// V^2 = u^2 + 2as
public static void RanOn_11010(Particle values, int i)
{
float insideRoot = Mathf.Pow(values.InitialVelociy[i], 2) + (2 * values.Acceleration[i] * values.Displacement[i]);
if (insideRoot < 0)
{
values.inValidInput[i] = true;
}
else
{
values.FinalVelocity[i] = MyMaths.SquareRoot(insideRoot);
//Checking direction which is lost by squaring
if (values.Acceleration[i] < 0 && values.Displacement[i] <= 0)
{
values.FinalVelocity[i] = -values.FinalVelocity[i];
}
values.Key[i] = ReplaceAtIndex(2, '1', values.Key[i]);
}
}
// V^2 = u^2 + 2as
public static void RanOn_11010(newParticle values, int dimention)
{
float insideRoot = Mathf.Pow(values.initialVelocity[dimention], 2) + (2 * values.acceleration[dimention] * values.displacement[dimention]);
//Square root must be positive.Therefore invalid input if not true
if (insideRoot < 0)
{
values.invalidInputs[dimention] = true;
}
else
{
Vector3 temp = values.currentVelocity;
temp[dimention] = MyMaths.SquareRoot(insideRoot);
values.currentVelocity = temp;
//Checking direction which is lost by squaring
if (values.acceleration[dimention] < 0 && values.displacement[dimention] <= 0)
{
temp[dimention] = -values.currentVelocity[dimention];
values.currentVelocity = temp;
}
values.key[dimention] = ReplaceAtIndex(2, '1', values.key[dimention]);
}
}