Variables
string	filename = os.getenv("DATA_GUARDIAN") + "roket_8m_LE.h5"

	Cab = groot.compute_Cerr(filename)

	psfModel

	fitting

	cov

	f = h5py.File(filename, 'r')

	tb = f["tomography"][:] + f["bandwidth"][:]

	C = tb[:, :k].dot(tb[:, :k].T) / k

	psfC

	covmodes

	vmin

	vmax

Variable Documentation

◆ C

convergence.C = tb[:, :k].dot(tb[:, :k].T) / k

Definition at line 17 of file convergence.py.

◆ Cab

convergence.Cab = groot.compute_Cerr(filename)

Definition at line 9 of file convergence.py.

◆ cov

convergence.cov

Definition at line 11 of file convergence.py.

◆ covmodes

convergence.covmodes

Definition at line 19 of file convergence.py.

◆ f

convergence.f = h5py.File(filename, 'r')

Definition at line 13 of file convergence.py.

◆ filename

convergence.filename = os.getenv("DATA_GUARDIAN") + "roket_8m_LE.h5"

Definition at line 8 of file convergence.py.

◆ fitting

convergence.fitting

Definition at line 10 of file convergence.py.

◆ psfC

convergence.psfC

Definition at line 18 of file convergence.py.

◆ psfModel

convergence.psfModel

Definition at line 10 of file convergence.py.

◆ tb

convergence.tb = f["tomography"][:] + f["bandwidth"][:]

Definition at line 14 of file convergence.py.

◆ vmax

convergence.vmax

Definition at line 22 of file convergence.py.

◆ vmin

convergence.vmin

Definition at line 21 of file convergence.py.

Variables