def release_elements(self, time_step, model_time):
"""
Called at the end of a time step
This calls release_elements on all of the contained spills, and adds
the elements to the data arrays
"""
for spill in self.spills:
if spill.on:
num_released = spill.num_elements_to_release(model_time, time_step)
if num_released > 0:
# update 'spill_num' ArrayType's initial_value so it
# corresponds with spill number for this set of released
# particles - just another way to set value of spill_num
# correctly
self._array_types["spill_num"].initial_value = self.spills.index(spill.id, renumber=False)
if len(self["spill_num"]) > 0:
# unique identifier for each new element released
# this adjusts the _array_types initial_value since the
# initialize function just calls:
# range(initial_value, num_released + initial_value)
self._array_types["id"].initial_value = self["id"][-1] + 1
# else:
# self._array_types['id'].initial_value = 0
# append to data arrays
self._append_data_arrays(num_released)
spill.set_newparticle_values(num_released, model_time, time_step, self._data_arrays)
def release_elements(self, time_step, model_time):
"""
Called at the end of a time step
This calls release_elements on all of the contained spills, and adds
the elements to the data arrays
:returns: total number of particles released
todo: may need to update the 'mass' array to use a default of 1.0 but
will need to define it in particle units or something along those lines
"""
total_released = 0
# substance index - used label elements from same substance
# used internally only by SpillContainer - could be a strided array.
# Simpler to define it only in SpillContainer as opposed to ArrayTypes
# 'substance': ((), np.uint8, 0)
for ix, spills in enumerate(self.iterspillsbysubstance()):
num_rel_by_substance = 0
for spill in spills:
# only spills that are included here - no need to check
# spill.on flag
num_rel = spill.num_elements_to_release(model_time, time_step)
if num_rel > 0:
# update 'spill_num' ArrayType's initial_value so it
# corresponds with spill number for this set of released
# particles - just another way to set value of spill_num
# correctly
self._array_types['spill_num'].initial_value = \
self.spills.index(spill)
if len(self['spill_num']) > 0:
# unique identifier for each new element released
# this adjusts the _array_types initial_value since the
# initialize function just calls:
# range(initial_value, num_released + initial_value)
self._array_types['id'].initial_value = \
self['id'][-1] + 1
else:
# always reset value of first particle released to 0!
# The array_types are shared globally. To initialize
# uncertain spills correctly, reset this to 0.
# To be safe, always reset to 0 when no
# particles are released
self._array_types['id'].initial_value = 0
# append to data arrays - number of oil components is
# currently the same for all spills
self._append_data_arrays(num_rel)
spill.set_newparticle_values(num_rel,
model_time,
time_step,
self._data_arrays)
num_rel_by_substance += num_rel
# always reset data arrays else the changing arrays are stale
self._set_substance_array(ix, num_rel_by_substance)
# reset fate_dataview at each step - do it after release elements
self.reset_fate_dataview()
# update total elements released for substance
total_released += num_rel_by_substance
return total_released
def release_elements(self, time_step, model_time):
"""
Called at the end of a time step
This calls release_elements on all of the contained spills, and adds
the elements to the data arrays
:returns: total number of particles released
todo: may need to update the 'mass' array to use a default of 1.0 but
will need to define it in particle units or something along those lines
"""
total_released = 0
# substance index - used label elements from same substance
# used internally only by SpillContainer - could be a strided array.
# Simpler to define it only in SpillContainer as opposed to ArrayTypes
# 'substance': ((), np.uint8, 0)
for ix, spills in enumerate(self.iterspillsbysubstance()):
num_rel_by_substance = 0
for spill in spills:
# only spills that are included here - no need to check
# spill.on flag
num_rel = spill.num_elements_to_release(model_time, time_step)
if num_rel > 0:
# update 'spill_num' ArrayType's initial_value so it
# corresponds with spill number for this set of released
# particles - just another way to set value of spill_num
# correctly
self._array_types['spill_num'].initial_value = \
self.spills.index(spill)
if len(self['spill_num']) > 0:
# unique identifier for each new element released
# this adjusts the _array_types initial_value since the
# initialize function just calls:
# range(initial_value, num_released + initial_value)
self._array_types['id'].initial_value = \
self['id'][-1] + 1
else:
# always reset value of first particle released to 0!
# The array_types are shared globally. To initialize
# uncertain spills correctly, reset this to 0.
# To be safe, always reset to 0 when no
# particles are released
self._array_types['id'].initial_value = 0
# append to data arrays - number of oil components is
# currently the same for all spills
self._append_data_arrays(num_rel)
spill.set_newparticle_values(num_rel, model_time,
time_step, self._data_arrays)
num_rel_by_substance += num_rel
# always reset data arrays else the changing arrays are stale
self._set_substance_array(ix, num_rel_by_substance)
# reset fate_dataview at each step - do it after release elements
self.reset_fate_dataview()
# update total elements released for substance
total_released += num_rel_by_substance
return total_released
