华容道高性能计算引擎
You can not select more than 25 topics Topics must start with a letter or number, can include dashes ('-') and can be up to 35 characters long.
 
 
 
 
 

116 lines
3.5 KiB

#!/usr/bin/env python3
import json
import igraph as ig
from klotski import Group, Layout, FastCal
def layout_to_str(layout: Layout) -> str:
code = str(layout)
assert len(code) == 9 and code.endswith('00')
return code[:7]
def build_graph(group: Group, targets: set[Layout], ignores: set[Layout]) -> dict[Layout, dict]:
steps = {x: [] for x in list(group.cases())}
assert len(steps) == group.size
for target in targets:
fc = FastCal(target)
fc.build_all()
layers = fc.exports()
assert sum(len(x) for x in layers) == group.size
for step, layouts in enumerate(layers):
[steps[x].append(step) for x in layouts]
graph = {}
for layout in steps:
assert len(steps[layout]) == len(targets)
graph[layout] = {'step': min(steps[layout]), 'next': set()}
for layout, info in graph.items():
for x in layout.next_cases():
if graph[x]['step'] == info['step'] + 1:
info['next'].add(x)
# print('valid', graph[Layout('DAFA730')])
# print('invalid', graph[Layout('D0ABDBC')])
# print('normal', graph[Layout('1a9bf0c')])
# print('D0ABDBC', graph[Layout('D0ABDBC')])
# print('DCA8DBC', graph[Layout('DCA8DBC')])
# print('DFA81BC', graph[Layout('DFA81BC')])
# print('DFA21BC', graph[Layout('DFA21BC')])
# print('DFAA4CC', graph[Layout('DFAA4CC')])
for ignore in ignores:
assert ignore in graph
for x in graph[ignore]['next']:
assert x in ignores
for layout, info in graph.items():
if ignore in info['next'] and layout not in ignores:
assert layout in targets
for ignore in ignores:
del graph[ignore]
for layout, info in graph.items():
need_remove = []
for x in info['next']:
if x in ignores:
assert layout in targets
need_remove.append(x)
for x in need_remove:
info['next'].remove(x)
for layout, info in graph.items():
for x in info['next']:
assert x in graph
return graph
def dump_json(graph: dict[Layout, dict]) -> str:
data = {}
for layout, info in graph.items():
data[layout_to_str(layout)] = {
'step': info['step'],
'next': [layout_to_str(x) for x in info['next']]
}
return json.dumps(data, separators=(',', ':'))
def dump_igraph(graph: dict[Layout, dict]) -> ig.Graph:
index_map = {x: i for i, x in enumerate(graph)}
g = ig.Graph(len(graph))
for index, (layout, info) in enumerate(graph.items()):
g.vs[index]['code'] = layout_to_str(layout)
g.vs[index]['step'] = info['step']
g.add_edges([(index, index_map[x]) for x in info['next']])
return g
def load_and_dump(info: dict, path_prefix: str) -> None:
targets = [Layout(x) for x in info['solutions']['valid']]
ignores = set(Layout(x) for x in info['solutions']['invalid'])
graph = build_graph(targets[0].group, set(targets), ignores)
with open(f'{path_prefix}.json', 'w') as fp:
fp.write(dump_json(graph))
ig_graph = dump_igraph(graph)
ig_graph.write_pickle(f'{path_prefix}.pickle')
# ig_graph.write_picklez(f'{path_prefix}.picklez')
ig_graph.write_graphml(f'{path_prefix}.graphml')
# ig_graph.write_graphmlz(f'{path_prefix}.graphmlz')
if __name__ == '__main__':
raw = json.loads(open('data.json').read())
# raw = {'1-00M': raw['1-00M']}
for name, info in raw.items():
print(name)
load_and_dump(info, f'./output/{name}')