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projects/maven/sep/purgatory/
mvn_sep_inst_deconvolve.pro
Routines
Routines from mvn_sep_inst_deconvolve.pro
result = mvn_sep_response_load(atten=atten, sepn=sepn, reset=reset, bmap=bmap, mapnum=mapnum)result = particle_momentum(energy, mass=mass, electron=electron, proton=proton, speedoflight=speedoflight)result = particle_eflux(energy, omega, parameter=parameter, response=response, dflux50=dflux50, name=name)result = all_eflux(energy, omega, pnum, parameter=parameter, Electron_response=Electron_response, Proton_response=Proton_response)result = mvn_sep_response_flux_to_bin_cr(b, omega, pnum, parameter=parameter)result = mvn_sep_amoeba_min(vec, parameter=parameter, spectra=spectra, ret_par=ret_par)mvn_sep_response_each_bin_old, r, bins=bins, window=window, ylog=ylogmvn_sep_response_each_bin_GF_old, r, bins=bins, sbins=sbins, window=window, ylog=ylog, overplot=overplotmvn_sep_eflux_plot, param=param, window=window, units=units, overplot=overplotmvn_sep_bin_cr_plot, param=param, window=window, spectra=spectra, overplot=overplot, color=color, plot_residual=plot_residual, units=unitsresult = mvn_sep_eflux_estimate(spectra, par0=par0, ptest=ptest, background=background)result = mvn_sep_eflux_estimate2(spectra, par0=par0, ptest=ptest, background=background)result = mvn_sep_spectra_time_average(sepdat, timeres=timeres, trange=trange)result = mvn_sep_inst_deconvolve(sepdat, timeres=timeres, trange=trange)
Routine details
top source mvn_sep_response_load
result = mvn_sep_response_load(atten=atten, sepn=sepn, reset=reset, bmap=bmap, mapnum=mapnum)
Keywords
- atten
- sepn
- reset
- bmap
- mapnum
top source particle_momentum
result = particle_momentum(energy, mass=mass, electron=electron, proton=proton, speedoflight=speedoflight)
Parameters
- energy
Keywords
- mass
- electron
- proton
- speedoflight
top source particle_eflux
result = particle_eflux(energy, omega, parameter=parameter, response=response, dflux50=dflux50, name=name)
Parameters
- energy
- omega
Keywords
- parameter
- response
- dflux50
- name
top source all_eflux
result = all_eflux(energy, omega, pnum, parameter=parameter, Electron_response=Electron_response, Proton_response=Proton_response)
Parameters
- energy
- omega
- pnum
Keywords
- parameter
- Electron_response
- Proton_response
top source mvn_sep_response_flux_to_bin_cr
result = mvn_sep_response_flux_to_bin_cr(b, omega, pnum, parameter=parameter)
Parameters
- b
- omega
- pnum
Keywords
- parameter
top source mvn_sep_amoeba_min
result = mvn_sep_amoeba_min(vec, parameter=parameter, spectra=spectra, ret_par=ret_par)
Parameters
- vec
Keywords
- parameter
- spectra
- ret_par
top source mvn_sep_response_each_bin_old
mvn_sep_response_each_bin_old, r, bins=bins, window=window, ylog=ylog
Parameters
- r
Keywords
- bins
- window
- ylog
top source mvn_sep_response_each_bin_GF_old
mvn_sep_response_each_bin_GF_old, r, bins=bins, sbins=sbins, window=window, ylog=ylog, overplot=overplot
Parameters
- r
Keywords
- bins
- sbins
- window
- ylog
- overplot
top source mvn_sep_eflux_plot
mvn_sep_eflux_plot, param=param, window=window, units=units, overplot=overplot
Keywords
- param
- window
- units
- overplot
top source mvn_sep_bin_cr_plot
mvn_sep_bin_cr_plot, param=param, window=window, spectra=spectra, overplot=overplot, color=color, plot_residual=plot_residual, units=units
Keywords
- param
- window
- spectra
- overplot
- color
- plot_residual
- units
top source mvn_sep_eflux_estimate
result = mvn_sep_eflux_estimate(spectra, par0=par0, ptest=ptest, background=background)
Parameters
- spectra
Keywords
- par0
- ptest
- background
top source mvn_sep_eflux_estimate2
result = mvn_sep_eflux_estimate2(spectra, par0=par0, ptest=ptest, background=background)
Parameters
- spectra
Keywords
- par0
- ptest
- background
File attributes
| Modification date: | Tue Dec 2 03:43:00 2014 |
| Lines: | 710 |