def load(self, filename):
data = Data.load(filename)
random.setstate(data['random'])
self.tiles = data['tiles']
self.initindexes()
self.popcache = {}
def update(self):
self.sim.update()
self._ticks[self._stage] += 1
if self._stage == 0 and self.sim.haslife:
if self._peopleticks == 0:
data = self.sim.savedata()
self._stage += 1
self._ticks += [0]
self.sim.loaddata(Data.loaddata(data))
else:
self._peopleticks -= 1
def load(self):
filename = QFileDialog.getOpenFileName(self._view,
'Load simulation state',
'',
'*{0}'.format(Data.EXTENSION))[0]
if len(filename) > 0:
data = Data.load(filename)
self.create(data['gridsize'])
self._model.loaddata(data)
self._view.content.update()
self.tick()
def load(self, filename):
data = Data.load(filename)
random.setstate(data['random'])
self._dp = data['dp']
self._build = data['build']
self._splitnum = data['splitnum']
self.tiles = data['tiles']
self._shapes = data['shapes']
self.initindexes()
self.dirty = True
def load(self, filename):
data = Data.load(filename)
self.tiles = data['tiles']
self.erode()
def save(self, filename):
Data.save(filename, self.savedata())
def savedata(self):
return Data.savedata(random.getstate(), self._grid.size, 0, self.spin, self.cells, self.tilt, None, None, None, self.tiles, self.shapes, self._glaciationt, self.populated, self.agricultural, True, True, False, [], {}, {}, [], {}, {}, [], [])
def load(self, filename):
loadt = self._timing.routine('loading state')
loadt.start('reading file')
self.loaddata(Data.load(filename), loadt)
loadt.done()
def savedata(self):
return Data.savedata(random.getstate(), self._grid.size, 0, self.spin, self.cells, self.tilt, None, None, None, self.tiles, self.shapes, self._glaciationt, self.populated, self.agricultural, True, True, self._inited, self._species, self._capacity, self._population, self.statecolors, self.boundaries, self._tilespecies, self._languages, self._statespecies)
def savedata(self):
return Data.savedata(random.getstate(), self._grid.size, 0, self.spin, self.cells, self.tilt, self._dp, self._build, self._splitnum, self.tiles, self._shapes, 0, {}, set(), self._atmosphereticks, self._lifeticks, False, [], {}, {}, [], {}, {}, [], [])
def load(self, filename):
self.loaddata(Data.load(filename))
def load(self, filename):
data = Data.load(filename)
self.tiles = data['tiles']
self.classify()
def save(self, filename): data = self.sim.savedata() data['stage'] = self._stage data['peoplet'] = self._peopleticks Data.save(filename, data)
def save(self, filename):
Data.save(filename, random.getstate(), self._dp, self._build, self._splitnum, self.tiles, self._shapes)
