public rFactorCarAerodynamics(IniScanner hdv)
{
_hdv = hdv;
if (_hdv.Data.ContainsKey("FRONTWING"))
{
List <double> fw_factor = new List <double>();
foreach (string d in _hdv.TryGetData("FRONTWING", "FWDragParams"))
{
fw_factor.Add(double.Parse(d));
}
Drag_FrontWing = new Polynomial(fw_factor);
}
if (_hdv.Data.ContainsKey("REARWING"))
{
List <double> fw_factor = new List <double>();
foreach (string d in _hdv.TryGetData("REARWING", "RWDragParams"))
{
fw_factor.Add(double.Parse(d));
}
Drag_RearWing = new Polynomial(fw_factor);
}
if (_hdv.Data.ContainsKey("LEFTFENDER"))
{
List <double> fw_factor = new List <double>();
foreach (string d in _hdv.TryGetData("LEFTFENDER", "FenderDragParams"))
{
fw_factor.Add(double.Parse(d));
}
Drag_LeftFender = new Polynomial(fw_factor);
}
if (_hdv.Data.ContainsKey("RIGHTFENDER"))
{
List <double> fw_factor = new List <double>();
foreach (string d in _hdv.TryGetData("RIGHTFENDER", "FenderDragParams"))
{
fw_factor.Add(double.Parse(d));
}
Drag_RightFender = new Polynomial(fw_factor);
}
Drag_Body = hdv.TryGetDouble("BODYAERO", "BodyDragBase");
if (Drag_Body == 0)
{
Drag_Body = double.Parse(hdv.TryGetData("BODYAREO", "BodyDragBase")[0]);
}
Drag_BodyHeightAvg = hdv.TryGetDouble("BODYAREO", "BodyDragHeightAvg");
Drag_BodyHeightDiff = hdv.TryGetDouble("BODYAREO", "BodyDragHeightDiff");
Drag_Radiator = new Polynomial(0, hdv.TryGetDouble("BODYAREO", "RadiatorDrag"));
Drag_BrakesDuct = new Polynomial(0, hdv.TryGetDouble("BODYAREO", "BrakeDuctDrag"));
}
public rFactor2CarEngine(MAS2File file, IniScanner mHdv)
{
masfile = file;
EngineTorque_Min = new Dictionary <double, double>();
EngineTorque_Max = new Dictionary <double, double>();
// Read the engine files.
scanner = new IniScanner {
IniData = file.Master.ExtractString(file)
};
scanner.FireEventsForKeys = new List <string>();
scanner.FireEventsForKeys.Add("Main.rpmtorque");
scanner.HandleCustomKeys += new Signal(HandleEngineLine);
scanner.Read();
string[] rpm_idle = scanner.TryGetData("Main", "IdleRPMLogic");
string[] rpm_max = scanner.TryGetData("Main", "RevLimitRange");
_maxRpm = Convert.ToDouble(rpm_max[0]) + Convert.ToDouble(rpm_max[2]) * Convert.ToDouble(rpm_max[1]); // With maximum limits.
_idleRpm = Convert.ToDouble(rpm_idle[0]) + Convert.ToDouble(rpm_idle[1]);
_idleRpm /= 2.0;
_inertia = scanner.TryGetDouble("EngineInertia");
// TODO: add more data like cooling, radiator, etc.
// Engine modes.
string[] mode_range = scanner.TryGetData("Main", "EngineBoostRange");
string[] mode_effects = scanner.TryGetData("Main", "BoostEffects");
// Is there any EngineBoost defined?
if (mode_effects.Length == 3)
{
modes = (int)Convert.ToDouble(mode_range[2]);
mode_rpm = Convert.ToDouble(mode_effects[0]);
mode_fuel = Convert.ToDouble(mode_effects[1]);
mode_wear = Convert.ToDouble(mode_effects[2]);
mode_torque = scanner.TryGetDouble("BoostTorque");
mode_power = scanner.TryGetDouble("BoostPower");
}
else
{
modes = 1;
}
// RAM
string[] ram_effects = scanner.TryGetData("Main", "RamEffects");
if (ram_effects.Length == 4)
{
ram_torque = Convert.ToDouble(ram_effects[0]);
ram_power = Convert.ToDouble(ram_effects[1]);
ram_fuel = Convert.ToDouble(ram_effects[2]);
ram_wear = Convert.ToDouble(ram_effects[3]);
}
_maxRpmMode = new Dictionary <int, double>();
_engineModes = new Dictionary <int, string>();
for (int i = 1; i <= modes; i++)
{
_engineModes.Add(i, "Mode " + i);
_maxRpmMode.Add(i, mode_rpm * i + MaxRPM);
}
}
public rFactorCarWheels(IniScanner mHdv)
{
try
{
File = mHdv.TryGetString("GENERAL", "TireBrand");
if (File.EndsWith(".tbc") == false)
{
File = File + ".tbc";
}
File = rFactor.Garage.Files.SearchFile(rFactor.Garage.GamedataDirectory, File);
var sides = new string[4] {
"FRONTLEFT", "FRONTRIGHT", "REARLEFT", "REARRIGHT"
};
IniScanner mTyre = new IniScanner {
IniFile = File
};
mTyre.Read();
foreach (var side in sides)
{
var brakeTempInfo = new string[4] {
"40", "300", "500", "700"
};
if (mHdv.Data.ContainsKey(side) && mHdv.Data[side].ContainsKey("brakeresponsecurve"))
{
brakeTempInfo = mHdv.TryGetData(side, "BrakeResponseCurve");
}
var brakeTempLow = double.Parse(brakeTempInfo[1]) + 273;
var brakeTempHigh = double.Parse(brakeTempInfo[3]) + 273;
var brakeFailureMain = mHdv.TryGetString(side, "BrakeFailure").Split(',');
var brakeFailure = double.Parse(brakeFailureMain[0]);
var optimalPressure = 158.25; // TODO
var radius = 0.3261; // TODO
rFactorCarWheel rcw = new rFactorCarWheel(radius, brakeTempHigh, brakeTempLow, brakeFailure,
optimalPressure);
switch (side)
{
case "FRONTLEFT":
LeftFront = rcw;
break;
case "FRONTRIGHT":
RightFront = rcw;
break;
case "REARLEFT":
LeftRear = rcw;
break;
case "REARRIGHT":
RightRear = rcw;
break;
}
}
}catch (Exception e)
{
LeftFront = new rFactorCarWheel();
RightFront = new rFactorCarWheel();
LeftRear = new rFactorCarWheel();
RightRear = new rFactorCarWheel();
}
}
