procedures package

Submodules

procedures.Binning module

procedures.Measure module

procedures.Post_Processing module

procedures.Post_Processing.All_Ring_Res(data, dist_btwn_same_res=0.75, steps_per_nm=100)

procedures.Post_Processing.Comp_Res(new_data, ref_data, dist_btwn_same_res)

procedures.Post_Processing.Find_ER_and_FWHM(filtered_res_list, file, steps_per_nm)

procedures.Post_Processing.Find_Res(file, transmission=True, n=100, confidence=5, confidence_high=5.5, dist_btwn_res=0.75)

procedures.Post_Processing.Find_Resonance(stages, maitre, file, low, high, step_size, baseline=‘0’)

procedures.Post_Processing.combine(prefix, values)

procedures.Post_Processing.main(argv)

procedures.Post_Processing.normalize(data, baseline)

procedures.Post_Processing.set_clear_plot(clear)

procedures.Post_Processing.split(data)

procedures.connecting module

procedures.fine_allign module

procedures.random module

procedures.raster module

procedures.raster.cross_scan_d(stages, target, size, step)

procedures.raster.generate_map_d(stages, target, size, step)

procedures.raster.make_map(stages, fiber, size_x, size_y, step, filename)

procedures.raster.map_image(c_map, im_size, full_path=None, show=False)

Takes a map returned from genearte_map() and visualizes it c_map (2d-list): map from generate_map() im_size(2-tuple): the dimensions of the produced image

procedures.raster.optimal_point(c_map)

find the point of highest voltage in map scanned by genearte_map()

c_map (2d-list): map from generate_map()

returns list containing:

2-tuple (x,y) containing the coordinates of the optimal point the voltage on the optimal point

procedures.raster.set_signal_source(stages, source_string=”)

Module contents