def place_large_triangle_90(self, point, node_open_num, base_arc1, base_arc2):
#get_5_points_90(base_90_point, right_arc1, right_arc2):
#base_90_point: 90度角顶点
#right_arc1: 直角边向量
point_45_1 = (point.pos[0] + base_arc1[0] * self.graph.basic_length * 2,
point.pos[1] + base_arc1[1] * self.graph.basic_length * 2) #45度角顶点
point_45_2 = (point.pos[0] + base_arc2[0] * self.graph.basic_length * 2,
point.pos[1] + base_arc2[1] * self.graph.basic_length * 2)
hypotenuse_midpoint = ((point_45_1[0]+point_45_2[0])/2.0, (point_45_1[1]+point_45_2[1])/2.0) #斜边中点
right_midpoint_1 = ((point.pos[0]+point_45_1[0])/2.0, (point.pos[1]+point_45_1[1])/2.0) #直角边中点
right_midpoint_2 = ((point.pos[0] + point_45_2[0]) / 2.0, (point.pos[1] + point_45_2[1]) / 2.0) # 直角边中点
check_points = []
check_points.append(pic_process.get_middle_point_tri(point_45_1, hypotenuse_midpoint, right_midpoint_1))
check_points.append(pic_process.get_middle_point_tri(point_45_2, hypotenuse_midpoint, right_midpoint_2))
check_points.append(pic_process.get_middle_point_tri(point.pos, right_midpoint_1, right_midpoint_2))
check_points.append(pic_process.get_middle_point_tri(hypotenuse_midpoint, right_midpoint_1, right_midpoint_2))
vital_points = [point.pos, point_45_1, point_45_2, hypotenuse_midpoint, right_midpoint_1, right_midpoint_2]
new_node = self.poly_place_getNewNode(check_points=check_points, vital_points=vital_points, node_open_num=node_open_num, shape_sign=self.LARGE_TRIANGLE)
if new_node:
vital_points = vital_points[:3]
vital_points.sort()
if new_node.large_triangle_1 == None:
new_node.large_triangle_1 = vital_points
else:
new_node.large_triangle_2 = vital_points
return [new_node]
return []
def place_small_triangle_90(self, point, node_open_num, base_arc1, base_arc2):
#get_2_points_90(base_90_point, right_arc1, right_arc2):
#base_90_point: 90度角顶点
#right_arc1: 直角边向量
point_45_1 = (point.pos[0] + base_arc1[0] * self.graph.basic_length,
point.pos[1] + base_arc1[1] * self.graph.basic_length) #45度角顶点
point_45_2 = (point.pos[0] + base_arc2[0] * self.graph.basic_length,
point.pos[1] + base_arc2[1] * self.graph.basic_length)
check_points = []
check_points.append(pic_process.get_middle_point_tri(point_45_1, point.pos, point_45_2))
vital_points = [point.pos, point_45_1, point_45_2]
new_node = self.poly_place_getNewNode(check_points=check_points, vital_points=vital_points, node_open_num=node_open_num)
if new_node:
vital_points = vital_points[:3]
vital_points.sort()
if new_node.small_triangle_1 == None:
new_node.small_triangle_1 = vital_points
else:
new_node.small_triangle_2 = vital_points
return [new_node]
return []
def place_large_triangle_45(self, point, node_open_num, base_arc1, base_arc2):
node_open = self.open_all_list[node_open_num]
def get_5_points_45(base_45_point, hypotenuse_arc, right_arc):
#base_45_point: 45度角顶点
#hypotenuse_arc: 斜边向量
#right_arc: 直角边向量
other_45_point = (base_45_point.pos[0] + hypotenuse_arc[0] * self.graph.basic_length * (2 ** 0.5) * 2,
base_45_point.pos[1] + hypotenuse_arc[1] * self.graph.basic_length * (2 ** 0.5) * 2) #另一个45度角顶点
hypotenuse_midpoint = ((base_45_point.pos[0]+other_45_point[0])/2.0, (base_45_point.pos[1]+other_45_point[1])/2.0) #斜边中点
right_point = (base_45_point.pos[0] + right_arc[0] * self.graph.basic_length * 2,
base_45_point.pos[1] + right_arc[1] * self.graph.basic_length * 2) #直角顶点
right_midpoint = ((base_45_point.pos[0]+right_point[0])/2.0, (base_45_point.pos[1]+right_point[1])/2.0) #与point相邻直角边中点
far_right_midpoint = ((other_45_point[0] + right_point[0]) / 2.0, (other_45_point[1] + right_point[1]) / 2.0) # 远直角边中点
return [other_45_point, hypotenuse_midpoint, right_point, right_midpoint, far_right_midpoint]
arcs = [base_arc1, base_arc2]
new_nodes = []
for i in range(2):
base_arc1 = arcs[i]
base_arc2 = arcs[1-i]
vital_points = get_5_points_45(point, hypotenuse_arc=base_arc1, right_arc=base_arc2)
other_45_point, hypotenuse_midpoint, right_point, right_midpoint, far_right_midpoint = vital_points
#pic_process.print_nodes(self.graph.pic_path, [point.pos]+vital_points, "large_tri_points.jpg")
check_points = []
check_points.append(pic_process.get_middle_point_tri(point.pos, hypotenuse_midpoint, right_midpoint))
check_points.append(pic_process.get_middle_point_tri(right_point, far_right_midpoint, right_midpoint))
check_points.append(pic_process.get_middle_point_tri(hypotenuse_midpoint, other_45_point, far_right_midpoint))
check_points.append(pic_process.get_middle_point_tri(hypotenuse_midpoint, far_right_midpoint, right_midpoint))
vital_points = [point.pos, other_45_point, right_point, hypotenuse_midpoint, far_right_midpoint, right_midpoint]
new_node = self.poly_place_getNewNode(check_points=check_points, vital_points=vital_points, node_open_num=node_open_num, shape_sign=self.LARGE_TRIANGLE)
if new_node:
vital_points = vital_points[:3]
vital_points.sort()
if new_node.large_triangle_1 == None:
new_node.large_triangle_1 = vital_points
else:
new_node.large_triangle_2 = vital_points
new_nodes.append(new_node)
return new_nodes
def place_parallelogram_45(self, point, node_open_num, base_arc1, base_arc2):
def get_3_points_45(base_45_point, hypotenuse_arc, right_arc):
#base_45_point: 45度角顶点
#hypotenuse_arc: 斜边向量
#right_arc: 直角边向量
close_135_point = (base_45_point.pos[0] + hypotenuse_arc[0] * self.graph.basic_length,
base_45_point.pos[1] + hypotenuse_arc[1] * self.graph.basic_length) #较近的135度角顶点
far_135_point = (base_45_point.pos[0] + right_arc[0] * self.graph.basic_length * (2**0.5),
base_45_point.pos[1] + right_arc[1] * self.graph.basic_length * (2**0.5)) #较远的135度角顶点
far_45_point = (base_45_point.pos[0] + hypotenuse_arc[0] * self.graph.basic_length + right_arc[0] * self.graph.basic_length * (2 ** 0.5),
base_45_point.pos[1] + hypotenuse_arc[1] * self.graph.basic_length + right_arc[1] * self.graph.basic_length * (2 ** 0.5)) # 较远的45度角顶点
return [close_135_point, far_135_point, far_45_point]
arcs = [base_arc1, base_arc2]
new_nodes = []
for i in range(2):
base_arc1 = arcs[i]
base_arc2 = arcs[1-i]
vital_points = get_3_points_45(point, hypotenuse_arc=base_arc1, right_arc=base_arc2)
close_135_point, far_135_point, far_45_point = vital_points
#pic_process.print_nodes(self.graph.pic_path, [point.pos]+vital_points, "large_tri_points.jpg")
check_points = []
check_points.append(pic_process.get_middle_point_tri(point.pos, close_135_point, far_135_point))
check_points.append(pic_process.get_middle_point_tri(far_45_point, close_135_point, far_135_point))
vital_points = [point.pos, close_135_point, far_45_point, far_135_point]
new_node = self.poly_place_getNewNode(check_points=check_points, vital_points=vital_points, node_open_num=node_open_num)
if new_node:
vital_points = vital_points[:4]
new_node.parallelogram = vital_points
new_nodes.append(new_node)
return new_nodes
def place_square_90(self, point, node_open_num, base_arc1, base_arc2):
#get_5_points_90(base_90_point, right_arc1, right_arc2):
#base_90_point: 90度角顶点
#right_arc1: 直角边向量
point_near_1 = (point.pos[0] + base_arc1[0] * self.graph.basic_length,
point.pos[1] + base_arc1[1] * self.graph.basic_length) #与point相邻的顶点
point_near_2 = (point.pos[0] + base_arc2[0] * self.graph.basic_length,
point.pos[1] + base_arc2[1] * self.graph.basic_length)
opposite_point = (point.pos[0] + base_arc1[0] * self.graph.basic_length + base_arc2[0] * self.graph.basic_length,
point.pos[1] + base_arc1[1] * self.graph.basic_length + base_arc2[1] * self.graph.basic_length) #与point相对的顶点
check_points = []
check_points.append(pic_process.get_middle_point_tri(point_near_1, opposite_point, point.pos))
check_points.append(pic_process.get_middle_point_tri(point_near_2, opposite_point, point.pos))
vital_points = [point.pos, point_near_1, opposite_point, point_near_2]
new_node = self.poly_place_getNewNode(check_points=check_points, vital_points=vital_points, node_open_num=node_open_num)
if new_node:
vital_points = vital_points[:4]
new_node.square = vital_points
return [new_node]
return []
def place_small_triangle_45(self, point, node_open_num, base_arc1, base_arc2):
def get_2_points_45(base_45_point, hypotenuse_arc, right_arc):
#base_45_point: 45度角顶点
#hypotenuse_arc: 斜边向量
#right_arc: 直角边向量
other_45_point = (base_45_point.pos[0] + hypotenuse_arc[0] * self.graph.basic_length * (2 ** 0.5),
base_45_point.pos[1] + hypotenuse_arc[1] * self.graph.basic_length * (2 ** 0.5)) #另一个45度角顶点
right_point = (base_45_point.pos[0] + right_arc[0] * self.graph.basic_length,
base_45_point.pos[1] + right_arc[1] * self.graph.basic_length) #直角顶点
return [other_45_point, right_point]
arcs = [base_arc1, base_arc2]
new_nodes = []
for i in range(2):
base_arc1 = arcs[i]
base_arc2 = arcs[1-i]
vital_points = get_2_points_45(point, hypotenuse_arc=base_arc1, right_arc=base_arc2)
other_45_point, right_point = vital_points
#pic_process.print_nodes(self.graph.pic_path, [point.pos]+vital_points, "large_tri_points.jpg")
check_points = []
check_points.append(pic_process.get_middle_point_tri(point.pos, other_45_point, right_point))
vital_points = [point.pos, other_45_point, right_point]
new_node = self.poly_place_getNewNode(check_points=check_points, vital_points=vital_points, node_open_num=node_open_num)
if new_node:
vital_points = vital_points[:3]
vital_points.sort()
if new_node.small_triangle_1 == None:
new_node.small_triangle_1 = vital_points
else:
new_node.small_triangle_2 = vital_points
new_nodes.append(new_node)
return new_nodes
