do not check the culmination angle for sources between 22.76 and 34.7…

…6 dec

src/osa/paths.py

@@ -465,20 +465,21 @@ def get_RF_model(run_str: str) -> Path:
 
     closest_declination = min(dec_values, key=lambda x: abs(x - source_dec))
     closest_dec_culmination = utils.culmination_angle(closest_declination)
-    log.debug(
-        f"The declination closest to {source_dec} is: {closest_declination}."
-        "Checking if the culmination angle is larger than the one of the target source."
-    )
-
-    while closest_dec_culmination > source_culmination:
-        # If the culmination angle of the closest declination line is larger than for the source, 
-        # remove it from the declination lines list and look for the second closest declination line.
-        corresponding_dict = get_corresponding_string(dec_list, dec_values)
-        declination_str = corresponding_dict[closest_declination]
-        dec_values.remove(closest_declination)
-        dec_list.remove(declination_str)
-        closest_declination = min(dec_values, key=lambda x: abs(x - source_dec))
-        closest_dec_culmination = utils.culmination_angle(closest_declination)
+
+    if source_dec < 22.76*u.deg or source_dec > 34.76*u.deg:
+        log.debug(
+            f"The declination closest to {source_dec} is: {closest_declination}."
+            "Checking if the culmination angle is larger than the one of the target source."
+        )
+        while closest_dec_culmination > source_culmination:
+            # If the culmination angle of the closest declination line is larger than for the source, 
+            # remove it from the declination lines list and look for the second closest declination line.
+            corresponding_dict = get_corresponding_string(dec_list, dec_values)
+            declination_str = corresponding_dict[closest_declination]
+            dec_values.remove(closest_declination)
+            dec_list.remove(declination_str)
+            closest_declination = min(dec_values, key=lambda x: abs(x - source_dec))
+            closest_dec_culmination = utils.culmination_angle(closest_declination)
 
     log.debug(f"The declination line to use for the DL2 production is: {closest_declination}")