The removing-mechanic consists of three steps: 1. find all balls of the same color, that touch a certain ball, and mark them for removal, 2. remove all marked balls, 3. move all other balls downwards.
At which part do you have problems?
micha wrote:The removing-mechanic consists of three steps: 1. find all balls of the same color, that touch a certain ball, and mark them for removal, 2. remove all marked balls, 3. move all other balls downwards.
At which part do you have problems?
As I said, the algorithm you need, is a flood-fill algorithm. Try to read the wikipedia-article, that I posted (and see the language version in your language).
I also found the Roland did a Floodfill project. I don't know if this is appropriate for your case, though.
micha wrote:As I said, the algorithm you need, is a flood-fill algorithm. Try to read the wikipedia-article, that I posted (and see the language version in your language).
I also found the Roland did a Floodfill project. I don't know if this is appropriate for your case, though.
hi thanks for the help, but I think I decided to start with a difficult game?
I don't know your background, but I'd say this algorithm is of medium difficulty. If you are willing to try something a bit more difficult, then I suggest you try it. In the worst case you still learn a lot. But if you only want to finish a game, then you might be faster with a different idea.
micha wrote:I don't know your background, but I'd say this algorithm is of medium difficulty. If you are willing to try something a bit more difficult, then I suggest you try it. In the worst case you still learn a lot. But if you only want to finish a game, then you might be faster with a different idea.
thanks anyway, I think I will make a breakout game.
Test - JawBreaker.love