/
prpl-cellspace.h
1932 lines (1790 loc) · 61 KB
/
prpl-cellspace.h
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#ifndef PRPL_CELLSPACE_H
#define PRPL_CELLSPACE_H
#include "prpl-basicTypes.h"
#include "prpl-cellspaceInfo.h"
#include "prpl-neighborhood.h"
using namespace std;
namespace pRPL {
class Cellspace {
public:
/* Constructors and Destructor */
Cellspace();
Cellspace(const pRPL::Cellspace &rhs);
Cellspace(pRPL::CellspaceInfo *pInfo,
bool ifInitMem = true);
~Cellspace();
/* Memory allocation and de-allocation */
bool initMem();
bool init(pRPL::CellspaceInfo *pInfo,
bool ifInitMem = true);
template <class ElemType>
bool initVal(const ElemType *pVal = NULL);
template<class InputType>
bool initValAs(const InputType *pVal = NULL,
bool warning = true);
void clear();
/* Operators */
pRPL::Cellspace& operator=(const pRPL::Cellspace& rhs);
/* Information */
const pRPL::CellspaceInfo* info() const;
pRPL::CellspaceInfo* info();
void info(pRPL::CellspaceInfo *pInfo);
bool isEmpty(bool warning = false) const;
/* Elements */
void* at(long idx,
bool warning = true);
const void* at(long idx,
bool warning = true) const;
template<class RtrType>
RtrType* row(long iRow,
bool warning = true);
template<class RtrType>
const RtrType* row(long iRow,
bool warning = true) const;
template<class RtrType>
RtrType& at(const pRPL::CellCoord &coord,
bool warning = true);
template<class RtrType>
const RtrType& at(const pRPL::CellCoord &coord,
bool warning = true) const;
template<class RtrType>
RtrType& at(long iRow, long iCol,
bool warning = true);
template<class RtrType>
const RtrType& at(long iRow, long iCol,
bool warning = true) const;
template<class RtrType>
RtrType& at(long idx,
bool warning = true);
template<class RtrType>
const RtrType& at(long idx,
bool warning = true) const;
template<class RtrType>
RtrType atAs(const pRPL::CellCoord &coord,
bool warning = true) const;
template<class RtrType>
RtrType atAs(long iRow, long iCol,
bool warning = true) const;
template<class RtrType>
RtrType atAs(long idx,
bool warning = true) const;
template<class RtrType>
bool values(vector<RtrType> *pvVals,
const pRPL::CoordBR *pRectangle = NULL,
bool warning = true) const;
template<class RtrType>
bool valuesAs(vector<RtrType> *pvVals,
const pRPL::CoordBR *pRectangle = NULL,
bool warning = true) const;
/*
* example: myCellspace.find(&vIdxs, &val, &br);
*/
template<class ElemType>
bool find(pRPL::LongVect *pvFoundIdxs,
const ElemType *pVal,
const pRPL::CoordBR *pRectangle = NULL,
bool warning = true) const;
/*
* example: myCellspace.find(&vIdx, &vVals, &br);
*/
template<class ElemType>
bool find(pRPL::LongVect *pvFoundIdxs,
const vector<ElemType> *pvVals,
const pRPL::CoordBR *pRectangle = NULL,
bool warning = true) const;
/*
* example: myCellspace.find<int>(&vIdxs, bind2nd(greater<int>(), 10), &br);
*/
template<class ElemType, class Predicate>
bool find(pRPL::LongVect *pvFoundIdxs,
Predicate pred,
const pRPL::CoordBR *pRectangle = NULL,
bool excldNoData = true,
bool warning = true) const;
/*
* example: myCellspace.count(&val, &br);
*/
template<class ElemType>
long count(const ElemType *pVal,
const pRPL::CoordBR *pRectangle = NULL,
bool warning = true) const;
/*
* example: myCellspace.count(&vVals, &br);
*/
template<class ElemType>
long count(const vector<ElemType> *pvVals,
const pRPL::CoordBR *pRectangle = NULL,
bool warning = true) const;
/*
* example: myCellspace.count<int>(bind2nd(greater<int>(), 10), &br);
*/
template<class ElemType, class Predicate>
long count(Predicate pred,
const pRPL::CoordBR *pRectangle = NULL,
bool excldNoData = true,
bool warning = true) const;
template<class ElemType>
bool frequences(map<ElemType, long> *pmFreqs,
const pRPL::CoordBR *pRectangle = NULL,
bool warning = true) const;
template<class RtrType>
bool frequencesAs(map<RtrType, long> *pmFreqs,
const pRPL::CoordBR *pRectangle = NULL,
bool warning = true) const;
template<class RtrType>
bool nbrhdVals(vector<RtrType> &vVals,
const pRPL::Neighborhood &nbrhd,
const pRPL::CellCoord &ctrCoord,
bool includeCtr = true,
bool warning = true) const;
template<class RtrType>
bool nbrhdVals(vector<RtrType> &vVals,
const pRPL::Neighborhood &nbrhd,
long ctrRow, long ctrCol,
bool includeCtr = true,
bool warning = true) const;
template<class RtrType>
bool nbrhdVals(vector<RtrType> &vVals,
const pRPL::Neighborhood &nbrhd,
long idx,
bool includeCtr = true,
bool warning = true) const;
template<class RtrType>
bool nbrhdValsAs(vector<RtrType> &vVals,
const pRPL::Neighborhood &nbrhd,
const pRPL::CellCoord &ctrCoord,
bool includeCtr = true,
bool warning = true) const;
template<class RtrType>
bool nbrhdValsAs(vector<RtrType> &vVals,
const pRPL::Neighborhood &nbrhd,
long ctrRow, long ctrCol,
bool includeCtr = true,
bool warning = true) const;
template<class RtrType>
bool nbrhdValsAs(vector<RtrType> &vVals,
const pRPL::Neighborhood &nbrhd,
long idx,
bool includeCtr = true,
bool warning = true) const;
template<class RtrType>
bool nbrhdFreqs(map<RtrType, int> &mFreqs,
const pRPL::Neighborhood &nbrhd,
const pRPL::CellCoord &ctrCoord,
bool includeCtr = true,
bool warning = true) const;
template<class RtrType>
bool nbrhdFreqs(map<RtrType, int> &mFreqs,
const pRPL::Neighborhood &nbrhd,
long ctrRow, long ctrCol,
bool includeCtr = true,
bool warning = true) const;
template<class RtrType>
bool nbrhdFreqs(map<RtrType, int> &mFreqs,
const pRPL::Neighborhood &nbrhd,
long idx,
bool includeCtr = true,
bool warning = true) const;
template<class RtrType>
bool wnbrhdFreqs(map<RtrType, double> &mFreqs,
const pRPL::Neighborhood &nbrhd,
const pRPL::CellCoord &ctrCoord,
bool includeCtr = true,
bool warning = true) const;
template<class RtrType>
bool wnbrhdFreqs(map<RtrType, double> &mFreqs,
const pRPL::Neighborhood &nbrhd,
long ctrRow, long ctrCol,
bool includeCtr = true,
bool warning = true) const;
template<class RtrType>
bool wnbrhdFreqs(map<RtrType, double> &mFreqs,
const pRPL::Neighborhood &nbrhd,
long idx,
bool includeCtr = true,
bool warning = true) const;
template<class RtrType>
bool nbrhdFreqsAs(map<RtrType, int> &mFreqs,
const pRPL::Neighborhood &nbrhd,
const pRPL::CellCoord &ctrCoord,
bool includeCtr = true,
bool warning = true) const;
template<class RtrType>
bool nbrhdFreqsAs(map<RtrType, int> &mFreqs,
const pRPL::Neighborhood &nbrhd,
long ctrRow, long ctrCol,
bool includeCtr = true,
bool warning = true) const;
template<class RtrType>
bool nbrhdFreqsAs(map<RtrType, int> &mFreqs,
const pRPL::Neighborhood &nbrhd,
long idx,
bool includeCtr = true,
bool warning = true) const;
template<class RtrType>
bool wnbrhdFreqsAs(map<RtrType, double> &mFreqs,
const pRPL::Neighborhood &nbrhd,
const pRPL::CellCoord &ctrCoord,
bool includeCtr = true,
bool warning = true) const;
template<class RtrType>
bool wnbrhdFreqsAs(map<RtrType, double> &mFreqs,
const pRPL::Neighborhood &nbrhd,
long ctrRow, long ctrCol,
bool includeCtr = true,
bool warning = true) const;
template<class RtrType>
bool wnbrhdFreqsAs(map<RtrType, double> &mFreqs,
const pRPL::Neighborhood &nbrhd,
long idx,
bool includeCtr = true,
bool warning = true) const;
template<class RtrType>
RtrType nbrhdTotalVal(const pRPL::Neighborhood &nbrhd,
const pRPL::CellCoord &ctrCoord,
bool includeCtr = true,
bool warning = true) const;
template<class RtrType>
RtrType nbrhdTotalVal(const pRPL::Neighborhood &nbrhd,
long ctrRow, long ctrCol,
bool includeCtr = true,
bool warning = true) const;
template<class RtrType>
RtrType nbrhdTotalVal(const pRPL::Neighborhood &nbrhd,
long idx,
bool includeCtr = true,
bool warning = true) const;
template<class RtrType>
RtrType nbrhdTotalValAs(const pRPL::Neighborhood &nbrhd,
const pRPL::CellCoord &ctrCoord,
bool includeCtr = true,
bool warning = true) const;
template<class RtrType>
RtrType nbrhdTotalValAs(const pRPL::Neighborhood &nbrhd,
long ctrRow, long ctrCol,
bool includeCtr = true,
bool warning = true) const;
template<class RtrType>
RtrType nbrhdTotalValAs(const pRPL::Neighborhood &nbrhd,
long idx,
bool includeCtr = true,
bool warning = true) const;
/* Update */
void setUpdateTracking(bool toTrack);
const pRPL::LongVect& getUpdatedIdxs() const;
void clearUpdatedIdxs();
template<class ElemType>
bool updateCell(const pRPL::CellCoord &coord, const ElemType &val,
bool warning = true);
template<class ElemType>
bool updateCell(long iRow, long iCol, const ElemType &val,
bool warning = true);
template<class ElemType>
bool updateCell(long idx, const ElemType &val,
bool warning = true);
template<class InputType>
bool updateCellAs(const pRPL::CellCoord &coord, const InputType &val,
bool warning = true);
template<class InputType>
bool updateCellAs(long iRow, long iCol, const InputType &val,
bool warning = true);
template<class InputType>
bool updateCellAs(long idx, const InputType &val,
bool warning = true);
template<class ElemType>
bool updateCells(const vector< pair<pRPL::CellCoord, ElemType> > &vCells,
bool warning = true);
template<class ElemType>
bool updateCells(const vector< pair<long, ElemType> > &vCells,
bool warning = true);
template<class ElemType>
bool updateCells(const vector< pair< ElemType, vector<long> > > &vCells,
bool warning = true);
template<class InputType>
bool updateCellsAs(const vector< pair<pRPL::CellCoord, InputType> > &vCells,
bool warning = true);
template<class InputType>
bool updateCellsAs(const vector< pair<long, InputType> > &vCells,
bool warning = true);
template<class InputType>
bool updateCellsAs(const vector< pair< InputType, vector<long> > > &vCells,
bool warning = true);
/*
template<class ElemType>
bool update(Transition *pTrans,
const CoordBR *pWorkBR = NULL);
*/
bool createGdalDS(GDALDataset *&pDataset,
const char *aFileName,
GDALDriver *pGdalDriver,
char **aGdalOptions = NULL) const;
bool createGdalDS(GDALDataset *&pDataset,
const char *aFileName,
const char *aGdalFormat,
char **aGdalOptions = NULL) const;
bool readGDALData(GDALDataset *pDataset,
int iBand = 1,
const pRPL::CellCoord *pGDALOff = NULL,
bool warning = true);
bool writeGDALData(GDALDataset *pDataset,
int iBand = 1,
const pRPL::CellCoord *pGDALOff = NULL,
const pRPL::CoordBR *pWorkBR = NULL,
bool warning = true);
/*pgtiol--------------*/
bool createPgtiolDS(PGTIOLDataset *&pDataset,
const char *aFileName,
char **aPgtiolOptions = NULL) const;
bool readPGTIOLData(PGTIOLDataset *pDataset,
int iBand = 1,
const pRPL::CellCoord *pGDALOff = NULL,
bool warning = true);
bool writePGTIOLData(PGTIOLDataset *pDataset,
int iBand = 1,
const pRPL::CellCoord *pGDALOff = NULL,
const pRPL::CoordBR *pWorkBR = NULL,
bool warning = true);
protected:
/*-------GDAL--------------*/
bool _checkGDALSettings(GDALDataset *pDataset,
int iBand,
const pRPL::CellCoord *pGDALOff = NULL,
const pRPL::CoordBR *pWorkBR = NULL,
bool warning = true) const;
/*-------PGTIOL--------------*/
bool _checkPGTIOLSettings(PGTIOLDataset *pDataset,
int iBand,
const pRPL::CellCoord *pGDALOff = NULL,
const pRPL::CoordBR *pWorkBR = NULL,
bool warning = true) const;
protected:
pRPL::CellspaceInfo *_pInfo;
void *_pData;
bool _trackUpdt;
pRPL::LongVect _vUpdtIdxs;
friend class DataManager;
};
};
/****************************************************
* Public Methods *
****************************************************/
template <class ElemType>
bool pRPL::Cellspace::
initVal(const ElemType *pVal) {
bool done = true;
if(isEmpty(true) ||
!(_pInfo->isDataType<ElemType>(true))) {
done = false;
}
else {
long mySize = _pInfo->size();
ElemType val = (pVal == NULL)?_pInfo->getNoDataVal<ElemType>(true):*pVal;
for(long iElem = 0; iElem < mySize; iElem++) {
(ElemType&)(*((ElemType*)_pData + iElem)) = val;
}
}
return done;
}
template<class InputType>
bool pRPL::Cellspace::
initValAs(const InputType *pVal,
bool warning) {
bool done = true;
if(isEmpty(true)) {
done = false;
}
else {
InputType val = (pVal == NULL) ? _pInfo->getNoDataValAs<InputType>(true) : *pVal;
long mySize = _pInfo->size();
for(long iElem = 0; iElem < mySize; iElem++) {
if(_pInfo->isDataType<bool>()) {
(bool&)(*((bool*)_pData + iElem)) = (bool)val;
}
else if(_pInfo->isDataType<char>()) {
(char&)(*((char*)_pData + iElem)) = (char)val;
}
else if(_pInfo->isDataType<unsigned short>()) {
(unsigned short&)(*((unsigned short*)_pData + iElem)) = (unsigned short)val;
}
else if(_pInfo->isDataType<short>()) {
(short&)(*((short*)_pData + iElem)) = (short)val;
}
else if(_pInfo->isDataType<unsigned int>()) {
(unsigned int&)(*((unsigned int*)_pData + iElem)) = (unsigned int)val;
}
else if(_pInfo->isDataType<int>()) {
(int&)(*((int*)_pData + iElem)) = (int)val;
}
else if(_pInfo->isDataType<unsigned long>()) {
(unsigned long&)(*((unsigned long*)_pData + iElem)) = (unsigned long)val;
}
else if(_pInfo->isDataType<long>()) {
(long&)(*((long*)_pData + iElem)) = (long)val;
}
else if(_pInfo->isDataType<float>()) {
(float&)(*((float*)_pData + iElem)) = (float)val;
}
else if(_pInfo->isDataType<double>()) {
(double&)(*((double*)_pData + iElem)) = (double)val;
}
else if(_pInfo->isDataType<long double>()) {
(long double&)(*((long double*)_pData + iElem)) = (long double)val;
}
else {
if(warning) {
cerr << __FILE__ << " function:" << __FUNCTION__ \
<< " Error: unable to convert input data type (" \
<< typeid(InputType).name() << ") to Cellspace data type (" \
<< _pInfo->dataType() << ")" << endl;
done = false;
}
}
} // end -- for(iElem)
}
return done;
}
template<class RtrType>
RtrType* pRPL::Cellspace::
row(long iRow,
bool warning) {
RtrType* pRowElems = NULL;
if(!isEmpty(warning) && _pInfo->isDataType<RtrType>(warning)) {
if(iRow < 0 || iRow >= _pInfo->nRows()) {
if(warning) {
cerr << __FILE__ << " function:" << __FUNCTION__ \
<< " Error: row index [" \
<< iRow << "] out of Cellspace boundary [" \
<< _pInfo->dims() << "]" << endl;
}
}
else {
pRowElems = (RtrType*)_pData + iRow*(_pInfo->nCols());
}
}
return pRowElems;
}
template<class RtrType>
const RtrType* pRPL::Cellspace::
row(long iRow,
bool warning) const {
RtrType* pRowElems = NULL;
if(!isEmpty(warning) && _pInfo->isDataType<RtrType>(warning)) {
if(iRow < 0 || iRow >= _pInfo->nRows()) {
if(warning) {
cerr << __FILE__ << " function:" << __FUNCTION__ \
<< " Error: row index [" \
<< iRow << "] out of Cellspace boundary [" \
<< _pInfo->dims() << "]" << endl;
}
}
else {
pRowElems = (RtrType*)_pData + iRow*(_pInfo->nCols());
}
}
return pRowElems;
}
template <class RtrType>
RtrType& pRPL::Cellspace::
at(const pRPL::CellCoord& coord,
bool warning) {
RtrType* pElem = NULL;
if(!isEmpty(warning) &&
_pInfo->isDataType<RtrType>(warning) &&
_pInfo->validCoord(coord, warning)) {
pElem = (RtrType*)_pData + coord.iRow()*(_pInfo->nCols()) + coord.iCol();
}
return *pElem;
}
template <class RtrType>
const RtrType& pRPL::Cellspace::
at(const pRPL::CellCoord& coord,
bool warning) const {
RtrType* pElem = NULL;
if(!isEmpty(warning) &&
_pInfo->isDataType<RtrType>(warning) &&
_pInfo->validCoord(coord, warning)) {
pElem = (RtrType*)_pData + coord.iRow()*(_pInfo->nCols()) + coord.iCol();
}
return *pElem;
}
template <class RtrType>
RtrType& pRPL::Cellspace::
at(long iRow, long iCol,
bool warning) {
RtrType* pElem = NULL;
if(!isEmpty(warning) &&
_pInfo->isDataType<RtrType>(warning) &&
_pInfo->validCoord(iRow, iCol, warning)) {
pElem = (RtrType*)_pData + iRow*(_pInfo->nCols()) + iCol;
}
return *pElem;
}
template <class RtrType>
const RtrType& pRPL::Cellspace::
at(long iRow, long iCol,
bool warning) const {
RtrType* pElem = NULL;
if(!isEmpty(warning) &&
_pInfo->isDataType<RtrType>(warning) &&
_pInfo->validCoord(iRow, iCol, warning)) {
pElem = (RtrType*)_pData + iRow*(_pInfo->nCols()) + iCol;
}
return *pElem;
}
template <class RtrType>
RtrType& pRPL::Cellspace::
at(long idx,
bool warning) {
RtrType* pElem = NULL;
if(!isEmpty(warning) &&
_pInfo->isDataType<RtrType>(warning) &&
_pInfo->validIdx(idx, warning)) {
pElem = (RtrType*)_pData + idx;
}
return *pElem;
}
template <class RtrType>
const RtrType& pRPL::Cellspace::
at(long idx,
bool warning) const {
RtrType *pElem = NULL;
if(!isEmpty(warning) &&
_pInfo->isDataType<RtrType>(warning) &&
_pInfo->validIdx(idx, warning)) {
pElem = (RtrType*)_pData + idx;
}
return *pElem;
}
template<class RtrType>
RtrType pRPL::Cellspace::
atAs(const pRPL::CellCoord &coord,
bool warning) const {
return atAs<RtrType>(_pInfo->coord2idx(coord), warning);
}
template<class RtrType>
RtrType pRPL::Cellspace::
atAs(long iRow, long iCol,
bool warning) const {
return atAs<RtrType>(_pInfo->coord2idx(iRow, iCol), warning);
}
template<class RtrType>
RtrType pRPL::Cellspace::
atAs(long idx,
bool warning) const {
RtrType val = (RtrType)pRPL::ERROR_VAL;
if(!isEmpty(warning) && _pInfo->validIdx(idx, warning)) {
if(_pInfo->isDataType<bool>()) {
val = (RtrType)(at<bool>(idx));
}
else if(_pInfo->isDataType<unsigned char>()) {
val = (RtrType)(at<unsigned char>(idx));
}
else if(_pInfo->isDataType<char>()) {
val = (RtrType)(at<char>(idx));
}
else if(_pInfo->isDataType<unsigned short>()) {
val = (RtrType)(at<unsigned short>(idx));
}
else if(_pInfo->isDataType<short>()) {
val = (RtrType)(at<short>(idx));
}
else if(_pInfo->isDataType<unsigned int>()) {
val = (RtrType)(at<unsigned int>(idx));
}
else if(_pInfo->isDataType<int>()) {
val = (RtrType)(at<int>(idx));
}
else if(_pInfo->isDataType<unsigned long>()) {
val = (RtrType)(at<unsigned long>(idx));
}
else if(_pInfo->isDataType<long>()) {
val = (RtrType)(at<long>(idx));
}
else if(_pInfo->isDataType<float>()) {
val = (RtrType)(at<float>(idx));
}
else if(_pInfo->isDataType<double>()) {
val = (RtrType)(at<double>(idx));
}
else if(_pInfo->isDataType<long double>()) {
val = (RtrType)(at<long double>(idx));
}
else {
if(warning) {
cerr << __FILE__ << " function:" << __FUNCTION__ \
<< " Error: unable to convert Cellspace data type (" \
<< _pInfo->dataType() << ") to output data type (" << typeid(RtrType).name() \
<< "). Returned an INVALID value. "<< endl;
}
}
}
return val;
}
template<class RtrType>
bool pRPL::Cellspace::
values(vector<RtrType> *pvVals,
const pRPL::CoordBR *pRectangle,
bool warning) const {
bool done = true;
if(pvVals == NULL) {
if(warning) {
cerr << __FILE__ << " function:" << __FUNCTION__ \
<< " Error: NULL pointer to the vector of values" << endl;
}
done = false;
}
else {
pvVals->clear();
if(!_pInfo->isDataType<RtrType>(warning)) {
done = false;
}
else if(!isEmpty(warning)) {
if(pRectangle == NULL) {
long mySize = _pInfo->size();
for(long iElem = 0; iElem < mySize; iElem++) {
const RtrType &val = *((const RtrType*)_pData + iElem);
if(std::find(pvVals->begin(), pvVals->end(), val) == pvVals->end()) {
pvVals->push_back(val);
}
} // End of iElem loop
} // if(pRectangle == NULL)
else if(_pInfo->validBR(*pRectangle, warning)) {
for(long iRow = pRectangle->minIRow(); iRow <= pRectangle->maxIRow(); iRow++) {
for(long iCol = pRectangle->minICol(); iCol <= pRectangle->maxICol(); iCol++) {
long iElem = _pInfo->coord2idx(iRow, iCol);
const RtrType &val = *((const RtrType*)_pData + iElem);
if(std::find(pvVals->begin(), pvVals->end(), val) == pvVals->end()) {
pvVals->push_back(val);
}
}
}
}
stable_sort(pvVals->begin(), pvVals->end());
}
}
return done;
}
template<class RtrType>
bool pRPL::Cellspace::
valuesAs(vector<RtrType> *pvVals,
const pRPL::CoordBR *pRectangle,
bool warning) const {
if(pvVals == NULL) {
if(warning) {
cerr << __FILE__ << " function:" << __FUNCTION__ \
<< " Error: NULL pointer to the vector of values" << endl;
}
return false;
}
pvVals->clear();
if(isEmpty(warning)) {
return false;
}
if(pRectangle == NULL) {
long mySize = _pInfo->size();
for(long iElem = 0; iElem < mySize; iElem++) {
RtrType val = atAs<RtrType>(iElem, warning);
if(fabs(val - (RtrType)pRPL::ERROR_VAL) < pRPL::EPSINON) {
return false;
}
else if(std::find(pvVals->begin(), pvVals->end(), val) == pvVals->end()) {
pvVals->push_back(val);
}
} // End of iElem loop
}
else if(_pInfo->validBR(*pRectangle, warning)) {
for(long iRow = pRectangle->minIRow(); iRow <= pRectangle->maxIRow(); iRow++) {
for(long iCol = pRectangle->minICol(); iCol <= pRectangle->maxICol(); iCol++) {
long iElem = _pInfo->coord2idx(iRow, iCol);
RtrType val = atAs<RtrType>(iElem, warning);
if(fabs(val - (RtrType)pRPL::ERROR_VAL) < pRPL::EPSINON) {
return false;
}
if(std::find(pvVals->begin(), pvVals->end(), val) == pvVals->end()) {
pvVals->push_back(val);
}
}
}
}
else {
return false;
}
stable_sort(pvVals->begin(), pvVals->end());
return true;
}
template<class ElemType>
bool pRPL::Cellspace::
find(LongVect *pvFoundIdxs,
const ElemType *pVal,
const pRPL::CoordBR *pRectangle,
bool warning) const {
bool found = false;
if(pvFoundIdxs == NULL) {
if(warning) {
cerr << __FILE__ << " function:" << __FUNCTION__ \
<< " Error: NULL pointer to the vector of found indices" << endl;
}
found = false;
}
else {
pvFoundIdxs->clear();
if(_pInfo->isDataType<ElemType>(warning) && !isEmpty(warning)) {
if(pRectangle == NULL) {
long mySize = _pInfo->size();
const ElemType *pElem = (const ElemType*)_pData;
while(pElem != (const ElemType*)_pData + mySize) {
pElem = (const ElemType*)std::find(pElem, (const ElemType*)_pData+mySize, *pVal);
if(pElem != (const ElemType*)_pData + mySize) {
pvFoundIdxs->push_back(pElem - (const ElemType*)_pData);
if(!found) {
found = true;
}
pElem++;
}
} // End of while loop
}
else if(_pInfo->validBR(*pRectangle, warning)){
long nRecCols = pRectangle->nCols();
for(long iRow = pRectangle->minIRow(); iRow <= pRectangle->maxIRow(); iRow++) {
const ElemType *aRow = (const ElemType*)_pData + iRow*(_pInfo->nCols());
const ElemType *pElem = aRow+pRectangle->minICol();
while(pElem != aRow + pRectangle->maxICol() + 1) {
pElem = std::find(pElem, aRow+pRectangle->maxICol()+1, *pVal);
if(pElem != aRow + pRectangle->maxICol() + 1) {
long idx = _pInfo->coord2idx(iRow, pElem-aRow);
pvFoundIdxs->push_back(idx);
if(!found) {
found = true;
}
pElem++;
}
} // End of while loop
}
}
}
}
return found;
}
template<class ElemType>
bool pRPL::Cellspace::
find(pRPL::LongVect *pvFoundIdxs,
const vector<ElemType> *pvVals,
const pRPL::CoordBR *pRectangle,
bool warning) const {
bool found = false;
if(pvFoundIdxs == NULL) {
if(warning) {
cerr << __FILE__ << " function:" << __FUNCTION__ \
<< " Error: NULL pointer to the vector of found indices" << endl;
}
found = false;
}
else if(pvVals == NULL) {
if(warning) {
cerr << __FILE__ << " function:" << __FUNCTION__ \
<< " Error: NULL pointer to the vector of values" << endl;
}
found = false;
}
else {
pvFoundIdxs->clear();
if(_pInfo->isDataType<ElemType>(warning) && !isEmpty(warning)) {
if(pRectangle == NULL) {
long mySize = _pInfo->size();
for(long iElem = 0; iElem < mySize; iElem++) {
const ElemType &elemVal = *((const ElemType*)_pData + iElem);
if(std::find(pvVals->begin(), pvVals->end(), elemVal) != pvVals->end()) {
pvFoundIdxs->push_back(iElem);
if(!found) {
found = true;
}
}
}
}
else if(_pInfo->validBR(*pRectangle, warning)){
for(long iRow = pRectangle->minIRow(); iRow <= pRectangle->maxIRow(); iRow++) {
for(long iCol = pRectangle->minICol(); iCol <= pRectangle->maxICol(); iCol++) {
long iElem = _pInfo->coord2idx(iRow, iCol);
const ElemType& elemVal = *((const ElemType*)_pData + iElem);
if(std::find(pvVals->begin(), pvVals->end(), elemVal) != pvVals->end()) {
pvFoundIdxs->push_back(iElem);
if(!found) {
found = true;
}
}
}
}
}
}
}
return found;
}
template<class ElemType, class Predicate>
bool pRPL::Cellspace::
find(LongVect *pvFoundIdxs,
Predicate pred,
const pRPL::CoordBR *pRectangle,
bool excldNoData,
bool warning) const {
bool found = false;
if(pvFoundIdxs == NULL) {
cerr << __FILE__ << " function:" << __FUNCTION__ \
<< " Error: NULL pointer to the vector of found indices" << endl;
found = false;
}
else {
pvFoundIdxs->clear();
if(_pInfo->isDataType<ElemType>(warning) && !isEmpty(warning)) {
if(pRectangle == NULL) {
long mySize = _pInfo->size();
const ElemType *pElem = (const ElemType*)_pData;
while(pElem != (const ElemType*)_pData + mySize) {
pElem = (const ElemType*)std::find_if(pElem, (const ElemType*)_pData+mySize, pred);
if(pElem != (const ElemType*)_pData + mySize) {
if(excldNoData &&
fabs(*pElem - _pInfo->getNoDataValAs<ElemType>()) < pRPL::EPSINON) {
continue;
}
else {
pvFoundIdxs->push_back(pElem - (const ElemType*)_pData);
if(!found) {
found = true;
}
}
pElem++;
}
} // End of while loop
}
else if(_pInfo->validBR(*pRectangle, warning)) {
for(long iRow = pRectangle->minIRow(); iRow <= pRectangle->maxIRow(); iRow++) {
const ElemType* aRow = (const ElemType*)_pData + iRow*(_pInfo->nCols());
const ElemType* pElem = aRow+pRectangle->minICol();
while(pElem != aRow + pRectangle->maxICol() + 1) {
pElem = std::find_if(pElem, aRow+pRectangle->maxICol()+1, pred);
if(pElem != aRow + pRectangle->maxICol() + 1) {
if(excldNoData &&
fabs(*pElem - _pInfo->getNoDataValAs<ElemType>()) < pRPL::EPSINON) {
continue;
}
else {
long idx = _pInfo->coord2idx(iRow, pElem-aRow);
pvFoundIdxs->push_back(idx);
if(!found) {
found = true;
}
}
pElem++;
}
} // End of while loop
}
}
}
}
return found;
}
template<class ElemType>
long pRPL::Cellspace::
count(const ElemType *pVal,
const pRPL::CoordBR *pRectangle,
bool warning) const {
long num = 0;
if(pVal == NULL) {
if(warning) {
cerr << __FILE__ << " function:" << __FUNCTION__ \
<< " Error: NULL pointer to the value to count" << endl;
}
}
else if(_pInfo->isDataType<ElemType>(warning) && !isEmpty(warning)) {
if(pRectangle == NULL) {
num = std::count((const ElemType*)_pData, (const ElemType*)_pData+_pInfo->size(), *pVal);
}
else if(_pInfo->validBR(*pRectangle, true)) {
for(long iRow = pRectangle->minIRow(); iRow <= pRectangle->maxIRow(); iRow++) {
long iColStart = pRectangle->minICol();
long iColEnd = pRectangle->maxICol();
long iElemStart = _pInfo->coord2idx(iRow, iColStart);
long iElemEnd = _pInfo->coord2idx(iRow, iColEnd) + 1;
num += std::count((const ElemType*)_pData+iElemStart, (const ElemType*)_pData+iElemEnd, *pVal);
} // End of iRow loop
}
}
return num;
}
template<class ElemType>
long pRPL::Cellspace::
count(const vector<ElemType> *pvVals,
const pRPL::CoordBR *pRectangle,