public static void AdditionalPowerConsumption(Vessel thisVessel, float vSliderValue, float hSliderValue, float zSliderValue)
{
charge = 200;
float x = (vSliderValue < 0) ? vSliderValue * -1 : vSliderValue;
float y = (hSliderValue < 0) ? hSliderValue * -1 : hSliderValue;
float z = (zSliderValue < 0) ? zSliderValue * -1 : zSliderValue;
total_force = x + y + z;
charge += total_force * 12;
if (charge > 0)
{
LCARS_Utilities.usePower(charge, thisVessel);
}
}
/// <summary>
/// Takes a Vessel as argument and tryes to calculate the power consumption at current accelleration
/// will call usePower(float eCharge, Vessel thisVessel)
/// </summary>
public static Dictionary <string, float> CalculatePowerConsumption(Dictionary <string, float> Powerstats, Vessel thisVessel, bool gravityEnabled, bool UseFullImpulse, bool UseReservePower, float UseFullImpulse_multiplier, float UseReservePower_multiplier, float vSliderValue, float hSliderValue, float zSliderValue)
{
/*
* Powerstats.Add("charge", 0);
* Powerstats.Add("total_force", 0);
* Powerstats.Add("force_x", 0);
* Powerstats.Add("force_y", 0);
* Powerstats.Add("force_z", 0);
*/
if (!gravityEnabled)
{
return(Powerstats);
}
charge = 200;
float x = (vSliderValue < 0) ? vSliderValue * -1 : vSliderValue;
float y = (hSliderValue < 0) ? hSliderValue * -1 : hSliderValue;
float z = (zSliderValue < 0) ? zSliderValue * -1 : zSliderValue;
Powerstats["force_x"] = x;
Powerstats["force_y"] = y;
Powerstats["force_z"] = z;
total_force = x + y + z;
total_force = (UseFullImpulse) ? total_force * UseFullImpulse_multiplier : total_force;
total_force = (UseReservePower) ? total_force * UseReservePower_multiplier : total_force;
charge += total_force * 12;
charge = (UseFullImpulse) ? charge * UseFullImpulse_multiplier : charge;
charge = (UseReservePower) ? charge * UseReservePower_multiplier : charge;
if (charge > 0)
{
LCARS_Utilities.usePower(charge, thisVessel);
}
Powerstats["charge"] = charge;
Powerstats["total_force"] = total_force;
return(Powerstats);
}
