el.setAttribute(node.type, {}); aframeObj.compName = "viewoffset"; aframeObj.el.setAttribute(aframeObj.compName, {}); } if (this.isComponentClass(protos, "proxy/aframe/streamSoundComponent.vwf")) { // aframeObj.el.setAttribute(node.type, {}); aframeObj.compName = "streamsound"; aframeObj.el.setAttribute(aframeObj.compName, {}); } if (this.isComponentClass(protos, "proxy/aframe/linepath.vwf")) { // aframeObj.el.setAttribute(node.type, {}); aframeObj.compName = "linepath"; aframeObj.el.setAttribute(aframeObj.compName, {}); } if (this.isComponentClass(protos, "proxy/aframe/aMaterialComponent.vwf")) { // aframeObj.el.setAttribute(node.type, {}); aframeObj.compName = "material"; aframeObj.el.setAttribute(aframeObj.compName, {}); } if (this.isComponentClass(protos, "proxy/aframe/a-sound-component.vwf")) { // aframeObj.el.setAttribute(node.type, {}); aframeObj.compName = "sound"; aframeObj.el.setAttribute(aframeObj.compName, {}); } if (this.isComponentClass(protos, "proxy/aframe/interpolation-component.vwf")) { // aframeObj.el.setAttribute(node.type, {}); aframeObj.compName = "interpolation"; aframeObj.el.setAttribute(aframeObj.compName, {}); } if (this.isComponentClass(protos, "proxy/aframe/anim-mixer-component.vwf")) { // aframeObj.el.setAttribute(node.type, {}); aframeObj.compName = "animation-mixer"; aframeObj.el.setAttribute(aframeObj.compName, {}); } if (this.isComponentClass(protos, "proxy/aframe/app-envmap-component.vwf")) { // aframeObj.el.setAttribute(node.type, {}); aframeObj.compName = "envmap"; aframeObj.el.setAttribute(aframeObj.compName, {}); } if (this.isComponentClass(protos, "proxy/aframe/app-avatarbvh-component.vwf")) { // aframeObj.el.setAttribute(node.type, {}); aframeObj.compName = "avatarbvh"; aframeObj.el.setAttribute(aframeObj.compName, {}); } if (this.isComponentClass(protos, "proxy/aframe/app-sun-component.vwf")) { // aframeObj.el.setAttribute(node.type, {}); aframeObj.compName = "sun"; aframeObj.el.setAttribute('id', "sun"); aframeObj.el.setAttribute(aframeObj.compName, {}); } if (this.isComponentClass(protos, "proxy/aframe/app-skyshader-component.vwf")) { // aframeObj.el.setAttribute(node.type, {}); aframeObj.compName = "skyshader"; aframeObj.el.setAttribute(aframeObj.compName, {}); } if (this.isComponentClass(protos, "proxy/aframe/app-raycaster-listener-component.vwf")) { // aframeObj.el.setAttribute(node.type, {}); aframeObj.compName = "raycaster-listener"; aframeObj.el.setAttribute(aframeObj.compName, {}); } if (this.isComponentClass(protos, "proxy/aframe/app-aabb-collider-listener-component.vwf")) { // aframeObj.el.setAttribute(node.type, {}); aframeObj.compName = "aabb-collider-listener"; aframeObj.el.setAttribute(aframeObj.compName, {}); } if (this.isComponentClass(protos, "proxy/aframe/app-cursor-listener-component.vwf")) { // aframeObj.el.setAttribute(node.type, {}); aframeObj.compName = "cursor-listener"; aframeObj.el.setAttribute(aframeObj.compName, {}); } return aframeObj; }, addNodeToHierarchy: function (node) { if (node.aframeObj) { if (this.nodes[node.parentID] !== undefined) { var parent = this.nodes[node.parentID]; if (parent.aframeObj) { if (parent.children === undefined) { parent.children = []; } parent.children.push(node.ID); } } } } }; this.state.kernel = this.kernel.kernel.kernel; this.aframeComponentDef = { 'A-SOUND': [ "autoplay", "distanceModel", "loop", "maxDistance", "on", "poolSize", "refDistance", "rolloffFactor", "src", "volume" ], 'aabb-collider': [ "collideNonVisible", "debug", "enabled", "objects", "interval" ], 'mirror': [ "camera", "renderothermirror" ] } //this.state.kernel = this.kernel.kernel.kernel; }, // == Model API ============================================================================ // -- creatingNode ------------------------------------------------------------------------- creatingNode: function (nodeID, childID, childExtendsID, childImplementsIDs, childSource, childType, childIndex, childName, callback /* ( ready ) */) { let self = this; // If the parent nodeID is 0, this node is attached directly to the root and is therefore either // the scene or a prototype. In either of those cases, save the uri of the new node var childURI = (nodeID === 0 ? childIndex : undefined); var appID = this.kernel.application(); // If the node being created is a prototype, construct it and add it to the array of prototypes, // and then return var prototypeID = _self_.utility.ifPrototypeGetId(appID, this.state.prototypes, nodeID, childID); if (prototypeID !== undefined) { this.state.prototypes[prototypeID] = { parentID: nodeID, ID: childID, extendsID: childExtendsID, implementsID: childImplementsIDs, source: childSource, type: childType, name: childName }; return; } var protos = _self_.constructor.getPrototypes(this.kernel, childExtendsID); //var kernel = this.kernel.kernel.kernel; var node; if (this.state.isComponentNode(protos)) { // Create the local copy of the node properties if (this.state.nodes[childID] === undefined) { this.state.nodes[childID] = this.state.createLocalNode(nodeID, childID, childExtendsID, childImplementsIDs, childSource, childType, childIndex, childName, callback); } node = this.state.nodes[childID]; node.prototypes = protos; //node.aframeObj = createAFrameObject(node); node.aframeObj = this.state.setAFrameObject(node); // addNodeToHierarchy(node); //notifyDriverOfPrototypeAndBehaviorProps(); } }, // -- initializingNode ------------------------------------------------------------------------- // initializingNode: function( nodeID, childID, childExtendsID, childImplementsIDs, // childSource, childType, childIndex, childName ) { // }, // -- deletingNode ------------------------------------------------------------------------- deletingNode: function (nodeID) { if (this.state.nodes[nodeID] !== undefined) { var node = this.state.nodes[nodeID]; if (node.aframeObj.compName !== undefined) { // removes and destroys object node.aframeObj.el.removeAttribute(node.aframeObj.compName); node.aframeObj = undefined; } delete this.state.nodes[nodeID]; } }, // -- initializingProperty ----------------------------------------------------------------- initializingProperty: function (nodeID, propertyName, propertyValue) { var value = undefined; var node = this.state.nodes[nodeID]; if (node !== undefined) { value = this.settingProperty(nodeID, propertyName, propertyValue); } return value; }, // -- creatingProperty --------------------------------------------------------------------- creatingProperty: function (nodeID, propertyName, propertyValue) { return this.initializingProperty(nodeID, propertyName, propertyValue); }, // -- settingProperty ---------------------------------------------------------------------- settingProperty: function (nodeID, propertyName, propertyValue) { let self = this; var node = this.state.nodes[nodeID]; var value = undefined; if (node && node.aframeObj && _self_.utility.validObject(propertyValue)) { var aframeObject = node.aframeObj; if (self.state.isComponentNodeDefinition(node.prototypes)) { value = propertyValue; switch (propertyName) { default: value = undefined; break; } } if (value === undefined && self.state.isComponentDefinition(node.prototypes)) { value = propertyValue; switch (propertyName) { case "compName": break; default: value = undefined; break; } } if (value === undefined && self.state.isAViewOffsetCameraDefinition(node.prototypes)) { if (aframeObject.el.getAttribute(aframeObject.compName)) { value = propertyValue; let parentNodeAF = aframeObject.el; // let defs = ['fullWidth', 'fullHeight', 'xoffset', 'yoffset']; // defs.forEach(element => { // element == propertyName ? parentNodeAF.setAttribute('viewoffset', element, propertyValue) : // value = undefined; // }) switch (propertyName) { case "fullWidth": parentNodeAF.setAttribute('viewoffset', 'fullWidth', propertyValue); break; case "fullHeight": parentNodeAF.setAttribute('viewoffset', 'fullHeight', propertyValue); break; case "yoffset": parentNodeAF.setAttribute('viewoffset', 'yoffset', propertyValue); break; case "xoffset": parentNodeAF.setAttribute('viewoffset', 'xoffset', propertyValue); break; case "subcamWidth": parentNodeAF.setAttribute('viewoffset', 'width', propertyValue); break; case "subcamHeight": parentNodeAF.setAttribute('viewoffset', 'height', propertyValue); break; default: value = undefined; break; } } } // if (value === undefined && isARayCasterListenerDefinition(node.prototypes)) { // if (aframeObject.el.getAttribute(aframeObject.compName)) { // value = propertyValue; // let parentNodeAF = aframeObject.el; // switch (propertyName) { // default: // value = undefined; // break; // } // } // } //aframeObj.el.setAttribute('data-aabb-collider-dynamic', ""); if (value === undefined && self.state.isAAabbColliderListenerDefinition(node.prototypes)) { if (aframeObject.el.getAttribute(aframeObject.compName)) { value = propertyValue; let parentNodeAF = aframeObject.el; if(propertyName == "dynamic"){ if(propertyValue){ parentNodeAF.setAttribute('data-aabb-collider-dynamic', ""); } else { let attr = parentNodeAF.getAttribute('data-aabb-collider-dynamic'); if(attr !== undefined) parentNodeAF.removeAttribute('data-aabb-collider-dynamic'); } } } } if (value === undefined && self.state.isAShadowDefinition(node.prototypes)) { if (aframeObject.el.getAttribute(aframeObject.compName)) { value = propertyValue; let parentNodeAF = aframeObject.el; switch (propertyName) { case "cast": parentNodeAF.setAttribute('shadow', 'cast', propertyValue); break; case "receive": parentNodeAF.setAttribute('shadow', 'receive', propertyValue); break; default: value = undefined; break; } } } if (value === undefined && self.state.isAMaterialDefinition(node.prototypes)) { if (aframeObject.el.getAttribute(aframeObject.compName)) { value = propertyValue; let parentNodeAF = aframeObject.el; //let defs = ['color', 'transparent', 'opacity', 'side']; let schema = Object.keys(AFRAME.components.material.schema).concat(Object.keys(AFRAME.shaders.standard.schema)); let el = schema.includes(propertyName); if (el) { parentNodeAF.setAttribute('material', propertyName, propertyValue); } else { value = undefined } } } if (value === undefined && self.state.isASoundDefinition(node.prototypes)) { if (aframeObject.el.getAttribute(aframeObject.compName)) { value = propertyValue; let parentNodeAF = aframeObject.el; //let defs = ['color', 'transparent', 'opacity', 'side']; let el = self.aframeComponentDef['A-SOUND'].includes(propertyName); if (el) { parentNodeAF.setAttribute('sound', propertyName, propertyValue); } else { value = undefined } // self.aframeComponentDef['A-SOUND'].forEach(element => { // element == propertyName ? parentNodeAF.setAttribute('sound', element, propertyValue) : // value = undefined; // }) } } if (value === undefined && self.state.isAMirrorDefinition(node.prototypes)) { if (aframeObject.el.getAttribute(aframeObject.compName)) { value = propertyValue; let parentNodeAF = aframeObject.el; let el = self.aframeComponentDef['mirror'].includes(propertyName); if (el) { parentNodeAF.setAttribute('mirror', propertyName, propertyValue); } else { value = undefined } // self.aframeComponentDef['mirror'].forEach(element => { // element == propertyName ? parentNodeAF.setAttribute('mirror', element, propertyValue) : // value = undefined; // }) } } if (value === undefined && self.state.isAAabbColliderDefinition(node.prototypes)) { if (aframeObject.el.getAttribute(aframeObject.compName)) { value = propertyValue; let parentNodeAF = aframeObject.el; //let defs = ['color', 'transparent', 'opacity', 'side']; let el = self.aframeComponentDef['aabb-collider'].includes(propertyName); if (el) { parentNodeAF.setAttribute('aabb-collider', propertyName, propertyValue); } else { value = undefined } // self.aframeComponentDef['aabb-collider'].forEach(element => { // element == propertyName ? parentNodeAF.setAttribute('aabb-collider', element, propertyValue) : // value = undefined; // }) } } if (value === undefined && self.state.isAFogDefinition(node.prototypes)) { if (aframeObject.el.getAttribute(aframeObject.compName)) { value = propertyValue; let parentNodeAF = aframeObject.el; let defs = ['fogType', 'fogColor', 'density', 'near', 'far']; defs.forEach(element => { if (element == propertyName) { switch (element) { case 'fogType': parentNodeAF.setAttribute('fog', 'type', propertyValue); break; case 'fogColor': parentNodeAF.setAttribute('fog', 'color', propertyValue); break; default: value = parentNodeAF.setAttribute('fog', element, propertyValue); break; } } else { value = undefined } // element == propertyName ? parentNodeAF.setAttribute('fog', element, propertyValue) : // value = undefined; }) } } if (value === undefined && self.state.isARayCasterDefinition(node.prototypes)) { if (aframeObject.el.getAttribute(aframeObject.compName)) { value = propertyValue; let parentNodeAF = aframeObject.el; let defs = ['direction', 'far', 'interval', 'near', 'objects', 'origin', 'recursive', 'showLine', 'useWorldCoordinates']; let el = defs.includes(propertyName); if (el) { parentNodeAF.setAttribute('raycaster', propertyName, propertyValue); } else { value = undefined } // defs.forEach(element => { // element == propertyName ? parentNodeAF.setAttribute('raycaster', element, propertyValue) : // value = undefined; // }) } } if (value === undefined && self.state.isALinePathDefinition(node.prototypes)) { if (aframeObject.el.getAttribute(aframeObject.compName)) { value = propertyValue; let parentNodeAF = aframeObject.el; switch (propertyName) { case "color": parentNodeAF.setAttribute(aframeObject.compName, 'color', propertyValue); break; case "path": parentNodeAF.setAttribute(aframeObject.compName, 'path', propertyValue); break; case "width": parentNodeAF.setAttribute(aframeObject.compName, 'width', propertyValue); break; case "taper": parentNodeAF.setAttribute(aframeObject.compName, 'taper', propertyValue); break; case "transparent": parentNodeAF.setAttribute(aframeObject.compName, 'transparent', propertyValue); break; case "opacity": parentNodeAF.setAttribute(aframeObject.compName, 'opacity', propertyValue); break; default: value = undefined; break; } } } //isALineDefinition(node.prototypes) //if (value === undefined && node.componentName == 'line') { //isALineDefinition( node.prototypes ) if (node.extendsID == "proxy/aframe/lineComponent.vwf") { if (value === undefined && aframeObject.el.getAttribute(aframeObject.compName)) { value = propertyValue; //let parentNodeAF = self.state.kernel.find(node.parentID); // aframeObject.el.setAttribute('line', 'color') let parentNodeAF = aframeObject.el; switch (propertyName) { case "start": parentNodeAF.setAttribute(aframeObject.compName, { start: propertyValue }); break; case "end": parentNodeAF.setAttribute(aframeObject.compName, { end: propertyValue }); break; case "color": parentNodeAF.setAttribute(aframeObject.compName, 'color', propertyValue); break; case "opacity": parentNodeAF.setAttribute(aframeObject.compName, 'opacity', propertyValue); break; case "visible": parentNodeAF.setAttribute(aframeObject.compName, 'visible', propertyValue); break; default: value = undefined; break; } } } if (value === undefined && self.state.isAAnimMixerDefinition(node.prototypes)) { if (aframeObject.el.getAttribute(aframeObject.compName)) { value = propertyValue; let parentNodeAF = aframeObject.el; switch (propertyName) { case "clip": parentNodeAF.setAttribute(aframeObject.compName, 'clip', propertyValue); break; case "duration": parentNodeAF.setAttribute(aframeObject.compName, 'duration', propertyValue); break; case "crossFadeDuration": parentNodeAF.setAttribute(aframeObject.compName, 'crossFadeDuration', propertyValue); break; case "loop": parentNodeAF.setAttribute(aframeObject.compName, 'loop', propertyValue); break; case "repetitions": parentNodeAF.setAttribute(aframeObject.compName, 'repetitions', propertyValue); break; default: value = undefined; break; } } } if (value === undefined && self.state.isAInterpolationDefinition(node.prototypes)) { if (aframeObject.el.getAttribute(aframeObject.compName)) { value = propertyValue; let parentNodeAF = aframeObject.el; switch (propertyName) { case "enabled": parentNodeAF.setAttribute(aframeObject.compName, 'enabled', propertyValue); break; case "deltaPos": parentNodeAF.setAttribute(aframeObject.compName, 'deltaPos', propertyValue); break; case "deltaRot": parentNodeAF.setAttribute(aframeObject.compName, 'deltaRot', propertyValue); break; case "deltaScale": parentNodeAF.setAttribute(aframeObject.compName, 'deltaScale', propertyValue); break; default: value = undefined; break; } } } if (value === undefined && self.state.isAGizmoDefinition(node.prototypes)) { if (aframeObject.el.getAttribute(aframeObject.compName)) { value = propertyValue; let parentNodeAF = aframeObject.el; switch (propertyName) { case "mode": parentNodeAF.setAttribute(aframeObject.compName, 'mode', propertyValue); break; default: value = undefined; break; } } } } return value; }, // -- callingMethod ------------------------------------------------------------------------ callingMethod: function (nodeID, methodName, methodParameters) { let self = this; var node = this.state.nodes[nodeID]; if (!node) return; if (node && node.aframeObj) { let aframeObject = node.aframeObj; let parentNodeAF = aframeObject.el; if(methodName == "getIntersectionPoint") { //let nodes = vwf.models["/drivers/model/aframe"].model.state.nodes; let comp = parentNodeAF.components['raycaster']; let objID = methodParameters[0]; if (comp.intersectedEls.length>0){ //console.log(comp.intersectedEls); let intersecedObj = comp.intersectedEls[0]; //objID ? nodes[objID] : nodes[comp.intersectedEls[0].id]; let intersection = comp.getIntersection(intersecedObj); if(intersection) return intersection.point } return undefined } } }, // -- gettingProperty ---------------------------------------------------------------------- gettingProperty: function (nodeID, propertyName, propertyValue) { let self = this; var node = this.state.nodes[nodeID]; var value = undefined; if (node && node.aframeObj) { var aframeObject = node.aframeObj; if (self.state.isComponentNodeDefinition(node.prototypes)) { switch (propertyName) { } } if (value === undefined && self.state.isComponentDefinition(node.prototypes)) { switch (propertyName) { case "compName": break; } } // isALineDefinition( node.prototypes ) aframeObject.compName == compName if (value === undefined && self.state.isARayCasterDefinition(node.prototypes)) { value = propertyValue; let parentNodeAF = aframeObject.el; let defs = ['direction', 'far', 'interval', 'near', 'objects', 'origin', 'recursive', 'showLine', 'useWorldCoordinates']; let el = defs.includes(propertyName); value = el ? parentNodeAF.getAttribute('raycaster')[propertyName] : undefined; // defs.forEach(element => { // if (element == propertyName) { // let val = parentNodeAF.getAttribute('raycaster').element; // value = AFRAME.utils.coordinates.isCoordinates(val) ? AFRAME.utils.coordinates.stringify(val) : val // } // }) } // if (value === undefined && isARayCasterListenerDefinition(node.prototypes)) { // value = propertyValue; // let parentNodeAF = aframeObject.el; // switch (propertyName) { // default: // value = undefined; // break; // } // } if (value === undefined && self.state.isAFogDefinition(node.prototypes)) { value = propertyValue; let parentNodeAF = aframeObject.el; let defs = ['fogType', 'color', 'density', 'near', 'far']; defs.forEach(element => { if (element == propertyName) { switch (element) { case 'fogType': value = parentNodeAF.getAttribute('fog').type; break; case 'fogColor': value = parentNodeAF.getAttribute('fog').color; break; default: value = parentNodeAF.getAttribute('fog').element; break; } } }) } if (value === undefined && self.state.isAAabbColliderListenerDefinition(node.prototypes)) { let parentNodeAF = aframeObject.el; if(propertyName == "dynamic"){ let attr = parentNodeAF.getAttribute('data-aabb-collider-dynamic'); value = attr ? true : false } } if (value === undefined && self.state.isAShadowDefinition(node.prototypes)) { value = propertyValue; // let parentNodeAF = self.state.nodes[node.parentID].aframeObj; let parentNodeAF = aframeObject.el; switch (propertyName) { case "cast": value = parentNodeAF.getAttribute(aframeObject.compName).cast; break; case "receive": value = parentNodeAF.getAttribute(aframeObject.compName).receive; break; } } if (value === undefined && self.state.isALineDefinition(node.prototypes)) { value = propertyValue; // let parentNodeAF = self.state.nodes[node.parentID].aframeObj; let parentNodeAF = aframeObject.el; switch (propertyName) { case "start": value = AFRAME.utils.coordinates.stringify(parentNodeAF.getAttribute(aframeObject.compName).start); break; case "end": value = AFRAME.utils.coordinates.stringify(parentNodeAF.getAttribute(aframeObject.compName).end); break; case "color": value = parentNodeAF.getAttribute(aframeObject.compName).color; break; case "opacity": value = parentNodeAF.getAttribute(aframeObject.compName).opacity; break; case "visible": value = parentNodeAF.getAttribute(aframeObject.compName).visible; break; } } if (value === undefined && self.state.isAAnimMixerDefinition(node.prototypes)) { value = propertyValue; // let parentNodeAF = self.state.nodes[node.parentID].aframeObj; let parentNodeAF = aframeObject.el; switch (propertyName) { case "clip": value = parentNodeAF.getAttribute(aframeObject.compName).clip; break; case "duration": value = parentNodeAF.getAttribute(aframeObject.compName).duration; break; case "crossFadeDuration": value = parentNodeAF.getAttribute(aframeObject.compName).crossFadeDuration; break; case "loop": value = parentNodeAF.getAttribute(aframeObject.compName).loop; break; case "repetitions": value = parentNodeAF.getAttribute(aframeObject.compName).repetitions; break; } } //A-Frame material if (value === undefined && self.state.isAMaterialDefinition(node.prototypes)) { value = propertyValue; // let parentNodeAF = self.state.nodes[node.parentID].aframeObj; let parentNodeAF = aframeObject.el; let schema = Object.keys(AFRAME.components.material.schema).concat(Object.keys(AFRAME.shaders.standard.schema)); let el = schema.includes(propertyName); value = el ? parentNodeAF.getAttribute('material')[propertyName] : undefined; switch (propertyName) { case "src": value = value !== "" ? ('#' + value.getAttribute('id')) : value; break; } } if (value === undefined && self.state.isASoundDefinition(node.prototypes)) { value = propertyValue; // let parentNodeAF = self.state.nodes[node.parentID].aframeObj; let parentNodeAF = aframeObject.el; let el = self.aframeComponentDef['A-SOUND'].includes(propertyName); value = el ? parentNodeAF.getAttribute('sound')[propertyName] : undefined; // self.aframeComponentDef['A-SOUND'].forEach(element => { // if (element == propertyName) { // value = parentNodeAF.getAttribute('sound').element; // } // }) } if (value === undefined && self.state.isAMirrorDefinition(node.prototypes)) { value = propertyValue; // let parentNodeAF = self.state.nodes[node.parentID].aframeObj; let parentNodeAF = aframeObject.el; let el = self.aframeComponentDef['mirror'].includes(propertyName); value = el ? parentNodeAF.getAttribute('mirror')[propertyName] : undefined; // self.aframeComponentDef['mirror'].forEach(element => { // if (element == propertyName) { // value = parentNodeAF.getAttribute('mirror').element; // } // }) } if (value === undefined && self.state.isAAabbColliderDefinition(node.prototypes)) { value = propertyValue; // let parentNodeAF = self.state.nodes[node.parentID].aframeObj; let parentNodeAF = aframeObject.el; let el = self.aframeComponentDef['aabb-collider'].includes(propertyName); value = el ? parentNodeAF.getAttribute('aabb-collider')[propertyName] : undefined; // self.aframeComponentDef['aabb-collider'].forEach(element => { // if (element == propertyName) { // value = parentNodeAF.getAttribute('aabb-collider').element; // } // }) } if (value === undefined && self.state.isALinePathDefinition(node.prototypes)) { value = propertyValue; // let parentNodeAF = self.state.nodes[node.parentID].aframeObj; let parentNodeAF = aframeObject.el; switch (propertyName) { case "color": value = parentNodeAF.getAttribute(aframeObject.compName).color; break; case "path": value = parentNodeAF.getAttribute(aframeObject.compName).path; break; case "width": value = parentNodeAF.getAttribute(aframeObject.compName).width; break; case "taper": value = parentNodeAF.getAttribute(aframeObject.compName).taper; break; case "transparent": value = parentNodeAF.getAttribute(aframeObject.compName).transparent; break; case "opacity": value = parentNodeAF.getAttribute(aframeObject.compName).opacity; break; } } if (value === undefined && self.state.isAViewOffsetCameraDefinition(node.prototypes)) { value = propertyValue; // let parentNodeAF = self.state.nodes[node.parentID].aframeObj; let parentNodeAF = aframeObject.el; switch (propertyName) { case "fullWidth": value = parentNodeAF.getAttribute(aframeObject.compName).fullWidth; break; case "fullHeight": value = parentNodeAF.getAttribute(aframeObject.compName).fullHeight; break; case "subcamWidth": value = parentNodeAF.getAttribute(aframeObject.compName).width; break; case "subcamHeight": value = parentNodeAF.getAttribute(aframeObject.compName).height; break; case "xoffset": value = parentNodeAF.getAttribute(aframeObject.compName).xoffset; break; case "yoffset": value = parentNodeAF.getAttribute(aframeObject.compName).yoffset; break; } } if (value === undefined && self.state.isAInterpolationDefinition(node.prototypes)) { value = propertyValue; // let parentNodeAF = self.state.nodes[node.parentID].aframeObj; let parentNodeAF = aframeObject.el; switch (propertyName) { case "enabled": value = parentNodeAF.getAttribute(aframeObject.compName).enabled; break; case "deltaPos": value = parentNodeAF.getAttribute(aframeObject.compName).deltaPos; break; case "deltaRot": value = parentNodeAF.getAttribute(aframeObject.compName).deltaRot; break; case "deltaScale": value = parentNodeAF.getAttribute(aframeObject.compName).deltaScale; break; } } if (value === undefined && self.state.isAGizmoDefinition(node.prototypes)) { value = propertyValue; // let parentNodeAF = self.state.nodes[node.parentID].aframeObj; let parentNodeAF = aframeObject.el; switch (propertyName) { case "mode": value = parentNodeAF.getAttribute(aframeObject.compName).mode; break; } } } if (value !== undefined) { propertyValue = value; } return value; } }); } } export { AFrameComponentModel as default }