//Initiate
void InitiateRaceTab()
{
PopulateNextTrackRaceComboBox();
Classes.RaceTab rt = DB.RaceTab.ReadRaceTabFromDB();
WriteRaceTabToForm(rt);
PopulateDgvRaceTrack();
CreateDtRacingTimes();
}
void WriteRaceTabToForm(Classes.RaceTab rt)
{
cBoxNextRacingTrack.SelectedIndex = rt.SeasonTrackIndex;
txtRaceLaps1.Text = rt.CustomLap1.ToString();
txtRaceLaps2.Text = rt.CustomLap2.ToString();
cBoxRaceCompound.SelectedIndex = rt.Compound;
txtRaceCt.Text = rt.CT.ToString();
}
private void txtRaceLaps_TextChanged(object sender, EventArgs e)
{
if (finishedLoading)
{
int customLaps;
if (!int.TryParse(((TextBox)sender).Text, out customLaps))
{
customLaps = 0;
}
int fuelConsumption = 0;
int tyreWear = 0;
//Get Track details
int distanceKm = int.Parse(dgvRaceTrack.Rows[0].Cells["DistanceKm"].Value.ToString());
int trackLaps = int.Parse(dgvRaceTrack.Rows[0].Cells["Laps"].Value.ToString());
float fuelConstant = float.Parse(dgvRaceTrack.Rows[0].Cells["Fuel Constant"].Value.ToString());
float lapDistance = distanceKm / trackLaps;
Classes.Driver driver = ReadDriverFromForm();
Classes.Car car = ReadCarFromForm();
Classes.RaceTab rt = ReadRaceTabFromForm();
//If dry lap, perhaps adding a bool argument for rain in future
fuelConsumption = (int)Classes.Fuel.ConsumptionDryLap(lapDistance, fuelConstant,
(byte)(car.EngineLevel), (byte)car.ElectronicsLevel,
(byte)driver.Experience, (byte)driver.TechnicalInsight, (byte)driver.Aggressiveness);
int stintDistance = (int)(customLaps * lapDistance);
float tyreDistance = TyreDistance(
DB.Track.ReadTrackFromDB(rt.SeasonTrackIndex),
ReadTyreFromSkillTab(),
driver,
car,
rt);
tyreWear = (int)(stintDistance / tyreDistance * 100);
if (((TextBox)sender).Name == "txtRaceLaps1")
{
lblRaceFuel1.Text = (fuelConsumption * customLaps).ToString();
lblRaceTyre1.Text = tyreWear.ToString() + "%";
}
else
{
lblRaceFuel2.Text = (fuelConsumption * customLaps).ToString();
lblRaceTyre2.Text = tyreWear.ToString() + "%";
}
}
}
private void Form1_FormClosing(object sender, FormClosingEventArgs e)
{
//Save RaceTab
Classes.RaceTab rt = ReadRaceTabFromForm();
DB.RaceTab.UpdateRaceTabToDb(rt);
//Save Practice Laps
DB.Practise.ClearPractise();
DB.Practise.UpdatePractise(GetSetupsFromDataTablePractise());
//Save SpTab
List <Classes.Track> trackList = ReadSeasonsTracksFromForm();
DB.SeasonTrack.UpdateTrackListToDb(trackList);
SaveDgvSpToDB();
}
float TyreDistance(Classes.Track track, Classes.TyresSupplier tyre, Classes.Driver driver, Classes.Car car,
Classes.RaceTab rt)
{
double tyreDistance = 1 / (
0.008f +
(int)track.TyresWear * 0.0011357f +
rt.Temp * 0.000117f +
tyre.Durability * -0.0003848391f +
rt.Compound * -0.0022681289f +
driver.Aggressiveness * 1.98713674683317E-06f +
driver.Experience * -1.98047770495874E-06f +
car.SuspensionLevel * -0.0001644978f +
rt.CT * 2.58125503524434E-05f
);
return((float)tyreDistance);
}
float TyreDistance(Classes.Track track, Classes.TyresSupplier tyre, Classes.Driver driver, Classes.Car car,
Classes.RaceTab rt, int compoundCode)
{
rt.Compound = compoundCode;
return(TyreDistance(track, tyre, driver, car, rt));
}
void FillDgvRacingTimes()
{
//For Styling
int[,] tyreWearArray = new int[5, 5]; //row, col
Classes.RaceTab rt = ReadRaceTabFromForm();
int trackId = DB.SeasonTrack.GetTrackId(rt.SeasonTrackIndex + 1);
Classes.Track track = DB.Track.ReadTrackFromDB(trackId);
int supplierId = DB.ActiveTyreSupplier.GetTyreSupplierId();
Classes.TyresSupplier tyre = DB.Tyres.ReadTyreFromSupplierDB(supplierId);
Classes.Car car = finishedLoading ?
ReadCarFromForm() :
DB.Car.ReadCarFromDB();
Classes.Driver driver = finishedLoading ?
ReadDriverFromForm() :
DB.Driver.ReadDriverFromDB();
float lapDistance = (float)track.DistanceKm / track.Laps;
float totalFuel = GetFuelPerLap(track, car, driver, lapDistance) * track.Laps;
float pitStopDriveTime = track.PitStopTime;
float baseTime = track.baseTime;
float tdc = track.TDCConstant * rt.Temp + tyre.TdcVariable;
string[] o = new string[6];
for (int line = 0; line < 7; line++)
{
switch (line)
{
case 0:
o[0] = "XSoft";
break;
case 1:
o[0] = "Soft";
break;
case 2:
o[0] = "Medium";
break;
case 3:
o[0] = "Hard";
break;
case 4:
o[0] = "Rain";
break;
case 5:
o[0] = "Fuel";
break;
case 6:
o[0] = "Laps/stop";
break;
default:
o[0] = "Error";
break;
}
for (int nStops = 0; nStops < 5; nStops++)
{
float stintDistance = (float)track.DistanceKm / (nStops + 1);
if (line < 4) //Race Time
{
string raceTime = "";
float tyreDistance = TyreDistance(track, tyre, driver, car, rt, line);
float tyreWear = stintDistance / tyreDistance * 100;
if (tyreDistance > stintDistance)
{
int fuelPerStint = (int)(totalFuel / (1 + nStops));
raceTime = CalculateTotalRaceTime(nStops, fuelPerStint, track, tdc, tyre.WarmUpDistance,
line, rt.Rain, rt.CT).ToString("0");
}
tyreWearArray[line, nStops] = (int)tyreWear;
o[nStops + 1] = raceTime;
}
else if (line == 5) //Fuel
{
int fuelPerStint = (int)(totalFuel / (1 + nStops));
string fuel = string.Format("{0:###.#}", fuelPerStint);
o[nStops + 1] = fuel;
}
else if (line == 6) // Laps / Stint
{
string laps = string.Format("{0:##.#}", track.Laps / (nStops + 1));
o[nStops + 1] = laps;
}
}
dtRacingTimes.Rows.Add(o);
}
dgvRacingTimes.DataSource = dtRacingTimes;
foreach (DataGridViewColumn col in dgvRacingTimes.Columns)
{
col.Width = 45;
}
PaintDgvRacingTimesCells(tyreWearArray);
}
