def _generate_combustion_parameters(combustion_init_dict,
json_interpreter):
"""
_generate_combustion_parameters performs all of the necessary calculations (if there are )required to set the
inputs for the combustion module
:param combustion_init_dict: dictionary containing the data required to prepare the inputs for the
combustion module.
:param json_interpreter: JsonInterpreter instance
:return: combustion_parameters dictionary
"""
# ------------- Generate the objects:
# Geometry
geometry_obj = combustion_init_dict['geometric_params'].pop('type')
geometry_obj = geometry_obj(**combustion_init_dict['geometric_params'])
# Nozzle
nozzle_obj = Nozzle(**combustion_init_dict['nozzle_params'])
nozzle_obj.set_design(**combustion_init_dict['design_params'])
# Return output
return {
'json_interpreter': json_interpreter,
'geometry_object': geometry_obj,
'nozzle_object': nozzle_obj
}
def generate_combustion_parameters(combustion_init_dict, json_interpreter):
"""
generate_combustion_parameters performs all of the necessary calculations (if there are )required to set the
inputs for the combustion module
:param combustion_init_dict: dictionary containing the data required to prepare the inputs for the
combustion module.
:param json_interpreter: JsonInterpreter instance
:return: combustion_parameters dictionary
"""
# ------------- Generate the objects:
# Geometry
geometry_type = combustion_init_dict['geometric_params'].pop('type')
regression_obj = Reg.MarxmanAndConstantFloodingRegimeModel(
**json_interpreter.return_combustion_table())
combustion_init_dict['geometric_params'][
'regressionModel'] = regression_obj
geometry_obj = geometry_type(
**combustion_init_dict['geometric_params'])
if geometry_type == SinglePortImageGeometry:
geometry_obj.generateFourier(
**combustion_init_dict['shape_params'])
# Nozzle
nozzle_obj = Nozzle(**combustion_init_dict['nozzle_params'])
# Set the nozzle design
if combustion_init_dict['set_nozzle_design']:
nozzle_obj.set_design(**combustion_init_dict['design_params'])
# Return output
return {
'json_interpreter': json_interpreter,
'geometry_object': geometry_obj,
'nozzle_object': nozzle_obj
}