public String cookCupcakes()
{
comboMessages = "";
score = 0;
heat += 15;
int spotsFilled = 0;;
for (int i = 0; i < StoredCupcakes.Count(); i++)
{
if (StoredCupcakes[i] != null)
{
score += EACH_CUPCAKE;
spotsFilled++;
}
}
if (spotsFilled < StoredCupcakes.Length)
{
comboMessages += "\nDIDN'T USE ALL SLOTS! +5 heat";
heat += 5;
}
//optimization. no combos to find if there aren't 3 cupcakes present
if (spotsFilled > 2)
{
findCombos();
}
clearCupcakes();
return(comboMessages);
}
private void clearCupcakes()
{
for (int i = 0; i < StoredCupcakes.Count(); i++)
{
StoredCupcakes[i] = null;
}
}
//CookCupcakes takes
public String cookCupcakes()
{
comboMessages = "";
score = 0;
heat += 15;
int spotsFilled = 0;;
for (int i = 0; i < StoredCupcakes.Count(); i++)
{
if (StoredCupcakes[i] != null) //Give the player points for each cupcake they captured in each spot.
{
score += EACH_CUPCAKE;
spotsFilled++;
}
}
if (spotsFilled < StoredCupcakes.Length) //Add heat to the oven for trays with empty spots.
{
comboMessages += "\nDIDN'T USE ALL SLOTS! +5 heat";
heat += 5;
}
//Optimization. Only call findCombos() if tray of cupcakes are full.
if (spotsFilled > 2)
{
findCombos();
}
clearCupcakes(); //Once in oven, clear the cupcake trays
return(comboMessages);
}
public new bool takeCupcake(Actor cupcake)
{
if (cupcake != null)
{
for (int i = 0; i < StoredCupcakes.Count(); i++)
{
if (StoredCupcakes[i] == null)
{
float tempX = this.Position.X;
float tempY = this.Position.Y + 64;
tempX = tempX + (i % 3) * 64;
tempY = tempY + (float)Math.Floor((double)(i / 3)) * 64;
cupcake.Position = new Vector2(tempX, tempY);
//Console.WriteLine("cupcake " + i + " at " + cupcake.Position.ToString());
StoredCupcakes[i] = cupcake;
return(true);
}
}
}
//if you return false, show some kind of PAN FULL warning to player
return(false);
}
