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1D RISM ARMCI Aba2 Abm2 Ama2 Amm2 Analysis Archived Forum AvailableBasisSets BSE Basis Benchmarks Bq C2 C222 C222_1 C2Sc C2Sm CCCA_method CCSD Capabilities Cartesian coordinate input Cc Ccc2 Ccca Cccm Charge Citation Classical Methods Cm Cmc2_1 Cmca Cmcm Cmm2 Cmma Cmmm Compiling NWChem Constraints Containers Current_events DNTMC DPLOT Density Functional Theory for Molecules Developer Developer_Team Download ECCE_PRINT ECHO ECP EMSL_Arrows EPR pNMR ESP Electron Transfer Electronic Structure Analysis Examples Excited State Calculations F 43c F 43m F222 F23 F432 F4_132 FAQ FCIDUMP Fd 3 Fd 3c Fd 3m Fdd2 Fddd Fm 3 Fm 3c Fm 3m Fmm2 Fmmm Format_of_MD_Files Forum Forum_search Forum_search2 GW Gaussian Basis AIMD Geometry Optimization Geometry examples Geometry load Geometry Getting Started Guidelines for Authors Hartree Fock Theory for Molecules Hessians and Vibrational Frequencies Home Hybrid Approaches I 4 I 42d I 42m I 43d I 43m I 4c2 I 4m2 I222 I23 I2_12_12_1 I2_13 I4 I422 I432 I4Sm I4Smcm I4Smmm I4_1 I4_122 I4_132 I4_1Sa I4_1Sacd I4_1cd I4_1md I4cm I4mm Ia 3 Ia 3d Iba2 Ibam Ibca Im 3 Im 3m Ima2 Imm2 Imma Immm Interface Interfaces with External Software Introduction Keywords for the GEOMETRY directive Known Bugs MD MM_Parameters MP2 Memory Multiconfiguration_SCF NWChem Architecture Names of 3 dimensional space groups Nudged Elastic Band and Zero Temperature String Methods ONIOM Ongoing_Projects Other Capabilities Overview P 1 P 3 P 31c P 31m P 3c1 P 3m1 P 4 P 42_1c P 42_1m P 42c P 42m P 43m P 43n P 4b2 P 4c2 P 4m2 P 4n2 P 6 P 62c P 62m P 6c2 P 6m2 P1 P2 P222 P222_1 P23 P2Sc P2Sm P2_1 P2_12_12 P2_12_12_1 P2_13 P2_1Sc P2_1Sm P3 P312 P31c P31m P321 P3_1 P3_112 P3_121 P3_2 P3_212 P3_221 P3c1 P3m1 P4 P422 P42_12 P432 P4Sm P4Smbm P4Smcc P4Smmm P4Smnc P4Sn P4Snbm P4Sncc P4Snmm P4Snnc P4_1 P4_122 P4_12_12 P4_132 P4_2 P4_222 P4_22_12 P4_232 P4_2Sm P4_2Smbc P4_2Smcm P4_2Smmc P4_2Smnm P4_2Sn P4_2Snbc P4_2Sncm P4_2Snmc P4_2Snnm P4_2bc P4_2cm P4_2mc P4_2nm P4_3 P4_322 P4_32_12 P4_332 P4bm P4cc P4mm P4nc P6 P622 P6Sm P6Smcc P6Smmm P6_1 P6_122 P6_2 P6_222 P6_3 P6_322 P6_3Sm P6_3Smcm P6_3Smmc P6_3cm P6_3mc P6_4 P6_422 P6_5 P6_522 P6cc P6mm PDF Pa 3 Pba2 Pbam Pban Pbca Pbcm Pbcn Pc Pca2_1 Pcc2 Pcca Pccm Pccn Permanent_Dir Plane Wave Density Functional Theory Pm 3 Pm 3m Pm 3n Pm Pma2 Pmc2_1 Pmm2 Pmma Pmmm Pmmn Pmn2_1 Pmna Pn 3 Pn 3m Pn 3n Pna2_1 Pnc2 Pnma Pnn2 Pnna Pnnm Pnnn Potential Energy Surface Analysis Prepare Print_Noprint Properties Python QMMM QMMM_Appendix QMMM_Dynamics QMMM_ESP QMMM_Excited_States QMMM_FEP_Example QMMM_Free_Energy QMMM_Input_File QMMM_MM_Parameters QMMM_Parameters QMMM_Preparation_Prerequisites QMMM_QMMM_Parameters QMMM_QM_Parameters QMMM_References QMMM_Restart_and_Topology_Files QMMM_Transition_States QM_Parameters Qmmm_NEB_Calculations Qmmm_convergence Qmmm_density Qmmm_freq Qmmm_maxiter Qmmm_ncycles Qmmm_nsamples Qmmm_optimization Qmmm_preparation_basic Qmmm_preparation_constraints Qmmm_preparation_solvation Qmmm_region Qmmm_rename Qmmm_xyz Quantum Mechanical Methods Quantum Molecular Dynamics Quantum R 3 R 3c R 3m R3 R32 R3c R3m RT TDDFT Relativistic All electron Approximations Running SELCI SET STOP SYMMETRY Symmetry Group Input SYSTEM Lattice parameters for periodic systems Sample Scratch_Dir Software supporting NWChem Solvation Models Start_Restart Supplementary Information System Description TASK TCE TITLE Top level Tutorial Athens2018 Tutorial Slides Tutorials UNSET VEM Model VSCF Vibration XTB ZCOORD Forcing internal coordinates ZMATRIX Z matrix input ZMATRIX index mepgs projects qmmm_bq_zone qmmm_eref qmmm_example3 qmmm_example6 qmmm_example7 qmmm_introduction qmmm_link_atoms qmmm_link_ecp qmmm_load qmmm_method qmmm_mm_charges qmmm_sp_energy qmmm_sp_property tropt
5 Permanent_Dir
Edoardo Aprà edited this page 2022-05-25 02:38:26 +02:00
Table of Contents

PERMANENT_DIR

This start-up directive allows the user to specify the directory location of permanent files created by NWChem. NWChem distinguishes between permanent (or persistent) files and scratch (or temporary) files, and allows the user the option of putting them in different locations. In most installations, however, permanent and scratch files are all written to the current directory by default. What constitutes "local" disk space may also differ from machine to machine.

The PERMANENT_DIR directive enable the user to specify a single directory for all processes or different directories for different processes. The general form of the directive is as follows:

(PERMANENT_DIR) [(<string host>||<integer process>):]  <string directory>  [...]

NWChem User Documentation

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