def test_find_path_3_right(self):
print('\nначало')
for node in find_path(self.G[3], 'enter_d304', 'enter_i303'):
print(node.id)
print('конец\n')
print('\nначало')
for node in find_path(self.G[3], 'enter_j318', 'enter_j300'):
print(node.id)
print('конец\n')
def get_path(aud):
svg_files = [
'../../Data/0этаж.svg', '../../Data/1этаж.svg', '../../Data/2этаж.svg',
'../../Data/3этаж.svg'
]
graph = get_full_graph(svg_files, [0, 1, 2, 3])
for i in range(len(aud) - 1):
if (aud[i] != aud[i + 1]):
path = find_path(graph, Auditory.get_new_aud_title(aud[i]),
Auditory.get_new_aud_title(aud[i + 1]))
else:
return None
return path
def test_find_path_with_view(self):
lines = []
f = open(self.svg_files[3])
for line in f.readlines():
lines.append(line)
f.close()
nodes_code = ''
for node in find_path(self.G[3], 'enter_g303', 'enter_v316'):
nodes_code += '<circle\nstyle=\"display:inline;fill:#3333cc;fill-opacity:1;stroke:none;stroke-width:0' \
'.1\"\nr=\"0.4\"\ncy=\"' + str(node.y) + \
'\"\ncx=\"' + str(node.x) + '\"\nid=\"' + node.id + '\" />\n'
lines.insert(len(lines) - 2, nodes_code)
f = open('path_nodes.svg', 'w')
for line in lines:
f.write(line)
f.close()
def test_find_path_2_3(self):
path = find_path(self.full_graph, 'enter_v216', 'enter_v316')
print('\nначало')
for node in path:
print(node.id)
print('конец\n')
def test_find_path_2(self):
print('\nначало')
for node in find_path(self.G[2], 'enter_g203', 'enter_v216'):
print(node.id)
print('конец\n')
def test_find_path_3(self):
print('\nначало')
for node in find_path(self.G[3], 'enter_g303', 'enter_v316'):
print(node.id)
print('конец\n')
def test_find_path_1_3(self):
print('\nначало')
for node in find_path(self.full_graph, 'enter_v105', 'enter_k311'):
print(node.id)
print('конец\n')
def test_find_path_1(self):
print('\nначало')
for node in find_path(self.G[1], 'enter_v105', 'enter_d103'):
print(node.id)
print('конец\n')
def test_find_path_2_right(self):
print('\nначало')
for node in find_path(self.G[2], 'enter_d200', 'enter_j219'):
print(node.id)
print('конец\n')