On the plots, CL refers to the command_line_args branch and master refers to the master branch. The plots below show that the beams agree when using the command line arguments for beam type, reference frequency, fwhm, etc. instead of the hard-coded parameter values in Params/params.py. The power spectra for each case can also be seen to agree. So, it doesn't look like any of the changes I made by incorporating the command line arguments has any effect on the analysis.
On the plots,
CL
refers to thecommand_line_args
branch andmaster
refers to themaster
branch. The plots below show that the beams agree when using the command line arguments for beam type, reference frequency, fwhm, etc. instead of the hard-coded parameter values inParams/params.py
. The power spectra for each case can also be seen to agree. So, it doesn't look like any of the changes I made by incorporating the command line arguments has any effect on the analysis.Uniform beam, amplitude 1.0 comparison:
![ps_uniform_beam_comparison](https://user-images.githubusercontent.com/15479617/59876849-9e209100-9372-11e9-9da6-73d99b4f2867.png)
Gaussian beam, amplitude 1.0, varying FWHM comparison:
![ps_gaussian_beam_comparison](https://user-images.githubusercontent.com/15479617/59876848-9e209100-9372-11e9-8f01-4506d69edb41.png)