public static void MoveBoxes(bool upwards)
{
List <double> marioPositions = upwards ? marioPositions1 : marioPositions2;
int yDiff = upwards ? 78 : -100;
List <double> qSteps = new List <double>();
for (int i = 0; i < marioPositions.Count - 1; i++)
{
double x1 = marioPositions[i];
double x2 = marioPositions[i + 1];
double diff = x2 - x1;
qSteps.Add(x1 + diff * 1 / 4.0);
qSteps.Add(x1 + diff * 2 / 4.0);
qSteps.Add(x1 + diff * 3 / 4.0);
qSteps.Add(x1 + diff * 4 / 4.0);
}
List <int> qStepsTruncated = qSteps.ConvertAll(qStep => (int)Math.Truncate(qStep));
List <ObjectDataModel> objects = Config.ObjectSlotsManager.SelectedObjects;
if (objects.Count == 0)
{
return;
}
objects.Sort((obj1, obj2) =>
{
string label1 = Config.ObjectSlotsManager.GetSlotLabelFromObject(obj1);
string label2 = Config.ObjectSlotsManager.GetSlotLabelFromObject(obj2);
int pos1 = ParsingUtilities.ParseInt(label1);
int pos2 = ParsingUtilities.ParseInt(label2);
return(pos1 - pos2);
});
int initialX = (int)objects[0].X;
int initialY = (int)objects[0].Y;
int initialZ = (int)objects[0].Z;
int xOffset = initialX - qStepsTruncated[0];
for (int i = 0; i < objects.Count; i++)
{
objects[i].X = qStepsTruncated[i] + xOffset;
objects[i].Y = initialY + i * yDiff;
objects[i].Z = initialZ;
}
}