def remove_entity_at(world, pt):
if (within_bounds(world, pt)
and occ_grid.get_cell(world.occupancy, pt) != None):
entity = occ_grid.get_cell(world.occupancy, pt)
entities.set_position(entity, point.Point(-1, -1))
world.entities.remove(entity)
occ_grid.set_cell(world.occupancy, pt, None)
def remove_entity_at(world, pt):
if (within_bounds(world, pt) and
occ_grid.get_cell(world.occupancy, pt) != None):
entity = occ_grid.get_cell(world.occupancy, pt)
entity.set_position(point.Point(-1, -1))
world.entities.remove(entity)
occ_grid.set_cell(world.occupancy, pt, None)
def remove_entity_at(self, pt):
if (self.within_bounds(pt) and
occ_grid.get_cell(self.occupancy, pt) != None):
entity = occ_grid.get_cell(self.occupancy, pt)
entity.set_position(point.Point(-1, -1))
self.entities.remove(entity)
occ_grid.set_cell(self.occupancy, pt, None)
def remove_entity_at(self, pt):
if (self.within_bounds(pt)
and occ_grid.get_cell(self.occupancy, pt) != None):
entity = occ_grid.get_cell(self.occupancy, pt)
entity.set_position(point.Point(-1, -1))
self.entities.remove(entity)
occ_grid.set_cell(self.occupancy, pt, None)
def spawnCoins(grid, grid_pos, moneys):
cell_info = occ_grid.get_cell(grid, grid_pos)
for q in range(0, 8):
if q == 1 and cell_info == 0:
pos = entities.Point(moneys.position.x - 1, moneys.position.y - 1)
return occ_grid.set_cell(grid, pos, occ_grid.RESOURCE_SPAWN)
if q == 2 and cell_info == 0 :
pos = entities.Point(moneys.position.x, moneys.position.y - 1)
return occ_grid.set_cell(grid, pos, occ_grid.RESOURCE_SPAWN)
if q == 3 and cell_info == 0:
pos = entities.Point(moneys.position.x + 1, moneys.position.y - 1)
return occ_grid.set_cell(grid, pos, occ_grid.RESOURCE_SPAWN)
if q == 4 and cell_info == 0:
pos = entities.Point(moneys.position.x - 1, moneys.position.y)
return occ_grid.set_cell(grid, pos, occ_grid.RESOURCE_SPAWN)
if q == 5 and cell_info == 0:
pos = entities.Point(moneys.position.x + 1, moneys.position.y)
return occ_grid.set_cell(grid, pos, occ_grid.RESOURCE_SPAWN)
if q == 6 and cell_info == 0:
pos = entities.Point(moneys.position.x - 1, moneys.position.y + 1)
return occ_grid.set_cell(grid, pos, occ_grid.RESOURCE_SPAWN)
if q == 7 and cell_info == 0:
pos = entities.Point(moneys.position.x, moneys.position.y - 1)
occ_grid.set_cell(grid, pos, occ_grid.RESOURCE_SPAWN)
if q == 8 and cell_info == 0:
pos = entities.Point(moneys.position.x + 1, moneys.position.y + 1)
return occ_grid.set_cell(grid, pos, occ_grid.RESOURCE_SPAWN)
def resourceEffect(grid, event, dollar):
if event.type == pygame.MOUSEBUTTONDOWN:
x_pos, y_pos = event.pos
grid_pos = px_to_grid(x_pos, y_pos)
cell_info = occ_grid.get_cell(grid, grid_pos)
if cell_info == 3:
spawnCoins(grid, grid_pos, dollar)
print(cell_info, x_pos, y_pos)
def add_entity(world, entity):
pt = entity.get_position()
if within_bounds(world, pt):
old_entity = occ_grid.get_cell(world.occupancy, pt)
if old_entity != None:
old_entity.clear_pending_actions()
occ_grid.set_cell(world.occupancy, pt, entity)
world.entities.append(entity)
def add_entity(self, entity):
pt = entity.get_position()
if self.within_bounds(pt):
old_entity = occ_grid.get_cell(self.occupancy, pt)
if old_entity != None:
old_entity.clear_pending_actions()
occ_grid.set_cell(self.occupancy, pt, entity)
self.entities.append(entity)
def add_entity(world, entity):
pt = entities.get_position(entity)
if within_bounds(world, pt):
old_entity = occ_grid.get_cell(world.occupancy, pt)
if old_entity != None:
entities.clear_pending_actions(old_entity)
occ_grid.set_cell(world.occupancy, pt, entity)
world.entities.append(entity)
def add_entity(self, entity):
pt = entity.get_position()
if self.within_bounds(pt):
old_entity = occ_grid.get_cell(self.occupancy, pt)
if old_entity != None:
old_entity.clear_pending_actions()
occ_grid.set_cell(self.occupancy, pt, entity)
self.entities.append(entity)
def get_background_image(self, pt):
if self.within_bounds(pt):
cell = occ_grid.get_cell(self.background, pt)
return cell.get_image()
def get_background_image(self, pt):
if self.within_bounds(pt):
return entities.get_image(occ_grid.get_cell(self.background, pt))
def get_tile_occupant(world, pt):
if within_bounds(world, pt):
return occ_grid.get_cell(world.occupancy, pt)
def robber_trail(grid):
for x in range(0, 59):
for y in range(0, 59):
if occ_grid.get_cell(grid, entities.Point(x, y)) == occ_grid.GATHERER:
occ_grid.set_cell(grid, entities.Point(x, y), occ_grid.TRAIL)
def get_background_image(world, pt):
if within_bounds(world, pt):
return entities.get_image(occ_grid.get_cell(world.background, pt))
def get_background(world, pt):
if within_bounds(world, pt):
return occ_grid.get_cell(world.background, pt)
def is_occupied(self, pt):
return (self.within_bounds(pt) and
occ_grid.get_cell(self.occupancy, pt) != None)
def get_background(world, pt):
if within_bounds(world, pt):
return occ_grid.get_cell(world.background, pt)
def is_occupied(self, pt):
return (self.within_bounds(pt)
and occ_grid.get_cell(self.occupancy, pt) != None)
def is_occupied(world, pt):
return (within_bounds(world, pt)
and occ_grid.get_cell(world.occupancy, pt) != None)
def get_background_image(self, pt):
if self.within_bounds(pt):
return entities.get_image(occ_grid.get_cell(self.background, pt))
def is_occupied(world, pt):
return (within_bounds(world, pt) and
occ_grid.get_cell(world.occupancy, pt) != None)
def get_tile_occupant(world, pt):
if within_bounds(world, pt):
return occ_grid.get_cell(world.occupancy, pt)
def get_background(self, pt):
if self.within_bounds(pt):
return occ_grid.get_cell(self.background, pt)
def get_tile_occupant(self, pt):
if self.within_bounds(pt):
return occ_grid.get_cell(self.occupancy, pt)
def get_tile_occupant(self, pt):
if self.within_bounds(pt):
return occ_grid.get_cell(self.occupancy, pt)
def get_background_image(world, pt):
if within_bounds(world, pt):
return entities.get_image(occ_grid.get_cell(world.background, pt))
def draw_sprites(screen, grid, cell_size):
for y in range(0, grid.height):
for x in range(0, grid.width):
sprite = determineSprite(occ_grid.get_cell(grid, entities.Point(x, y)))
new_sprite = pygame.transform.scale(sprite, (CELL_SIZE, CELL_SIZE))
screen.blit(new_sprite, (x * CELL_SIZE, y * CELL_SIZE))
def get_background(self, pt):
if within_bounds(self, pt):
return occ_grid.get_cell(self.background, pt)
