void StimulusGroupReferenceNode::unload(shared_ptr<StimulusDisplay> display){
int index_value = getIndexValue();
int nelements = stimulus_nodes->getNElements();
if(index_value >=0 && index_value < nelements ){
(stimulus_nodes->getElement(index_value))->unload(display);
}
}
void StimulusGroupReferenceNode::addToDisplay(shared_ptr<StimulusDisplay> display){
int index_value = getIndexValue();
int nelements = stimulus_nodes->getNElements();
if(index_value >=0 && index_value < nelements ){
display->addStimulusNode(stimulus_nodes->getElement(index_value));
}
}
void StimulusGroupReferenceNode::announceStimulusDraw(MWTime time){
int index_value = getIndexValue();
int nelements = stimulus_nodes->getNElements();
if(index_value >=0 && index_value < nelements ){
(stimulus_nodes->getElement(index_value))->announceStimulusDraw(time);
}
}
int StimulusGroupReferenceNode::getDeferred(){
int index_value = getIndexValue();
int nelements = stimulus_nodes->getNElements();
if(index_value >=0 && index_value < nelements ){
return (stimulus_nodes->getElement(index_value))->getDeferred();
}
return Stimulus::nondeferred_load;
}
int StructuredScript::Objects::IndexObject::rank(){
auto target = dynamic_cast<IIndexTarget *>(target_.get());
if (target == nullptr)
return -1;
auto indexValue = target->getIndexValue(value_)->base();
return dynamic_cast<IPrimitiveObject *>(indexValue.get())->rank();
}
shared_ptr<Stimulus> StimulusGroupReferenceNode::getStimulus() {
int index_value = getIndexValue();
int nelements = stimulus_nodes->getNElements();
if(index_value >=0 && index_value < nelements ){
return (stimulus_nodes->getElement(index_value))->getStimulus();
}
return shared_ptr<Stimulus>();
}
StructuredScript::Interfaces::Any::Ptr StructuredScript::Objects::IndexObject::clone(IStorage *storage, IExceptionManager *exception, INode *expr){
auto target = dynamic_cast<IIndexTarget *>(target_.get());
if (target == nullptr){
return Query::ExceptionManager::setAndReturnObject(exception, PrimitiveFactory::createString(Query::ExceptionManager::combine(
"Bad index object while copying!", expr)));
}
return target->getIndexValue(value_);
}
bool StimulusGroupReferenceNode::isLoaded(){
int index_value = getIndexValue();
int nelements = stimulus_nodes->getNElements();
if(index_value >=0 && index_value < nelements ){
return (stimulus_nodes->getElement(index_value))->isLoaded();
}
return false;
}
void parseIndexFile(int maptype)
{
FILE *iniFptr = NULL;
struct stat fileData;
char line[300];
char * strkey = NULL;
char fileName[256] = "\0";
/*
* 0 - kwrd Map
* 1 - SHA1 Map
* 2 - name Map
*/
if(maptype == 0)
{
// Insert into kwrd Map
strcpy(fileName,kwrdIndexFileName);
}
else if(maptype == 1)
{
// Insert into SHA1 Map
strcpy(fileName,sha1IndexFileName);
}
else if(maptype == 2)
{
//Insert into Filename Map
strcpy(fileName,fileNameIndexFileName);
}
/*
* Parse Index File
*/
if(stat(fileName,&fileData) < 0)
{
//The specified ini file does not exist
iniFptr = fopen(fileName,"w");
fclose(iniFptr);
}
if((iniFptr = fopen(fileName,"r")) == NULL)
{
printf("\nError opening ini file: %s\n",fileName);
exit(0);
}
while(fgets(line,sizeof(line),iniFptr) != NULL)
{
if(strcmp(line,"\n") != 0)
{
//This is not a section, these are key value pairs
strkey = getIndexKey(line);
if(strkey != NULL)
getIndexValue(strkey);
populateIndexMap(indexkey,indexvalue,maptype);
}
}
fclose(iniFptr);
}
StructuredScript::Interfaces::Any::Ptr StructuredScript::Objects::IndexObject::evaluateRightUnary(const std::string &value, IStorage *storage, IExceptionManager *exception, INode *expr){
auto target = dynamic_cast<IIndexTarget *>(target_.get());
if (target == nullptr){
return Query::ExceptionManager::setAndReturnObject(exception, PrimitiveFactory::createString(Query::ExceptionManager::combine(
"'" + value + "': Bad index object!", expr)));
}
auto indexValue = target->getIndexValue(value_)->base();
return indexValue->evaluateRightUnary(value, storage, exception, expr);
}
Datum StimulusGroupReferenceNode::getCurrentAnnounceDrawData(){
int index_value = getIndexValue();
int nelements = stimulus_nodes->getNElements();
if(index_value >=0 && index_value < nelements ){
return (stimulus_nodes->getElement(index_value))->getCurrentAnnounceDrawData();
} else {
Datum undef;
return undef;
}
}
std::string StructuredScript::Objects::IndexObject::str(IStorage *storage, IExceptionManager *exception, INode *expr){
auto target = dynamic_cast<IIndexTarget *>(target_.get());
if (target == nullptr){
Query::ExceptionManager::set(exception, PrimitiveFactory::createString(Query::ExceptionManager::combine(
"Bad index object while converting to string!", expr)));
return "";
}
return target->getIndexValue(value_)->str(storage, exception, expr);
}
// set the "frozen" state of the node
void StimulusGroupReferenceNode::setFrozen(bool _frozen){
int index_value = getIndexValue();
int nelements = stimulus_nodes->getNElements();
if(index_value >=0 && index_value < nelements ){
shared_ptr<StimulusNode> node = stimulus_nodes->getElement(index_value);
if(_frozen){
node->freeze();
} else {
node->thaw();
}
}
}
void EffectCanvas::OnLeftMouseDown(wxMouseEvent& event) {
int index;
float value;
getIndexValue(index, value, event);
prevIndex = index;
change = new ChangeEffectDraw(effect->inst, effect->timeline, effect->type);
change->update(prevIndex, index, value * 254.0f);
Refresh();
if (!HasCapture()) {
CaptureMouse();
}
//event.Skip();
}
void EffectCanvas::OnMouseMove(wxMouseEvent& event) {
if (!event.m_leftDown || !HasCapture()) {
event.Skip();
return;
}
int index;
float value;
getIndexValue(index, value, event);
change->update(prevIndex, index, value * 254.0f);
prevIndex = index;
Refresh();
//event.Skip();
}
StructuredScript::Interfaces::Any::Ptr StructuredScript::Objects::IndexObject::base(){
auto target = dynamic_cast<IIndexTarget *>(target_.get());
return (target == nullptr) ? nullptr : target->getIndexValue(value_);
}
ahm::PropertyValue * getIndexValue(ahm::Property* pProperty, iop::int32 index) {
return pProperty ? getIndexValue(pProperty->value(), index) : 0;
}
