verifyConfiguration.py File Reference

Go to the source code of this file.

Namespaces
namespace	verifyConfiguration

Functions
	verifyConfiguration.read_value (path, name)

Variables
	verifyConfiguration.parser = argparse.ArgumentParser(description=__doc__)
	verifyConfiguration.type
	verifyConfiguration.Path
	verifyConfiguration.default
	verifyConfiguration.folder = parser.parse_args().output_dir
str	verifyConfiguration.inputs = folder / "inputFiles"
	verifyConfiguration.C2G = read_value(inputs / "polycrystal.txt", "C2G1").reshape(3, 3)
	verifyConfiguration.F = read_value(inputs / "polycrystal.txt", "F").reshape(3, 3)
	verifyConfiguration.b = read_value(inputs / "W.txt", "b_SI")[0]
int	verifyConfiguration.volume_SI = abs(np.linalg.det(F)) * b**3
tuple	verifyConfiguration.lines = (folder / "config/evl_0.txt").read_text().splitlines()
list	verifyConfiguration.counts = [int(line) for line in lines[:11]]
int	verifyConfiguration.start = 11 + sum(counts[:5])
	verifyConfiguration.records = np.array([np.fromstring(line, sep=" ") for line in lines[start:start + counts[5]]])
	verifyConfiguration.atol
int	verifyConfiguration.offset = 0
str	verifyConfiguration.inclusion = inputs / f"ellipsoidalInclusionsDensity_{family}.txt"
	verifyConfiguration.target = read_value(inclusion, "targetDensity")[0]
	verifyConfiguration.count = int(np.ceil(target * volume_SI))
	verifyConfiguration.crystal_axes = read_value(inclusion, "crystalAxes").reshape(3, 3)
	verifyConfiguration.means = read_value(inclusion, "axesLognormalDistributionMean_SI")
	verifyConfiguration.crystal_distortion = read_value(inclusion, "crystalEigenDistortion").reshape(3, 3)
	verifyConfiguration.family_records = records[offset:offset + count]
	verifyConfiguration.axes = record[4:13].reshape(3, 3) * b
	verifyConfiguration.lengths = np.linalg.norm(axes, axis=0)
	verifyConfiguration.rtol
	verifyConfiguration.normal
	verifyConfiguration.T