1 | #ifndef util_class_psi3_libpsio_psifiles_h_
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2 | #define util_class_psi3_libpsio_psifiles_h_
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3 |
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4 | #define PSI_DEFAULT_FILE_PREFIX "psi"
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5 |
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6 | #define PSIF_CHKPT 32 /* new libpsio checkpoint file number */
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7 |
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8 | #define PSIF_OPTKING 1
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9 | #define PSIF_DSCF 31
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10 | #define PSIF_SO_TEI 33
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11 | #define PSIF_OEI 35
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12 | #define PSIF_SO_R12 38
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13 | #define PSIF_SO_R12T1 39
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14 | #define PSIF_DERINFO 40
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15 | #define PSIF_SO_PRESORT 41
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16 | #define PSIF_OLD_CHKPT 42 /* Until we have flexible PSIF_CHKPT this will store previous calculation info */
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17 | #define PSIF_CIVECT 43 /* CI vector from DETCI along with string and determinant info */
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18 |
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19 | #define PSIF_AO_DGDBX 44 /* B-field derivative AO integrals over GIAO Gaussians -- only bra-ket
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20 | permutational symmetry holds */
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21 | #define PSIF_AO_DGDBY 45
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22 | #define PSIF_AO_DGDBZ 46
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23 |
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24 | #define PSIF_MO_R12 79
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25 | #define PSIF_MO_R12T1 80
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26 |
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27 | #define PSIF_SO_PKSUPER1 92
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28 | #define PSIF_SO_PKSUPER2 93
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29 |
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30 | #define PSIF_MO_TEI 72
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31 | #define PSIF_MO_OPDM 73
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32 | #define PSIF_MO_TPDM 74
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33 | #define PSIF_MO_LAG 75
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34 | #define PSIF_AO_OPDM 76 /* PSIF_AO_OPDM also contains AO Lagrangian */
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35 | #define PSIF_AO_TPDM 77
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36 |
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37 | /*
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38 | ** MO Hessian File (also contains specialized integral and Fock lists.
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39 | ** See programs STABLE and CPHF for more info.
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40 | ** -TDC, 7/00
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41 | */
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42 | #define PSIF_MO_HESS 78
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43 | #define PSIF_CPHF 78
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44 |
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45 | /*
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46 | ** Additions for UHF-based transformations.
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47 | ** -TDC, 6/01
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48 | */
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49 | #define PSIF_MO_AA_TEI 81
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50 | #define PSIF_MO_BB_TEI 82
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51 | #define PSIF_MO_AB_TEI 83
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52 | #define PSIF_MO_AA_TPDM 84
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53 | #define PSIF_MO_BB_TPDM 85
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54 | #define PSIF_MO_AB_TPDM 86
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55 | #define PSIF_AA_PRESORT 87 /* AA UHF twopdm presort file */
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56 | #define PSIF_BB_PRESORT 88 /* BB UHF twopdm presort file */
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57 | #define PSIF_AB_PRESORT 89 /* AB UHF twopdm presort file */
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58 |
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59 | /* All of these one-electron quantities have been moved into PSIF_OEI
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60 | Most integrals are real Hermitian hence only lower triangle of the matrix is written out */
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61 | /* These macros give libpsio TOC strings for easy identification. */
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62 | #define PSIF_SO_S "SO-basis Overlap Ints"
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63 | #define PSIF_SO_T "SO-basis Kinetic Energy Ints"
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64 | #define PSIF_SO_V "SO-basis Potential Energy Ints"
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65 | #define PSIF_AO_S "AO-basis Overlap Ints"
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66 | #define PSIF_AO_MX "AO-basis Mu-X Ints"
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67 | #define PSIF_AO_MY "AO-basis Mu-Y Ints"
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68 | #define PSIF_AO_MZ "AO-basis Mu-Z Ints"
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69 | #define PSIF_MO_MX "MO-basis Mu-X Ints"
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70 | #define PSIF_MO_MY "MO-basis Mu-Y Ints"
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71 | #define PSIF_MO_MZ "MO-basis Mu-Z Ints"
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72 | #define PSIF_AO_QXX "AO-basis Q-XX Ints" /* Electric quadrupole moment integrals */
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73 | #define PSIF_AO_QXY "AO-basis Q-XY Ints"
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74 | #define PSIF_AO_QXZ "AO-basis Q-XZ Ints"
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75 | #define PSIF_AO_QYY "AO-basis Q-YY Ints"
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76 | #define PSIF_AO_QYZ "AO-basis Q-YZ Ints"
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77 | #define PSIF_AO_QZZ "AO-basis Q-ZZ Ints"
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78 |
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79 | /* These integrals are anti-Hermitian -- upper triangle has sign opposite of that of the lower triangle */
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80 | #define PSIF_AO_NablaX "AO-basis Nabla-X Ints" /* integrals of nabla operator */
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81 | #define PSIF_AO_NablaY "AO-basis Nabla-Y Ints"
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82 | #define PSIF_AO_NablaZ "AO-basis Nabla-Z Ints"
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83 |
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84 | /* These integrals are pure imaginary Hermitian. We write the full matrix of the imaginary part of these
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85 | integrals out (i.e. multiply by i=sqrt(-1) to get the integrals) */
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86 | #define PSIF_AO_LX "AO-basis LX Ints" /* integrals of angular momentum operator */
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87 | #define PSIF_AO_LY "AO-basis LY Ints"
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88 | #define PSIF_AO_LZ "AO-basis LZ Ints"
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89 | #define PSIF_AO_DSDB_X "AO-basis dS/dBx Ints" /* Overlap derivative integrals WRT B field */
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90 | #define PSIF_AO_DSDB_Y "AO-basis dS/dBy Ints"
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91 | #define PSIF_AO_DSDB_Z "AO-basis dS/dBz Ints"
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92 | #define PSIF_AO_DHDB_X "AO-basis dh/dBx Ints" /* One-electron derivative integrals WRT B field */
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93 | #define PSIF_AO_DHDB_Y "AO-basis dh/dBy Ints"
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94 | #define PSIF_AO_DHDB_Z "AO-basis dh/dBz Ints"
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95 | #define PSIF_AO_D2HDBDE_XX "AO-basis d2h/dBxdEx Ints" /* One-electron derivative integrals WRT E and B fields */
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96 | #define PSIF_AO_D2HDBDE_XY "AO-basis d2h/dBxdEy Ints"
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97 | #define PSIF_AO_D2HDBDE_XZ "AO-basis d2h/dBxdEz Ints"
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98 | #define PSIF_AO_D2HDBDE_YX "AO-basis d2h/dBydEx Ints"
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99 | #define PSIF_AO_D2HDBDE_YY "AO-basis d2h/dBydEy Ints"
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100 | #define PSIF_AO_D2HDBDE_YZ "AO-basis d2h/dBydEz Ints"
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101 | #define PSIF_AO_D2HDBDE_ZX "AO-basis d2h/dBzdEx Ints"
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102 | #define PSIF_AO_D2HDBDE_ZY "AO-basis d2h/dBzdEy Ints"
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103 | #define PSIF_AO_D2HDBDE_ZZ "AO-basis d2h/dBzdEz Ints"
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104 | #define PSIF_MO_DFDB_X "AO-basis dF/dBx Ints" /* Fock operator derivative integrals WRT B field */
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105 | #define PSIF_MO_DFDB_Y "AO-basis dF/dBy Ints"
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106 | #define PSIF_MO_DFDB_Z "AO-basis dF/dBz Ints"
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107 |
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108 | #define PSIF_MO_OEI "MO-basis One-electron Ints"
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109 | #define PSIF_MO_A_OEI "MO-basis Alpha One-electron Ints"
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110 | #define PSIF_MO_B_OEI "MO-basis Beta One-electron Ints"
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111 | #define PSIF_MO_FZC "MO-basis Frozen-Core Operator"
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112 | #define PSIF_MO_A_FZC "MO-basis Alpha Frozen-Core Oper"
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113 | #define PSIF_MO_B_FZC "MO-basis Beta Frozen-Core Oper"
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114 |
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115 | /* More macros */
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116 | #define PSIF_AO_OPDM_TRIANG "AO-basis OPDM triang"
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117 | #define PSIF_AO_LAG_TRIANG "AO-basis Lagrangian triang"
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118 | #define PSIF_AO_OPDM_SQUARE "AO-basis OPDM square"
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119 | #define PSIF_SO_OPDM "SO-basis OPDM"
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120 | #define PSIF_SO_OPDM_TRIANG "SO-basis triang"
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121 |
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122 | /* PSI return codes --- for new PSI driver */
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123 | #define PSI_RETURN_SUCCESS 0
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124 | #define PSI_RETURN_FAILURE 1
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125 | #define PSI_RETURN_ENDLOOP 2
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126 |
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127 | #endif
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128 |
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