VRageMath.PlaneD

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PlaneD Struct

Namespace: VRageMath
Assembly: VRage.Math.dll

Summary

Defines a PlaneD.

Fields

[`Vector3D Normal`](VRageMath.Normal)	The normal vector of the PlaneD.
[`double D`](VRageMath.D)	The distance of the PlaneD along its normal from the origin. Note: Be careful! The distance is signed and is the opposite of what people usually expect. If you look closely at the plane equation: (n dot P) + D = 0, you'll realize that D = - (n dot P) (that is, negative instead of positive)

### Methods

[`bool Equals(PlaneD other)`](VRageMath.Equals)	Determines whether the specified PlaneD is equal to the PlaneD.
[`bool Equals(Object obj)`](VRageMath.Equals)	Determines whether the specified Object is equal to the PlaneD.
[`int GetHashCode()`](VRageMath.GetHashCode)	Gets the hash code for this object.
[`string ToString()`](VRageMath.ToString)	Returns a String that represents the current PlaneD.
[`void Normalize()`](VRageMath.Normalize)	Changes the coefficients of the Normal vector of this PlaneD to make it of unit length.
static [`PlaneD Normalize(PlaneD value)`](VRageMath.Normalize)	Changes the coefficients of the Normal vector of a PlaneD to make it of unit length.
static [`void Normalize(ref PlaneD value, ref PlaneD result)`](VRageMath.Normalize)	Changes the coefficients of the Normal vector of a PlaneD to make it of unit length.
static [`PlaneD Transform(PlaneD plane, MatrixD matrix)`](VRageMath.Transform)	Transforms a normalized PlaneD by a Matrix.
static [`void Transform(ref PlaneD plane, ref MatrixD matrix, ref PlaneD result)`](VRageMath.Transform)	Transforms a normalized PlaneD by a Matrix.
[`double Dot(Vector4 value)`](VRageMath.Dot)	Calculates the dot product of a specified Vector4 and this PlaneD.
[`void Dot(ref Vector4 value, ref double result)`](VRageMath.Dot)	Calculates the dot product of a specified Vector4 and this PlaneD.
[`double DotCoordinate(Vector3D value)`](VRageMath.DotCoordinate)	Returns the dot product of a specified Vector3D and the Normal vector of this PlaneD plus the distance (D) value of the PlaneD.
[`void DotCoordinate(ref Vector3D value, ref double result)`](VRageMath.DotCoordinate)	Returns the dot product of a specified Vector3D and the Normal vector of this PlaneD plus the distance (D) value of the PlaneD.
[`double DotNormal(Vector3D value)`](VRageMath.DotNormal)	Returns the dot product of a specified Vector3D and the Normal vector of this PlaneD.
[`void DotNormal(ref Vector3D value, ref double result)`](VRageMath.DotNormal)	Returns the dot product of a specified Vector3D and the Normal vector of this PlaneD.
[`PlaneIntersectionType Intersects(BoundingBoxD box)`](VRageMath.Intersects)	Checks whether the current PlaneD intersects a specified BoundingBox.
[`void Intersects(ref BoundingBoxD box, ref PlaneIntersectionType result)`](VRageMath.Intersects)	Checks whether the current PlaneD intersects a BoundingBox.
[`PlaneIntersectionType Intersects(BoundingFrustumD frustum)`](VRageMath.Intersects)	Checks whether the current PlaneD intersects a specified BoundingFrustum.
[`PlaneIntersectionType Intersects(BoundingSphereD sphere)`](VRageMath.Intersects)	Checks whether the current PlaneD intersects a specified BoundingSphere.
[`void Intersects(ref BoundingSphere sphere, ref PlaneIntersectionType result)`](VRageMath.Intersects)	Checks whether the current PlaneD intersects a BoundingSphere.
[`Vector3D RandomPoint()`](VRageMath.RandomPoint)
[`double DistanceToPoint(Vector3D point)`](VRageMath.DistanceToPoint)
[`double DistanceToPoint(ref Vector3D point)`](VRageMath.DistanceToPoint)
[`Vector3D ProjectPoint(ref Vector3D point)`](VRageMath.ProjectPoint)
[`Vector3D Intersection(ref Vector3D from, ref Vector3D direction)`](VRageMath.Intersection)	Gets intersection point in Plane.