def compare(self, dumy):
if self.right_panel != "snapshot":
Panel.printLeft("没有快照可以比较!")
return
if self.comparing: #已经处于比对状态，先取消
self.cancel(dumy)
self.comparing = True
mark = 0
right = self.my_snapshot
for my_b in self.my_playground.blocks():
for sn_b in right.blocks():
if my_b.block.origin == sn_b.block.origin:
if my_b.block.current != sn_b.block.current:
str_mark = str(mark)
my_b.mark = str_mark
sn_b.mark = str_mark
mark += 1
elif my_b.block.colors != sn_b.block.colors:
str_mark = str(mark)
my_b.mark = str_mark
sn_b.mark = str_mark
mark += 1
if mark > 0:
self.my_playground.displayContent()
self.my_snapshot.displayContent()
def singleRotate(self, action):
reverse = False
if self.rotating:
return False
if action == None:
if len(self.his_actions) > 0:
pre_action = self.his_actions.pop(-1)
pre_action_info = a_map.get(pre_action)
action = pre_action_info["reverse"]
reverse = True
if action != None:
self.rotate_layer = a_map[action]["layer"]
self.rotating = True
self.rotate_angle = 0
self.rotate_face = a_map[action]["face"]
self.rotate_layer = a_map[action]["layer"]
self.rotate_clockwize = a_map[action]["clockwize"]
if not reverse:
if len(self.his_actions) < self.his_count:
self.his_actions.append(action)
else:
self.his_actions.pop(0)
self.his_actions.append(action)
msg = "".join(self.his_actions)
Panel.printLeft(msg)
return True
def next(self, dummy):
if self.current_level == -1:
self.current_level = self.my_library.lib_level
current_stage = p_map[self.resolve_method][self.current_level]
self.current_level += 1
if self.current_level >= len(p_map[self.resolve_method]):
Panel.printLeft("魔方已经完全解决")
return
next_stage = p_map[self.resolve_method][self.current_level]
auto_actions = []
while current_stage < next_stage:
for a in auto_actions:
face = a_map[a]["face"]
layer = a_map[a]["layer"]
clockwize = a_map[a]["clockwize"]
self.my_playground.cube().rotateCube(face, layer, clockwize)
advice = self.hint2()
auto_actions = parseAdvice(advice.get("h", ""))
current_stage = advice.get("s", current_stage)
if auto_actions == "":
break
self.his_actions = []
self.advice = ""
self.my_playground.rebuild()
self.my_playground.displayContent()
self.current_level = -1
def saveCube(self, cube):
self.setLevel(0)
self.next_index += 1
self.writeCube2File(self.snapshots_dir, self.next_index, cube, 0)
self.build()
Panel.printLeft(u"保存为第" + str(self.total) + "份快照")
self.setCurrent((self.getTotal(), -1))
self.displayContent()
def endBrush(self, dumy):
if self.brush_copy == 1:
if not self.my_cube_3d.cube.validateCube():
msg = u"颜色设置没有完成，请继续完成设置！"
else:
self.brush_copy = 0
msg = u"颜色设置完成"
Panel.printLeft(msg)
def cancelBrush(self):
if len(self.his_colors) > 0:
b, i, c = self.his_colors.pop(-1)
b.colors[i] = c
self.my_cube_3d.buildFaces()
self.my_cube_3d.displayCube()
else:
self.brush_copy = 0
Panel.printLeft(u"取消全部设置")
def showLibBelowLevel3(self):
if self.total == 0:
return
self.legends = []
file = self.snapshots_dir + self.snapshots[self.current - 1][0]
cube = cubeModel.Cube(file)
self.my_cube_3d = cubeLegendF2L.CubeLegendF2L(cube, width, height, fov,
distance, adj_x, adj_y)
self.my_cube_3d.buildFaces()
self.my_cube_3d.setLBDPos([(180, -70), (480, -70), (160, 260)])
self.my_cube_3d.displayContent()
self.legends.append(self.my_cube_3d)
self.current_legend = 0
Panel.printLeft(u"选择了第" + str(self.current) + "份快照")
def cancelComparing(self):
if self.right_panel != "snapshot":
Panel.printLeft("没有快照可以取消比较!")
self.comparing = False
return
self.comparing = False
mark = 1
for my_b in self.my_playground.blocks():
if my_b.mark != "-":
my_b.mark = "-"
for sn_b in self.my_snapshot.blocks():
if sn_b.mark != "-":
sn_b.mark = "-"
self.my_playground.displayContent()
self.my_snapshot.displayContent()
def deleteCurrent(self):
if self.lib_level > 0:
Panel.printLeft(u"不能删除非自定义题库里的题目")
return
if self.total == 0 or self.current == 0:
return
os.remove(self.snapshots_dir + self.snapshots[self.current - 1][0])
del (self.snapshots[self.current - 1])
with open(self.snapshots_dir + "index", "w", 1) as fo:
fo.write("#generated by this program, never modify it.\n")
for line in self.snapshots:
fo.write(line[0] + " " + str(line[1]) + "\n")
self.setTotal(self.total - 1)
if self.current > 0:
self.setCurrent((self.current - 1, -1))
if self.current == 0:
self.setCurrent((self.current + 1, -1))
self.displayContent()
def singleClick(self, x, y):
if self.legends == []:
return False
if self.lib_level < 3:
if self.my_cube_3d.hitMe(x, y):
self.single_clicked = True
return True
count = len(self.legends)
for i, l in enumerate(self.legends):
if l.hitMe(x, y):
l.drawSelected()
if self.current_legend != -1:
self.legends[self.current_legend].redraw()
Panel.printLeft(u"选择了第%d份快照" % (i + 1))
self.current_legend = i
self.my_cube_3d = l
self.single_clicked = True
return True
return False
def displayAll(self):
self.my_playground.displayContent()
#self.my_tutorial.displayContent()
self.my_library.displayContent()
Panel.printLeft(u"当前解题方法是" + self.resolve_method + u"法")
Panel.printHint(u"下一步提示")
def method(self, method):
self.resolve_method = method
Panel.printLeft("当前提示和自动解题方法是" + method)
def delete(self, dumy):
if self.right_panel != "library":
Panel.printLeft(u"当前是帮助窗口，不能删除.")
else:
self.my_library.deleteCurrent()
def selectColor(self, c):
self.brush_color = c
self.brush_copy = 1
Panel.printLeft(u"选择色块，双击魔方设置颜色。当前选中:" + colors_n[self.brush_color])
