)
from amset.log import log_list, log_time_taken
from amset.scattering.basic import AbstractBasicScattering
from amset.scattering.elastic import AbstractElasticScattering
from amset.scattering.inelastic import AbstractInelasticScattering
from amset.util import get_progress_bar
__author__ = "Alex Ganose"
__maintainer__ = "Alex Ganose"
__email__ = "*****@*****.**"
logger = logging.getLogger(__name__)
_all_scatterers: Union = (AbstractElasticScattering.__subclasses__() +
AbstractInelasticScattering.__subclasses__() +
AbstractBasicScattering.__subclasses__())
_scattering_mechanisms = {m.name: m for m in _all_scatterers}
ni = {
"high": {
"triangle": quadpy.t2.schemes["xiao_gimbutas_50"](),
"quad": quadpy.c2.schemes["sommariva_50"](),
},
"medium": {
"triangle": quadpy.t2.schemes["xiao_gimbutas_06"](),
"quad": quadpy.c2.schemes["sommariva_06"](),
},
"low": {
"triangle": quadpy.t2.schemes["centroid"](),
"quad": quadpy.c2.schemes["dunavant_00"](),
},
from amset.scattering.inelastic import AbstractInelasticScattering
from amset.util import (
create_shared_dict_array,
dict_array_from_buffer,
get_progress_bar,
)
__author__ = "Alex Ganose"
__maintainer__ = "Alex Ganose"
__email__ = "*****@*****.**"
logger = logging.getLogger(__name__)
_all_scatterers: Union = (AbstractElasticScattering.__subclasses__() +
AbstractInelasticScattering.__subclasses__() +
AbstractBasicScattering.__subclasses__())
_scattering_mechanisms = {m.name: m for m in _all_scatterers}
basic_scatterers = [i.name for i in AbstractBasicScattering.__subclasses__()]
ni = {
"high": {
"triangle": quadpy.t2.schemes["xiao_gimbutas_50"](),
"quad": quadpy.c2.schemes["sommariva_50"](),
},
"medium": {
"triangle": quadpy.t2.schemes["xiao_gimbutas_06"](),
"quad": quadpy.c2.schemes["sommariva_06"](),
},
"low": {
"triangle": quadpy.t2.schemes["centroid"](),
"quad": quadpy.c2.schemes["dunavant_00"](),