VRageMath.QuaternionD

← Index ← Namespace Index

QuaternionD Struct

public struct QuaternionD

Defines a four-dimensional vector (x,y,z,w), which is used to efficiently rotate an object about the (x, y, z) vector by the angle theta, where w = cos(theta/2). Uses double precision floating point numbers for calculation and storage

Namespace: VRageMath
Assembly: VRage.Math.dll

Fields

Member	Description
\$1static QuaternionD Identity](VRageMath.QuaternionD.Identity)
\$1double W](VRageMath.QuaternionD.W)	Specifies the rotation component of the quaternion.
\$1double X](VRageMath.QuaternionD.X)	Specifies the x-value of the vector component of the quaternion.
\$1double Y](VRageMath.QuaternionD.Y)	Specifies the y-value of the vector component of the quaternion.
\$1double Z](VRageMath.QuaternionD.Z)	Specifies the z-value of the vector component of the quaternion.

Constructors

Member	Description
\$1QuaternionD(double, double, double, double)](VRageMath.QuaternionD..ctor)
\$1QuaternionD(Vector3D, double)](VRageMath.QuaternionD..ctor)

Methods

Member	Description
\$1static QuaternionD Add(QuaternionD, QuaternionD)](VRageMath.QuaternionD.Add)	Adds two Quaternions.
\$1static void Add(ref QuaternionD, ref QuaternionD, out QuaternionD)](VRageMath.QuaternionD.Add)	Adds two Quaternions.
\$1static QuaternionD Concatenate(QuaternionD, QuaternionD)](VRageMath.QuaternionD.Concatenate)	Concatenates two Quaternions; the result represents the value1 rotation followed by the value2 rotation.
\$1static void Concatenate(ref QuaternionD, ref QuaternionD, out QuaternionD)](VRageMath.QuaternionD.Concatenate)	Concatenates two Quaternions; the result represents the value1 rotation followed by the value2 rotation.
\$1static QuaternionD Conjugate(QuaternionD)](VRageMath.QuaternionD.Conjugate)	Returns the conjugate of a specified QuaternionD.
\$1static void Conjugate(ref QuaternionD, out QuaternionD)](VRageMath.QuaternionD.Conjugate)	Returns the conjugate of a specified QuaternionD.
\$1static QuaternionD CreateFromAxisAngle(Vector3D, double)](VRageMath.QuaternionD.CreateFromAxisAngle)	Creates a QuaternionD from a vector and an angle to rotate about the vector.
\$1static void CreateFromAxisAngle(ref Vector3D, double, out QuaternionD)](VRageMath.QuaternionD.CreateFromAxisAngle)	Creates a QuaternionD from a vector and an angle to rotate about the vector.
\$1static QuaternionD CreateFromForwardUp(Vector3D, Vector3D)](VRageMath.QuaternionD.CreateFromForwardUp)	Works for normalized vectors only
\$1static QuaternionD CreateFromRotationMatrix(MatrixD)](VRageMath.QuaternionD.CreateFromRotationMatrix)	Creates a QuaternionD from a rotation MatrixD.
\$1static void CreateFromRotationMatrix(ref MatrixD, out QuaternionD)](VRageMath.QuaternionD.CreateFromRotationMatrix)	Creates a QuaternionD from a rotation MatrixD.
\$1static void CreateFromTwoVectors(ref Vector3D, ref Vector3D, out QuaternionD)](VRageMath.QuaternionD.CreateFromTwoVectors)
\$1static QuaternionD CreateFromTwoVectors(Vector3D, Vector3D)](VRageMath.QuaternionD.CreateFromTwoVectors)
\$1static QuaternionD CreateFromYawPitchRoll(double, double, double)](VRageMath.QuaternionD.CreateFromYawPitchRoll)	Creates a new QuaternionD from specified yaw, pitch, and roll angles.
\$1static void CreateFromYawPitchRoll(double, double, double, out QuaternionD)](VRageMath.QuaternionD.CreateFromYawPitchRoll)	Creates a new QuaternionD from specified yaw, pitch, and roll angles.
\$1static QuaternionD Divide(QuaternionD, QuaternionD)](VRageMath.QuaternionD.Divide)	Divides a QuaternionD by another QuaternionD.
\$1static void Divide(ref QuaternionD, ref QuaternionD, out QuaternionD)](VRageMath.QuaternionD.Divide)	Divides a QuaternionD by another QuaternionD.
\$1static double Dot(QuaternionD, QuaternionD)](VRageMath.QuaternionD.Dot)	Calculates the dot product of two Quaternions.
\$1static void Dot(ref QuaternionD, ref QuaternionD, out double)](VRageMath.QuaternionD.Dot)	Calculates the dot product of two Quaternions.
\$1static QuaternionD FromVector4(Vector4D)](VRageMath.QuaternionD.FromVector4)
\$1static QuaternionD Inverse(QuaternionD)](VRageMath.QuaternionD.Inverse)	Returns the inverse of a QuaternionD.
\$1static void Inverse(ref QuaternionD, out QuaternionD)](VRageMath.QuaternionD.Inverse)	Returns the inverse of a QuaternionD.
\$1static bool IsZero(QuaternionD)](VRageMath.QuaternionD.IsZero)
\$1static bool IsZero(QuaternionD, double)](VRageMath.QuaternionD.IsZero)
\$1static QuaternionD Lerp(QuaternionD, QuaternionD, double)](VRageMath.QuaternionD.Lerp)	Linearly interpolates between two quaternions.
\$1static void Lerp(ref QuaternionD, ref QuaternionD, double, out QuaternionD)](VRageMath.QuaternionD.Lerp)	Linearly interpolates between two quaternions.
\$1static QuaternionD Multiply(QuaternionD, QuaternionD)](VRageMath.QuaternionD.Multiply)	Multiplies two quaternions.
\$1static void Multiply(ref QuaternionD, ref QuaternionD, out QuaternionD)](VRageMath.QuaternionD.Multiply)	Multiplies two quaternions.
\$1static QuaternionD Multiply(QuaternionD, double)](VRageMath.QuaternionD.Multiply)	Multiplies a quaternion by a scalar value.
\$1static void Multiply(ref QuaternionD, double, out QuaternionD)](VRageMath.QuaternionD.Multiply)	Multiplies a quaternion by a scalar value.
\$1static QuaternionD Negate(QuaternionD)](VRageMath.QuaternionD.Negate)	Flips the sign of each component of the quaternion.
\$1static void Negate(ref QuaternionD, out QuaternionD)](VRageMath.QuaternionD.Negate)	Flips the sign of each component of the quaternion.
\$1static QuaternionD Normalize(QuaternionD)](VRageMath.QuaternionD.Normalize)	Divides each component of the quaternion by the length of the quaternion.
\$1static void Normalize(ref QuaternionD, out QuaternionD)](VRageMath.QuaternionD.Normalize)	Divides each component of the quaternion by the length of the quaternion.
\$1static QuaternionD Slerp(QuaternionD, QuaternionD, double)](VRageMath.QuaternionD.Slerp)	Interpolates between two quaternions, using spherical linear interpolation.
\$1static void Slerp(ref QuaternionD, ref QuaternionD, double, out QuaternionD)](VRageMath.QuaternionD.Slerp)	Interpolates between two quaternions, using spherical linear interpolation.
\$1static QuaternionD Subtract(QuaternionD, QuaternionD)](VRageMath.QuaternionD.Subtract)	Subtracts a quaternion from another quaternion.
\$1static void Subtract(ref QuaternionD, ref QuaternionD, out QuaternionD)](VRageMath.QuaternionD.Subtract)	Subtracts a quaternion from another quaternion.
\$1void Conjugate()](VRageMath.QuaternionD.Conjugate)	Transforms this QuaternionD into its conjugate.
\$1bool Equals(QuaternionD)](VRageMath.QuaternionD.Equals)	Determines whether the specified Object is equal to the QuaternionD.
\$1bool Equals(object)](VRageMath.QuaternionD.Equals)	Returns a value that indicates whether the current instance is equal to a specified object.
\$1void GetAxisAngle(out Vector3D, out double)](VRageMath.QuaternionD.GetAxisAngle)
\$1int GetHashCode()](VRageMath.QuaternionD.GetHashCode)	Get the hash code of this object.
\$1double Length()](VRageMath.QuaternionD.Length)	Calculates the length of a QuaternionD.
\$1double LengthSquared()](VRageMath.QuaternionD.LengthSquared)	Calculates the length squared of a QuaternionD.
\$1void Normalize()](VRageMath.QuaternionD.Normalize)	Divides each component of the quaternion by the length of the quaternion.
\$1string ToString()](VRageMath.QuaternionD.ToString)	Retireves a string representation of the current object.
\$1Vector4D ToVector4()](VRageMath.QuaternionD.ToVector4)