def rain(size):
_running_time = WORLD_INFO['real_time_of_day'] - WORLD_INFO[
'real_time_of_day'] / (WORLD_INFO['length_of_day'] /
len(WORLD_INFO['weather']['colors'])) * (
WORLD_INFO['length_of_day'] /
len(WORLD_INFO['weather']['colors']))
_rate = .009
for i in range(0, int(round(_running_time * _rate))):
_x = random.randint(0, size[0] - 1)
_y = random.randint(0, size[1] - 1)
_skip = False
if not alife.sight.is_in_fov(LIFE[SETTINGS['controlling']],
(CAMERA_POS[0] + _x, CAMERA_POS[1] + _y)):
continue
for z in range(LIFE[SETTINGS['controlling']]['pos'][2] + 1,
MAP_SIZE[2]):
if maps.is_solid((CAMERA_POS[0] + _x, CAMERA_POS[1] + _y, z)):
_skip = True
break
if _skip:
continue
REFRESH_POSITIONS.append((_x, _y))
gfx.tint_tile(_x, _y, tcod.blue, random.uniform(0.1, 0.6))
#"Wind"
if logic.can_tick():
for i in range(random.randint(1, 4)):
_x = random.randint(0, size[0] - 1)
_y = random.randint(0, size[1] - 1)
_skip = False
if not alife.sight.is_in_fov(
LIFE[SETTINGS['controlling']],
(CAMERA_POS[0] + _x, CAMERA_POS[1] + _y)):
continue
for z in range(LIFE[SETTINGS['controlling']]['pos'][2] + 1,
MAP_SIZE[2]):
if maps.is_solid((CAMERA_POS[0] + _x, CAMERA_POS[1] + _y, z)):
_skip = True
break
if _skip:
continue
effects.create_smoke((CAMERA_POS[0] + _x, CAMERA_POS[1] + _y),
color=tcod.white,
grow=0.1,
decay=0.03,
direction=195,
speed=random.uniform(0.35, 0.8),
max_opacity=.3)
def rain(size): _running_time = WORLD_INFO['real_time_of_day'] - WORLD_INFO['real_time_of_day']/(WORLD_INFO['length_of_day']/len(WORLD_INFO['weather']['colors']))*(WORLD_INFO['length_of_day']/len(WORLD_INFO['weather']['colors'])) _rate = .009 for i in range(0, int(round(_running_time*_rate))): _x = random.randint(0, size[0]-1) _y = random.randint(0, size[1]-1) _skip = False if not alife.sight.is_in_fov(LIFE[SETTINGS['controlling']], (CAMERA_POS[0]+_x, CAMERA_POS[1]+_y)): continue for z in range(LIFE[SETTINGS['controlling']]['pos'][2]+1, MAP_SIZE[2]): if maps.is_solid((CAMERA_POS[0]+_x, CAMERA_POS[1]+_y, z)): _skip = True break if _skip: continue REFRESH_POSITIONS.append((_x, _y)) gfx.tint_tile(_x, _y, tcod.blue, random.uniform(0.1, 0.6)) #"Wind" if logic.can_tick(): for i in range(random.randint(1, 4)): _x = random.randint(0, size[0]-1) _y = random.randint(0, size[1]-1) _skip = False if not alife.sight.is_in_fov(LIFE[SETTINGS['controlling']], (CAMERA_POS[0]+_x, CAMERA_POS[1]+_y)): continue for z in range(LIFE[SETTINGS['controlling']]['pos'][2]+1, MAP_SIZE[2]): if maps.is_solid((CAMERA_POS[0]+_x, CAMERA_POS[1]+_y, z)): _skip = True break if _skip: continue effects.create_smoke((CAMERA_POS[0]+_x, CAMERA_POS[1]+_y), color=tcod.white, grow=0.1, decay=0.03, direction=195, speed=random.uniform(0.35, 0.8), max_opacity=.3)
def _can_see_position(pos1,
pos2,
max_length=10,
block_check=False,
strict=False,
distance=True):
if block_check:
_check = [(-1, -1), (1, -1), (0, 0), (-1, 1), (1, 1)]
else:
_check = [(0, 0)]
_ret_line = []
for _pos in _check:
_line = render_los.draw_line(pos1[0], pos1[1], pos2[0], pos2[1])
if not _line:
_line = []
if _pos == (0, 0):
_ret_line = _line
if len(_line) > max_length and distance:
_ret_line = []
continue
for pos in _line:
_chunk = chunks.get_chunk_from_cache(pos)
#for item_uid in _chunk['items'][:]:
# if not item_uid in ITEMS:
# _chunk['items'].remove(item_uid)
#for item in [ITEMS[uid] for uid in _chunk['items'] if items.is_blocking(uid)]:
# if tuple(item['pos'])[:2] == tuple(pos2)[:2]:
# continue
#
# if (pos[0], pos[1]) == tuple(item['pos'])[:2]:
# _ret_line = []
# if strict:
# return False
#
# continue
if maps.is_solid((pos[0], pos[1], pos1[2] + 1)):
_ret_line = []
if strict:
return False
continue
return _ret_line
def _can_see_position(pos1, pos2, max_length=10, block_check=False, strict=False, distance=True): if block_check: _check = [(-1, -1), (1, -1), (0, 0), (-1, 1), (1, 1)] else: _check = [(0, 0)] _ret_line = [] for _pos in _check: _line = render_los.draw_line(pos1[0], pos1[1], pos2[0], pos2[1]) if not _line: _line = [] if _pos == (0, 0): _ret_line = _line if len(_line) > max_length and distance: _ret_line = [] continue for pos in _line: _chunk = chunks.get_chunk_from_cache(pos) #for item_uid in _chunk['items'][:]: # if not item_uid in ITEMS: # _chunk['items'].remove(item_uid) #for item in [ITEMS[uid] for uid in _chunk['items'] if items.is_blocking(uid)]: # if tuple(item['pos'])[:2] == tuple(pos2)[:2]: # continue # # if (pos[0], pos[1]) == tuple(item['pos'])[:2]: # _ret_line = [] # if strict: # return False # # continue if maps.is_solid((pos[0], pos[1], pos1[2]+1)): _ret_line = [] if strict: return False continue return _ret_line
def collision_with_solid(item, pos): if pos[0]<0 or pos[0]>=MAP_SIZE[0]-1 or pos[1]<0 or pos[1]>=MAP_SIZE[1]-1 or pos[2]<0 or pos[2]>=MAP_SIZE[2]-1: return True if maps.is_solid(pos) and item['velocity'][2]<0: #TODO: Bounce item['velocity'] = [0, 0, 0] item['pos'] = pos process_event(item, 'stop') return True if item['velocity'][2]>=0: _z = 1 else: _z = -1 if not pos[0]-1 < 0 and item['velocity'][0]<0 and WORLD_INFO['map'][pos[0]-1][pos[1]][pos[2]+_z]: item['velocity'][0] = -item['velocity'][0]*.8 if 'max_speed' in item: effects.create_smoke_cloud(pos, 4) elif not pos[0]+1 >= MAP_SIZE[0]-1 and item['velocity'][0]>0 and WORLD_INFO['map'][pos[0]+1][pos[1]][pos[2]+_z]: item['velocity'][0] = -item['velocity'][0]*.8 if 'max_speed' in item: effects.create_smoke_cloud(pos, 4) if not pos[1]-1 < 0 and item['velocity'][1]<0 and WORLD_INFO['map'][pos[0]][pos[1]-1][pos[2]+_z]: item['velocity'][1] = -item['velocity'][1]*.8 if 'max_speed' in item: effects.create_smoke_cloud(pos, 4) elif not pos[1]+1 >= MAP_SIZE[1]-1 and item['velocity'][1]>0 and WORLD_INFO['map'][pos[0]][pos[1]+1][pos[2]+_z]: item['velocity'][1] = -item['velocity'][1]*.8 if 'max_speed' in item: effects.create_smoke_cloud(pos, 4) if 'max_speed' in item: effects.create_vapor(pos, 5, numbers.clip(item['speed']/30, 0, 1)) return False
def process_slice(z, world_info=None, start_id=0, map_size=MAP_SIZE):
#print 'Processing:', z
_runs = 0
_slice = create_map_array(size=map_size)
_ground = []
_unzoned = {}
for y in range(map_size[1]):
for x in range(map_size[0]):
if not WORLD_INFO['map'][x][y][z]:# or not maps.is_solid((x, y, z)):
continue
if maps.is_solid((x, y, z)) and z>0 and z<=map_size[2]:
if maps.is_solid((x, y, z+1)) and maps.is_solid((x, y, z-1)):
continue
_unzoned[(x, y)] = None
if world_info:
WORLD_INFO.update(world_info)
for x in range(map_size[0]):
for y in range(map_size[1]):
if z < map_size[2]-1 and maps.is_solid((x, y, z+1)):
if z < map_size[2]-2 and maps.is_solid((x, y, z+2)):
_slice[x][y] = -2
else:
_slice[x][y] = -1
while 1:
if world_info:
start_id += 1
_z_id = start_id
else:
WORLD_INFO['zoneid'] += 1
_z_id = WORLD_INFO['zoneid']
_ramps = set()
_start_pos = get_unzoned(_slice, _unzoned, z, map_size=map_size)
if not _start_pos:
break
_slice[_start_pos[0]][_start_pos[1]] = _z_id
_ground = [_start_pos]
del _unzoned[_start_pos]
_top_left = [map_size[0], map_size[1]]
_bot_right = [0, 0]
_to_check = [_start_pos]
if _start_pos[0] < _top_left[0]:
_top_left[0] = _start_pos[0]
if _start_pos[1] < _top_left[1]:
_top_left[1] = _start_pos[1]
if _start_pos[0] > _bot_right[0]:
_bot_right[0] = _start_pos[0]
if _start_pos[1] > _bot_right[1]:
_bot_right[1] = _start_pos[1]
while _to_check:
_per_run = time.time()
_runs += 1
x,y = _to_check.pop(0)
_skip_ramp_check = False
if z == 2:
if WORLD_INFO['chunk_map'][alife.chunks.get_chunk_key_at((x, y))]['max_z'] == z:
_skip_ramp_check = True
if not _slice[x][y] == _z_id:
continue
for x_mod,y_mod in [(-1, -1), (0, -1), (1, -1), (-1, 0), (1, 0), (-1, 1), (0, 1), (1, 1)]:
_x = x+x_mod
_y = y+y_mod
if _x<0 or _x>=map_size[0] or _y<0 or _y>=map_size[1]:
continue
if (_x, _y) in _unzoned and not (_slice[_x][_y]):
_slice[_x][_y] = _z_id
_ground.append((_x, _y))
del _unzoned[(_x, _y)]
if _x < _top_left[0]:
_top_left[0] = _x
if _y < _top_left[1]:
_top_left[1] = _y
if _x > _bot_right[0]:
_bot_right[0] = _x
if _y > _bot_right[1]:
_bot_right[1] = _y
_to_check.append((_x, _y))
if _skip_ramp_check:
continue
if (_x, _y, z+1) in _ramps or (_x, _y, z-1) in _ramps:
continue
#Above, Below
if z < map_size[2]-1 and maps.get_tile((_x, _y, z+1)) and maps.is_solid((_x, _y, z+1)):
if z < map_size[2]-2 and maps.get_tile((_x, _y, z+2)) and maps.is_solid((_x, _y, z+2)):
pass
else:
if (_x, _y, z+1) in _ramps:
continue
_ramps.add((_x, _y, z+1))
continue
elif z and (not maps.get_tile((_x, _y, z)) or not maps.is_solid((_x, _y, z))) and maps.is_solid((_x, _y, z-1)):
if (_x, _y, z-1) in _ramps:
continue
_ramps.add((_x, _y, z-1))
for pos in _ground:
WORLD_INFO['map'][pos[0]][pos[1]][z]['z_id'] = _z_id
#print '\t\tRun %s: %s seconds, %s ramps' % (_runs, time.time()-_per_run, len(_ramps))
if world_info:
return {'z': z, 'id': _z_id, 'ramps': list(_ramps), 'neighbors': {}}
else:
WORLD_INFO['slices'][_z_id] = {'z': z, 'top_left': _top_left, 'bot_right': _bot_right, 'id': _z_id, 'ramps': list(_ramps), 'neighbors': {}}
def collision_with_solid(item, pos): _x_diff = bad_numbers.clip(item['pos'][0]-pos[0], -1, 1) _y_diff = bad_numbers.clip(item['pos'][1]-pos[1], -1, 1) if maps.is_solid(pos) and item['velocity'][2]<0: #TODO: Bounce item['velocity'] = [0, 0, 0] #item['pos'] = pos item['pos'][0] = pos[0]+_x_diff item['pos'][1] = pos[1]+_y_diff item['realpos'][0] = float(pos[0])+_x_diff item['realpos'][1] = float(pos[1])+_y_diff print '*** STOP ***' process_event(item, 'stop') return True if item['velocity'][2]>=0: _z = 1 else: _z = -1 _is_solid = (pos[0], pos[1], pos[2]+_z) #if not pos[0]-1 < 0 and item['velocity'][0]<0 and WORLD_INFO['map'][pos[0]-1][pos[1]][pos[2]+_z]: # item['velocity'][0] = -item['velocity'][0]*.8 # if _x_diff<0 and _is_solid: item['pos'][0] = pos[0]+_x_diff item['realpos'][0] = float(pos[0])+_x_diff if not item['velocity'][0]<0: item['velocity'][0] = -item['velocity'][0]*.8 #print '*** bounce ***', _x_diff, item['pos'], pos #if 'max_speed' in item: # effects.create_smoke_cloud(pos, 4) elif _x_diff>0 and _is_solid: item['pos'][0] = pos[0]+_x_diff item['realpos'][0] = float(pos[0])+_x_diff if not item['velocity'][0]>0: item['velocity'][0] = -item['velocity'][0]*.8 #print '*** bounce ***', _x_diff, item['pos'], pos #if 'max_speed' in item: # effects.create_smoke_cloud(pos, 4) if _y_diff<0 and _is_solid: item['pos'][1] = pos[1]+_y_diff item['realpos'][1] = float(pos[1])+_y_diff if not item['velocity'][1]<0: item['velocity'][1] = -item['velocity'][1]*.8 #print '*** bounce ***', _x_diff, item['pos'], pos #if 'max_speed' in item: # effects.create_smoke_cloud(pos, 4) elif _y_diff>0 and _is_solid: item['pos'][1] = pos[1]+_x_diff item['realpos'][1] = float(pos[1])+_x_diff if not item['velocity'][1]>0: item['velocity'][1] = -item['velocity'][1]*.8 #print '*** bounce ***', _x_diff, item['pos'], pos #if 'max_speed' in item: # effects.create_smoke_cloud(pos, 4) return maps.is_solid(pos)
def collision_with_solid(item, pos):
_x_diff = bad_numbers.clip(item['pos'][0] - pos[0], -1, 1)
_y_diff = bad_numbers.clip(item['pos'][1] - pos[1], -1, 1)
if maps.is_solid(pos) and item['velocity'][2] < 0:
#TODO: Bounce
item['velocity'] = [0, 0, 0]
#item['pos'] = pos
item['pos'][0] = pos[0] + _x_diff
item['pos'][1] = pos[1] + _y_diff
item['realpos'][0] = float(pos[0]) + _x_diff
item['realpos'][1] = float(pos[1]) + _y_diff
print '*** STOP ***'
process_event(item, 'stop')
return True
if item['velocity'][2] >= 0:
_z = 1
else:
_z = -1
_is_solid = (pos[0], pos[1], pos[2] + _z)
#if not pos[0]-1 < 0 and item['velocity'][0]<0 and WORLD_INFO['map'][pos[0]-1][pos[1]][pos[2]+_z]:
# item['velocity'][0] = -item['velocity'][0]*.8
#
if _x_diff < 0 and _is_solid:
item['pos'][0] = pos[0] + _x_diff
item['realpos'][0] = float(pos[0]) + _x_diff
if not item['velocity'][0] < 0:
item['velocity'][0] = -item['velocity'][0] * .8
#print '*** bounce ***', _x_diff, item['pos'], pos
#if 'max_speed' in item:
# effects.create_smoke_cloud(pos, 4)
elif _x_diff > 0 and _is_solid:
item['pos'][0] = pos[0] + _x_diff
item['realpos'][0] = float(pos[0]) + _x_diff
if not item['velocity'][0] > 0:
item['velocity'][0] = -item['velocity'][0] * .8
#print '*** bounce ***', _x_diff, item['pos'], pos
#if 'max_speed' in item:
# effects.create_smoke_cloud(pos, 4)
if _y_diff < 0 and _is_solid:
item['pos'][1] = pos[1] + _y_diff
item['realpos'][1] = float(pos[1]) + _y_diff
if not item['velocity'][1] < 0:
item['velocity'][1] = -item['velocity'][1] * .8
#print '*** bounce ***', _x_diff, item['pos'], pos
#if 'max_speed' in item:
# effects.create_smoke_cloud(pos, 4)
elif _y_diff > 0 and _is_solid:
item['pos'][1] = pos[1] + _x_diff
item['realpos'][1] = float(pos[1]) + _x_diff
if not item['velocity'][1] > 0:
item['velocity'][1] = -item['velocity'][1] * .8
#print '*** bounce ***', _x_diff, item['pos'], pos
#if 'max_speed' in item:
# effects.create_smoke_cloud(pos, 4)
return maps.is_solid(pos)