QuaternionD Methods |
The QuaternionD type exposes the following members.
Name | Description | |
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Add |
Adds two quaternions.
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AreNumericallyEqual(QuaternionD, QuaternionD) |
Tests if two quaternions are equal (within the tolerance
EpsilonD).
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AreNumericallyEqual(QuaternionD, QuaternionD, Double) |
Tests if two quaternions are equal (with a specific tolerance).
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Conjugate |
Sets this quaternion to its conjugate.
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CreateRotation(Matrix33D) |
Creates a unit quaternion that specifies the same rotation as the given rotation matrix.
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CreateRotation(Vector3D, Vector3D) |
Creates a unit quaternion that specifies a rotation given by two vectors.
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CreateRotation(Vector3D, Double) |
Creates a unit quaternion that specifies a rotation given by axis and angle.
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CreateRotation(Double, Vector3D, Double, Vector3D, Double, Vector3D, Boolean) |
Gets an orientation quaternion from Euler angles (3 rotations around 3 axes).
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CreateRotationX |
Creates a unit quaternion that specifies a rotation by a given angle around the x-axis.
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CreateRotationY |
Creates a unit quaternion that specifies a rotation by a given angle around the y-axis.
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CreateRotationZ |
Creates a unit quaternion that specifies a rotation by a given angle around the z-axis.
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Divide(QuaternionD, QuaternionD) |
Divides a quaternions by another quaternion.
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Divide(QuaternionD, Double) |
Divides a quaternion by a scalar.
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Dot |
Returns the dot product of two quaternions.
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Equals(Object) |
Indicates whether this instance and a specified object are equal.
(Overrides ValueTypeEquals(Object).) | |
Equals(QuaternionD) |
Indicates whether the current object is equal to another object of the same type.
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Exp |
Sets this quaternion to its exponential.
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Exp(QuaternionD) |
Calculates the exponential.
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FromXna |
Converts this QuaternionD (DigitalRune Mathematics) to
Quaternion (XNA Framework).
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GetAngle |
Calculates the angle between two quaternions.
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GetHashCode |
Returns the hash code for this instance.
(Overrides ValueTypeGetHashCode.) | |
GetType | Gets the Type of the current instance. (Inherited from Object.) | |
Invert |
Inverts the quaternion.
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Ln |
Sets this quaternion to its natural logarithm.
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Ln(QuaternionD) |
Calculates the natural logarithm.
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Multiply(Double, QuaternionD) |
Multiplies a quaternion by a scalar.
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Multiply(QuaternionD, QuaternionD) |
Multiplies two quaternions.
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Negate |
Negates a quaternion.
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Normalize |
Normalizes the quaternion.
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Parse(String) |
Converts the string representation of a quaternion to its QuaternionD
equivalent.
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Parse(String, IFormatProvider) |
Converts the string representation of a quaternion in a specified culture-specific format to
its QuaternionD equivalent.
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Power(Double) |
Sets this unit quaternion to a power of itself.
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Power(QuaternionD, Double) |
Calculates the power of a unit quaternion.
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Rotate |
Rotates a vector.
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Subtract |
Subtracts a quaternion from a quaternion.
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ToArray |
Converts the quaternion to an array of 4 double values: (w, x, y, z).
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ToList |
Converts the vector to a list of 4 double values: (w, x, y, z).
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ToQuaternionF |
Converts this QuaternionD to QuaternionF.
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ToRotationMatrix33 |
Returns the 3 x 3 rotation matrix of this quaternion.
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ToRotationMatrix44 |
Returns the 4 x 4 rotation matrix of this quaternion.
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ToString |
Returns the string representation of this quaternion.
(Overrides ValueTypeToString.) | |
ToString(IFormatProvider) |
Returns the string representation of this vector using the specified culture-specific format
information.
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ToXna |
Converts this QuaternionD (DigitalRune Mathematics) to
Quaternion (XNA Framework).
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TryNormalize |
Tries to normalize the quaternion.
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