public float[] FindOptimalNumberOfMods(float leftFiller, float rightFiller)
{
float numberOfMods = 0;
float optimalModSize = 0;
float remainingWallLength;
remainingWallLength = calculateWorkableSpace();
remainingWallLength -= (leftFiller + rightFiller);
if (remainingWallLength > Constants.SOFT_MAX_WINDOW_SIZE)
{
numberOfMods = 1;
optimalModSize = remainingWallLength;
while (optimalModSize > Constants.SOFT_MAX_WINDOW_SIZE)
{
numberOfMods++;
optimalModSize = remainingWallLength / numberOfMods;
}
}
optimalModSize = GlobalFunctions.RoundDownToNearestEighthInch(optimalModSize);
float extraFiller = remainingWallLength - (optimalModSize * numberOfMods);
float fillerOne = 2f;
float fillerTwo = 2f;
GlobalFunctions.splitFillerToOutside(ref fillerOne, ref fillerTwo, extraFiller);
return(new float[] { numberOfMods, optimalModSize, extraFiller });
}
public float[] FindMaximumNumberOfMods(float leftFiller, float rightFiller)
{
float numberOfMods = 0;
float optimalModSize = 0;
float remainingWallLength;
remainingWallLength = calculateWorkableSpace();
remainingWallLength -= (leftFiller + rightFiller);
numberOfMods = (float)((int)(remainingWallLength / Constants.SOFT_MIN_MOD_SIZE));
optimalModSize = remainingWallLength / numberOfMods;
optimalModSize = GlobalFunctions.RoundDownToNearestEighthInch(optimalModSize);
float extraFiller = remainingWallLength - (optimalModSize * numberOfMods);
float fillerOne = 2f;
float fillerTwo = 2f;
GlobalFunctions.splitFillerToOutside(ref fillerOne, ref fillerTwo, extraFiller);
return(new float[] { numberOfMods, optimalModSize, extraFiller });
}
