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IPSDK
4_1_0_2
IPSDK : Image Processing Software Development Kit
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IPSDK
4_1_0_2
IPSDK : Image Processing Software Development Kit
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modules containing shape measures based on inertia geometry More...
Modules | |
| Barycenter2d | |
| Measure allowing to compute the barycenter for 2d shape. | |
| Barycenter3d | |
| Measure allowing to compute the barycenter for 3d shape. | |
| BarycenterX | |
| Measure allowing to compute the barycenter for shape along x-axis. | |
| BarycenterY | |
| allowing to compute the barycenter for shape along y-axis | |
| BarycenterZ | |
| allowing to compute the barycenter for 3d shape along z-axis | |
| Eccentricity2d | |
| Measure eccentricity of the ellipse that has the same second moments as 2d shape. | |
| HuMoments2d | |
| Hu Moments of order up to 3 measurement of a shape This measure computes the Hu moment invariants for each shape. The moments are calculated according to https://en.wikipedia.org/wiki/Image_moment#Moment_invariants. | |
| Inertia2d | |
| Measure allowing to compute the second order moment for 2d shape. | |
| Inertia3d | |
| Measure allowing to compute the second order moment for 3d shape. | |
| Inertia3dLambdaInter | |
| Measure allowing to compute the intermediary eigen value from the second order moment matrix computed from the Inertia measurement for 3d shape. | |
| Inertia3dNormalOrientationPhi | |
| Measure allowing to compute the 3d shape normal orientation (phi component of the (phi, theta) representation) from the second order moment matrix computed from the Inertia3d measurement. | |
| Inertia3dNormalOrientationTheta | |
| Measure allowing to compute the 3d shape normal orientation (theta component of the (phi, theta) representation) from the second order moment matrix computed from the Inertia3d measurement. | |
| Inertia3dOrientationAlpha | |
| Measure allowing to compute the shape orientation (alpha component) from the second order moment matrix computed from the Inertia3d measurement for 3d shape. | |
| Inertia3dOrientationBeta | |
| Measure allowing to compute the shape orientation (beta component) from the second order moment matrix computed from the Inertia3d measurement for 3d shape. | |
| Inertia3dOrientationChi | |
| Measure allowing to compute the shape orientation (chi component) from the second order moment matrix computed from the Inertia3d measurement for 3d shape. | |
| Inertia3dOrientationPhi | |
| Measure allowing to compute the 3d shape orientation (phi component of the (phi, theta) representation) from the second order moment matrix computed from the Inertia3d measurement. | |
| Inertia3dOrientationTheta | |
| Measure allowing to compute the 3d shape orientation (theta component of the (phi, theta) representation) from the second order moment matrix computed from the Inertia3d measurement. | |
| InertiaLambdaMax | |
| Measure allowing to compute the maximum eigen value from the second order moment matrix computed from the Inertia measurement for shape. | |
| InertiaLambdaMin | |
| Measure allowing to compute the minimum eigen value from the second order moment matrix computed from the Inertia2d measurement for shape. | |
| Inertia Normal Orientation 3d | |
| Compute the Phi-Theta 3d normal orientation for each shape. | |
| Inertia Orientation 2d | |
| Measure allowing to compute the shape orientation from the second order moment matrix computed from the Inertia2d measurement for 2d shape. | |
| Inertia Orientation 3d | |
| Compute the Phi-Theta 3d orientation for each shape. | |
modules containing shape measures based on inertia geometry
This group aggregates shape measures based on basic inertia geometry.
1.8.14