did what daniel did

saltax/plugins/s_peaklets.py

@@ -272,9 +272,13 @@ def compute(self, records, start, end):
         hitlets = hits
         del hits
 
+        # Extend hits into hitlets and clip at chunk boundaries:
         hitlets['time'] -= (hitlets['left'] - hitlets['left_integration']) * hitlets['dt']
         hitlets['length'] = hitlets['right_integration'] - hitlets['left_integration']
+
         hitlets = strax.sort_by_time(hitlets)
+        hitlets_time = np.copy(hitlets["time"])
+        self.clip_peaklet_times(hitlets, start, end)
         rlinks = strax.record_links(records)
 
         # If sum_waveform_top_array is false, don't digitize the top array
@@ -319,15 +323,17 @@ def compute(self, records, start, end):
             # Compute the width again for corrected peaks
             strax.compute_widths(peaklets, select_peaks_indices=peak_list)
 
-        hitlet_time_shift = (hitlets['left'] - hitlets['left_integration']) * hitlets['dt']
-        hit_max_times = hitlets['time'] + hitlet_time_shift  # add time shift again to get correct maximum
-        hit_max_times += hitlets['dt'] * hit_max_sample(records, hitlets)
-
         # Compute tight coincidence level.
         # Making this a separate plugin would
         # (a) doing hitfinding yet again (or storing hits)
         # (b) increase strax memory usage / max_messages,
         #     possibly due to its currently primitive scheduling.
+        hitlet_time_shift = (hitlets['left'] - hitlets['left_integration']) * hitlets['dt']
+        hit_max_times = (
+            hitlets['time'] + hitlet_time_shift
+        )  # add time shift again to get correct maximum
+        hit_max_times += hitlets['dt'] * hit_max_sample(records, hitlets)
+
         hit_max_times_argsort = np.argsort(hit_max_times)
         sorted_hit_max_times = hit_max_times[hit_max_times_argsort]
         sorted_hit_channels = hitlets['channel'][hit_max_times_argsort]