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## gridftp_test.sh
#!/bin/bash

#Generate random files for a simple grid transfer tests and performs the given tests

#NOTE only generating the data and the last test
#(RUN_COMPLEX_P_AND_BS_GRID_TRANSFER_TEST) should be performed
#
#This test performs transfers with all combinations of the given:
#   - data sizes (Ns)
#   - number of threads (Np)

## quick_and_dirty_RGB_cookbook.md

      
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                Quick and dirty guide for reducing OTF data on RBG
              
          
    OTF imaging cookbook for RBG


A quick and dirty guide to reduce OTF data on RBG.

Data preparation


All raw data should live under /project/ls-mohr/MeerKAT/raw/{obs_ID}

  
## considerations_of_PB_correction_for_MeerKLASS_OTFM.py
"""Simple code to re-create OTFM beam smearing plots. For the default plots, and
mathematical background see:

https://iopscience.iop.org/article/10.3847/1538-4357/aaef7c/pdf

Also, the effect is computed and results are re-computed for MeerKAT. Both for
constant RA and constant elevation (MeerKLASS)

The code is based on a circular GAussian beam input for now.
	#!/bin/bash

	#Generate random files for a simple grid transfer tests and performs the given tests

	#NOTE only generating the data and the last test
	#(RUN_COMPLEX_P_AND_BS_GRID_TRANSFER_TEST) should be performed
	#
	#This test performs transfers with all combinations of the given:
	# - data sizes (Ns)
	# - number of threads (Np)
	"""Simple code to re-create OTFM beam smearing plots. For the default plots, and
	mathematical background see:

	https://iopscience.iop.org/article/10.3847/1538-4357/aaef7c/pdf

	Also, the effect is computed and results are re-computed for MeerKAT. Both for
	constant RA and constant elevation (MeerKLASS)

	The code is based on a circular GAussian beam input for now.