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changes/1583.associations.rst

@@ -1,2 +1,2 @@
 This adds additional info to the asn header keyword skycell_wcs_info and updates the mosaic pipeline to use
-that information to construct the skycell data from the input exposures. 
+that information to construct the skycell data from the input exposures.

docs/roman/pipeline/mosaic_pipeline.rst

@@ -87,7 +87,7 @@ The projection of the single WFI exposure resampled to a skycell is shown in :nu
 The image has the portion of the four SCAs that overlap
 the given skycell resampled to a regular grid on the WCS of the skycell. The gaps
 between the images show the placement of the SCAs in the detector. In general
-these gaps will be filled in by additional exposures in the visit. 
+these gaps will be filled in by additional exposures in the visit.
 
 If the target field does not contain a valid skycell name then the
 image or images will be resampled to a regular grid. To resample a
@@ -102,16 +102,16 @@ member.
           :align: left
 
 	  An  SCA resampled to a regular grid.
-	  
+
      - .. figure::  graphics/mosaic4_regular_grid.png
           :name: figure-mosaic4-regular-grid
           :scale: 25 %
 
 	  Four SCAs resampled to a regular grid.
 
-.. labels in list-tables do no appear to be used outside the list-table structure, hard codeing for now. 
+.. labels in list-tables do no appear to be used outside the list-table structure, hard codeing for now.
 .. :numref:`figure-mosaic-regular-grid` and :numref:`figure-mosaic4-regular-grid` show
-   
+
 Figures 2 & 3 show the results of the mosaic pipeline on a single SCA and on four SCA's in the WFI array.
 Using the code to mosaic large areas of the sky may result on the code needing large amounts of memory,
 so care is needed not to exceed your local memory limits when constructing mosaics in this manner.

romancal/associations/skycell_asn.py

@@ -63,10 +63,16 @@ def skycell_asn(filelist, output_file_root, product_type, release_product):
         # grab all the wcs parameters needed for generate_tan_wcs
         projcell_info = dict(
             [
-                ("name",  pm.PATCH_TABLE[item]["name"]),
+                ("name", pm.PATCH_TABLE[item]["name"]),
                 ("pixel_scale", float(pm.PATCH_TABLE[item]["pixel_scale"])),
-                ("ra_projection_center", float(pm.PATCH_TABLE[item]["ra_projection_center"])),
-                ("dec_projection_center", float(pm.PATCH_TABLE[item]["dec_projection_center"])),
+                (
+                    "ra_projection_center",
+                    float(pm.PATCH_TABLE[item]["ra_projection_center"]),
+                ),
+                (
+                    "dec_projection_center",
+                    float(pm.PATCH_TABLE[item]["dec_projection_center"]),
+                ),
                 ("x0_projection", float(pm.PATCH_TABLE[item]["x0_projection"])),
                 ("y0_projection", float(pm.PATCH_TABLE[item]["y0_projection"])),
                 ("ra_center", float(pm.PATCH_TABLE[item]["ra_center"])),

romancal/pipeline/mosaic_pipeline.py

@@ -1,11 +1,11 @@
 #!/usr/bin/env python
 from __future__ import annotations
 
+import json
 import logging
 import re
 from os.path import basename, isfile
 from typing import TYPE_CHECKING
-import json
 
 import asdf
 import numpy as np
@@ -103,8 +103,10 @@ def process(self, input):
                     if patch_match.PATCH_TABLE is None:
                         raise RuntimeError("No patch table has been loaded")
                     skycell_record = patch_match.PATCH_TABLE[
-                        np.where(patch_match.PATCH_TABLE["name"][:] == skycell_name)[0][0]
+                        np.where(patch_match.PATCH_TABLE["name"][:] == skycell_name)[0][
+                            0
                         ]
+                    ]
                 log.info("Skycell record %s:", skycell_record)
 
                 if skycell_name in skycell_record["name"]: