public dlGearboxShifterTable()
{
var myEngine = new Ets2Drivetrain();
Main.Load(myEngine, "Settings/Drivetrain/eurotrucks2.iveco.hiway.ini");
activeConfiguration = Main.Running ? Main.Transmission.configuration :
new ShifterTableConfiguration(ShifterTableConfigurationDefault.Efficiency, myEngine, 19, 25000);
string headline = "RPM";
for (int k = 0; k <= 10; k++)
headline = headline + ",Ratio " + k;
//",Fuel " + k + ",Power " + k +
headline = headline + "\r\n";
List<string> fuelStats = new List<string>();
for(float rpm = 0; rpm < 2500; rpm+=100)
{
string l = rpm + "";
for (int load = 0; load <= 10; load++)
{
float throttle = load/20.0f;
var fuelConsumption = activeConfiguration.Drivetrain.CalculateFuelConsumption(rpm, throttle);
var power = activeConfiguration.Drivetrain.CalculatePower(rpm, throttle);
var fuel2 = (power / fuelConsumption) / rpm;
//"," + fuelConsumption + "," + power +
l = l + "," +fuel2;
}
fuelStats.Add(l);
}
File.WriteAllText("./fuelstats.csv", headline+ string.Join("\r\n", fuelStats));
//
// sim
//
this.sim = new ucGearboxShifterGraph(this.activeConfiguration);
this.sim.Location = new System.Drawing.Point(12, 283);
this.sim.Name = "sim";
this.sim.Size = new System.Drawing.Size(854, 224);
this.sim.TabIndex = 2;
this.Controls.Add(this.sim);
SizeChanged += new EventHandler(dlGearboxShifterTable_SizeChanged);
InitializeComponent();
LoadTable();
shifterTable.SelectionChanged += new EventHandler(shifterTable_SelectionChanged);
dataGridOverheadR = this.Width - this.shifterTable.Width;
dataGridOverheadB = this.sim.Location.Y - shifterTable.Location.Y - shifterTable.Height;
simGraphOverheadB = this.Height - this.sim.Height;
}
public SimulationEnvironment()
{
drivetrain = new Ets2Drivetrain();
Main.Load(drivetrain, "Settings/Drivetrain/eurotrucks2.scania.g7ld6x2.ini");
shifter = new ShifterTableConfiguration(ShifterTableConfigurationDefault.Performance, drivetrain, 1, 0);
Speed = 30/3.6;
StringBuilder sim = new StringBuilder();
for (int k = 0; k < 10000; k++)
{
Tick();
sim.AppendLine(k + "," + Speed);
}
File.WriteAllText("./sim.csv", sim.ToString());
}
public Transmission()
{
configuration = new ShifterTableConfiguration(ShifterTableConfigurationDefault.PeakRpm, Main.Drivetrain, 20, 0);
LoadShiftPattern("up_1thr", "normal");
LoadShiftPattern("up_0thr", "normal");
LoadShiftPattern("down_1thr", "normal");
LoadShiftPattern("down_0thr", "normal");
// Add power shift pattern
var powerShiftPattern = new ShiftPattern();
powerShiftPattern.Frames.Add(new ShiftPatternFrame(0, 1, false, false, true));
powerShiftPattern.Frames.Add(new ShiftPatternFrame(0, 1, false, false, false));
powerShiftPattern.Frames.Add(new ShiftPatternFrame(0, 1, false, false, true));
powerShiftPattern.Frames.Add(new ShiftPatternFrame(1, 0.5, true, false, true));
powerShiftPattern.Frames.Add(new ShiftPatternFrame(1, 0.5, true, false, true));
ShiftPatterns.Add("PowerShift", powerShiftPattern);
// Initialize all shfiting stuff.
Shift(0, 1, "up_1thr");
Enabled = true;
IsShifting = false;
}
public void ResetParameters()
{
configuration = new ShifterTableConfiguration(ShifterTableConfigurationDefault.PeakRpm, Main.Drivetrain, 10, 0);
if (Main.Data.Active.Application == "TestDrive2")
LoadShiftPattern("up_1thr", "fast");
else
LoadShiftPattern("up_1thr", "normal");
EnableSportShiftdown = false;
PowerShift = false;
}
public void RecalcTable()
{
configuration = new ShifterTableConfiguration(configuration.Mode, Main.Drivetrain, configuration.SpdPerGear, configuration.Mass);
}
public void ApplyParameter(IniValueObject obj)
{
switch(obj.Key)
{
case "ShiftDeadSpeed":
ShiftDeadSpeed = obj.ReadAsInteger();
break;
case "ShiftDeadTime":
ShiftDeadTime = obj.ReadAsInteger();
break;
case "GenerateSpeedHoldoff":
speedHoldoff = obj.ReadAsInteger();
break;
case "EnableSportShiftdown":
EnableSportShiftdown = obj.ReadAsInteger() == 1;
break;
case "KickdownEnable":
KickdownEnable = obj.ReadAsString() == "1";
break;
case "KickdownTimeout":
KickdownTimeout = obj.ReadAsDouble();
break;
case "KickdownSpeedReset":
KickdownSpeedReset = obj.ReadAsDouble();
break;
case "KickdownPowerReset":
KickdownPowerReset = obj.ReadAsDouble();
break;
case "KickdownRpmReset":
KickdownRpmReset = obj.ReadAsDouble();
break;
case "PowerShift":
PowerShift = obj.ReadAsInteger() == 1;
break;
case "Generate":
var def = ShifterTableConfigurationDefault.PeakRpm;
GeneratedShiftTable = obj.ReadAsString();
switch (GeneratedShiftTable)
{
case "Economy":
def = ShifterTableConfigurationDefault.Economy;
break;
case "Efficiency":
def = ShifterTableConfigurationDefault.Efficiency;
break;
case "Efficiency2":
def = ShifterTableConfigurationDefault.PowerEfficiency;
break;
case "Opa":
def = ShifterTableConfigurationDefault.AlsEenOpa;
break;
case "PeakRpm":
def = ShifterTableConfigurationDefault.PeakRpm;
break;
case "Performance":
def = ShifterTableConfigurationDefault.Performance;
break;
case "Henk":
def = ShifterTableConfigurationDefault.Henk;
break;
}
configuration = new ShifterTableConfiguration(def, Main.Drivetrain, speedHoldoff, StaticMass);
break;
}
}
public ucGearboxShifterGraph(ShifterTableConfiguration cfg)
{
config = cfg;
InitializeComponent();
}
