def BuildMeshBoundaryForFluids(self):
"""This function Builds the mesh boundaries for the fluids
"""
# define building utility
model_part_name = self.settings["model_part_name"].GetString()
"""
choose just one of the following two options:
use this if you want conditions
ATTENTION: this is slow, and must be used together with ModelMeshingWithConditionsForFluids and GenerateNewConditionsForFluids
skin_build = KratosDelaunay.BuildModelPartBoundary(self.main_model_part, model_part_name, self.echo_level)
if you use the following, you will not use/build/compute conditions
ATTENTION: it must be used together with ModelMeshingForFluids and BuildMeshBoundaryForFluids
"""
skin_build = KratosPfemFluid.BuildModelPartBoundaryForFluids(
self.main_model_part, model_part_name, self.echo_level)
skin_build.Execute()
def BuildMeshBoundaryForFluids(self):
# set building options:
# define building utility
model_part_name = self.settings["model_part_name"].GetString()
############ choose just one of the following two options: ############
## use this if you want conditions
## ATTENTION: this is slow, and must be used together with ModelMeshingWithConditionsForFluids and GenerateNewConditionsForFluids
#skin_build = KratosDelaunay.BuildModelPartBoundary(self.main_model_part, model_part_name, self.echo_level)
## if you use the following, you will not use/build/compute conditions
## ATTENTION: it must be used together with ModelMeshingForFluids and BuildMeshBoundaryForFluids
skin_build = KratosPfemFluid.BuildModelPartBoundaryForFluids(self.main_model_part, model_part_name, self.echo_level)
#######################################################################
# execute building:
skin_build.Execute()