grff_from_dem_map

Attributes

start_tim

Functions

getbeam(fitsfile[, showplt])
convolve_eovsabeam(res_tbmap, eofitsfiles[, tbmapcovfile])
make_sub_map(cur_map[, fov, ref_map])
get_pixel(cur_map, x, y)
cal_dem_map(aiafitsfiles[, outfile, fov, scalefactor, ...])
initGET_MW(libname)	Python wrapper for Codes for computing the solar gyroresonance and free-free radio emissions; both the isothermal
ff_gyre_func(dem_res, temps, freq)
calculate_n_plot(demfile[, tbmapfile, freq, showplt, ...])
main()

Module Contents

grff_from_dem_map.start_tim

grff_from_dem_map.getbeam(fitsfile, showplt=False)

grff_from_dem_map.convolve_eovsabeam(res_tbmap, eofitsfiles, tbmapcovfile='tbmaps_convolved.p')

grff_from_dem_map.make_sub_map(cur_map, fov=None, ref_map=None)

grff_from_dem_map.get_pixel(cur_map, x, y)

grff_from_dem_map.cal_dem_map(aiafitsfiles, outfile='demreg.p', fov=[], scalefactor=1.0, overwrite=False)

grff_from_dem_map.initGET_MW(libname)

Python wrapper for Codes for computing the solar gyroresonance and free-free radio emissions; both the isothermal plasma and the sources described by the differential emission measure (DEM) and differential density metric (DDM) are supported. By Alexey Kuznetsov, February 2021. Original code: https://github.com/kuznetsov-radio/GRFF

This is for the single thread version @param libname: path for locating compiled shared library @return: An executable for calling the GS codes in single thread

grff_from_dem_map.ff_gyre_func(dem_res, temps, freq)

grff_from_dem_map.calculate_n_plot(demfile, tbmapfile='', freq=[], showplt=True, overwrite=False, pxy=None)

grff_from_dem_map.main()