PUBLIC

SArray3dC::SArray3dC(void) SArray3dC::SArray3dC(SizeT,SizeT,SizeT) SArray3dC::Fill(const DataC &) SArray3dC::Copy(void) SArray3dC::operator[](const Index3dC &) SArray3dC::operator[](const Index3dC &) const SArray3dC::operator[](const Index2dC &) SArray3dC::operator[](const Index2dC &) const SArray3dC::operator[](const IndexT) SArray3dC::operator[](const IndexT) const SArray3dC::Dim1(void) const SArray3dC::Dim2(void) const SArray3dC::Dim3(void) const

SArray3dC<class DataC>
Simple 3 dimentional array
include	"amma/SArray3d.hh"
User Level:	Default
Library:	MSArr1
Example:	exBuffer.cc
Section:	Containers.Arrays.3-D Arrays
In Scope:	std

Comments:
This class is from processing real volume arrays.

The processing is recommended to be done with iterators:

SArray3dIterC, SArray3dIter2C, SArray3dIter3C and SArray3dRangeIterC.

private SArray2dC<class DataC>

Image3dC

typedef DataC ElementT;

Allow function templates to find type of array.

typedef SArray3dIterC<DataC> IteratorT;

Type of iterator.

SArray3dC()

Default constructor

SArray3dC(SizeT dim1,SizeT dim2,SizeT dim3)

Constructor

void Fill(const DataC & d)

Fill array with value.

SArray3dC<DataC> Copy()

Deep Copy array.

DataC & operator[](const Index3dC & i)

access to the item array[(k,j,i)]

const DataC & operator[](const Index3dC & i) const

return the item array[(k,j,i)]

SizeBufferAccessC<DataC> & operator[](const Index2dC & i)

access to the item array[(i)]

const SizeBufferAccessC<DataC> & operator[](const Index2dC & i) const

access to the item array[(i)]

SizeBufferAccessC<SizeBufferAccessC<DataC>> & operator[](const IndexT i)

access to the item array[(i)]

const SizeBufferAccessC<SizeBufferAccessC<DataC>> & operator[](const IndexT i) const

return the item array[(i)]

SizeT Dim1() const

Size in Z axis.

SizeT Dim2() const

Size in Y axis.

SizeT Dim3() const

Size in X axis.