/// <summary>
/// Read a netlist file (.net) containing componentsdescription y nodes
/// A Circuit object with components y nodes will be created
/// </summary>
/// <param name="CircuitName"></param>
public void ReadCircuit(string CircuitName)
{
if (!File.Exists(CircuitName))
{
HasErrors = true;
throw new FileNotFoundException();
}
try
{
TextReader reader = File.OpenText(CircuitName);
string txt = reader.ReadToEnd();
reader.Close();
string[] lines = txt.Split("\r\n".ToCharArray(), StringSplitOptions.RemoveEmptyEntries);
for (int i = 0; i < lines.Length; i++)
{
string item = lines[i];
//un comentario
if (item.StartsWith("*"))
{
continue;
}
int j = i + 1;
while (j < lines.Length && lines[j].StartsWith("+"))
{
item += " " + lines[j].Substring(1);
j++;
i++;
}
//R_R1 $N_0002 $N_0001 1k
string[] elemn = item.Split(" ".ToCharArray(), StringSplitOptions.RemoveEmptyEntries);
ElectricComponent comp = null;
string[] comp1 = elemn[0].Split("_".ToCharArray());
switch (comp1[0].ToUpper())
{
case "R":
comp = new Resistor(this, comp1[1], elemn[3]);
break;
case "V":
if (elemn.Length == 4)
{
comp = new VoltageGenerator(this, comp1[1], elemn[3]);
}
else if (elemn.Length == 7 || elemn.Length == 8)
{
ACVoltageGenerator ac = new ACVoltageGenerator(this, comp1[1], elemn[4]);
if (elemn.Length == 8)
{
ac.ACVoltage = Complex32.FromPolarCoordinates((float)StringUtils.DecodeString(elemn[6]),
(float)StringUtils.DecodeString(elemn[7]));
}
else
{
ac.ACVoltage = new Complex32((float)StringUtils.DecodeString(elemn[6]), 0);
}
comp = (ACVoltageGenerator)ac;
}
else if (elemn.Length > 8)
{
//V_V1 $N_0001 0 DC 0 AC 1
//+SIN 1 1 1k 0 0 0
SineVoltageGenerator vsin = new SineVoltageGenerator(this, comp1[1]);
//if (elemn.Length == 8)
//vsin.ACVoltage = new Complex32((float)StringUtils.DecodeString(elemn[6]),
// (float)StringUtils.DecodeString(elemn[6]));
//else
vsin.ACVoltage = new Complex32((float)StringUtils.DecodeString(elemn[6]), 0);
vsin.Amplitude = elemn[9];
vsin.Offset = elemn[8];
vsin.Frequency = elemn[10];
vsin.Thau = elemn[12];
vsin.Delay = elemn[11];
vsin.Phase = elemn[13];
comp = vsin;
}
else
{
throw new NotImplementedException();
}
break;
case "I":
if (elemn[3] == "DC")
{
comp = new CurrentGenerator(this, comp1[1], elemn[4]);
}
else
{
//aun sin resolver para otros generadores
comp = new CurrentGenerator(this, comp1[1], elemn[4]);
}
break;
case "L":
comp = new Inductor(this, comp1[1], elemn[3]);
break;
case "C":
comp = new Capacitor(this, comp1[1], elemn[3]);
break;
case "E":
//E_E1 $N_0002 0 $N_0001 0 10
VoltageControlledGenerator E = new VoltageControlledGenerator(this, comp1[1]);
E.Gain = elemn[5];
Node node1 = null;
node1 = CreateOrFindNode(elemn[3]);
E.InputNodes.Add(node1);
node1 = CreateOrFindNode(elemn[4]);
E.InputNodes.Add(node1);
comp = E;
break;
default:
throw new Exception();
}
comp.Nodes.Clear();
//agrego los nodos al circuito y al componente
Node n;
if (!Nodes.ContainsKey(elemn[1]))
{
n = new Node(elemn[1]);
Nodes.Add(n.Name, n);
}
else
{
n = Nodes[elemn[1]];
}
comp.Nodes.Add(n);
n.Components.Add(comp);
if (n.Name == "0")
{
n.IsReference = true;
Reference = n;
}
//agrego el segundo nodo
if (!Nodes.ContainsKey(elemn[2]))
{
n = new Node(elemn[2]);
Nodes.Add(elemn[2], n);
}
else
{
n = Nodes[elemn[2]];
}
comp.Nodes.Add(n);
n.Components.Add(comp);
if (n.Name == "0")
{
n.IsReference = true;
Reference = n;
}
Components.Add(comp);
}
State = CircuitState.FileLoaded;
OriginalCircuit = this;
}
catch (Exception ex)
{
HasErrors = true;
throw;
}
}
/// <summary>
/// Read a netlist file (.net) containing componentsdescription y nodes
/// A Circuit object with components y nodes will be created
/// </summary>
/// <param name="CircuitName"></param>
public void ReadCircuit(string CircuitName)
{
if (!File.Exists(CircuitName))
{
HasErrors = true;
throw new FileNotFoundException();
}
try
{
TextReader reader = File.OpenText(CircuitName);
string txt = reader.ReadToEnd();
reader.Close();
string[] lines = txt.Split("\r\n".ToCharArray(), StringSplitOptions.RemoveEmptyEntries);
for (int i = 0; i < lines.Length; i++ )
{
string item = lines[i];
//un comentario
if (item.StartsWith("*"))
continue;
int j = i + 1;
while (j < lines.Length && lines[j].StartsWith("+"))
{
item += " " + lines[j].Substring(1);
j++;
i++;
}
//R_R1 $N_0002 $N_0001 1k
string[] elemn = item.Split(" ".ToCharArray(), StringSplitOptions.RemoveEmptyEntries);
ElectricComponent comp = null;
string[] comp1 = elemn[0].Split("_".ToCharArray());
switch (comp1[0].ToUpper())
{
case "R":
comp = new Resistor(this, comp1[1], elemn[3]);
break;
case "V":
if (elemn.Length == 4)
comp = new VoltageGenerator(this, comp1[1], elemn[3]);
else if (elemn.Length == 7 || elemn.Length == 8)
{
ACVoltageGenerator ac = new ACVoltageGenerator(this, comp1[1], elemn[4]);
if (elemn.Length == 8)
ac.ACVoltage = Complex32.FromPolarCoordinates((float)StringUtils.DecodeString(elemn[6]),
(float)StringUtils.DecodeString(elemn[7]));
else
ac.ACVoltage = new Complex32((float)StringUtils.DecodeString(elemn[6]), 0);
comp = (ACVoltageGenerator)ac;
}
else if (elemn.Length > 8)
{
//V_V1 $N_0001 0 DC 0 AC 1
//+SIN 1 1 1k 0 0 0
SineVoltageGenerator vsin = new SineVoltageGenerator(this, comp1[1]);
//if (elemn.Length == 8)
//vsin.ACVoltage = new Complex32((float)StringUtils.DecodeString(elemn[6]),
// (float)StringUtils.DecodeString(elemn[6]));
//else
vsin.ACVoltage = new Complex32((float)StringUtils.DecodeString(elemn[6]), 0);
vsin.Amplitude = elemn[9];
vsin.Offset = elemn[8];
vsin.Frequency = elemn[10];
vsin.Thau = elemn[12];
vsin.Delay = elemn[11];
vsin.Phase = elemn[13];
comp = vsin;
}
else
{
throw new NotImplementedException();
}
break;
case "I":
if (elemn[3] == "DC")
comp = new CurrentGenerator(this, comp1[1], elemn[4]);
else
//aun sin resolver para otros generadores
comp = new CurrentGenerator(this, comp1[1], elemn[4]);
break;
case "L":
comp = new Inductor(this, comp1[1], elemn[3]);
break;
case "C":
comp = new Capacitor(this, comp1[1], elemn[3]);
break;
case "E":
//E_E1 $N_0002 0 $N_0001 0 10
VoltageControlledGenerator E = new VoltageControlledGenerator(this, comp1[1]);
E.Gain = elemn[5];
Node node1 = null;
node1 = CreateOrFindNode(elemn[3]);
E.InputNodes.Add(node1);
node1 = CreateOrFindNode(elemn[4]);
E.InputNodes.Add(node1);
comp = E;
break;
default:
throw new Exception();
}
comp.Nodes.Clear();
//agrego los nodos al circuito y al componente
Node n;
if (!Nodes.ContainsKey(elemn[1]))
{
n = new Node(elemn[1]);
Nodes.Add(n.Name, n);
}
else
n = Nodes[elemn[1]];
comp.Nodes.Add(n);
n.Components.Add(comp);
if (n.Name == "0")
{
n.IsReference = true;
Reference = n;
}
//agrego el segundo nodo
if (!Nodes.ContainsKey(elemn[2]))
{
n = new Node(elemn[2]);
Nodes.Add(elemn[2], n);
}
else
n = Nodes[elemn[2]];
comp.Nodes.Add(n);
n.Components.Add(comp);
if (n.Name == "0")
{
n.IsReference = true;
Reference = n;
}
Components.Add(comp);
}
State = CircuitState.FileLoaded;
OriginalCircuit = this;
}
catch (Exception ex)
{
HasErrors = true;
throw;
}
}
