| |
|
Topic |
|
Context |
|
Summary |
| A |
|
atten |
|
py.sherpa |
|
Attenuation by ISM. |
|
atten |
|
sl.sherpa |
|
Attenuation by ISM. |
|
| B |
|
bbodyfreq |
|
py.sherpa |
|
Blackbody as a function of frequency. |
|
bbodyfreq |
|
sl.sherpa |
|
Blackbody as a function of frequency. |
|
bbody |
|
py.sherpa |
|
Blackbody as a function of energy. |
|
bbody |
|
sl.sherpa |
|
Blackbody as a function of energy. |
|
beta1d |
|
py.sherpa |
|
1-D surface brightness beta-model. |
|
beta1d |
|
sl.sherpa |
|
1-D surface brightness beta-model. |
|
beta2d |
|
py.sherpa |
|
2-D Lorentzian with varying power law. |
|
beta2d |
|
sl.sherpa |
|
2-D Lorentzian with varying power law. |
|
box1d |
|
py.sherpa |
|
1-D box function. |
|
box1d |
|
sl.sherpa |
|
1-D box function. |
|
box2d |
|
py.sherpa |
|
2-D box function. |
|
box2d |
|
sl.sherpa |
|
2-D box function. |
|
bpl1d |
|
py.sherpa |
|
Broken power law function. |
|
bpl1d |
|
sl.sherpa |
|
Broken power law function. |
|
| C |
|
const1d |
|
py.sherpa |
|
1-D constant amplitude model. |
|
const1d |
|
sl.sherpa |
|
1-D constant amplitude model. |
|
const2d |
|
py.sherpa |
|
2-D constant amplitude model. |
|
const2d |
|
sl.sherpa |
|
2-D constant amplitude model. |
|
cos |
|
py.sherpa |
|
Cosine function. |
|
cos |
|
sl.sherpa |
|
Cosine function. |
|
covariance |
|
py.sherpa |
|
Estimate confidence intervals for selected thawed parameters based on covariance method |
|
covariance |
|
sl.sherpa |
|
Estimate confidence intervals for selected thawed parameters based on covariance method |
|
| D |
|
delta1d |
|
py.sherpa |
|
1-D delta function. |
|
delta1d |
|
sl.sherpa |
|
1-D delta function. |
|
delta2d |
|
py.sherpa |
|
2-D delta function. |
|
delta2d |
|
sl.sherpa |
|
2-D delta function. |
|
dered |
|
py.sherpa |
|
Dereddening function. |
|
dered |
|
sl.sherpa |
|
Dereddening function. |
|
devaucouleurs2d |
|
py.sherpa |
|
DeVaucouleurs profile. |
|
devaucouleurs2d |
|
sl.sherpa |
|
DeVaucouleurs profile. |
|
| E |
|
edge |
|
py.sherpa |
|
Photoabsorption edge model. |
|
edge |
|
sl.sherpa |
|
Photoabsorption edge model. |
|
erfc |
|
py.sherpa |
|
A 1-D complementary error function. |
|
erfc |
|
sl.sherpa |
|
A 1-D complementary error function. |
|
erf |
|
py.sherpa |
|
A 1-D error function. |
|
erf |
|
sl.sherpa |
|
A 1-D error function. |
|
exp10 |
|
py.sherpa |
|
Exponential function, base 10. |
|
exp10 |
|
sl.sherpa |
|
Exponential function, base 10. |
|
exp |
|
py.sherpa |
|
Exponential function. |
|
exp |
|
sl.sherpa |
|
Exponential function. |
|
| F |
|
fit |
|
py.sherpa |
|
Perform a fit using current optimization method and fit statistic. |
|
fit |
|
sl.sherpa |
|
Perform a fit using current optimization method and fit statistic. |
|
freeze |
|
py.sherpa |
|
Freeze model parameters, so they do not vary during a fit. |
|
freeze |
|
sl.sherpa |
|
Freeze model parameters, so they do not vary during a fit. |
|
| G |
|
gauss1d |
|
py.sherpa |
|
1-D unnormalized Gaussian function. |
|
gauss1d |
|
sl.sherpa |
|
1-D unnormalized Gaussian function. |
|
gauss2d |
|
py.sherpa |
|
2-D unnormalized Gaussian function. |
|
gauss2d |
|
sl.sherpa |
|
2-D unnormalized Gaussian function. |
|
get_data |
|
py.sherpa |
|
Return a Sherpa data set by ID. |
|
get_data |
|
sl.sherpa |
|
Return a Sherpa data set by ID. |
|
get_full_model |
|
py.sherpa |
|
Return the whole model associated with a Sherpa data set ID. |
|
get_full_model |
|
sl.sherpa |
|
Return the whole model associated with a Sherpa data set ID. |
|
| H |
|
hubblereynolds |
|
py.sherpa |
|
Hubble-Reynolds profile. |
|
hubblereynolds |
|
sl.sherpa |
|
Hubble-Reynolds profile. |
|
| I |
|
ignore2d_id |
|
py.sherpa |
|
Ignore 2D data with a region filter by data set ID(s). |
|
ignore2d_id |
|
sl.sherpa |
|
Ignore 2D data with a region filter by data set ID(s). |
|
ignore2d |
|
py.sherpa |
|
Ignore 2D data with a region filter. |
|
ignore2d |
|
sl.sherpa |
|
Ignore 2D data with a region filter. |
|
ignore_id |
|
py.sherpa |
|
Ignore 1D data with an interval filter by data set ID(s). |
|
ignore_id |
|
sl.sherpa |
|
Ignore 1D data with an interval filter by data set ID(s). |
|
ignore |
|
py.sherpa |
|
Ignore 1D data with an interval filter. |
|
ignore |
|
sl.sherpa |
|
Ignore 1D data with an interval filter. |
|
image_data |
|
py.sherpa |
|
Send image of the data to the imager. |
|
image_data |
|
sl.sherpa |
|
Send image of the data to the imager. |
|
image_deleteframes |
|
py.sherpa |
|
Delete all frames in the imager |
|
image_deleteframes |
|
sl.sherpa |
|
Delete all frames in the imager |
|
image_fit |
|
py.sherpa |
|
Send image of the fit_results to the imager. |
|
image_fit |
|
sl.sherpa |
|
Send image of the fit_results to the imager. |
|
image_getregion |
|
py.sherpa |
|
Returns a region description from the imager |
|
image_getregion |
|
sl.sherpa |
|
Returns a region description from the imager |
|
image_model |
|
py.sherpa |
|
Send image of the model to the imager. |
|
image_model |
|
sl.sherpa |
|
Send image of the model to the imager. |
|
image_ratio |
|
py.sherpa |
|
Send image of the ratio (i.e., data/model) to the imager. |
|
image_ratio |
|
sl.sherpa |
|
Send image of the ratio (i.e., data/model) to the imager. |
|
image_resid |
|
py.sherpa |
|
Send image of the residuals (i.e., data - model) to the imager. |
|
image_resid |
|
sl.sherpa |
|
Send image of the residuals (i.e., data - model) to the imager. |
|
image_setregion |
|
py.sherpa |
|
Sends a region description to the imager, where it is drawb in the current frame |
|
image_setregion |
|
sl.sherpa |
|
Sends a region description to the imager, where it is drawb in the current frame |
|
image_xpaget |
|
py.sherpa |
|
Retrieve data from ds9 using XPA. |
|
image_xpaget |
|
sl.sherpa |
|
Retrieve data from ds9 using XPA. |
|
image_xpaset |
|
py.sherpa |
|
Send data to ds9 using XPA. |
|
image_xpaset |
|
sl.sherpa |
|
Send data to ds9 using XPA. |
|
int_proj |
|
py.sherpa |
|
Create a confidence plot of fit statistic vs. a thawed parameter value. |
|
int_proj |
|
sl.sherpa |
|
Create a confidence plot of fit statistic vs. a thawed parameter value. |
|
int_unc |
|
py.sherpa |
|
Create a confidence plot of fit statistic vs. parameter value. |
|
int_unc |
|
sl.sherpa |
|
Create a confidence plot of fit statistic vs. parameter value. |
|
| J |
|
jdpileup |
|
py.sherpa |
|
A CCD pileup model developed by John Davis of MIT. |
|
jdpileup |
|
sl.sherpa |
|
A CCD pileup model developed by John Davis of MIT. |
|
| L |
|
linebroad |
|
py.sherpa |
|
Line broadening profile. |
|
linebroad |
|
sl.sherpa |
|
Line broadening profile. |
|
load_arf |
|
py.sherpa |
|
Load ARF data by id |
|
load_arf |
|
sl.sherpa |
|
Load ARF data by id |
|
load_ascii |
|
py.sherpa |
|
Load ASCII/text data from a file |
|
load_ascii |
|
sl.sherpa |
|
Load ASCII/text data from a file |
|
load_data |
|
py.sherpa |
|
Load a data file |
|
load_data |
|
sl.sherpa |
|
Load a data file |
|
load_image |
|
py.sherpa |
|
Load FITS image data by id |
|
load_image |
|
sl.sherpa |
|
Load FITS image data by id |
|
load_pha |
|
py.sherpa |
|
Load PHA data by id |
|
load_pha |
|
sl.sherpa |
|
Load PHA data by id |
|
load_rmf |
|
py.sherpa |
|
Load RMF data by id |
|
load_rmf |
|
sl.sherpa |
|
Load RMF data by id |
|
load_table_model |
|
py.sherpa |
|
Load data into a table model by data set ID |
|
load_table_model |
|
sl.sherpa |
|
Load data into a table model by data set ID |
|
load_table |
|
py.sherpa |
|
Load data by data set ID |
|
load_table |
|
sl.sherpa |
|
Load data by data set ID |
|
log10 |
|
py.sherpa |
|
Logarithm function, base 10. |
|
log10 |
|
sl.sherpa |
|
Logarithm function, base 10. |
|
log |
|
py.sherpa |
|
Natural logarithm function. |
|
log |
|
sl.sherpa |
|
Natural logarithm function. |
|
lorentz1d |
|
py.sherpa |
|
1-D normalized Lorentzian function. |
|
lorentz1d |
|
sl.sherpa |
|
1-D normalized Lorentzian function. |
|
lorentz2d |
|
py.sherpa |
|
2-D unnormalized Lorentzian function. |
|
lorentz2d |
|
sl.sherpa |
|
2-D unnormalized Lorentzian function. |
|
| M |
|
models |
|
py.sherpa |
|
Summary of Available Models |
|
models |
|
sl.sherpa |
|
Summary of Available Models |
|
| N |
|
normbeta1d |
|
py.sherpa |
|
1-D normalized beta function. |
|
normbeta1d |
|
sl.sherpa |
|
1-D normalized beta function. |
|
normgauss1d |
|
py.sherpa |
|
1-D normalized Gaussian function. |
|
normgauss1d |
|
sl.sherpa |
|
1-D normalized Gaussian function. |
|
notice2d_id |
|
py.sherpa |
|
Notice 2D data with a region filter by data set ID(s). |
|
notice2d_id |
|
sl.sherpa |
|
Notice 2D data with a region filter by data set ID(s). |
|
notice2d |
|
py.sherpa |
|
Notice 2D data with a region filter. |
|
notice2d |
|
sl.sherpa |
|
Notice 2D data with a region filter. |
|
notice_id |
|
py.sherpa |
|
Notice 1D data with an interval filter by data set ID(s). |
|
notice_id |
|
sl.sherpa |
|
Notice 1D data with an interval filter by data set ID(s). |
|
notice |
|
py.sherpa |
|
Notice 1D data with an interval filter. |
|
notice |
|
sl.sherpa |
|
Notice 1D data with an interval filter. |
|
| P |
|
plot_chisqr |
|
py.sherpa |
|
Send a chi-squared plot to the visualizer |
|
plot_chisqr |
|
sl.sherpa |
|
Send a chi-squared plot to the visualizer |
|
plot_data |
|
py.sherpa |
|
Send a data plot to the visualizer |
|
plot_data |
|
sl.sherpa |
|
Send a data plot to the visualizer |
|
plot_fit |
|
py.sherpa |
|
Send a fit plot to the visualizer |
|
plot_fit |
|
sl.sherpa |
|
Send a fit plot to the visualizer |
|
plot_model |
|
py.sherpa |
|
Send a model plot to the visualizer |
|
plot_model |
|
sl.sherpa |
|
Send a model plot to the visualizer |
|
plot_ratio |
|
py.sherpa |
|
Send a ratio (data / model) plot to the visualizer |
|
plot_ratio |
|
sl.sherpa |
|
Send a ratio (data / model) plot to the visualizer |
|
plot_resid |
|
py.sherpa |
|
Send a residuals (data - model) plot to the visualizer |
|
plot_resid |
|
sl.sherpa |
|
Send a residuals (data - model) plot to the visualizer |
|
poisson |
|
py.sherpa |
|
Poisson function. |
|
poisson |
|
sl.sherpa |
|
Poisson function. |
|
polynom1d |
|
py.sherpa |
|
1-D polynomial function. |
|
polynom1d |
|
sl.sherpa |
|
1-D polynomial function. |
|
polynom2d |
|
py.sherpa |
|
2-D polynomial function. |
|
polynom2d |
|
sl.sherpa |
|
2-D polynomial function. |
|
powlaw1d |
|
py.sherpa |
|
1-D power law. |
|
powlaw1d |
|
sl.sherpa |
|
1-D power law. |
|
projection |
|
py.sherpa |
|
Estimate confidence intervals for selected thawed parameters |
|
projection |
|
sl.sherpa |
|
Estimate confidence intervals for selected thawed parameters |
|
psf1d |
|
py.sherpa |
|
A 1-D PSF instrument model |
|
psf1d |
|
sl.sherpa |
|
A 1-D PSF instrument model |
|
psf2d |
|
py.sherpa |
|
A 2-D PSF instrument model |
|
psf2d |
|
sl.sherpa |
|
A 2-D PSF instrument model |
|
| R |
|
reg_proj |
|
py.sherpa |
|
Creates a contour plot of confidence regions using the projection algorithm |
|
reg_proj |
|
sl.sherpa |
|
Creates a contour plot of confidence regions using the projection algorithm |
|
reg_unc |
|
py.sherpa |
|
Create a confidence contour of fit statistic vs. two thawed parameter values. |
|
reg_unc |
|
sl.sherpa |
|
Create a confidence contour of fit statistic vs. two thawed parameter values. |
|
| S |
|
schechter |
|
py.sherpa |
|
Schechter function. |
|
schechter |
|
sl.sherpa |
|
Schechter function. |
|
set_bkg |
|
py.sherpa |
|
Set a background PHA dataset |
|
set_bkg |
|
sl.sherpa |
|
Set a background PHA dataset |
|
set_coord |
|
py.sherpa |
|
Set the coordinate system |
|
set_coord |
|
sl.sherpa |
|
Set the coordinate system |
|
set_method_opt |
|
py.sherpa |
|
Set the options of the chosen Sherpa optimization method |
|
set_method_opt |
|
sl.sherpa |
|
Set the options of the chosen Sherpa optimization method |
|
set_method |
|
py.sherpa |
|
Set the Sherpa optimization method by name |
|
set_method |
|
sl.sherpa |
|
Set the Sherpa optimization method by name |
|
set_model |
|
py.sherpa |
|
Set the model expression to be used for fitting a dataset. |
|
set_model |
|
sl.sherpa |
|
Set the model expression to be used for fitting a dataset. |
|
set_par |
|
py.sherpa |
|
Set initial values for a model parameter |
|
set_par |
|
sl.sherpa |
|
Set initial values for a model parameter |
|
set_psf_model |
|
py.sherpa |
|
Set the psf kernel and psf model |
|
set_psf_model |
|
sl.sherpa |
|
Set the psf kernel and psf model |
|
set_source |
|
py.sherpa |
|
Set the source model expression to be used for fitting a dataset. |
|
set_source |
|
sl.sherpa |
|
Set the source model expression to be used for fitting a dataset. |
|
set_stat |
|
py.sherpa |
|
Set the current Sherpa statistic by name |
|
set_stat |
|
sl.sherpa |
|
Set the current Sherpa statistic by name |
|
sherpa |
|
sherpa |
|
Introduction to Sherpa, the CIAO modeling and fitting package |
|
show_all |
|
py.sherpa |
|
Reports the current state of the Sherpa session |
|
show_all |
|
sl.sherpa |
|
Reports the current state of the Sherpa session |
|
sin |
|
py.sherpa |
|
Sine function. |
|
sin |
|
sl.sherpa |
|
Sine function. |
|
sqrt |
|
py.sherpa |
|
Square root function. |
|
sqrt |
|
sl.sherpa |
|
Square root function. |
|
stephi1d |
|
py.sherpa |
|
1-D step function. |
|
stephi1d |
|
sl.sherpa |
|
1-D step function. |
|
steplo1d |
|
py.sherpa |
|
1-D step function. |
|
steplo1d |
|
sl.sherpa |
|
1-D step function. |
|
subtract |
|
py.sherpa |
|
Perform background subtraction |
|
subtract |
|
sl.sherpa |
|
Perform background subtraction |
|
| T |
|
tablemodel |
|
py.sherpa |
|
A table model class. |
|
tablemodel |
|
sl.sherpa |
|
A table model class. |
|
tan |
|
py.sherpa |
|
Tangent function. |
|
tan |
|
sl.sherpa |
|
Tangent function. |
|
thaw |
|
py.sherpa |
|
Thaw a list of parameters |
|
thaw |
|
sl.sherpa |
|
Thaw a list of parameters |
|
| U |
|
unsubtract |
|
py.sherpa |
|
Undo background subtraction |
|
unsubtract |
|
sl.sherpa |
|
Undo background subtraction |
|
| X |
|
xsabsori |
|
py.sherpa |
|
Ionized absorber. XSpec model. |
|
xsabsori |
|
sl.sherpa |
|
Ionized absorber. XSpec model. |
|
xsacisabs |
|
py.sherpa |
|
Decay in the ACIS quantum efficiency. XSpec model. |
|
xsacisabs |
|
sl.sherpa |
|
Decay in the ACIS quantum efficiency. XSpec model. |
|
xsapec |
|
py.sherpa |
|
APEC thermal plasma model. XSpec model. |
|
xsapec |
|
sl.sherpa |
|
APEC thermal plasma model. XSpec model. |
|
xsbapec |
|
py.sherpa |
|
APEC thermal plasma model with velocity broadening as a free parameter. XSpec model. |
|
xsbapec |
|
sl.sherpa |
|
APEC thermal plasma model with velocity broadening as a free parameter. XSpec model. |
|
xsbbodyrad |
|
py.sherpa |
|
Blackbody spectrum with norm proportional to surface area. XSpec model. |
|
xsbbodyrad |
|
sl.sherpa |
|
Blackbody spectrum with norm proportional to surface area. XSpec model. |
|
xsbbody |
|
py.sherpa |
|
Blackbody spectrum. XSpec model. |
|
xsbbody |
|
sl.sherpa |
|
Blackbody spectrum. XSpec model. |
|
xsbexrav |
|
py.sherpa |
|
E-folded broken power law reflected from neutral matter. XSpec model. |
|
xsbexrav |
|
sl.sherpa |
|
E-folded broken power law reflected from neutral matter. XSpec model. |
|
xsbexriv |
|
py.sherpa |
|
E-folded broken power law reflected from ionized matter. XSpec model. |
|
xsbexriv |
|
sl.sherpa |
|
E-folded broken power law reflected from ionized matter. XSpec model. |
|
xsbkn2pow |
|
py.sherpa |
|
Broken power law, two break energies. XSpec model. |
|
xsbkn2pow |
|
sl.sherpa |
|
Broken power law, two break energies. XSpec model. |
|
xsbknpower |
|
py.sherpa |
|
Broken power law. XSpec model. |
|
xsbknpower |
|
sl.sherpa |
|
Broken power law. XSpec model. |
|
xsbmc |
|
py.sherpa |
|
Comptonization by relativistically moving matter. XSpec model. |
|
xsbmc |
|
sl.sherpa |
|
Comptonization by relativistically moving matter. XSpec model. |
|
xsbremss |
|
py.sherpa |
|
Thermal bremsstrahlung. XSpec model. |
|
xsbremss |
|
sl.sherpa |
|
Thermal bremsstrahlung. XSpec model. |
|
xsbvapec |
|
py.sherpa |
|
APEC thermal plasma model with variable abundances and velocity broadening as a free parameter. XSpec model. |
|
xsbvapec |
|
sl.sherpa |
|
APEC thermal plasma model with variable abundances and velocity broadening as a free parameter. XSpec model. |
|
xsc6mekl |
|
py.sherpa |
|
6th-order Chebyshev polynomial DEM using mekal. XSpec model. |
|
xsc6mekl |
|
sl.sherpa |
|
6th-order Chebyshev polynomial DEM using mekal. XSpec model. |
|
xsc6pmekl |
|
py.sherpa |
|
Exponential of 6th-order Chebyshev polyn. DEM using mekal. XSpec model. |
|
xsc6pmekl |
|
sl.sherpa |
|
Exponential of 6th-order Chebyshev polyn. DEM using mekal. XSpec model. |
|
xsc6pvmkl |
|
py.sherpa |
|
Variable abundance version of c6pmekl. XSpec model. |
|
xsc6pvmkl |
|
sl.sherpa |
|
Variable abundance version of c6pmekl. XSpec model. |
|
xsc6vmekl |
|
py.sherpa |
|
Variable abundance version of c6mekl. XSpec model. |
|
xsc6vmekl |
|
sl.sherpa |
|
Variable abundance version of c6mekl. XSpec model. |
|
xscabs |
|
py.sherpa |
|
Compton scattering (non-relativistic). XSpec model. |
|
xscabs |
|
sl.sherpa |
|
Compton scattering (non-relativistic). XSpec model. |
|
xscemekl |
|
py.sherpa |
|
Multi-temperature mekal. XSpec model. |
|
xscemekl |
|
sl.sherpa |
|
Multi-temperature mekal. XSpec model. |
|
xscevmkl |
|
py.sherpa |
|
Multi-temperature vmeka. XSpec model. |
|
xscevmkl |
|
sl.sherpa |
|
Multi-temperature vmeka. XSpec model. |
|
xscflow |
|
py.sherpa |
|
Cooling flow model. XSpec model. |
|
xscflow |
|
sl.sherpa |
|
Cooling flow model. XSpec model. |
|
xscompbb |
|
py.sherpa |
|
Comptonized blackbody spectrum after Nishimura et al. (1986). XSpec model. |
|
xscompbb |
|
sl.sherpa |
|
Comptonized blackbody spectrum after Nishimura et al. (1986). XSpec model. |
|
xscompls |
|
py.sherpa |
|
Comptonization spectrum after Lamb and Sanford (1979). XSpec model. |
|
xscompls |
|
sl.sherpa |
|
Comptonization spectrum after Lamb and Sanford (1979). XSpec model. |
|
xscompps |
|
py.sherpa |
|
Comptonization, Poutanen and Svenson. XSpec model. |
|
xscompps |
|
sl.sherpa |
|
Comptonization, Poutanen and Svenson. XSpec model. |
|
xscompst |
|
py.sherpa |
|
Comptonization spectrum after Sunyaev and Titarchuk (1980). XSpec model. |
|
xscompst |
|
sl.sherpa |
|
Comptonization spectrum after Sunyaev and Titarchuk (1980). XSpec model. |
|
xscomptt |
|
py.sherpa |
|
Comptonization spectrum after Titarchuk (1994). XSpec model. |
|
xscomptt |
|
sl.sherpa |
|
Comptonization spectrum after Titarchuk (1994). XSpec model. |
|
xsconstant |
|
py.sherpa |
|
Energy-independent multiplicative factor. XSpec model. |
|
xsconstant |
|
sl.sherpa |
|
Energy-independent multiplicative factor. XSpec model. |
|
xscutoffpl |
|
py.sherpa |
|
Power law with high energy exponential cutoff. XSpec model. |
|
xscutoffpl |
|
sl.sherpa |
|
Power law with high energy exponential cutoff. XSpec model. |
|
xscyclabs |
|
py.sherpa |
|
Cyclotron absorption line. XSpec model. |
|
xscyclabs |
|
sl.sherpa |
|
Cyclotron absorption line. XSpec model. |
|
xsdiskbb |
|
py.sherpa |
|
Multiple blackbody disk model. XSpec model. |
|
xsdiskbb |
|
sl.sherpa |
|
Multiple blackbody disk model. XSpec model. |
|
xsdiskline |
|
py.sherpa |
|
Line emission from relativistic accretion disk. XSpec model. |
|
xsdiskline |
|
sl.sherpa |
|
Line emission from relativistic accretion disk. XSpec model. |
|
xsdiskm |
|
py.sherpa |
|
Disk model with gas pressure viscosity. XSpec model. |
|
xsdiskm |
|
sl.sherpa |
|
Disk model with gas pressure viscosity. XSpec model. |
|
xsdisko |
|
py.sherpa |
|
Modified blackbody disk model. XSpec model. |
|
xsdisko |
|
sl.sherpa |
|
Modified blackbody disk model. XSpec model. |
|
xsdiskpbb |
|
py.sherpa |
|
Accretion disk, power-law dependence for T(r). XSpec model. |
|
xsdiskpbb |
|
sl.sherpa |
|
Accretion disk, power-law dependence for T(r). XSpec model. |
|
xsdiskpn |
|
py.sherpa |
|
Accretion disk around a black hole. XSpec model. |
|
xsdiskpn |
|
sl.sherpa |
|
Accretion disk around a black hole. XSpec model. |
|
xsdisk |
|
py.sherpa |
|
Disk model. XSpec model. |
|
xsdisk |
|
sl.sherpa |
|
Disk model. XSpec model. |
|
xsdust |
|
py.sherpa |
|
Dust scattering out of the beam. XSpec model. |
|
xsdust |
|
sl.sherpa |
|
Dust scattering out of the beam. XSpec model. |
|
xsedge |
|
py.sherpa |
|
Absorption edge. XSpec model. |
|
xsedge |
|
sl.sherpa |
|
Absorption edge. XSpec model. |
|
xsequil |
|
py.sherpa |
|
Equilibrium ionization collisional plasma model from Borkowski. XSpec model. |
|
xsequil |
|
sl.sherpa |
|
Equilibrium ionization collisional plasma model from Borkowski. XSpec model. |
|
xsexpabs |
|
py.sherpa |
|
Low-energy exponential cutoff. XSpec model. |
|
xsexpabs |
|
sl.sherpa |
|
Low-energy exponential cutoff. XSpec model. |
|
xsexpdec |
|
py.sherpa |
|
An exponential decay. XSpec model. |
|
xsexpdec |
|
sl.sherpa |
|
An exponential decay. XSpec model. |
|
xsexpfac |
|
py.sherpa |
|
Exponential factor. XSpec model. |
|
xsexpfac |
|
sl.sherpa |
|
Exponential factor. XSpec model. |
|
xsezdiskbb |
|
py.sherpa |
|
Multiple blackbody disk model with zero-torque inner boundary. XSpec model. |
|
xsezdiskbb |
|
sl.sherpa |
|
Multiple blackbody disk model with zero-torque inner boundary. XSpec model. |
|
xsgabs |
|
py.sherpa |
|
A multiplicative gaussian absorption line. XSpec model. |
|
xsgabs |
|
sl.sherpa |
|
A multiplicative gaussian absorption line. XSpec model. |
|
xsgaussian |
|
py.sherpa |
|
Simple gaussian line profile. XSpec model. |
|
xsgaussian |
|
sl.sherpa |
|
Simple gaussian line profile. XSpec model. |
|
xsgnei |
|
py.sherpa |
|
Generalized single ionization NEI plasma model. XSpec model. |
|
xsgnei |
|
sl.sherpa |
|
Generalized single ionization NEI plasma model. XSpec model. |
|
xsgrad |
|
py.sherpa |
|
GR accretion disk around a black hole. XSpec model. |
|
xsgrad |
|
sl.sherpa |
|
GR accretion disk around a black hole. XSpec model. |
|
xsgrbm |
|
py.sherpa |
|
Gamma-ray burst model. XSpec model. |
|
xsgrbm |
|
sl.sherpa |
|
Gamma-ray burst model. XSpec model. |
|
xshighecut |
|
py.sherpa |
|
High energy cutoff. XSpec model. |
|
xshighecut |
|
sl.sherpa |
|
High energy cutoff. XSpec model. |
|
xshrefl |
|
py.sherpa |
|
Simple reflection model good up to 15 keV. XSpec model. |
|
xshrefl |
|
sl.sherpa |
|
Simple reflection model good up to 15 keV. XSpec model. |
|
xskerrbb |
|
py.sherpa |
|
Multi-temperature blackbody model for thin accretion disk around a Kerr black hole. XSpec model. |
|
xskerrbb |
|
sl.sherpa |
|
Multi-temperature blackbody model for thin accretion disk around a Kerr black hole. XSpec model. |
|
xskerrd |
|
py.sherpa |
|
Optically thick accretion disk around a Kerr black hole. XSpec model. |
|
xskerrd |
|
sl.sherpa |
|
Optically thick accretion disk around a Kerr black hole. XSpec model. |
|
xslaor2 |
|
py.sherpa |
|
Accretion disk with broken-power law emissivity profile, black hole emission line. XSpec model. |
|
xslaor2 |
|
sl.sherpa |
|
Accretion disk with broken-power law emissivity profile, black hole emission line. XSpec model. |
|
xslaor |
|
py.sherpa |
|
Line from accretion disk around a black hole. XSpec model. |
|
xslaor |
|
sl.sherpa |
|
Line from accretion disk around a black hole. XSpec model. |
|
xslorentz |
|
py.sherpa |
|
Lorentzian line profile. XSpec model. |
|
xslorentz |
|
sl.sherpa |
|
Lorentzian line profile. XSpec model. |
|
xsmekal |
|
py.sherpa |
|
Mewe-Kaastra-Liedahl thermal plasma (1995). XSpec model. |
|
xsmekal |
|
sl.sherpa |
|
Mewe-Kaastra-Liedahl thermal plasma (1995). XSpec model. |
|
xsmeka |
|
py.sherpa |
|
Mewe-Gronenschild-Kaastra thermal plasma (1992). XSpec model. |
|
xsmeka |
|
sl.sherpa |
|
Mewe-Gronenschild-Kaastra thermal plasma (1992). XSpec model. |
|
xsmkcflow |
|
py.sherpa |
|
Cooling flow model based on mekal. XSpec model. |
|
xsmkcflow |
|
sl.sherpa |
|
Cooling flow model based on mekal. XSpec model. |
|
xsnei |
|
py.sherpa |
|
Simple nonequilibrium ionization plasma model. XSpec model. |
|
xsnei |
|
sl.sherpa |
|
Simple nonequilibrium ionization plasma model. XSpec model. |
|
xsnotch |
|
py.sherpa |
|
Notch line absorption. XSpec model. |
|
xsnotch |
|
sl.sherpa |
|
Notch line absorption. XSpec model. |
|
xsnpshock |
|
py.sherpa |
|
Plane-parallel shock with ion and electron temperatures. XSpec model. |
|
xsnpshock |
|
sl.sherpa |
|
Plane-parallel shock with ion and electron temperatures. XSpec model. |
|
xsnsagrav |
|
py.sherpa |
|
NS H atmosphere model for different g. XSpec model. |
|
xsnsagrav |
|
sl.sherpa |
|
NS H atmosphere model for different g. XSpec model. |
|
xsnsatmos |
|
py.sherpa |
|
NS Hydrogen Atmosphere model with electron conduction and self-irradiation. XSpec model. |
|
xsnsatmos |
|
sl.sherpa |
|
NS Hydrogen Atmosphere model with electron conduction and self-irradiation. XSpec model. |
|
xsnsa |
|
py.sherpa |
|
Spectra in the X-ray range (0.05-10 keV) emitted from a hydrogen atmosphere of a neutron star. XSpec model. |
|
xsnsa |
|
sl.sherpa |
|
Spectra in the X-ray range (0.05-10 keV) emitted from a hydrogen atmosphere of a neutron star. XSpec model. |
|
xsnteea |
|
py.sherpa |
|
Pair plasma model. XSpec model. |
|
xsnteea |
|
sl.sherpa |
|
Pair plasma model. XSpec model. |
|
xspcfabs |
|
py.sherpa |
|
Partial covering fraction absorption. XSpec model. |
|
xspcfabs |
|
sl.sherpa |
|
Partial covering fraction absorption. XSpec model. |
|
xspegpwrlw |
|
py.sherpa |
|
Power law with pegged normalization. XSpec model. |
|
xspegpwrlw |
|
sl.sherpa |
|
Power law with pegged normalization. XSpec model. |
|
xspexrav |
|
py.sherpa |
|
Exponentially cutoff power law reflected from neutral matter. XSpec model. |
|
xspexrav |
|
sl.sherpa |
|
Exponentially cutoff power law reflected from neutral matter. XSpec model. |
|
xspexriv |
|
py.sherpa |
|
Exponentially cutoff power law reflected from ionized matter. XSpec model. |
|
xspexriv |
|
sl.sherpa |
|
Exponentially cutoff power law reflected from ionized matter. XSpec model. |
|
xsphabs |
|
py.sherpa |
|
Photo-electric absorption. XSpec model. |
|
xsphabs |
|
sl.sherpa |
|
Photo-electric absorption. XSpec model. |
|
xsplabs |
|
py.sherpa |
|
Absorption model with power law dependence on energy. XSpec model. |
|
xsplabs |
|
sl.sherpa |
|
Absorption model with power law dependence on energy. XSpec model. |
|
xsplcabs |
|
py.sherpa |
|
Cutoff power law observed through dense, cold matter. XSpec model. |
|
xsplcabs |
|
sl.sherpa |
|
Cutoff power law observed through dense, cold matter. XSpec model. |
|
xsposm |
|
py.sherpa |
|
Positronium continuum. XSpec model. |
|
xsposm |
|
sl.sherpa |
|
Positronium continuum. XSpec model. |
|
xspowerlaw |
|
py.sherpa |
|
Simple photon power law. XSpec model. |
|
xspowerlaw |
|
sl.sherpa |
|
Simple photon power law. XSpec model. |
|
xspshock |
|
py.sherpa |
|
Constant temperature, plane-parallel shock plasma model. XSpec model. |
|
xspshock |
|
sl.sherpa |
|
Constant temperature, plane-parallel shock plasma model. XSpec model. |
|
xspwab |
|
py.sherpa |
|
An extension of partial covering fraction absorption into a power-law distribution of covering fraction. XSpec model. |
|
xspwab |
|
sl.sherpa |
|
An extension of partial covering fraction absorption into a power-law distribution of covering fraction. XSpec model. |
|
xsraymond |
|
py.sherpa |
|
Raymond-Smith thermal plasma. XSpec model. |
|
xsraymond |
|
sl.sherpa |
|
Raymond-Smith thermal plasma. XSpec model. |
|
xsredden |
|
py.sherpa |
|
IR/optical/UV extinction from Cardelli et al. (1989). XSpec model. |
|
xsredden |
|
sl.sherpa |
|
IR/optical/UV extinction from Cardelli et al. (1989). XSpec model. |
|
xsredge |
|
py.sherpa |
|
Recombination edge. XSpec model. |
|
xsredge |
|
sl.sherpa |
|
Recombination edge. XSpec model. |
|
xsrefsch |
|
py.sherpa |
|
E-folded power law reflected from an ionized relativistic disk. XSpec model. |
|
xsrefsch |
|
sl.sherpa |
|
E-folded power law reflected from an ionized relativistic disk. XSpec model. |
|
xssedov |
|
py.sherpa |
|
Sedov model with electron and ion temperatures. XSpec model. |
|
xssedov |
|
sl.sherpa |
|
Sedov model with electron and ion temperatures. XSpec model. |
|
xssmedge |
|
py.sherpa |
|
Smoothed absorption edge. XSpec model. |
|
xssmedge |
|
sl.sherpa |
|
Smoothed absorption edge. XSpec model. |
|
xsspline |
|
py.sherpa |
|
Spline multiplicative factor. XSpec model. |
|
xsspline |
|
sl.sherpa |
|
Spline multiplicative factor. XSpec model. |
|
xssrcut |
|
py.sherpa |
|
Synchrotron radiation from cutoff electron distribution. XSpec model. |
|
xssrcut |
|
sl.sherpa |
|
Synchrotron radiation from cutoff electron distribution. XSpec model. |
|
xssresc |
|
py.sherpa |
|
Synchrotron radiation from escape-limited electron distribution. XSpec model. |
|
xssresc |
|
sl.sherpa |
|
Synchrotron radiation from escape-limited electron distribution. XSpec model. |
|
xssss_ice |
|
py.sherpa |
|
Einstein SSS ice absorption. XSpec model. |
|
xssss_ice |
|
sl.sherpa |
|
Einstein SSS ice absorption. XSpec model. |
|
xsstep |
|
py.sherpa |
|
Step function convolved with gaussian. XSpec model. |
|
xsstep |
|
sl.sherpa |
|
Step function convolved with gaussian. XSpec model. |
|
xstbabs |
|
py.sherpa |
|
Calculates the absorption of X-rays by the ISM. XSpec model. |
|
xstbabs |
|
sl.sherpa |
|
Calculates the absorption of X-rays by the ISM. XSpec model. |
|
xstbgrain |
|
py.sherpa |
|
Calculates the absorption of X-rays by the ISM with variable hydrogen to H2 ratio and grain parameters. XSpec model. |
|
xstbgrain |
|
sl.sherpa |
|
Calculates the absorption of X-rays by the ISM with variable hydrogen to H2 ratio and grain parameters. XSpec model. |
|
xstbvarabs |
|
py.sherpa |
|
Calculates the absorption of X-rays by the ISM, allowing user to vary all abundances, depletion factors, and grain properties. XSpec model. |
|
xstbvarabs |
|
sl.sherpa |
|
Calculates the absorption of X-rays by the ISM, allowing user to vary all abundances, depletion factors, and grain properties. XSpec model. |
|
xsuvred |
|
py.sherpa |
|
UV reddening. XSpec model. |
|
xsuvred |
|
sl.sherpa |
|
UV reddening. XSpec model. |
|
xsvapec |
|
py.sherpa |
|
APEC thermal plasma model with variable abundances. XSpec model. |
|
xsvapec |
|
sl.sherpa |
|
APEC thermal plasma model with variable abundances. XSpec model. |
|
xsvarabs |
|
py.sherpa |
|
Photoelectric absorption with variable abundances. XSpec model. |
|
xsvarabs |
|
sl.sherpa |
|
Photoelectric absorption with variable abundances. XSpec model. |
|
xsvbremss |
|
py.sherpa |
|
Thermal bremsstrahlung spectrum with variable H/He. XSpec model. |
|
xsvbremss |
|
sl.sherpa |
|
Thermal bremsstrahlung spectrum with variable H/He. XSpec model. |
|
xsvequil |
|
py.sherpa |
|
Ionization equilibrium collisional plasma model with variable abundances. XSpec model. |
|
xsvequil |
|
sl.sherpa |
|
Ionization equilibrium collisional plasma model with variable abundances. XSpec model. |
|
xsvgnei |
|
py.sherpa |
|
Non-equilibrium ionization collisional plasma model with variable abundances. XSpec model. |
|
xsvgnei |
|
sl.sherpa |
|
Non-equilibrium ionization collisional plasma model with variable abundances. XSpec model. |
|
xsvmcflow |
|
py.sherpa |
|
Cooling flow model based on vmekal. XSpec model. |
|
xsvmcflow |
|
sl.sherpa |
|
Cooling flow model based on vmekal. XSpec model. |
|
xsvmekal |
|
py.sherpa |
|
M-K-L thermal plasma with variable abundances. XSpec model. |
|
xsvmekal |
|
sl.sherpa |
|
M-K-L thermal plasma with variable abundances. XSpec model. |
|
xsvmeka |
|
py.sherpa |
|
M-G-K thermal plasma with variable abundances. XSpec model. |
|
xsvmeka |
|
sl.sherpa |
|
M-G-K thermal plasma with variable abundances. XSpec model. |
|
xsvnei |
|
py.sherpa |
|
Non-equilibrium ionization collisional plasma model with variable abundances. XSpec model. |
|
xsvnei |
|
sl.sherpa |
|
Non-equilibrium ionization collisional plasma model with variable abundances. XSpec model. |
|
xsvnpshock |
|
py.sherpa |
|
Plane-parallel shock plasma model with separate ion and electron temperatures and variable abundances. XSpec model. |
|
xsvnpshock |
|
sl.sherpa |
|
Plane-parallel shock plasma model with separate ion and electron temperatures and variable abundances. XSpec model. |
|
xsvphabs |
|
py.sherpa |
|
Photoelectric absorption with variable abundances. XSpec model. |
|
xsvphabs |
|
sl.sherpa |
|
Photoelectric absorption with variable abundances. XSpec model. |
|
xsvpshock |
|
py.sherpa |
|
Constant temperature, plane-parallel shock plasma model with variable abundances. XSpec model. |
|
xsvpshock |
|
sl.sherpa |
|
Constant temperature, plane-parallel shock plasma model with variable abundances. XSpec model. |
|
xsvraymond |
|
py.sherpa |
|
Raymond-Smith thermal plasma with variable abundances. XSpec model. |
|
xsvraymond |
|
sl.sherpa |
|
Raymond-Smith thermal plasma with variable abundances. XSpec model. |
|
xsvsedov |
|
py.sherpa |
|
Sedov model with separate ion and electron temperatures and variable abundances. XSpec model. |
|
xsvsedov |
|
sl.sherpa |
|
Sedov model with separate ion and electron temperatures and variable abundances. XSpec model. |
|
xswabs |
|
py.sherpa |
|
Photoelectric absorption (Morrison and McCammon). XSpec model. |
|
xswabs |
|
sl.sherpa |
|
Photoelectric absorption (Morrison and McCammon). XSpec model. |
|
xswndabs |
|
py.sherpa |
|
Photoelectric absorption with low energy window. XSpec model. |
|
xswndabs |
|
sl.sherpa |
|
Photoelectric absorption with low energy window. XSpec model. |
|
xsxion |
|
py.sherpa |
|
Reflected spectra of a photo-ionized |
![[Sherpa Logo]](../imgs/sherpa_logo_navbar.gif){kind=logo}
![[New]](../imgs/new.gif)