SaigeSegmentedObject¶

Structure containing information about a detected area from Segmentation (SEG) or Anomaly Detection (IAD).

Public Attributes¶

Type	Name
SaigeRotatedBox	boundingBox An upright rectangle of the minimum area enclosing the contour, always with a rotation angle of 0 degrees.
SaigeRotatedBox	boundingRotBox A rotated rectangle of the minimum area enclosing the contour, which may have a non-zero rotation angle.
SaigeEllipse	fittedEllipse an ellipse that best fits the contour in a least-squares sense.
unsigned int	area The area of the detected region.
unsigned int	classIndex Index of the class to which the detected region belongs.
double	score Score representing the detected region, ranging from 0 to 255.
int	numOfContours Number of contours representing the detected region.
int *	numOfPointsOnContour Number of points on each contour.
int *	pointsOnContour Array of points on each contour, ordered by contour. Structured as `{x1, y1, x2, y2, … }`.

An upright rectangle of the minimum area enclosing the contour, always with a rotation angle of 0 degrees.

SaigeRotatedBox boundingBox;

A rotated rectangle of the minimum area enclosing the contour, which may have a non-zero rotation angle.

SaigeRotatedBox boundingRotBox;

an ellipse that best fits the contour in a least-squares sense.

SaigeEllipse fittedEllipse;

The area of the detected region.

unsigned int area;

Index of the class to which the detected region belongs.

unsigned int classIndex;

Detected segmented objects cannot belong to the OK class (index 0), so classIndex is always 1 or higher.

Score representing the detected region, ranging from 0 to 255.

double score;

Number of contours representing the detected region.

int numOfContours;

Number of points on each contour.

int * numOfPointsOnContour;

Array of points on each contour, ordered by contour. Structured as {x1, y1, x2, y2, … }.

int * pointsOnContour;