private void UpdateSimulation(bool Rebuild)
{
int id = Interlocked.Increment(ref update);
new Task(() =>
{
ComputerAlgebra.Expression h = (ComputerAlgebra.Expression) 1 / (stream.SampleRate * Oversample);
Circuit.TransientSolution s = Circuit.TransientSolution.Solve(circuit.Analyze(), h, Rebuild ? (ILog)Log : new NullLog());
lock (sync)
{
if (id > clock)
{
if (Rebuild)
{
simulation = new Circuit.Simulation(s)
{
Log = Log,
Input = inputs.Keys,
Output = probes.Select(i => i.V).Concat(OutputChannels.Select(i => i.Signal)),
Oversample = Oversample,
Iterations = Iterations,
};
}
else
{
simulation.Solution = s;
clock = id;
}
}
}
}).Start(scheduler);
}
private void RebuildSolution()
{
lock (sync)
{
simulation = null;
ProgressDialog.RunAsync(this, "Building circuit solution...", () =>
{
try
{
ComputerAlgebra.Expression h = (ComputerAlgebra.Expression) 1 / (stream.SampleRate * Oversample);
Circuit.TransientSolution solution = Circuit.TransientSolution.Solve(circuit.Analyze(), h, Log);
simulation = new Circuit.Simulation(solution)
{
Log = Log,
Input = inputs.Keys,
Output = probes.Select(i => i.V).Concat(OutputChannels.Select(i => i.Signal)),
Oversample = Oversample,
Iterations = Iterations,
};
}
catch (Exception Ex)
{
Log.WriteException(Ex);
}
});
}
}