PlotPort::PlotPort(PortDirection direction, const std::string& name,
bool allowMultipleConnections, Processor::InvalidationLevel invalidationLevel)
: GenericPort<PlotBase>(direction, name, allowMultipleConnections, invalidationLevel)
{
if (isOutport())
setData(0);
}
VolumePort::VolumePort(PortDirection direction, const std::string& id, const std::string& guiName,
bool allowMultipleConnections, Processor::InvalidationLevel invalidationLevel)
: GenericPort<VolumeBase>(direction, id, guiName, allowMultipleConnections, invalidationLevel),
VolumeObserver(),
texFilterMode_("textureFilterMode_", "Texture Filtering"),
texClampMode_("textureClampMode_", "Texture Clamp"),
texBorderIntensity_("textureBorderIntensity", "Texture Border Intensity", 0.f)
{
// add texture access properties for inports
if (!isOutport()) {
// volume texture filtering
texFilterMode_.addOption("nearest", "Nearest", GL_NEAREST);
texFilterMode_.addOption("linear", "Linear", GL_LINEAR);
texFilterMode_.selectByKey("linear");
addProperty(texFilterMode_);
// volume texture clamping
texClampMode_.addOption("clamp", "Clamp", GL_CLAMP);
texClampMode_.addOption("clamp-to-edge", "Clamp to Edge", GL_CLAMP_TO_EDGE);
texClampMode_.addOption("clamp-to-border", "Clamp to Border", GL_CLAMP_TO_BORDER);
texClampMode_.selectByKey("clamp-to-edge");
addProperty(texClampMode_);
addProperty(texBorderIntensity_);
// assign texture access properties to property group
texFilterMode_.setGroupID(id);
texClampMode_.setGroupID(id);
texBorderIntensity_.setGroupID(id);
setPropertyGroupGuiName(id, (isInport() ? "Inport: " : "Outport: ") + guiName);
showTextureAccessProperties(false);
}
}
void PlotPort::deleteData() {
tgtAssert(isOutport(), "deletePlotBase called on inport!");
const PlotBase* tempVol = portData_;
if (tempVol) {
setData(0);
delete tempVol;
}
}
void VolumePort::showTextureAccessProperties(bool show) {
if (isOutport()) {
LERROR("showTextureAccessProperties(): texture access properties only available for inports.");
}
else {
setPropertyGroupVisible(getID(), show);
}
}
void PlotPort::setData(const PlotBase* handle, bool deletePrevious) {
tgtAssert(isOutport(), "called setData on inport!");
const PlotBase* tempVol = portData_;
if (handle != 0 || portData_ != 0) {
portData_ = handle;
invalidate();
}
else {
portData_ = 0;
}
if (deletePrevious && tempVol && (tempVol != handle)) {
delete tempVol;
}
}
void VolumePort::setData(const VolumeBase* handle, bool takeOwnership) {
tgtAssert(isOutport(), "called setData on inport!");
if (portData_ != handle) {
if (portData_)
portData_->removeObserver(this);
GenericPort<VolumeBase>::setData(handle, takeOwnership);
//portData_ = handle;
if (handle)
handle->addObserver(this);
}
invalidatePort();
}
std::string TextPort::getData() const {
if (isOutport())
return portData_;
else {
for (size_t i = 0; i < connectedPorts_.size(); ++i) {
if (!connectedPorts_[i]->isOutport())
continue;
TextPort* p = static_cast< TextPort* >(connectedPorts_[i]);
if (p)
return p->getData();
}
}
return 0;
}
OTBLabelImagePort::ImagePointer OTBLabelImagePort::getData() const {
if (isOutport())
return portData_;
else {
for (size_t i = 0; i < connectedPorts_.size(); ++i) {
if (!connectedPorts_[i]->isOutport())
continue;
OTBLabelImagePort* p = static_cast< OTBLabelImagePort* >(connectedPorts_[i]);
if (p)
return p->getData();
}
}
ImageSmartPointer po = ImageType::New();
return po.GetPointer();
}
std::vector<std::string> TextPort::getAllData() const {
if (isOutport()) {
std::vector<std::string> allData;
allData.push_back(portData_);
return allData;
}
else {
std::vector<std::string> allData;
for (size_t i = 0; i < connectedPorts_.size(); ++i) {
if (connectedPorts_[i]->isOutport() == false)
continue;
TextPort* p = static_cast<TextPort*>(connectedPorts_[i]);
allData.push_back(p->getData());
}
return allData;
}
}
void TextPort::setData(const std::string& data) {
tgtAssert(isOutport(), "called setData on inport!");
portData_ = data;
invalidate();
}
void OTBLabelImagePort::setData(const ImagePointer& pointer) {
tgtAssert(isOutport(), "called setData on inport!");
portData_ = pointer;
invalidate();
}
bool PlotPort::isReady() const {
if (isOutport())
return isConnected();
else
return (hasData() && checkConditions());
}
FloatProperty& VolumePort::getTextureBorderIntensityProperty() {
if (isOutport())
LERROR("getTextureBorderIntensityProperty(): only allowed for inports");
return texBorderIntensity_;
}
GLEnumOptionProperty& VolumePort::getTextureClampModeProperty() {
if (isOutport())
LERROR("getTextureClampModeProperty(): only allowed for inports");
return texClampMode_;
}
IntOptionProperty& VolumePort::getTextureFilterModeProperty() {
if (isOutport())
LERROR("getTextureFilterModeProperty(): only allowed for inports");
return texFilterMode_;
}
PlotPort::~PlotPort() {
if ((portData_) && (isOutport()) /*&& (portData_->getColumnCount() > 0)*/) {
delete portData_;
portData_ = 0;
}
}
bool VolumePort::isReady() const {
if (isOutport())
return isConnected();
else
return (hasData() && /*getData()->getRepresentation<VolumeRAM>() &&*/ checkConditions());
}
