ABC
APECROOT or SPEXROOT(b)(v)(v)apec, c6(v)mekl, c6p(v)mekl, ce(v)mkl, (b)(v)cempow, (b)(v)cheb6, (b)(v)(v)cie, (b)(v)coolflow, (b)(v)(v)dem, (b)(v)expcheb6, (b)(v)(v)gadem, (v)mekal, mkcflow, nlapec, (b)snapec, (b)(v)(v)tapec, rs(v)(v)apec, vmcflowSwitch from default AtomDB or SPEX input files.
APECTHERMAL or SPEXTHERMAL(b)(v)(v)apec, c6(v)mekl, c6p(v)mekl, ce(v)mkl, (b)(v)cempow, (b)(v)cheb6, (b)(v)(v)cie, (b)(v)coolflow, (b)(v)(v)dem, (b)(v)equil, (b)(v)expcheb6, (b)(v)(v)gadem, (b)(v)(v)gnei, (v)mekal, mkcflow, (b)(v)(v)nei, nlapec, (b)(v)(v)npshock, (b)(v)(v)pshock, (b)(v)(v)rnei, (b)(v)(v)sedov, (b)snapec, (b)(v)(v)tapec, rs(v)(v)apec, vmcflowThermally broaden emission lines in APEC or SPEX input files.
APECVELOCITY or SPEXVELOCITY(b)(v)(v)apec, c6(v)mekl, c6p(v)mekl, ce(v)mkl, (b)(v)cempow, (b)(v)cheb6, (b)(v)(v)cie, (b)(v)coolflow, (b)(v)(v)dem, (b)(v)equil, (b)(v)expcheb6, (b)(v)(v)gadem, (b)(v)(v)gnei, (v)mekal, mkcflow, (b)(v)(v)nei, nlapec, (b)(v)(v)npshock, (b)(v)(v)pshock, (b)(v)(v)rnei, (b)(v)(v)sedov, (b)snapec, (b)(v)(v)tapec, rs(v)(v)apec, vmcflowVelocity broaden emission lines in APEC or SPEX input files.
APECMINFLUX or SPEXMINFLUX(b)(v)(v)apec, c6(v)mekl, c6p(v)mekl, ce(v)mkl, (b)(v)cempow, (b)(v)cheb6, (b)(v)(v)cie, (b)(v)coolflow, (b)(v)(v)dem, (b)(v)equil, (b)(v)expcheb6, (b)(v)(v)gadem, (b)(v)(v)gnei, (v)mekal, mkcflow, (b)(v)(v)nei, nlapec, (b)(v)(v)npshock, (b)(v)(v)pshock, (b)(v)(v)rnei, (b)(v)(v)sedov, (b)snapec, (b)(v)(v)tapec, rs(v)(v)apec, vmcflowSet minimum flux for line broadening when using APEC or SPEX input files.
APECBROADPSEUDO or SPEXBROADPSEUDO(b)(v)(v)apec, c6(v)mekl, c6p(v)mekl, ce(v)mkl, (b)(v)cempow, (b)(v)cheb6, (b)(v)(v)cie, (b)(v)coolflow, (b)(v)(v)dem, (b)(v)equil, (b)(v)expcheb6, (b)(v)(v)gadem, (b)(v)(v)gnei, (v)mekal, mkcflow, (b)(v)(v)nei, nlapec, (b)(v)(v)npshock, (b)(v)(v)pshock, (b)(v)(v)rnei, (b)(v)(v)sedov, (b)snapec, (b)(v)(v)tapec, rs(v)(v)apec, vmcflowBroaden pseudo-continuum lines when using APEC or SPEX input files.
APECNOLINES or SPEXNOLINES(b)(v)(v)apec, c6(v)mekl, c6p(v)mekl, ce(v)mkl, (b)(v)cempow, (b)(v)cheb6, (b)(v)(v)cie, (b)(v)coolflow, (b)(v)(v)dem, (b)(v)equil, (b)(v)expcheb6, (b)(v)(v)gadem, (b)(v)(v)gnei, (v)mekal, mkcflow, (b)(v)(v)nei, nlapec, (b)(v)(v)npshock, (b)(v)(v)pshock, (b)(v)(v)rnei, (b)(v)(v)sedov, (b)snapec, (b)(v)(v)tapec, rs(v)(v)apec, vmcflowContinuum only when using APEC or SPEX input files.
APEC_TRACE_ABUND or SPEX_TRACE_ABUND(b)(v)(v)apec, c6(v)mekl, c6p(v)mekl, ce(v)mkl, (b)(v)cempow, (b)(v)cheb6, (b)(v)(v)cie, (b)(v)coolflow, (b)(v)(v)dem, (b)(v)equil, (b)(v)expcheb6, (b)(v)(v)gadem, (b)(v)(v)gnei, (v)mekal, mkcflow, (b)(v)(v)nei, nlapec, (b)(v)(v)npshock, (b)(v)(v)pshock, (b)(v)(v)rnei, (b)(v)(v)sedov, (b)snapec, (b)(v)(v)tapec, rs(v)(v)apec, vmcflowSet trace element abundances when using APEC or SPEX input files.
APECLOGINTERP or SPEXLOGINTERP(b)(v)(v)apec, c6(v)mekl, c6p(v)mekl, ce(v)mkl, (b)(v)cempow, (b)(v)cheb6, (b)(v)(v)cie, (b)(v)coolflow, (b)(v)(v)dem, (b)(v)equil, (b)(v)expcheb6, (b)(v)(v)gadem, (b)(v)(v)gnei, (v)mekal, mkcflow, (b)(v)(v)nei, nlapec, (b)(v)(v)npshock, (b)(v)(v)pshock, (b)(v)(v)rnei, (b)(v)(v)sedov, (b)snapec, (b)(v)(v)tapec, rs(v)(v)apec, vmcflowUse logarithmic interpolation between tabulated temperatures when using APEC or SPEX input files.
APECMULTITHREAD or SPEXMULTITHREAD(b)(v)(v)apec, c6(v)mekl, c6p(v)mekl, ce(v)mkl, (b)(v)cempow, (b)(v)cheb6, (b)(v)(v)cie, (b)(v)coolflow, (b)(v)(v)dem, (b)(v)equil, (b)(v)expcheb6, (b)(v)(v)gadem, (b)(v)(v)gnei, (v)mekal, mkcflow, (b)(v)(v)nei, nlapec, (b)(v)(v)npshock, (b)(v)(v)pshock, (b)(v)(v)rnei, (b)(v)(v)sedov, (b)snapec, (b)(v)(v)tapec, rs(v)(v)apec, vmcflowParallelize over temperatures when calculating the lines in the spectrum using the APEC or SPEX input files.
APECEEBREMSS or SPEXEEBREMSS(b)(v)(v)apec, c6(v)mekl, c6p(v)mekl, ce(v)mkl, (b)(v)cempow, (b)(v)cheb6, (b)(v)(v)cie, (b)(v)coolflow, (b)(v)(v)dem, (b)(v)equil, (b)(v)expcheb6, (b)(v)(v)gadem, (b)(v)(v)gnei, (v)mekal, mkcflow, (b)(v)(v)nei, nlapec, (b)(v)(v)npshock, (b)(v)(v)pshock, (b)(v)(v)rnei, (b)(v)(v)sedov, (b)snapec, (b)(v)(v)tapec, rs(v)(v)apec, vmcflowInclude calculation of the e-e bremsstrahlung when using the APEC or SPEX input files.
APECUSESPEX(b)(v)(v)apec, c6(v)mekl, c6p(v)mekl, ce(v)mkl, (b)(v)cempow, (b)(v)cheb6, (b)(v)(v)cie, (b)(v)coolflow, (b)(v)(v)dem, (b)(v)expcheb6, (b)(v)(v)gadem, (v)mekal, mkcflow, nlapec, (b)snapec, (b)(v)(v)tapec, rs(v)(v)apec, vmcflowSwitch from APEC to SPEX input files but apply all other APEC settings.
APECUSENEI(b)(v)(v)apec, c6(v)mekl, c6p(v)mekl, ce(v)mkl, (b)(v)cempow, (b)(v)cheb6, (b)(v)coolflow, (b)(v)(v)dem, (b)(v)expcheb6, (b)(v)(v)gadem, (v)mekal, mkcflow, nlapec, (b)snapec, (b)(v)(v)tapec, rs(v)(v)apec, vmcflowUse NEI code to calculate CEI spectra.
APECEIGENFILE(b)(v)equil, (b)(v)(v)gnei, (b)(v)(v)nei, (b)(v)(v)npshock, (b)(v)(v)pshock, (b)(v)(v)rnei, (b)(v)(v)sedovSwitch from default AtomDB NEI eigenvector file.
NEIAPECROOT(b)(v)equil, (b)(v)(v)gnei, (b)(v)(v)nei, (b)(v)(v)npshock, (b)(v)(v)pshock, (b)(v)(v)rnei, (b)(v)(v)sedovSwitch from default AtomDB NEI input files.
NSA_FILEnsaChange filename used for model data.
NSAGRAV_DIRnsagravChange directory used for model data files.
NSMAX_DIRnsmaxChange directory used for model data files.
NSMAXG_DIRnsmaxgChange directory used for model data files.
NSX_DIRnsxChange directory used for model data files.
POW_EMIN, POW_EMAXpowerlaw, bknpower, bkn2pow, cutoffplSwitch to normalize to a flux calculated over an energy range.
CARBATMcarbatmSwitch the directory for the input file.
CFLOW_VERSIONmkcflow, vmclowSwitch CFLOW version number.
CFLOW_NTEMPSmkcflow, vmclowSwitch number of temperature bins used in CFLOW model.
HATMhatmSwitch the directory for the input file.
IREFLECT_MAX_EireflectSet the maximum energy for which to calculate the output spectrum.
IREFLECT_PRECISIONireflectSet the fractional precision for the Greens’ function adaptive integration.
REFLECT_MAX_EreflectSet the maximum energy for which to calculate the output spectrum.
REFLECT_PRECISIONreflectSet the fractional precision for the Greens’ function adaptive integration.
RFXCONV_DIRrfxconvdirectory to use for input model data files instead of the standard modelData directory.
RFXCONV_MAX_Erfxconvthe maximum energy for which to calculate the output spectrum.
RFXCONV_PRECISIONrfxconvprecision used in adaptive Gauss-Kronrod quadrature of the Greens’ function integral.
RGS_XSOURCE_FILErgsext, rgsxsrcset the file from which to read the image filename, boresight and extraction information.
SUZPSF-IMAGEsuzpsfSet image file to be used for surface brightness.
SUZPSF-RAsuzpsfSet RA for center surface brightness map which is taken from the WMAP.
SUZPSF-DECsuzpsfSet Dec for center surface brightness map which is taken from the WMAP.
SUZPSF-MIXFACT-IFILE#suzpsfSet filename to read mixing factors.
SUZSF-MIXFACT-OFILE#suzpsfSet filename to write mixing factors.
XILCONV_MAX_Exilconvmaximum energy for which to calculate the output spectrum.
XILCONV_PRECISIONxilconvprecision used in adaptive Gauss-Kronrod quadrature of Greens’ function integral.
XILCONV_DIRxilconvdirectory to use for ionization model filenames instead of the standard modelData directory.
XILCONV_VERSIONxilconvversion number of the xillver file, options are 3 and 5 (the default).
XMMPSF-IMAGExmmpsfSet image file to be used for surface brightness.
XMMPSF-RAxmmpsfSet RA for center surface brightness map which is taken from the WMAP.
XMMPSF-DECxmmpsfSet Dec for center surface brightness map which is taken from the WMAP.
XMMPSF-MIXFACT-IFILE#xmmpsfSet filename to read mixing factors.
XMMPSF-MIXFACT-OFILE#xmmpsfSet filename to write mixing factors.
XSCAT_DIRxscatChange directory used for model data files.
ZXIPCF_DIRzxipcfChange directory used for model data files.

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