private void SetBestTime(Framebuffer frameBuffer, int bestTime)
{
string bestString;
if (bestTime > (60 * 60 * 1000))
{
bestString = "best --:--:---";
}
else
{
int bestMs = bestTime % 1000;
int bestSec = (bestTime / 1000) % 60;
int bestMin = bestTime / 60000;
string bestMsString = String.Format("{0,0:000}", bestMs);
string bestSecString = String.Format("{0,0:00}", bestSec);
string bestMinString = String.Format("{0,2}", bestMin);
bestString = "best " + bestMinString + ":" + bestSecString + ":" + bestMsString;
frameBuffer.SetText(bestString, 7, 13);
}
frameBuffer.SetText(bestString, 7, 13);
}
private void SetCurrentTime(Framebuffer frameBuffer, int currentTime)
{
int timeMs = currentTime % 1000;
int timeSec = (currentTime / 1000) % 60;
int timeMin = currentTime / 60000;
string timeMsString = String.Format("{0,0:000}", timeMs);
string timeSecString = String.Format("{0,0:00}", timeSec);
string timeMinString = String.Format("{0,2}", timeMin);
string timeString = "time " + timeMinString + ":" + timeSecString + ":" + timeMsString;
frameBuffer.SetText(timeString, 5, 13);
}
public void Get(Framebuffer frameBuffer)
{
Monitor.MonitorStatus status;
_monitor.GetStatus(out status);
string ch0VoltageString = String.Format("0: {0,6:0.00}v", status.ch0.voltage);
string ch0CurrentString = String.Format("0: {0,6:0.00}mA", status.ch0.current);
float ch0Power = status.ch0.voltage * status.ch0.current;
string ch1VoltageString = String.Format("1: {0,6:0.00}v", status.ch1.voltage);
string ch1CurrentString = String.Format("1: {0,6:0.00}mA", status.ch1.current);
float ch1Power = status.ch1.voltage * status.ch1.current;
string ch2VoltageString = String.Format("2: {0,6:0.00}v", status.ch2.voltage);
string ch2CurrentString = String.Format("2: {0,6:0.00}mA", status.ch2.current);
float ch2Power = status.ch2.voltage * status.ch2.current;
float totalPower = (ch0Power + ch1Power + ch2Power) / 1000;
string totalPowerString = String.Format("{0,6:0.00}w", totalPower);
frameBuffer.SetText(totalPowerString, 5, 29);
frameBuffer.SetText(ch0VoltageString, 5, 1);
frameBuffer.SetText(ch0CurrentString, 7, 1);
frameBuffer.SetText(ch1VoltageString, 9, 5);
frameBuffer.SetText(ch1CurrentString, 11, 5);
frameBuffer.SetText(ch2VoltageString, 9, 25);
frameBuffer.SetText(ch2CurrentString, 11, 25);
frameBuffer.SetText("waiting ...", 5, 14);
_waitingBar += 50;
frameBuffer.SetSpeed(_waitingBar % 8000);
if ((_waitingBar / 1000) % 2 == 0)
{
frameBuffer.SetBgColor(0x0D, Colors.ColorIndex.Yellow);
frameBuffer.SetBgColor(0x0E, Colors.ColorIndex.Blue);
}
else
{
frameBuffer.SetBgColor(0x0D, Colors.ColorIndex.Blue);
frameBuffer.SetBgColor(0x0E, Colors.ColorIndex.Yellow);
}
}
private void SetGear(Framebuffer frameBuffer, int gear)
{
frameBuffer.SetText("gear", 13, 18);
string gearString;
switch (gear)
{
case 0:
gearString = "R";
break;
case 1:
gearString = "N";
break;
default:
gearString = (gear - 1).ToString();
break;
}
frameBuffer.SetGear(Encoding.UTF8.GetBytes(gearString)[0]);
}
public bool Get(Framebuffer frameBuffer)
{
Acc.PhysikInfo pInfo;
Acc.GraphicInfo gInfo;
if (!_acc.GetData(out pInfo, out gInfo))
{
return(false);
}
SetTc(frameBuffer, pInfo.tcInAction);
SetAbs(frameBuffer, pInfo.absInAction);
// TODO: unused values
// -------------------
// gInfo.iLastTime
// gInfo.isDeltaPositive
// gInfo.iDeltaLapTime
// gInfo.isValidLap
// pInfo.carDamage[0]);
// pInfo.carDamage[1]);
// pInfo.carDamage[2]);
// pInfo.carDamage[3]);
// pInfo.carDamage[4]);
string speedString = String.Format("{0,3} kph", (int)Math.Round(pInfo.speedKmh));
frameBuffer.SetText(speedString, 5, 4);
string lapString = String.Format("{0,2} lap", gInfo.numberOfLaps);
frameBuffer.SetText(lapString, 7, 5);
string fuelString = String.Format("{0,5:F2} l", pInfo.fuel);
frameBuffer.SetText(fuelString, 5, 31);
string rpmString = String.Format("{0,4} rpm", pInfo.rpm);
frameBuffer.SetText(rpmString, 7, 31);
SetCurrentTime(frameBuffer, gInfo.iCurrentTime);
SetBestTime(frameBuffer, gInfo.iBestTime);
string posString = String.Format("pos {0,2}", gInfo.position);
frameBuffer.SetText(posString, 15, 17);
string tyre0String = String.Format("{0,2}° {1,2:F1}bar", (int)pInfo.tyreCoreTemp[0], UnitConverter.PsiToBar(pInfo.wheelPressure[0]));
string tyre1String = String.Format("{0,2}° {1,2:F1}bar", (int)pInfo.tyreCoreTemp[1], UnitConverter.PsiToBar(pInfo.wheelPressure[1]));
string tyre2String = String.Format("{0,2}° {1,2:F1}bar", (int)pInfo.tyreCoreTemp[2], UnitConverter.PsiToBar(pInfo.wheelPressure[2]));
string tyre3String = String.Format("{0,2}° {1,2:F1}bar", (int)pInfo.tyreCoreTemp[3], UnitConverter.PsiToBar(pInfo.wheelPressure[3]));
frameBuffer.SetText(tyre0String, 9, 5);
frameBuffer.SetText(tyre1String, 9, 25);
frameBuffer.SetText(tyre2String, 11, 5);
frameBuffer.SetText(tyre3String, 11, 25);
string tcString = String.Format("tc {0,1}", gInfo.tc);
frameBuffer.SetText(tcString, 13, 25);
string absString = String.Format("abs {0,1}", gInfo.abs);
frameBuffer.SetText(absString, 13, 33);
int brakeBiasPercent = (pInfo.brakeBias == 0.0) ? 0 : (int)(pInfo.brakeBias * 100) - 14; // TODO: offset only valid for Lexus RFC
string biasString = String.Format("bias {0,2}%", brakeBiasPercent);
frameBuffer.SetText(biasString, 15, 25);
string brakeTemp0String = String.Format("{0,3:F1}°", pInfo.brakeTemp[0]);
string brakeTemp1String = String.Format("{0,3:F1}°", pInfo.brakeTemp[1]);
string brakeTemp2String = String.Format("{0,3:F1}°", pInfo.brakeTemp[2]);
string brakeTemp3String = String.Format("{0,3:F1}°", pInfo.brakeTemp[3]);
frameBuffer.SetText(brakeTemp0String, 13, 2);
frameBuffer.SetText(brakeTemp1String, 13, 10);
frameBuffer.SetText(brakeTemp2String, 15, 2);
frameBuffer.SetText(brakeTemp3String, 15, 10);
SetGear(frameBuffer, pInfo.gear);
frameBuffer.SetSpeed(pInfo.rpm);
return(true);
}
