def usage():
print("Usage:")
print(" bands.py [params]")
print(" -b <bands>: string, default: U-B-V-R-I, for example U-B-V")
print(" -h print usage")
print(" --- ")
band.print_bands()
def usage():
print "Usage:"
print " dmdt.py [params]"
print " -b <set_bands>: delimiter '-'. Default: 'UVW1-U'.\n"
print " -i <model name>. Example: cat_R450_M15_Ni007_E7"
print " -p <model path(directory)>, default: ./"
print " -t plot time points"
print " -w write magnitudes to file, default 'False'"
print " -h print usage"
band.print_bands()
def usage():
print("Usage:")
print(" dmdt.py [params]")
print(" -b <set_bands>: delimiter '-'. Default: 'UVW1-U'.\n")
print(" -i <model name>. Example: cat_R450_M15_Ni007_E7")
print(" -p <model path(directory)>, default: ./")
print(" -t plot time points")
print(" -w write magnitudes to file, default 'False'")
print(" -h print usage")
band.print_bands()
def usage():
bands = band.band_get_names()
print "Usage:"
print " %s [params]" % __file__
print " -b <set_bands>: delimiter '_'. Default: B-V-I_B-V_V-I"
print " -i <model name>. Example: cat_R450_M15_Ni007_E7"
print " -p <model path(directory)>, default: ./"
print " -f force mode: rewrite zeta-files even if it exists"
# print " -a plot the Eastman & Dessart fits"
print " -o options: <fit:fitb:time:ubv:Tnu> - fit E&D: fit bakl: show time points: plot UBV"
# print " -w write magnitudes to file, default 'False'"
print " -s save plot to file, default 'False'"
print " -h print usage"
print " --- "
band.print_bands()
def usage():
print("Usage:")
print(" obs.py [params]")
print(" -b <bands:shift>: string, default: U-B-V-R-I.\n"
" shift: to move lc along y-axe (minus is '_', for example -b R:2-V-I:_4-B:5 ")
print(" -c <callback> [lcobs:fname:marker:dt:dm, popov[:R:M:E[FOE]:Mni]]. "
"You can add parameters in format func:params")
print(" -g <single, grid, gridm, gridl> Select plot view. single [default] = all models in one figure"
", grid = for each band separate figure.")
print(" -s without extension. Save plot to pdf-file. Default: if 1, fname = 'ubv_obs.pdf'")
print(" -x <xbeg:xend> - xlim, ex: 0:12. Default: None, used all days.")
print(" -l write plot label")
print(" -h print usage")
print(" --- ")
band.print_bands()
def usage():
print "Usage:"
print " zeta.py [params]"
print " -b <set_bands>: delimiter '_'. Default: B-V-I_B-V_V-I"
print " -d <distance> [pc]. Default: 10 pc"
print " -i <model name>. Example: cat_R450_M15_Ni007_E7"
print " -p <model path(directory)>, default: ./"
print " -e <model extension> is used to define model name, default: tt "
print " -s silence mode: no info, no plot"
print " -f force mode: rewrite zeta-files even if it exists"
# print " -a plot the Eastman & Dessart fits"
print " -o options: <fit:fitb:time:ubv:Tnu> - fit E&D: fit bakl: show time points: plot UBV"
print " -w write magnitudes to file, default 'False'"
print " -z <redshift>. Default: 0"
print " -h print usage"
print " --- "
band.print_bands()
def usage():
print "Usage:"
print " ubv.py [params]"
print " -b <bands:shift>: string, default: U-B-V-R-I, for example U-B-V-R-I-u-g-i-r-z-UVW1-UVW2.\n" \
" shift: to move lc along y-axe (minus is '_', for example -b R:2-V-I:_4-B:5 "
print " -i <model name>. Example: cat_R450_M15_Ni007_E7"
print " -p <model directory>, default: ./"
print " -e <extinction, E(B-V)> is used to define A_nu, default: 0 "
print " -c <callback> [plot_tolstov, popov[:R:M:E[FOE]:Mni]]. You can add parameters in format func:params"
print " -d <distance> [pc]. Default: 10 pc"
print " -m <magnification>. Default: None, used for grav lens"
print " -q turn off quiet mode: print info and additional plots"
print " -t plot time points"
print " -s <file-name> without extension. Save plot to pdf-file. Default: ubv_<file-name>.pdf"
print " -x <xbeg:xend> - xlim, ex: 0:12. Default: None, used all days."
print " -y <ybeg:yend> - ylim, ex: 26:21. Default: None, used top-magnitude+-5."
print " -v plot model velocities."
print " -w write magnitudes to file, default 'False'"
print " -z <redshift>. Default: 0"
print " -l write plot label"
print " -h print usage"
print " --- "
band.print_bands()
