function()
{
#program list.of.objects()
#
#Lists the objects of the projection data structure operated on by input.routine.1()
#project() and output.routine.1().
#
	write.ascii(list.of.objects)
	print("aa        number of single years of age (a)")
	print("dd        number of single years of duration (d)")
	print("tt        number of single years of time (including initial distribution)")
	print("xs        inactive (fe)males (age by time)")
	print("ys        active uninfected (fe)males (age by time)")
	print("zs        infected (fe)males (age by duration by time)")
	print("mu.s      force of mortality (non-HIV related causes) for (fe)males (age by time)")
	print("mu.sb     same for births rather than initial population")
	print("upsilon.s force of becoming active for inactive (fe)males (age by time)")
	print("tau.s     force of becoming inactive for active (fe)males (age by time)")
	print("lamda.s   force of new infection for active (fe)males (age by time)")
	print("alpha     force of mortality (HIV-related causes, both sexes, age by duration, by time)")
	print("iota.s    additive force of new infection parameter (age by time)")
	print("kappa.s   time-invariant component of multiplier (age)")
	print("theta.s   time-varying component of multiplier (age by time)")
	print("xds       deaths of inactive (fe)males (age by time)")
	print("xys       inactive (fe)males moving to active status (age by time)")
	print("yds       active (fe)males dying (age by time)")
	print("yxs       active (fe)males moving to inactive status (age by time)")
	print("yzs       active (fe)males becoming infected (age by time)")
	print("zds       infected (fe)males dying of non-HIV related causes (age by duration by time)")
	print("zas       infected (fe)males dying of HIV related causes (age by duration by time)")
	print("ubds      uninfected (fe)male births dying of non-HIV related causes")
	print("ibds      infected (fe)male births dying of non-HIV-related causes")
	print("ibas      infected (fe)male births dying of HIV-related causes")
	"a=age, d=duration, t=time, x=inactive, y=active, z=infected, d=dead, s=(female,male)"
}