1#CPQA DEPENDS N3dye_geoopt.inp 2 3&FORCE_EVAL 4 METHOD FIST 5 &MM 6 &PRINT 7 &DIPOLE 8 &END 9 &END 10 &FORCEFIELD 11 parm_file_name ../sample_pot/N3_dye.pot 12 parmtype CHM 13 &CHARGE 14 ATOM O 15 CHARGE -0.536000000 16 &END CHARGE 17 &CHARGE 18 ATOM OH 19 CHARGE -0.595000000 20 &END CHARGE 21 &CHARGE 22 ATOM C 23 CHARGE 0.622000000 24 &END CHARGE 25 &CHARGE 26 ATOM HO 27 CHARGE 0.446000000 28 &END CHARGE 29 &CHARGE 30 ATOM Ca1 31 CHARGE 0.220000000 32 &END CHARGE 33 &CHARGE 34 ATOM Ca2 35 CHARGE -0.427000000 36 &END CHARGE 37 &CHARGE 38 ATOM Ca3 39 CHARGE -0.312000000 40 &END CHARGE 41 &CHARGE 42 ATOM Ha1 43 CHARGE 0.185000000 44 &END CHARGE 45 &CHARGE 46 ATOM Ha2 47 CHARGE 0.157000000 48 &END CHARGE 49 &CHARGE 50 ATOM Ca4 51 CHARGE 0.268000000 52 &END CHARGE 53 &CHARGE 54 ATOM H4 55 CHARGE 0.086000000 56 &END CHARGE 57 &CHARGE 58 ATOM Nb 59 CHARGE -0.529000000 60 &END CHARGE 61 &CHARGE 62 ATOM Nt 63 CHARGE -0.529000000 64 &END CHARGE 65 &CHARGE 66 ATOM Ca5 67 CHARGE 0.415000000 68 &END CHARGE 69 &CHARGE 70 ATOM N2 71 CHARGE -0.722000000 72 &END CHARGE 73 &CHARGE 74 ATOM C1 75 CHARGE 0.417000000 76 &END CHARGE 77 &CHARGE 78 ATOM S2 79 CHARGE -0.6950000000 80 &END CHARGE 81 &CHARGE 82 ATOM Ru 83 CHARGE 2.000000000 84 &END CHARGE 85 &END FORCEFIELD 86 &POISSON 87 &EWALD 88 EWALD_TYPE pme 89 ALPHA .44 90 NS_MAX 25 91 &END EWALD 92 &END POISSON 93 &END MM 94 &SUBSYS 95 &CELL 96 ABC 16.955 16.955 16.955 97 &END CELL 98 &TOPOLOGY 99 CONNECTIVITY PSF 100 CONN_FILE_NAME ../sample_psf/N3_dye.psf 101! &GENERATE 102! BONDPARM COVALENT 103! BONDLENGTH_MAX 2.1 104!CREATE_MOLECULES 105! &END 106! &DUMP_PSF 107! &END 108 &END 109 &COORD 110O -6.9325064474 0.2249287951 -0.4043842355 111HO -7.7408217909 -1.1428174991 1.1948323965 112C -6.2423440895 -0.4634185725 0.3248893947 113OH -6.7745233954 -1.2523683003 1.2162819768 114Ca1 -4.7484783155 -0.4777550083 0.2555433681 115Ca3 -3.9885342959 -1.2860259381 1.1083428215 116Ha2 -4.4669191393 -1.9228689671 1.8543804277 117Ca4 -2.5923834638 -1.2402974634 1.0042535073 118H4 -1.9564712018 -1.8321178933 1.6573419385 119Nb -1.9306698969 -0.4615738344 0.0999616457 120Ca5 -2.6881130967 0.3399976535 -0.7123213503 121Ca2 -4.1002998249 0.3424948397 -0.6717178096 122Ha1 -4.7121722853 0.9771931837 -1.3079560550 123Ca5 -1.9425517766 1.1528020044 -1.5627380547 124Ca2 -2.5334330709 2.0533718362 -2.4702072074 125Ha1 -3.6099275872 2.1606607812 -2.5700755248 126Ca1 -1.7013643948 2.8616046265 -3.2519777986 127C -2.2670102280 3.8415557543 -4.2210373289 128OH -3.5679035754 3.8764201598 -4.3066860155 129O -1.5648959137 4.5615026137 -4.8966055009 130Ca3 -0.3153559384 2.7614908003 -3.1204256073 131Ha2 0.3413595705 3.3989765046 -3.7165603082 132Ca4 0.1992874981 1.8381148516 -2.2050001790 133H4 1.2685880527 1.7267924956 -2.0525832844 134Nt -0.5806228495 1.0166129383 -1.4459457696 135Ru 0.0815958337 -0.2614074219 -0.0238939637 136N2 0.4040513995 -1.6166310756 1.4224776225 137C1 0.6127089401 -2.5158020097 2.2242372688 138S2 0.8609382531 -3.7352434824 3.2365900720 139N2 0.1196897998 0.8545121426 1.6446006207 140C1 0.1049995943 1.6192367265 2.5981912848 141S2 0.0939715652 2.6670635273 3.8128596866 142Nt 0.3678959739 -1.2956265223 -1.7391335544 143Ca4 -0.5789681409 -2.0024655769 -2.4211376978 144H4 -1.5826240582 -1.9379633140 -2.0120771908 145Ca3 -0.3056912368 -2.7588693931 -3.5663050982 146Ha2 -1.0955166884 -3.3042758079 -4.0855447105 147Ca1 1.0152611571 -2.8096711511 -4.0223078400 148C 1.3969284077 -3.5887110958 -5.2335522659 149O 2.5423991649 -3.6401967696 -5.6272225529 150HO 8.0211836312 0.5030075118 -0.6086785591 151OH 0.4272413834 -4.2031271205 -5.8500918190 152Ca2 2.0135950761 -2.1231751813 -3.3302311367 153Ha1 3.0348094770 -2.1973703370 -3.6981408032 154Ca5 1.6640911479 -1.3859280369 -2.1832112108 155Ca5 2.6007380325 -0.7033632207 -1.4104556628 156Ca2 3.9815867066 -0.6970079519 -1.6974062635 157Ha1 4.4112962366 -1.2172089934 -2.5504109154 158Ca1 4.8513292481 -0.0321927172 -0.8287389430 159C 6.3166095488 -0.0585325690 -1.1221979305 160O 6.7612464262 -0.6297618927 -2.0953004302 161OH 7.0969289182 0.5479028236 -0.2686554776 162Ca3 4.3345018843 0.6249118840 0.2920288748 163Ha2 4.9933291181 1.1396621203 0.9930256362 164Ca4 2.9485059251 0.5857918272 0.5058736772 165H4 2.4949032356 1.0621834864 1.3712573711 166Nb 2.0730876452 -0.0472211481 -0.3305101342 167HO 0.8140727184 -4.6387236809 -6.6325738090 168HO -3.7887646613 4.5419511950 -4.9829484802 169 &END COORD 170 &KIND O 171 ELEMENT O 172 &END KIND 173 &KIND H4 174 ELEMENT H 175 &END KIND 176 &KIND Ca1 177 ELEMENT C 178 &END KIND 179 &KIND OH 180 ELEMENT O 181 &END KIND 182 &KIND Ca2 183 ELEMENT C 184 &END KIND 185 &KIND Ca3 186 ELEMENT C 187 &END KIND 188 &KIND Ha1 189 ELEMENT H 190 &END KIND 191 &KIND Ca4 192 ELEMENT C 193 &END KIND 194 &KIND Ha2 195 ELEMENT H 196 &END KIND 197 &KIND Nb 198 ELEMENT N 199 &END KIND 200 &KIND Ca5 201 ELEMENT C 202 &END KIND 203 &KIND C1 204 ELEMENT C 205 &END KIND 206 &KIND s2 207 ELEMENT S 208 &END KIND 209 &KIND ru 210 ELEMENT Ru 211 &END KIND 212 &KIND Nt 213 ELEMENT N 214 &END KIND 215 &KIND N2 216 ELEMENT N 217 &END KIND 218 &END SUBSYS 219 220&END FORCE_EVAL 221&GLOBAL 222 PROJECT bfgs_guess 223 RUN_TYPE NORMAL_MODES 224! RUN_TYPE GEO_OPT 225&END GLOBAL 226&MOTION 227 &GEO_OPT 228 MAX_ITER 20000 229 OPTIMIZER BFGS 230 MAX_DR 0.0001 231 &END 232 &PRINT 233 &RESTART OFF 234 &END 235 &RESTART_HISTORY OFF 236 &END 237 &END 238 &MD 239 ENSEMBLE NVT 240 STEPS 1000 241 TIMESTEP 0.05 242 TEMPERATURE 30 243 &THERMOSTAT 244 &NOSE 245 TIMECON 50 246 &END 247 &END 248 &END MD 249&END MOTION 250&VIBRATIONAL_ANALYSIS 251 NPROC_REP 4 252 DX 0.01 253 INTENSITIES 254 &PRINT 255 &PROGRAM_RUN_INFO ON 256 &END 257 &END 258 &MODE_SELECTIVE 259 FREQUENCY 1510 260 INITIAL_GUESS BFGS_HESS 261 RESTART_FILE_NAME N3_dye-geoopt-BFGS.Hessian 262 &END 263&END 264 265