// Converts enum to real world color
public static Color GetRealColor(EColor_Value RequestedColor)
{
switch (RequestedColor)
{
case EColor_Value.RED:
return(Color_R);
case EColor_Value.YELLOW:
return(Color_Y);
case EColor_Value.BLUE:
return(Color_B);
case EColor_Value.ORANGE:
return(Color_O);
case EColor_Value.GREEN:
return(Color_G);
case EColor_Value.PURPLE:
return(Color_P);
}
Debug.LogError("You should not reach here");
return(new Color());
}
private void FillPlatform(EColor_Value fillColor)
{
EColor_Value mixedColor = ColorHelper.AddColors(currentColor, fillColor); //mix the current color with the color received
currentColor = mixedColor; //set the new mixed color as current
Color resultColor = ColorHelper.GetRealColor(currentColor); //convert enum to color
OwnedMaterial.SetColor("_Color", resultColor); //apply to material
}
private void OnTriggerEnter(Collider other)
{
//if block enter
if (other.tag.Equals("ColorBlock"))
{
if (!isColorMixable) //ignore if already mixed
{
return;
}
EColor_Value BlockColor = other.GetComponent <ColorBlockScript>().GetColorValue; //get the color of the block
FillPlatform(BlockColor); //apply the color
StartCoroutine(StartDelayWindow()); //begin closing the window for a second color
}
}
// Adds two colors and returns the combined color
public static EColor_Value AddColors(EColor_Value Color1, EColor_Value Color2)
{
switch (Color1) //check all possible combinations with the first color
{
case EColor_Value.RED:
{
if (Color2 == EColor_Value.NONE)
{
return(Color1);
}
else if (Color2 == EColor_Value.RED) //red + red
{
return(EColor_Value.RED);
}
else if (Color2 == EColor_Value.YELLOW) //red + yellow
{
return(EColor_Value.ORANGE);
}
else if (Color2 == EColor_Value.BLUE) // red + blue
{
return(EColor_Value.PURPLE);
}
break;
}
case EColor_Value.YELLOW:
{
if (Color2 == EColor_Value.NONE)
{
return(Color1);
}
else if (Color2 == EColor_Value.RED) // yellow + red
{
return(EColor_Value.ORANGE);
}
else if (Color2 == EColor_Value.YELLOW) // yellow + yellow
{
return(EColor_Value.YELLOW);
}
else if (Color2 == EColor_Value.BLUE) //yellow + blue
{
return(EColor_Value.GREEN);
}
break;
}
case EColor_Value.BLUE:
{
if (Color2 == EColor_Value.NONE)
{
return(Color1);
}
else if (Color2 == EColor_Value.RED) // blue + red
{
return(EColor_Value.PURPLE);
}
else if (Color2 == EColor_Value.YELLOW) // blue + yellow
{
return(EColor_Value.GREEN);
}
else if (Color2 == EColor_Value.BLUE) //blue + blue
{
return(EColor_Value.BLUE);
}
break;
}
case EColor_Value.NONE: //if getting normal color
{
if (Color2 == EColor_Value.RED)
{
return(EColor_Value.RED);
}
else if (Color2 == EColor_Value.YELLOW)
{
return(EColor_Value.YELLOW);
}
else if (Color2 == EColor_Value.BLUE)
{
return(EColor_Value.BLUE);
}
break;
}
}
Debug.LogError("You are not supposed to reach here.");
return(EColor_Value.NONE);
}