EPointCloudStatistics Class
Manages a context for retrieving statistics on an EPointCloud.
Namespace: Euresys::Open_eVision::Easy3D
Methods
Retrieves the bounds of an EPointCloud.
Retrieves the centroid (arithmetic mean position of all the points, also known as center of gravity or barycenter) of an EPointCloud.
It is possible to get the centroid of a sphere or a rectangle (rectangular parallelepiped) shape inside the point cloud.
The sphere is defined by it's center and radius, in the EPointCloud coordinate system.
The 3D rectangle is defined by 3 ranges, in X, Y and Z axis, in the EPointCloud coordinate system.
An exception will be thrown if no point is present in the shape or the point cloud.
It is possible to get the centroid of a sphere or a rectangle (rectangular parallelepiped) shape inside the point cloud.
The sphere is defined by it's center and radius, in the EPointCloud coordinate system.
The 3D rectangle is defined by 3 ranges, in X, Y and Z axis, in the EPointCloud coordinate system.
An exception will be thrown if no point is present in the shape or the point cloud.
EPointCloudStatistics Class
Manages a context for retrieving statistics on an EPointCloud.
Namespace: Euresys.Open_eVision.Easy3D
Methods
Retrieves the bounds of an EPointCloud.
Retrieves the centroid (arithmetic mean position of all the points, also known as center of gravity or barycenter) of an EPointCloud.
It is possible to get the centroid of a sphere or a rectangle (rectangular parallelepiped) shape inside the point cloud.
The sphere is defined by it's center and radius, in the EPointCloud coordinate system.
The 3D rectangle is defined by 3 ranges, in X, Y and Z axis, in the EPointCloud coordinate system.
An exception will be thrown if no point is present in the shape or the point cloud.
It is possible to get the centroid of a sphere or a rectangle (rectangular parallelepiped) shape inside the point cloud.
The sphere is defined by it's center and radius, in the EPointCloud coordinate system.
The 3D rectangle is defined by 3 ranges, in X, Y and Z axis, in the EPointCloud coordinate system.
An exception will be thrown if no point is present in the shape or the point cloud.