private void SetCameraFov(ScalarValue value)
{
if (shared.Vessel.isActiveVessel)
{
FlightCamera.fetch.FieldOfView = (float)value.GetDoubleValue();
FlightCamera.fetch.SetFoV((float)value.GetDoubleValue());
}
}
private void SetCameraDistance(ScalarValue value)
{
if (shared.Vessel.isActiveVessel)
{
FlightCamera.fetch.SetDistanceImmediate((float)value.GetDoubleValue());
}
}
private void SetCameraHdg(ScalarValue value)
{
if (shared.Vessel.isActiveVessel)
{
FlightCamera.fetch.camHdg = (float)Utils.DegreesToRadians(value.GetDoubleValue());
}
}
public ScalarValue GetIspAtAtm(ScalarValue atmPressure)
{
// Get the combined flow rate of all engines
double flowRate = FilteredEngineList.Sum(e => e.GetThrust(atmPressure, operational: false) / e.GetIsp(atmPressure.GetDoubleValue()));
// Divide combined thrust by combined flow rate to get a correct Isp for all engines combined
return(flowRate > 0 ? FilteredEngineList.Sum(e => e.GetThrust(atmPressure, operational: false)) / flowRate : 0);
}
public ScalarValue GetIspAtAtm(ScalarValue atmPressure)
{
return(Engine.GetIsp(atmPressure.GetDoubleValue()));
}
private void TurnRight(ScalarValue degrees)
{
if (!shared.Vessel.isEVA)
{
return;
}
CheckEvaController();
this.evacontrol.lookdirection = v_rotate(kerbaleva.vessel.transform.forward, kerbaleva.vessel.transform.right, degrees.GetDoubleValue());
this.evacontrol.order = Command.LookAt;
}
public void WarpTo(ScalarValue timeStamp)
{
TimeWarp.fetch.WarpTo(timeStamp.GetDoubleValue());
}
