TASK\CHARACTER "Gravitational lens model" LENSMODEL$ "M2"
TASK\REAL "Hubble constant (km/s/Mpc)" HUBBLE$ 50
TASK\REAL "Matter, radiation and vacuum densities" OMEGA$[3]  1 0 0
TASK\REAL "Source and lens: z (positive) or Da (negative)" Z$[2]  3.911 3
SAY " "
TASK\REAL "Gaussian source fwhm1 (arcs) plus/minus Gaussian fwhm2" FWHM$[2]  0.068 0.068
TASK\REAL "Source position (arcsec from line-of-sight to lens)" XYSH$[2]  0.002 0.000
SAY " "
TASK\INTEGER "Field sampling (number of pixel per row < 65537)" MAXPIX$ 1000
TASK\REAL "Pixel sampling (arcs)" STEP$ 0.0023
TASK\LOGICAL "Compute caustic and critical lines" CAU$ YES
TASK\LOGICAL "Compute time delay" DELAY$ NO
TASK\INTEGER "Compute image (0), test-'grid' (1) or external image 'qe.gl' (2)" TEST$ 0
SAY " "
!
TASK\MORE "M0 : Point mass"
TASK\REAL "Lens mass (Tera Msun)" LENSMASS$ .18
!
TASK\MORE "M1 : SIS (Singular Isothermal Sphere)"
TASK\REAL "Velocity dispersion (km/s), Einstein-radius (arcs) if negative" SIGMAVL1$ -0.29
!
TASK\MORE "M2 : SIE (Elliptical Potential)"
TASK\REAL "Velocity dispersion (km/s), Einstein-radius (arcs) if negative" SIGMAVL2$ -0.35
TASK\REAL "Deflector ellipticity (spheroidal = 0)" ELLIP2$ 0.012
TASK\REAL "Deflector core size (arcs)" CORE2$ 0.21
TASK\REAL "Deflector position angle (deg from North to East)" PA2$ 79
!
TASK\MORE "M3 : SPLS (Softened Power-Law Sphere)"
TASK\REAL "Velocity dispersion (km/s), Einstein-radius (arcs) if negative" SIGMAVL3$ 230
TASK\REAL "Power-Law Index for Mass Distribution" ETA3$ 1.0
TASK\REAL "Deflector core size (arcs)" CORE3$ 0.0
TASK\REAL "Shear amplitude (arcs)" GAMMA3$ 0.0
TASK\REAL "Shear angle (deg)" PHIG3$ 78.3
!
TASK\MORE "M4 : King Profile - Falco, Gorenstein, Shapiro (FGS)"
TASK\REAL "Mass of the black hole (TeraMsun)" MBH4$ 0.2
TASK\REAL "Velocity dispersion (km/s), Einstein-radius (arcs) if negative" SIGMAVL4$ 230
TASK\REAL "Deflector core size (arcs)" CORE4$ 0.0
TASK\REAL "Shear amplitude (arcs)" GAMMA4$ 0.0
TASK\REAL "Shear angle (deg)" PHIG4$ 78.3
!
TASK\MORE "M5 : SPEMD (Softened Power-Law Elliptical Mass Distribution)"
TASK\REAL "Velocity dispersion (km/s), Einstein-radius (arcs) if negative" SIGMAVL5$ 230
TASK\REAL "Power-Law Index for Mass Distribution" ETA5$ 1.0
TASK\REAL "Deflector ellipticity (spheroidal = 0)" ELLIP5$ 0.05
TASK\REAL "Deflector core size (arcs)" CORE5$ 0.0
TASK\REAL "Deflector position angle (deg from North to East)" PA5$ 11.8
TASK\REAL "Shear amplitude (arcs)" GAMMA5$ 0.0
TASK\REAL "Shear angle (deg)" PHIG5$ 78.3
!
TASK\MORE "M6 : FGSE (with elliptical core)"
TASK\REAL "Mass of the black hole (TeraMsun)" MBH6$ 0.2
TASK\REAL "Velocity dispersion (km/s), Einstein-radius (arcs) if negative" SIGMAVL6$ 230
TASK\REAL "Deflector ellipticity (spheroidal = 0)" ELLIP6$ 0.05
TASK\REAL "Deflector core size (arcs)" CORE6$ 0.0
TASK\REAL "Deflector position angle (deg from North to East)" PA6$ 11.8
TASK\REAL "Shear amplitude (arcs)" GAMMA6$ 0.0
TASK\REAL "Shear angle (deg)" PHIG6$ 78.3
!
TASK\MORE "M7 : FGSE + Cluster"
TASK\REAL "Mass of the black hole (TeraMsun)" MBH7$ 0.2
TASK\REAL "Velocity dispersion (km/s), Einstein-radius (arcs) if negative" SIGMAVL7$ 230
TASK\REAL "Velocity dispersion (km/s) of the Cluster" SIGMAVC7$ 350
TASK\REAL "Cluster position (arcsec from line-of-sight to lens)" TCL7$[2]  13.7 6.9
TASK\REAL "Deflector ellipticity (spheroidal = 0)" ELLIP7$ 0.05
TASK\REAL "Deflector core size (arcs)" CORE7$ 0.0
TASK\REAL "Deflector position angle (deg from North to East)" PA7$ 11.8
!
TASK\MORE "M8 : SPEMD + Cluster"
TASK\REAL "Velocity dispersion (km/s), Einstein-radius (arcs) if negative" SIGMAVL8$ 230
TASK\REAL "Velocity dispersion (km/s) of the Cluster" SIGMAVC8$ 350
TASK\REAL "Cluster position (arcsec from line-of-sight to lens)" TCL8$[2]  13.7 6.9
TASK\REAL "Power-Law Index for Mass Distribution" ETA8$ 1.0
TASK\REAL "Deflector ellipticity (spheroidal = 0)" ELLIP8$ 0.05
TASK\REAL "Deflector core size (arcs)" CORE8$ 0.0
TASK\REAL "Deflector position angle (deg from North to East)" PA8$ 11.8
TASK\REAL "Shear amplitude (arcs)" GAMMA8$ 0
TASK\REAL "Shear angle (deg)" PHIG8$ 78.3
TASK\GO

