def remove_wire(position):
global active_objects
order = detect_item(position)
if "wire" in active_objects[order]:
active_objects[order] = "none"
graphics.redraw(position[0], position[1], position[0] + tile_w, position[1] + tile_h)
return True
else:
return False # not on a wire
def create_wire(position, type="electric_insulated"): # TODO: wiretypes
global active_objects, wires_update
wires_update = True
order = detect_item(position)
if active_objects[order] == "none":
active_objects[order] = "electric_insulated_wire_connect"
graphics.redraw(position[0], position[1], position[0] + tile_w, position[1] + tile_h)
return True
elif "box" in active_objects[order]:
active_objects[order] += " electric_insulated_wire_connect"
graphics.redraw(position[0], position[1], position[0] + tile_w, position[1] + tile_h)
else:
return False # attempted place on other item
def main_loop(self):
global solid, open_doors, request, response, handler_output, handler_output_position, first_time, obj_loop_end, obj_loop_start, nail_list, wires_update
obj_loop_start = 0
obj_loop_end = len(handler_input_all)
box_solid_position = len(solid)
for j in range(obj_loop_start, obj_loop_end):
block = handler_input_all[j]
counter = j
if "door" in active_objects[counter]:
if wires_update:
self.door_state = self.door_opening_check(block)
wires_update = False
if self.door_state == False:
if not (block, counter) in solid:
solid.append((block, counter))
if block in open_doors:
tmp = []
for i in range(0, len(open_doors)):
if open_doors[i] == block:
pass
else:
tmp.append(open_doors[i])
open_doors = tmp
else:
if not block in open_doors:
open_doors.append(block)
if (block, counter) in solid:
tmp = []
for i in range(0, len(solid)):
if solid[i] == (block, counter):
pass
else:
tmp.append(solid[i])
solid = tmp
if "meatuara_ns" in active_objects[counter]:
tmp = active_objects[counter].split(" ")
tmp[1] = int(tmp[1])
tmp[2] = int(tmp[2])
tmp[3] = int(tmp[3])
if tmp[4] == "s":
tmp[3] += 1
if tmp[3] > tmp[1] * tile_h:
tmp[4] = "n"
elif tmp[4] == "n":
tmp[3] -= 1
if tmp[3] < tmp[2] * tile_h * -1:
tmp[4] = "s"
active_objects[counter] = (
tmp[0] + " " + str(tmp[1]) + " " + str(tmp[2]) + " " + str(tmp[3]) + " " + tmp[4]
)
if request == "answered":
request = ""
if not self.check_collisions(response, (block[0], block[1] + tmp[3])):
die()
else:
request = "posxy"
# Put objects that only need be loaded once here
if first_time:
graphics.object_surface.fill((255, 0, 255))
if "wall" in active_objects[counter]:
if not (block, counter) in solid:
solid.append((block, counter))
# === END OF FIRST TIME === #
else: # Limit updates to blocks surrounding player.
"""********************************************************** """
start = (int(player_position[0] / tile_h) - 1, int(player_position[1] / tile_w) - 1)
end = (int(player_position[0] / tile_h) + 1, int(player_position[1] / tile_w) + 1)
obj_loop_start = (start[1] * map_w) + start[0]
obj_loop_end = (end[1] * map_w) + end[0]
if "wire" in active_objects[counter]:
if "electric" in active_objects[counter]:
if "insulated" in active_objects[counter]:
if "refill" in active_objects[counter]:
if self.players_items.wires != 50:
self.players_items.wires = 50
else:
if not self.check_collisions(player_position, block):
die()
if "box" in active_objects[counter]:
tmp = active_objects[counter].split(" ")
# push right
if (
block[0] + int(tmp[1]) - 5 <= player_position[0] + player_size[0]
and block[0] + int(tmp[1]) + 5 >= player_position[0] + player_size[0]
):
if (
block[1] + int(tmp[2]) <= player_position[1] + player_size[1]
and block[1] + int(tmp[2]) + tile_h >= player_position[1] + player_size[1]
):
for i in range(0, len(solid)):
if solid[i] == ((block[0] + int(tmp[1]), block[1] + int(tmp[2])), counter):
solid.pop(i)
solid.append(((block[0] + int(tmp[1]) + 3, block[1] + int(tmp[2])), counter))
active_objects[counter] = tmp[0] + " " + str(int(tmp[1]) + 3) + " " + tmp[2]
block_wipe_nail((block[0] + int(tmp[1]) + 3, block[1] + int(tmp[2])))
graphics.redraw(
block[0] + int(tmp[1]),
block[1] + int(tmp[2]),
block[0] + int(tmp[1]) + tile_w,
block[1] + int(tmp[2]) + tile_h,
)
# left
if (
block[0] + int(tmp[1]) + tile_w - 5 <= player_position[0]
and block[0] + int(tmp[1]) + tile_w + 5 >= player_position[0]
):
if (
block[1] + int(tmp[2]) <= player_position[1] + player_size[1]
and block[1] + int(tmp[2]) + tile_h >= player_position[1] + player_size[1]
):
for i in range(0, len(solid)):
if solid[i] == ((block[0] + int(tmp[1]), block[1] + int(tmp[2])), counter):
solid.pop(i)
solid.append(((block[0] + int(tmp[1]) - 3, block[1] + int(tmp[2])), counter))
active_objects[counter] = tmp[0] + " " + str(int(tmp[1]) - 3) + " " + tmp[2]
block_wipe_nail((block[0] + int(tmp[1]) - 3, block[1] + int(tmp[2])))
graphics.redraw(
block[0] + int(tmp[1]),
block[1] + int(tmp[2]),
block[0] + int(tmp[1]) + tile_w,
block[1] + int(tmp[2]) + tile_h,
)
# down
if (
block[0] + int(tmp[1]) <= player_position[0]
and block[0] + int(tmp[1]) + tile_w >= player_position[0]
):
if (
block[1] + int(tmp[2]) - 5 <= player_position[1] + player_size[1]
and block[1] + int(tmp[2]) + 5 >= player_position[1]
):
for i in range(0, len(solid)):
if solid[i] == ((block[0] + int(tmp[1]), block[1] + int(tmp[2])), counter):
solid.pop(i)
solid.append(((block[0] + int(tmp[1]), block[1] + int(tmp[2]) + 3), counter))
active_objects[counter] = tmp[0] + " " + tmp[1] + " " + str(int(tmp[2]) + 3)
block_wipe_nail((block[0] + int(tmp[1]), block[1] + int(tmp[2]) + 3))
graphics.redraw(
block[0] + int(tmp[1]),
block[1] + int(tmp[2]),
block[0] + int(tmp[1]) + tile_w,
block[1] + int(tmp[2]) + tile_h,
)
# up
if (
block[1] + int(tmp[2]) + tile_h - 5 <= player_position[1]
and block[1] + int(tmp[2]) + tile_h + 5 >= player_position[1]
):
for i in range(0, len(solid)):
if solid[i] == ((block[0] + int(tmp[1]), block[1] + int(tmp[2])), counter):
solid.pop(i)
solid.append(((block[0] + int(tmp[1]), block[1] + int(tmp[2]) - 3), counter))
active_objects[counter] = tmp[0] + " " + tmp[1] + " " + str(int(tmp[2]) - 3)
block_wipe_nail((block[0] + int(tmp[1]), block[1] + int(tmp[2]) - 3))
graphics.redraw(
block[0] + int(tmp[1]),
block[1] + int(tmp[2]),
block[0] + int(tmp[1]) + tile_w,
block[1] + int(tmp[2]) + tile_h,
)
if "nails" in active_objects[counter]:
if not self.check_collisions(player_position, block):
die()
if not block in nail_list:
nail_list.append((block, counter))
# noinspection PyInterpreter
if "computer" in active_objects[counter]:
if not self.check_collisions(player_position, (block[0], block[1] - 1)):
comp = hud.Computer_ui()
# comp_note = hud.Hud((block[0], block[1]-40), "Hold 'e'", timeout=3)
if key.get_pressed()[K_e]:
comp = hud.Computer_ui()
print "e"
graphics.prepare_object_blit(active_objects[counter], block)
first_time = False
