!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!System Information!!!!!!!!!! !!!!PKH3 Reactive Scattering!!!! !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! $Title_Labels Title1='H+H2 reactive scattering using PK2 potential' Title2='channel(1)=HH+H, channel(2)=HH+H channel(3)=HH+H' Title3='H3 Porter-Karplus PES' $END Title_Labels $PotentialNames PES_Name='H3 Porter-Karplus PES ' $end $Atoms AtomicSymbol= 'H','H','H' MassNumber= 1, 1, 1 $end $momentum jtot=0, parity=0, nsymc=T, F, F, jeven=T, jref=0, megacoup=0, megamax=0 $end !!!!!!!!!!!!!!!!!!! !!!!Sector Data!!!! !!!!!!!!!!!!!!!!!!! $SectorDef RhoStart=2.1000d0 RhoStartABM_APH=8.100d0 RhoStartDelves=8.1000d0 RStartJacobi=8.1000d0 NSectors=31 JacobiProp=.False. DVRBasis=.True. FEMBasis=.False. PDAFBasis=.False. CallBound3D=.False. $end !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!Analytical Basis Method Data for Surface Functions!!!! !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! $quantum minvib= 0 0 0 maxvib= 4 4 4 jmin(0,1,0)= 5*0, jmax(0,1)= 5*6 jmin(0,2,0)= 5*0, jmax(0,2)= 5*6 jmin(0,3,0)= 5*0, jmax(0,3)= 5*6 $end $basis_n lam_n=105, ! Sum is the number of propagation channels (105) lamfst=0, ! Starting index of Lam_n lamlst=0 ! Beginning index of Lam_n $end $gauss old_way= T npow= 0, 0, 0 nglegn= 46,46,46, nhermt= 25,25,25, nlegndre= 6, 6, 6 !Set equal to jmax(0,tau) intwt= 1, 1, 1, rx= 1.085000D0 1.085000D0 1.085000D0, re= 1.401120D0 1.401120D0 1.401120D0, zeta= 1.000000D0 1.000000D0 1.000000D0, delta= 0.010000D0 0.010000D0 0.010000D0, weau= 2.00534D-02 2.00534D-02 2.00534D-02, wexeau=5.52847D-04 5.52847D-04 5.52847D-04, ralpha=3.166000D0 3.166000D0 3.166000D0, balpha=1.000000D0 1.000000D0 1.000000D0, calpha=0.920000D0 0.920000D0 0.920000D0, dalpha=0.030000D0 0.030000D0 0.030000D0, anharm=0.800000D0 0.800000D0 0.800000D0, $end $integopt int_opt='ABM_Integrals' $end !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!Discrete Variable Representation Data for Surface Functions!! !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! $system Num_DVR_Sectors=3, nchisec= 40 ,100 ,120 ,0 ,0 !nchisec=40 nthesec= 20 ,50 ,60 ,0 ,0 !nthisec=20 rendsec=6.00d0,8.00d0,12.0d0,0.0d0, potmsec=3.90d0,3.90d0,3.90d0,0.0d0, pevmsec=3.50d0,2.60d0,2.60d0,0.0d0, rho1=2.1d0, peigv=.False., debug=.False., ltheta=0, matelem=.True., h3sys=.True., fbrtr=.False., rhofbr1=11.80d0, rhofbr2=11.99d0, nsfunc=105, nrow=5, ncol=5, ngood1=51, ngood2=51, initsec=1, nrhomx=31, fmpotma=1.500d0, pointg='cs', medium=.true. $end $sysu jevenu=.true.,iparu=0,jtotu=0,megau=0,cstestu=.False., pointu='c2v', nrhos1u=1, rhos1u=2.1d0, pevms1u=4.d0 $end $fbr nsfunc=105 ! must equal lmax=50 ! must equal nthesec mmax=100 ! must equal nchisec nsym=1 $end $rstart restart=.False., nbreak=100, irhost=3 $end $dipole nsurf=1 $end !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!Diatomic Basis and Triatomic Basis!!!! !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! $rhovalue rhoval= 8.10d0 $end $DAF_BoundDiatomic nd_daf=40 ndaf=2 mval=32 NBoundDiatomic=13, diag_opt=2 SetPotToZero=.False. direct=.true. jtot=0 $end DAF_BoundDiatomic $DAF_Bound3d nd_daf=40 ndaf=2 mval=32 NBound3D=19, diag_opt=2 SetPotToZero=.False. direct=.true. jtot=0 $end DAF_Bound3d !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !Experimental Spectroscopic Data used for Checking DiatomicBasis! !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! $spectro diatom='H-H ','H-H ','H-H ' wecm= 0.4401213d+04, 0.4401213d+04, 0.4401213d+04 wexecm= 0.1213360d+03, 0.1213360d+03, 0.1213360d+03 weyecm= 0.8129000d+00, 0.8129000d+00, 0.8129000d+00 becm= 0.6085300d+02, 0.6085300d+02, 0.6085300d+02 decm= 0.4710000d-01, 0.4710000d-01, 0.4710000d-01 alfecm= 0.3062200d+01, 0.3062200d+00, 0.3062200d+00 reau= 0.1401081d+01, 0.1401081d+01, 0.1401081d+01 vshift= 0.0000000d+00, 0.0000000d+00, 0.0000000d+00 $end $TotEnergy efirst= 1.102479266030699d-2, deltaeng= 3.674930886769200d-4, nenergy= 101 $end