public TestStandMapping()
{
PT_N2 = new PressureComponent(16, "PT_N2", "PT-N2", 400);
PT_IPA = new PressureComponent(17, "PT_IPA", "PT-IPA", 50);
PT_N2O = new PressureComponent(18, "PT_N2O", "PT-N2O", 50);
PT_FUEL = new PressureComponent(19, "PT_FUEL", "PT-FUEL", 50);
PT_OX = new PressureComponent(20, "PT_OX", "PT-OX", 50);
PT_CHAM = new PressureComponent(21, "PT_CHAM", "PT-CHAM", 50);
TC_IPA = new TemperatureComponent(8, "TC_IPA", "TC-IPA", x => x);
TC_N2O = new TemperatureComponent(9, "TC_N2O", "TC-N2O", x => x);
TC_1 = new TemperatureComponent(10, "TC_1", "TC-1", x => x);
TC_2 = new TemperatureComponent(11, "TC_2", "TC-2", x => x);
TC_3 = new TemperatureComponent(12, "TC_3", "TC-3", x => x);
TC_4 = new TemperatureComponent(13, "TC_4", "TC-4", x => x);
TC_5 = new TemperatureComponent(14, "TC_5", "TC-5", x => x);
TC_6 = new TemperatureComponent(15, "TC_6", "TC-6", x => x);
LOAD = new LoadComponent(0, "LOAD", "Load cell");
SV_IPA = new SolenoidComponent(4, "SV_IPA", "SV-IPA", "SV_IPA_SYMBOL");
SV_N2O = new SolenoidComponent(5, "SV_N2O", "SV-N2O", "SV_N2O_SYMBOL");
MV_IPA = new ServoComponent(6, "MV_IPA", "MV-IPA", "MV_IPA_SYMBOL");
MV_N2O = new ServoComponent(7, "MV_N2O", "MV-N2O", "MV_N2O_SYMBOL");
TARGET_MV_IPA = new SimpleComponent(25, 2, false, "TARGET-MV-IPA", "TARGET-MV-IPA [%]", x => ((float)x) / ushort.MaxValue * 100.0f);
TARGET_MV_N2O = new SimpleComponent(26, 2, false, "TARGET-MV-N20", "TARGET-MV-N20 [%]", x => ((float)x) / ushort.MaxValue * 100.0f);
SN_N2O_FILL = new SolenoidComponent(2, "SN_N2O_FILL", "SN-N2O-FILL", "SN_N2O_FILL_SYMBOL");
SN_FLUSH = new SolenoidComponent(3, "SN_FLUSH", "SN-FLUSH", "SN_FLUSH_SYMBOL");
BATTERY = new VoltageComponent(22, "BATTERY", "BATTERY", 12.0f, 14.8f);
FLO_IPA = new FlowComponent(100, "FLO_IPA", "FLO-IPA", ref PT_FUEL, ref PT_CHAM, () => PreferenceManager.Manager.Preferences.Fluid.Fuel);
FLO_N2O = new FlowComponent(101, "FLO_N2O", "FLO-N2O", ref PT_N2O, ref PT_CHAM, () => PreferenceManager.Manager.Preferences.Fluid.Oxid);
T_IPA = new TankComponent(24, "FUEL", "FUEL", "FUEL_GRADIENT", ref FLO_IPA, "Fuel");
T_N2O = new LevelComponent(1, "OXID", "OXID", "OXID_GRADIENT", 20);
STACK_HEALTH = new StackHealthComponent(23, "STACK_MAIN", "STACK_ACTUATOR", "STACK_SENSOR", "STACK-HEALTH");
_states = new List <State>
{
new State(0, "Idle"),
new State(1, "Ignition"),
new State(2, "Pre-Stage 1"),
new State(3, "Pre-Stage 2"),
new State(4, "Ramp up"),
new State(5, "Regulated"),
new State(6, "Shutdown 1"),
new State(7, "Shutdown 2"),
new State(8, "Flush")
};
EmergencyState = _states[6];
PreferenceManager.Manager.Preferences.AutoSequenceComponentIDs.ChamberPressureID = PT_CHAM.BoardID;
PreferenceManager.Manager.Preferences.AutoSequenceComponentIDs.FuelLinePressureID = PT_FUEL.BoardID;
PreferenceManager.Manager.Preferences.AutoSequenceComponentIDs.OxidizerLinePressureID = PT_OX.BoardID;
}
public void Pressure_Component_Is_Updated_Correctly()
{
byte ID = 16;
PressureComponent expectedResult = new PressureComponent(0, "", "", 400);
expectedResult.Set(40000);
TestStandMapping mapping = new TestStandMapping();
Session session = new Session(mapping);
// Value = 1337 = 0x539
session.UpdateComponents(new byte[] { ID, 0x9C, 0x40 });
Assert.AreEqual(expectedResult.Relative(), ((PressureComponent)mapping.ComponentsByID()[ID]).Relative());
}
private void LoadUI()
{
//clear current, and dispose em
Control.ControlCollection ct = flowLayoutPanel1.Controls;
this.flowLayoutPanel1.Controls.Clear();
foreach (Control c in ct)
{
c.Dispose();
}
//re- add from settings
try
{
foreach (var item in settings.CurrentSettings.Components)
{
if (item.GetType() == typeof(PHEZOItem))
{
PHComponent pHComponent = new PHComponent((PHEZOItem)item);
this.flowLayoutPanel1.Controls.Add(pHComponent.GetTile());
}
else if (item.GetType() == typeof(PHAnalogItem))
{
PHComponent pHComponent = new PHComponent((PHAnalogItem)item);
this.flowLayoutPanel1.Controls.Add(pHComponent.GetTile());
}
else if (item.GetType() == typeof(W1TempItem))
{
TemperatureComponent tempComponent = new TemperatureComponent((W1TempItem)item);
this.flowLayoutPanel1.Controls.Add(tempComponent.GetTile());
}
else if (item.GetType() == typeof(IntervalRelayItem))
{
TimerComponent tempComponent = new TimerComponent((IntervalRelayItem)item);
this.flowLayoutPanel1.Controls.Add(tempComponent.GetTile());
}
else if (item.GetType() == typeof(PressureItem))
{
PressureComponent tempComponent = new PressureComponent((PressureItem)item);
this.flowLayoutPanel1.Controls.Add(tempComponent.GetTile());
}
}
}
catch (Exception err)
{
MessageBox.Show(err.Message);
}
}
public AutoParametersCommand(AutoParameters ap, ComponentMapping mapping)
{
Dictionary <byte, Component> components = mapping.ComponentsByID();
PressureComponent chamber = (PressureComponent)
components[PreferenceManager.Manager.Preferences.AutoSequenceComponentIDs.ChamberPressureID];
PressureComponent fuelLine = (PressureComponent)
components[PreferenceManager.Manager.Preferences.AutoSequenceComponentIDs.ChamberPressureID];
PressureComponent oxidLine = (PressureComponent)
components[PreferenceManager.Manager.Preferences.AutoSequenceComponentIDs.ChamberPressureID];
values = new List <ushort>()
{
ap.StartDelay,
ap.IgnitionTime,
ap.PreStage1Time,
ap.PreStage2MaxTime,
ap.PreStage2StableTime,
ap.RampUpStableTime,
ap.RampUpMaxTime,
ap.BurnTime,
ap.Shutdown1Time,
ap.Shutdown2Time,
ap.FlushTime,
PercentageByte(ap.PreStage1FuelPosition),
PercentageByte(ap.PreStage2FuelPosition),
PercentageByte(ap.RampUpFuelPosition),
PercentageByte(ap.Shutdown1FuelPosition),
PercentageByte(ap.Shutdown2FuelPosition),
PercentageByte(ap.PreStage1OxidPosition),
PercentageByte(ap.PreStage2OxidPosition),
PercentageByte(ap.RampUpOxidPosition),
PercentageByte(ap.Shutdown1OxidPosition),
PercentageByte(ap.Shutdown2OxidPosition),
PressureByte(ap.PreStage2StablePressure, chamber),
PressureByte(ap.ChamberPressurePressure, chamber),
PressureByte(ap.EmptyFuelFeedPressureThreshold, fuelLine),
PressureByte(ap.EmptyOxidFeedPressureThreshold, oxidLine)
};
}
public void Validate_Correct_Volume_Calculation()
{
TestStandMapping mapping = new TestStandMapping();
Session session = new Session(mapping);
float fuelCV = 0.0738f;
float fuelDens = 786;
PressureComponent p1 = (mapping.ComponentsByID()[19] as PressureComponent);
PressureComponent p2 = (mapping.ComponentsByID()[21] as PressureComponent);
FlowComponent fl = (mapping.ComponentsByID()[100] as FlowComponent);
TankComponent tc = (mapping.ComponentsByID()[24] as TankComponent);
tc.SetInputVolume(0, 4);
p2.Set(0);
p1.Set(670); // 670.2545453 = 10 bar
fl.Compute();
tc.Compute(0);
p1.Set(730); // 729.8327273 = 12 bar
fl.Compute();
tc.Compute(750);
p1.Set(789); // 789.4109090 = 14 bar
fl.Compute();
tc.Compute(1500);
p1.Set(849); // 848.9890910 = 16 bar
fl.Compute();
tc.Compute(2250);
p1.Set(909); // 908.5672727 = 18 bar
fl.Compute();
tc.Compute(3000);
float volume = tc.CurrentVolume;
Assert.AreEqual(3.832606742, volume, 0.1);
}
public ushort PressureByte(float val, PressureComponent component)
{
return(FloatByte(component.UncalibratedValue(val)));
}
