static void Main(string[] args)
{
Circuit sim = new Circuit();
var volt0 = sim.Create <VoltageInput>();
var g = sim.Create <Ground>();
var res0 = sim.Create <Resistor>();
res0.resistance = 1;
sim.Connect(volt0.leadPos, res0.leadIn);
sim.Connect(g.leadIn, res0.leadOut);
for (int x = 1; x <= 3; x++)
{
sim.doTick();
// Ohm's Law
Debug.Log(res0.getVoltageDelta(), res0.resistance * res0.getCurrent()); // V = I x R
Debug.Log(res0.getCurrent(), res0.getVoltageDelta() / res0.resistance); // I = V / R
Debug.Log(res0.resistance, res0.getVoltageDelta() / res0.getCurrent()); // R = V / I
Debug.Log(res0.getLeadVoltage(0), res0.getLeadVoltage(0)); // Leads voltage
}
Console.WriteLine("program complete");
Console.ReadLine();
}
static void Main(string[] args)
{
Circuit sim = new Circuit();
var volt0 = sim.Create <VoltageInput>(Voltage.WaveType.DC);
volt0.maxVoltage = 10;
var res0 = sim.Create <Resistor>(6);
var res1 = sim.Create <Resistor>(2);
var res2 = sim.Create <Resistor>(6);
var res3 = sim.Create <Resistor>(2);
var res4 = sim.Create <Resistor>(6);
var res5 = sim.Create <Resistor>(1000);
var ground0 = sim.Create <Ground>();
sim.Connect(volt0.leadPos, res0.leadIn);
sim.Connect(res0.leadOut, res1.leadIn);
sim.Connect(volt0.leadPos, res2.leadIn);
sim.Connect(res2.leadOut, res3.leadIn);
sim.Connect(res3.leadOut, ground0.leadIn);
sim.Connect(res1.leadOut, ground0.leadIn);
sim.Connect(res3.leadOut, res4.leadIn);
sim.Connect(res4.leadOut, res1.leadIn);
for (int x = 1; x <= 1; x++)
{
sim.doTick();
// Ohm's Law
LogSharp(res0.getVoltageDelta(), res0.resistance * res0.getCurrent()); // V = I x R
LogSharp(res0.getCurrent(), res0.getVoltageDelta() / res0.resistance); // I = V / R
LogSharp(res0.resistance, res0.getVoltageDelta() / res0.getCurrent()); // R = V / I
LogSharp(volt0.getCurrent());
}
Debug.Log("program complete");
}
