def draw(self, grid, grid_editor, d_surf):
if len(grid_editor.selected_blocks) == 1:
k = next(iter(grid_editor.selected_blocks))
points = block_grid_space_manager.calculate_block_points(
k, grid.blocks.get(k), self.bgss)
pygame.draw.polygon(d_surf, DEFAULT_SELECTED_COLOUR,
points.top_points)
pygame.draw.lines(d_surf, DEFAULT_SELECTED_LINE_COLOUR, True,
points.top_points)
for i in range(4):
pygame.draw.circle(
d_surf, DEFAULT_SELECTED_POINT_COLOUR if i
in grid_editor.selected_points else DEFAULT_POINT_COLOUR,
int_tuple(points.top_points[i]), DEFAULT_POINT_RADIUS)
pygame.draw.circle(d_surf,
DEFAULT_POINT_LINE_COLOUR,
int_tuple(points.top_points[i]),
DEFAULT_POINT_RADIUS,
width=1)
else:
for k in grid_editor.selected_blocks:
points = block_grid_space_manager.calculate_block_points(
k, grid.blocks.get(k), self.bgss)
pygame.draw.polygon(d_surf, DEFAULT_SELECTED_COLOUR,
points.top_points)
pygame.draw.lines(d_surf, DEFAULT_SELECTED_LINE_COLOUR, True,
points.top_points)
def testCalculateBlockPoints(self):
block = mock.Mock()
block.vertex_heights = [
self.start_height, self.start_height, self.start_height,
self.start_height
]
left_point_bottom = (float(self.start_x - (self.block_width / 2)),
float(self.start_y))
top_point_bottom = (float(self.start_x),
float(self.start_y - self.block_height / 2))
right_point_bottom = (float(self.start_x + (self.block_width / 2)),
float(self.start_y))
bottom_point_bottom = (float(self.start_x),
float(self.start_y + self.block_height / 2))
left_point_top = (left_point_bottom[0], left_point_bottom[1] -
self.start_height * self.height_modifier)
top_point_top = (top_point_bottom[0], top_point_bottom[1] -
self.start_height * self.height_modifier)
right_point_top = (right_point_bottom[0], right_point_bottom[1] -
self.start_height * self.height_modifier)
bottom_point_top = (bottom_point_bottom[0], bottom_point_bottom[1] -
self.start_height * self.height_modifier)
result = block_grid_space_manager.calculate_block_points((0, 0), block,
self.bgss)
self.assertEqual([
left_point_bottom, top_point_bottom, right_point_bottom,
bottom_point_bottom
], result.base_points)
self.assertEqual(
[left_point_top, top_point_top, right_point_top, bottom_point_top],
result.top_points)
def select(self, grid, pos):
for item in reversed(list(grid.blocks.items())):
points = block_grid_space_manager.calculate_block_points(
item[0], item[1], self.bgss)
if collision_utils.is_diamond_point_collision(
points.top_points[0], points.top_points[1],
points.top_points[2], points.top_points[3], pos):
return item[0]
def draw_fill(self, grid, d_surf, colour_map={}):
for k in grid.blocks:
points = block_grid_space_manager.calculate_block_points(
k, grid.blocks[k], self.bgss)
front_points = [
points.top_points[i] for i in [LEFT, BOTTOM, RIGHT]
] + [points.base_points[i] for i in [RIGHT, BOTTOM, LEFT]]
pygame.draw.polygon(d_surf, colour_map.get(k, DEFAULT_TOP_COLOUR),
points.top_points)
pygame.draw.polygon(d_surf, DEFAULT_SIDE_COLOUR, front_points)
def draw_mesh(self, grid, d_surf):
for k in grid.blocks:
points = block_grid_space_manager.calculate_block_points(
k, grid.blocks[k], self.bgss)
pygame.draw.lines(d_surf, DEFAULT_LINE_COLOUR, True,
points.top_points)
pygame.draw.lines(d_surf, DEFAULT_LINE_COLOUR, True,
points.base_points)
for i in range(4):
pygame.draw.line(d_surf, DEFAULT_LINE_COLOUR,
points.top_points[i], points.base_points[i])
def get_selected_point(self, grid, pos): for k in self.selected_blocks: points = block_grid_space_manager.calculate_block_points(k, grid.blocks.get(k), self.bgss) for i, top_point in enumerate(points.top_points): if collision_utils.is_circle_point_collision(top_point, 5, pos): return i
def draw(self, grid, hoverer, d_surf): k = hoverer.hovered if k: points = block_grid_space_manager.calculate_block_points(k, grid.blocks[k], self.bgss) pygame.draw.polygon(d_surf, DEFAULT_HOVER_COL, points.top_points) pygame.draw.lines(d_surf, DEFAULT_LINE_COLOUR, True, points.top_points)
