simbad-lattice options

usage: simbad-lattice [-h] [-sg SPACE_GROUP] [-uc UNIT_CELL]
                      [-ccp4_jobid CCP4_JOBID] [-chunk_size CHUNK_SIZE]
                      [-debug_lvl {info,debug,warning,error,critical}]
                      [-name NAME] [-output_pdb OUTPUT_PDB]
                      [-output_mtz OUTPUT_MTZ] [-run_dir RUN_DIR]
                      [-results_to_display RESULTS_TO_DISPLAY]
                      [-tmp_dir TMP_DIR] [-work_dir WORK_DIR]
                      [-webserver_uri WEBSERVER_URI] [--cleanup]
                      [--display_gui] [--process_all] [--skip_mr] [--version]
                      [-nproc NPROC] [-submit_qtype {local,sge}]
                      [-submit_queue SUBMIT_QUEUE] [-latt_db LATT_DB]
                      [-max_lattice_results MAX_LATTICE_RESULTS]
                      [-max_penalty_score MAX_PENALTY_SCORE] [-F F]
                      [-SIGF SIGF] [-FREE FREE] [-DANO DANO]
                      [-SIGDANO SIGDANO] [-sga {enant,all}]
                      [-mr_program {molrep,phaser}]
                      [-refine_program {refmac5}]
                      [-refine_cycles REFINE_CYCLES] [-pdb_db PDB_DB]
                      [-phaser_kill PHASER_KILL]
                      mtz

Positional Arguments

mtz The path to the input mtz file

Named Arguments

-sg The space group to use
-uc The unit cell, format ‘a,b,c,alpha,beta,gamma’

Basic options

-ccp4_jobid Set the CCP4 job id - only needed when running from the CCP4 GUI
-chunk_size

Max jobs to submit at any given time

Default: 0

-debug_lvl

Possible choices: info, debug, warning, error, critical

The console verbosity level

Default: “info”

-name

The identifier for each job [simbad]

Default: “simbad”

-output_pdb Path to the output PDB for the best result
-output_mtz Path to the output MTZ for the best result
-run_dir

Directory where the SIMBAD work directory will be created

Default: “.”

-results_to_display
 

The number of results to display in the GUI

Default: 10

-tmp_dir Directory in which to put temporary files from SIMBAD
-work_dir Path to the directory where SIMBAD will run (will be created if it doesn’t exist)
-webserver_uri URI of the webserver directory - also indicates we are running as a webserver
--cleanup

Delete all data not reported by the GUI

Default: False

--display_gui

Show the SIMBAD GUI

Default: False

--process_all

Trial all search models

Default: False

--skip_mr

Skip Molecular replacement step

Default: False

--version Print the SIMBAD version

Cluster queue submission options

-nproc

Number of processors. For local, serial runs the jobs will be split across nproc processors. For cluster submission, this should be the number of processors on a node.

Default: 1

-submit_qtype

Possible choices: local, sge

The job submission queue type

Default: “local”

-submit_queue The queue to submit to on the cluster.

MTZ specific options

-F Flag for F column in the MTZ
-SIGF Flag for SIGF column in the MTZ
-FREE Flag for FREE column in the MTZ
-DANO Flag for the DANO column in the MTZ
-SIGDANO Flag for the SIGDANO column in the MTZ

Molecular Replacement specific options

-sga, --sgalternative
 

Possible choices: enant, all

Check alternative space groups

-mr_program

Possible choices: molrep, phaser

Path to the MR program to use.

Default: “molrep”

-refine_program
 

Possible choices: refmac5

Path to the refinement program to use.

Default: “refmac5”

-refine_cycles The number of refinement cycles to run [default: 30]
-pdb_db Path to local copy of the PDB, this is needed if there is no internet access
-phaser_kill

Time in minutes after which phaser will be killed (0 to leave running)

Default: 30