public override void LoadAll(IO.ComponentData Compound)
{
base.LoadAll(Compound);
for (int i = 0; i < Joints.Length; i++)
{
j[i] = Compound.GetInt("J" + i.ToString());
}
w1 = Compound.GetInt("W1");
w2 = Compound.GetInt("W2");
w3 = Compound.GetInt("W3");
w4 = Compound.GetInt("W4");
var l = Logics as Logics.TeslaCoilLogics;
l.Range = (float)Compound.GetDouble("Range");
l.Capacitance = (float)Compound.GetDouble("Capacitance");
l.DischargeVoltage = (float)Compound.GetDouble("DischargeVoltage");
l.CurCharge = (float)Compound.GetDouble("Charge");
if (l.CurCharge < 0)
{
l.CurCharge = 0;
}
}
public override void LoadAll(IO.ComponentData Compound)
{
base.LoadAll(Compound);
j0 = Compound.GetInt("J0");
j1 = Compound.GetInt("J1");
w = Compound.GetInt("W");
(Logics as Logics.PowerACLogics).voltage = Compound.GetDouble("Voltage");
(Logics as Logics.PowerACLogics).period = (float)Compound.GetDouble("Period");
}
private String connectedWiresData;//, containingComponentsData;
public override void LoadAll(IO.ComponentData Compound)
{
base.LoadAll(Compound);
connectedWiresData = Compound.GetString("ConnectedWires");
//containingComponentsData = Compound.GetString("ContainingComponents");
CanBeGround = Compound.GetBool("CanGround");
CanProvidePower = Compound.GetBool("CanPower");
isGround = Compound.GetBool("IsGround");
isProvidingPower = Compound.GetBool("IsPower");
SendingVoltage = Compound.GetDouble("SendingVoltage");
SendingCurrent = Compound.GetDouble("SendingCurrent");
}
public override void LoadAll(IO.ComponentData Compound)
{
base.LoadAll(Compound);
j0 = Compound.GetInt("J0");
j1 = Compound.GetInt("J1");
w = Compound.GetInt("W");
(Logics as Logics.PulseFormerLogics).cycle = Compound.GetBool("Cycle");
double td = Compound.GetDouble("MaxRes");
if (Double.IsNaN(td))
{
td = MaxResistance;
}
MaxResistance = (float)td;
String s = Compound.GetString("Pulses");
var a = s.Split(';');
float[] t = new float[a.Length];
for (int i = 0; i < a.Length; i++)
{
try
{
t[i] = (float)Convert.ToDouble(a[i]);
}
catch
{
t[i] = 0;
}
}
(Logics as Logics.PulseFormerLogics).pulses = t;
}
public override void LoadAll(IO.ComponentData Compound)
{
base.LoadAll(Compound);
for (int i = 0; i < Joints.Length; i++)
{
j[i] = Compound.GetInt("J" + i.ToString());
}
var d = Compound.GetDouble("Current");
if (!Double.IsNaN(d))
{
MaxCurrent = d;
MaxVoltage = Compound.GetDouble("Potential");
MaxMagnetForce = (float)Compound.GetDouble("Force");
}
}
public override void LoadAll(IO.ComponentData Compound)
{
base.LoadAll(Compound);
j0 = Compound.GetInt("J0");
j1 = Compound.GetInt("J1");
w = Compound.GetInt("W");
MaxResistance = Compound.GetDouble("MaxRes");
}
public override void LoadAll(IO.ComponentData Compound)
{
base.LoadAll(Compound);
j0 = Compound.GetInt("J0");
j1 = Compound.GetInt("J1");
j2 = Compound.GetInt("J2");
j3 = Compound.GetInt("J3");
w1 = Compound.GetInt("W1");
w2 = Compound.GetInt("W2");
w3 = Compound.GetInt("W3");
if (Compound.Contains("Capacitance"))
{
(Logics as Logics.CapacitorLogics).Capacitance = Compound.GetDouble("Capacitance");
(Logics as Logics.CapacitorLogics).MaxOutputVoltage = Compound.GetDouble("MaxVoltage");
}
}
public override void LoadAll(IO.ComponentData Compound)
{
base.LoadAll(Compound);
j0 = Compound.GetInt("J0");
j1 = Compound.GetInt("J1");
w = Compound.GetInt("W");
res = (float)Compound.GetDouble("Resistance");
}
public override void LoadAll(IO.ComponentData Compound)
{
base.LoadAll(Compound);
fieldRadius = (float)Compound.GetDouble("Field");
pole = (MagnetPole)Compound.GetInt("Pole");
con = Compound.GetInt("Connector");
com = Compound.GetInt("ConComp");
}
public override void LoadAll(IO.ComponentData Compound)
{
base.LoadAll(Compound);
j0 = Compound.GetInt("J0");
j1 = Compound.GetInt("J1");
w = Compound.GetInt("W");
var a = Compound.GetDouble("Field");
if (!Double.IsNaN(a))
{
fieldRadius = (float)a;
}
}
public override void LoadAll(IO.ComponentData Compound)
{
base.LoadAll(Compound);
j0 = Compound.GetInt("J0");
j1 = Compound.GetInt("J1");
w = Compound.GetInt("W");
var a = Compound.GetDouble("Luminosity");
if (!Double.IsNaN(a))
{
Luminosity = (float)a;
}
}
public override void LoadAll(IO.ComponentData Compound)
{
base.LoadAll(Compound);
if (ID == 45)
{
}
j1 = Compound.GetInt("J1");
j2 = Compound.GetInt("J2");
Resistance = Compound.GetDouble("Resistance");
IsConnected = Compound.GetBool("IsConnected");
direction = (WireDirection)Compound.GetInt("Direction");
if (Compound.Contains("SendingVoltage"))
{
sendingVoltage = Compound.GetDouble("SendingVoltage");
sendingCurrent = Compound.GetDouble("SendingCurrent");
CanSendVoltageOrCurrent = Compound.GetBool("CanSendVoltage");
}
dp = Compound.GetString("DrawPath");
}
public override void LoadAll(IO.ComponentData Compound)
{
base.LoadAll(Compound);
j0 = Compound.GetInt("J0");
j1 = Compound.GetInt("J1");
w = Compound.GetInt("W");
String s = Compound.GetString("Target");
(Logics as Logics.CoreLogics).Load(s);
double acc = Compound.GetDouble("Accuracy");
if (!Double.IsNaN(acc))
{
(Logics as Logics.CoreLogics).RequiredAccuracy = (float)acc;
}
}
public override void LoadAll(IO.ComponentData Compound)
{
base.LoadAll(Compound);
for (int i = 0; i < Joints.Length; i++)
{
j[i] = Compound.GetInt("J" + i.ToString());
}
for (int i = 0; i < Wires.Length; i++)
{
w[i] = Compound.GetInt("W" + i.ToString());
}
left = (PortState)Compound.GetInt("Left");
up = (PortState)Compound.GetInt("Up");
right = (PortState)Compound.GetInt("Right");
down = (PortState)Compound.GetInt("Down");
Range = (float)Compound.GetDouble("Range");
}