/// <summary>
/// According to the description, we need the right amount of mass, heat and trapped particles
/// </summary>
private void UpdateDischarge(MassTestChamber master, int deltaTime)
{
bool field = master.SimulationInput.PollBoolean(MassTestChamber.FieldGeneratorKey);
int centralTemperature = Central.CentralTemperature;
float centralMass = Central.CollectedMass;
if (IsDischarging)
{
RecordedDischargedTime += deltaTime;
if (!field || centralTemperature < TurnOffTemperature || centralMass < BurnOutMass)
{
IsDischarging = false;
Discharge.Emitting = false;
Finish();
}
}
else
{
if (field && centralTemperature > TemperatureNeeded && centralMass > MassNeeded)
{
IsDischarging = true;
Discharge.Emitting = true;
}
}
master.SimulationOutput.SetValue(MassTestChamber.DetectorKey, IsDischarging);
}
/// <summary>
/// Calculates the next simulation step.
/// </summary>
public void Update(MassTestChamber master, int deltaTime)
{
UpdateEmitter(master, deltaTime);
UpdateFocus(master, deltaTime);
UpdateCentralMass(master, deltaTime);
UpdateDischarge(master, deltaTime);
UpdateEmergencyActors(deltaTime);
}
private void UpdateFocus(MassTestChamber master, int deltaTime)
{
int direction = master.SimulationInput.PollInteger(MassTestChamber.FocusMotorKey);
if (direction != 0)
{
FocusCart.Drive(direction > 0, deltaTime);
}
bool field = master.SimulationInput.PollBoolean(MassTestChamber.FieldGeneratorKey);
Central.ShowAs(Emitter.IsProvidingMass, field, IsDischarging);
master.SimulationOutput.SetValue(MassTestChamber.FocusFrontKey, FocusCart.FrontPositionReached);
master.SimulationOutput.SetValue(MassTestChamber.FocusBackKey, FocusCart.BackPositionReached);
}
/// <summary>
/// https://en.wikipedia.org/wiki/Black_body
/// https://en.wikipedia.org/wiki/Color_temperature
/// </summary>
private void UpdateCentralMass(MassTestChamber master, int deltaTime)
{
bool field = master.SimulationInput.PollBoolean(MassTestChamber.FieldGeneratorKey);
bool focusOn = master.SimulationInput.PollBoolean(MassTestChamber.FocusKey);
bool cagedParticles = field || focusOn;
bool laserActive = master.SimulationInput.PollBoolean(MassTestChamber.LaserKey);
Central.ProcessState(Emitter.IsProvidingMass, cagedParticles, IsDischarging, laserActive, deltaTime);
Laser.Visible = laserActive;
int measuredNoise = Mathf.RoundToInt(GD.Randf() * 16f - 8f);
int measuredTemperature = Central.CentralTemperature + measuredNoise;
master.SimulationOutput.SetValue(MassTestChamber.TemperatureSensorKey, measuredTemperature);
bool massOK = Central.CollectedMass > MassNeeded;
master.SimulationOutput.SetValue(MassTestChamber.MassSufficientKey, massOK);
}
private void UpdateEmitter(MassTestChamber master, int deltaTime)
{
int direction = master.SimulationInput.PollInteger(MassTestChamber.EmitterMotorKey);
if (direction != 0)
{
EmitterCart.Drive(direction > 0, deltaTime);
}
bool emitting = master.SimulationInput.PollBoolean(MassTestChamber.EmitterKey);
if (emitting)
{
bool field = master.SimulationInput.PollBoolean(MassTestChamber.FieldGeneratorKey);
bool focusOn = master.SimulationInput.PollBoolean(MassTestChamber.FocusKey);
bool focusValid = FocusCart.FrontPositionReached && focusOn;
Emitter.ShowAsActiveWith(EmitterCart, field, focusValid);
}
else
{
Emitter.ShowAsOff(EmitterCart);
}
master.SimulationOutput.SetValue(MassTestChamber.EmitterFrontKey, EmitterCart.FrontPositionReached);
master.SimulationOutput.SetValue(MassTestChamber.EmitterBackKey, EmitterCart.BackPositionReached);
}
