/* This file contains proprietary software owned by Motorola Mobility, Inc.
No rights, expressed or implied, whatsoever to this software are provided by Motorola Mobility, Inc. hereunder.
(c) Copyright 2011 Motorola Mobility, Inc. All Rights Reserved.
*/ var Montage = require("montage/core/core").Montage, Component = require("montage/ui/component").Component, MaterialsModel = require("js/models/materials-model").MaterialsModel; //////////////////////////////////////////////////////////////////////// //Exporting as MaterialsPopup exports.MaterialsPopup = Montage.create(Component, { //////////////////////////////////////////////////////////////////// okButton: { value: null, serializable: true }, cancelButton: { value: null, serializable: true }, materialTitle: { value: null, serializable: true }, // Material Properties _materialName: { enumerable: true, value: "" }, captureAction: { value:function(event) { switch(event._currentTarget.label) { case "Cancel": console.log("Cancel material edit"); break; case "OK": console.log("Committing material with the following values:"); for(var i=0, len=this.materialsProperties.childComponents.length; i< len; i++) { var childControl = this.materialsProperties.childComponents[i]; var childValue = childControl._control[childControl._prop]; if(typeof childValue === "object") { console.log(childControl.label + " is "); console.dir(childValue); } else { console.log(childControl.label + " is " + childValue); } console.log("--------------"); } break; } // Notify Materials Library to close popup NJevent("hideMaterialPopup"); } }, updatePreview: { value: function(event) { if(event.type === "propertyChanging") { this._handlePropertyChanging(event); } else { this._handlePropertyChange(event); } } }, _handlePropertyChanging: { value: function(event) { if(typeof event.propertyValue === "object") { console.log(event.propertyLabel + " changing to "); console.dir(event.propertyValue); } else { console.log(event.propertyLabel + " changing to " + event.propertyValue); } if (event.propertyLabel && event.propertyValue) this.applyProperty( event.propertyLabel, event.propertyValue ); } }, _handlePropertyChange: { value: function(event) { if(typeof event.propertyValue === "object") { console.log(event.propertyLabel + " changed to "); console.dir(event.propertyValue); } else { console.log(event.propertyLabel + " changed to " + event.propertyValue); } if (event.propertyLabel) this.applyProperty( event.propertyLabel, event.propertyValue ); } }, applyProperty: { value: function( propLabel, propValue) { // find the property lable in the array // This assumes no duplication in labels if (this._propLabels) { // the label cones through with a trailing ':'. remove that var ch = propLabel[ propLabel.length - 1]; if (ch == ':') propLabel = propLabel.substr(0, propLabel.length - 1); var index; var nProps = this._propLabels.length; for (var i=0; i 0)) { var index = value.lastIndexOf( "/" ); if (index < 0) index = value.lastIndexOf( "\\" ); if (index >= 0) value = value.substr( index+1 ); value = "assets\\images\\" + value; rtnValue = value.slice(0); } break; case "checkbox": rtnValue = value; break; default: console.log( "unrecognized material control type: " + type ); break; } return rtnValue; } }, //////////////////////////////////////////////////////////////////// // prepareForDraw: { enumerable: false, value: function() { this.cancelButton.addEventListener("action", this, true); this.okButton.addEventListener("action", this, true); } }, //////////////////////////////////////////////////////////////////// // didDraw: { enumerable: false, value: function() { this.materialTitle.innerHTML = this._materialName; } }, //Garbage collection (Manual method) destroy: { enumerable: false, value: function() { // add cleanup routines here } }, loadMaterials: { enumerable: true, value: function(materialID) { //TODO - Hack to force repetition to draw. Setting .length = 0 did not work. this.materialsData = []; this._materialName = materialID; if( (materialID === "UberMaterial") || (materialID === "FlatMaterial") || (materialID === "BumpMetalMaterial") || (materialID === "LinearGradientMaterial") || (materialID === "RadialGradientMaterial") ) { var material = MaterialsModel.getMaterial( materialID ); if (material) { this._material = material; this.materialsData = this.getMaterialData( material ); } } else { this.materialsData = this[materialID]; } this.needsDraw = true; } }, getMaterialData: { value: function( material ) { // declare the array to hold the results var rtnArray = []; var propNames = [], propValues = [], propTypes = [], propLabels = []; this._propNames = propNames; this._propValues = propValues; this._propTypes = propTypes; this._propLabels = propLabels; material.getAllProperties( propNames, propValues, propTypes, propLabels); var n = propNames.length; for (var i=0; i 2) { obj["defaults"]["data"][2] = { "label": "Z", "description": "Z value", "controlType": "HotText", "defaults": { "minValue": -1.e8, "maxValue": 1.e8, "value": value[2] } } } return obj; } }, // _dummyData1 CheckerBoard: { value: [ { "label": "Texture1", "description": "Texture1 value", "controlType": "FileInput", "defaults": { "filePath": "http://localhost/" } }, { "label": "Diffuse", "description": "Diffuse value", "controlType": "ColorChip", "defaults": { } }, { "label": "Specular", "description": "Specular value", "controlType": "Button", "defaults": { "isToggleButton": true } }, { "label": "Shininess", "description": "Shininess value", "controlType": "HotText", "defaults": { "minValue": 0, "maxValue": 128, "decimalPlace": 100 } }, { "label": "RGB", "description": "RGB value", "controlType": "InputGroup", "defaults": { data:[ { "label": "R", "description": "R value", "controlType": "HotText", "defaults": { "minValue": 0, "maxValue": 255, "value": 255 } }, { "label": "G", "description": "G value", "controlType": "HotText", "defaults": { "minValue": 0, "maxValue": 255 } }, { "label": "B", "description": "B value", "controlType": "HotText", "defaults": { "minValue": 0, "maxValue": 255 } } ] } }, { "label": "XYZ", "description": "XYZ value", "controlType": "InputGroup", "defaults": { data:[ { "label": "X", "description": "X value", "controlType": "TextField", "defaults": { "text": "0" } }, { "label": "Y", "description": "Y value", "controlType": "TextField", "defaults": { "text": "0" } }, { "label": "Z", "description": "Z value", "controlType": "TextField", "defaults": { "text": "1" } } ] } }, { "label": "Foo", "description": "Foo value", "controlType": "Slider", "defaults": { "minValue": 0, "maxValue": 100, "value": 50, "allowTrackClick": true } }, { "label": "Bar", "description": "Bar value", "controlType": "HotTextUnit", "defaults": { "acceptableUnits": ["%"], "value": 50, "units": "%" } } ] }, // _dummyData2 ShinyMetal: { value: [ { "label": "Diffuse", "description": "Diffuse value", "controlType": "ColorChip", "defaults": { } }, { "label": "Ambient", "description": "Ambient value", "controlType": "ColorChip", "defaults": { } }, { "label": "Specular", "description": "Specular value", "controlType": "ColorChip", "defaults": { } }, { "label": "Shininess", "description": "Shininess value", "controlType": "HotText", "defaults": { "minValue": 0, "maxValue": 128 } } ] }, materialsProperties: { serializable: true, value: null }, _materialsData: { enumerable: true, serializable: true, value: [] }, materialsData: { enumerable: true, serializable: true, get: function() { return this._materialsData; }, set: function(data) { this._materialsData = data; if(this.materialsProperties && data.length) { this.materialsProperties.needsDraw = true; } } } });