public static pulseUnit getPulseUnit(String name, float energy, float mass)
{
if (pulseUnits.ContainsKey(name))
{
return(pulseUnits[name]);
}
pulseUnit ret = new pulseUnit(name, energy, mass);
pulseUnits.Add(name, ret);
Debug.Log(">>> Added " + name + " With mass of " + mass + " and energy of " + energy);
ret.getImpulse();
Debug.Log(">>> " + name + " has impulse of " + ret.getImpulse());
return(ret);
}
protected void detonatePulse()
{
if (fuelSupply == null)
{
return;
}
totalVesselMass = 0f;
foreach (Part current in this.vessel.parts)
{
totalVesselMass += current.mass;
}
currentUnit = fuelSupply.getUnit(false);
if (currentUnit != null)
{
float neededCharge = currentUnit.getEnergy() / (activationRatio * efficiency);
float rechargeAmount = -currentUnit.getEnergy() / efficiency;
float charge = getECInBank();
Debug.Log(charge + ":" + neededCharge);
if (charge < neededCharge)
{
Debug.Log(charge + " " + neededCharge + " " + (charge - neededCharge));
return;
}
fuelSupply.getUnit(true);
consumeCharge(neededCharge);
RequestResource("ElectricCharge", rechargeAmount);
// add velocity
this.vessel.ChangeWorldVelocity(base.transform.up * (this.currentUnit.getImpulse() / totalVesselMass));
base.rigidbody.AddRelativeForce(new Vector3(0f, (this.currentUnit.getImpulse() / totalVesselMass), 0f), ForceMode.Force);
if (this.Modules.Contains("HeatTransfer"))
{
this.temperature += currentUnit.getEnergy() / 50000;
}
// FX: make explosion sound
this.explosionGroup.Power = 10;
this.explosionGroup.Burst();
base.gameObject.audio.pitch = 1f;
base.gameObject.audio.PlayOneShot(this.explosionGroup.sfx);
//TODO replace this with a jet of plasma
Vector3d groundZero = new Vector3d(base.transform.FindChild("model").localPosition.x, base.transform.FindChild("model").localPosition.y, base.transform.FindChild("model").localPosition.z);
groundZero = base.transform.FindChild("model").TransformPoint(groundZero);
FXMonger.Explode(this, groundZero, 10);
}
}
