Feat(fl-configs): Adopt Haste grade formulas for Cruise distance in graph calculations

[dd84ai]

Add as an optional thing, switch between Cruise Time distance = Distance/ship speed to Haste grade formulas in graph calculations.
Switching by default for darkstat to them

Relevant discussion

🤔 why to make non linear acceleration accounted. Linear is more than enough?
Haste — Yesterday at 2:30 PM
Because linear is quite far off reality
Especially if down the line transports gain mass and such

Darkwind The Dark Duck — Yesterday at 2:31 PM
do u have formula for real speed equation?
somewhere at starport perhaps
Haste — Yesterday at 2:31 PM
That while loop

drag = physics.Drag * currentCruiseSpeed;
netForce = physics.Torque - drag;

currentCruiseSpeed += (netForce / physics.Mass) * stepSize;
currentCruiseDistance += currentCruiseSpeed * stepSize;

Haste — Yesterday at 2:18 PM
Why not just precalculate the acceleration times and distances?
It's VERY quick and it becomes lookups that are also very fast

if (distanceCast <= transportHighestCruiseDistance)
{
    return transportCruiseTime[distanceCast];
}
else
{
    return transportCruiseTime[transportHighestCruiseDistance] + (transportCruiseSpeedMult * (distance - transportHighestCruiseDistance * 10));
}

(I do transports and freighters separately hence why it's a bit goofy)

while (currentCruiseSpeed < maxCruiseSpeed)
{
    elapsedTime += stepSize;

    if (elapsedTime < physics.CruiseChargeTime)
    {
        drag = physics.Drag * currentCruiseSpeed;
        netForce = physics.Torque - drag;

        currentCruiseSpeed += (netForce / physics.Mass) * stepSize;
        currentCruiseDistance += currentCruiseSpeed * stepSize;
    }
    else if (elapsedTime < physics.CruiseChargeTime+2) // "CRUISE_STEADY_TIME" compensation.
    {
        drag = physics.Drag * currentCruiseSpeed;
        netForce = ((physics.CruiseTorque + physics.Torque) / 2.0) - drag;

        currentCruiseSpeed += (netForce / physics.Mass) * stepSize;
        currentCruiseDistance += currentCruiseSpeed * stepSize;
    }
    else
    {
        drag = physics.Drag * currentCruiseSpeed;
        netForce = physics.CruiseTorque - drag;

        currentCruiseSpeed += (netForce / physics.Mass) * stepSize;
        currentCruiseDistance += currentCruiseSpeed * stepSize;
    }

    if (!pastThrustingDistance)
    {
        drag = physics.Drag * currentThrustSpeed;
        netForce = physics.ThrusterTorque - drag;

        currentThrustSpeed += (netForce / physics.Mass) * stepSize;
        currentThrustDistance += currentThrustSpeed * stepSize;

        if (currentThrustDistance > currentCruiseDistance)
        {
            bestDistance = currentThrustDistance;
        }
        else
        {
            bestDistance = currentCruiseDistance;
            pastThrustingDistance = true;
        }
    }
    else
    {
        bestDistance = currentCruiseDistance;
    }