void LabelCollapsedNodesTreeDrawingListener::afterDrawNode(const DrawNodeEvent& event)
{
try
{
//Pointer-based event (efficient):
const DrawINodeEvent& eventC = dynamic_cast<const DrawINodeEvent&>(event);
if (eventC.getINode()->getInfos().isCollapsed())
{
GraphicDevice* gd = event.getGraphicDevice();
Cursor cursor = event.getCursor();
size_t size = TreeTemplateTools::getNumberOfLeaves(*eventC.getINode());
string text = "";
if (eventC.getINode()->hasName())
text += eventC.getINode()->getName() + " ";
text += "(" + TextTools::toString(size) + " leaves)";
gd->drawText(cursor.getX(), cursor.getY(), text, cursor.getHPos(), cursor.getVPos(), cursor.getAngle());
}
}
catch(std::bad_cast& e)
{
//Id-based event (less-efficient):
const TreeDrawing* td = event.getTreeDrawing();
if (td->isNodeCollapsed(event.getNodeId()))
{
GraphicDevice* gd = event.getGraphicDevice();
Cursor cursor = event.getCursor();
size_t size = TreeTools::getNumberOfLeaves(*td->getTree(), event.getNodeId());
string text = "";
if (td->getTree()->hasNodeName(event.getNodeId()))
text += td->getTree()->getNodeName(event.getNodeId()) + " ";
text += "(" + TextTools::toString(size) + " leaves)";
gd->drawText(cursor.getX(), cursor.getY(), text, cursor.getHPos(), cursor.getVPos(), cursor.getAngle());
}
}
}
void LeafNamesTreeDrawingListener::afterDrawNode(const DrawNodeEvent& event)
{
try
{
//Pointer-based event (efficient):
const DrawINodeEvent& eventC = dynamic_cast<const DrawINodeEvent&>(event);
if (eventC.getINode()->isLeaf())
{
GraphicDevice* gd = event.getGraphicDevice();
Cursor cursor = event.getCursor();
Font fontBck = gd->getCurrentFont();
if (settings_)
gd->setCurrentFont(settings_->fontLeafNames);
string name = eventC.getINode()->getName();
gd->drawText(cursor.getX(), cursor.getY(), name, cursor.getHPos(), cursor.getVPos(), cursor.getAngle());
gd->setCurrentFont(fontBck);
}
}
catch (bad_cast& e)
{
//Id-based event (less-efficient):
const TreeDrawing* td = event.getTreeDrawing();
if (td->getTree()->isLeaf(event.getNodeId()))
{
GraphicDevice* gd = event.getGraphicDevice();
Cursor cursor = event.getCursor();
Font fontBck = gd->getCurrentFont();
if (settings_)
gd->setCurrentFont(settings_->fontLeafNames);
string name = td->getTree()->getNodeName(event.getNodeId());
gd->drawText(cursor.getX(), cursor.getY(), name, cursor.getHPos(), cursor.getVPos(), cursor.getAngle());
gd->setCurrentFont(fontBck);
}
}
}
void LabelInnerNodesTreeDrawingListener::afterDrawNode(const DrawNodeEvent& event)
{
try
{
//Pointer-based event (efficient):
const DrawINodeEvent& eventC = dynamic_cast<const DrawINodeEvent&>(event);
if (!eventC.getINode()->getInfos().isCollapsed())
{
GraphicDevice* gd = event.getGraphicDevice();
Cursor cursor = event.getCursor();
if (eventC.getINode()->hasName())
{
string name = eventC.getINode()->getName();
gd->drawText(cursor.getX(), cursor.getY(), name, cursor.getHPos(), cursor.getVPos(), cursor.getAngle());
}
}
}
catch(std::bad_cast& e)
{
//Id-based event (less-efficient):
const TreeDrawing* td = event.getTreeDrawing();
if (! td->isNodeCollapsed(event.getNodeId()))
{
GraphicDevice* gd = event.getGraphicDevice();
Cursor cursor = event.getCursor();
if (td->getTree()->hasNodeName(event.getNodeId()))
{
string name = td->getTree()->getNodeName(event.getNodeId());
gd->drawText(cursor.getX(), cursor.getY(), name, cursor.getHPos(), cursor.getVPos(), cursor.getAngle());
}
}
}
}
void NodeClickableAreasTreeDrawingListener::afterDrawNode(const DrawNodeEvent& event)
{
const TreeDrawing* td = event.getTreeDrawing();
double r = td->getDisplaySettings().pointArea;
GraphicDevice* gd = event.getGraphicDevice();
Cursor cursor = event.getCursor();
gd->drawRect(cursor.getX() - r, cursor.getY() - r, 2 * r, 2 * r);
}
void NodesIdTreeDrawingListener::afterDrawNode(const DrawNodeEvent& event)
{
GraphicDevice* gd = event.getGraphicDevice();
Cursor cursor = event.getCursor();
Font fontBck = gd->getCurrentFont();
if (settings_)
gd->setCurrentFont(settings_->fontNodesId);
string name = "#" + TextTools::toString(event.getNodeId());
gd->drawText(cursor.getX(), cursor.getY(), name, cursor.getHPos(), cursor.getVPos(), cursor.getAngle());
gd->setCurrentFont(fontBck);
}
void BootstrapValuesTreeDrawingListener::afterDrawBranch(const DrawBranchEvent& event)
{
try
{
//Pointer-based event (efficient):
const DrawINodeEvent& eventC = dynamic_cast<const DrawINodeEvent&>(event);
if (eventC.getINode()->hasBranchProperty(TreeTools::BOOTSTRAP))
{
const Clonable* b = eventC.getINode()->getBranchProperty(TreeTools::BOOTSTRAP);
GraphicDevice* gd = event.getGraphicDevice();
Cursor cursor = event.getCursor();
Font fontBck = gd->getCurrentFont();
if (settings_)
gd->setCurrentFont(settings_->fontBranchLengths);
gd->drawText(cursor.getX(), cursor.getY(),
TextTools::toString(dynamic_cast<const Number<double> *>(b)->getValue()),
cursor.getHPos(), GraphicDevice::TEXT_VERTICAL_CENTER, cursor.getAngle());
gd->setCurrentFont(fontBck);
}
}
catch (std::bad_cast& e)
{
//Id-based event (less-efficient):
const TreeDrawing* td = event.getTreeDrawing();
if (td->getTree()->hasBranchProperty(event.getNodeId(), TreeTools::BOOTSTRAP))
{
const Clonable* b = td->getTree()->getBranchProperty(event.getNodeId(), TreeTools::BOOTSTRAP);
GraphicDevice* gd = event.getGraphicDevice();
Cursor cursor = event.getCursor();
Font fontBck = gd->getCurrentFont();
if (settings_)
gd->setCurrentFont(settings_->fontLeafNames);
gd->drawText(cursor.getX(), cursor.getY(),
TextTools::toString(dynamic_cast<const Number<double> *>(b)->getValue()),
cursor.getHPos(), GraphicDevice::TEXT_VERTICAL_CENTER, cursor.getAngle());
gd->setCurrentFont(fontBck);
}
}
}
void BranchLengthsTreeDrawingListener::afterDrawBranch(const DrawBranchEvent& event)
{
try
{
//Pointer-based event (efficient):
const DrawINodeEvent& eventC = dynamic_cast<const DrawINodeEvent&>(event);
if (eventC.getINode()->hasDistanceToFather())
{
GraphicDevice* gd = event.getGraphicDevice();
Cursor cursor = event.getBranchCursor(0.5);
Font fontBck = gd->getCurrentFont();
if (settings_)
gd->setCurrentFont(settings_->fontBranchLengths);
gd->drawText(cursor.getX(), cursor.getY(),
TextTools::toString(eventC.getINode()->getDistanceToFather()),
GraphicDevice::TEXT_HORIZONTAL_CENTER, GraphicDevice::TEXT_VERTICAL_BOTTOM, cursor.getAngle());
gd->setCurrentFont(fontBck);
}
}
catch (std::bad_cast& e)
{
//Id-based event (less-efficient):
const TreeDrawing* td = event.getTreeDrawing();
if (td->getTree()->hasDistanceToFather(event.getNodeId()))
{
GraphicDevice* gd = event.getGraphicDevice();
Cursor cursor = event.getBranchCursor(0.5);
Font fontBck = gd->getCurrentFont();
if (settings_)
gd->setCurrentFont(settings_->fontLeafNames);
gd->drawText(cursor.getX(), cursor.getY(),
TextTools::toString(td->getTree()->getDistanceToFather(event.getNodeId())),
GraphicDevice::TEXT_HORIZONTAL_CENTER, GraphicDevice::TEXT_VERTICAL_BOTTOM, cursor.getAngle());
gd->setCurrentFont(fontBck);
}
}
}
void AntTweakBarSystem::feedInput()
{
GraphicsWrapper* gfx = m_gfxBackend->getGfxWrapper();
AntTweakBarWrapper* antTweakBar = AntTweakBarWrapper::getInstance();
// mouse pos
Cursor* cursor = m_inputBackend->getCursor();
pair<int,int> mousePos = gfx->getScreenPixelPosFromNDC( (float)cursor->getX(),
(float)cursor->getY() );
int mouseX = mousePos.first;
int mouseY = mousePos.second;
antTweakBar->setMousePos(mouseX,mouseY);
// mouse key
if (!antTweakBar->shouldOnlyListenToMouseMovement())
{
double l_btn = cursor->getPrimaryDelta();
double r_btn = cursor->getSecondaryDelta();
if( l_btn<-0.5f || l_btn>0.5f) antTweakBar->setMouseBtn( (int)(l_btn+1.0)/2, TW_MOUSE_LEFT );
if( r_btn<-0.5f || r_btn>0.5f) antTweakBar->setMouseBtn( (int)(r_btn+1.0)/2, TW_MOUSE_RIGHT );
// keyboard A-Z
Control* kb_control=NULL;
for ( int letterIdx=InputHelper::KeyboardKeys_A; letterIdx<=InputHelper::KeyboardKeys_Z; letterIdx++ )
{
kb_control = m_inputBackend->getControlByEnum( (InputHelper::KeyboardKeys)letterIdx );
if ( kb_control && kb_control->getDelta() > 0.5f )
{
antTweakBar->setKeyPressed(letterIdx+'A',0);
}
}
// keyboard 0-9
kb_control=NULL;
for ( int keyNumIdx=InputHelper::KeyboardKeys_0; keyNumIdx<=InputHelper::KeyboardKeys_9; keyNumIdx++ )
{
kb_control = m_inputBackend->getControlByEnum( (InputHelper::KeyboardKeys)keyNumIdx );
if ( kb_control && kb_control->getDelta() > 0.5f )
{
antTweakBar->setKeyPressed( keyNumIdx-(int)InputHelper::KeyboardKeys_0+'0', 0 );
}
}
// keyboard numpad 0-9
kb_control=NULL;
for (int numPadIdx=InputHelper::KeyboardKeys_NUMPAD_0; numPadIdx<=InputHelper::KeyboardKeys_NUMPAD_9; numPadIdx++)
{
kb_control = m_inputBackend->getControlByEnum( (InputHelper::KeyboardKeys)numPadIdx );
if ( kb_control && kb_control->getDelta() > 0.5f )
{
antTweakBar->setKeyPressed( numPadIdx-(int)InputHelper::KeyboardKeys_NUMPAD_0+'0', 0 );
}
}
// space
kb_control = m_inputBackend->getControlByEnum( InputHelper::KeyboardKeys_SPACE );
if ( kb_control && kb_control->getDelta() > 0.5f )
{
antTweakBar->setKeyPressed( TW_KEY_SPACE, 0 ); // Space in ASCII = 32
}
// backspace
kb_control = m_inputBackend->getControlByEnum( InputHelper::KeyboardKeys_BACKSPACE );
if ( kb_control && kb_control->getDelta() > 0.5f )
{
antTweakBar->setKeyPressed( TW_KEY_BACKSPACE, 0 ); // Backspace in ASCII = 8
}
// return
kb_control = m_inputBackend->getControlByEnum( InputHelper::KeyboardKeys_RETURN );
if ( kb_control && kb_control->getDelta() > 0.5f )
{
antTweakBar->setKeyPressed( TW_KEY_RETURN, 0 ); // Return in ASCII = 13
}
// F4
kb_control = m_inputBackend->getControlByEnum( InputHelper::KeyboardKeys_F4);
if ( kb_control && kb_control->getDelta() > 0.5f )
{
antTweakBar->setKeyPressed( TW_KEY_F4, 0 );
}
}
}
