EasyObject::ContourInertia

This method is deprecated: Use EasyObject::ContourStatistics instead.

Computes the inertia parameters of an object In a general content, the term object should be understood with the meaning of a class instance. In EasyObject, an object is a maximally-sized area of adjacent connected pixels belonging to the layer foreground. from its contour.

Namespace: Euresys::Open_eVision

[C++]

[[deprecated("Use EasyObject::ContourStatistics instead.")]]
static void ContourInertia(
   EPathVector* pPathVector,
   int& n32Area,
   float& f32GravityCenterX,
   float& f32GravityCenterY,
   float& f32SigmaX,
   float& f32SigmaY,
   float& f32SigmaXY
)

Parameters

pPathVector

Pointer to the source vector.

n32Area

Reference to the area to compute.

f32GravityCenterX

Reference to the abscissa of the gravity center to compute.

f32GravityCenterY

Reference to the ordinate of the gravity center to compute.

f32SigmaX

Centered moment of inertia around X.

f32SigmaY

Centered moment of inertia around Y.

f32SigmaXY

Centered cross moment of inertia.

EasyObject.ContourInertia

This method is deprecated: Use EasyObject.ContourStatistics instead.

Computes the inertia parameters of an object from its contour.

Namespace: Euresys.Open_eVision

[C#]

[Obsolete("Use EasyObject.ContourStatistics instead.")]
static void ContourInertia(
   EPathVector pPathVector,
   ref int n32Area,
   ref float f32GravityCenterX,
   ref float f32GravityCenterY,
   ref float f32SigmaX,
   ref float f32SigmaY,
   ref float f32SigmaXY
)

Parameters

pPathVector

Pointer to the source vector.

n32Area

Reference to the area to compute.

f32GravityCenterX

Reference to the abscissa of the gravity center to compute.

f32GravityCenterY

Reference to the ordinate of the gravity center to compute.

f32SigmaX

Centered moment of inertia around X.

f32SigmaY

Centered moment of inertia around Y.

f32SigmaXY

Centered cross moment of inertia.

ContourInertia

Sorry, this function does not exist in Python.