As of PR#948, focus.py no longer ignores nonexistent external orbit and

attitude files specified in its runconfig.  The current runconfig for the
REE2 RSLC workflow test case contains dummy filenames for a number of
input files, including the orbit and attitude files.  Since this data set
was generated without external orbit and attitude files, this PR
removes those particular filenames from the runconfig so that focus.py
can run to completion.  In addition, this PR removes all other unused
filenames from the runconfig.

Author: jshimada47

tools/imagesets/runconfigs/rslc_REE2.yaml

@@ -15,34 +15,34 @@ runconfig:
 
             # Refined orbit, optional.
             # Defaults to orbit within L0B product.
-            orbit: orbit.xml
+            orbit: 
 
             # Refined pointing, optional.
             # Defaults to attitude within L0B product.
-            pointing: attitude.xml
+            pointing: 
 
             # External calibration data, optional.
             # Defaults to no extra calibration gain, phase, delay, etc.
-            external_calibration: cal.xml
+            external_calibration: 
 
             # Internal calibration tables, optional.
             # If not provided, no secondary elevation antenna pattern correction.
-            internal_calibration: type7table.xml
+            internal_calibration: 
 
             # Polarimetric calibration data, optional.  Crosstalk, relative phases, etc.
             # If not provided, no polarimetric calibration performed.
-            polarimetric_calibration: polcal.h5
+            polarimetric_calibration: 
 
             # Pre- and post-data take calibration data products, optional.
-            bookend_calibration: pre_post_cal.L0B.h5
+            bookend_calibration: 
 
             # Antenna pattern data, optional.
             # Defaults to sinc^4 pattern using nominal antenna dimensions.
             antenna_pattern: input_L0B_RRSD_REE2/REE_ANTPAT_CUTS_DATA.h5
 
             # Chirp replica file, optional.
             # If absent will generate LFM chirp using parameters in L0B product.
-            waveform: chirp.xml
+            waveform: 
 
         product_path_group:
             # Directory where PGE will place results. Irrelevant to SAS.