loop_burgers_fraction.py File Reference

Go to the source code of this file.

Namespaces
namespace	py_utils
namespace	py_utils.loop_burgers_fraction

Functions
	py_utils.loop_burgers_fraction._set_title (ax, text, **kw)
	py_utils.loop_burgers_fraction._has (s, *needles)
	py_utils.loop_burgers_fraction.parse_burgers_fraction (bv_str, temp_c=None, dose_dpa=None)
	py_utils.loop_burgers_fraction.extract_f111_table (xlsx)
	py_utils.loop_burgers_fraction._apply_style (font_size, font_family, font_serif, axes_linewidth, dpi, save_dpi)
	py_utils.loop_burgers_fraction._r2 (x, y)
	py_utils.loop_burgers_fraction._spearman_abs (x, y)
	py_utils.loop_burgers_fraction._scatter (ax, df, xkey, xlabel, color_by="material", marker_by="irradiation")
	py_utils.loop_burgers_fraction.plot_loop_111_fraction (xlsx="Ferritics_Irradiated_Microstructure_Data.xlsx", outdir="figures", save=True, show=False, formats=("pdf", "png"), weak_threshold=0.20, force=None, font_size=16, font_family="serif", font_serif=("Times New Roman", "DejaVu Serif"), axes_linewidth=1.2, dpi=150, save_dpi=300, figsize=(10, 6))

Variables
bool	py_utils.loop_burgers_fraction.SHOW_TITLES = False
	py_utils.loop_burgers_fraction.p = argparse.ArgumentParser()
	py_utils.loop_burgers_fraction.default
	py_utils.loop_burgers_fraction.type
	py_utils.loop_burgers_fraction.int
	py_utils.loop_burgers_fraction.a = p.parse_args()
	py_utils.loop_burgers_fraction.xlsx
	py_utils.loop_burgers_fraction.outdir
	py_utils.loop_burgers_fraction.font_size
	py_utils.loop_burgers_fraction.save
	py_utils.loop_burgers_fraction.True
	py_utils.loop_burgers_fraction.show