 What range of masses do you want (low, high)?
 The following models are available.
 1 dam97
 4 siessz02
 5 newbaraffe
 6 newbaraffe_19
 7 siessz01
 8 padova
 9 geneva
 10 user
 What model number do you want?
 The available CMDs are 
 1 V vs V-I   (Jeffries/Naylor)
 2 I vs R-I   (Jeffries/Naylor)
 3 I vs I-K   (Jeffries/Naylor)
 4 V vs B-V   (Jeffries/Flower)
 5 U-B vs B-V   (Jeffries/Jeffries)
 14 V vs B-V   (Bessell (solar abundance))
 15 U-B vs B-V   (Bessell (solar abundance))
 21 V vs V-I   (As supplied with isochrone.)
 22 I vs R-I   (As supplied with isochrone.)
 23 I vs I-K   (As supplied with isochrone.)
 24 V vs B-V   (As supplied with isochrone.)
 25 U-B vs B-V   (As supplied with isochrone.)
 34 V vs B-V   (Bessell Tycho  (solar abundance))
 41 V vs V-I   (Kenyon & Hartmann (1995).)
 What colour number do you want?
 What binary fraction do you want?
 What range of ages do you want?
 Doing  10. Myr.
 With  1000000  simulated objects.
 Created  10.  percent of stars.
 Created  20.  percent of stars.
 Created  30.  percent of stars.
 Created  40.  percent of stars.
 Created  50.  percent of stars.
 Created  60.  percent of stars.
 Created  70.  percent of stars.
 Created  80.  percent of stars.
 Created  90.  percent of stars.
 Created  100.  percent of stars.
 There were  1000000  usable stars.
 Grid will be  556 4232
 Placed  10.  percent of stars in grid.
 Placed  20.  percent of stars in grid.
 Placed  30.  percent of stars in grid.
 Placed  40.  percent of stars in grid.
 Placed  50.  percent of stars in grid.
 Placed  60.  percent of stars in grid.
 Placed  70.  percent of stars in grid.
 Placed  80.  percent of stars in grid.
 Placed  90.  percent of stars in grid.
 Placed  100.  percent of stars in grid.
 Written file geneva_V_B-V_00010.00.fit
