private static void BalanceBrakePipe(Brakeset brakeset, float dt)
{
var states = brakeset.cars.Select(ExtraBrakeState.Instance).ToArray();
var fullCycles = Mathf.Floor(Main.settings.pipeBalanceSpeed);
var partialCycle = Main.settings.pipeBalanceSpeed - fullCycles;
for (int i = 0; i < fullCycles; i++)
{
for (int carIndex = 0; carIndex < states.Length - 1; carIndex++)
{
var stateA = states[carIndex];
var pressureA = stateA.brakePipePressureUnsmoothed;
var stateB = states[carIndex + 1];
var pressureB = stateB.brakePipePressureUnsmoothed;
var mean = (pressureA + pressureB) / 2f;
stateA.brakePipePressureUnsmoothed = stateB.brakePipePressureUnsmoothed = mean;
}
}
if (partialCycle >= 0.01f)
{
for (int carIndex = 0; carIndex < states.Length - 1; carIndex++)
{
var stateA = states[carIndex];
var pressureA = stateA.brakePipePressureUnsmoothed;
var stateB = states[carIndex + 1];
var pressureB = stateB.brakePipePressureUnsmoothed;
var mean = (pressureA + pressureB) / 2f;
stateA.brakePipePressureUnsmoothed = Mathf.Lerp(pressureA, mean, partialCycle);
stateB.brakePipePressureUnsmoothed = Mathf.Lerp(pressureB, mean, partialCycle);
}
}
}
public static void Update(Brakeset brakeset, float dt)
{
Update(brakeset.firstCar, dt);
if (brakeset.firstCar != brakeset.lastCar)
{
Update(brakeset.lastCar, dt);
}
foreach (BrakeSystem car in brakeset.cars)
{
car.Front.UpdatePressurized();
car.Rear.UpdatePressurized();
}
}