def commit_particles(self):
new = self.particles.difference(self._main_se.particles).copy()
removed = self._main_se.particles.difference(self.particles).copy()
# remove all particles from underlying models
if len(removed) > 0:
self._main_se.particles.remove_particles(removed)
if len(removed) > 0:
self._fallback_se.particles.remove_particles(removed)
# initialize EVtwin, transfer state
self._main_se.particles.add_particles(new)
for part in self.particles:
self.ActiveModel[part] = self._main_se
self._transfer_state(part)
# initialize SSE
sse_part = self._fallback_se.particles.add_particles(new)
for part in self.particles:
self._FBTimeseries[part] = ParticlesTimeseries(
part.as_particle_in_set(self._fallback_se.particles))
self._FBTimeseries[part].add_timepoint()
self.model_time = self.particles.age.min()
def commit_particles(self):
self.ActiveModel = self._EVtwin # self.ActiveModel.__class__.__name__ contains name of active model
# remove all particles from underlying models
if not (self._EVtwin_particlesh is None):
self._EVtwin.particles.remove_particles(self._EVtwin_particlesh)
if not (self._SSE_particlesh is None):
self._SSE.particles.remove_particles(self._SSE_particlesh)
# initialize EVtwin, transfer state
self._EVtwin_particlesh = self._EVtwin.particles.add_particles(self.particles)
self._EVtwin.commit_particles()
self._transfer_state_EVtwin()
# initialize SSE
self._SSE_particlesh = self._SSE.particles.add_particles(self.particles)
self._SSE.commit_particles()
self._SSETimeseries = ParticlesTimeseries(self._SSE.particles)
self._SSETimeseries.add_timepoint()
