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Array2dIter2C::Array2dIter2C(void) Array2dIter2C::Array2dIter2C(const Array2dC &,const Array2dC &,bool) Array2dIter2C::Array2dIter2C(const Array2dC &,const Array2dC &,const IndexRange2dC &) Array2dIter2C::First(void) Array2dIter2C::Index(void) const BufferAccess2dIter2C::First(const BufferAccessC> &,const IndexRangeC &,const IndexRangeC &,const BufferAccessC> &,const IndexRangeC &,const IndexRangeC &) BufferAccess2dIter2C::First(const RangeBufferAccessC> &,const IndexRangeC &,const RangeBufferAccessC> &,const IndexRangeC &) BufferAccess2dIter2C::First(const SizeBufferAccessC> &,SizeT,const SizeBufferAccessC> &,SizeT) BufferAccess2dIter2C::Next(void) BufferAccess2dIter2C::NextRow(void) BufferAccess2dIter2C::NextRow(IndexC) BufferAccess2dIter2C::NextCol(int) BufferAccess2dIter2C::IsElm(void) const BufferAccess2dIter2C::operator bool(void) const BufferAccess2dIter2C::operator ++(void) BufferAccess2dIter2C::operator ++(int) BufferAccess2dIter2C::Data1(void) BufferAccess2dIter2C::Data1(void) const BufferAccess2dIter2C::Data2(void) BufferAccess2dIter2C::Data2(void) const BufferAccess2dIter2C::RowIndex(const BufferAccessC *) const BufferAccess2dIter2C::ColIndex(void) const BufferAccess2dIter2C::Index(const BufferAccessC *) const BufferAccess2dIter2C::Invalidate(void)

public BufferAccess2dIter2C<Data1T,Data2T>

Array2dC dat1;

Array2dC dat2;

Array2dIter2C()

Default constructor.

Array2dIter2C(const Array2dC<Data1T> & arr1,const Array2dC<Data2T> & arr2,bool matching = true)

Constructor.
If 'matching' is true, the rectangles must be of the same size.
If 'matching' is set to false the size of the rectangle is set to that of the first array, 'arr1' arr1 MUST have a size equal to or smaller than arr2 in both dimensions.

Array2dIter2C(const Array2dC<Data1T> & arr1,const Array2dC<Data2T> & arr2,const IndexRange2dC & rect)

Constructor.
Iterate through 'rect' in both arrays. 'rect' must be within both arr1 and arr2.

bool First()

Goto first element in the array.
Return TRUE if there actually is one.

Index2dC Index() const

Get index of current location.
Has to be calculate, and so is slightly slow.

bool First(const BufferAccessC<BufferAccessC<Data1T>> & pbufa,const IndexRangeC & nrng1a,const IndexRangeC & nrng2a,const BufferAccessC<BufferAccessC<Data2T>> & pbufb,const IndexRangeC & nrng1b,const IndexRangeC & nrng2b)

Goto first element.
returns true if there is one.

bool First(const RangeBufferAccessC<BufferAccessC<Data1T>> & pbuf1,const IndexRangeC & nrng1,const RangeBufferAccessC<BufferAccessC<Data2T>> & pbuf2,const IndexRangeC & nrng2)

Goto first element.
returns true if there is one.

bool First(const SizeBufferAccessC<BufferAccessC<Data1T>> & pbuf1,SizeT size1,const SizeBufferAccessC<BufferAccessC<Data2T>> & pbuf2,SizeT size2)

Goto first element.
returns true if there is one.

bool Next()

Goto next element.
returns true if on the same row.

bool NextRow()

Go to the begining of the next row.
Returns true if the iterator is begining of a valid row, and false if it is at the end of the array.

bool NextRow(IndexC off)

Go to the 'offset' from the first element in the next row.
Returns true if the iterator is in a valid row, and false if it is at the end of the array.

void NextCol(int skip)

Go forward 'skip' columns, without checking for row change.
Use with care.

bool IsElm() const

At a valid element ?

operator bool() const

At a valid element ?

void operator ++()

Goto next element.

void operator ++(int)

Goto next element.

Data1T & Data1()

Access data.

const Data1T & Data1() const

Access data.

Data2T & Data2()

Access data.

const Data2T & Data2() const

Access data.

IntT RowIndex(const BufferAccessC<Data1T> * row1Begin) const

Work out the current row number

IntT ColIndex() const

Work out the current column number

Index2dC Index(const BufferAccessC<Data1T> * row1Begin) const

Get index of current location.
Has to be calculate, and so is slightly slow.

void Invalidate()

Invalidate this iterator.