Uses of Class
com.kuka.math.geometry.Rotation

Packages that use Rotation
com.kuka.math.geometry This package contains interfaces and implementations for basic linear algebra and geometric concepts. 
com.kuka.math.physics This package contains some utility classes for physical calculations. 
 

Uses of Rotation in com.kuka.math.geometry
 

Fields in com.kuka.math.geometry declared as Rotation
static Rotation Rotation.NONE
          Immutable Rotation instance representing no rotation.
 

Methods in com.kuka.math.geometry that return Rotation
 Rotation Rotation.compose(IRotation other)
           
 Rotation Transformation.getRotation()
           
 Rotation Rotation.invert()
           
static Rotation Rotation.of(IRotation orig)
          Returns an immutable Rotation instance from the values of the provided rotation.
static Rotation Rotation.of(Matrix matrix)
          Checked creation of a Rotation from a given rotation matrix.
static Rotation Rotation.ofDeg(double alpha, double beta, double gamma)
          Returns an immutable Rotation instance with the given angle values.
static Rotation Rotation.ofRad(double alpha, double beta, double gamma)
          Returns an immutable Rotation instance with the given angle values.
static Rotation Rotation.ofUnchecked(Matrix matrix)
          Unchecked creation of a Rotation from a given rotation matrix.
 Rotation Rotation.rotationTo(IRotation other)
           
 Rotation Rotation.withAlphaRad(double value)
          Returns a new instance (copy) of the rotation, with the α (alpha) angle replaced by the new value.
 Rotation Rotation.withBetaRad(double value)
          Returns a new instance (copy) of the rotation, with the β (beta) angle replaced by the new value.
 Rotation Rotation.withGammaRad(double value)
          Returns a new instance (copy) of the rotation, with the γ (gamma) angle replaced by the new value.
 

Uses of Rotation in com.kuka.math.physics
 

Methods in com.kuka.math.physics that return Rotation
 Rotation InertiaTensor.getRotation()
          Gets the rotation of the tensor.
 



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