I also changed the control scheme slightly, to allow the player to arbitrarily change the direction in which peeps pass buckets. Upon receiving this signal, a water animation sprite is added to the objects node, and the fire in the tile (if any) has its size reduced by 1. When the bucket reaches the edge of the tile, the peep destroys it and emits a throwing signal that the level_base.gd script listens for. Also, the bucket is rotated in the direction of movement. However, it moves a lot faster to make it look like it’s being thrown. The throw animation is similar to the bucket-passing animation: simply move the bucket in the direction of the destination tile. I played with the thought of keeping houses wet to prevent them from catching fire, but didn’t get round to implementing this.) (It will also do this if there is no fire. We have fire, we have buckets of water, we can get the buckets to the fire… now what? Throw ‘em, of course! So if a peep in state PASSING sees that its destination cell is not manned, but rather flammable, it will throw the water onto the fire. This is the second part of this postmortem. Game design, game development, graphics, audio, Alakajam ▾ Previous: The Great Fire postmortem, part 1/2 The Great Fire postmortem, part 2/2
Lmms crackling sound code#
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