mghype.api.postprocessing.Parser Namespace Reference

Functions
	parse_residuals (file_name, solver_name)
	Parse residuals from input stream.
	parse_solution_updates (file_name, solver_name)
	Parse residuals from input stream.

Function Documentation

parse_residuals()

mghype.api.postprocessing.Parser.parse_residuals	(		file_name,
			solver_name
	)

Parse residuals from input stream.

Parameters

file_name	String We will open the file through ```open( file_name, "r").
solver_name	String We have to know which solver to search for, as MGHyPE simulations might host multiple solvers.

Returns

[Float], [Float], [Float] Returns three sequences, all of the same size. The first sequence is the development of the residuals in the max norm, the second in the 2 norm, and the third one hosts the residuals in the h norm.

Definition at line 9 of file Parser.py.

parse_solution_updates()

mghype.api.postprocessing.Parser.parse_solution_updates	(		file_name,
			solver_name
	)

Parse residuals from input stream.

Parameters

file_name	String We will open the file through ```open( file_name, "r").
solver_name	String We have to know which solver to search for, as MGHyPE simulations might host multiple solvers.

Returns

[Float], [Float], [Float] Returns three sequences, all of the same size. The first sequence is the development of the solution updates in the max norm, the second in the 2 norm, and the third one hosts the deltas in the h norm.

Definition at line 47 of file Parser.py.