def main(plt, tiles, dividingTiles, startTileName, objects, level_scale, GROUP_NO, path):
# Global (above a specific group) preperations
prepTiles(tiles)
tile_groups = seperateGroups(tiles, startTileName, dividingTiles)
groupBounds = getGroupBounds(tiles, tile_groups)
prepSets(sets, pads)
# Group specific preperations
currentTiles = set(tile_groups[GROUP_NO])
fig,axs = prepPlot(plt,groupBounds[GROUP_NO])
tilePlanes = getTilePlanes(currentTiles, tiles, level_scale)
# Draw stuff :)
drawTiles(currentTiles, tiles, (0.75, 0.75, 0.75), axs)
markStairs(tilePlanes, tiles, (0.4,0.2,0), plt) # make generic
drawTileHardEdges(currentTiles, tiles, (0.65, 0.65, 0.65), axs)
drawGuards(guards, currentTiles, axs)
drawObjects(plt, axs, objects, tiles, currentTiles)
drawDoorReachability(plt, axs, objects, presets, currentTiles, set(excludeDoorReachPresets))
drawCollectibles(objects, axs, currentTiles)
drawActivatables(axs, activatable_objects, objects, currentTiles)
# Save
saveFig(plt,fig,os.path.join('output', path))
def main(plt, tiles, dividingTiles, startTileName, objects, level_scale, GROUP_NO, path):
# Global (above a specific group) preperations
prepTiles(tiles)
tile_groups = seperateGroups(tiles, startTileName, dividingTiles)
groupBounds = getGroupBounds(tiles, tile_groups)
prepSets(sets, pads)
# Group specific preperations
currentTiles = set(tile_groups[GROUP_NO])
fig,axs = prepPlot(plt,groupBounds[GROUP_NO])
tilePlanes = getTilePlanes(currentTiles, tiles, level_scale)
# Draw stuff :)
drawTiles(currentTiles, tiles, (0.75, 0.75, 0.75), axs)
markStairs(tilePlanes, tiles, (0.4,0.2,0), plt) # make generic
drawTileHardEdges(currentTiles, tiles, (0.65, 0.65, 0.65), axs)
drawGuards(guards, currentTiles, plt, axs)
drawObjects(plt, axs, objects, tiles, currentTiles)
drawDoorReachability(plt, axs, objects, presets, currentTiles, set(excludeDoorReachPresets))
drawCollectibles(objects, plt, axs, currentTiles)
drawActivatables(plt, axs, activatable_objects, objects, currentTiles)
# Archives specific testing
# Ignore the stairs since they overlap
doorAddr = 0x1D36C8
def openNatDoor(pnt):
hinge = objects[doorAddr]["hinges"][0]
x,z = np.subtract(pnt, hinge)
pnt = np.add((z,-x), hinge)
return pnt
# Object on the boundary isn't really supported, but better to be more accurate
nat = [g for g in guards.values() if g["id"] == 0x00][0]
drawFOV(nat, [0x34, 0x3A, 0x39,], tiles, guards, objects, opaque_objects, plt,
ignoreTileAddrs = [0x1AD70C], objTransforms = {doorAddr:openNatDoor})
# Save
saveFig(plt,fig,os.path.join('output', path))