Python MpiAmrVac Examples

Example #1

File: kelvin_helmholtz.py Project: amusecode/amuse

def new_instance_of_mpiamrvac_code(number_of_workers=1):
    from amuse.community.mpiamrvac.interface import MpiAmrVac
    #result=MpiAmrVac(number_of_workers=number_of_workers) #, redirection="none")
    result=MpiAmrVac(mode="2d", number_of_workers=self.number_of_workers)
    result.set_parameters_filename(result.default_parameters_filename)
    result.initialize_code()
    result.parameters.maximum_number_of_grid_levels = 3
#    result.parameters.spatial_discretization_method = 'tvdmu'
#    result.parameters.predictor_step_discretization_method = 'tvdmu'
#    result.parameters.entropy_type = 'powell'
#    result.parameters.courant_number = 0.8
        
#    result.parameters.x_boundary_conditions = ("cont","cont")
#    result.parameters.y_boundary_conditions = ("cont","cont")
#    result.parameters.z_boundary_conditions = ("cont","cont")

    result.parameters.length_x = 1 | length
    result.parameters.length_y = 1 | length
    result.parameters.length_z = 1 | length
    
    result.parameters.x_boundary_conditions = ("periodic","periodic")
    result.parameters.y_boundary_conditions = ("periodic","periodic")
    result.parameters.z_boundary_conditions = ("periodic","periodic")
    
    return result

Example #2

File: kelvin_helmholtz.py Project: vdhelm/amuse

    def new_instance_of_mpiamrvac_code(self):
        from amuse.community.mpiamrvac.interface import MpiAmrVac

        result = MpiAmrVac(mode="2d", number_of_workers=self.number_of_workers, debugger="xterm")
        result.set_parameters_filename(result.default_parameters_filename)
        result.initialize_code()
        return result

Example #3

File: test_riemann_shock_tube_problem.py Project: amusecode/amuse

 def new_instance_of_mpiamrvac_code(self):
     result = MpiAmrVac(
         number_of_workers=self.number_of_workers,
         **self.hydro_code_options)
     result.set_parameters_filename(result.default_parameters_filename)
     result.initialize_code()
     return result

Example #4

File: linear_wave_parts_live.py Project: Ingwar/amuse

 def new_instance_of_mpiamrvac_code(self):
     raise Exception("MPIAMRVAC does not yet have support for detailed boundaries in amuse")
     from amuse.community.mpiamrvac.interface import MpiAmrVac
     result=MpiAmrVac(mode="2d", number_of_workers=self.number_of_workers, debugger="xterm")
     result.set_parameters_filename(result.default_parameters_filename)
     result.initialize_code()
     return result

Example #5

def new_instance_of_mpiamrvac_code(number_of_workers=1):
    from amuse.community.mpiamrvac.interface import MpiAmrVac
    #result=MpiAmrVac(number_of_workers=number_of_workers) #, redirection="none")
    result = MpiAmrVac(mode="2d", number_of_workers=number_of_workers)
    result.set_parameters_filename(result.default_parameters_filename)
    result.initialize_code()
    result.parameters.maximum_number_of_grid_levels = 3
    #    result.parameters.spatial_discretization_method = 'tvdmu'
    #    result.parameters.predictor_step_discretization_method = 'tvdmu'
    #    result.parameters.entropy_type = 'powell'
    #    result.parameters.courant_number = 0.8

    #    result.parameters.x_boundary_conditions = ("cont","cont")
    #    result.parameters.y_boundary_conditions = ("cont","cont")
    #    result.parameters.z_boundary_conditions = ("cont","cont")

    result.parameters.length_x = 1 | length
    result.parameters.length_y = 1 | length
    result.parameters.length_z = 1 | length

    result.parameters.x_boundary_conditions = ("periodic", "periodic")
    result.parameters.y_boundary_conditions = ("periodic", "periodic")
    result.parameters.z_boundary_conditions = ("periodic", "periodic")

    return result

Example #6

 def new_instance_of_mpiamrvac_code(self):
     result = MpiAmrVac(
         number_of_workers=self.number_of_workers,
         **self.hydro_code_options)
     result.set_parameters_filename(result.default_parameters_filename)
     result.initialize_code()
     return result

Example #7

 def new_instance_of_mpiamrvac_code(self):
     from amuse.community.mpiamrvac.interface import MpiAmrVac
     result = MpiAmrVac(mode="2d",
                        number_of_workers=self.number_of_workers,
                        debugger="xterm")
     result.set_parameters_filename(result.default_parameters_filename)
     result.initialize_code()
     return result

Example #8

 def new_instance_of_mpiamrvac_code(self):
     raise Exception(
         "MPIAMRVAC does not yet have support for detailed boundaries in amuse")
     from amuse.community.mpiamrvac.interface import MpiAmrVac
     result = MpiAmrVac(
         mode="2d",
         number_of_workers=self.number_of_workers,
         debugger="xterm")
     result.set_parameters_filename(result.default_parameters_filename)
     result.initialize_code()
     return result

Example #9

 def new_instance_of_mpiamrvac_code(self):
     from amuse.community.mpiamrvac.interface import MpiAmrVac
     result=MpiAmrVac(number_of_workers=self.number_of_workers) #, redirection="none")
     result.set_parameters_filename(result.default_parameters_filename)
     result.initialize_code()
     result.parameters.maximum_number_of_grid_levels = 3
     result.parameters.spatial_discretization_method = 'tvdmu'
     result.parameters.predictor_step_discretization_method = 'tvdmu'
     result.parameters.entropy_type = 'powell'
     result.parameters.courant_number = 0.8
     
     result.parameters.x_boundary_conditions = ("cont","cont")
     result.parameters.y_boundary_conditions = ("cont","cont")
     result.parameters.z_boundary_conditions = ("cont","cont")
     
     return result