Make orientational distribution plot.csh: Difference between revisions
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#!/usr/bin/env csh | #!/usr/bin/env csh | ||
set rootname=$1 | set rootname=$1 | ||
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# | # | ||
set scale_sphere_size = 10 | set scale_sphere_size = 10 | ||
set modelstar=${rootname}_it0${iter} | set modelstar=${rootname}_it0${iter}_half1_model.star | ||
set samplstar=${rootname}_sampling.star | set samplstar=${rootname}_it0${iter}_sampling.star | ||
set optstar=${rootname}_it0${iter}_optimiser.star | set optstar=${rootname}_it0${iter}_optimiser.star | ||
# | # | ||
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rm -f tmp0 tmp1 tmp2 | rm -f tmp0 tmp1 tmp2 | ||
echo "done! Use UCSF Chimera to visualise the BILD files (you may need to change the origins of your maps in the Volume Viewer window" | echo "done! Use UCSF Chimera to visualise the BILD files (you may need to change the origins of your maps in the Volume Viewer window" | ||
Latest revision as of 13:26, 13 November 2017
#!/usr/bin/env csh set rootname=$1 set iter=$2 # set scale_sphere_size = 10 set modelstar=${rootname}_it0${iter}_half1_model.star set samplstar=${rootname}_it0${iter}_sampling.star set optstar=${rootname}_it0${iter}_optimiser.star # set nrclasses = `grep _rlnNrClasses ${modelstar}|awk '{print $2}'` set radius = `grep _rlnParticleDiameter ${optstar} | awk '{print $2/2}'` relion_star_printtable ${samplstar} data_sampling_directions | awk '{i++; print i, $0}' > tmp0 set iclass = 0 while ($iclass < $nrclasses) @ iclass++ relion_star_printtable ${modelstar} data_model_pdf_orient_class_${iclass} | awk '{i++; print i, $0}' > tmp1 join tmp0 tmp1 | awk '{print $1,6,$2,$3,0,0,0,$4}' > tmp2 set bildfile=${rootname}_it0${iter}_class${iclass}_orientdist.bild xmipp_angular_distribution_show -ang tmp2 -bild ${bildfile} -wcol 5 -r ${scale_sphere_size} -R ${radius} echo "written: " ${bildfile} end rm -f tmp0 tmp1 tmp2 echo "done! Use UCSF Chimera to visualise the BILD files (you may need to change the origins of your maps in the Volume Viewer window"