data.in

F,T				! Verbose mode, code timing
1,2,3,4 		! npwave, npdbl, ndouble, ltmax
1.0, 1.0, 1.0 	! formcut, regcut, expcut 
F,T				! showplots: Basis functions, Wave functions
F,1				! Calculate overlaps for free hamiltonian and Sin(kr) (0=analytic, 1=numeric, 3=both)
F,2				! Calculate expectation values for H atom <r^p>, max |p| to calc
T,0				! Calculate oscillator strengths of 1s->np for H atom (0=analytic, 1=numeric, 3=both)
50,0.01		! Rmax(even num), stepsize: parameters that control the R grid
1				! BasisType: =0 gaussian, =1 complex gaussians
0, 1			! l_i, l_f: Angular Momenta to loop over
0.2, 80, 15 	! r1, rN, N(nfancy)/for comp x2: parameters Gaussian basis functions
1.5				! alpha, parameter of comp-gaussians 
1.0	 			! mu: The reduced mass of the system
1E-80 , 1E80	! lowtol, hightol: controls the low and high cutoff vals for basis
3				! Vstat:The potential of the system, use the legend below 
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!	1) V(r)=0, i.e. free Hamiltonian 		 	!!
!!	2) V(r)=r^2 								!!
!!	3) V(r)=1/r									!!
!!	4) V(r)=exp(-mu r^2)						!!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!