def test_use_mc_sample_size(self):
"""test for temporarily setting monte-carlo sample size"""
@sts.use_mc_sample_size(100)
def test_func():
assert sts.get_settings().monte_carlo_sample_size == 100
sts.set_monte_carlo_sample_size(10000)
test_func()
assert sts.get_settings().monte_carlo_sample_size == 10000
def test_reset_error_configurations(self):
"""test for reset all configurations to default"""
sts.reset_default_configuration()
assert sts.get_settings().error_method == ErrorMethod.DERIVATIVE
assert sts.get_settings().sig_fig_mode == SigFigMode.AUTOMATIC
assert sts.get_settings().sig_fig_value == 1
assert sts.get_settings().monte_carlo_sample_size == 10000
assert sts.get_settings().unit_style == UnitStyle.EXPONENTS
assert sts.get_settings().plot_dimensions == (6.4, 4.8)
def reset_environment(self):
sts.get_settings().reset()
units.clear_unit_definitions()
def reset_environment(self):
"""Before method that resets all configurations"""
sts.get_settings().reset()
def test_func():
assert sts.get_settings().monte_carlo_sample_size == 100
def test_settings(self):
"""test change and get settings"""
sts.set_unit_style(lit.FRACTION)
assert sts.get_settings().unit_style == UnitStyle.FRACTION
sts.set_unit_style(UnitStyle.EXPONENTS)
assert sts.get_settings().unit_style == UnitStyle.EXPONENTS
sts.set_print_style(PrintStyle.SCIENTIFIC)
assert sts.get_settings().print_style == PrintStyle.SCIENTIFIC
sts.set_print_style(lit.DEFAULT)
assert sts.get_settings().print_style == PrintStyle.DEFAULT
sts.set_error_method(ErrorMethod.MONTE_CARLO)
assert sts.get_settings().error_method == ErrorMethod.MONTE_CARLO
sts.set_error_method(lit.DERIVATIVE)
assert sts.get_settings().error_method == ErrorMethod.DERIVATIVE
sts.set_plot_dimensions((8, 4))
assert sts.get_settings().plot_dimensions == (8, 4)
sts.set_monte_carlo_sample_size(10000)
assert sts.get_settings().monte_carlo_sample_size == 10000
sts.set_sig_figs_for_error(4)
assert sts.get_settings().sig_fig_value == 4
assert sts.get_settings().sig_fig_mode == SigFigMode.ERROR
sts.set_sig_figs_for_value(3)
assert sts.get_settings().sig_fig_value == 3
assert sts.get_settings().sig_fig_mode == SigFigMode.VALUE