Corrected plotting features, addressed edge cases with the mgmc centroiding method, and cleaned up formatting.
-Added dashed zero lines to fig.3109 to help identify if any slopes occur.
Before:
after:
-Reformatted fig.3503 to display and corrected 1D gaussians to source in x and y directions.
Before:
After:
-Corrected labeling in fig.3507 to display batch values instead of segment values.
-Tweaked s3_reduce.py to remember the first median frame for centroiding method to address issues where a new batch could have a bad start frame for the primary centroid guess causing the position to drift over time.
-Renamed the initial centroiding guess position variable for the mgmc method to address issues with position variable being over written by fgc position.
-Changed font size for fig.5101 to make the side labels not smooshed.
Before:
After:
-Updated the mgmc centroiding method to account for the saved median frame used for centroiding position.
This passes test_Photometry_NIRCam.py on my laptop and is flake8 compliant.
Corrected plotting features, addressed edge cases with the mgmc centroiding method, and cleaned up formatting.
-Added dashed zero lines to fig.3109 to help identify if any slopes occur.
Before:
after:
-Reformatted fig.3503 to display and corrected 1D gaussians to source in x and y directions.
Before:
After:
-Corrected labeling in fig.3507 to display batch values instead of segment values.
-Tweaked s3_reduce.py to remember the first median frame for centroiding method to address issues where a new batch could have a bad start frame for the primary centroid guess causing the position to drift over time.
-Renamed the initial centroiding guess position variable for the mgmc method to address issues with position variable being over written by fgc position.
-Changed font size for fig.5101 to make the side labels not smooshed.
Before:
After:
-Updated the mgmc centroiding method to account for the saved median frame used for centroiding position.
This passes test_Photometry_NIRCam.py on my laptop and is flake8 compliant.