def set_discdds(self, discdds):
self.discdds = discdds
plans = self.plans_generator.get_plans(discdds)
reducer = DiffeoStructure(discdds, tolerance=self.reduce_tolerance)
red_plans, _ = reducer.get_minimal_equiv_set(plans)
# add back the empty plan
red_plans.append(())
print('reduced %d plans to %d' % (len(plans), len(red_plans)))
self.plans = red_plans
self.actions = [discdds.plan2action(p) for p in self.plans]
self.actions_i = [a.inverse() for a in self.actions]
print self.plans
def set_discdds(self, discdds):
self.discdds = discdds
plans = self.plans_generator.get_plans(discdds)
reducer = DiffeoStructure(discdds, tolerance=self.reduce_tolerance)
red_plans, _ = reducer.get_minimal_equiv_set(plans)
# add back the empty plan
red_plans.append(())
print('reduced %d plans to %d' % (len(plans), len(red_plans)))
self.plans = red_plans
self.actions = [discdds.plan2action(p) for p in self.plans]
self.actions_i = [a.inverse() for a in self.actions]
print self.plans
