Index

API symbols

cluster:

• facedetect: cluster(faces: seq[Face]; iouThreshold: float64): seq[Face]

detect:

• facedetect: detect(fc: FaceCascade; image: Image8; minSize: int = 100; maxSize: int = 600; shiftFactor: float64 = 0.15; scaleFactor: float64 = 1.1; angle = 0.0; iouThreshold = 0.0): seq[Face]
• facedetect: detect(fd: FaceDetector; image: Image8; findLandmarks: bool = true; minSize: int = 20; maxSize: int = 1000; minLandmarksScale: float32 = 50; shiftFactor: float32 = 0.1; scaleFactor: float32 = 1.1; perturbs: int = 63; angle: float32 = 0.0; overlapThreshold: float32 = overlapThresholdFloor; qualityThreshold: proc (scale: float32): float32 = qualityThresholdFunc): seq[ Person]
• facedetect: detect(lc: LandmarkCascade; image: Image8; x, y, scale: float32; perturbs: int; angle: float64 = 0.0; flipV: bool = false): Landmark
• facedetect: detect(lc: LandmarkCascade; leftEye, rightEye: Landmark; image: Image8; perturbs: int; flipV: bool): Landmark

eyeCascades:

• facedetect: eyeCascades

Face:

• facedetect: Face

FaceCascade:

• facedetect: FaceCascade

FaceDetector:

• facedetect: FaceDetector

grayscale:

• facedetect: grayscale(image: pixie.Image): Image8

Image8:

• facedetect: Image8

initFaceDetector:

• facedetect: initFaceDetector(): FaceDetector

Landmark:

• facedetect: Landmark

LandmarkCascade:

• facedetect: LandmarkCascade

mouthCascades:

• facedetect: mouthCascades

Person:

• facedetect: Person

qualityThresholdFunc:

• facedetect: qualityThresholdFunc(scale: float32): float32

readFaceCascade:

• facedetect: readFaceCascade(fs: FileStream): FaceCascade
• facedetect: readFaceCascade(filename: string = "cascade/facefinder"): FaceCascade

readFloat32:

• streamutils: readFloat32(stream: Stream; bigEndian: bool): float32

readFloat32be:

• streamutils: readFloat32be(stream: Stream): float32

readFloat32le:

• streamutils: readFloat32le(stream: Stream): float32

readFloat64:

• streamutils: readFloat64(stream: Stream; bigEndian: bool): float64

readFloat64be:

• streamutils: readFloat64be(stream: Stream): float64

readFloat64le:

• streamutils: readFloat64le(stream: Stream): float64

readGrayscaleImage:

• facedetect: readGrayscaleImage(filePath: string): Image8

readInt32:

• streamutils: readInt32(stream: Stream; bigEndian: bool): int32

readInt32be:

• streamutils: readInt32be(stream: Stream): int32

readInt32le:

• streamutils: readInt32le(stream: Stream): int32

readLandmarkCascade:

• facedetect: readLandmarkCascade(fs: FileStream): LandmarkCascade
• facedetect: readLandmarkCascade(filename: string = "cascade/puploc"): LandmarkCascade

readLandmarkCascadeDir:

• facedetect: readLandmarkCascadeDir(dir: string = "cascade/lps"): Table[string, LandmarkCascade]

readUint16:

• streamutils: readUint16(stream: Stream; bigEndian: bool): uint16

readUint16be:

• streamutils: readUint16be(stream: Stream): uint16

readUint16le:

• streamutils: readUint16le(stream: Stream): uint16

readUint32:

• streamutils: readUint32(stream: Stream; bigEndian: bool): uint32

readUint32be:

• streamutils: readUint32be(stream: Stream): uint32

readUint32le:

• streamutils: readUint32le(stream: Stream): uint32

readUint64:

• streamutils: readUint64(stream: Stream; bigEndian: bool): uint64

readUint64be:

• streamutils: readUint64be(stream: Stream): uint64

readUint64le:

• streamutils: readUint64le(stream: Stream): uint64