All Packages Class Hierarchy
A
B
C
D
E
F
G
H
I
J
K
L
M
N
O
P
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R
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T
U
V
W
X
Y
Z
Index of all Fields and Methods
- add(Matrix).
Method in interface CH.epfl.lcvm.mccc.Matrix
- Add the given matrix to the current matrix
- add(Matrix).
Method in interface CH.epfl.lcvm.mccc.Matrix
- Add the given matrix to the current matrix
- add(Matrix).
Method in class CH.epfl.lcvm.mccc.MatrixArray
- Add the given matrix to the current matrix
- add(Matrix).
Method in class CH.epfl.lcvm.mccc.MatrixArray
- Add the given matrix to the current matrix
- call(Matrix).
Method in class CH.epfl.lcvm.mccc.CollocationDiscretization
-
Returns the value of the discretized function over the given
mesh
- call(Matrix).
Method in class CH.epfl.lcvm.mccc.CollocationDiscretization
-
Returns the value of the discretized function over the given
mesh
- call(Matrix).
Method in class CH.epfl.lcvm.mccc.FDDiscretization
-
Returns the value of the discretized function over the given
mesh
- call(Matrix).
Method in class CH.epfl.lcvm.mccc.FDDiscretization
-
Returns the value of the discretized function over the given
mesh
- call(Matrix).
Method in class CH.epfl.lcvm.mccc.FDDiscretizationContact
-
Returns the value of the discretized function over the given
mesh
- call(Matrix).
Method in class CH.epfl.lcvm.mccc.FDDiscretizationContact
-
Returns the value of the discretized function over the given
mesh
- call(Matrix).
Method in interface CH.epfl.lcvm.mccc.Function
- Returns the value of the function at the specified point
- call(Matrix).
Method in interface CH.epfl.lcvm.mccc.Function
- Returns the value of the function at the specified point
- call(Matrix).
Method in class CH.epfl.lcvm.mccc.FunctionBase
-
Returns the value of the function at the specified point
- call(Matrix).
Method in class CH.epfl.lcvm.mccc.FunctionBase
-
Returns the value of the function at the specified point
- call(Matrix).
Method in class CH.epfl.lcvm.mccc.FunctionConcatenation
-
Returns the value of thw two functions
at the specified point concatenated into one array
- call(Matrix).
Method in class CH.epfl.lcvm.mccc.FunctionConcatenation
-
Returns the value of thw two functions
at the specified point concatenated into one array
- call(Matrix).
Method in class CH.epfl.lcvm.mccc.FunctionFixed
-
Returns the value of the function with the fixed components
at the specified point
- call(Matrix).
Method in class CH.epfl.lcvm.mccc.FunctionFixed
-
Returns the value of the function with the fixed components
at the specified point
- call(Matrix).
Method in class CH.epfl.lcvm.mccc.FunctionSphere
-
Returns the value of the function x^2 + y^2 + z^2 - r
at the specified point
- call(Matrix).
Method in class CH.epfl.lcvm.mccc.FunctionSphere
-
Returns the value of the function x^2 + y^2 + z^2 - r
at the specified point
- call(Matrix, Matrix).
Method in interface CH.epfl.lcvm.mccc.ODEFunction
- Returns the value of the function at the specified point
- call(Matrix, Matrix).
Method in interface CH.epfl.lcvm.mccc.ODEFunction
- Returns the value of the function at the specified point
- call(Matrix, Matrix).
Method in class CH.epfl.lcvm.mccc.ODEFunctionBase
-
Returns the value of the function at the specified point
- call(Matrix, Matrix).
Method in class CH.epfl.lcvm.mccc.ODEFunctionBase
-
Returns the value of the function at the specified point
- call(Matrix, Matrix).
Method in class CH.epfl.lcvm.mccc.ODEFunctionCircle
-
Returns the value of
x' = y
y' = -x
at the specified point
- call(Matrix, Matrix).
Method in class CH.epfl.lcvm.mccc.ODEFunctionCircle
-
Returns the value of
x' = y
y' = -x
at the specified point
- call(Matrix, Matrix).
Method in class CH.epfl.lcvm.mccc.ODEFunctionDNA1ParNative
-
Returns the value of
the hamiltonian system for the rod problem
at the specified point
- call(Matrix, Matrix).
Method in class CH.epfl.lcvm.mccc.ODEFunctionDNA1ParNative
-
Returns the value of
the hamiltonian system for the rod problem
at the specified point
- call(Matrix, Matrix).
Method in class CH.epfl.lcvm.mccc.ODEFunctionDNA6ParNative
-
Returns the value of
the hamiltonian system for the rod problem
at the specified point
- call(Matrix, Matrix).
Method in class CH.epfl.lcvm.mccc.ODEFunctionDNA6ParNative
-
Returns the value of
the hamiltonian system for the rod problem
at the specified point
- call(Matrix, Matrix).
Method in class CH.epfl.lcvm.mccc.ODEFunctionRod
-
Returns the value of
the hamiltonian system for the rod problem
at the specified point
- call(Matrix, Matrix).
Method in class CH.epfl.lcvm.mccc.ODEFunctionRod
-
Returns the value of
the hamiltonian system for the rod problem
at the specified point
- callBC(Matrix, Matrix, Matrix).
Method in class CH.epfl.lcvm.mccc.ODEFunctionCircle
- Returns the value of the boundary conditions
- callBC(Matrix, Matrix, Matrix).
Method in class CH.epfl.lcvm.mccc.ODEFunctionCircle
- Returns the value of the boundary conditions
- callBC(Matrix, Matrix, Matrix).
Method in class CH.epfl.lcvm.mccc.ODEFunctionDNA1ParNative
- Returns the value of the boundary conditions
- callBC(Matrix, Matrix, Matrix).
Method in class CH.epfl.lcvm.mccc.ODEFunctionDNA1ParNative
- Returns the value of the boundary conditions
- callBC(Matrix, Matrix, Matrix).
Method in class CH.epfl.lcvm.mccc.ODEFunctionDNA6ParNative
- Returns the value of the boundary conditions
- callBC(Matrix, Matrix, Matrix).
Method in class CH.epfl.lcvm.mccc.ODEFunctionDNA6ParNative
- Returns the value of the boundary conditions
- callBC(Matrix, Matrix, Matrix).
Method in class CH.epfl.lcvm.mccc.ODEFunctionRod
- Returns the value of the boundary conditions
- callBC(Matrix, Matrix, Matrix).
Method in class CH.epfl.lcvm.mccc.ODEFunctionRod
- Returns the value of the boundary conditions
- callBC(Matrix, Matrix, Matrix).
Method in interface CH.epfl.lcvm.mccc.ODEFunctionWithBC
- Returns the value of the boundary conditions
- callBC(Matrix, Matrix, Matrix).
Method in interface CH.epfl.lcvm.mccc.ODEFunctionWithBC
- Returns the value of the boundary conditions
- CollocationDiscretization(ODEFunctionWithBC, OneDMesh, int).
Constructor for class CH.epfl.lcvm.mccc.CollocationDiscretization
-
A discretization creation function which takes
a mesh and a function creates a Collocation discretization
discretization.
- CollocationDiscretization(ODEFunctionWithBC, OneDMesh, int).
Constructor for class CH.epfl.lcvm.mccc.CollocationDiscretization
-
A discretization creation function which takes
a mesh and a function creates a Collocation discretization
discretization.
- cont(int, int).
Method in class CH.epfl.lcvm.mccc.ContinuationRheinbolt2D
- Extend an edge of the surface
- cont(int, int).
Method in class CH.epfl.lcvm.mccc.ContinuationRheinbolt2D
- Extend an edge of the surface
- ContinuationNatural(Function).
Constructor for class CH.epfl.lcvm.mccc.ContinuationNatural
- Creates a natural parameter continuation object for the
given function.
- ContinuationNatural(Function).
Constructor for class CH.epfl.lcvm.mccc.ContinuationNatural
- Creates a natural parameter continuation object for the
given function.
- ContinuationPseudoArclength(Function).
Constructor for class CH.epfl.lcvm.mccc.ContinuationPseudoArclength
- Creates a pseudo arclength continuation object
for the given function
- ContinuationPseudoArclength(Function).
Constructor for class CH.epfl.lcvm.mccc.ContinuationPseudoArclength
- Creates a pseudo arclength continuation object
for the given function
- ContinuationRheinbolt2D(Function).
Constructor for class CH.epfl.lcvm.mccc.ContinuationRheinbolt2D
-
- ContinuationRheinbolt2D(Function).
Constructor for class CH.epfl.lcvm.mccc.ContinuationRheinbolt2D
-
- copy().
Method in interface CH.epfl.lcvm.mccc.Matrix
- So, it appears that clone doesn't really support polymorphic
copying correctly (in java 1.1) so until it does we will use this...
- copy().
Method in interface CH.epfl.lcvm.mccc.Matrix
- So, it appears that clone doesn't really support polymorphic
copying correctly (in java 1.1) so until it does we will use this...
- copy().
Method in class CH.epfl.lcvm.mccc.MatrixArray
- So, it appears that clone doesn't really support polymorphic
copying correctly (in java 1.1) so until it does we will use this...
- copy().
Method in class CH.epfl.lcvm.mccc.MatrixArray
- So, it appears that clone doesn't really support polymorphic
copying correctly (in java 1.1) so until it does we will use this...
- copyColumns(int, int).
Method in interface CH.epfl.lcvm.mccc.Matrix
- Slice the matrix columnise and return a copy of the specified columns
- copyColumns(int, int).
Method in interface CH.epfl.lcvm.mccc.Matrix
- Slice the matrix columnise and return a copy of the specified columns
- copyColumns(int, int).
Method in class CH.epfl.lcvm.mccc.MatrixArray
- Slice the matrix columnise and return a copy of the specified columns
- copyColumns(int, int).
Method in class CH.epfl.lcvm.mccc.MatrixArray
- Slice the matrix columnise and return a copy of the specified columns
- copyRows(int, int).
Method in interface CH.epfl.lcvm.mccc.Matrix
- Slice the matrix rowise and return a copy of the specified rows
- copyRows(int, int).
Method in interface CH.epfl.lcvm.mccc.Matrix
- Slice the matrix rowise and return a copy of the specified rows
- copyRows(int, int).
Method in class CH.epfl.lcvm.mccc.MatrixArray
- Slice the matrix rowise and return a copy of the specified rows
- copyRows(int, int).
Method in class CH.epfl.lcvm.mccc.MatrixArray
- Slice the matrix rowise and return a copy of the specified rows
- demo().
Constructor for class demo
-
- determinant().
Method in interface CH.epfl.lcvm.mccc.Matrix
- Compute the determinant of the matrix
- determinant().
Method in interface CH.epfl.lcvm.mccc.Matrix
- Compute the determinant of the matrix
- determinant().
Method in class CH.epfl.lcvm.mccc.MatrixArray
- Compute the determinant of the matrix
- determinant().
Method in class CH.epfl.lcvm.mccc.MatrixArray
- Compute the determinant of the matrix
- dimension_.
Variable in class CH.epfl.lcvm.mccc.ODEFunctionBase
-
- dimension_.
Variable in class CH.epfl.lcvm.mccc.ODEFunctionBase
-
- domain_.
Variable in class CH.epfl.lcvm.mccc.CollocationDiscretization
- Domain of this class as a Function.
- domain_.
Variable in class CH.epfl.lcvm.mccc.CollocationDiscretization
- Domain of this class as a Function.
- domain_.
Variable in class CH.epfl.lcvm.mccc.FDDiscretization
- Domain of this class as a Function.
- domain_.
Variable in class CH.epfl.lcvm.mccc.FDDiscretization
- Domain of this class as a Function.
- domain_.
Variable in class CH.epfl.lcvm.mccc.FDDiscretizationContact
-
- domain_.
Variable in class CH.epfl.lcvm.mccc.FDDiscretizationContact
-
- domain_.
Variable in class CH.epfl.lcvm.mccc.FunctionBase
-
- domain_.
Variable in class CH.epfl.lcvm.mccc.FunctionBase
-
- dumpVBM(String).
Method in class CH.epfl.lcvm.mccc.ContinuationRheinbolt2D
- convienence routine to dump out a VBM file of the current data
- dumpVBM(String).
Method in class CH.epfl.lcvm.mccc.ContinuationRheinbolt2D
- convienence routine to dump out a VBM file of the current data
- FDDiscretization(ODEFunctionWithBC, OneDMesh).
Constructor for class CH.epfl.lcvm.mccc.FDDiscretization
-
A discretization creation function which takes
a mesh and a function and returns the finite difference
discretization.
- FDDiscretization(ODEFunctionWithBC, OneDMesh).
Constructor for class CH.epfl.lcvm.mccc.FDDiscretization
-
A discretization creation function which takes
a mesh and a function and returns the finite difference
discretization.
- FDDiscretizationContact(OneDMesh).
Constructor for class CH.epfl.lcvm.mccc.FDDiscretizationContact
-
A discretization creation function which takes
a mesh and returns the finite difference
discretization for the Rod problem with contact
terms.
- FDDiscretizationContact(OneDMesh).
Constructor for class CH.epfl.lcvm.mccc.FDDiscretizationContact
-
A discretization creation function which takes
a mesh and returns the finite difference
discretization for the Rod problem with contact
terms.
- findRoot(Matrix).
Method in class CH.epfl.lcvm.mccc.NewtonRaphson
- Returns the root of the given equation from the given starting guess
If the given point has more then one column then only the first is used.
- findRoot(Matrix).
Method in class CH.epfl.lcvm.mccc.NewtonRaphson
- Returns the root of the given equation from the given starting guess
If the given point has more then one column then only the first is used.
- findRoot(Matrix).
Method in class CH.epfl.lcvm.mccc.PowellHybridNative
- Returns a root of the function given the inputed initial guess
- findRoot(Matrix).
Method in class CH.epfl.lcvm.mccc.PowellHybridNative
- Returns a root of the function given the inputed initial guess
- findRoot(Matrix).
Method in interface CH.epfl.lcvm.mccc.RootFinder
- Returns a root of the function given the inputed initial guess
- findRoot(Matrix).
Method in interface CH.epfl.lcvm.mccc.RootFinder
- Returns a root of the function given the inputed initial guess
- func_.
Variable in class CH.epfl.lcvm.mccc.OneDDiscretization
-
- func_.
Variable in class CH.epfl.lcvm.mccc.OneDDiscretization
-
- FunctionConcatenation(Function, Function).
Constructor for class CH.epfl.lcvm.mccc.FunctionConcatenation
- Create a concatenation of 2 functions
- FunctionConcatenation(Function, Function).
Constructor for class CH.epfl.lcvm.mccc.FunctionConcatenation
- Create a concatenation of 2 functions
- FunctionFixed(Function, int[], double[]).
Constructor for class CH.epfl.lcvm.mccc.FunctionFixed
- Create a function with certain components fixed
- FunctionFixed(Function, int[], double[]).
Constructor for class CH.epfl.lcvm.mccc.FunctionFixed
- Create a function with certain components fixed
- FunctionSphere().
Constructor for class CH.epfl.lcvm.mccc.FunctionSphere
- Create a default sphere
- FunctionSphere().
Constructor for class CH.epfl.lcvm.mccc.FunctionSphere
- Create a default sphere
- generateGuess(Matrix, Matrix).
Method in class CH.epfl.lcvm.mccc.CollocationDiscretization
-
A convience function for generating a solution to the
problem given intial conditions.
- generateGuess(Matrix, Matrix).
Method in class CH.epfl.lcvm.mccc.CollocationDiscretization
-
A convience function for generating a solution to the
problem given intial conditions.
- generateGuess(Matrix, Matrix).
Method in class CH.epfl.lcvm.mccc.FDDiscretization
-
A convience function for generating a solution to the
problem given intial conditions.
- generateGuess(Matrix, Matrix).
Method in class CH.epfl.lcvm.mccc.FDDiscretization
-
A convience function for generating a solution to the
problem given intial conditions.
- getColumns().
Method in interface CH.epfl.lcvm.mccc.Matrix
- Get the number of columns
- getColumns().
Method in interface CH.epfl.lcvm.mccc.Matrix
- Get the number of columns
- getColumns().
Method in class CH.epfl.lcvm.mccc.MatrixArray
- Get the number of columns
- getColumns().
Method in class CH.epfl.lcvm.mccc.MatrixArray
- Get the number of columns
- getDimension().
Method in interface CH.epfl.lcvm.mccc.ODEFunction
- Returns the dimension function.
- getDimension().
Method in interface CH.epfl.lcvm.mccc.ODEFunction
- Returns the dimension function.
- getDimension().
Method in class CH.epfl.lcvm.mccc.ODEFunctionBase
- Returns the dimension function.
- getDimension().
Method in class CH.epfl.lcvm.mccc.ODEFunctionBase
- Returns the dimension function.
- getDomain().
Method in class CH.epfl.lcvm.mccc.CollocationDiscretization
- Returns the dimension of the domain of the discretized function
- getDomain().
Method in class CH.epfl.lcvm.mccc.CollocationDiscretization
- Returns the dimension of the domain of the discretized function
- getDomain().
Method in class CH.epfl.lcvm.mccc.FDDiscretization
- Returns the dimension of the domain of the discretized function
- getDomain().
Method in class CH.epfl.lcvm.mccc.FDDiscretization
- Returns the dimension of the domain of the discretized function
- getDomain().
Method in class CH.epfl.lcvm.mccc.FDDiscretizationContact
- Returns the dimension of the domain of the discretized function
- getDomain().
Method in class CH.epfl.lcvm.mccc.FDDiscretizationContact
- Returns the dimension of the domain of the discretized function
- getDomain().
Method in interface CH.epfl.lcvm.mccc.Function
- Returns the dimension of the domain of the function
- getDomain().
Method in interface CH.epfl.lcvm.mccc.Function
- Returns the dimension of the domain of the function
- getDomain().
Method in class CH.epfl.lcvm.mccc.FunctionBase
- Returns the dimension of the domain of the function
- getDomain().
Method in class CH.epfl.lcvm.mccc.FunctionBase
- Returns the dimension of the domain of the function
- getElement(int, int).
Method in interface CH.epfl.lcvm.mccc.Matrix
- Returns the element at the specified row and column
- getElement(int, int).
Method in interface CH.epfl.lcvm.mccc.Matrix
- Returns the element at the specified row and column
- getElement(int, int).
Method in class CH.epfl.lcvm.mccc.MatrixArray
- Returns the element at the specified row and column
- getElement(int, int).
Method in class CH.epfl.lcvm.mccc.MatrixArray
- Returns the element at the specified row and column
- getMesh().
Method in interface CH.epfl.lcvm.mccc.OneDMesh
- Return the s values of the mesh points
- getMesh().
Method in interface CH.epfl.lcvm.mccc.OneDMesh
- Return the s values of the mesh points
- getMesh().
Method in class CH.epfl.lcvm.mccc.OneDMeshUniform
- Return the s values of the mesh points
- getMesh().
Method in class CH.epfl.lcvm.mccc.OneDMeshUniform
- Return the s values of the mesh points
- getNumBC().
Method in class CH.epfl.lcvm.mccc.ODEFunctionCircle
- Returns the number of boundary conditions
- getNumBC().
Method in class CH.epfl.lcvm.mccc.ODEFunctionCircle
- Returns the number of boundary conditions
- getNumBC().
Method in class CH.epfl.lcvm.mccc.ODEFunctionDNA1ParNative
- Returns the number of boundary conditions
- getNumBC().
Method in class CH.epfl.lcvm.mccc.ODEFunctionDNA1ParNative
- Returns the number of boundary conditions
- getNumBC().
Method in class CH.epfl.lcvm.mccc.ODEFunctionDNA6ParNative
- Returns the number of boundary conditions
- getNumBC().
Method in class CH.epfl.lcvm.mccc.ODEFunctionDNA6ParNative
- Returns the number of boundary conditions
- getNumBC().
Method in class CH.epfl.lcvm.mccc.ODEFunctionRod
- Returns the number of boundary conditions
- getNumBC().
Method in class CH.epfl.lcvm.mccc.ODEFunctionRod
- Returns the number of boundary conditions
- getNumBC().
Method in interface CH.epfl.lcvm.mccc.ODEFunctionWithBC
- Returns the number of boundary conditions
- getNumBC().
Method in interface CH.epfl.lcvm.mccc.ODEFunctionWithBC
- Returns the number of boundary conditions
- getNumParameters().
Method in interface CH.epfl.lcvm.mccc.ODEFunction
- Returns the number of parameters in the function
- getNumParameters().
Method in interface CH.epfl.lcvm.mccc.ODEFunction
- Returns the number of parameters in the function
- getNumParameters().
Method in class CH.epfl.lcvm.mccc.ODEFunctionBase
- Returns the number of parameters in the function
- getNumParameters().
Method in class CH.epfl.lcvm.mccc.ODEFunctionBase
- Returns the number of parameters in the function
- getRange().
Method in class CH.epfl.lcvm.mccc.CollocationDiscretization
- Returns the dimension of the range of the discretized function
- getRange().
Method in class CH.epfl.lcvm.mccc.CollocationDiscretization
- Returns the dimension of the range of the discretized function
- getRange().
Method in class CH.epfl.lcvm.mccc.FDDiscretization
- Returns the dimension of the range of the discretized function
- getRange().
Method in class CH.epfl.lcvm.mccc.FDDiscretization
- Returns the dimension of the range of the discretized function
- getRange().
Method in class CH.epfl.lcvm.mccc.FDDiscretizationContact
- Returns the dimension of the range of the discretized function
- getRange().
Method in class CH.epfl.lcvm.mccc.FDDiscretizationContact
- Returns the dimension of the range of the discretized function
- getRange().
Method in interface CH.epfl.lcvm.mccc.Function
- Returns the dimension of the range of the function
- getRange().
Method in interface CH.epfl.lcvm.mccc.Function
- Returns the dimension of the range of the function
- getRange().
Method in class CH.epfl.lcvm.mccc.FunctionBase
- Returns the dimension of the range of the function
- getRange().
Method in class CH.epfl.lcvm.mccc.FunctionBase
- Returns the dimension of the range of the function
- getRows().
Method in interface CH.epfl.lcvm.mccc.Matrix
- Get the number of rows
- getRows().
Method in interface CH.epfl.lcvm.mccc.Matrix
- Get the number of rows
- getRows().
Method in class CH.epfl.lcvm.mccc.MatrixArray
- Get the number of rows
- getRows().
Method in class CH.epfl.lcvm.mccc.MatrixArray
- Get the number of rows
- goToTarget(double).
Method in interface CH.epfl.lcvm.mccc.Continuation1D
- Take steps until the target s value has been reached
- goToTarget(double).
Method in interface CH.epfl.lcvm.mccc.Continuation1D
- Take steps until the target s value has been reached
- goToTarget(double).
Method in class CH.epfl.lcvm.mccc.ContinuationNatural
- Take steps until the target s value has been reached
- goToTarget(double).
Method in class CH.epfl.lcvm.mccc.ContinuationNatural
- Take steps until the target s value has been reached
- goToTarget(double).
Method in class CH.epfl.lcvm.mccc.ContinuationPseudoArclength
- Take steps until the target s value has been reached
- goToTarget(double).
Method in class CH.epfl.lcvm.mccc.ContinuationPseudoArclength
- Take steps until the target s value has been reached
- goToTarget(Matrix, Matrix, double).
Method in class CH.epfl.lcvm.mccc.IVPEuler
- Take steps until the target s value has been reached
- goToTarget(Matrix, Matrix, double).
Method in class CH.epfl.lcvm.mccc.IVPEuler
- Take steps until the target s value has been reached
- goToTarget(Matrix, Matrix, double).
Method in class CH.epfl.lcvm.mccc.IVPRungeKutta2
- Take steps until the target s value has been reached
- goToTarget(Matrix, Matrix, double).
Method in class CH.epfl.lcvm.mccc.IVPRungeKutta2
- Take steps until the target s value has been reached
- goToTarget(Matrix, Matrix, double).
Method in interface CH.epfl.lcvm.mccc.IVPSolver
- Take steps until the target s value has been reached
- goToTarget(Matrix, Matrix, double).
Method in interface CH.epfl.lcvm.mccc.IVPSolver
- Take steps until the target s value has been reached
- goToTarget(Matrix, Matrix, double).
Method in class CH.epfl.lcvm.mccc.IVPSolverBase
- Take steps until the target s value has been reached
- goToTarget(Matrix, Matrix, double).
Method in class CH.epfl.lcvm.mccc.IVPSolverBase
- Take steps until the target s value has been reached
- infinityNorm().
Method in interface CH.epfl.lcvm.mccc.Matrix
- Get the infinity norm of the matrix
- infinityNorm().
Method in interface CH.epfl.lcvm.mccc.Matrix
- Get the infinity norm of the matrix
- infinityNorm().
Method in class CH.epfl.lcvm.mccc.MatrixArray
- Get the infinity norm of the matrix
- infinityNorm().
Method in class CH.epfl.lcvm.mccc.MatrixArray
- Get the infinity norm of the matrix
- IVPEuler(ODEFunction).
Constructor for class CH.epfl.lcvm.mccc.IVPEuler
- Construct a IVPEuler class from the given ODEFunction
- IVPEuler(ODEFunction).
Constructor for class CH.epfl.lcvm.mccc.IVPEuler
- Construct a IVPEuler class from the given ODEFunction
- IVPRungeKutta2(ODEFunction).
Constructor for class CH.epfl.lcvm.mccc.IVPRungeKutta2
- Construct a IVPRungeKutta2 class from the given ODEFunction
- IVPRungeKutta2(ODEFunction).
Constructor for class CH.epfl.lcvm.mccc.IVPRungeKutta2
- Construct a IVPRungeKutta2 class from the given ODEFunction
- IVPSolverBase().
Constructor for class CH.epfl.lcvm.mccc.IVPSolverBase
-
- IVPSolverBase().
Constructor for class CH.epfl.lcvm.mccc.IVPSolverBase
-
- jacobian(Matrix).
Method in class CH.epfl.lcvm.mccc.FunctionSphere
- Returns the jacobian of the function at the specified point
Utilizes the NumericalJacobian class
- jacobian(Matrix).
Method in class CH.epfl.lcvm.mccc.FunctionSphere
- Returns the jacobian of the function at the specified point
Utilizes the NumericalJacobian class
- jacobian(Matrix).
Method in interface CH.epfl.lcvm.mccc.HasJacobian
- Returns the jacobian of the function at the specified point
- jacobian(Matrix).
Method in interface CH.epfl.lcvm.mccc.HasJacobian
- Returns the jacobian of the function at the specified point
- jacobian(Matrix).
Method in class CH.epfl.lcvm.mccc.NumericalJacobian
- Returns the jacobian of the function at the specified point
Based on the function in "Numerical Recipes in C" second
edition page 388.
- jacobian(Matrix).
Method in class CH.epfl.lcvm.mccc.NumericalJacobian
- Returns the jacobian of the function at the specified point
Based on the function in "Numerical Recipes in C" second
edition page 388.
- legendreRoots_.
Static variable in class CH.epfl.lcvm.mccc.CollocationDiscretization
- An array which contains the roots of the legendre polynomials.
- legendreRoots_.
Static variable in class CH.epfl.lcvm.mccc.CollocationDiscretization
- An array which contains the roots of the legendre polynomials.
- main(String[]).
Static method in class CH.epfl.lcvm.mccc.CollocationDiscretization
-
Exercise the class by trying the various functions.
- main(String[]).
Static method in class CH.epfl.lcvm.mccc.CollocationDiscretization
-
Exercise the class by trying the various functions.
- main(String[]).
Static method in class CH.epfl.lcvm.mccc.ContinuationNatural
-
Exercise the class by trying the various functions
- main(String[]).
Static method in class CH.epfl.lcvm.mccc.ContinuationNatural
-
Exercise the class by trying the various functions
- main(String[]).
Static method in class CH.epfl.lcvm.mccc.ContinuationPseudoArclength
-
Exercise the class by trying the various functions
- main(String[]).
Static method in class CH.epfl.lcvm.mccc.ContinuationPseudoArclength
-
Exercise the class by trying the various functions
- main(String[]).
Static method in class CH.epfl.lcvm.mccc.ContinuationRheinbolt2D
-
Exercise the class by trying the various functions
- main(String[]).
Static method in class CH.epfl.lcvm.mccc.ContinuationRheinbolt2D
-
Exercise the class by trying the various functions
- main(String[]).
Static method in class demo
- Try some of the functions of MCCC
- main(String[]).
Static method in class CH.epfl.lcvm.mccc.FDDiscretization
-
Exercise the class by trying the various functions
- main(String[]).
Static method in class CH.epfl.lcvm.mccc.FDDiscretization
-
Exercise the class by trying the various functions
- main(String[]).
Static method in class CH.epfl.lcvm.mccc.FDDiscretizationContact
-
Exercise the class by trying the various functions
- main(String[]).
Static method in class CH.epfl.lcvm.mccc.FDDiscretizationContact
-
Exercise the class by trying the various functions
- main(String[]).
Static method in class CH.epfl.lcvm.mccc.FunctionConcatenation
-
Exercise the class by trying the various functions
- main(String[]).
Static method in class CH.epfl.lcvm.mccc.FunctionConcatenation
-
Exercise the class by trying the various functions
- main(String[]).
Static method in class CH.epfl.lcvm.mccc.FunctionFixed
-
Exercise the class by trying the various functions
- main(String[]).
Static method in class CH.epfl.lcvm.mccc.FunctionFixed
-
Exercise the class by trying the various functions
- main(String[]).
Static method in class CH.epfl.lcvm.mccc.FunctionSphere
-
Exercise the class by trying the various functions
- main(String[]).
Static method in class CH.epfl.lcvm.mccc.FunctionSphere
-
Exercise the class by trying the various functions
- main(String[]).
Static method in class CH.epfl.lcvm.mccc.IVPEuler
-
Exercise the class by trying the various functions
- main(String[]).
Static method in class CH.epfl.lcvm.mccc.IVPEuler
-
Exercise the class by trying the various functions
- main(String[]).
Static method in class CH.epfl.lcvm.mccc.IVPRungeKutta2
-
Exercise the class by trying the various functions
- main(String[]).
Static method in class CH.epfl.lcvm.mccc.IVPRungeKutta2
-
Exercise the class by trying the various functions
- main(String[]).
Static method in class CH.epfl.lcvm.mccc.MatrixArray
-
Exercise the class by trying the various functions.
- main(String[]).
Static method in class CH.epfl.lcvm.mccc.MatrixArray
-
Exercise the class by trying the various functions.
- main(String[]).
Static method in class CH.epfl.lcvm.mccc.NewtonRaphson
-
Exercise the class by trying the various functions
- main(String[]).
Static method in class CH.epfl.lcvm.mccc.NewtonRaphson
-
Exercise the class by trying the various functions
- main(String[]).
Static method in class CH.epfl.lcvm.mccc.NumericalJacobian
-
Exercise the class by trying the various functions
- main(String[]).
Static method in class CH.epfl.lcvm.mccc.NumericalJacobian
-
Exercise the class by trying the various functions
- main(String[]).
Static method in class CH.epfl.lcvm.mccc.ODEFunctionCircle
-
Exercise the class by trying the various functions
- main(String[]).
Static method in class CH.epfl.lcvm.mccc.ODEFunctionCircle
-
Exercise the class by trying the various functions
- main(String[]).
Static method in class CH.epfl.lcvm.mccc.ODEFunctionDNA1ParNative
-
Exercise the class by trying the various functions
- main(String[]).
Static method in class CH.epfl.lcvm.mccc.ODEFunctionDNA1ParNative
-
Exercise the class by trying the various functions
- main(String[]).
Static method in class CH.epfl.lcvm.mccc.ODEFunctionDNA6ParNative
-
Exercise the class by trying the various functions
- main(String[]).
Static method in class CH.epfl.lcvm.mccc.ODEFunctionDNA6ParNative
-
Exercise the class by trying the various functions
- main(String[]).
Static method in class CH.epfl.lcvm.mccc.ODEFunctionRod
-
Exercise the class by trying the various functions
- main(String[]).
Static method in class CH.epfl.lcvm.mccc.ODEFunctionRod
-
Exercise the class by trying the various functions
- main(String[]).
Static method in class CH.epfl.lcvm.mccc.OneDMeshUniform
-
Exercise the class by trying the various functions
- main(String[]).
Static method in class CH.epfl.lcvm.mccc.OneDMeshUniform
-
Exercise the class by trying the various functions
- main(String[]).
Static method in class CH.epfl.lcvm.mccc.PowellHybridNative
- Exercise the class by trying the various functions
- main(String[]).
Static method in class CH.epfl.lcvm.mccc.PowellHybridNative
- Exercise the class by trying the various functions
- MatrixArray(double[]).
Constructor for class CH.epfl.lcvm.mccc.MatrixArray
- Create a column matrix from the given array
- MatrixArray(double[]).
Constructor for class CH.epfl.lcvm.mccc.MatrixArray
- Create a column matrix from the given array
- MatrixArray(double[][]).
Constructor for class CH.epfl.lcvm.mccc.MatrixArray
- Create a matrix from the given array
- MatrixArray(double[][]).
Constructor for class CH.epfl.lcvm.mccc.MatrixArray
- Create a matrix from the given array
- MatrixArray(int, int).
Constructor for class CH.epfl.lcvm.mccc.MatrixArray
- Create an array with the given dimensions
- MatrixArray(int, int).
Constructor for class CH.epfl.lcvm.mccc.MatrixArray
- Create an array with the given dimensions
- MCCCException().
Constructor for class CH.epfl.lcvm.mccc.MCCCException
-
- MCCCException().
Constructor for class CH.epfl.lcvm.mccc.MCCCException
-
- MCCCException(String).
Constructor for class CH.epfl.lcvm.mccc.MCCCException
-
Contruct an exception with a message
- MCCCException(String).
Constructor for class CH.epfl.lcvm.mccc.MCCCException
-
Contruct an exception with a message
- mesh_.
Variable in class CH.epfl.lcvm.mccc.OneDDiscretization
-
- mesh_.
Variable in class CH.epfl.lcvm.mccc.OneDDiscretization
-
- multiply(double).
Method in interface CH.epfl.lcvm.mccc.Matrix
- Multiply the current matrix by the given scalar
- multiply(double).
Method in interface CH.epfl.lcvm.mccc.Matrix
- Multiply the current matrix by the given scalar
- multiply(double).
Method in class CH.epfl.lcvm.mccc.MatrixArray
- Multiply the current matrix by the given scalar
- multiply(double).
Method in class CH.epfl.lcvm.mccc.MatrixArray
- Multiply the current matrix by the given scalar
- multiply(Matrix).
Method in interface CH.epfl.lcvm.mccc.Matrix
- Post multiply the current matrix by the given matrix
- multiply(Matrix).
Method in interface CH.epfl.lcvm.mccc.Matrix
- Post multiply the current matrix by the given matrix
- multiply(Matrix).
Method in class CH.epfl.lcvm.mccc.MatrixArray
- Post multiply the current matrix by the given matrix
- multiply(Matrix).
Method in class CH.epfl.lcvm.mccc.MatrixArray
- Post multiply the current matrix by the given matrix
- NewtonRaphson(Function).
Constructor for class CH.epfl.lcvm.mccc.NewtonRaphson
- Creates a NewtonRaphson root finder for the given function
- NewtonRaphson(Function).
Constructor for class CH.epfl.lcvm.mccc.NewtonRaphson
- Creates a NewtonRaphson root finder for the given function
- NoConvergenceException(String).
Constructor for class CH.epfl.lcvm.mccc.NoConvergenceException
-
Contruct an exception with a message
- NoConvergenceException(String).
Constructor for class CH.epfl.lcvm.mccc.NoConvergenceException
-
Contruct an exception with a message
- nullSpaceBasis().
Method in interface CH.epfl.lcvm.mccc.Matrix
- Return a matrix whose columns are a basis of the null space
of the matrix.
- nullSpaceBasis().
Method in interface CH.epfl.lcvm.mccc.Matrix
- Return a matrix whose columns are a basis of the null space
of the matrix.
- nullSpaceBasis().
Method in class CH.epfl.lcvm.mccc.MatrixArray
- Return a matrix whose columns are a basis of the null space
of the matrix.
- nullSpaceBasis().
Method in class CH.epfl.lcvm.mccc.MatrixArray
- Return a matrix whose columns are a basis of the null space
of the matrix.
- NumericalJacobian(Function).
Constructor for class CH.epfl.lcvm.mccc.NumericalJacobian
- Creates a jacobian from the given function
- NumericalJacobian(Function).
Constructor for class CH.epfl.lcvm.mccc.NumericalJacobian
- Creates a jacobian from the given function
- numParameters_.
Variable in class CH.epfl.lcvm.mccc.ODEFunctionBase
-
- numParameters_.
Variable in class CH.epfl.lcvm.mccc.ODEFunctionBase
-
- ODEFunctionCircle().
Constructor for class CH.epfl.lcvm.mccc.ODEFunctionCircle
- Create a default sphere
- ODEFunctionCircle().
Constructor for class CH.epfl.lcvm.mccc.ODEFunctionCircle
- Create a default sphere
- ODEFunctionDNA1ParNative().
Constructor for class CH.epfl.lcvm.mccc.ODEFunctionDNA1ParNative
- Create a default sphere
- ODEFunctionDNA1ParNative().
Constructor for class CH.epfl.lcvm.mccc.ODEFunctionDNA1ParNative
- Create a default sphere
- ODEFunctionDNA6ParNative().
Constructor for class CH.epfl.lcvm.mccc.ODEFunctionDNA6ParNative
- Create a default sphere
- ODEFunctionDNA6ParNative().
Constructor for class CH.epfl.lcvm.mccc.ODEFunctionDNA6ParNative
- Create a default sphere
- ODEFunctionRod().
Constructor for class CH.epfl.lcvm.mccc.ODEFunctionRod
- Create a default sphere
- ODEFunctionRod().
Constructor for class CH.epfl.lcvm.mccc.ODEFunctionRod
- Create a default sphere
- OneDDiscretization(ODEFunctionWithBC, OneDMesh).
Constructor for class CH.epfl.lcvm.mccc.OneDDiscretization
-
A discretization creation function which takes
a mesh and a function.
- OneDDiscretization(ODEFunctionWithBC, OneDMesh).
Constructor for class CH.epfl.lcvm.mccc.OneDDiscretization
-
A discretization creation function which takes
a mesh and a function.
- OneDMeshUniform(double, double, int).
Constructor for class CH.epfl.lcvm.mccc.OneDMeshUniform
- Create a uniform mesh over the interval start to end, including the
end points
- OneDMeshUniform(double, double, int).
Constructor for class CH.epfl.lcvm.mccc.OneDMeshUniform
- Create a uniform mesh over the interval start to end, including the
end points
- oneNorm().
Method in interface CH.epfl.lcvm.mccc.Matrix
- Get the one norm of the matrix
- oneNorm().
Method in interface CH.epfl.lcvm.mccc.Matrix
- Get the one norm of the matrix
- oneNorm().
Method in class CH.epfl.lcvm.mccc.MatrixArray
- Get the one norm of the matrix
- oneNorm().
Method in class CH.epfl.lcvm.mccc.MatrixArray
- Get the one norm of the matrix
- PowellHybridNative(Function).
Constructor for class CH.epfl.lcvm.mccc.PowellHybridNative
- Creates a PowellHybrid root finder for the given function
- PowellHybridNative(Function).
Constructor for class CH.epfl.lcvm.mccc.PowellHybridNative
- Creates a PowellHybrid root finder for the given function
- random().
Method in class CH.epfl.lcvm.mccc.MatrixArray
- Fill in the matrix with random entries
- random().
Method in class CH.epfl.lcvm.mccc.MatrixArray
- Fill in the matrix with random entries
- range_.
Variable in class CH.epfl.lcvm.mccc.CollocationDiscretization
- Range of this class as a Function.
- range_.
Variable in class CH.epfl.lcvm.mccc.CollocationDiscretization
- Range of this class as a Function.
- range_.
Variable in class CH.epfl.lcvm.mccc.FDDiscretization
- Range of this class as a Function.
- range_.
Variable in class CH.epfl.lcvm.mccc.FDDiscretization
- Range of this class as a Function.
- range_.
Variable in class CH.epfl.lcvm.mccc.FDDiscretizationContact
-
- range_.
Variable in class CH.epfl.lcvm.mccc.FDDiscretizationContact
-
- range_.
Variable in class CH.epfl.lcvm.mccc.FunctionBase
-
- range_.
Variable in class CH.epfl.lcvm.mccc.FunctionBase
-
- setElement(int, int, double).
Method in interface CH.epfl.lcvm.mccc.Matrix
- Sets the element at the specified row and column
- setElement(int, int, double).
Method in interface CH.epfl.lcvm.mccc.Matrix
- Sets the element at the specified row and column
- setElement(int, int, double).
Method in class CH.epfl.lcvm.mccc.MatrixArray
- Sets the element at the specified row and column
- setElement(int, int, double).
Method in class CH.epfl.lcvm.mccc.MatrixArray
- Sets the element at the specified row and column
- setMaxSteps(int).
Method in class CH.epfl.lcvm.mccc.NewtonRaphson
- Sets the maximum number of steps for the solver
- setMaxSteps(int).
Method in class CH.epfl.lcvm.mccc.NewtonRaphson
- Sets the maximum number of steps for the solver
- setStepSize(double).
Method in interface CH.epfl.lcvm.mccc.Continuation1D
- Sets the initial step size for the continuation method
- setStepSize(double).
Method in interface CH.epfl.lcvm.mccc.Continuation1D
- Sets the initial step size for the continuation method
- setStepSize(double).
Method in interface CH.epfl.lcvm.mccc.Continuation2D
- Sets the initial step size for the continuation method
- setStepSize(double).
Method in interface CH.epfl.lcvm.mccc.Continuation2D
- Sets the initial step size for the continuation method
- setStepSize(double).
Method in class CH.epfl.lcvm.mccc.ContinuationNatural
- Sets the initial step size for the continuation method
- setStepSize(double).
Method in class CH.epfl.lcvm.mccc.ContinuationNatural
- Sets the initial step size for the continuation method
- setStepSize(double).
Method in class CH.epfl.lcvm.mccc.ContinuationPseudoArclength
- Sets the initial step size for the continuation method
- setStepSize(double).
Method in class CH.epfl.lcvm.mccc.ContinuationPseudoArclength
- Sets the initial step size for the continuation method
- setStepSize(double).
Method in class CH.epfl.lcvm.mccc.ContinuationRheinbolt2D
- Sets the initial step size for the continuation method
- setStepSize(double).
Method in class CH.epfl.lcvm.mccc.ContinuationRheinbolt2D
- Sets the initial step size for the continuation method
- setStepSize(double).
Method in interface CH.epfl.lcvm.mccc.IVPSolver
- Sets the initial step size for the solver
- setStepSize(double).
Method in interface CH.epfl.lcvm.mccc.IVPSolver
- Sets the initial step size for the solver
- setStepSize(double).
Method in class CH.epfl.lcvm.mccc.IVPSolverBase
- Sets the initial step size for the solver
- setStepSize(double).
Method in class CH.epfl.lcvm.mccc.IVPSolverBase
- Sets the initial step size for the solver
- setTolerance(double).
Method in class CH.epfl.lcvm.mccc.NewtonRaphson
- Sets the tolerance for the newton solver
- setTolerance(double).
Method in class CH.epfl.lcvm.mccc.NewtonRaphson
- Sets the tolerance for the newton solver
- setTolerance(double).
Method in class CH.epfl.lcvm.mccc.PowellHybridNative
- Sets the tolerance for the newton solver
- setTolerance(double).
Method in class CH.epfl.lcvm.mccc.PowellHybridNative
- Sets the tolerance for the newton solver
- setTolerance(double).
Method in interface CH.epfl.lcvm.mccc.RootFinder
- Sets the tolerance for the newton solver
- setTolerance(double).
Method in interface CH.epfl.lcvm.mccc.RootFinder
- Sets the tolerance for the newton solver
- setUpdateFrequency(int).
Method in class CH.epfl.lcvm.mccc.NewtonRaphson
- Sets the frequency of the jacobian updates
- setUpdateFrequency(int).
Method in class CH.epfl.lcvm.mccc.NewtonRaphson
- Sets the frequency of the jacobian updates
- solve(Matrix).
Method in interface CH.epfl.lcvm.mccc.Matrix
- Solve the linear system AX=B and return X.
- solve(Matrix).
Method in interface CH.epfl.lcvm.mccc.Matrix
- Solve the linear system AX=B and return X.
- solve(Matrix).
Method in class CH.epfl.lcvm.mccc.MatrixArray
- Solve the linear system AX=B and return X.
- solve(Matrix).
Method in class CH.epfl.lcvm.mccc.MatrixArray
- Solve the linear system AX=B and return X.
- SolverException(String).
Constructor for class CH.epfl.lcvm.mccc.SolverException
-
Contruct an exception with a message
- SolverException(String).
Constructor for class CH.epfl.lcvm.mccc.SolverException
-
Contruct an exception with a message
- start(Matrix).
Method in interface CH.epfl.lcvm.mccc.Continuation2D
- Start a continuation by taking one step of the algorithm
- start(Matrix).
Method in interface CH.epfl.lcvm.mccc.Continuation2D
- Start a continuation by taking one step of the algorithm
- start(Matrix).
Method in class CH.epfl.lcvm.mccc.ContinuationRheinbolt2D
- Start a continuation by taking one step of the algorithm
- start(Matrix).
Method in class CH.epfl.lcvm.mccc.ContinuationRheinbolt2D
- Start a continuation by taking one step of the algorithm
- start(Matrix, int).
Method in interface CH.epfl.lcvm.mccc.Continuation1D
- Start a continuation by taking one step of the algorithm
- start(Matrix, int).
Method in interface CH.epfl.lcvm.mccc.Continuation1D
- Start a continuation by taking one step of the algorithm
- start(Matrix, int).
Method in class CH.epfl.lcvm.mccc.ContinuationNatural
- Start the continuation and take one step
- start(Matrix, int).
Method in class CH.epfl.lcvm.mccc.ContinuationNatural
- Start the continuation and take one step
- start(Matrix, int).
Method in class CH.epfl.lcvm.mccc.ContinuationPseudoArclength
- Start the continuation and take one step
- start(Matrix, int).
Method in class CH.epfl.lcvm.mccc.ContinuationPseudoArclength
- Start the continuation and take one step
- step().
Method in interface CH.epfl.lcvm.mccc.Continuation1D
- Take a continuation step
- step().
Method in interface CH.epfl.lcvm.mccc.Continuation1D
- Take a continuation step
- step().
Method in class CH.epfl.lcvm.mccc.ContinuationNatural
- Take a continuation step.
- step().
Method in class CH.epfl.lcvm.mccc.ContinuationNatural
- Take a continuation step.
- step().
Method in class CH.epfl.lcvm.mccc.ContinuationPseudoArclength
- Take one step in the current direction.
- step().
Method in class CH.epfl.lcvm.mccc.ContinuationPseudoArclength
- Take one step in the current direction.
- step(Matrix, Matrix).
Method in class CH.epfl.lcvm.mccc.IVPEuler
- Take one step of the default step size
- step(Matrix, Matrix).
Method in class CH.epfl.lcvm.mccc.IVPEuler
- Take one step of the default step size
- step(Matrix, Matrix).
Method in class CH.epfl.lcvm.mccc.IVPRungeKutta2
- Take one step of the default step size
- step(Matrix, Matrix).
Method in class CH.epfl.lcvm.mccc.IVPRungeKutta2
- Take one step of the default step size
- step(Matrix, Matrix).
Method in interface CH.epfl.lcvm.mccc.IVPSolver
- Take one step of the default step size
- step(Matrix, Matrix).
Method in interface CH.epfl.lcvm.mccc.IVPSolver
- Take one step of the default step size
- step(Matrix, Matrix).
Method in class CH.epfl.lcvm.mccc.IVPSolverBase
- Take one step of the default step size
- step(Matrix, Matrix).
Method in class CH.epfl.lcvm.mccc.IVPSolverBase
- Take one step of the default step size
- stepSize_.
Variable in class CH.epfl.lcvm.mccc.IVPSolverBase
-
- stepSize_.
Variable in class CH.epfl.lcvm.mccc.IVPSolverBase
-
- subtract(Matrix).
Method in interface CH.epfl.lcvm.mccc.Matrix
- Subtract the given matrix from the current matrix
- subtract(Matrix).
Method in interface CH.epfl.lcvm.mccc.Matrix
- Subtract the given matrix from the current matrix
- subtract(Matrix).
Method in class CH.epfl.lcvm.mccc.MatrixArray
- Subtract the given matrix from the current matrix
- subtract(Matrix).
Method in class CH.epfl.lcvm.mccc.MatrixArray
- Subtract the given matrix from the current matrix
- toArray().
Method in interface CH.epfl.lcvm.mccc.Matrix
- Returns the native array representation of the matrix
- toArray().
Method in interface CH.epfl.lcvm.mccc.Matrix
- Returns the native array representation of the matrix
- toArray().
Method in class CH.epfl.lcvm.mccc.MatrixArray
- Returns the native array representation of the matrix
- toArray().
Method in class CH.epfl.lcvm.mccc.MatrixArray
- Returns the native array representation of the matrix
- toString().
Method in class CH.epfl.lcvm.mccc.MatrixArray
- Prints out the matrix
- toString().
Method in class CH.epfl.lcvm.mccc.MatrixArray
- Prints out the matrix
- toVector().
Method in class CH.epfl.lcvm.mccc.MatrixArray
- Returns the native array representation of the matrix
as a vector if it has exactly 1 column
- toVector().
Method in class CH.epfl.lcvm.mccc.MatrixArray
- Returns the native array representation of the matrix
as a vector if it has exactly 1 column
- transpose().
Method in interface CH.epfl.lcvm.mccc.Matrix
- Transpose the current matrix
- transpose().
Method in interface CH.epfl.lcvm.mccc.Matrix
- Transpose the current matrix
- transpose().
Method in class CH.epfl.lcvm.mccc.MatrixArray
- Transpose the current matrix
- transpose().
Method in class CH.epfl.lcvm.mccc.MatrixArray
- Transpose the current matrix