Skip to content

GitLab

A
AMOEBA
Commit 07efe70d authored by amandaghassaei's avatar amandaghassaei
Browse files
Options

eod

parent 864d6858
Hide whitespace changes
Inline Side-by-side
Showing with 379 additions and 265 deletions
js/models/AppState.js
View file @ 07efe70d
......@@ -224,6 +224,7 @@ define(['underscore', 'backbone', 'threeModel', 'three', 'plist', 'materialsPlis
this.lattice.clearCells();
var currentLevel = this.get("hierLevel");
this.set("materialClass", (_.keys(materialsPlist.allMaterialClasses[currentLevel]))[0]);
console.log(this.get("materialClass"));
globals.loadHierarchicalAssembly(currentLevel);
},
......
js/plists/MaterialsPlist.js
View file @ 07efe70d
......@@ -8,7 +8,8 @@ define([], function(){
return {
allMaterialClasses:{
element:{
element: "Elemental Bricks"
elementMech: "Elemental Mechanical",
elementElectronic: "Elemental Electronic"
},
function:{
em: "Functional Bricks"
......@@ -24,7 +25,7 @@ define([], function(){
allMaterials:{
em:{
insulating: {
name: "Structural Insulating",
name: "Structural",
color: "#8a2be2",
altColor: "#8a2be2",
properties:{
......@@ -34,8 +35,44 @@ define([], function(){
k: 500
}
},
flexure: {
name: "Flexure Insulating",
hinge1DOF: {
name: "1 DOF Hinge",
color: "#cda4f3",
altColor: "#cda4f3",
texture: "stripes",
properties:{
conductive: false,
density: 3500,//kg/m^3
elasMod: 0.01,
k: 30
}
},
hinge2DOF: {
name: "2 DOF Hinge",
color: "#cda4f3",
altColor: "#cda4f3",
texture: "stripes",
properties:{
conductive: false,
density: 3500,//kg/m^3
elasMod: 0.01,
k: 30
}
},
flexureTorsion: {
name: "Torsion Flexure",
color: "#cda4f3",
altColor: "#cda4f3",
texture: "stripes",
properties:{
conductive: false,
density: 3500,//kg/m^3
elasMod: 0.01,
k: 30
}
},
shear1DOF: {
name: "Shear Flexure",
color: "#cda4f3",
altColor: "#cda4f3",
texture: "stripes",
......@@ -47,7 +84,7 @@ define([], function(){
}
},
conductive:{
name: "Structural Conductive",
name: "Structural Electronic Routing",
color: "#b5a642",
altColor: "#857B64",
properties:{
......@@ -58,7 +95,7 @@ define([], function(){
}
},
flexureCond: {
name: "Flexure Conductive",
name: "Iso-Flexible Electronic Routing",
color: "#b4ac9c",
altColor: "#b4ac9c",
texture: "stripes",
......@@ -69,43 +106,41 @@ define([], function(){
k: 30
}
},
//alum:{
// name: "Lightweight Structural Conductive",
// color: "#9CC9CB",
// altColor: "#9CC9CB",
// properties:{
// conductive: true,
// density: 8500,//kg/m^3
// elasMod: 1000,//Gpascals (kg/(s^2*m)/10000000000)
// k: 1000
// }
//},
// heatResist: {
// name: "Structural Heat-Resistant",
// color: "#9CC9CB",
// altColor: "#9CC9CB",
// properties:{
// conductive: false,
// density: 500,//kg/m^3
// elasMod: 17.2
// }
// },
// carbon: {
// name: "Resistive",
// color: "#222",
// altColor: "#000",
// properties:{
// conductive: false,
// density: 500,//kg/m^3
// elasMod: 181,
// k: 1000
// }
// },
actuator: {
name: "Actuator",
actuatorLinear: {
name: "Linear Actuator",
color: "#FFCC00",
altColor: "#FFCC00",
properties:{
conductive: false,
density: 6500,//kg/m^3
elasMod: 50,
k: 200
}
},
actuatorBend: {
name: "Bending Actuator",
color: "#FFCC00",
altColor: "#FFCC00",
properties:{
conductive: false,
density: 6500,//kg/m^3
elasMod: 50,
k: 200
}
},
actuatorTorsion: {
name: "Torsional Actuator",
color: "#FFCC00",
altColor: "#FFCC00",
properties:{
conductive: false,
density: 6500,//kg/m^3
elasMod: 50,
k: 200
}
},
actuatorShear: {
name: "Shear Actuator",
color: "#FFCC00",
altColor: "#FFCC00",
properties:{
......@@ -125,58 +160,47 @@ define([], function(){
elasMod: 50,
k: 200
}
},
script: {
name: "Programmable Logic",
color: "#0EE3B8",
altColor: "#0EE3B8",
properties:{
conductive: true,
density: 6500,//kg/m^3
elasMod: 50,
k: 200
}
}
//nmos: {
// name: "NMOS",
// color: "#F99987",
// altColor: "#F99987",
// properties:{
// conductive: false,
// density: 6500,//kg/m^3
// elasMod: 50,
// k: 1000
// }
//},
//pmos: {
// name: "PMOS",
// color: "#0EE3B8",
// altColor: "#0EE3B8",
// properties:{
// conductive: false,
// density: 6500,//kg/m^3
// elasMod: 50,
// k: 1000
// }
//},
//diode: {
// name: "Diode",
// color: "#dfccaf",
// altColor: "#dfccaf",
// properties:{
// conductive: false,
// density: 6500,//kg/m^3
// elasMod: 50,
// k: 1000
// }
//},
//zener: {
// name: "Zener Diode",
// color: "#bf390b",
// altColor: "#bf390b",
// properties:{
// conductive: false,
// density: 6500,//kg/m^3
// elasMod: 50,
// k: 1000
// }
//}
},
element:{
elementMech: {
brass: {
name: "Brass",
color: "#b5a642",
altColor: "#857B64",
properties: {
conductive: true,
density: 8500,//kg/m^3
elasMod: 1000,//Gpascals (kg/(s^2*m)/10000000000)
k: 500
}
},
alum: {
name: "Aluminum",
color: "#9CC9CB",
altColor: "#9CC9CB",
properties: {
conductive: true,
density: 8500,//kg/m^3
elasMod: 1000,//Gpascals (kg/(s^2*m)/10000000000)
k: 1000
}
},
fiberglass: {
name: "Fiberglass",
color: "#8a2be2",
altColor: "#8a2be2",
properties:{
properties: {
conductive: false,
density: 3500,//kg/m^3
elasMod: 17.2,
......@@ -188,43 +212,68 @@ define([], function(){
color: "#cda4f3",
altColor: "#cda4f3",
texture: "stripes",
properties:{
properties: {
conductive: false,
density: 3500,//kg/m^3
elasMod: 0.01,
k: 30
}
},
brass:{
//heatResist: {
// name: "Kapton",
// color: "#9CC9CB",
// altColor: "#9CC9CB",
// properties:{
// conductive: false,
// density: 500,//kg/m^3
// elasMod: 17.2
// }
//},
piezo: {
name: "Piezo",
color: "#FFCC00",
altColor: "#FFCC00",
properties: {
conductive: false,
density: 6500,//kg/m^3
elasMod: 50,
k: 200
}
}
},
elementElectronic:{
brass: {
name: "Brass",
color: "#b5a642",
altColor: "#857B64",
properties:{
properties: {
conductive: true,
density: 8500,//kg/m^3
elasMod: 1000,//Gpascals (kg/(s^2*m)/10000000000)
k: 500
}
},
alum:{
alum: {
name: "Aluminum",
color: "#9CC9CB",
altColor: "#9CC9CB",
properties:{
properties: {
conductive: true,
density: 8500,//kg/m^3
elasMod: 1000,//Gpascals (kg/(s^2*m)/10000000000)
k: 1000
}
},
heatResist: {
name: "Kapton",
color: "#9CC9CB",
altColor: "#9CC9CB",
properties:{
fiberglass: {
name: "Fiberglass",
color: "#8a2be2",
altColor: "#8a2be2",
properties: {
conductive: false,
density: 500,//kg/m^3
elasMod: 17.2
density: 3500,//kg/m^3
elasMod: 17.2,
k: 500
}
},
carbon: {
......@@ -238,17 +287,6 @@ define([], function(){
k: 1000
}
},
piezo: {
name: "Piezo",
color: "#FFCC00",
altColor: "#FFCC00",
properties:{
conductive: false,
density: 6500,//kg/m^3
elasMod: 50,
k: 200
}
},
nmos: {
name: "NMOS",
color: "#F99987",
......@@ -271,32 +309,98 @@ define([], function(){
k: 1000
}
},
diode: {
name: "Diode",
//diode: {
// name: "Diode",
// color: "#dfccaf",
// altColor: "#dfccaf",
// properties:{
// conductive: false,
// density: 6500,//kg/m^3
// elasMod: 50,
// k: 1000
// }
//},
//zener: {
// name: "Zener Diode",
// color: "#bf390b",
// altColor: "#bf390b",
// properties:{
// conductive: false,
// density: 6500,//kg/m^3
// elasMod: 50,
// k: 1000
// }
//}
},
module: {
routing: {
name: "Routing",
color: "#dfccaf",
altColor: "#857B64",
properties: {
conductive: false,
density: 6500,//kg/m^3
elasMod: 50,
k: 1000
}
},
clamp: {
name: "Clamp",
color: "#dfccaf",
altColor: "#dfccaf",
properties:{
properties: {
conductive: false,
density: 6500,//kg/m^3
elasMod: 50,
k: 1000
}
},
zener: {
name: "Zener Diode",
color: "#bf390b",
altColor: "#bf390b",
properties:{
actuator: {
name: "Linear Actuator",
color: "#dfccaf",
altColor: "#dfccaf",
properties: {
conductive: false,
density: 6500,//kg/m^3
elasMod: 50,
k: 1000
}
}
},
module: {
diode: {
name: "Diode",
},
gripper: {
name: "Gripper",
color: "#dfccaf",
altColor: "#dfccaf",
properties: {
conductive: false,
density: 6500,//kg/m^3
elasMod: 50,
k: 1000
}
},
readHead: {
name: "Read Head",
color: "#dfccaf",
altColor: "#dfccaf",
properties: {
conductive: false,
density: 6500,//kg/m^3
elasMod: 50,
k: 1000
}
},
writeHead: {
name: "Write Head",
color: "#dfccaf",
altColor: "#dfccaf",
properties: {
conductive: false,
density: 6500,//kg/m^3
elasMod: 50,
k: 1000
}
},
script: {
name: "Micro Controller",
color: "#dfccaf",
altColor: "#dfccaf",
properties: {
......@@ -308,8 +412,30 @@ define([], function(){
}
},
system: {
zener: {
name: "Zener Diode",
structural: {
name: "Structural",
color: "#bf390b",
altColor: "#bf390b",
properties:{
conductive: false,
density: 6500,//kg/m^3
elasMod: 50,
k: 1000
}
},
mobile: {
name: "Mobile",
color: "#bf390b",
altColor: "#bf390b",
properties:{
conductive: false,
density: 6500,//kg/m^3
elasMod: 50,
k: 1000
}
},
register: {
name: "Register",
color: "#bf390b",
altColor: "#bf390b",
properties:{
......
js/simulation/element/FEA/elementFEASim.js
View file @ 07efe70d
......@@ -3,179 +3,164 @@
*/
define(['three', 'underscore', 'backbone', 'threeModel', 'appState', 'emSimLattice', 'lattice'],
function(THREE, _, Backbone, three, appState, emSimLattice, lattice){
define(['three', 'underscore', 'backbone', 'threeModel', 'appState', 'Sim', 'emSimLattice', 'lattice', 'plist', 'globals'],
function(THREE, _, Backbone, three, appState, Sim, EmSimLattice, lattice, plist, globals){
var Sim = Backbone.Model.extend({
var elementFEASim = Sim.extend({
defaults:{
defaults: _.extend({},Sim.prototype.defaults,
{
visibleWire: -1,//-2 show all, -1 show conductors, or wire id, -3 show actuators, -4 show problem actuators
visibleActuator: 0
}
),
dtSolver: 10,//us
dtRender: 100,//frames
initialize: function(){
isRunning: false,
needsReset: false,
this.simLattice = new EmSimLattice();
viewMode: 'default',
colorMin: null,
colorMax: null,
autoRangeColor: true,
numSimMaterials: 20,//number of materials used in gradient view
this.listenTo(this, "change:visibleWire", function(){this.showConductors();});
this.listenTo(this, "change:visibleActuator", function(){this.showActuator();});
manualSelectFixed: false,
showFixed: false,
fixedIndices: [],
this._initialize();
},
initialize: function(){
this.listenTo(appState, "change:currentNav", this._navChanged);
this.listenTo(appState, "change:currentTab", this._tabChanged);
this.listenTo(this, "change:showFixed", this._toggleFixedVisibility);
this.listenTo(this, "change:viewMode change:colorMax change:colorMin", this._viewModechanged);
//events
this._navChanged();
_navChanged: function(){
this.time = 0;
var currentNav = appState.get("currentNav");
if (plist.allMenus[currentNav].parentNav) currentNav = plist.allMenus[currentNav].parentNav;
if (plist.allMenus[currentNav].parent) currentNav = plist.allMenus[currentNav].parent;
this.simMaterials = this._buildSimMaterials();
},
if (currentNav != "navSim") {
this.reset();
this._viewModechanged();
return;
}
_buildSimMaterials: function(){
var materials = [];
var numMaterials = this.get("numSimMaterials");
for (var i=0;i<numMaterials;i++){
materials.push(new THREE.MeshLambertMaterial({color: this._colorForVal(i, 0, numMaterials-1)}));
this._changeGroundHeight();
var previous = appState.previous("currentNav");
if (previous != "emNavSignal" && plist.allMenus[appState.get("currentNav")].parent != "emNavSim"){
this.simLattice.setCells(lattice.getCells(), this.get("fixedIndices"));
}
return materials;
},
_colorForVal : function(val, min, max){
if (min==max) return new THREE.Color();
var scaledVal = (1-(val - min)/(max - min)) * 0.7;
var color = new THREE.Color();
color.setHSL(scaledVal, 1, 0.5);
return color;
var currentTab = appState.get("currentTab");
if (currentTab == "emElectronics" || currentTab == "signal"){
this.showConductors();
}
},
_materialForVal: function(val, min, max, numMaterials){
var index = Math.round((numMaterials-1)*(val-min)/(max-min));
if (min == max) index = 0;
return this.simMaterials[index];
_tabChanged: function(){
var currentTab = appState.get("currentTab");
var currentNav = appState.get("currentNav");
var lastNav = appState.previous("currentNav");
if ((lastNav == "emNavSim" || currentNav == "emNavSim")) {
if (currentTab != "emRun"){
this.reset();
}
if (currentTab == "emElectronics") {
this.showConductors();
return;
}
var previousTab = appState.previous("currentTab");
if (previousTab == "emElectronics") {
this.showConductors(-2);//show all if not in electronics tab
}
}
},
_getViewMode: function(){
return this.get("viewMode");
showActuator: function(index){
if (index === undefined) index = this.get("visibleActuator");
this.simLattice.loopCells(function(cell){
cell.setTransparent(true);
});
this.simLattice.get("actuators")[index].cell.setTransparent(false);
three.render();
},
showConductors: function(groupNum){
if (groupNum === undefined) groupNum = this.get("visibleWire");
if (_.keys(this.simLattice.get("wires")).length == 0 || groupNum == -2){