diff options
| -rw-r--r-- | views/script/netlist.js | 1829 |
1 files changed, 897 insertions, 932 deletions
diff --git a/views/script/netlist.js b/views/script/netlist.js index fc16d4f..dd09724 100644 --- a/views/script/netlist.js +++ b/views/script/netlist.js @@ -1,4 +1,5 @@ var netlistcreator={ + matrixxform:function(point,matrix){ var pin=webtronics.circuit.svgRoot.createSVGPoint(); pin.x=point.x; @@ -154,37 +155,36 @@ var netlistcreator={ /* 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; - } -} -} -} -}, + 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+="["} + 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; - if(pin==vector[vector.length-1]){v+="]";} - } - else{ - v+="a"+nodenumber; - } - - return v; -}, + } + + return v; + }, /* * <wtx:pins> @@ -205,521 +205,520 @@ tovector:function(pin,nodenumber){ */ - 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:"", - inoffset:"",gain:"",outoffset:"",ingain:"",outgain:"",denoffset:"",dengain:"",numoffset:"",numgain:"",fraction:"",dendomain:"",denlowerlimit:"",outlowerlimit:"",outupperlimit:"",limitrange:"",upperdelta:"",lowerdelta:"",indomain:"",xarr:"",yarr:"",amodel:"",coff:"",con:"",irev:"",rbreak:"",limitswitch:"",roff:"",ron:"",log:"",vbreak:"",ibreak:"",isat:"",nfor:"",rsource:"",rsink:"",ilimitsource:"",ilimitsink:"",vpwr:"",isource:"",isink:"",routdomain:"",inlow:"",inhigh:"",hyst:"",outic:"",numcoeff:"",dencoeff:"",intic:"",denormfreq:"", - riseslope:"",fallslope:"",outlow:"",outhigh:"",cntlarr:"",freqarr:"",duty:"",risetime:"",falltime:"",clktrig:"",pwarr:"",ptrig:"",rdelay:"",fdelay:"",rmax:"",rmin:"",rinit:"",vt:"",alpha:"",beta:"", clkdelay:"", setdelay:"", resetdelay:"", ic:"", dataload:"", jkload:"", tload:"", srload:"", clkload:"", setload:"", resetload:"", datadelay:"", enableload:"",srdelay:"", enabledelay:"", outundef:"" - - - } - /* - * 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;}); + 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:"", + inoffset:"",gain:"",outoffset:"",ingain:"",outgain:"",denoffset:"",dengain:"",numoffset:"",numgain:"",fraction:"",dendomain:"",denlowerlimit:"",outlowerlimit:"",outupperlimit:"",limitrange:"",upperdelta:"",lowerdelta:"",indomain:"",xarr:"",yarr:"",amodel:"",coff:"",con:"",irev:"",rbreak:"",limitswitch:"",roff:"",ron:"",log:"",vbreak:"",ibreak:"",isat:"",nfor:"",rsource:"",rsink:"",ilimitsource:"",ilimitsink:"",vpwr:"",isource:"",isink:"",routdomain:"",inlow:"",inhigh:"",hyst:"",outic:"",numcoeff:"",dencoeff:"",intic:"",denormfreq:"", + riseslope:"",fallslope:"",outlow:"",outhigh:"",cntlarr:"",freqarr:"",duty:"",risetime:"",falltime:"",clktrig:"",pwarr:"",ptrig:"",rdelay:"",fdelay:"",rmax:"",rmin:"",rinit:"",vt:"",alpha:"",beta:"", clkdelay:"", setdelay:"", resetdelay:"", ic:"", dataload:"", jkload:"", tload:"", srload:"", clkload:"", setload:"", resetload:"", datadelay:"", enableload:"",srdelay:"", enabledelay:"", outundef:""} + /* + * try{ + * part.nodes=this.getwtxpins(part[i]); } - 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";} + 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";} - //special tag for parts that do simulation - try{ - part.measure=this.readwtx(parts[i],'measure'); - } - catch(e){} + 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";} -try{ part.inoffset=this.readwtx(parts[i],'inoffset'); } -catch(e){ part.error="wtx:inoffset 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.gain=this.readwtx(parts[i],'gain'); } -catch(e){ part.error="wtx:gain 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.outoffset=this.readwtx(parts[i],'outoffset'); } -catch(e){ part.error="wtx:outoffset 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.ingain=this.readwtx(parts[i],'ingain'); } -catch(e){ part.error="wtx:ingain 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";} -try{ part.outgain=this.readwtx(parts[i],'outgain'); } -catch(e){ part.error="wtx:outgain 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.denoffset=this.readwtx(parts[i],'denoffset'); } -catch(e){ part.error="wtx:denoffset 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.dengain=this.readwtx(parts[i],'dengain'); } -catch(e){ part.error="wtx:dengain 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";} -try{ part.numoffset=this.readwtx(parts[i],'numoffset'); } -catch(e){ part.error="wtx:numoffset not found"; } + //digital and + try{ + part.risedelay=this.readwtx(parts[i],'risedelay'); + } + catch(e){part.error="wtx:risedelay not found";} -try{ part.numgain=this.readwtx(parts[i],'numgain'); } -catch(e){ part.error="wtx:numgain not found"; } + try{ + part.falldelay=this.readwtx(parts[i],'falldelay'); + } + catch(e){part.error="wtx:risedelay not found";} -try{ part.fraction=this.readwtx(parts[i],'fraction'); } -catch(e){ part.error="wtx:fraction not found"; } + try{ + part.inputload=this.readwtx(parts[i],'inputload'); + } + catch(e){part.error="wtx:inputload not found";} -try{ part.dendomain=this.readwtx(parts[i],'dendomain'); } -catch(e){ part.error="wtx:dendomain not found"; } + //special tag for parts that do simulation + try{ + part.measure=this.readwtx(parts[i],'measure'); + } + catch(e){part.error="wtx:measure not found";} -try{ part.denlowerlimit=this.readwtx(parts[i],'denlowerlimit'); } -catch(e){ part.error="wtx:denlowerlimit not found"; } + try{ part.inoffset=this.readwtx(parts[i],'inoffset'); } + catch(e){ part.error="wtx:inoffset not found"; } -try{ part.outlowerlimit=this.readwtx(parts[i],'outlowerlimit'); } -catch(e){ part.error="wtx:outlowerlimit not found"; } + try{ part.gain=this.readwtx(parts[i],'gain'); } + catch(e){ part.error="wtx:gain not found"; } -try{ part.outupperlimit=this.readwtx(parts[i],'outupperlimit'); } -catch(e){ part.error="wtx:outupperlimit not found"; } + try{ part.outoffset=this.readwtx(parts[i],'outoffset'); } + catch(e){ part.error="wtx:outoffset not found"; } + try{ part.ingain=this.readwtx(parts[i],'ingain'); } + catch(e){ part.error="wtx:ingain not found"; } -try{ part.limitrange=this.readwtx(parts[i],'limitrange'); } -catch(e){ part.error="wtx:limitrange not found"; } + try{ part.outgain=this.readwtx(parts[i],'outgain'); } + catch(e){ part.error="wtx:outgain not found"; } + try{ part.denoffset=this.readwtx(parts[i],'denoffset'); } + catch(e){ part.error="wtx:denoffset not found"; } -try{ part.upperdelta=this.readwtx(parts[i],'upperdelta'); } -catch(e){ part.error="wtx:upperdelta not found"; } + try{ part.dengain=this.readwtx(parts[i],'dengain'); } + catch(e){ part.error="wtx:dengain not found"; } -try{ part.lowerdelta=this.readwtx(parts[i],'lowerdelta'); } -catch(e){ part.error="wtx:lowerdelta not found"; } + try{ part.numoffset=this.readwtx(parts[i],'numoffset'); } + catch(e){ part.error="wtx:numoffset not found"; } -try{ part.indomain=this.readwtx(parts[i],'indomain'); } -catch(e){ part.error="wtx:indomain not found"; } + try{ part.numgain=this.readwtx(parts[i],'numgain'); } + catch(e){ part.error="wtx:numgain not found"; } -try{ part.xarr=this.readwtx(parts[i],'xarr'); } -catch(e){ part.error="wtx:xarr not found"; } + try{ part.fraction=this.readwtx(parts[i],'fraction'); } + catch(e){ part.error="wtx:fraction not found"; } -try{ part.yarr=this.readwtx(parts[i],'yarr'); } -catch(e){ part.error="wtx:yarr not found"; } + try{ part.dendomain=this.readwtx(parts[i],'dendomain'); } + catch(e){ part.error="wtx:dendomain not found"; } -try{ part.amodel=this.readwtx(parts[i],'amodel'); } -catch(e){ part.error="wtx:amodel not found"; } + try{ part.denlowerlimit=this.readwtx(parts[i],'denlowerlimit'); } + catch(e){ part.error="wtx:denlowerlimit not found"; } -try{ part.coff=this.readwtx(parts[i],'coff'); } -catch(e){ part.error="wtx:coff not found"; } + try{ part.outlowerlimit=this.readwtx(parts[i],'outlowerlimit'); } + catch(e){ part.error="wtx:outlowerlimit not found"; } -try{ part.con=this.readwtx(parts[i],'con'); } -catch(e){ part.error="wtx:con not found"; } + try{ part.outupperlimit=this.readwtx(parts[i],'outupperlimit'); } + catch(e){ part.error="wtx:outupperlimit not found"; } -try{ part.roff=this.readwtx(parts[i],'roff'); } -catch(e){ part.error="wtx:roff not found"; } + try{ part.limitrange=this.readwtx(parts[i],'limitrange'); } + catch(e){ part.error="wtx:limitrange not found"; } + try{ part.upperdelta=this.readwtx(parts[i],'upperdelta'); } + catch(e){ part.error="wtx:upperdelta not found"; } -try{ part.irev=this.readwtx(parts[i],'irev'); } -catch(e){ part.error="wtx:irev not found"; } + try{ part.lowerdelta=this.readwtx(parts[i],'lowerdelta'); } + catch(e){ part.error="wtx:lowerdelta not found"; } -try{ part.rbreak=this.readwtx(parts[i],'rbreak'); } -catch(e){ part.error="wtx:rbreak not found"; } + try{ part.indomain=this.readwtx(parts[i],'indomain'); } + catch(e){ part.error="wtx:indomain not found"; } -try{ part.limitswitch=this.readwtx(parts[i],'limitswitch'); } -catch(e){ part.error="wtx:limitswitch not found"; } + try{ part.xarr=this.readwtx(parts[i],'xarr'); } + catch(e){ part.error="wtx:xarr not found"; } -try{ part.ron=this.readwtx(parts[i],'ron'); } -catch(e){ part.error="wtx:ron not found"; } + try{ part.yarr=this.readwtx(parts[i],'yarr'); } + catch(e){ part.error="wtx:yarr not found"; } -try{ part.log=this.readwtx(parts[i],'log'); } -catch(e){ part.error="wtx:log not found"; } + try{ part.amodel=this.readwtx(parts[i],'amodel'); } + catch(e){ part.error="wtx:amodel not found"; } -try{ part.vbreak=this.readwtx(parts[i],'vbreak'); } -catch(e){ part.error="wtx:vbreak not found"; } + try{ part.coff=this.readwtx(parts[i],'coff'); } + catch(e){ part.error="wtx:coff not found"; } + try{ part.con=this.readwtx(parts[i],'con'); } + catch(e){ part.error="wtx:con not found"; } -try{ part.ibreak=this.readwtx(parts[i],'ibreak'); } -catch(e){ part.error="wtx:ibreak not found"; } + try{ part.roff=this.readwtx(parts[i],'roff'); } + catch(e){ part.error="wtx:roff not found"; } -try{ part.isat=this.readwtx(parts[i],'isat'); } -catch(e){ part.error="wtx:isat not found"; } -try{ part.nfor=this.readwtx(parts[i],'nfor'); } -catch(e){ part.error="wtx:nfor not found"; } + try{ part.irev=this.readwtx(parts[i],'irev'); } + catch(e){ part.error="wtx:irev not found"; } -try{ part.rsource=this.readwtx(parts[i],'rsource'); } -catch(e){ part.error="wtx:rsource not found"; } + try{ part.rbreak=this.readwtx(parts[i],'rbreak'); } + catch(e){ part.error="wtx:rbreak not found"; } -try{ part.rsink=this.readwtx(parts[i],'rsink'); } -catch(e){ part.error="wtx:rsink not found"; } + try{ part.limitswitch=this.readwtx(parts[i],'limitswitch'); } + catch(e){ part.error="wtx:limitswitch not found"; } -try{ part.ilimitsink=this.readwtx(parts[i],'ilimitsink'); } -catch(e){ part.error="wtx:ilimitsink not found"; } + try{ part.ron=this.readwtx(parts[i],'ron'); } + catch(e){ part.error="wtx:ron not found"; } -try{ part.ilimitsource=this.readwtx(parts[i],'ilimitsource'); } -catch(e){ part.error="wtx:ilimitsource not found"; } + try{ part.log=this.readwtx(parts[i],'log'); } + catch(e){ part.error="wtx:log not found"; } -try{ part.vpwr=this.readwtx(parts[i],'vpwr'); } -catch(e){ part.error="wtx:vpwr not found"; } + try{ part.vbreak=this.readwtx(parts[i],'vbreak'); } + catch(e){ part.error="wtx:vbreak not found"; } -try{ part.isource=this.readwtx(parts[i],'isource'); } -catch(e){ part.error="wtx:isource not found"; } -try{ part.isink=this.readwtx(parts[i],'isink'); } -catch(e){ part.error="wtx:isink not found"; } + try{ part.ibreak=this.readwtx(parts[i],'ibreak'); } + catch(e){ part.error="wtx:ibreak not found"; } -try{ part.routdomain=this.readwtx(parts[i],'routdomain'); } -catch(e){ part.error="wtx:routdomain not found"; } + try{ part.isat=this.readwtx(parts[i],'isat'); } + catch(e){ part.error="wtx:isat not found"; } -try{ part.inlow=this.readwtx(parts[i],'inlow'); } -catch(e){ part.error="wtx:inlow not found"; } + try{ part.nfor=this.readwtx(parts[i],'nfor'); } + catch(e){ part.error="wtx:nfor not found"; } -try{ part.inhigh=this.readwtx(parts[i],'inhigh'); } -catch(e){ part.error="wtx:inhigh not found"; } + try{ part.rsource=this.readwtx(parts[i],'rsource'); } + catch(e){ part.error="wtx:rsource not found"; } -try{ part.hyst=this.readwtx(parts[i],'hyst'); } -catch(e){ part.error="wtx:hyst not found"; } + try{ part.rsink=this.readwtx(parts[i],'rsink'); } + catch(e){ part.error="wtx:rsink not found"; } -try{ part.outic=this.readwtx(parts[i],'outic'); } -catch(e){ part.error="wtx:outic not found"; } + try{ part.ilimitsink=this.readwtx(parts[i],'ilimitsink'); } + catch(e){ part.error="wtx:ilimitsink not found"; } + try{ part.ilimitsource=this.readwtx(parts[i],'ilimitsource'); } + catch(e){ part.error="wtx:ilimitsource not found"; } -try{ part.numcoeff=this.readwtx(parts[i],'numcoeff'); } -catch(e){ part.error="wtx:numcoeff not found"; } + try{ part.vpwr=this.readwtx(parts[i],'vpwr'); } + catch(e){ part.error="wtx:vpwr not found"; } + try{ part.isource=this.readwtx(parts[i],'isource'); } + catch(e){ part.error="wtx:isource not found"; } -try{ part.dencoeff=this.readwtx(parts[i],'dencoeff'); } -catch(e){ part.error="wtx:dencoeff not found"; } + try{ part.isink=this.readwtx(parts[i],'isink'); } + catch(e){ part.error="wtx:isink not found"; } -try{ part.lowerdelta=this.readwtx(parts[i],'lowerdelta'); } -catch(e){ part.error="wtx:lowerdelta not found"; } + try{ part.routdomain=this.readwtx(parts[i],'routdomain'); } + catch(e){ part.error="wtx:routdomain not found"; } -try{ part.intic=this.readwtx(parts[i],'intic'); } -catch(e){ part.error="wtx:intic not found"; } + try{ part.inlow=this.readwtx(parts[i],'inlow'); } + catch(e){ part.error="wtx:inlow not found"; } -try{ part.denormfreq=this.readwtx(parts[i],'denormfreq'); } -catch(e){ part.error="wtx:denormfreq not found"; } + try{ part.inhigh=this.readwtx(parts[i],'inhigh'); } + catch(e){ part.error="wtx:inhigh not found"; } -try{ part.riseslope=this.readwtx(parts[i],'riseslope'); } -catch(e){ part.error="wtx:riseslope not found"; } + try{ part.hyst=this.readwtx(parts[i],'hyst'); } + catch(e){ part.error="wtx:hyst not found"; } -try{ part.fallslope=this.readwtx(parts[i],'fallslope'); } -catch(e){ part.error="wtx:fallslope not found"; } + try{ part.outic=this.readwtx(parts[i],'outic'); } + catch(e){ part.error="wtx:outic not found"; } -try{ part.outlow=this.readwtx(parts[i],'outlow'); } -catch(e){ part.error="wtx:outlow not found"; } -try{ part.outhigh=this.readwtx(parts[i],'outhigh'); } -catch(e){ part.error="wtx:outhigh not found"; } + try{ part.numcoeff=this.readwtx(parts[i],'numcoeff'); } + catch(e){ part.error="wtx:numcoeff not found"; } -try{ part.cntlarr=this.readwtx(parts[i],'cntlarr'); } -catch(e){ part.error="wtx:cntlarr not found"; } -try{ part.freqarr=this.readwtx(parts[i],'freqarr'); } -catch(e){ part.error="wtx:freqarr not found"; } + try{ part.dencoeff=this.readwtx(parts[i],'dencoeff'); } + catch(e){ part.error="wtx:dencoeff not found"; } -try{ part.duty=this.readwtx(parts[i],'duty'); } -catch(e){ part.error="wtx:duty not found"; } + try{ part.lowerdelta=this.readwtx(parts[i],'lowerdelta'); } + catch(e){ part.error="wtx:lowerdelta not found"; } -try{ part.risetime=this.readwtx(parts[i],'risetime'); } -catch(e){ part.error="wtx:risetime not found"; } + try{ part.intic=this.readwtx(parts[i],'intic'); } + catch(e){ part.error="wtx:intic not found"; } + try{ part.denormfreq=this.readwtx(parts[i],'denormfreq'); } + catch(e){ part.error="wtx:denormfreq not found"; } -try{ part.falltime=this.readwtx(parts[i],'falltime'); } -catch(e){ part.error="wtx:falltime not found"; } + try{ part.riseslope=this.readwtx(parts[i],'riseslope'); } + catch(e){ part.error="wtx:riseslope not found"; } -try{ part.clktrig=this.readwtx(parts[i],'clktrig'); } -catch(e){ part.error="wtx:clktrig not found"; } + try{ part.fallslope=this.readwtx(parts[i],'fallslope'); } + catch(e){ part.error="wtx:fallslope not found"; } -try{ part.pwarr=this.readwtx(parts[i],'pwarr'); } -catch(e){ part.error="wtx:pwarr not found"; } + try{ part.outlow=this.readwtx(parts[i],'outlow'); } + catch(e){ part.error="wtx:outlow not found"; } -try{ part.ptrig=this.readwtx(parts[i],'ptrig'); } -catch(e){ part.error="wtx:ptrig not found"; } + try{ part.outhigh=this.readwtx(parts[i],'outhigh'); } + catch(e){ part.error="wtx:outhigh not found"; } -try{ part.rdelay=this.readwtx(parts[i],'rdelay'); } -catch(e){ part.error="wtx:rdelay not found"; } + try{ part.cntlarr=this.readwtx(parts[i],'cntlarr'); } + catch(e){ part.error="wtx:cntlarr not found"; } -try{ part.fdelay=this.readwtx(parts[i],'fdelay'); } -catch(e){ part.error="wtx:fdelay not found"; } + try{ part.freqarr=this.readwtx(parts[i],'freqarr'); } + catch(e){ part.error="wtx:freqarr not found"; } -try{ part.rmax=this.readwtx(parts[i],'rmax'); } -catch(e){ part.error="wtx:rmax not found"; } + try{ part.duty=this.readwtx(parts[i],'duty'); } + catch(e){ part.error="wtx:duty not found"; } -try{ part.rmin=this.readwtx(parts[i],'rmin'); } -catch(e){ part.error="wtx:rmin not found"; } + try{ part.risetime=this.readwtx(parts[i],'risetime'); } + catch(e){ part.error="wtx:risetime not found"; } -try{ part.rinit=this.readwtx(parts[i],'isource'); } -catch(e){ part.error="wtx:isource not found"; } -try{ part.vt=this.readwtx(parts[i],'vt'); } -catch(e){ part.error="wtx:vt not found"; } + try{ part.falltime=this.readwtx(parts[i],'falltime'); } + catch(e){ part.error="wtx:falltime not found"; } -try{ part.alpha=this.readwtx(parts[i],'alpha'); } -catch(e){ part.error="wtx:alpha not found"; } + try{ part.clktrig=this.readwtx(parts[i],'clktrig'); } + catch(e){ part.error="wtx:clktrig not found"; } -try{ part.beta=this.readwtx(parts[i],'beta'); } -catch(e){ part.error="wtx:beta not found"; } + try{ part.pwarr=this.readwtx(parts[i],'pwarr'); } + catch(e){ part.error="wtx:pwarr not found"; } -try{ part.clkdelay=this.readwtx(parts[i],'clkdelay'); } -catch(e){ part.error="wtx:clkdelay not found"; } + try{ part.ptrig=this.readwtx(parts[i],'ptrig'); } + catch(e){ part.error="wtx:ptrig not found"; } -try{ part.setdelay=this.readwtx(parts[i],'setdelay'); } -catch(e){ part.error="wtx:setdelay not found"; } + try{ part.rdelay=this.readwtx(parts[i],'rdelay'); } + catch(e){ part.error="wtx:rdelay not found"; } -try{ part.resetdelay=this.readwtx(parts[i],'resetdelay'); } -catch(e){ part.error="wtx:resetdelay not found"; } + try{ part.fdelay=this.readwtx(parts[i],'fdelay'); } + catch(e){ part.error="wtx:fdelay not found"; } -try{ part.ic=this.readwtx(parts[i],'ic'); } -catch(e){ part.error="wtx:ic not found"; } + try{ part.rmax=this.readwtx(parts[i],'rmax'); } + catch(e){ part.error="wtx:rmax not found"; } -try{ part.dataload=this.readwtx(parts[i],'dataload'); } -catch(e){ part.error="wtx:dataload not found"; } + try{ part.rmin=this.readwtx(parts[i],'rmin'); } + catch(e){ part.error="wtx:rmin not found"; } -try{ part.jkload=this.readwtx(parts[i],'jkload'); } -catch(e){ part.error="wtx:jkload not found"; } + try{ part.rinit=this.readwtx(parts[i],'isource'); } + catch(e){ part.error="wtx:isource not found"; } -try{ part.tload=this.readwtx(parts[i],'tload'); } -catch(e){ part.error="wtx:tload not found"; } + try{ part.vt=this.readwtx(parts[i],'vt'); } + catch(e){ part.error="wtx:vt not found"; } -try{ part.srload=this.readwtx(parts[i],'srload'); } -catch(e){ part.error="wtx:srload not found"; } + try{ part.alpha=this.readwtx(parts[i],'alpha'); } + catch(e){ part.error="wtx:alpha not found"; } -try{ part.clkload=this.readwtx(parts[i],'clkload'); } -catch(e){ part.error="wtx:clkload not found"; } + try{ part.beta=this.readwtx(parts[i],'beta'); } + catch(e){ part.error="wtx:beta not found"; } -try{ part.setload=this.readwtx(parts[i],'setload'); } -catch(e){ part.error="wtx:setload not found"; } + try{ part.clkdelay=this.readwtx(parts[i],'clkdelay'); } + catch(e){ part.error="wtx:clkdelay not found"; } -try{ part.resetload=this.readwtx(parts[i],'resetload'); } -catch(e){ part.error="wtx:resetload not found"; } + try{ part.setdelay=this.readwtx(parts[i],'setdelay'); } + catch(e){ part.error="wtx:setdelay not found"; } -try{ part.enableload=this.readwtx(parts[i],'enableload'); } -catch(e){ part.error="wtx:enableload not found"; } + try{ part.resetdelay=this.readwtx(parts[i],'resetdelay'); } + catch(e){ part.error="wtx:resetdelay not found"; } -try{ part.datadelay=this.readwtx(parts[i],'datadelay'); } -catch(e){ part.error="wtx:datadelay not found"; } + try{ part.ic=this.readwtx(parts[i],'ic'); } + catch(e){ part.error="wtx:ic not found"; } -try{ part.enabledelay=this.readwtx(parts[i],'enabledelay'); } -catch(e){ part.error="wtx:enabledelay not found"; } + try{ part.dataload=this.readwtx(parts[i],'dataload'); } + catch(e){ part.error="wtx:dataload not found"; } -try{ part.srdelay=this.readwtx(parts[i],'srdelay'); } -catch(e){ part.error="wtx:srdelay load not found"; } + try{ part.jkload=this.readwtx(parts[i],'jkload'); } + catch(e){ part.error="wtx:jkload not found"; } + try{ part.tload=this.readwtx(parts[i],'tload'); } + catch(e){ part.error="wtx:tload not found"; } + try{ part.srload=this.readwtx(parts[i],'srload'); } + catch(e){ part.error="wtx:srload not found"; } + try{ part.clkload=this.readwtx(parts[i],'clkload'); } + catch(e){ part.error="wtx:clkload not found"; } -try{ part.srdelay=this.readwtx(parts[i],'srdelay'); } -catch(e){ part.error="wtx:srdelay load not found"; } + try{ part.setload=this.readwtx(parts[i],'setload'); } + catch(e){ part.error="wtx:setload not found"; } + try{ part.resetload=this.readwtx(parts[i],'resetload'); } + catch(e){ part.error="wtx:resetload not found"; } -try{ part.outdef=this.readwtx(parts[i],'outdef'); } -catch(e){ part.error="wtx:outdef load not found"; } + try{ part.enableload=this.readwtx(parts[i],'enableload'); } + catch(e){ part.error="wtx:enableload not found"; } + try{ part.datadelay=this.readwtx(parts[i],'datadelay'); } + catch(e){ part.error="wtx:datadelay not found"; } + try{ part.enabledelay=this.readwtx(parts[i],'enabledelay'); } + catch(e){ part.error="wtx:enabledelay not found"; } + try{ part.srdelay=this.readwtx(parts[i],'srdelay'); } + catch(e){ part.error="wtx:srdelay load not found"; } + try{ part.srdelay=this.readwtx(parts[i],'srdelay'); } + catch(e){ part.error="wtx:srdelay load not found"; } + try{ part.outdef=this.readwtx(parts[i],'outdef'); } + catch(e){ part.error="wtx:outdef load not found"; } - list.push(part); + list.push(part); } return list; - }, + /*detect analog and digital mix*/ mixedsignals:function(analogwires,digitalwires){ @@ -830,8 +829,8 @@ if(parts[i].analogpins!=undefined){ /* creates all netlist data from parts data*/ getnodes:function(parts){ - var sections={netlist:[],coupling:[],firstdir:[],simulation:[],lastdir:[]}; - + 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++){ @@ -839,36 +838,34 @@ getnodes:function(parts){ // 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); + 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, @@ -878,7 +875,8 @@ getnodes:function(parts){ indomain:parts[i].indomain,xarr:parts[i].xarr,yarr:parts[i].yarr,amodel:parts[i].amodel,coff:parts[i].coff,con:parts[i].con,irev:parts[i].irev,rbreak:parts[i].rbreak,limitswitch:parts[i].limitswitch,roff:parts[i].roff,ron:parts[i].ron,log:parts[i].log,vbreak:parts[i].vbreak,ibreak:parts[i].ibreak,isat:parts[i].isat,nfor:parts[i].nfor,rsource:parts[i].rsource,rsink:parts[i].rsink,ilimitsource:parts[i].ilimitsource,ilimitsink:parts[i].ilimitsink,vpwr:parts[i].vpwr,isource:parts[i].isource,isink:parts[i].isink,routdomain:parts[i].routdomain,inlow:parts[i].inlow,inhigh:parts[i].inhigh,hyst:parts[i].hyst,outic:parts[i].outic, numcoeff:parts[i].numcoeff,dencoeff:parts[i].dencoeff,intic:parts[i].intic,denormfreq:parts[i].denormfreq,riseslope:parts[i].riseslope,fallslope:parts[i].fallslope,outlow:parts[i].outlow,outhigh:parts[i].outhigh,cntlarr:parts[i].cntlarr,freqarr:parts[i].freqarr,duty:parts[i].duty,risetime:parts[i].risetime,falltime:parts[i].falltime,clktrig:parts[i].clktrig,pwarr:parts[i].pwarr,ptrig:parts[i].ptrig,rdelay:parts[i].rdelay,fdelay:parts[i].fdelay,rmax:parts[i].rmax,rmin:parts[i].rmin,rinit:parts[i].rinit,vt:parts[i].vt,alpha:parts[i].alpha,beta:parts[i].beta, outundef:parts[i].outundef - }; + }; + if(net!=null)sections.netlist.push(net); } @@ -889,7 +887,6 @@ getnodes:function(parts){ /* organizes data into netlist*/ createnetlist:function(responsefunc){ - var parts=webtronics.circuit.getwithselector('#webtronics_drawing > g'); if(parts.length<1){ @@ -897,11 +894,8 @@ createnetlist:function(responsefunc){ return; } - - var partswtx=this.sortnetlist(this.getwtxdata(parts)); - if(partswtx[0].type.toLowerCase()!='gnd'){ responsefunc('no ground node'); return; @@ -917,406 +911,399 @@ createnetlist:function(responsefunc){ 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]); + 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;} -var pid=sections.netlist[i].partid; - 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=="gains"){ - var inoff=sections.netlist[i].inoffset;var gn=sections.netlist[i].gain;var outoff=sections.netlist[i].outoffset; - command+=" ref_"+pid+"\n"+".model ref_"+pid+" gain(in_offset="+inoff+" gain="+gn+" out_offset="+outoff+")\n"; -} -else if(sections.netlist[i].name=="summer"){ - var inoff=sections.netlist[i].inoffset; - var outoff=sections.netlist[i].outoffset; - var ingn=sections.netlist[i].ingain; - var outgn=sections.netlist[i].outgain; -command+=" ref_"+pid+"\n"+".model ref_"+pid+" summer(in_offset=["+inoff+"] in_gain=["+ingn+"] out_gain=["+outgn+"] out_offset=["+outoff+"])\n"; -} -else if(sections.netlist[i].name=="multiplier"){ - var inoff=sections.netlist[i].inoffset; - var outoff=sections.netlist[i].outoffset; - var ingn=sections.netlist[i].ingain; - var outgn=sections.netlist[i].outgain; -command+=" ref_"+pid+"\n"+".model ref_"+pid+" mult(in_offset=["+inoff+"] in_gain=["+ingn+"] out_gain="+outgn+" out_offset="+outoff+")\n"; - -} -else if(sections.netlist[i].name=="divider"){ - var numoff=sections.netlist[i].numoffset; - var denoff=sections.netlist[i].denoffset; - var numgn=sections.netlist[i].numgain; - var dengn=sections.netlist[i].dengain; - var frac=sections.netlist[i].fraction; - var dendomn=sections.netlist[i].dendomain; - var dll=sections.netlist[i].denlowerlimit; - var outgn=sections.netlist[i].outgain; - var outoff=sections.netlist[i].outoffset; -command+=" ref_"+pid+"\n"+".model ref_"+pid+" divide(num_offset="+numoff+" num_gain="+numgn+" den_offset="+denoff+" den_gain="+dengn+" den_lower.limit="+dll+" den_domain="+dendomn+" fraction="+frac+" out_gain="+outgn+" out_offset="+outoff+")\n"; -} -else if(sections.netlist[i].name=="limiter"){ - var lr=sections.netlist[i].limitrange; - var frac=sections.netlist[i].fraction; - var oul=sections.netlist[i].outupperlimit; - var oll=sections.netlist[i].outlowerlimit; - var gn=sections.netlist[i].gain; - var inoff=sections.netlist[i].inoffset; -command+=" ref_"+pid+"\n"+".model ref_"+pid+" limit(in_offset="+inoff+" gain="+gn+" out_lower_limit="+oll+" out_upper_limit="+oul+" limit_range="+lr+" fraction="+frac+")\n"; -} -else if(sections.netlist[i].name=="controllimiter"){ - var lr=sections.netlist[i].limitrange; - var frac=sections.netlist[i].fraction; - var ud=sections.netlist[i].upperdelta; - var ld=sections.netlist[i].lowerdelta; - var gn=sections.netlist[i].gain; - var inoff=sections.netlist[i].inoffset; -command+=" ref_"+pid+"\n"+".model ref_"+pid+" climit(in_offset="+inoff+" gain="+gn+" upper_delta="+ud+" lower_delta="+ld+" limit_range="+lr+" fraction="+frac+")\n"; -} -else if(sections.netlist[i].name=="pwlcontrolsource"){ - var xar=sections.netlist[i].xarr; - var frac=sections.netlist[i].fraction; - var yar=sections.netlist[i].yarr; - var indn=sections.netlist[i].indomain; - command+=" ref_"+pid+"\n"+".model ref_"+pid+" pwl(x_array=["+xar+"] y_array=["+yar+"] input_domain="+indn+" fraction="+frac+")\n"; -} -else if(sections.netlist[i].name=="multiinputpwlblock"){ - var xar=sections.netlist[i].xarr; - var modl=sections.netlist[i].amodel; - var yar=sections.netlist[i].yarr; - command+=" ref_"+pid+"\n"+".model ref_"+pid+" multi_input_pwl(x_array=["+xar+"] y_array=["+yar+"] model="+modl+")\n"; -} -else if(sections.netlist[i].name=="aswitch"){ - var rf=sections.netlist[i].roff; - var rn=sections.netlist[i].ron; - var cf=sections.netlist[i].coff; - var cn=sections.netlist[i].con; - var lg=sections.netlist[i].log; - command+=" ref_"+pid+"\n"+".model ref_"+pid+" aswitch(cntl_off="+cf+" cntl_on="+cn+" r_off="+rf+" r_on="+rn+" log="+lg+")\n"; -} -else if(sections.netlist[i].name=="aswitch"){ - var rf=sections.netlist[i].roff; - var rn=sections.netlist[i].ron; - var cf=sections.netlist[i].coff; - var cn=sections.netlist[i].con; - var lg=sections.netlist[i].log; - command+=" ref_"+pid+"\n"+".model ref_"+pid+" aswitch(cntl_off="+cf+" cntl_on="+cn+" r_off="+rf+" r_on="+rn+" log="+lg+")\n"; -} -else if(sections.netlist[i].name=="zener"){ - var ir=sections.netlist[i].irev; - var vb=sections.netlist[i].vbreak; - var rb=sections.netlist[i].rbreak; - var ib=sections.netlist[i].ibreak; - var nf=sections.netlist[i].nfor; - var is=sections.netlist[i].isat; - var ls=sections.netlist[i].limitswitch; - command+=" ref_"+pid+"\n"+".model ref_"+pid+" zener(v_breakdown="+vb+" i_breakdown="+ib+" r_breakdown="+rb+" i_rev="+ir+" i_sat="+is+" n_forward="+nf+" limit_switch="+ls+")\n"; -} -else if(sections.netlist[i].name=="currentlimiter"){ - var rso=sections.netlist[i].rsource; - var rsi=sections.netlist[i].rsink; - var inoff=sections.netlist[i].inoffset; - var gn=sections.netlist[i].gain; - var ilso=sections.netlist[i].ilimitsource; - var ilsi=sections.netlist[i].ilimitsink; - var vp=sections.netlist[i].vpwr; - var isi=sections.netlist[i].isink; - var iso=sections.netlist[i].isource; - var rd=sections.netlist[i].routdomain; - command+=" ref_"+pid+"\n"+".model ref_"+pid+" ilimit(in_offset="+inoff+" gain="+gn+" r_out_source="+rso+" r_out_sink="+rsi+" i_limit_source="+ilso+" i_limit_sink="+ilsi+" v_pwr_range="+vp+" i_source_range="+iso+" i_sink_range="+isi+" r_out_domain="+rd+")\n"; -} -else if(sections.netlist[i].name=="hysteresis"){ - var il=sections.netlist[i].inlow; - var ih=sections.netlist[i].inhigh; - var ol=sections.netlist[i].outlowerlimit; - var ou=sections.netlist[i].outupperlimit; - var h=sections.netlist[i].hyst; - var idmn=sections.netlist[i].indomain; - var frac=sections.netlist[i].fraction; - command+=" ref_"+pid+"\n"+".model ref_"+pid+" hyst(in_low="+il+" in_high="+ih+" hyst="+h+" out_lower_limit="+ol+" out_upper_limit="+ou+" input_domain="+idmn+" fraction="+frac+")\n"; -} -else if(sections.netlist[i].name=="differentiator"){ - var oo=sections.netlist[i].outoffset; - var gn=sections.netlist[i].gain; - var ol=sections.netlist[i].outlowerlimit; - var ou=sections.netlist[i].outupperlimit; - var lr=sections.netlist[i].limitrange; - command+=" ref_"+pid+"\n"+".model ref_"+pid+" d_dt(out_offset="+oo+" gain="+gn+" out_lower_limit="+ol+" out_upper_limit="+ou+" limit_range="+lr+")\n"; -} -else if(sections.netlist[i].name=="integrator"){ - var oo=sections.netlist[i].outoffset; - var gn=sections.netlist[i].gain; - var ol=sections.netlist[i].outlowerlimit; - var ou=sections.netlist[i].outupperlimit; - var lr=sections.netlist[i].limitrange; - var oi=sections.netlist[i].outic; - command+=" ref_"+pid+"\n"+".model ref_"+pid+" int(out_offset="+oo+" gain="+gn+" out_lower_limit="+ol+" out_upper_limit="+ou+" limit_range="+lr+" out_ic="+oi+")\n"; -} -else if(sections.netlist[i].name=="sdomain"){ - var gn=sections.netlist[i].gain; - var ic=sections.netlist[i].intic; - var nc=sections.netlist[i].numcoeff; - var dc=sections.netlist[i].dencoeff; - var io=sections.netlist[i].inoffset; - var df=sections.netlist[i].denormfreq; - command+=" ref_"+pid+"\n"+".model ref_"+pid+" s_xfer(gain="+gn+" in_offset="+io+" denormalized_freq="+df+" int_ic=["+ic+"] num_coeff=["+nc+"] den_coeff=["+dc+"])\n"; -} -else if(sections.netlist[i].name=="slewrateblock"){ - var gn=sections.netlist[i].riseslope; - var ic=sections.netlist[i].fallslope; - command+=" ref_"+pid+"\n"+".model ref_"+pid+" slew(rise_slope="+gn+" fall_slope="+ic+")\n"; -} - -else if(sections.netlist[i].name=="sineoscillator"){ - var ol=sections.netlist[i].outlow; - var oh=sections.netlist[i].outhigh; - var ca=sections.netlist[i].cntlarr; - var fa=sections.netlist[i].freqarr; - command+=" ref_"+pid+"\n"+".model ref_"+pid+" sine(cntl_array=["+ca+"] freq_array=["+fa+"] out_low="+ol+" out_high="+oh+")\n"; -} -else if(sections.netlist[i].name=="triangleoscillator"){ - var ol=sections.netlist[i].outlow; - var oh=sections.netlist[i].outhigh; - var ca=sections.netlist[i].cntlarr; - var fa=sections.netlist[i].freqarr; - var dt=sections.netlist[i].duty; - command+=" ref_"+pid+"\n"+".model ref_"+pid+" triangle(cntl_array=["+ca+"] freq_array=["+fa+"] out_low="+ol+" out_high="+oh+" duty_cycle="+dt+")\n"; -} -else if(sections.netlist[i].name=="squareoscillator"){ - var ol=sections.netlist[i].outlow; - var oh=sections.netlist[i].outhigh; - var ca=sections.netlist[i].cntlarr; - var fa=sections.netlist[i].freqarr; - var dt=sections.netlist[i].duty; - var rt=sections.netlist[i].risetime; - var ft=sections.netlist[i].falltime; - command+=" ref_"+pid+"\n"+".model ref_"+pid+" square(cntl_array=["+ca+"] freq_array=["+fa+"] out_low="+ol+" out_high="+oh+" duty_cycle="+dt+" rise_time="+rt+" fall_time="+ft+")\n"; -} -else if(sections.netlist[i].name=="capacitancemeter"){ - var gn=sections.netlist[i].gain; - command+=" ref_"+pid+"\n"+".model ref_"+pid+" cmeter(gain="+gn+")\n"; -} - -else if(sections.netlist[i].name=="inductancemeter"){ - var gn=sections.netlist[i].gain; - command+=" ref_"+pid+"\n"+".model ref_"+pid+" lmeter(gain="+gn+")\n"; -} -else if(sections.netlist[i].name=="oneshot"){ - var ct=sections.netlist[i].cntlarr; - var pw=sections.netlist[i].pwarr; - var ctg=sections.netlist[i].clktrig; - var pt=sections.netlist[i].ptrig; - var ol=sections.netlist[i].outlow; - var oh=sections.netlist[i].outhigh; - var rd=sections.netlist[i].rdelay; - var fd=sections.netlist[i].fdelay; - - command+=" ref_"+pid+"\n"+".model ref_"+pid+" oneshot(cntl_array=["+ct+"] pw_array=["+pw+"] clk_trig="+ctg+" pos_edge_trig="+pt+" out_low="+ol+" out_high="+oh+" rise_delay="+rd+" fall_delay="+fd+")\n"; -} -else if(sections.netlist[i].name=="memristor"){ - var ct=sections.netlist[i].rmin; - var pw=sections.netlist[i].rmax; - var ctg=sections.netlist[i].rinit; - var pt=sections.netlist[i].alpha; - var ol=sections.netlist[i].beta; - var oh=sections.netlist[i].vt; - command+=" ref_"+pid+"\n"+".model ref_"+pid+" memristor(rmin="+ct+" rmax="+pw+" rinit="+ctg+" alpha="+pt+" beta="+ol+" vt="+oh+")\n"; -} - -else if(sections.netlist[i].name=="dff"){ - var cd=sections.netlist[i].clkdelay; - var sd=sections.netlist[i].setdelay; - var rd=sections.netlist[i].resetdelay; - var ic=sections.netlist[i].ic; - var rised=sections.netlist[i].risedelay; - var falld=sections.netlist[i].falldelay; - command+="flop_"+pid+"\n.model flop_"+pid+ "d_dff(clk_delay = "+cd+" set_delay = "+sd+"+reset_delay = "+rd+" ic = "+ic+" rise_delay = "+rised+"+ fall_delay = "+falld+")"; -} - -else if(sections.netlist[i].name=="jkff"){ - var cd=sections.netlist[i].clkdelay; - var sd=sections.netlist[i].setdelay; - var rd=sections.netlist[i].resetdelay; - var ic=sections.netlist[i].ic; - var rised=sections.netlist[i].risedelay; - var falld=sections.netlist[i].falldelay; - command+="flop_"+pid+"\n.model flop_"+pid+ "d_jkff(clk_delay = "+cd+" set_delay = "+sd+"+reset_delay = "+rd+" ic = "+ic+" rise_delay = "+rised+"+ fall_delay = "+falld+")"; -} - -else if(sections.netlist[i].name=="tff"){ - var cd=sections.netlist[i].clkdelay; - var sd=sections.netlist[i].setdelay; - var rd=sections.netlist[i].resetdelay; - var ic=sections.netlist[i].ic; - var rised=sections.netlist[i].risedelay; - var falld=sections.netlist[i].falldelay; - command+="flop_"+pid+"\n.model flop_"+pid+ "d_tff(clk_delay = "+cd+" set_delay = "+sd+"+reset_delay = "+rd+" ic = "+ic+" rise_delay = "+rised+"+ fall_delay = "+falld+")"; -} - -else if(sections.netlist[i].name=="srff"){ - var cd=sections.netlist[i].clkdelay; - var sd=sections.netlist[i].setdelay; - var rd=sections.netlist[i].resetdelay; - var ic=sections.netlist[i].ic; - var rised=sections.netlist[i].risedelay; - var falld=sections.netlist[i].falldelay; - command+="flop_"+pid+"\n.model flop_"+pid+ "d_srff(clk_delay = "+cd+" set_delay = "+sd+"+reset_delay = "+rd+" ic = "+ic+" rise_delay = "+rised+"+ fall_delay = "+falld+")"; -} - - -else if(sections.netlist[i].name=="dlatch"){ - var dd=sections.netlist[i].datadelay; - var ed=sections.netlist[i].enabledelay; - var sd=sections.netlist[i].setdelay; - var rd=sections.netlist[i].resetdelay; - var ic=sections.netlist[i].ic; - var rised=sections.netlist[i].risedelay; - var falld=sections.netlist[i].falldelay; - command+="latch_"+pid+"\n.model latch_"+pid+ "d_dlatch(data_delay = "+dd+" enable_delay "+ed+" set_delay = "+sd+"+reset_delay = "+rd+" ic = "+ic+" rise_delay = "+rised+"+ fall_delay = "+falld+")"; -} + 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;} + + var pid=sections.netlist[i].partid; + 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=="gains"){ + var inoff=sections.netlist[i].inoffset;var gn=sections.netlist[i].gain;var outoff=sections.netlist[i].outoffset; + command+=" ref_"+pid+"\n"+".model ref_"+pid+" gain(in_offset="+inoff+" gain="+gn+" out_offset="+outoff+")\n"; + } + else if(sections.netlist[i].name=="summer"){ + var inoff=sections.netlist[i].inoffset; + var outoff=sections.netlist[i].outoffset; + var ingn=sections.netlist[i].ingain; + var outgn=sections.netlist[i].outgain; + command+=" ref_"+pid+"\n"+".model ref_"+pid+" summer(in_offset=["+inoff+"] in_gain=["+ingn+"] out_gain=["+outgn+"] out_offset=["+outoff+"])\n"; + } + else if(sections.netlist[i].name=="multiplier"){ + var inoff=sections.netlist[i].inoffset; + var outoff=sections.netlist[i].outoffset; + var ingn=sections.netlist[i].ingain; + var outgn=sections.netlist[i].outgain; + command+=" ref_"+pid+"\n"+".model ref_"+pid+" mult(in_offset=["+inoff+"] in_gain=["+ingn+"] out_gain="+outgn+" out_offset="+outoff+")\n"; -else if(sections.netlist[i].name=="srlatch"){ - var srd=sections.netlist[i].srdelay; - var ed=sections.netlist[i].enabledelay; - var sd=sections.netlist[i].setdelay; - var rd=sections.netlist[i].resetdelay; - var ic=sections.netlist[i].ic; - var rised=sections.netlist[i].risedelay; - var falld=sections.netlist[i].falldelay; - command+="latch_"+pid+"\n.model latch_"+pid+ "d_dlatch(sr_delay = "+srd+" enable_delay "+ed+" set_delay = "+sd+"+reset_delay = "+rd+" ic = "+ic+" rise_delay = "+rised+"+ fall_delay = "+falld+")"; -} -else if(sections.netlist[i].name=="not") -{ - var rised=sections.netlist[i].risedelay; - var falld=sections.netlist[i].falldelay; - var rd=sections.netlist[i].inputload; - command+=" ref_"+pid+"\n.model ref_"+pid+" d_inverter(rise_delay ="+rised+" fall_delay = "+falld+" input_load = "+rd+")\n"; -} -else if(sections.netlist[i].name=="nor") -{ - var rised=sections.netlist[i].risedelay; - var falld=sections.netlist[i].falldelay; - var rd=sections.netlist[i].inputload; - command+=" ref_"+pid+"\n.model ref_"+pid+" d_nor(rise_delay ="+rised+" fall_delay = "+falld+" input_load = "+rd+")\n"; -} -else if(sections.netlist[i].name=="xnor") -{ - var rised=sections.netlist[i].risedelay; - var falld=sections.netlist[i].falldelay; - var rd=sections.netlist[i].inputload; - command+=" ref_"+pid+"\n.model ref_"+pid+" d_xnor(rise_delay ="+rised+" fall_delay = "+falld+" input_load = "+rd+")\n"; -} -else if(sections.netlist[i].name=="or") -{ - var rised=sections.netlist[i].risedelay; - var falld=sections.netlist[i].falldelay; - var rd=sections.netlist[i].inputload; - command+=" ref_"+pid+"\n.model ref_"+pid+" d_or(rise_delay ="+rised+" fall_delay = "+falld+" input_load = "+rd+")\n"; -} -else if(sections.netlist[i].name=="and") -{ - var rised=sections.netlist[i].risedelay; - var falld=sections.netlist[i].falldelay; - var rd=sections.netlist[i].inputload; - command+=" ref_"+pid+"\n.model ref_"+pid+" d_and(rise_delay ="+rised+" fall_delay = "+falld+" input_load = "+rd+")\n"; -} -else if(sections.netlist[i].name=="nand") -{ - var rised=sections.netlist[i].risedelay; - var falld=sections.netlist[i].falldelay; - var rd=sections.netlist[i].inputload; - command+=" ref_"+pid+"\n.model ref_"+pid+" d_nand(rise_delay ="+rised+" fall_delay = "+falld+" input_load = "+rd+")\n"; -} -else if(sections.netlist[i].name=="xor") -{ - var rised=sections.netlist[i].risedelay; - var falld=sections.netlist[i].falldelay; - var rd=sections.netlist[i].inputload; - command+=" ref_"+pid+"\n.model ref_"+pid+" d_xor(rise_delay ="+rised+" fall_delay = "+falld+" input_load = "+rd+")\n"; -} + } + else if(sections.netlist[i].name=="divider"){ + var numoff=sections.netlist[i].numoffset; + var denoff=sections.netlist[i].denoffset; + var numgn=sections.netlist[i].numgain; + var dengn=sections.netlist[i].dengain; + var frac=sections.netlist[i].fraction; + var dendomn=sections.netlist[i].dendomain; + var dll=sections.netlist[i].denlowerlimit; + var outgn=sections.netlist[i].outgain; + var outoff=sections.netlist[i].outoffset; + command+=" ref_"+pid+"\n"+".model ref_"+pid+" divide(num_offset="+numoff+" num_gain="+numgn+" den_offset="+denoff+" den_gain="+dengn+" den_lower.limit="+dll+" den_domain="+dendomn+" fraction="+frac+" out_gain="+outgn+" out_offset="+outoff+")\n"; + } + else if(sections.netlist[i].name=="limiter"){ + var lr=sections.netlist[i].limitrange; + var frac=sections.netlist[i].fraction; + var oul=sections.netlist[i].outupperlimit; + var oll=sections.netlist[i].outlowerlimit; + var gn=sections.netlist[i].gain; + var inoff=sections.netlist[i].inoffset; + command+=" ref_"+pid+"\n"+".model ref_"+pid+" limit(in_offset="+inoff+" gain="+gn+" out_lower_limit="+oll+" out_upper_limit="+oul+" limit_range="+lr+" fraction="+frac+")\n"; + } + else if(sections.netlist[i].name=="controllimiter"){ + var lr=sections.netlist[i].limitrange; + var frac=sections.netlist[i].fraction; + var ud=sections.netlist[i].upperdelta; + var ld=sections.netlist[i].lowerdelta; + var gn=sections.netlist[i].gain; + var inoff=sections.netlist[i].inoffset; + command+=" ref_"+pid+"\n"+".model ref_"+pid+" climit(in_offset="+inoff+" gain="+gn+" upper_delta="+ud+" lower_delta="+ld+" limit_range="+lr+" fraction="+frac+")\n"; + } + else if(sections.netlist[i].name=="pwlcontrolsource"){ + var xar=sections.netlist[i].xarr; + var frac=sections.netlist[i].fraction; + var yar=sections.netlist[i].yarr; + var indn=sections.netlist[i].indomain; + command+=" ref_"+pid+"\n"+".model ref_"+pid+" pwl(x_array=["+xar+"] y_array=["+yar+"] input_domain="+indn+" fraction="+frac+")\n"; + } + else if(sections.netlist[i].name=="multiinputpwlblock"){ + var xar=sections.netlist[i].xarr; + var modl=sections.netlist[i].amodel; + var yar=sections.netlist[i].yarr; + command+=" ref_"+pid+"\n"+".model ref_"+pid+" multi_input_pwl(x_array=["+xar+"] y_array=["+yar+"] model="+modl+")\n"; + } + else if(sections.netlist[i].name=="aswitch"){ + var rf=sections.netlist[i].roff; + var rn=sections.netlist[i].ron; + var cf=sections.netlist[i].coff; + var cn=sections.netlist[i].con; + var lg=sections.netlist[i].log; + command+=" ref_"+pid+"\n"+".model ref_"+pid+" aswitch(cntl_off="+cf+" cntl_on="+cn+" r_off="+rf+" r_on="+rn+" log="+lg+")\n"; + } + else if(sections.netlist[i].name=="aswitch"){ + var rf=sections.netlist[i].roff; + var rn=sections.netlist[i].ron; + var cf=sections.netlist[i].coff; + var cn=sections.netlist[i].con; + var lg=sections.netlist[i].log; + command+=" ref_"+pid+"\n"+".model ref_"+pid+" aswitch(cntl_off="+cf+" cntl_on="+cn+" r_off="+rf+" r_on="+rn+" log="+lg+")\n"; + } + else if(sections.netlist[i].name=="zener"){ + var ir=sections.netlist[i].irev; + var vb=sections.netlist[i].vbreak; + var rb=sections.netlist[i].rbreak; + var ib=sections.netlist[i].ibreak; + var nf=sections.netlist[i].nfor; + var is=sections.netlist[i].isat; + var ls=sections.netlist[i].limitswitch; + command+=" ref_"+pid+"\n"+".model ref_"+pid+" zener(v_breakdown="+vb+" i_breakdown="+ib+" r_breakdown="+rb+" i_rev="+ir+" i_sat="+is+" n_forward="+nf+" limit_switch="+ls+")\n"; + } + else if(sections.netlist[i].name=="currentlimiter"){ + var rso=sections.netlist[i].rsource; + var rsi=sections.netlist[i].rsink; + var inoff=sections.netlist[i].inoffset; + var gn=sections.netlist[i].gain; + var ilso=sections.netlist[i].ilimitsource; + var ilsi=sections.netlist[i].ilimitsink; + var vp=sections.netlist[i].vpwr; + var isi=sections.netlist[i].isink; + var iso=sections.netlist[i].isource; + var rd=sections.netlist[i].routdomain; + command+=" ref_"+pid+"\n"+".model ref_"+pid+" ilimit(in_offset="+inoff+" gain="+gn+" r_out_source="+rso+" r_out_sink="+rsi+" i_limit_source="+ilso+" i_limit_sink="+ilsi+" v_pwr_range="+vp+" i_source_range="+iso+" i_sink_range="+isi+" r_out_domain="+rd+")\n"; + } + else if(sections.netlist[i].name=="hysteresis"){ + var il=sections.netlist[i].inlow; + var ih=sections.netlist[i].inhigh; + var ol=sections.netlist[i].outlowerlimit; + var ou=sections.netlist[i].outupperlimit; + var h=sections.netlist[i].hyst; + var idmn=sections.netlist[i].indomain; + var frac=sections.netlist[i].fraction; + command+=" ref_"+pid+"\n"+".model ref_"+pid+" hyst(in_low="+il+" in_high="+ih+" hyst="+h+" out_lower_limit="+ol+" out_upper_limit="+ou+" input_domain="+idmn+" fraction="+frac+")\n"; + } + else if(sections.netlist[i].name=="differentiator"){ + var oo=sections.netlist[i].outoffset; + var gn=sections.netlist[i].gain; + var ol=sections.netlist[i].outlowerlimit; + var ou=sections.netlist[i].outupperlimit; + var lr=sections.netlist[i].limitrange; + command+=" ref_"+pid+"\n"+".model ref_"+pid+" d_dt(out_offset="+oo+" gain="+gn+" out_lower_limit="+ol+" out_upper_limit="+ou+" limit_range="+lr+")\n"; + } + else if(sections.netlist[i].name=="integrator"){ + var oo=sections.netlist[i].outoffset; + var gn=sections.netlist[i].gain; + var ol=sections.netlist[i].outlowerlimit; + var ou=sections.netlist[i].outupperlimit; + var lr=sections.netlist[i].limitrange; + var oi=sections.netlist[i].outic; + command+=" ref_"+pid+"\n"+".model ref_"+pid+" int(out_offset="+oo+" gain="+gn+" out_lower_limit="+ol+" out_upper_limit="+ou+" limit_range="+lr+" out_ic="+oi+")\n"; + } + else if(sections.netlist[i].name=="sdomain"){ + var gn=sections.netlist[i].gain; + var ic=sections.netlist[i].intic; + var nc=sections.netlist[i].numcoeff; + var dc=sections.netlist[i].dencoeff; + var io=sections.netlist[i].inoffset; + var df=sections.netlist[i].denormfreq; + command+=" ref_"+pid+"\n"+".model ref_"+pid+" s_xfer(gain="+gn+" in_offset="+io+" denormalized_freq="+df+" int_ic=["+ic+"] num_coeff=["+nc+"] den_coeff=["+dc+"])\n"; + } + else if(sections.netlist[i].name=="slewrateblock"){ + var gn=sections.netlist[i].riseslope; + var ic=sections.netlist[i].fallslope; + command+=" ref_"+pid+"\n"+".model ref_"+pid+" slew(rise_slope="+gn+" fall_slope="+ic+")\n"; + } -else if(sections.netlist[i].name=="dac_bridge") -{ - var ol=sections.netlist[i].outlow; - var oh=sections.netlist[i].outhigh; - var ou=sections.netlist[i].outundef; - var rd=sections.netlist[i].inputload; - var rt=sections.netlist[i].risetime; - var ft=sections.netlist[i].falltime; - command+=" dac_"+pid+"\n.model dac_"+pid+" dac_bridge(out_low ="+ol+" out_high = "+oh+" out_undef = "+ou+" input_load = "+rd+" t_rise = "+rt+"t_fall"+ft+")\n"; -} + else if(sections.netlist[i].name=="sineoscillator"){ + var ol=sections.netlist[i].outlow; + var oh=sections.netlist[i].outhigh; + var ca=sections.netlist[i].cntlarr; + var fa=sections.netlist[i].freqarr; + command+=" ref_"+pid+"\n"+".model ref_"+pid+" sine(cntl_array=["+ca+"] freq_array=["+fa+"] out_low="+ol+" out_high="+oh+")\n"; + } + else if(sections.netlist[i].name=="triangleoscillator"){ + var ol=sections.netlist[i].outlow; + var oh=sections.netlist[i].outhigh; + var ca=sections.netlist[i].cntlarr; + var fa=sections.netlist[i].freqarr; + var dt=sections.netlist[i].duty; + command+=" ref_"+pid+"\n"+".model ref_"+pid+" triangle(cntl_array=["+ca+"] freq_array=["+fa+"] out_low="+ol+" out_high="+oh+" duty_cycle="+dt+")\n"; + } + else if(sections.netlist[i].name=="squareoscillator"){ + var ol=sections.netlist[i].outlow; + var oh=sections.netlist[i].outhigh; + var ca=sections.netlist[i].cntlarr; + var fa=sections.netlist[i].freqarr; + var dt=sections.netlist[i].duty; + var rt=sections.netlist[i].risetime; + var ft=sections.netlist[i].falltime; + command+=" ref_"+pid+"\n"+".model ref_"+pid+" square(cntl_array=["+ca+"] freq_array=["+fa+"] out_low="+ol+" out_high="+oh+" duty_cycle="+dt+" rise_time="+rt+" fall_time="+ft+")\n"; + } + else if(sections.netlist[i].name=="capacitancemeter"){ + var gn=sections.netlist[i].gain; + command+=" ref_"+pid+"\n"+".model ref_"+pid+" cmeter(gain="+gn+")\n"; + } + else if(sections.netlist[i].name=="inductancemeter"){ + var gn=sections.netlist[i].gain; + command+=" ref_"+pid+"\n"+".model ref_"+pid+" lmeter(gain="+gn+")\n"; + } + else if(sections.netlist[i].name=="oneshot"){ + var ct=sections.netlist[i].cntlarr; + var pw=sections.netlist[i].pwarr; + var ctg=sections.netlist[i].clktrig; + var pt=sections.netlist[i].ptrig; + var ol=sections.netlist[i].outlow; + var oh=sections.netlist[i].outhigh; + var rd=sections.netlist[i].rdelay; + var fd=sections.netlist[i].fdelay; + command+=" ref_"+pid+"\n"+".model ref_"+pid+" oneshot(cntl_array=["+ct+"] pw_array=["+pw+"] clk_trig="+ctg+" pos_edge_trig="+pt+" out_low="+ol+" out_high="+oh+" rise_delay="+rd+" fall_delay="+fd+")\n"; + } + else if(sections.netlist[i].name=="memristor"){ + var ct=sections.netlist[i].rmin; + var pw=sections.netlist[i].rmax; + var ctg=sections.netlist[i].rinit; + var pt=sections.netlist[i].alpha; + var ol=sections.netlist[i].beta; + var oh=sections.netlist[i].vt; + command+=" ref_"+pid+"\n"+".model ref_"+pid+" memristor(rmin="+ct+" rmax="+pw+" rinit="+ctg+" alpha="+pt+" beta="+ol+" vt="+oh+")\n"; + } + else if(sections.netlist[i].name=="dff"){ + var cd=sections.netlist[i].clkdelay; + var sd=sections.netlist[i].setdelay; + var rd=sections.netlist[i].resetdelay; + var ic=sections.netlist[i].ic; + var rised=sections.netlist[i].risedelay; + var falld=sections.netlist[i].falldelay; + command+="flop_"+pid+"\n.model flop_"+pid+ "d_dff(clk_delay = "+cd+" set_delay = "+sd+"+reset_delay = "+rd+" ic = "+ic+" rise_delay = "+rised+"+ fall_delay = "+falld+")"; + } + else if(sections.netlist[i].name=="jkff"){ + var cd=sections.netlist[i].clkdelay; + var sd=sections.netlist[i].setdelay; + var rd=sections.netlist[i].resetdelay; + var ic=sections.netlist[i].ic; + var rised=sections.netlist[i].risedelay; + var falld=sections.netlist[i].falldelay; + command+="flop_"+pid+"\n.model flop_"+pid+ "d_jkff(clk_delay = "+cd+" set_delay = "+sd+"+reset_delay = "+rd+" ic = "+ic+" rise_delay = "+rised+"+ fall_delay = "+falld+")"; + } + else if(sections.netlist[i].name=="tff"){ + var cd=sections.netlist[i].clkdelay; + var sd=sections.netlist[i].setdelay; + var rd=sections.netlist[i].resetdelay; + var ic=sections.netlist[i].ic; + var rised=sections.netlist[i].risedelay; + var falld=sections.netlist[i].falldelay; + command+="flop_"+pid+"\n.model flop_"+pid+ "d_tff(clk_delay = "+cd+" set_delay = "+sd+"+reset_delay = "+rd+" ic = "+ic+" rise_delay = "+rised+"+ fall_delay = "+falld+")"; + } + else if(sections.netlist[i].name=="srff"){ + var cd=sections.netlist[i].clkdelay; + var sd=sections.netlist[i].setdelay; + var rd=sections.netlist[i].resetdelay; + var ic=sections.netlist[i].ic; + var rised=sections.netlist[i].risedelay; + var falld=sections.netlist[i].falldelay; + command+="flop_"+pid+"\n.model flop_"+pid+ "d_srff(clk_delay = "+cd+" set_delay = "+sd+"+reset_delay = "+rd+" ic = "+ic+" rise_delay = "+rised+"+ fall_delay = "+falld+")"; + } + else if(sections.netlist[i].name=="dlatch"){ + var dd=sections.netlist[i].datadelay; + var ed=sections.netlist[i].enabledelay; + var sd=sections.netlist[i].setdelay; + var rd=sections.netlist[i].resetdelay; + var ic=sections.netlist[i].ic; + var rised=sections.netlist[i].risedelay; + var falld=sections.netlist[i].falldelay; + command+="latch_"+pid+"\n.model latch_"+pid+ "d_dlatch(data_delay = "+dd+" enable_delay "+ed+" set_delay = "+sd+"+reset_delay = "+rd+" ic = "+ic+" rise_delay = "+rised+"+ fall_delay = "+falld+")"; + } + else if(sections.netlist[i].name=="srlatch"){ + var srd=sections.netlist[i].srdelay; + var ed=sections.netlist[i].enabledelay; + var sd=sections.netlist[i].setdelay; + var rd=sections.netlist[i].resetdelay; + var ic=sections.netlist[i].ic; + var rised=sections.netlist[i].risedelay; + var falld=sections.netlist[i].falldelay; + command+="latch_"+pid+"\n.model latch_"+pid+ "d_dlatch(sr_delay = "+srd+" enable_delay "+ed+" set_delay = "+sd+"+reset_delay = "+rd+" ic = "+ic+" rise_delay = "+rised+"+ fall_delay = "+falld+")"; + } + else if(sections.netlist[i].name=="not") + { + var rised=sections.netlist[i].risedelay; + var falld=sections.netlist[i].falldelay; + var rd=sections.netlist[i].inputload; + command+=" ref_"+pid+"\n.model ref_"+pid+" d_inverter(rise_delay ="+rised+" fall_delay = "+falld+" input_load = "+rd+")\n"; + } + else if(sections.netlist[i].name=="nor") + { + var rised=sections.netlist[i].risedelay; + var falld=sections.netlist[i].falldelay; + var rd=sections.netlist[i].inputload; + command+=" ref_"+pid+"\n.model ref_"+pid+" d_nor(rise_delay ="+rised+" fall_delay = "+falld+" input_load = "+rd+")\n"; + } + else if(sections.netlist[i].name=="xnor") + { + var rised=sections.netlist[i].risedelay; + var falld=sections.netlist[i].falldelay; + var rd=sections.netlist[i].inputload; + command+=" ref_"+pid+"\n.model ref_"+pid+" d_xnor(rise_delay ="+rised+" fall_delay = "+falld+" input_load = "+rd+")\n"; + } + else if(sections.netlist[i].name=="or") + { + var rised=sections.netlist[i].risedelay; + var falld=sections.netlist[i].falldelay; + var rd=sections.netlist[i].inputload; + command+=" ref_"+pid+"\n.model ref_"+pid+" d_or(rise_delay ="+rised+" fall_delay = "+falld+" input_load = "+rd+")\n"; + } + else if(sections.netlist[i].name=="and") + { + var rised=sections.netlist[i].risedelay; + var falld=sections.netlist[i].falldelay; + var rd=sections.netlist[i].inputload; + command+=" ref_"+pid+"\n.model ref_"+pid+" d_and(rise_delay ="+rised+" fall_delay = "+falld+" input_load = "+rd+")\n"; + } + else if(sections.netlist[i].name=="nand") + { + var rised=sections.netlist[i].risedelay; + var falld=sections.netlist[i].falldelay; + var rd=sections.netlist[i].inputload; + command+=" ref_"+pid+"\n.model ref_"+pid+" d_nand(rise_delay ="+rised+" fall_delay = "+falld+" input_load = "+rd+")\n"; + } + else if(sections.netlist[i].name=="xor") + { + var rised=sections.netlist[i].risedelay; + var falld=sections.netlist[i].falldelay; + var rd=sections.netlist[i].inputload; + command+=" ref_"+pid+"\n.model ref_"+pid+" d_xor(rise_delay ="+rised+" fall_delay = "+falld+" input_load = "+rd+")\n"; + } -else if(sections.netlist[i].name=="adc_bridge") -{ - var il=sections.netlist[i].inlow; - var ih=sections.netlist[i].inhigh; - var rised=sections.netlist[i].risedelay; - var falld=sections.netlist[i].falldelay; - command+=" adcbridge_"+pid+"\n.model adc_buff_"+pid+" adcbridge(in_low ="+il+" in_high = "+ih+")\n"; -} + else if(sections.netlist[i].name=="dac_bridge") + { + var ol=sections.netlist[i].outlow; + var oh=sections.netlist[i].outhigh; + var ou=sections.netlist[i].outundef; + var rd=sections.netlist[i].inputload; + var rt=sections.netlist[i].risetime; + var ft=sections.netlist[i].falltime; + command+=" dac_"+pid+"\n.model dac_"+pid+" dac_bridge(out_low ="+ol+" out_high = "+oh+" out_undef = "+ou+" input_load = "+rd+" t_rise = "+rt+"t_fall"+ft+")\n"; + } + else if(sections.netlist[i].name=="adc_bridge") + { + var il=sections.netlist[i].inlow; + var ih=sections.netlist[i].inhigh; + var rised=sections.netlist[i].risedelay; + var falld=sections.netlist[i].falldelay; + command+=" adcbridge_"+pid+"\n.model adc_buff_"+pid+" adcbridge(in_low ="+il+" in_high = "+ih+")\n"; + } -else if(sections.netlist[i].name=="cdo") -{ - var ca=sections.netlist[i].cntlarr; - var fa=sections.netlist[i].freqarr; - var dt=sections.netlist[i].duty; - var p=sections.netlist[i].phase; - var rised=sections.netlist[i].risedelay; - var falld=sections.netlist[i].falldelay; - command+=" var_clock"+pid+"\n.model var_clock"+pid+" d_osc(cntl_array = [ "+ca+"] freq_array = [ "+fa+" ] duty_cycle = "+dt+" initphase = "+p+" rise_delay = "+rised+" fall_delay = "+falld+")\n"; -} + else if(sections.netlist[i].name=="cdo") + { -else{ - - command+=" "+sections.netlist[i].model; + var ca=sections.netlist[i].cntlarr; + var fa=sections.netlist[i].freqarr; + var dt=sections.netlist[i].duty; + var p=sections.netlist[i].phase; + var rised=sections.netlist[i].risedelay; + var falld=sections.netlist[i].falldelay; + command+=" var_clock"+pid+"\n.model var_clock"+pid+" d_osc(cntl_array = [ "+ca+"] freq_array = [ "+fa+" ] duty_cycle = "+dt+" initphase = "+p+" rise_delay = "+rised+" fall_delay = "+falld+")\n"; + } -} -if(command!="")spice+=command+'\n'; -} -} + else{ + command+=" "+sections.netlist[i].model; + } -if(sections.coupling.length){ - for(var i=0;i<sections.coupling.length;i++){ - spice+=sections.coupling[i]+'\n'; + if(command!="")spice+=command+'\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 + if(sections.coupling.length){ + for(var i=0;i<sections.coupling.length;i++){ + spice+=sections.coupling[i]+'\n'; + } + } - openfile( webtronics.partslists[i].url+"/spice/"+ name,this.responder); + 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); @@ -1326,116 +1313,98 @@ var modelloader={ } } - + 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"; + if(sections.simulation[i]!="")spice+=sections.simulation[i]+"\n"; + } } - } - - - responsefunc(spice); - }, + 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){ - //spice+=modelloader.modeltext; - - - modelloader.finish(); - jQuery("#webtronics_netlist_text_area").val(spice+final_str); - //spice=spice.concat(".end \n"); + }, - } + responder:function(text){ + console.log("reponded"); + modelloader.modeltext=text; + if(!modelloader.modelcount){ + //spice+=modelloader.modeltext; + modelloader.finish(); + jQuery("#webtronics_netlist_text_area").val(spice+final_str); + //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){ - + 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(); - 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]); - + 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; - }, + // 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); - }, +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; - }, +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){ @@ -1451,8 +1420,6 @@ getnodenumber:function(name, leg){ return -1 }, getwtxtagname:function(elem,tagname){ - - var tag=elem.getElementsByTagName("wtx:"+tagname); if(!tag.length){ tag=elem.getElementsByTagName(tagname); @@ -1464,14 +1431,12 @@ getwtxtagname:function(elem,tagname){ 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; }, |