def test_grid_var_names(): model = BmiHeat() model.initialize() names = model.get_input_var_names() assert_tuple_equal(names, ('plate_surface__temperature', )) names = model.get_output_var_names() assert_tuple_equal(names, ('plate_surface__temperature', ))
def test_grid_var_names(): model = BmiHeat() model.initialize() names = model.get_input_var_names() assert names == ("plate_surface__temperature", ) names = model.get_output_var_names() assert names == ("plate_surface__temperature", )
def test_grid_var_names(): model = BmiHeat() model.initialize() names = model.get_input_var_names() assert_tuple_equal(names, ('plate_surface__temperature',)) names = model.get_output_var_names() assert_tuple_equal(names, ('plate_surface__temperature',))
from heat import BmiHeat bmiheatModel = BmiHeat() bmiheatModel.initialize() ipts = bmiheatModel.get_input_var_names() opts = bmiheatModel.get_output_var_names() for ipt in ipts: print(bmiheatModel.get_var_nbytes(ipt)) print(bmiheatModel.get_var_type(ipt)) grid = bmiheatModel.get_var_grid(ipt) print(bmiheatModel.get_grid_type(grid)) print(bmiheatModel.get_grid_shape(grid)) print(bmiheatModel.get_grid_spacing(grid)) print(bmiheatModel.get_grid_origin(grid)) for opt in opts: print(bmiheatModel.get_var_nbytes(opt)) print(bmiheatModel.get_var_type(opt)) grid = bmiheatModel.get_var_grid(opt) print(bmiheatModel.get_grid_type(grid)) print(bmiheatModel.get_grid_shape(grid)) print(bmiheatModel.get_grid_spacing(grid)) print(bmiheatModel.get_grid_origin(grid))