#demonstration setup for binary star, with 2 planets, of which one
#has a moon and the other has a ring

#general parameters
sunit  Rsol    #units for size
tunit  day     #unit for time
lunit  Lsol    #unit for luminosity
munit  Msol    #unti for mass


oflag  0        #0: output is system-luminosity
		#1: output is a relative flux loss
		#2: output are magnitude variations (set lunit to 'mag'!)


tflag	0	#0: generate time-points from tinit,tinc,tfin
		#1: use timepoints given in file 'infilename
		#2: add model to data given in file 'infilename'. 

infilename    none.lc #name of input file, not needed if tflag = 0



wflag  1       #1: write lightcurve to file, 0: dont't do it
lcfilename out.test  #name of output lightcurve


tinit  1234500.0
tfin   1234600.5
tinc   0.02	stepsize of time in units 'tunit'
gsize  12       sidelength of 2D array representing bodies' geometric form.

#below entries for the objects


#entries for star object
0type  star        #type of object
0radi  0.5         #radius of object
0mass  0.1        #mass of obj
0period  2.0   #period; if 0.0 then is fixed
0phase   0.4   #posital phase [0-1]
0inclin  85        #inclination of orbit;0=face-on, 90=edge-on
0rdist   1       #distance from coord. ctr
0lum     1         #luminosity of object
0limbd 0.5         #limb-darkening coeficcient, for stars only

#entries for star object
1type  star        #type of object
1radi  0.25         #radius of object
1mass  0.1        #mass of obj
1period  2.0   #period; if 0.0 then is fixed
1phase   0.9   #posital phase [0-1]
1inclin  85        #inclination of orbit;0=face-on, 90=edge-on
1rdist   1       #distance from coord. ctr
1lum   0.1         #luminosity of object
1limbd 0.5         #limb-darkening coeficcient, for stars only

#define planet
2type  planet
2radi  0.05         #radius of object
2mass  0.001        #mass of obj
2period  7.3   #period; if 0.0 then is fixed
2phase   0.95   #posital phase [0-1]
2inclin  90.0        #inclination of orbit; 0=face-on, 90=edge-on
2rdist   10.0       #distance from coord. ctr


#define moon
3type moon
3radi  0.03
3mass  0.0005        #mass of obj
3period  1.1
3phase 0.25
3inclin  45.0        #inclination of orbit; 0=face-on, 90=edge-on
3rdist   0.15       #distance from coord. ctr
3mainobj  2   #number of associated central object

#define planet
4type  planet
4radi  0.02         #radius of object
4mass  0.001        #mass of obj
4period  4.1   #period; if 0.0 then is fixed
4phase   0.70   #posital phase [0-1]
4inclin  90.0        #inclination of orbit; 0=face-on, 90=edge-on
4rdist   4.0       #distance from coord. ctr


#define ring
5type ring
5radi  0.2       #in ring: outer radius
5mass  0.0002
5period  0
5phase 0.0
5inclin  30        #inclination of ring; 0=face-on, 90=edge-on 
5rdist   0.1       #in ring: inner radius
5mainobj  4   #associated central object
5transp  0.8   #transparency of ring FACE-ON (at inclin=0), 0=opaque,1=transp