plotSP_LDOS.py File Reference

Plot local density of states. More...

Variables
	plotSP_LDOS.filename = sys.argv[1]
	plotSP_LDOS.theta = float(sys.argv[2])
	plotSP_LDOS.phi = float(sys.argv[3])
	plotSP_LDOS.sigma = float(sys.argv[4])
	plotSP_LDOS.file = h5py.File(filename, 'r');
	plotSP_LDOS.dataset = file['SpinPolarizedLDOS']
	plotSP_LDOS.data_dimensions = dataset.shape
int	plotSP_LDOS.physical_dimensions = len(data_dimensions)-3
	plotSP_LDOS.energy_resolution = data_dimensions[physical_dimensions];
	plotSP_LDOS.limits = dataset.attrs['UpLowLimits']
	plotSP_LDOS.size_x = data_dimensions[0]
	plotSP_LDOS.size_y = data_dimensions[1]
	plotSP_LDOS.x = numpy.arange(0, data_dimensions[0], 1)
	plotSP_LDOS.y = numpy.arange(limits[1], limits[0], (limits[0] - limits[1])/energy_resolution)
	plotSP_LDOS.X
	plotSP_LDOS.Y
	plotSP_LDOS.fig = matplotlib.pyplot.figure()
	plotSP_LDOS.Z
	plotSP_LDOS.sigma_discrete_units = sigma*energy_resolution/(limits[0] - limits[1])
	plotSP_LDOS.ax = fig.gca()
	plotSP_LDOS.cmap

Detailed Description

Plot local density of states.

Author

Kristofer Björnson

Variable Documentation

plotSP_LDOS.Z

Initial value:

= numpy.real((dataset[:,:,0,0] + 1j*dataset[:,:,0,1])*math.cos(theta/2)*math.cos(theta/2) \
        + (dataset[:,:,1,0] + 1j*dataset[:,:,1,1])*math.cos(theta/2)*math.sin(theta/2)*cmath.exp(1j*phi) \
        + (dataset[:,:,2,0] + 1j*dataset[:,:,2,1])*math.sin(theta/2)*math.cos(theta/2)*cmath.exp(-1j*phi) \
        + (dataset[:,:,3,0] + 1j*dataset[:,:,3,1])*math.sin(theta/2)*math.sin(theta/2) \
)