# Add the velocity to the panning when we're moving. Game_map.add(Tile((x*TILE_SIZE, y*TILE_SIZE), image)) # Create tile instances and add them to the game map group. Image_cycle = itertools.cycle((TILE_IMG1, TILE_IMG2)) TILE_IMG2 = pg.Surface((TILE_SIZE, TILE_SIZE)) TILE_IMG1 = pg.Surface((TILE_SIZE, TILE_SIZE)) You have to convert the panning to integers first (create another vector, called offset in the example) before you add it to the tile positions or you'll still get gaps. The panning is then added to the rect.topleft position of the tiles when they're blitted to get the correct position. Just add the velocity to the panning vector when the player is moving and never move the tiles. Here's a solution that should work better. See this image for an example (black line in the red square is the gap gold and pink are the tiles) Yet: I still get gaps between rows or columns from time to time! Those gaps appear irregularly but are very visible and when you stop panning while a gap is visible that gap will stay until you pan again. So technically seen the relative change to every single tile's x/y value is the exactly same as to any other tile's x/y value. I add the exact same amount to every single tile's x/y value, then I use "int" on them which, to my knowledge, always floors the float down to the next lower int. The tile.x/tile.y values are then "int'ed" to be used as x-/y-values of the rect and the pos (the latter used for blitting). = no panning, = panning down-left, etc.). While "self.panning_speed" is pretty self-explanatory, self.panning is a list containing two values for x and y panning (e.g. Ymove = * self.panning * self.panning_speed Xmove = * self.panning * self.panning_speed The game's framework moves the tiles according to player input using the following method of the game's framwork class: def moveTiles(self): My game window consists of a tiled map using 48x48px tiles. It targets both first-time and advanced users.I'm using PyGame 1.9.2 on Python 3.4.3 (Win8.1). cache size, button array display).Īll in all, GIMP Animation Package provides an extra level of flexibility concerning the creation and design of animations in the GIMP graphic editing software. cliplist layout, thumbnail size, storyboard layout) along with playback preferences (e.g. Once you have accessed the “Storyboard” area, you can create clips and transitions, add audio tracks and configure global layout properties (e.g. Regarding video frames, you can either delete, duplicate, exchange, convert, crop, modify, renumber, resize or scale them, perform a reverse or shift sequence, convert frames into images, as well as split pictures and videos into frames. Moreover, you can replace partial transparency with the current background color, input text and generate an animated sequence where letters drop onto the background individually, as well as adjust the opacity level of multiple layers and create an animation by mapping the current image onto a spinning cube. The tool creates a “Video” menu in GIMP where you can create a multi-layer image with a rain effect, rainbow-colored plasma pattern, as well as an animated fire or melt effect.īut you can also turn images into an animated waving flag, save each layer to a file, swap the order of layers in the layerstack, and copy and rotate layers that are set up for an animation. It gives you the possibility of creating animation effects and working with video files, in addition to the features provided by GIMP. GIMP Animation Package represents a collection of plugins that extends the use of GIMP – the advanced graphic editing program.
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