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@@ -370,13 +370,13 @@ def find_repetitions(results, segments_needed=2, calibration=None):
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segments_needed = 1
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for index, result in enumerate(results):
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- if result['confidence'] >= high:
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- if found_high is None:
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- found_high = index
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- elif result['confidence'] > results[found_high]['confidence']:
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- found_high = index
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- elif result['confidence'] >= middle_high:
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- found_middle_high.append(index)
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+ #if result['confidence'] >= high:
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+ # if found_high is None:
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+ # found_high = index
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+ # elif result['confidence'] > results[found_high]['confidence']:
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+ # found_high = index
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+ #elif result['confidence'] >= middle_high:
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+ # found_middle_high.append(index)
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if not expect_space:
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if result['confidence'] >= threshold:
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@@ -413,14 +413,14 @@ def find_repetitions(results, segments_needed=2, calibration=None):
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found_index = None
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expect_recover = False
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# Aquí veremos si hay un valor alto
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- if found_high is not None:
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- found_row = results[found_high]
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- found.append(found_row)
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- elif len(found_middle_high) >= segment_middle_needed:
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- found_row = results[found_middle_high[0]]
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- found.append(found_row)
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- found_high = None
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- found_middle_high = []
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+ #if found_high is not None:
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+ # found_row = results[found_high]
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+ # found.append(found_row)
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+ #elif len(found_middle_high) >= segment_middle_needed:
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+ # found_row = results[found_middle_high[0]]
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+ # found.append(found_row)
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+ #found_high = None
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+ #found_middle_high = []
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else:
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if result['confidence'] <= threshold:
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@@ -431,8 +431,8 @@ def find_repetitions(results, segments_needed=2, calibration=None):
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found.append(found_row)
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found_counter = 0
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expect_space = True
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- found_high = None
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- found_middle_high = []
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+ #found_high = None
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+ #found_middle_high = []
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return found
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