def update_board_render_bounds(self):
position_rect = [-5, -5, 5, 5]
left, top, right, bottom = 0, 1, 2, 3
x, y = 0, 1
for tile in self.tiles:
position = tile.get_position().get()
position_rect[left] = min(position[x], position_rect[left])
position_rect[right] = max(position[x], position_rect[right])
position_rect[top] = min(position[y], position_rect[top])
position_rect[bottom] = max(position[y], position_rect[bottom])
self.__render_bounds = [
Draw.get_render_position(
Position([position_rect[left], position_rect[top]])),
Draw.get_render_position(
Position([position_rect[right], position_rect[bottom]]))
]
top_left, bottom_right = 0, 1
self.__render_bounds[top_left][
x] -= 1.5 * texture_manager.average_width()
self.__render_bounds[bottom_right][
x] += 2.5 * texture_manager.average_width()
self.__render_bounds[top_left][
y] -= 0.5 * texture_manager.average_height()
self.__render_bounds[bottom_right][
y] += 1.5 * texture_manager.average_height()
Draw.set_render_bounds(self.__render_bounds)
def update_board_render_bounds( self ): position_rect = [ -5, -5, 5, 5 ] left, top, right, bottom = 0, 1, 2, 3 x, y = 0, 1 for tile in self.tiles: position = tile.get_position().get() position_rect[ left ] = min( position[ x ], position_rect[ left ] ) position_rect[ right ] = max( position[ x ], position_rect[ right ] ) position_rect[ top ] = min( position[ y ], position_rect[ top ] ) position_rect[ bottom ] = max( position[ y ], position_rect[ bottom ] ) self.__render_bounds = [ Draw.get_render_position( Position( [ position_rect[ left ], position_rect[ top ] ] ) ), Draw.get_render_position( Position( [ position_rect[ right ], position_rect[ bottom ] ] ) ) ] top_left, bottom_right = 0, 1 self.__render_bounds[ top_left ][ x ] -= 1.5 * texture_manager.average_width() self.__render_bounds[ bottom_right ][ x ] += 2.5 * texture_manager.average_width() self.__render_bounds[ top_left ][ y ] -= 0.5 * texture_manager.average_height() self.__render_bounds[ bottom_right ][ y ] += 1.5 * texture_manager.average_height() Draw.set_render_bounds( self.__render_bounds )
def get_render_position(position):
x_position_modifier = 0
if not position.is_even_row():
half_width = texture_manager.average_width() / 2
x_position_modifier += half_width
return [(position.get()[0] * texture_manager.average_width()) +
x_position_modifier,
position.get()[1] * (texture_manager.average_height() * 0.75)]
def get_render_position( position ): x_position_modifier = 0 if not position.is_even_row(): half_width = texture_manager.average_width() / 2 x_position_modifier += half_width return [ ( position.get()[0] * texture_manager.average_width() ) + x_position_modifier, position.get()[1] * ( texture_manager.average_height() * 0.75 ) ]
def coordinate( surface, position ): font = pygame.font.SysFont( "monospace", 10 ) coordinate_label = font.render( str( position ), 1, ( 0, 0, 255 ) ) render_position = Draw.get_render_position( position ) coordinate_label_position = [ render_position[ 0 ] + ( texture_manager.average_width() / 2 ) - ( coordinate_label.get_width() / 2 ), render_position[ 1 ] + ( texture_manager.average_height() / 2 ) - ( coordinate_label.get_height() / 2 ) ] Draw.rect( surface, coordinate_label_position[ 0 ], coordinate_label_position[ 1 ], coordinate_label.get_width(), coordinate_label.get_height(), ( 255, 255, 255 ) ) Draw.image_explicit( surface, coordinate_label, *coordinate_label_position )
def coordinate(surface, position):
font = pygame.font.SysFont("monospace", 10)
coordinate_label = font.render(str(position), 1, (0, 0, 255))
render_position = Draw.get_render_position(position)
coordinate_label_position = [
render_position[0] + (texture_manager.average_width() / 2) -
(coordinate_label.get_width() / 2),
render_position[1] + (texture_manager.average_height() / 2) -
(coordinate_label.get_height() / 2)
]
Draw.rect(surface, coordinate_label_position[0],
coordinate_label_position[1], coordinate_label.get_width(),
coordinate_label.get_height(), (255, 255, 255))
Draw.image_explicit(surface, coordinate_label,
*coordinate_label_position)