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-rw-r--r--views/script/netlist.js~839
1 files changed, 0 insertions, 839 deletions
diff --git a/views/script/netlist.js~ b/views/script/netlist.js~
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--- a/views/script/netlist.js~
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@@ -1,839 +0,0 @@
-var netlistcreator={
- matrixxform:function(point,matrix){
- var pin=webtronics.circuit.svgRoot.createSVGPoint();
- pin.x=point.x;
- pin.y=point.y;
- pin=pin.matrixTransform(matrix);
- return {x:Math.round(pin.x),y:Math.round(pin.y)};
- },
-
- /*tests if 2 point are within 3 pixels of each other*/
- ispoint:function(point1,point2){
- return (Math.abs(point2.x-point1.x)<3)&&(Math.abs(point2.y-point1.y)<3);
- },
-
- sortnetlist:function(list){
- var G=[];
- var S=[];
- var A=[];
- var B=[];
- var C=[];
- var D=[];
- var I=[];
- var J=[];
- var K=[];
- var L=[];
- var M=[];
- var N=[];
- var P=[];
- var Q=[];
- var R=[];
- var U=[];
- var V=[];
- var wire=[];
- var other=[]
- for(var i=0;i<list.length;i++){
- if(list[i].type=='gnd'){
- G.push(list[i]);
- }
- else if(list[i].type=='v'){
- V.push(list[i]);
- }
- else if(list[i].type=='wire'){
- wire.push(list[i]);
- }
- else if(list[i].type=='b'){
- B.push(list[i]);
- }
- else if(list[i].type=='c'){
- C.push(list[i]);
- }
- else if(list[i].type=='d'){
- D.push(list[i]);
- }
- else if(list[i].type=='i'){
- J.push(list[i]);
- }
- else if(list[i].type=='j'){
- J.push(list[i]);
- }
- else if(list[i].type=='k'){
- K.push(list[i]);
- }
- else if(list[i].type=='l'){
- L.push(list[i]);
- }
- else if(list[i].type=='m'){
- M.push(list[i]);
- }
- else if(list[i].type=='n'){
- N.push(list[i]);
- }
- else if(list[i].type=='plot'){
- P.push(list[i]);
- }
- else if(list[i].type=='q'){
- Q.push(list[i]);
- }
- else if(list[i].type=='r'){
- R.push(list[i]);
- }
- else if(list[i].type=='u'){
- U.push(list[i]);
- }
- /* this is the best way I could think to tell if a part i digital */
- else if(list[i].category=="digital"){
- A.push(list[i]);
- }
- else {
- list[i].error='unknown device';
- other.push(list[i]);
- }
- }
-
- var sortfunction=function(a,b){
- var apart=a.id.replace(a.type,"");
- var bpart=b.id.replace(b.type,"");
- if(!apart)apart=0;
- if(!bpart)bpart=0;
- return (apart>bpart);
- };
- V.sort(sortfunction);
- wire.sort(sortfunction);
- B.sort(sortfunction);
- C.sort(sortfunction);
- D.sort(sortfunction);
- I.sort(sortfunction);
- J.sort(sortfunction);
- K.sort(sortfunction);
- L.sort(sortfunction);
- M.sort(sortfunction);
- N.sort(sortfunction);
- P.sort(sortfunction);
- Q.sort(sortfunction);
- R.sort(sortfunction);
- U.sort(sortfunction);
- A.sort(sortfunction);
-
- var newlist=[];
- G.each(function(item){newlist.push(item)});
- G.reverse();
- V.each(function(item){newlist.push(item)});
- wire.each(function(item){newlist.push(item)});
- B.each(function(item){newlist.push(item)});
- C.each(function(item){newlist.push(item)});
- D.each(function(item){newlist.push(item)});
- I.each(function(item){newlist.push(item)});
- J.each(function(item){newlist.push(item)});
- K.each(function(item){newlist.push(item)});
- L.each(function(item){newlist.push(item)});
- M.each(function(item){newlist.push(item)});
- N.each(function(item){newlist.push(item)});
- Q.each(function(item){newlist.push(item)});
- R.each(function(item){newlist.push(item)});
- U.each(function(item){newlist.push(item)});
- A.each(function(item){newlist.push(item)});
- other.each(function(item){newlist.push(item)});
-
- /*plots go last*/
- P.each(function(item){newlist.push(item)});
-
-
- return newlist;
- },
-
- /* draws wires to namewire ports with the same id*/
- connectnamewires:function(list){
-
- for(var i=0;i<list.length;i++){
- if((list[i].type=="wire") || (list[i].type=="gnd")){
- for(var j=i;j<list.length;j++){
- if( (list[i]!=list[j]) && ((list[i].id==list[j].id) || (list[i].type=="gnd" && list[j].type=="gnd")) ){
- var line= webtronics.circuit.createline('yellow',1,list[i]['analogpins'][0]['x'],list[i]['analogpins'][0]['y'],list[j]['analogpins'][0]['x'],list[j]['analogpins'][0]['y']);
- line.setAttributeNS(null,'class','webtronics_namewire_connector');
- webtronics.circuit.info.appendChild(line);
- //console.log(line);
- break;
- }
-}
-}
-}
-},
-
-/*check for vectors and convert them*/
-tovector:function(pin,nodenumber){
- var v ="";
- if(pin.parentNode.tagName=="wtx:vector"){
- var vector=Element.descendants(pin.parentNode);
- if(pin==vector[0]){v+="["}
- v+="a"+nodenumber;
- if(pin==vector[vector.length-1]){v+="]";}
- }
- else{
- v+="a"+nodenumber;
- }
-
- return v;
-},
-
-/*
- * <wtx:pins>
- * <wtx:analog>
- * <wtx:node index="1" x="0" y="10"></wtx:node>
- * <wtx:node index="2" x="40" y="10"></wtx:node>
- * </wtx:analog>
- * </wtx:pins>
- * <wtx:id>r</wtx:id>
- * <wtx:type>r</wtx:type>
- * <wtx:name>testresistor</wtx:name>
- * <wtx:category>resistors</wtx:category>
- * <wtx:value></wtx:value>
- * <wtx:label></wtx:label>
- * <wtx:spice></wtx:spice>
- * <wtx:flip></wtx:flip>
- * <wtx:model></wtx:model>
- */
-
-
- getwtxdata:function(parts){
- list=[];
- for(var i=0;i<parts.length;i++){
- var part={error:"", elem:{}, analogpins:[],digitalpins:[],amplitude:"",phase:"",offsetvoltage:"",voltageamplitude:"",frequency:"",delaytime:"",dampingfactor:"",type:"", name:"", category:"", value:"", spice:"", model:"",measure:"", risedelay:"", falldelay:"", pulval1:"", pulval2:"", pulval3:"", pulval4:"", pulval5:"", pulval6:"", pulval7:"", eval1:"", eval2:"", eval3:"", eval4:"", eval5:"", eval6:"", pwlval1:"", pwlval2:"", pwlval3:"", pwlval4:"", pwlval5:"", pwlval6:"", pwlval7:"", pwlval8:""
- }
- /*
- * try{
- * part.nodes=this.getwtxpins(part[i]);
- }
- catch{part.error="wtx:pins not found"}
- */
- part.elem=parts[i];
-
- try{
- var category=webtronics.circuit.getwtxtagname(parts[i],"analog")[0];
- var nodes = webtronics.circuit.getwtxtagname(category,"node");
- for(var j=0;j<nodes.length;j++){
- var point = this.matrixxform( {x:webtronics.circuit.getwtxattribute(nodes[j],"x"),y:webtronics.circuit.getwtxattribute(nodes[j],"y")},webtronics.circuit.parseMatrix(part.elem));
- part.analogpins.push({index:webtronics.circuit.getwtxattribute(nodes[j],"index"),x:point.x,y:point.y,node:undefined}) ;
- }
- //sort nodes int correct order
- part.analogpins.sort(function(a,b){if (a.name > b.name)return 1;if (a.name < b.name)return -1;return 0;});
- }
- catch(e){console.log("no analog pins found");}
-
- try{
- var category=webtronics.circuit.getwtxtagname(parts[i],"digital")[0];
- var nodes = webtronics.circuit.getwtxtagname(category,"node");
- for(var j=0;j<nodes.length;j++){
- var point = this.matrixxform( {x:webtronics.circuit.getwtxattribute(nodes[j],"x"),y:webtronics.circuit.getwtxattribute(nodes[j],"y")},webtronics.circuit.parseMatrix(part.elem));
- part.digitalpins.push({index:webtronics.circuit.getwtxattribute(nodes[j],"index"),x:point.x,y:point.y,node:undefined}) ;
- }
- part.digitalpins.sort(function(a,b){if (a.name > b.name)return 1;if (a.name < b.name)return -1;return 0;});
- }
- catch(e){console.log("no digital pins found");}
- try{
- part.id=this.readwtx(parts[i],'id');
- if(part.type=="gnd"){part.id=part.type;this.writewtx(parts[i],'id',part.id);console.log(this.readwtx(parts[i],'id')+" sfd ");}
- }
- catch(e){part.error="wtx:id not found";}
- try{
- part.type=this.readwtx(parts[i],'type');
- }
- catch(e){
- part.error="wtx:type not found";
- }
- try{
- part.name=this.readwtx(parts[i],'name');
- }
- catch(e){part.error="wtx:name not found";}
- try{
- part.category=this.readwtx(parts[i],'category');
- }
- catch(e){part.error="wtx:category not found";}
- try{
- part.value=this.readwtx(parts[i],'value');
-
- }
- catch(e){part.error="wtx:value not found";}
- try{
- part.spice=this.readwtx(parts[i],'spice');
- }
- catch(e){part.error="wtx:spice not found";}
- try{
- part.model=this.readwtx(parts[i],'model');
- }
- catch(e){part.error="wtx:model not found";}
- //for ac voltage source
- try{
- part.amplitude=this.readwtx(parts[i],'amplitude');
-
-
- }
-
- catch(e){part.error="wtx:amplitude not found";}
- try{
- part.phase=this.readwtx(parts[i],'phase');
- }
- catch(e){part.error="wtx:phase not found";}
-
- //for sinusoidal voltage source
-
- try{
- part.offsetvoltage=this.readwtx(parts[i],'offsetvoltage');
- }
- catch(e){part.error="wtx:offsetvoltage not found";}
-
- try{
- part.voltageamplitude=this.readwtx(parts[i],'voltageamplitude');
- }
- catch(e){part.error="wtx:voltageamplitude not found";}
- try{
- part.frequency=this.readwtx(parts[i],'frequency');
- }
- catch(e){part.error="wtx:frequency not found";}
- try{
- part.delaytime=this.readwtx(parts[i],'delaytime');
- }
- catch(e){part.error="wtx:delaytime not found";}
- try{
- part.dampingfactor=this.readwtx(parts[i],'dampingfactor');
- }
- catch(e){part.error="wtx:dampingfactor not found";}
-
- // FOR pulse volatge source
- try{
- part.pulval1=this.readwtx(parts[i],'pulval1');
- }
- catch(e){part.error="wtx:Initial Value not found";}
-
- try{
- part.pulval2=this.readwtx(parts[i],'pulval2');
- }
- catch(e){part.error="wtx:Pulse Value not found";}
- try{
- part.pulval3=this.readwtx(parts[i],'pulval3');
- }
- catch(e){part.error="wtx:Delay Time not found";}
- try{
- part.pulval4=this.readwtx(parts[i],'pulval4');
- }
- catch(e){part.error="wtx:Rise Time not found";}
-
- try{
- part.pulval5=this.readwtx(parts[i],'pulval5');
- }
- catch(e){part.error="wtx:Fall Time not found";}
- try{
- part.pulval6=this.readwtx(parts[i],'pulval6');
- }
- catch(e){part.error="wtx:Pulse Period not found";}
- try{
- part.pulval7=this.readwtx(parts[i],'pulval7');
- }
- catch(e){part.error="wtx:Pulse Width not found";}
-
- //FOR pwl volatge source
- try{
- part.pwlval1=this.readwtx(parts[i],'pwlval1');
- }
- catch(e){part.error="wtx:Time T1 Value not found";}
-
- try{
- part.pwlval2=this.readwtx(parts[i],'pwlval2');
- }
- catch(e){part.error="wtx:Voltage V1 Value not found";}
- try{
- part.pwlval3=this.readwtx(parts[i],'pwlval3');
- }
- catch(e){part.error="wtx:Time T2 Value not found";}
- try{
- part.pwlval4=this.readwtx(parts[i],'pwlval4');
- }
- catch(e){part.error="wtx:Voltage V2 value not found";}
-
- try{
- part.pwlval5=this.readwtx(parts[i],'pwlval5');
- }
- catch(e){part.error="wtx:Time T3 value not found";}
- try{
- part.pwlval6=this.readwtx(parts[i],'pwlval6');
- }
- catch(e){part.error="wtx:Voltage V3 value not found";}
- try{
- part.pwlval7=this.readwtx(parts[i],'pwlval7');
- }
- catch(e){part.error="wtx:Time T4 Value not found";}
- try{
- part.pwlval8=this.readwtx(parts[i],'pwlval8');
- }
- catch(e){part.error="wtx:Voltage V4 Value not found";}
-
-//FOR exponential volatge source
-try{
- part.eval1=this.readwtx(parts[i],'eval1');
-}
-catch(e){part.error="wtx:Initial Value not found";}
-
-try{
- part.eval2=this.readwtx(parts[i],'eval2');
-}
-catch(e){part.error="wtx:Pulse Value not found";}
-try{
- part.eval3=this.readwtx(parts[i],'eval3');
-}
-catch(e){part.error="wtx:Rise Time Delay value not found";}
-try{
- part.eval4=this.readwtx(parts[i],'eval4');
-}
-catch(e){part.error="wtx:Rise Time Constant value not found";}
-
-try{
- part.eval5=this.readwtx(parts[i],'eval5');
-}
-catch(e){part.error="wtx:Fall Time Delay value not found";}
-try{
- part.eval6=this.readwtx(parts[i],'eval6');
-}
-catch(e){part.error="wtx:Fall Time Constan value not found";}
-
-//digital and
- try{
- part.risedelay=this.readwtx(parts[i],'risedelay');
- }
-catch(e){
- part.error="wtx:risedelay not found";}
-
-try{
- part.falldelay=this.readwtx(parts[i],'falldelay');
- }
-catch(e){
- part.error="wtx:risedelay not found";}
-
-try{
- part.inputload=this.readwtx(parts[i],'inputload');
- }
-catch(e){
- part.error="wtx:inputload not found";}
-
-
- //special tag for parts that do simulation
- try{
- part.measure=this.readwtx(parts[i],'measure');
- }
- catch(e){}
-
- list.push(part);
- }
- return list;
-
-},
-/*detect analog and digital mix*/
-mixedsignals:function(analogwires,digitalwires){
-
- for(var j=1;j<analogwires.length;j++){
- var crossed=this.getconnected(digitalwires,analogwires[j]);
- if(crossed>-1){
- return true;
- }
- }
- return false;
-},
-
-/* test if wires are connected anywhere*/
-getconnected:function(wirelist,wire){
- for(var i=0;i<wirelist.length;i++){
- for(var j=0;j<wirelist[i].length;j++){
- for(var k=0;k<wire.length;k++){
- if(this.ispoint(wirelist[i][j],wire[k])){
- return i;
- }
- }
- }
- }
- return -1;
-},
-
-//returns points connected by lines
-//it is recursive and should be called with NULL for wires
-followwires:function(wires,pin){
- if(wires==null)wires=[];
- var points=[];
- points.push(pin);
- var lines =webtronics.circuit.getwithselector('#webtronics_drawing > line, #information > .webtronics_namewire_connector');
- for(var i =0 ;i<lines.length;i++){
- var point1={x:lines[i].getAttribute('x1')-0,y:lines[i].getAttribute('y1')-0};
- var point2={x:lines[i].getAttribute('x2')-0,y:lines[i].getAttribute('y2')-0};
- if(wires.indexOf(lines[i])<0){
- if(this.ispoint(point1,pin)){
- wires.push(lines[i]);
- var p=this.followwires(wires,point2);
- for(var j=0;j<p.length;j++)points.push(p[j]);
- }
- else if(this.ispoint(point2,pin)){
- wires.push(lines[i]);
- var p=this.followwires(wires,point1);
- for(var j=0;j<p.length;j++)points.push(p[j]);
- }
-}
-}
-return points;
-},
-
-
-
-//sets the node numbers for parts
-numberwires:function(parts){
- var analogpoints=[];
- var digitalpoints=[];
- for(var i=0;i<parts.length; i++){
- //analog node numbering loop
- if(parts[i].type=="wire")continue;
-
- if( parts[i].type=="gnd"){
- if (analogpoints.length==0 ){
- var wire=this.followwires(null,{x:parts[i].analogpins[0]['x'],y:parts[i].analogpins[0]['y']});
- analogpoints.push(wire);
-//add this node to thelist of digital wires
-digitalpoints.push(wire);
-}
-parts[i].analogpins[0]["node"]=0;
-// parts[i].digitalpins[0]["node"]=0;
-continue;
-}
-if(parts[i].analogpins!=undefined){
- for(var j=0;j<parts[i].analogpins.length;j++){
- var wire=this.followwires(null,{x:parts[i].analogpins[j]['x'],y:parts[i].analogpins[j]['y']});
- var found=this.getconnected(analogpoints,wire);
- if(found<0){
- analogpoints.push(wire);
- parts[i].analogpins[j]["node"]=analogpoints.length-1;
- }
- else{
- parts[i].analogpins[j]["node"]=found;
- }
- }
-}
- //digital node numbering loop
-
- if(parts[i].digitalpins!=undefined){
- for(var j=0;j<parts[i].digitalpins.length;j++){
- var wire=this.followwires(null,{x:parts[i].digitalpins[j]['x'],y:parts[i].digitalpins[j]['y']});
- var found=this.getconnected(digitalpoints,wire);
- if(found<0){
- digitalpoints.push(wire);
- parts[i].digitalpins[j]["node"]=digitalpoints.length-1;
- }
- else{
- parts[i].digitalpins[j]["node"]=found;
- }
- }
- }
- }
- //returns true if digital and analog are mixed
- return this.mixedsignals(analogpoints,digitalpoints);
-} ,
-
-
-
-/* creates all netlist data from parts data*/
-getnodes:function(parts){
- var sections={netlist:[],coupling:[],firstdir:[],simulation:[],lastdir:[]};
-
- //if(this.numberwires(parts))return {firstdir:[],netlist:[{error:"pin is both analog and digital"}],lastdir:[],plot:[]};
- this.numberwires(parts);
- for(var i=0;i<parts.length; i++){
- // if(parts[i].type=="wire")continue;
- // check what type of simulation to use
- if(parts[i].type=='gnd' || parts[i].type=='wire')continue;
- if(parts[i].type=="plot"){
- if(sections.simulation.length==0){
- sections.simulation.push(".op");
- sections.simulation.push(".print tran");
- }
- if(sections.simulation[1] !=undefined && sections.simulation[1].match(/\.print\sac/g)==null){
- sections.simulation[1]+=" v("+parts[i].analogpins[0]["node"]+")";
- sections.simulation[1]+=" "+parts[i].measure;
- if(parts[i].model)sections.simulation.push(parts[i].model);
- }
-
-
- }
- else{
- if(parts[i].type=="v"){
- if(sections.simulation.length==0 && parts[i].model.length){
- sections.simulation.push(".op");
- sections.simulation.push(".print ac "+parts[i].measure);
- sections.simulation.push(parts[i].model);
- }
- }
- else if(parts[i].type=="l"){
- if(parts[i].model.length){
- sections.coupling.push(parts[i].model);
- }
- }
- else{
- if(parts[i].model.match(/\.mod/i) && !parts[i].id.match(/^x/))parts[i].id="x"+parts[i].id;
- if(parts[i].model.length)sections.firstdir.push(parts[i].model);
-
- }
- //create pins array
- var net={error:parts[i].error,pwlval1:parts[i].pwlval1,pwlval2:parts[i].pwlval2,pwlval3:parts[i].pwlval3,pwlval4:parts[i].pwlval4,pwlval5:parts[i].pwlval5,pwlval6:parts[i].pwlval6,pwlval7:parts[i].pwlval7,pwlval8:parts[i].pwlval8,pulval1:parts[i].pulval1,pulval2:parts[i].pulval2,pulval3:parts[i].pulval3,pulval4:parts[i].pulval4,pulval5:parts[i].pulval5,pulval6:parts[i].pulval6,pulval7:parts[i].pulval7,name:parts[i].name,
- partid:parts[i].id,pins:{analog:parts[i].analogpins,digital:parts[i].digitalpins},model:parts[i].value,amplitude:parts[i].amplitude,
- phase:parts[i].phase, risedelay:parts[i].risedelay, inputload:parts[i].inputload, falldelay:parts[i].falldelay, offsetvoltage:parts[i].offsetvoltage,voltageamplitude:parts[i].voltageamplitude,frequency:parts[i].frequency,
- delaytime:parts[i].delaytime,dampingfactor:parts[i].dampingfactor,eval1:parts[i].eval1,eval2:parts[i].eval2,eval3:parts[i].eval3,eval4:parts[i].eval4,eval5:parts[i].eval5,eval6:parts[i].eval6};
- if(net!=null)sections.netlist.push(net);
- }
-
- }
-
- return sections;
-},
-
-/* organizes data into netlist*/
-createnetlist:function(responsefunc){
-
- var parts=webtronics.circuit.getwithselector('#webtronics_drawing > g');
-
- if(parts.length<1){
- responsefunc("no parts found \n");
- return;
- }
-
-
-
- var partswtx=this.sortnetlist(this.getwtxdata(parts));
-
-
- if(partswtx[0].type.toLowerCase()!='gnd'){
- responsefunc('no ground node');
- return;
- }
- this.connectnamewires(partswtx);
-
- var spice="*ngspice netlist * \n";
- var sections=this.getnodes(partswtx);
-
- //dump models into spice
-
- if(sections.netlist.length){
- var command="";
- for(var i=0;i<sections.netlist.length;i++){
- if(sections.netlist[i].error!=""){
- spice+=sections.netlist[i].error+'\n';
- continue;
- }
- command=sections.netlist[i].partid;
- var pins=[];
- for(var j=0;j<sections.netlist[i].pins['analog'].length;j++)pins.push(sections.netlist[i].pins['analog'][j]);
- for(var j=0;j<sections.netlist[i].pins['digital'].length;j++)pins.push(sections.netlist[i].pins['digital'][j]);
- pins.sort(function(a,b){return a.index > b.index? 1:a.index < b.index?-1:0;})
-// console.log(pins);
-for(var j=0;j<pins.length;j++){command += " "+pins[j].node;}
-
- if(sections.netlist[i].name=="ac"){
- command+=" "+"AC "+sections.netlist[i].amplitude+" "+sections.netlist[i].phase;
- }else if(sections.netlist[i].name=="sinvoltagesource"){
- command+=" "+"SIN ("+sections.netlist[i].offsetvoltage+" "+sections.netlist[i].voltageamplitude+" "+sections.netlist[i].frequency+" "+sections.netlist[i].delaytime+" "+sections.netlist[i].dampingfactor+")";
- }else if(sections.netlist[i].name=="battery"){
- command+=" "+"DC "+sections.netlist[i].model;
-}else if(sections.netlist[i].name=="current"){
- command+=" "+"dc "+sections.netlist[i].model;
-}else if(sections.netlist[i].name=="pulse"){
- command+=" "+"PULSE ("+sections.netlist[i].pulval1+" "+sections.netlist[i].pulval2+" "+sections.netlist[i].pulval3+" "+sections.netlist[i].pulval4+" "+sections.netlist[i].pulval5+" "+sections.netlist[i].pulval6+" "+sections.netlist[i].pulval7+")";
-}
-else if(sections.netlist[i].name=="pwl"){
- command+=" "+"PWL ("+sections.netlist[i].pwlval1+" "+sections.netlist[i].pwlval2+" "+sections.netlist[i].pwlval3+" "+sections.netlist[i].pwlval4+" "+sections.netlist[i].pwlval5+" "+sections.netlist[i].pwlval6+" "+sections.netlist[i].pwlval7+" "+sections.netlist[i].pwlval8+")";
-}
-else if(sections.netlist[i].name=="exponential"){
- command+=" "+"EXP ("+sections.netlist[i].eval1+" "+sections.netlist[i].eval2+" "+sections.netlist[i].eval3+" "+sections.netlist[i].eval4+" "+sections.netlist[i].eval5+" "+sections.netlist[i].eval6+")";
-}
-else if(sections.netlist[i].name=="and"){
- command+=" "+sections.netlist[i].risedelay+" "+sections.netlist[i].falldelay;
-}
-else{
- command+=" "+sections.netlist[i].model;
-}
-if(command!="")spice+=command+'\n';
-}
-}
-
-if(sections.coupling.length){
- for(var i=0;i<sections.coupling.length;i++){
- spice+=sections.coupling[i]+'\n';
- }
-}
-
-
-var modelloader={
- modeltext:"",
- modelcount:0,
- download:function(name){
- var found=false;
- for( var i=0;i<webtronics.partslists.length;i++){
-
- if(JSON.stringify(webtronics.partslists[i]).indexOf(name)!=-1){
- found=true;
- if(webtronics.partslists[i].url.indexOf("http://")==-1){//see if path is local
-
- openfile( webtronics.partslists[i].url+"/spice/"+ name,this.responder);
- }
- else{
- server.requestfile(list.url,this.responder);
- }
- break;
- this.modelcount++;
- }
-
- }
- if(!found)console.log("model not found");
- },
- finish:function(){
- spice+=modelloader.modeltext;
- if(sections.simulation.length){
- for(var i=0;i<sections.simulation.length;i++){
- if(sections.simulation[i]!="")spice+=sections.simulation[i]+"\n";
- }
- }
- if(sections.lastdir.length){
- sections.lastdir=sections.lastdir.uniq();
- for(var i=0;i<sections.lastdir.length;i++){
- if(sections.lastdir[i]!="")spice+=sections.lastdir[i]+"\n";
- }
- }
- responsefunc(spice);
- },
-
- responder:function(text){
- console.log("reponded");
- modelloader.modeltext+=text;
- if(!modelloader.modelcount){
- modelloader.finish();
- spice=spice.concat(".end \n");
-
- }
- }
-}
-
-
-if(sections.firstdir.length){
- sections.firstdir=sections.firstdir.uniq();
-
- for(var i=0;i<sections.firstdir.length;i++){
-// console.log(sections.firstdir[i]);
-
-if(sections.firstdir[i].length){
-
-
-
- modelloader.download(sections.firstdir[i],sections,webtronics.partslists);
-}
-}
-}
-else modelloader.finish();
-var connector=webtronics.circuit.getwithselector('#information > .webtronics_namewire_connector')
-for(var i=0;i<connector.length;i++)connector[i].parentNode.removeChild(connector[i]);
-
-
-
-},
-
-
-
-
-
-writeconnects:function(pins){
-
- var str=[];
-
- for(var i=0;i<pins.length;i++){
- str[i] = pins[i].x +','+pins[i].y;
- }
- return str.join(';');
-},
-
-
-getconnects:function(elem){
- var pins=[];
- var nodes = this.getwtxtagname(elem,"node");
- for(var j=0;j<nodes.length;j++){
-// console.log(nodes[j]);
-// console.log(this.parseMatrix(elem));
-var point = this.matrixxform( {x:this.getwtxattribute(nodes[j],"x"),y:this.getwtxattribute(nodes[j],"y")},this.parseMatrix(elem));
-pins.push({x:point.x,y:point.y}) ;
-}
- //sort nodes int correct order
- return pins;
- },
-
- isconnect:function(pin,radius,x,y){
- return (Math.abs(pin.x-x)<3)&&(Math.abs(pin.y-y)<3);
- },
-
- isconnects:function(parts,radius,x,y){
-
- for(var i=0; i<parts.length; i++){
- if(parts[i].tagName =='g'){
- var pins=this.getconnects(parts[i]);
- if(pins){
- for(var j=0;j<pins.length;j++){
- if(this.isconnect(pins[j],radius,x,y)){
- return pins[j];
- }
- }
- }
- }
- }
- return null;
- },
-
-//get the number by part id and leg
-getnodenumber:function(name, leg){
- //get part by id
- var part=webtronics.circuit.getwithselector("#webtronics_drawing wtx:id "+name )[0];
- var nodes=part.getwtxtagname("node");
- for(var i=0;i<nodes.length;i++){
- if(nodes[i].getAttribute("index")==leg){
- var wire = this.followwires(null,{ x:this.getwtxattribute(node,"x"),y:this.getwtxattribute(node,"y")});
- return this.getconnected(analogwires,wire);
- }
- }
- return -1
-},
-getwtxtagname:function(elem,tagname){
-
-
- var tag=elem.getElementsByTagName("wtx:"+tagname);
- if(!tag.length){
- tag=elem.getElementsByTagName(tagname);
- }
- if(!tag.length){
- tag=elem.getElementsByTagNameNS(this.wtxNs,tagname);
- }
- if(!tag.length){
- tag=elem.getElementsByTagNameNS("*",tagname);
- }
- return tag;
-
-},
-
-getwtxattribute:function(elem,attrib){
- var value=elem.getAttribute(attrib);
- if(value==undefined)value=elem.getAttributeNS(this.wtxNs,attrib);
- if(value==undefined)value=elem.getAttributeNS("*",attrib);
-
- return value;
-},
-
-readwtx:function(elem,value){
- var tag=this.getwtxtagname(elem,value);
- if(tag[0])return tag[0].textContent;
- else return "";
-},
-
-writewtx:function(elem,value,text){
- var tag=this.getwtxtagname(elem,value);
- if(tag[0])tag[0].textContent=text;
-},
-
-
-
-}
generated by cgit (git 2.34.1) at 2024-12-20 11:05:15 +0000