cdx-plot-discrete-delay-file File Reference

Variables
int	cdx-plot-discrete-delay-file.figure_width_cm = 18
int	cdx-plot-discrete-delay-file.figure_height_cm = 4
dictionary	cdx-plot-discrete-delay-file.params
	cdx-plot-discrete-delay-file.parser = argparse.ArgumentParser()
	cdx-plot-discrete-delay-file.help
	cdx-plot-discrete-delay-file.action
	cdx-plot-discrete-delay-file.args = parser.parse_args()
bool	cdx-plot-discrete-delay-file.store_figure = True
int	cdx-plot-discrete-delay-file.figure_dpi = 300
	cdx-plot-discrete-delay-file.file_name = args.input
int	cdx-plot-discrete-delay-file.nof_x_points = 0
float	cdx-plot-discrete-delay-file.start_time = 0.0
float	cdx-plot-discrete-delay-file.length = 0.0
	cdx-plot-discrete-delay-file.cdx_file = cdx.ReadDiscreteDelayFile.ReadDiscreteDelayFile(args.input)
	cdx-plot-discrete-delay-file.fig = plt.figure(figsize=(figure_width_cm / 2.54, cdx_file.get_nof_links() * figure_height_cm / 2.54), dpi=figure_dpi)
int	cdx-plot-discrete-delay-file.act_plot = 1
	cdx-plot-discrete-delay-file.link_names = cdx_file.get_link_names()
	cdx-plot-discrete-delay-file.nof_links = cdx_file.get_nof_links()
	cdx-plot-discrete-delay-file.cirs
	cdx-plot-discrete-delay-file.times
	cdx-plot-discrete-delay-file.delays
	cdx-plot-discrete-delay-file.ref_delays
	cdx-plot-discrete-delay-file.x_axis = times
	cdx-plot-discrete-delay-file.y_axis = delays
	cdx-plot-discrete-delay-file.nof_x = cirs.shape[1]
	cdx-plot-discrete-delay-file.nof_y = cirs.shape[0]
	cdx-plot-discrete-delay-file.x_step = floor(nof_x / nof_x_points)
	cdx-plot-discrete-delay-file.data = zeros((nof_y, nof_x_points), dtype=complex)
	cdx-plot-discrete-delay-file.idx_into_cirs = int(floor(float(x) / nof_x_points * nof_x))
int	cdx-plot-discrete-delay-file.data_dB = 20*log10(abs(data))
	cdx-plot-discrete-delay-file.ax = fig.add_subplot(nof_links, 1, act_plot)
	cdx-plot-discrete-delay-file.cax
	cdx-plot-discrete-delay-file.cbar = fig.colorbar(cax)
	cdx-plot-discrete-delay-file.pl_ref = ax.plot(x_axis, ref_delays/1e-9, 'm', linewidth=1.5, label='Reference delay')
	cdx-plot-discrete-delay-file.before_min_delay = float(args.margin_before_min_ref_delay)
	cdx-plot-discrete-delay-file.after_max_delay = float(args.margin_after_max_ref_delay)
	cdx-plot-discrete-delay-file.head
	cdx-plot-discrete-delay-file.file_prefix
	cdx-plot-discrete-delay-file.extension = ".png"
	cdx-plot-discrete-delay-file.out_file_name = file_prefix + extension
	cdx-plot-discrete-delay-file.bbox_inches
	cdx-plot-discrete-delay-file.dpi

Detailed Description

Date

April 4, 2012

Author

Frank Schubert

This program plots a discrete-delay CDX file. The CIR is plotted for each link in file and saved to PNG graphic.

Command line parameters:

Parameter	Function
-f <file_name>	input discrete-delay CDX file
-n	Number of points to be plotting on horizontal axis (frequency). This can be set to reduce the plots resolution. Must be greater than 0.
-f	File format of the plot file to be stored. Either png or pdf. If not present, plot is not saved to disk.
-s	Start time in file when processing should begin in s.
-l	Length to be processed in seconds.
-t <percentage>	Limit delay axis (vertical axis) to <percentage> * (max_delay - min_delay)