uncertainties.test_umath Namespace Reference

Functions
def	test_fixed_derivatives_math_funcs
	Unit tests. More...
def	test_compound_expression
	Test equality between different formulas. More...
def	test_numerical_example
	Full comparison to a Monte-Carlo calculation. More...
def	test_monte_carlo_comparison
def	test_math_module
def	test_hypot
def	test_power_all_cases
def	test_power_special_cases
def	test_power_wrt_ref

Function Documentation

def uncertainties.test_umath.test_compound_expression

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Test equality between different formulas.

def uncertainties.test_umath.test_fixed_derivatives_math_funcs

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Unit tests.

Comparison between function derivatives and numerical derivatives.

This comparison is useful for derivatives that are analytical.

modf(): returns a tuple: frexp(): returns a tuple:

def uncertainties.test_umath.test_hypot

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def uncertainties.test_umath.test_math_module

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def uncertainties.test_umath.test_monte_carlo_comparison

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def uncertainties.test_umath.test_numerical_example

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Full comparison to a Monte-Carlo calculation.

Both the nominal values and the covariances are compared between the direct calculation performed in this module and a Monte-Carlo simulation.

def uncertainties.test_umath.test_power_all_cases

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def uncertainties.test_umath.test_power_special_cases

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def uncertainties.test_umath.test_power_wrt_ref

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