Uses of Class
spice.basic.Matrix66
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Packages that use Matrix66 Package Description spice.basic -
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Uses of Matrix66 in spice.basic
Methods in spice.basic that return Matrix66 Modifier and Type Method Description Matrix66
Matrix66. add(Matrix66 m2)
Add this instance to another Matrix66 instance.private Matrix66
Matrix66. createMatrix66(double[][] array6x6)
Private utility to construct a Matrix66 from an array of type double[][].Matrix66
ReferenceFrame. getStateTransformation(ReferenceFrame toFrame, Time t)
Return a 6x6 matrix that transforms state vectors from one reference frame to another.static Matrix66
Matrix66. identity()
Return the identity matrix.Matrix66
Matrix66. mxm(Matrix66 m2)
Left-multiply a second Matrix66 instance by this instance.Matrix66
Matrix66. scale(double s)
Multiply this instance by a scalar.Matrix66
Matrix66. sub(Matrix66 m2)
Subtract another Matrix66 instance from this instance.Matrix66
EulerState. toMatrix()
Convert this instance to a state transformation matrix.Matrix66
RotationAndAV. toMatrix()
Convert this instance to a state transformation matrix.Matrix66
Matrix66. transposeByBlocks()
Transpose the 3x3 blocks of this Matrix66 instance.Methods in spice.basic with parameters of type Matrix66 Modifier and Type Method Description Matrix66
Matrix66. add(Matrix66 m2)
Add this instance to another Matrix66 instance.double
Matrix66. dist(Matrix66 m2)
Return the vector (L2) distance between this instance and another Matrix66 instance.Matrix66
Matrix66. mxm(Matrix66 m2)
Left-multiply a second Matrix66 instance by this instance.Matrix66
Matrix66. sub(Matrix66 m2)
Subtract another Matrix66 instance from this instance.Constructors in spice.basic with parameters of type Matrix66 Constructor Description EulerState(Matrix66 xform, int[] axes)
Construct an Euler angle state from a state transformation matrix and an array of three axis indices.Matrix66(Matrix66 matrix)
Construct a Matrix66 from another Matrix66.This method creates a deep copy.RotationAndAV(Matrix66 xform)
Create a rotation and angular velocity from a state transformation matrix.
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