def fit_triangle_into_rect(dimensions, color_layer):
base, height = dimensions
if (base % 2) != 0:
base = base - 1
if math_help.get_triangle_base_relative_to_height(height) > base:
height = math_help.get_triangle_height_relative_to_base(base)
else:
base = math_help.get_triangle_base_relative_to_height(height)
top = (base // 2, height)
left = (0, 0)
right = (base, 0)
return Triangle(top, left, right, color_layer)
def fit_triangle_into_rect(dimensions, color_layer):
base, height = dimensions
if (base % 2) != 0:
base = base - 1
if math_help.get_triangle_base_relative_to_height(height) > base:
height = math_help.get_triangle_height_relative_to_base(base)
else:
base = math_help.get_triangle_base_relative_to_height(height)
top = (base // 2, height)
left = (0, 0)
right = (base, 0)
return Triangle(top, left, right, color_layer)
diamonds[0].color_layer = colors[0]
# diamonds[1].color_layer = colors[0]
# diamonds[2].color_layer = colors[1]
# diamonds[3].color_layer = colors[2]
subd1 = self.layer_sexy_diamonds(diamonds[1], depth - 1, colors)
subd2 = self.layer_sexy_diamonds(diamonds[2], depth - 1, colors)
subd3 = self.layer_sexy_diamonds(diamonds[3], depth - 1, colors)
return [diamonds[0]] + subd1 + subd2 + subd3
if __name__ == "__main__":
base = 4096 / 2
size = (base, math_help.get_triangle_height_relative_to_base(base))
sierpinski_colors = color.get_random_sample(3)
rec_triangles = RecursiveTriangles(size, depth=8)
sier_triangles = SierpinskiTriangles(size, sierpinski_colors, depth=7)
sier_diamonds = SierpinskiDiamonds(size, sierpinski_colors, depth=4)
rec_triangles_img = rec_triangles.get_image()
sier_triangles_img = sier_triangles.get_image()
sier_diamonds_img = sier_diamonds.get_image()
rec_triangles_img.save("rendered-images/recursive_triangle.gif", 'gif')
sier_triangles_img.save("rendered-images/sierpinski_triangle.gif", 'gif')
sier_diamonds_img.save("rendered-images/sierpinski_diamond.gif", 'gif')
diamonds[0].color_layer = colors[0]
# diamonds[1].color_layer = colors[0]
# diamonds[2].color_layer = colors[1]
# diamonds[3].color_layer = colors[2]
subd1 = self.layer_sexy_diamonds(diamonds[1], depth - 1, colors)
subd2 = self.layer_sexy_diamonds(diamonds[2], depth - 1, colors)
subd3 = self.layer_sexy_diamonds(diamonds[3], depth - 1, colors)
return [diamonds[0]] + subd1 + subd2 + subd3
if __name__ == "__main__":
base = 4096 / 2
size = (base, math_help.get_triangle_height_relative_to_base(base))
sierpinski_colors = color.get_random_sample(3)
rec_triangles = RecursiveTriangles(size, depth=8)
sier_triangles = SierpinskiTriangles(size, sierpinski_colors, depth=7)
sier_diamonds = SierpinskiDiamonds(size, sierpinski_colors, depth=4)
rec_triangles_img = rec_triangles.get_image()
sier_triangles_img = sier_triangles.get_image()
sier_diamonds_img = sier_diamonds.get_image()
rec_triangles_img.save("rendered-images/recursive_triangle.gif", 'gif')
sier_triangles_img.save("rendered-images/sierpinski_triangle.gif", 'gif')
sier_diamonds_img.save("rendered-images/sierpinski_diamond.gif", 'gif')
