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improve the function of spice-extract

main
ColsonZhang 2021-02-08 00:26:36 +08:00
parent 12089f49d8
commit fa2a96f87e
6 changed files with 398 additions and 44 deletions
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6
README.md
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@ -55,6 +55,12 @@
## 更新日志
* 2021年2月8号，前端更新
* 优化了schematic电路图提取spice网表功能
* 新增加了多种电源器件
* 初步实验了将提取出来的spice网表送进spice仿真器中执行仿真的结果
* ![avatar](./Schematic/schematic4.png)
* 2021年2月2日，前端更新
* 增加电路spice网表提取功能

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436
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@ -128,23 +128,33 @@
{
var Value_raw = cell.getValue();
var Value_att = ParseAttribute(Value_raw);
var Value_show = Value_att['name'] == 'unknown' ? '' : Value_att['name'];
var Value_show = '';
if(Value_att['Name'] == 'unknown'){
if(Value_att['name'] != 'unknown'){
Value_show = Value_att['name'];
}
}
else{
Value_show = Value_att['Name'];
}
// var Value_show = Value_att['name'] == 'unknown' ? '' : Value_att['name'];
return Value_show;
};
// 暂时不允许在此进行修改
var cellLabelChanged = graph.cellLabelChanged;
graph.cellLabelChanged = function(cell, newValue, autoSize)
graph.cellLabelChanged = function(cell, new_value, autoSize)
{
// if (mxUtils.isNode(cell.value))
// {
// // Clones the value for correct undo/redo
// var elt = cell.value.cloneNode(true);
// elt.setAttribute('label', newValue);
// newValue = elt;
// }
// cellLabelChanged.apply(this, arguments);
// // Clones the value for correct undo/redo
// var elt = cell.value.cloneNode(true);
// newValue = elt;
// autoSize = false;
// cellLabelChanged.apply(this, arguments);
};
graph.getTooltipForCell = function(cell)
@ -180,14 +190,17 @@
addVertex_2('icon_ee/res.ico', 80, 30, 'shape=resistor;verticalLabelPosition=top;verticalAlign=bottom','Name=R;Value=10 Ohm;');
addVertex_2('icon_ee/cap.ico', 40, 30, 'shape=capacitor;verticalLabelPosition=top;verticalAlign=bottom','Name=C;Value=10 pF;');
addVertex_2('icon_ee/nmos.ico', 60, 60, 'shape=n_mosfet;verticalLabelPosition=top;verticalAlign=bottom','Name=NMOS;Length=100nm;Width=20nm;');
addVertex_2('icon_ee/pmos.ico', 60, 60, 'shape=p_mosfet;verticalLabelPosition=top;verticalAlign=bottom','Name=PMOS;Length=100nm;Width=20nm;');
addVertex_2('icon_ee/vdd.ico', 40, 30, 'shape=vdd;verticalLabelPosition=top;verticalAlign=bottom','Name=Vdd;Value=10 V;');
addVertex_2('icon_ee/gnd.ico', 40, 40, 'shape=gnd;verticalLabelPosition=top;verticalAlign=bottom','Name=Gnd;');
addVertex_2('icon_ee/nmos.ico', 60, 60, 'shape=n_mosfet;verticalLabelPosition=top;verticalAlign=bottom','Name=M_NMOS;Length=100nm;Width=20nm;');
addVertex_2('icon_ee/pmos.ico', 60, 60, 'shape=p_mosfet;verticalLabelPosition=top;verticalAlign=bottom','Name=M_PMOS;Length=100nm;Width=20nm;');
addVertex_2('icon_ee/vdd.ico', 40, 30, 'shape=vdd;verticalLabelPosition=top;verticalAlign=bottom','Name=Vdd;');
addVertex_2('icon_ee/gnd.ico', 40, 40, 'shape=gnd;verticalLabelPosition=bottom;verticalAlign=top','Name=Gnd;');
addVertex_2('icon_ee/pin.ico', 40, 40, 'shape=pin;verticalLabelPosition=top;verticalAlign=bottom','Name=Pin;');
addVertex_2('icon_ee/pout.ico', 40, 40, 'shape=pout;verticalLabelPosition=top;verticalAlign=bottom','Name=Pout;');
addVertex_2('icon_ee/vdc.ico', 40, 40, 'shape=vdc;labelPosition=left;align=right','Name=Vdc;DC=1 V;');
addVertex_2('icon_ee/vac.ico', 40, 40, 'shape=vac;labelPosition=left;align=right','Name=Vac;DC=0 V;ACMAG=1 V;ACPHASE=0 deg;');
addVertex_2('icon_ee/vsin.ico', 40, 40, 'shape=vsin;labelPosition=left;align=right','Name=Vsin;V0=0 V;VA=1 V;FREQ=1k Hz;TD=0 ;THEAT=0 ;PHASE=0 ;');
toolbar.addLine();
click_handler(graph);
@ -220,8 +233,8 @@
// 获取属性
function ParseAttribute(value)
{
value = value||"name=unknown;" ;
value = value.toLowerCase();
value = value||"Name=unknown;" ;
// value = value.toLowerCase();
var attribute = {} ;
v = value.replace(" ","");
var v_split = v.split(";");
@ -379,7 +392,7 @@ function NormalizeXML(info){
if(temp['type'] == 'vdd'){
temp['port'] = {'vdd': 'vdd'};
temp['port_keys'] = ['vdd'];
temp['value'] = {'voltage': info['elements'][i]['value']['Value']};
// temp['value'] = {'voltage': info['elements'][i]['value']['Value']};
}
else if(temp['type'] == 'gnd'){
temp['port'] = {'gnd': 'gnd'};
@ -408,6 +421,29 @@ function NormalizeXML(info){
temp['port'] = {'pout': 'pout'};
temp['port_keys'] = ['pout'];
}
else if(temp['type'] == 'vdc'){
temp['port'] = {'pos': 'pos', 'neg':'neg'};
temp['port_keys'] = ['pos','neg'];
temp['value'] = {'DC': info['elements'][i]['value']['DC'] }
}
else if(temp['type'] == 'vac'){
temp['port'] = {'pos': 'pos', 'neg':'neg'};
temp['port_keys'] = ['pos','neg'];
temp['value'] = {'ACMAG': info['elements'][i]['value']['ACMAG'],
'ACPHASE': info['elements'][i]['value']['ACPHASE'],
'DC':info['elements'][i]['value']['DC']}
}
else if(temp['type'] == 'vsin'){
temp['port'] = {'pos': 'pos', 'neg':'neg'};
temp['port_keys'] = ['pos','neg'];
temp['value'] = {'V0': info['elements'][i]['value']['V0'],
'VA': info['elements'][i]['value']['VA'],
'FREQ': info['elements'][i]['value']['FREQ'],
'TD': info['elements'][i]['value']['TD'],
'THEAT': info['elements'][i]['value']['THEAT'],
'PHASE': info['elements'][i]['value']['PHASE']
}
}
circuit.push(temp);
}
@ -473,23 +509,50 @@ function NormalizeXML(info){
}
}
let count = 1 ;
let node_str = '';
let flag_gnd = false;
for(var i=0; i<nodes.length; i++){
let node_str = "n" + String(i);
node_str = String(count);
for(var j=0; j<nodes[i].length; j++){
let node_info = nodes[i][j].split(" ");
let node_id = node_info[0];
let node_port = node_info[1];
let node_index = SearchID(circuit,node_id);
if(node_index != -1){
// if( node_port == 'gnd' ){
// node_str = "gnd" ;
// }
circuit[node_index]['port'][node_port] = node_str;
if(node_port == 'source'){
circuit[node_index]['port']['bulk'] = circuit[node_index]['port']['source'];
if(node_port == 'gnd'){
flag_gnd = true;
}
else{
if(node_index != -1){
circuit[node_index]['port'][node_port] = node_str;
if(node_port == 'source'){
circuit[node_index]['port']['bulk'] = circuit[node_index]['port']['source'];
}
}
}
}
if(flag_gnd){
flag_gnd = false;
for(var j=0; j<nodes[i].length; j++){
let node_info = nodes[i][j].split(" ");
let node_id = node_info[0];
let node_port = node_info[1];
let node_index = SearchID(circuit,node_id);
node_str = "0";
if(node_index != -1){
circuit[node_index]['port'][node_port] = node_str;
if(node_port == 'source'){
circuit[node_index]['port']['bulk'] = circuit[node_index]['port']['source'];
}
}
}
}
else{
count += 1;
}
}
return circuit;
};
@ -520,7 +583,6 @@ function ExtractSpice(circuit){
spice += circuit[i]['name'] + " ";
for(var j=0; j<circuit[i]['port_keys'].length; j++){
spice += circuit[i]['port'][circuit[i]['port_keys'][j]] + " ";
// spice += circuit[i]['port_keys'][j] + " ";
}
spice += circuit[i]['type'] + " ";
for(key in circuit[i]['value']){
@ -530,10 +592,86 @@ function ExtractSpice(circuit){
}
return spice;
};
// 根据从xml提取出来的info生成spice网表
function ExtractSpice_2(circuit){
let spice = "";
let key ;
for(var i=0; i<circuit.length;i++){
if((circuit[i]['type']=='gnd') || (circuit[i]['type']=='vdd')){
continue;
}
else if((circuit[i]['type']=='pin') || (circuit[i]['type']=='pout')){
continue;
}
else if((circuit[i]['type']=='p_mosfet') || (circuit[i]['type']=='n_mosfet')){
spice += circuit[i]['name'] + " ";
for(var j=0; j<circuit[i]['port_keys'].length; j++){
spice += circuit[i]['port'][circuit[i]['port_keys'][j]] + " ";
}
spice += circuit[i]['type'] + " ";
spice += 'l=' + circuit[i]['value']['length'] + " ";
spice += 'w=' + circuit[i]['value']['width'] + " ";
spice += "\n";
}
else if(circuit[i]['type']=='vdc'){
spice += circuit[i]['name'] + " ";
for(var j=0; j<circuit[i]['port_keys'].length; j++){
spice += circuit[i]['port'][circuit[i]['port_keys'][j]] + " ";
}
spice += 'DC' + " ";
spice += (circuit[i]['value']['DC'].replace(" ","")).replace("V","") + " ";
spice += "\n";
}
else if(circuit[i]['type']=='vac'){
spice += circuit[i]['name'] + " ";
for(var j=0; j<circuit[i]['port_keys'].length; j++){
spice += circuit[i]['port'][circuit[i]['port_keys'][j]] + " ";
}
spice += 'DC' + " ";
spice += (circuit[i]['value']['DC'].replace(" ","")).replace("V","") + " ";
spice += 'AC' + " ";
spice += (circuit[i]['value']['ACMAG'].replace(" ","")).replace("V","") + " ";
if(circuit[i]['value']['ACPHASE'].replace(" ","").replace("deg","") != "0"){
spice += circuit[i]['value']['ACPHASE'].replace(" ","").replace("deg","") + " ";
}
spice += "\n";
}
else if(circuit[i]['type']=='vsin'){
spice += circuit[i]['name'] + " ";
for(var j=0; j<circuit[i]['port_keys'].length; j++){
spice += circuit[i]['port'][circuit[i]['port_keys'][j]] + " ";
}
spice += "SIN(" + " ";
spice += circuit[i]['value']['V0'].replace(" ","").replace("V","") + " ";
spice += circuit[i]['value']['VA'].replace(" ","").replace("V","") + " ";
spice += circuit[i]['value']['FREQ'].replace(" ","").replace("Hz","") + " ";
spice += ")";
spice += "\n";
}
else{
spice += circuit[i]['name'] + " ";
for(var j=0; j<circuit[i]['port_keys'].length; j++){
spice += circuit[i]['port'][circuit[i]['port_keys'][j]] + " ";
}
spice += circuit[i]['type'] + " ";
for(key in circuit[i]['value']){
spice += circuit[i]['value'][key] + " ";
}
spice += "\n";
}
}
return spice;
};
</script>
<script type="text/javascript">
function showProperties(graph,cell)
{
@ -579,9 +717,13 @@ function showProperties(graph,cell)
}
var okFunction = mxUtils.bind(this, function(){
cell.setValue(AssembleAttribute());
// graph.cellLabelChanged(cell,AssembleAttribute(),false);
wnd.destroy();
// cell.value = value ;
});
@ -885,7 +1027,14 @@ function showOutline(graph)
let spice = ExtractSpice(circuit);
mxUtils.popup(spice, true);
}));
document.body.appendChild(mxUtils.button('Show Spice 2', function()
{
var node = ParseSpice(graph.getModel());
var circuit = NormalizeXML(node);
let spice = ExtractSpice_2(circuit);
mxUtils.popup(spice, true);
}));
// Extract SPICE model
document.body.appendChild(mxUtils.button('Show Info', function()
{
@ -2150,14 +2299,185 @@ Adds oval markers for edge-to-edge connections.
}
};
mxCellRenderer.registerShape('resistor', ResistorShape);
mxCellRenderer.registerShape('n_mosfet', N_Mosfet_Shape);
mxCellRenderer.registerShape('p_mosfet', P_Mosfet_Shape);
mxCellRenderer.registerShape('vdd' , Vdd_Shape);
mxCellRenderer.registerShape('gnd' , Gnd_Shape);
function Vdc_Shape() { };
Vdc_Shape.prototype = new mxCylinder();
Vdc_Shape.prototype.constructor = Vdc_Shape;
Vdc_Shape.prototype.redrawPath = function(path, x, y, w, h, isForeground)
{
if (isForeground)
{
path.moveTo(w * 1/2, h * 0);
path.lineTo(w * 1/2, h * 1/8);
path.moveTo(w * 1/2, h * 1);
path.lineTo(w * 1/2, h * 7/8);
// path.moveTo(w * 1/2, h * 1/8);
// path.arcTo(3/8*w,3/8*w,180,true,true,w*1/2,h*1/2);
path.moveTo(w * 1/2, h * 1/8);
path.curveTo(w * 1/2, h * 1/8,
w * 7/8, h * 1/8,
w * 7/8, h * 1/2);
path.moveTo(w * 1/2, h * 1/8);
path.curveTo(w * 1/2, h * 1/8,
w * 1/8, h * 1/8,
w * 1/8, h * 1/2);
path.moveTo(w * 1/2, h * 7/8);
path.curveTo(w * 1/2, h * 7/8,
w * 7/8, h * 7/8,
w * 7/8, h * 1/2);
path.moveTo(w * 1/2, h * 7/8);
path.curveTo(w * 1/2, h * 7/8,
w * 1/8, h * 7/8,
w * 1/8, h * 1/2);
path.moveTo(w * 1/2, h * 3/16);
path.lineTo(w * 1/2, h * 7/16);
path.moveTo(w * 3/8, h * 5/16);
path.lineTo(w * 5/8, h * 5/16);
path.moveTo(w * 3/8, h * 11/16);
path.lineTo(w * 5/8, h * 11/16);
path.end();
}
};
function Vac_Shape() { };
Vac_Shape.prototype = new mxCylinder();
Vac_Shape.prototype.constructor = Vac_Shape;
Vac_Shape.prototype.redrawPath = function(path, x, y, w, h, isForeground)
{
if (isForeground)
{
path.moveTo(w * 1/2, h * 0);
path.lineTo(w * 1/2, h * 1/8);
path.moveTo(w * 1/2, h * 1);
path.lineTo(w * 1/2, h * 7/8);
path.moveTo(w * 1/2, h * 1/8);
path.curveTo(w * 1/2, h * 1/8,
w * 7/8, h * 1/8,
w * 7/8, h * 1/2);
path.moveTo(w * 1/2, h * 1/8);
path.curveTo(w * 1/2, h * 1/8,
w * 1/8, h * 1/8,
w * 1/8, h * 1/2);
path.moveTo(w * 1/2, h * 7/8);
path.curveTo(w * 1/2, h * 7/8,
w * 7/8, h * 7/8,
w * 7/8, h * 1/2);
path.moveTo( w * 1/2, h * 7/8);
path.curveTo(w * 1/2, h * 7/8,
w * 1/8, h * 7/8,
w * 1/8, h * 1/2);
// +
path.moveTo(w * 1/2, h * 3/16);
path.lineTo(w * 1/2, h * 7/16);
path.moveTo(w * 3/8, h * 5/16);
path.lineTo(w * 5/8, h * 5/16);
// -
path.moveTo(w * 3/8, h * 11/16);
path.lineTo(w * 5/8, h * 11/16);
// ac
path.moveTo( w * 2/8, h * 9/16);
path.curveTo(w * 2/8, h * 9/16,
w * 2/8 , h * 8/16,
w * 3/8, h * 8/16);
path.moveTo( w * 3/8, h * 8/16);
path.curveTo(w * 3/8, h * 8/16,
w * 4/8 , h * 8/16,
w * 4/8 , h * 9/16);
path.moveTo( w * 4/8, h * 9/16);
path.curveTo(w * 4/8, h * 9/16,
w * 4/8 , h * 10/16,
w * 5/8 , h * 10/16);
path.moveTo( w * 5/8, h * 10/16);
path.curveTo(w * 5/8, h * 10/16,
w * 6/8 , h * 10/16,
w * 6/8 , h * 9/16);
path.end();
}
};
function Vsin_Shape() { };
Vsin_Shape.prototype = new mxCylinder();
Vsin_Shape.prototype.constructor = Vsin_Shape;
Vsin_Shape.prototype.redrawPath = function(path, x, y, w, h, isForeground)
{
if (isForeground)
{
path.moveTo(w * 1/2, h * 0);
path.lineTo(w * 1/2, h * 1/8);
path.moveTo(w * 1/2, h * 1);
path.lineTo(w * 1/2, h * 7/8);
path.moveTo(w * 1/2, h * 1/8);
path.curveTo(w * 1/2, h * 1/8,
w * 7/8, h * 1/8,
w * 7/8, h * 1/2);
path.moveTo(w * 1/2, h * 1/8);
path.curveTo(w * 1/2, h * 1/8,
w * 1/8, h * 1/8,
w * 1/8, h * 1/2);
path.moveTo(w * 1/2, h * 7/8);
path.curveTo(w * 1/2, h * 7/8,
w * 7/8, h * 7/8,
w * 7/8, h * 1/2);
path.moveTo( w * 1/2, h * 7/8);
path.curveTo(w * 1/2, h * 7/8,
w * 1/8, h * 7/8,
w * 1/8, h * 1/2);
// ac
path.moveTo( w * 2/8, h * 9/16);
path.curveTo(w * 2/8, h * 9/16,
w * 2/8 , h * 8/16,
w * 3/8, h * 8/16);
path.moveTo( w * 3/8, h * 8/16);
path.curveTo(w * 3/8, h * 8/16,
w * 4/8 , h * 8/16,
w * 4/8 , h * 9/16);
path.moveTo( w * 4/8, h * 9/16);
path.curveTo(w * 4/8, h * 9/16,
w * 4/8 , h * 10/16,
w * 5/8 , h * 10/16);
path.moveTo( w * 5/8, h * 10/16);
path.curveTo(w * 5/8, h * 10/16,
w * 6/8 , h * 10/16,
w * 6/8 , h * 9/16);
path.end();
}
};
mxCellRenderer.registerShape('resistor' , ResistorShape);
mxCellRenderer.registerShape('n_mosfet' , N_Mosfet_Shape);
mxCellRenderer.registerShape('p_mosfet' , P_Mosfet_Shape);
mxCellRenderer.registerShape('vdd' , Vdd_Shape);
mxCellRenderer.registerShape('gnd' , Gnd_Shape);
mxCellRenderer.registerShape('capacitor', Capacitor_Shape);
mxCellRenderer.registerShape('pin', Pin_Shape);
mxCellRenderer.registerShape('pout', Pout_Shape);
mxCellRenderer.registerShape('pin' , Pin_Shape);
mxCellRenderer.registerShape('pout' , Pout_Shape);
mxCellRenderer.registerShape('vdc' , Vdc_Shape);
mxCellRenderer.registerShape('vac' , Vac_Shape);
mxCellRenderer.registerShape('vsin' , Vsin_Shape);
</script>
<!-- 进行端口限制 -->
@ -2199,7 +2519,7 @@ Adds oval markers for edge-to-edge connections.
return ports2;
};
// ... except for n mosfet
// for n mosfet
var ports_resistor = new Array();
ports_resistor['pos'] = {x: 0, y: 0.5, perimeter: true, constraint: 'west'};
ports_resistor['neg'] = {x: 1, y: 0.5, perimeter: true, constraint: 'east'};
@ -2209,7 +2529,7 @@ Adds oval markers for edge-to-edge connections.
return ports_resistor;
};
// ... except for n mosfet
// for n mosfet
var ports_nmosfet = new Array();
ports_nmosfet['gate'] = {x: 0, y: 0.5, perimeter: true, constraint: 'west'};
ports_nmosfet['drain'] = {x: 1, y: 0.25, perimeter: true, constraint: 'east'};
@ -2218,7 +2538,7 @@ Adds oval markers for edge-to-edge connections.
N_Mosfet_Shape.prototype.getPorts = function(){
return ports_nmosfet;
};
// ... except for p mosfet
// for p mosfet
var ports_pmosfet = new Array();
ports_pmosfet['gate'] = {x: 0, y: 0.5, perimeter: true, constraint: 'west'};
ports_pmosfet['source'] = {x: 1, y: 0.25, perimeter: true, constraint: 'east'};
@ -2227,14 +2547,14 @@ Adds oval markers for edge-to-edge connections.
P_Mosfet_Shape.prototype.getPorts = function(){
return ports_pmosfet;
};
// ... except for vdd
// for vdd
var ports_vdd = new Array();
ports_vdd['vdd'] = {x: 0.5, y: 1, perimeter: true, constraint: 'south'};
Vdd_Shape.prototype.getPorts = function(){
return ports_vdd;
};
// ... except for gnd
// for gnd
var ports_gnd = new Array();
ports_gnd['gnd'] = {x: 0.5, y: 0, perimeter: true, constraint: 'north'};
@ -2242,7 +2562,7 @@ Adds oval markers for edge-to-edge connections.
return ports_gnd;
};
// ... except for capatiance
// for capatiance
var ports_capatiance = new Array();
ports_capatiance['pos'] = {x: 0.0, y: 0.5, perimeter: true, constraint: 'west'};
ports_capatiance['neg'] = {x: 1.0, y: 0.5, perimeter: true, constraint: 'east'};
@ -2251,20 +2571,48 @@ Adds oval markers for edge-to-edge connections.
return ports_capatiance;
};
// ... except for capatiance
// for port_pin
var ports_pin = new Array();
ports_pin['pin'] = {x: 1.0, y: 0.5, perimeter: true, constraint: 'east'};
Pin_Shape.prototype.getPorts = function(){
return ports_pin;
};
// ... except for capatiance
// for port_out
var ports_pout = new Array();
ports_pout['pout'] = {x: 0.0, y: 0.5, perimeter: true, constraint: 'west'};
Pout_Shape.prototype.getPorts = function(){
return ports_pout;
};
// for Vdc
var ports_vdc = new Array();
ports_vdc['pos'] = {x: 0.5, y: 0.0, perimeter: true, constraint: 'north'};
ports_vdc['neg'] = {x: 0.5, y: 1.0, perimeter: true, constraint: 'south'};
Vdc_Shape.prototype.getPorts = function(){
return ports_vdc;
};
// for Vac
var ports_vac = new Array();
ports_vac['pos'] = {x: 0.5, y: 0.0, perimeter: true, constraint: 'north'};
ports_vac['neg'] = {x: 0.5, y: 1.0, perimeter: true, constraint: 'south'};
Vac_Shape.prototype.getPorts = function(){
return ports_vac;
};
// for Vsin
var ports_vsin = new Array();
ports_vsin['pos'] = {x: 0.5, y: 0.0, perimeter: true, constraint: 'north'};
ports_vsin['neg'] = {x: 0.5, y: 1.0, perimeter: true, constraint: 'south'};
Vsin_Shape.prototype.getPorts = function(){
return ports_vsin;
};
</script>