class TCuboidLT

 class for multi-dimensional cuboid layouts (e.g. points, lines, grids, cuboids, etc.). More...
Definition#include <F2_layout.h>
InheritsTLayout [public ]
Inherited byTMCubeParameter, TMLookUpTable, TMMarray, TMMarrayParameter, TMMatrixParameter, TMNumMarray, TMNumMarrayParameter, TMParameter0D, TMParameter1D, TMParameter2D, TMScalarParameter, TMVectorArrayPar, TMVectorPar, TMVectorParameter
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Detailed Description

TCuboidLT is a cuboid layout. It specifies the spatial arrangement of a set of units (for example, a neuron population) in a cuboid. For example, a population of 100 neurons can be arranged as a two-dimensional 10x10 array. For this you can create a TCuboid layout by calling the constructor TCuboid(10,10).

TPos (class)

TPos

TzcPos (class)

TzcPos

int nDim

nDim

int* size

size

int* size_s

size_s

TFlag closed

closed

TGenericFlag genericNDim

genericNDim

TGenericFlag genericSize

genericSize

 TCuboidLT ()

TCuboidLT

 TCuboidLT (int N1)

TCuboidLT

 TCuboidLT (int N1, TFlag closed_arg)

TCuboidLT

 TCuboidLT (int N1, int N2)

TCuboidLT

 TCuboidLT (int N1, int N2, TFlag closed_arg)

TCuboidLT

 TCuboidLT (int N1, int N2, int N3)

TCuboidLT

 TCuboidLT (int N1, int N2, int N3, TFlag closed_arg)

TCuboidLT

 TCuboidLT (int N1, int N2, int N3, int N4)

TCuboidLT

 TCuboidLT (int N1, int N2, int N3, int N4, TFlag closed_arg)

TCuboidLT

 TCuboidLT (int nDim_arg, int* size_arg)

TCuboidLT

 TCuboidLT (int nDim_arg, int* size_arg, TFlag closed_arg)

TCuboidLT

 TCuboidLT (TGenericFlag genericNDim_arg)

TCuboidLT

 TCuboidLT (int nDim_arg, TGenericFlag genericSize_arg)

TCuboidLT

 TCuboidLT (const TCuboidLT& copy)

TCuboidLT

 TCuboidLT (const TCuboidLT& copy, int nDim_arg, int* size_arg)

TCuboidLT

 ~TCuboidLT ()

~TCuboidLT

void  operator= (const TCuboidLT& copy)

operator=

bool  operator== (const TCuboidLT& lt)

operator==

[const]

Reimplemented from TLayout.

bool  operator!= (const TCuboidLT& lt)

operator!=

[const]

Reimplemented from TLayout.

bool  sameSize (const TCuboidLT& lt)

sameSize

[const]

Reimplemented from TLayout.

void  resize (int nDim_arg)

resize

void  resize (int* size_arg)

resize

void  resize (int nDim_arg, int* size_arg)

resize

inline int  index (int* idx)

index

[const]

inline int  index (int idx, int* relpos)

index

[const]

inline int  index (int idx)

index

[const]

inline int  index (int idx1, int idx2)

index

[const]

inline int  index (int idx1, int idx2, int idx3)

index

[const]

inline int  index (int idx1, int idx2, int idx3, int idx4)

index

[const]

inline int*  indexPos (int idx)

indexPos

[const]

inline int*  indexPos (int idx, int* pos)

indexPos

[const]

bool  isOdd ()

isOdd

[const virtual]

Reimplemented from TLayout.

bool  isOdd (const int* fullDimFlags)

isOdd

[const virtual]

Reimplemented from TLayout.

template void  outputData (ostream& os, const T* data)

outputData

[const]

Reimplemented from TLayout.

template void  outputNumData (ostream& os, const T* data, int bin, int packed)

outputNumData

[const]

Reimplemented from TLayout.

void  outputState (ostream & os)

outputState

[const]

Reimplemented from TLayout.

int*  getSizeBuffer (int i1)

getSizeBuffer

[static]

int*  getSizeBuffer (int i1, int i2)

getSizeBuffer

[static]

int*  getSizeBuffer (int i1, int i2, int i3)

getSizeBuffer

[static]

int*  getSizeBuffer (int i1, int i2, int i3, int i4)

getSizeBuffer

[static]

int  getTotalSize (int nDim_arg, int* size_arg)

getTotalSize

[static]

friend ostream&  operator<< (ostream& os, const TCuboidLT& par)

operator<<

friend istream&  operator>> (istream& os, TCuboidLT& par)

operator>>

static const int lenSizeBuffer

lenSizeBuffer

[protected]

static int sizeBuffer[lenSizeBuffer]

sizeBuffer[lenSizeBuffer]

[protected]