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// Copyright 2008 Nanorex, Inc. See LICENSE file for details.
#include "Nanorex/Interface/NXDataStoreInfo.h"
namespace Nanorex {
/* CONSTRUCTOR */
NXDataStoreInfo::NXDataStoreInfo()
: _isSimulationResults(false),
_isSingleStructure(false),
_inputParameters(NULL),
_resultsSummary(NULL),
_clipboardStructure(NULL)
{
}
NXDataStoreInfo::~NXDataStoreInfo()
{
reset(); // will also release owned resources, like clipboard data
}
/* FUNCTION: reset */
void NXDataStoreInfo::reset(void)
{
_fileNames.clear();
_inputStructures.clear();
_trajectories.clear();
_handle.clear();
_isLastFrame.clear();
_storeIsComplete.clear();
_isSimulationResults = false;
_isSingleStructure = false;
if(_inputParameters != NULL) delete _inputParameters;
if(_resultsSummary != NULL) delete _resultsSummary;
_inputParameters = _resultsSummary = NULL;
if(_clipboardStructure != NULL) delete _clipboardStructure;
_clipboardStructure = NULL;
homeView.setName("");
lastView.setName("");
otherViews.clear();
}
/* FUNCTION: isSingleStructure */
/*
* @return True if this data store has only a single frame of structure
* data such as in an MMP or PDB file.
*/
bool NXDataStoreInfo::isSingleStructure() { return _isSingleStructure; }
/* FUNCTION: setIsSingleStructure */
void NXDataStoreInfo::setIsSingleStructure(bool _isSingleStructure) {
this->_isSimulationResults = !_isSingleStructure;
this->_isSingleStructure = _isSingleStructure;
}
/* FUNCTION: getSingleStructureFileName */
const string& NXDataStoreInfo::getSingleStructureFileName() {
return (*(_fileNames.begin())).second;
}
/* FUNCTION: getSingleStructureId */
int NXDataStoreInfo::getSingleStructureId() {
return (*(_fileNames.begin())).first;
}
/* FUNCTION: isSimulationResults */
/*
* @return True if this data store encapsulates simulation results.
*/
bool NXDataStoreInfo::isSimulationResults() { return _isSimulationResults; }
/* FUNCTION: setIsSimulationResults */
void NXDataStoreInfo::setIsSimulationResults(bool _isSimulationResults) {
this->_isSimulationResults = _isSimulationResults;
this->_isSingleStructure = !_isSimulationResults;
}
/* FUNCTION: getInputParameters */
/*
* @return Null if this data store doens't have any input parameters.
*/
NXProperties* NXDataStoreInfo::getInputParameters() {
return _inputParameters;
}
/* FUNCTION: setInputParameters */
void NXDataStoreInfo::setInputParameters(NXProperties* parameters) {
_inputParameters = parameters;
}
/* FUNCTION: getInputFileNames */
/*
* @return A vector of input file names. The vector will be empty if
* there are no input file names in this data store.
*/
vector<string> NXDataStoreInfo::getInputFileNames() {
map<string, int>::iterator iter = _inputStructures.begin();
vector<string> names;
while (iter != _inputStructures.end()) {
names.push_back((*iter).first);
iter++;
}
return names;
}
/* FUNCTION: addInputStructure */
void NXDataStoreInfo::addInputStructure(const string& fileName) {
_inputStructures[fileName] = -1;
}
/* FUNCTION: getInputStructureId */
/*
* @return The frame set identifier for the given input structure file name.
*/
int NXDataStoreInfo::getInputStructureId(const string& fileName) {
return _inputStructures[fileName];
}
/* FUNCTION: setInputStructureId */
void NXDataStoreInfo::setInputStructureId(const string& fileName,
int frameSetId) {
_inputStructures[fileName] = frameSetId;
}
/* FUNCTION: getResultsSummary */
/*
* @return Null if this data store doesn't have any results summary data.
*/
NXProperties* NXDataStoreInfo::getResultsSummary() {
return _resultsSummary;
}
/* FUNCTION: setResultsSummary */
void NXDataStoreInfo::setResultsSummary(NXProperties* resultsSummary) {
if (_resultsSummary != NULL)
delete _resultsSummary;
_resultsSummary = resultsSummary;
}
/* FUNCTION: getTrajectoryNames */
/*
* @return A vector of trajectory names. The vector will be empty if
* there are no trajectories in this data store.
*/
vector<string> NXDataStoreInfo::getTrajectoryNames() {
map<string, int>::iterator iter = _trajectories.begin();
vector<string> names;
while (iter != _trajectories.end()) {
names.push_back((*iter).first);
iter++;
}
return names;
}
/* FUNCTION: addTrajectory */
void NXDataStoreInfo::addTrajectory(const string& name, int frameSetId) {
_trajectories[name] = frameSetId;
}
/* FUNCTION: getTrajectoryId */
int NXDataStoreInfo::getTrajectoryId(const string& name) {
return _trajectories[name];
}
/* FUNCTION: setLastFrame */
/*
* Last frame flags (whether the last frame-index is the last
* frame available in the data store, ie, stop trying to read frames
* (for now.))
*/
void NXDataStoreInfo::setLastFrame(int frameSetId, bool isLastFrame) {
_isLastFrame[frameSetId] = isLastFrame;
}
/* FUNCTION: isLastFrame */
bool NXDataStoreInfo::isLastFrame(int frameSetId) {
return _isLastFrame[frameSetId];
}
/* FUNCTION: storeIsComplete */
/*
* @return True if the frame set specified by the frameSetId is
* complete, and false if something is still writing frames
* to the specified frame set.
*/
bool NXDataStoreInfo::storeIsComplete(int frameSetId) {
return _storeIsComplete[frameSetId];
}
/* FUNCTION: setStoreComplete */
/*
* Store complete flags (whether the data store's frame set is complete
* (true) or if something is still writing new frames to it (false.))
*/
void NXDataStoreInfo::setStoreComplete(int frameSetId, bool storeIsComplete) {
_storeIsComplete[frameSetId] = storeIsComplete;
}
// TODO: check for existence in getters
/* FUNCTION: getFileName */
const string& NXDataStoreInfo::getFileName(int frameSetId) {
return _fileNames[frameSetId];
}
/* FUNCTION: setFileName */
void NXDataStoreInfo::setFileName(const string& filename, int frameSetId) {
_fileNames[frameSetId] = filename;
}
/* FUNCTION: setHandle */
/*
* (Data store/file) handles
*/
void NXDataStoreInfo::setHandle(int frameSetId, void* handle) {
_handle[frameSetId] = handle;
}
/* FUNCTION: getHandle */
void* NXDataStoreInfo::getHandle(int frameSetId) { return _handle[frameSetId]; }
} // Nanorex::
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