88 lines
2.5 KiB
Python
88 lines
2.5 KiB
Python
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_BODY_KEYPOINT_MAPPING = {
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"nose": "nose",
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"left_eye": "leftEye",
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"right_eye": "rightEye",
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"left_ear": "leftEar",
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"right_ear": "rightEar",
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"left_shoulder": "leftShoulder",
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"right_shoulder": "rightShoulder",
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"left_elbow": "leftElbow",
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"right_elbow": "rightElbow",
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"left_wrist": "leftWrist",
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"right_wrist": "rightWrist"
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}
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_HAND_KEYPOINT_MAPPING = {
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"wrist": "wrist",
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"index_finger_tip": "indexTip",
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"index_finger_dip": "indexDIP",
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"index_finger_pip": "indexPIP",
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"index_finger_mcp": "indexMCP",
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"middle_finger_tip": "middleTip",
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"middle_finger_dip": "middleDIP",
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"middle_finger_pip": "middlePIP",
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"middle_finger_mcp": "middleMCP",
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"ring_finger_tip": "ringTip",
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"ring_finger_dip": "ringDIP",
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"ring_finger_pip": "ringPIP",
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"ring_finger_mcp": "ringMCP",
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"pinky_tip": "littleTip",
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"pinky_dip": "littleDIP",
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"pinky_pip": "littlePIP",
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"pinky_mcp": "littleMCP",
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"thumb_tip": "thumbTip",
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"thumb_ip": "thumbIP",
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"thumb_mcp": "thumbMP",
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"thumb_cmc": "thumbCMC"
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}
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def map_blazepose_keypoint(column):
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# Remove _x, _y suffixes
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suffix = column[-2:].upper()
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column = column[:-2]
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if column.startswith("left_hand_"):
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hand = "left"
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finger_name = column[10:]
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elif column.startswith("right_hand_"):
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hand = "right"
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finger_name = column[11:]
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else:
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if column not in _BODY_KEYPOINT_MAPPING:
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return None
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mapped = _BODY_KEYPOINT_MAPPING[column]
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return mapped + suffix
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if finger_name not in _HAND_KEYPOINT_MAPPING:
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return None
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mapped = _HAND_KEYPOINT_MAPPING[finger_name]
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return f"{mapped}_{hand}{suffix}"
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def map_blazepose_df(df):
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for index, row in df.iterrows():
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lsx = row["leftShoulder_X"]
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rsx = row["rightShoulder_X"]
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lsy = row["leftShoulder_Y"]
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rsy = row["rightShoulder_Y"]
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# convert all to list
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lsx = lsx[1:-1].split(",")
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rsx = rsx[1:-1].split(",")
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lsy = lsy[1:-1].split(",")
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rsy = rsy[1:-1].split(",")
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sequence_size = len(lsx)
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neck_x = []
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neck_y = []
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# Treat each element of the sequence (analyzed frame) individually
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for sequence_index in range(sequence_size):
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neck_x.append((float(lsx[sequence_index]) + float(rsx[sequence_index])) / 2)
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neck_y.append((float(lsy[sequence_index]) + float(rsy[sequence_index])) / 2)
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df.loc[index, "neck_X"] = str(neck_x)
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df.loc[index, "neck_Y"] = str(neck_y)
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return df
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