/*
* Assign a color to the player's index in array and dict,
* and add increment readyPlayers
*/
public void selectColor(PLAYER_COLORS color, short index)
{
selectedColorsDict[color] = true;
playersColors[index] = color;
readyPlayers++;
// quickDebug();
}
/*
* Function will deselect the given player's color from array and dictionary.
* If it was selected before,
* this will mean the player is not ready, and thus decrease the number of ready
* players.
*/
public void removeColor(PLAYER_COLORS color, short index)
{
// since PLAYER_COLOR.NONE is not in the dictionary, if the sent color
// is it, we bail out immediately, knowing it was already Empty
if (selectedColorsDict.ContainsKey(color) && selectedColorsDict[color] == true)
{
readyPlayers--;
}
playersColors[index] = PLAYER_COLORS.NONE;
selectedColorsDict[color] = false;
// quickDebug();
}
public void registerPlayerColor(int index, PLAYER_COLORS playerColor)
{
// playerStruct.index = (short)index;
if (!gameInfoManager.ColorIsAlreadyChosen(playerColor))
{
if (currenColor != PLAYER_COLORS.NONE)
{
gameInfoManager.removeColor(currenColor, (short)playerIndex);
}
gameInfoManager.selectColor(playerColor, (short)playerIndex);
setTexture(playerColorsImages[playerColor]);
currenColor = playerColor;
}
else if (playerColor == currenColor)
{
gameInfoManager.removeColor(currenColor, (short)playerIndex);
currenColor = PLAYER_COLORS.NONE;
removeAlltextures();
}
}
/*
* Players need different colors. If a color was already selected by another
* player, function will return true.
*/
public bool ColorIsAlreadyChosen(PLAYER_COLORS color)
{
// print(selectedColorsDict[color]);
return(selectedColorsDict[color]);
}
public static void changeMyRendererColor(Renderer renderer, PLAYER_COLORS color)
{
renderer.sharedMaterial = materialsDict[color];
}
public void setCurrentColor(PLAYER_COLORS color)
{
currenColor = color;
}
