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pipeline:meridien:sp_higher_ord_abber [2021/03/16 11:29]
aali 		pipeline:meridien:sp_higher_ord_abber [2021/03/22 16:40]
aali
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 : The SPHIRE module provides a wrapper around the ctf refinement command. : The SPHIRE module provides a wrapper around the ctf refinement command.
  
-: After running the ctf refinement routine, the wrapper automatically converts the star file and apply beam tilt correction on the star2BDB converted stack so that it can be used directly for further processing. (still in test phase). +: After running the ctf refinement routine, the wrapper automatically converts the star file and apply beam tilt correction on the star2BDB converted stack so that it can be used directly for further processing. (still in test phase).
  
 </code> </code>
  
 ===== Input ===== ===== Input =====
 +
 === Main Parameters === === Main Parameters ===
  
-  ; post_refine_folder : Input folder is the directory where the results of the post refiner are present and python routine automatically locates all the required files used for ctf refinement. (default required string) +  ; post_refine_folder : : Input folder is the directory where the results of the post refiner are present and python routine automatically locates all the required files used for ctf refinement. (default required string)  
-  ; output_folder :  Output folder is the directory where all the results of the ctf refinement are saved. (default required string) +  ; output_folder : : Output folder is the directory where all the results of the ctf refinement are saved. (default required string)  
-  ; %%--%%estimate_magnification :  Estimate magnification of dataset . (default False) +  ; <nowiki>--</nowiki>estimate_magnification : : Estimate magnification of dataset . (default False)  
-  ; %%--%%estimate_beamtilt :  Estimate beamtilt from the dataset. (default False)  +  ; <nowiki>--</nowiki>estimate_beamtilt : : Estimate beamtilt from the dataset. (default False)  
-  ; %%--%%estimate_trefoil : estimate 3-fold astigmatism per optics group .(default False)  +  ; <nowiki>--</nowiki>estimate_trefoil : : estimate 3-fold astigmatism per optics group .(default False)  
-  ; %%--%%estimate_order_aberation : Estimate the 4th order aberation .(default False)  +  ; <nowiki>--</nowiki>estimate_order_aberation : : Estimate the 4th order aberation .(default False)  
-  ; %%--%%perform_CTF_params_fit :  Perform CTF parameter fitting. (default False) +  ; <nowiki>--</nowiki>perform_CTF_params_fit : : Perform CTF parameter fitting. (default False)  
-  ; %%--%%fit_defocus_micrograph : Fit defocus based on micrographs. (default False)  +  ; <nowiki>--</nowiki>fit_defocus_micrograph : : Fit defocus based on micrographs. (default False)  
-  ; %%--%%fit_defocus_particle : Fit defocus based on particles. (default False)  +  ; <nowiki>--</nowiki>fit_defocus_particle : : Fit defocus based on particles. (default False)  
-  ; %%--%%fit_astigmatism_micrograph : Fit astigmatism based on micrographs .(default False)  +  ; <nowiki>--</nowiki>fit_astigmatism_micrograph : : Fit astigmatism based on micrographs .(default False)  
-  ; %%--%%fit_astigmatism_particle : Fit astigmatism based on particles. (default False)  +  ; <nowiki>--</nowiki>fit_astigmatism_particle : : Fit astigmatism based on particles. (default False)  
-  ; %%--%%fit_bfactor_micrograph : Fit bfactor based on micrographs. (default False) +  ; <nowiki>--</nowiki>fit_bfactor_micrograph : : Fit bfactor based on micrographs. (default False)  
-  ; %%--%%fit_bfactor_particle :  Fit bfactor based on particles. (default False) +  ; <nowiki>--</nowiki>fit_bfactor_particle : : Fit bfactor based on particles. (default False)  
-  ; %%--%%fit_phase_shift_micrograph :  Fit phase shift estimation for micrographs .(default False)  +  ; <nowiki>--</nowiki>fit_phase_shift_micrograph : : Fit phase shift estimation for micrographs .(default False)  
-  ; %%--%%fit_phase_shift_particle :  Fit phase shift estimation for particles. (default False)  +  ; <nowiki>--</nowiki>fit_phase_shift_particle : : Fit phase shift estimation for particles. (default False)  
-  ; %%--%%min_res_fit : minimum resolution value for fitting (default 30.0) +  ; <nowiki>--</nowiki>min_res_fit : : minimum resolution value for fitting (default 30.0)  
-  ; %%--%%submission_template :  Submission template for MPI command. In case of running this tool on a cluster, always a submission template. The number of MPI processors and threads in the submission template should be the same as the one specified below in the MPI procs and threads value.(default none) +  ; <nowiki>--</nowiki>submission_template : : Submission template for MPI command. In case of running this tool on a cluster, always a submission template. The number of MPI processors and threads in the submission template should be the same as the one specified below in the MPI procs and threads value.(default none) ; ; <nowiki>--</nowiki>submission_command : : Submission commmand for cluster (default sbatch) ; ; <nowiki>--</nowiki>relion_mpirun_executable : : Since there can be more than one mpirun environment installed on a workstation or on a cluster. It can be sometimes necessary to provide the relion specific mpirun executable. Just type which mpirun -a in a terminal and choose the one which relion requires. (default mpirun) ; ; <nowiki>--</nowiki>relion_ctfrefine_executable : : Similar to the issue of relion mpirun executable, it can be sometime necessary to provide the specific relion polishing executable also. Just type which relion_ctf_refine_mpi and copy the path here. (default relion_ctf_refine_mpi) ; ; <nowiki>--</nowiki>mpi_procs : : The number of MPI processors used for Relion multiprocessing. For training part only one MPI processors is used. In case when running the program on cluster, the MPI processors value should be same as used in the submission template.(default 1) ; ; <nowiki>--</nowiki>no_of_threads : : The number of threads use during the polishing. In case when running the program on cluster, the thread value should be same as used in the submission template.(default 1)
-  ; %%--%%submission_command : Submission commmand for cluster (default sbatch) +
-  ; %%--%%relion_mpirun_executable :  Since there can be more than one mpirun environment installed on a workstation or on a cluster. It can be sometimes necessary to provide the relion specific mpirun executable. Just type which mpirun -a in a terminal and choose the one which relion requires. (default mpirun) +
-  ; %%--%%relion_ctfrefine_executable : Similar to the issue of relion mpirun executable, it can be sometime necessary to provide the specific relion polishing executable also. Just type which relion_ctf_refine_mpi and copy the path here. (default relion_ctf_refine_mpi) +
-  ; %%--%%mpi_procs :  The number of MPI processors used for Relion multiprocessing. For training part only one MPI processors is used. In case when running the program on cluster, the MPI processors value should be same as used in the submission template.(default 1) +
-  ; %%--%%no_of_threads :  The number of threads use during the polishing. In case when running the program on cluster, the thread value should be same as used in the submission template.(default 1)+
  
-\\ 
 === Advanced Parameters === === Advanced Parameters ===
  
-  ; %%--%%mrc_reloc_folder : In case if the mrcs images were moved from original location where they were generated to a new location. Then the user has to provide a path directory link to the new location . (default none)+; ; <nowiki>--</nowiki>mrc_reloc_folder : : In case if the mrcs images were moved from original location where they were generated to a new location. Then the user has to provide a path directory link to the new location . (default none)
  
 ===== Output ===== ===== Output =====
-  ; particles_ctf_refine.star : Output star file for ctf refined stack. + 
-  ; bdb:ctfrefine_stack : : Ctf refined particles stack. (still in test phase) +; ; particles_ctf_refine.star : : Output star file for ctf refined stack. 
-  ; BDB2STAR : Using sphire2relion tool , the bdb stack is converted to star file so that it can be used in relion. The star file is saved in BDB2STAR folder. +; ; bdb:ctfrefine_stack : :  Ctf refined particles stack. (still in test phase) 
-  ; PostProcess : Since the input to the tool is Post refiner directory, the tool can automatically create the necessary file in PostProcess folder which is necessary to provide for ctf refinement.+; ; BDB2STAR : : Using sphire2relion tool , the bdb stack is converted to star file so that it can be used in relion. The star file is saved in BDB2STAR folder.  
 +; ; PostProcess : : Since the input to the tool is Post refiner directory, the tool can automatically create the necessary file in PostProcess folder which is necessary to provide for ctf refinement.
  
 =====   ===== =====   =====
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 <code> <code>
-module unload sphire (unload the module sphire) +module unload sphire (unload the module sphire)
  
-module load sphire/clem/Polishing_SPHIRE_v1.2 or sphire/clr/Polishing_SPHIRE_v1.2 (this has to be done only in case if you have a different installation then the default one, since this tool is still not released, the git branch is different). +module load sphire/clem/Polishing_SPHIRE_v1.2 or sphire/clr/Polishing_SPHIRE_v1.2 (this has to be done only in case if you have a different installation then the default one, since this tool is still not released, the git branch is different).
  
 module load relion module load relion
pipeline/meridien/sp_higher_ord_abber.txt · Last modified: 2021/03/22 16:49 by aali

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