def _draw_prefab(prefab):
_X_MAX = PREFAB_CAMERA_POS[0] + PREFAB_WINDOW_SIZE[0]
_Y_MAX = PREFAB_CAMERA_POS[1] + PREFAB_WINDOW_SIZE[1]
#DARK_BUFFER[0] = numpy.zeros((MAP_WINDOW_SIZE[1], PREFAB_WINDOW_SIZE[0]))
#LIGHT_BUFFER[0] = numpy.zeros((MAP_WINDOW_SIZE[1], MAP_WINDOW_SIZE[0]))
map = prefab['map']
if _X_MAX > prefab['size'][0]:
_X_MAX = prefab['size'][0]
if _Y_MAX > prefab['size'][1]:
_Y_MAX = prefab['size'][1]
for x in range(PREFAB_CAMERA_POS[0], _X_MAX):
_RENDER_X = x - PREFAB_CAMERA_POS[0]
for y in range(PREFAB_CAMERA_POS[1], _Y_MAX):
_RENDER_Y = y - PREFAB_CAMERA_POS[1]
_drawn = False
for z in range(prefab['size'][2] - 1, -1, -1):
if map[x][y][z]:
gfx.blit_tile(_RENDER_X,
_RENDER_Y,
map[x][y][z],
char_buffer=PREFAB_CHAR_BUFFER,
rgb_fore_buffer=PREFAB_RGB_FORE_BUFFER,
rgb_back_buffer=PREFAB_RGB_BACK_BUFFER)
_drawn = True
break
#if z > PREFAB_CAMERA_POS[2] and SETTINGS['draw z-levels above']:
# gfx.blit_tile(_RENDER_X,_RENDER_Y,map[x][y][z])
# gfx.darken_tile(_RENDER_X,_RENDER_Y,abs((PREFAB_CAMERA_POS[2]-z))*30)
# _drawn = True
#elif z == PREFAB_CAMERA_POS[2]:
# if (x,y,z) in SELECTED_TILES[0] and time.time()%1>=0.5:
# gfx.blit_char(_RENDER_X,_RENDER_Y,'X',darker_grey,black)
# else:
# gfx.blit_tile(_RENDER_X,_RENDER_Y,map[x][y][z])
# _drawn = True
#elif z < PREFAB_CAMERA_POS[2] and SETTINGS['draw z-levels below']:
# gfx.blit_tile(_RENDER_X,_RENDER_Y,map[x][y][z])
# gfx.darken_tile(_RENDER_X,_RENDER_Y,abs((PREFAB_CAMERA_POS[2]-z))*30)
# _drawn = True
#if SETTINGS['draw z-levels above'] and _drawn:
# break
if not _drawn:
gfx.blit_tile(_RENDER_X,
_RENDER_Y,
BLANK_TILE,
char_buffer=PREFAB_CHAR_BUFFER,
rgb_fore_buffer=PREFAB_RGB_FORE_BUFFER,
rgb_back_buffer=PREFAB_RGB_BACK_BUFFER)
def _draw_prefab(prefab): _X_MAX = PREFAB_CAMERA_POS[0]+PREFAB_WINDOW_SIZE[0] _Y_MAX = PREFAB_CAMERA_POS[1]+PREFAB_WINDOW_SIZE[1] #DARK_BUFFER[0] = numpy.zeros((MAP_WINDOW_SIZE[1], PREFAB_WINDOW_SIZE[0])) #LIGHT_BUFFER[0] = numpy.zeros((MAP_WINDOW_SIZE[1], MAP_WINDOW_SIZE[0])) map = prefab['map'] if _X_MAX>prefab['size'][0]: _X_MAX = prefab['size'][0] if _Y_MAX>prefab['size'][1]: _Y_MAX = prefab['size'][1] for x in range(PREFAB_CAMERA_POS[0],_X_MAX): _RENDER_X = x-PREFAB_CAMERA_POS[0] for y in range(PREFAB_CAMERA_POS[1],_Y_MAX): _RENDER_Y = y-PREFAB_CAMERA_POS[1] _drawn = False for z in range(prefab['size'][2]-1,-1,-1): if map[x][y][z]: gfx.blit_tile(_RENDER_X, _RENDER_Y, map[x][y][z], char_buffer=PREFAB_CHAR_BUFFER, rgb_fore_buffer=PREFAB_RGB_FORE_BUFFER, rgb_back_buffer=PREFAB_RGB_BACK_BUFFER) _drawn = True break #if z > PREFAB_CAMERA_POS[2] and SETTINGS['draw z-levels above']: # gfx.blit_tile(_RENDER_X,_RENDER_Y,map[x][y][z]) # gfx.darken_tile(_RENDER_X,_RENDER_Y,abs((PREFAB_CAMERA_POS[2]-z))*30) # _drawn = True #elif z == PREFAB_CAMERA_POS[2]: # if (x,y,z) in SELECTED_TILES[0] and time.time()%1>=0.5: # gfx.blit_char(_RENDER_X,_RENDER_Y,'X',darker_grey,black) # else: # gfx.blit_tile(_RENDER_X,_RENDER_Y,map[x][y][z]) # _drawn = True #elif z < PREFAB_CAMERA_POS[2] and SETTINGS['draw z-levels below']: # gfx.blit_tile(_RENDER_X,_RENDER_Y,map[x][y][z]) # gfx.darken_tile(_RENDER_X,_RENDER_Y,abs((PREFAB_CAMERA_POS[2]-z))*30) # _drawn = True #if SETTINGS['draw z-levels above'] and _drawn: # break if not _drawn: gfx.blit_tile(_RENDER_X, _RENDER_Y, BLANK_TILE, char_buffer=PREFAB_CHAR_BUFFER, rgb_fore_buffer=PREFAB_RGB_FORE_BUFFER, rgb_back_buffer=PREFAB_RGB_BACK_BUFFER)
def render_x_cutout(map, x_pos, y_pos):
_X_MAX = x_pos + X_CUTOUT_WINDOW_SIZE[0]
y = y_pos
for x in range(x_pos, _X_MAX):
if x >= MAP_SIZE[0] or x < 0:
continue
_RENDER_X = x - x_pos
for z in range(MAP_SIZE[2] - 3):
if map[x][y][z]:
_tile = map[x][y][z]
else:
_tile = BLANK_TILE
gfx.blit_tile(_RENDER_X, (MAP_SIZE[2] - 3) - z, _tile, 'map')
def render_x_cutout(map,x_pos,y_pos): _X_MAX = x_pos+X_CUTOUT_WINDOW_SIZE[0] y = y_pos for x in range(x_pos,_X_MAX): if x>=MAP_SIZE[0] or x<0: continue _RENDER_X = x-x_pos for z in range(MAP_SIZE[2]-3): if map[x][y][z]: _tile = map[x][y][z] else: _tile = BLANK_TILE gfx.blit_tile(_RENDER_X, (MAP_SIZE[2]-3)-z, _tile, 'map')
def render_y_cutout(map, x_pos, y_pos):
_Y_MAX = y_pos + Y_CUTOUT_WINDOW_SIZE[1]
x = x_pos
for y in range(y_pos, _Y_MAX):
if y >= MAP_SIZE[1] or y < 0:
break
_RENDER_Y = y - y_pos
for z in range(MAP_SIZE[2]):
if map[x][y][z]:
_tile = map[x][y][z]
else:
_tile = BLANK_TILE
gfx.blit_tile(_RENDER_Y,
MAP_SIZE[2] - z,
_tile,
char_buffer=Y_CUTOUT_CHAR_BUFFER,
rgb_fore_buffer=Y_CUTOUT_RGB_FORE_BUFFER,
rgb_back_buffer=Y_CUTOUT_RGB_BACK_BUFFER)
def render_y_cutout(map,x_pos,y_pos): _Y_MAX = y_pos+Y_CUTOUT_WINDOW_SIZE[1] x = x_pos for y in range(y_pos,_Y_MAX): if y>=MAP_SIZE[1] or y<0: break _RENDER_Y = y-y_pos for z in range(MAP_SIZE[2]): if map[x][y][z]: _tile = map[x][y][z] else: _tile = BLANK_TILE gfx.blit_tile(_RENDER_Y, MAP_SIZE[2]-z, _tile, char_buffer=Y_CUTOUT_CHAR_BUFFER, rgb_fore_buffer=Y_CUTOUT_RGB_FORE_BUFFER, rgb_back_buffer=Y_CUTOUT_RGB_BACK_BUFFER)