fixed w rbid2

extragalactic_fields_RBID2/README.md

@@ -36,21 +36,15 @@ Note:
  * Create plots to explore object detection and R/B scores vs. image quality.
  * Identify **"probably-real" candidates (>= 10 detections, mean R/B >= 0.4)** and create data files just for these candidates.
  * Identify potential flare stars as candidates with > 1 detections in g-band, a mean R/B >=0.6, and a time span of <0.5 days (i.e., detected in one night only).
- * Write two naive filters to test methods for identifying transients and fast-risers with alerts. Find they're too simple to work well.
-   * 'Transients' as candidates with >=5 objects in two consecutive nights in any filter (118 candidates)
-   * 'Fast Risers' as candidates with >=5 objects in the first night in any filter, all brightening (0 candidates)
 
 **Inputs/Outputs**<br>
  * inputs are Rob's databases, requires password
  * output plots are in `source_detection_summary_figures/`
  * output files of **"probably-real"** candidate data are in `source_detection_summary_files/`
    * candidates.dat (summary statistics for "probably-real" candidates, like number of detections)
-   * candidate_objects_(field).dat (all objects for all "probably-real" candidates)
-   * exposures_(field).dat (data for all exposures, e.g., limiting magnitudes, seeing)
- * output files for further study of the low-Cobj, high mean R/B score candidates are in:
-   * `source_detection_summary_files/MLG_lowCobj_highMRB/`
- * output files for further study of potential flare stars are in:
-   * `source_detection_summary_files/potential_flare_stars/`
+   * candidate_objects.dat (all objects for all "probably-real" candidates)
+   * exposures.dat (data for all exposures, e.g., limiting magnitudes, seeing)
+ * output files for further study of potential flare stars in `source_detection_summary_files/potential_flare_stars/`
    * contains a candidates.dat and candidate_objects.dat
 
 ### candidate_nightly_epochs.ipynb