imgutils.detect.hand
- Overview:
This module provides functionality for detecting human hands in anime images.
It uses YOLOv8 models trained on the deepghs/anime_hand_detection dataset from HuggingFace. The module offers a main function
detect_hands()
for hand detection in anime images, with options to choose different model levels and versions for balancing speed and accuracy.This is an overall benchmark of all the hand detect models:
detect_hands
- imgutils.detect.hand.detect_hands(image: str | PathLike | bytes | bytearray | BinaryIO | Image, level: str = 's', version: str = 'v1.0', model_name: str | None = None, conf_threshold: float = 0.35, iou_threshold: float = 0.7) List[Tuple[Tuple[int, int, int, int], str, float]] [source]
Detect human hand points in anime images.
This function uses a YOLOv8 model to detect hands in the given anime image. It allows for configuration of the model level, version, and detection thresholds to suit different use cases.
- Parameters:
image (ImageTyping) – Image to detect. Can be various types as defined by ImageTyping.
level (str) – The model level being used, either ‘s’ or ‘n’. ‘s’ (standard) offers higher accuracy, while ‘n’ (nano) provides faster processing.
version (str) – Version of the model to use. Default is ‘v1.0’.
model_name (Optional[str]) – Optional custom model name. If not provided, it’s constructed from version and level.
conf_threshold (float) – Confidence threshold for detections. Only detections with confidence above this value are returned. Default is 0.35.
iou_threshold (float) – Intersection over Union (IOU) threshold for non-maximum suppression. Detections with IOU above this value are considered overlapping and merged. Default is 0.7.
- Returns:
A list of detection results. Each result is a tuple containing: - Bounding box coordinates as (x0, y0, x1, y1) - Class label (always ‘hand’ for this function) - Confidence score
- Return type:
List[Tuple[Tuple[int, int, int, int], str, float]]
- Raises:
May raise exceptions related to image loading or model inference.
- Example:
>>> from PIL import Image >>> image = Image.open('anime_image.jpg') >>> results = detect_hands(image, level='s', conf_threshold=0.4) >>> for bbox, label, conf in results: ... print(f"Hand detected at {bbox} with confidence {conf}")