*Generate PSF set for cedric system * bomblev -2 $SET$ ! Read in Topology and Parameter files $LIB$ ! Read sequence from the CRD coordinate file open unit 1 card read name @path/scr/@rep/cedric-p.conf_@conf-cha.crd.his read sequ coor unit 1 ! now generate the PSF and also the IC table (SETU keyword) generate b setu ! Read sequence from the CRD coordinate file open unit 1 card read name @path/scr/@rep/cedric-s.conf_@conf-cha.crd.his read sequ coor unit 1 ! now generate the PSF and also the IC table (SETU keyword) generate c setu ! Read sequence from the CRD coordinate file open unit 1 card read name @path/scr/@rep/cedric-t.conf_@conf-cha.crd.his read sequ coor unit 1 ! now generate the PSF and also the IC table (SETU keyword) generate d setu ! Read sequence from the CRD coordinate file open unit 1 card read name @path/scr/@rep/cedric_cfb.conf_@conf-cha.crd.his read sequ coor unit 1 ! now generate the PSF and also the IC table (SETU keyword) generate e setu ! Read sequence from the CRD coordinate file open unit 1 card read name @path/scr/@rep/cedric_rcfb.conf_@conf-cha.crd.his read coor card unit 1 close unit 1 ! Join the proteic chains and the ligand into one chain join B C renu join B D renu join B E renu ! print all coordinates: undefined coordinates are indicated as ! 9999.00 print coor ! write out the protein structure file (psf). open write formatted unit 27 name @path/scr/@rep/cedric_rcfb.conf_@conf.dyna_desolv.psf write psf card unit 27 * PSF for cedric protein ! write out the protein structure file (pdb). open write formatted unit 10 name @path/scr/@rep/cedric_rcfb.conf_@conf.pdb write coor pdb unit 10 * PDB for cedric protein stop