void ProcessorList::mouseDrag(const MouseEvent& e)
{
if (e.getMouseDownX() < getWidth() && !(isDragging))
{
ProcessorListItem* listItem = getListItemForYPos(e.getMouseDownY());
if (listItem != 0)
{
if (!listItem->hasSubItems())
{
isDragging = true;
String b = listItem->getName();
const String dragDescription = b;
//std::cout << dragDescription << std::endl;
if (dragDescription.isNotEmpty())
{
DragAndDropContainer* const dragContainer
= DragAndDropContainer::findParentDragContainerFor(this);
if (dragContainer != 0)
{
//pos.setSize (pos.getWidth(), 10);
Image dragImage(Image::ARGB, 100, 15, true);
Graphics g(dragImage);
g.setColour(findColour(listItem->colorId));
g.fillAll();
g.setColour(Colours::white);
g.setFont(14);
g.drawSingleLineText(listItem->getName(),10,12);//,75,15,Justification::centredRight,true);
dragImage.multiplyAllAlphas(0.6f);
Point<int> imageOffset(20,10);
//See ProcessorGraph::createProcesorFromDescription for description info
Array<var> dragData;
dragData.add(true);
dragData.add(dragDescription);
dragData.add(listItem->processorType);
dragData.add(listItem->processorId);
dragData.add(listItem->getParentName());
dragContainer->startDragging(dragData, this,
dragImage, true, &imageOffset);
}
}
}
}
}
}
void ProcessorList::toggleState()
{
ProcessorListItem* fli = getListItemForYPos(0);
fli->reverseOpenState();
AccessClass::getUIComponent()->childComponentChanged();
repaint();
}
void ProcessorList::mouseDrag(const MouseEvent& e)
{
if (e.getMouseDownX() < getWidth()-getScrollBarWidth() && !(isDragging))
{
ProcessorListItem* fli = getListItemForYPos(e.getMouseDownY());
if (fli != 0)
{
if (!fli->hasSubItems())
{
isDragging = true;
String b = fli->getParentName();
b += "/";
b += fli->getName();
const String dragDescription = b;
//std::cout << dragDescription << std::endl;
if (dragDescription.isNotEmpty())
{
DragAndDropContainer* const dragContainer
= DragAndDropContainer::findParentDragContainerFor (this);
if (dragContainer != 0)
{
//pos.setSize (pos.getWidth(), 10);
Image dragImage (Image::ARGB, 100, 15, true);
Graphics g(dragImage);
g.setColour (fli->color);
g.fillAll();
g.setColour(Colours::white);
g.setFont(14);
g.drawSingleLineText(fli->getName(),10,12);//,75,15,Justification::centredRight,true);
dragImage.multiplyAllAlphas(0.6f);
Point<int> imageOffset (20,10);
dragContainer->startDragging(dragDescription, this,
dragImage, true, &imageOffset);
}
}
}
}
}
mouseDragInCanvas(e);
}
void ProcessorList::mouseDown(const MouseEvent& e)
{
isDragging = false;
Point<int> pos = e.getPosition();
int xcoord = pos.getX();
int ycoord = pos.getY();
//std::cout << xcoord << " " << ycoord << std::endl;
ProcessorListItem* fli = getListItemForYPos(ycoord);
if (fli != 0)
{
//std::cout << "Selecting: " << fli->getName() << std::endl;
if (!fli->hasSubItems()){
clearSelectionState();
fli->setSelected(true);
}
} else {
//std::cout << "No selection." << std::endl;
}
if (fli != 0) {
if (xcoord < getWidth() - getScrollBarWidth())
{
fli->reverseOpenState();
}
if (fli == baseItem)
{
if (fli->isOpen()) {
getUIComponent()->childComponentChanged();
}
else
{
getUIComponent()->childComponentChanged();
//setBounds(0,0,225,itemHeight + 2*yBuffer);
totalHeight = itemHeight + 2*yBuffer;
}
}
}
mouseDownInCanvas(e);
repaint();
}
ProcessorList::ProcessorList() : isDragging(false),
itemHeight(32),
subItemHeight(22),
totalHeight(800),
xBuffer(1),
yBuffer(1)
{
ProcessorListItem* sources = new ProcessorListItem("Sources");
sources->addSubItem(new ProcessorListItem("Intan Demo Board"));
sources->addSubItem(new ProcessorListItem("Signal Generator"));
//sources->addSubItem(new ProcessorListItem("Custom FPGA"));
//sources->addSubItem(new ProcessorListItem("File Reader"));
sources->addSubItem(new ProcessorListItem("Event Generator"));
ProcessorListItem* filters = new ProcessorListItem("Filters");
filters->addSubItem(new ProcessorListItem("Bandpass Filter"));
//filters->addSubItem(new ProcessorListItem("Resampler"));
//filters->addSubItem(new ProcessorListItem("Spike Detector"));
ProcessorListItem* sinks = new ProcessorListItem("Sinks");
sinks->addSubItem(new ProcessorListItem("LFP Viewer"));
//sinks->addSubItem(new ProcessorListItem("Spike Display"));
sinks->addSubItem(new ProcessorListItem("WiFi Output"));
//ProcessorListItem* utilities = new ProcessorListItem("Utilities");
//utilities->addSubItem(new ProcessorListItem("Splitter"));
//utilities->addSubItem(new ProcessorListItem("Merger"));
baseItem = new ProcessorListItem("Processors");
baseItem->addSubItem(sources);
baseItem->addSubItem(filters);
baseItem->addSubItem(sinks);
//baseItem->addSubItem(utilities);
// set parent names / colors
baseItem->setParentName("Processors");
for (int n = 0; n < baseItem->getNumSubItems(); n++)
{
const String category = baseItem->getSubItem(n)->getName();
baseItem->getSubItem(n)->setParentName(category);
for (int m = 0; m < baseItem->getSubItem(n)->getNumSubItems(); m++)
{
baseItem->getSubItem(n)->getSubItem(m)->setParentName(category);// = category;
}
}
}
ProcessorList::ProcessorList()
: isDragging(false), totalHeight(800), itemHeight(32), subItemHeight(22),
xBuffer(1), yBuffer(1)
{
listFontLight = Font("Default Light", 25, Font::plain);
listFontPlain = Font("Default", 20, Font::plain);
setColour(PROCESSOR_COLOR, Colour(59, 59, 59));
setColour(FILTER_COLOR, Colour(0, 174, 239));
setColour(SINK_COLOR, Colour(0, 166, 81));
setColour(SOURCE_COLOR, Colour(241, 90, 41));
setColour(UTILITY_COLOR, Colour(147, 149, 152));
ProcessorListItem* sources = new ProcessorListItem("Sources");
//sources->addSubItem(new ProcessorListItem("RHA2000-EVAL"));
//sources->addSubItem(new ProcessorListItem("Signal Generator"));
//sources->addSubItem(new ProcessorListItem("Custom FPGA"));
sources->addSubItem(new ProcessorListItem("Rhythm FPGA"));
#if JUCE_WINDOWS // eCube module currently only available for Windows
#ifdef ECUBE_COMPILE
sources->addSubItem(new ProcessorListItem("eCube")); // Added by Michael Borisov
#endif
#endif
sources->addSubItem(new ProcessorListItem("File Reader"));
#ifdef ZEROMQ
sources->addSubItem(new ProcessorListItem("Network Events"));
#endif
sources->addSubItem(new ProcessorListItem("Serial Port"));
//sources->addSubItem(new ProcessorListItem("Event Generator"));
ProcessorListItem* filters = new ProcessorListItem("Filters");
filters->addSubItem(new ProcessorListItem("Bandpass Filter"));
filters->addSubItem(new ProcessorListItem("Spike Detector"));
filters->addSubItem(new ProcessorListItem("Spike Sorter"));
//filters->addSubItem(new ProcessorListItem("Resampler"));
filters->addSubItem(new ProcessorListItem("Phase Detector"));
//filters->addSubItem(new ProcessorListItem("Digital Ref"));
filters->addSubItem(new ProcessorListItem("Channel Map"));
filters->addSubItem(new ProcessorListItem("Common Avg Ref"));
filters->addSubItem(new ProcessorListItem("Rectifier"));
//filters->addSubItem(new ProcessorListItem("Eye Tracking"));
ProcessorListItem* sinks = new ProcessorListItem("Sinks");
sinks->addSubItem(new ProcessorListItem("LFP Viewer"));
//sinks->addSubItem(new ProcessorListItem("LFP Trig. Avg."));
sinks->addSubItem(new ProcessorListItem("Spike Viewer"));
sinks->addSubItem(new ProcessorListItem("PSTH"));
//sinks->addSubItem(new ProcessorListItem("Network Sink"));
//sinks->addSubItem(new ProcessorListItem("WiFi Output"));
sinks->addSubItem(new ProcessorListItem("Arduino Output"));
// sinks->addSubItem(new ProcessorListItem("FPGA Output"));
sinks->addSubItem(new ProcessorListItem("Pulse Pal"));
#ifdef ZEROMQ
sinks->addSubItem(new ProcessorListItem("Event Broadcaster"));
#endif
ProcessorListItem* utilities = new ProcessorListItem("Utilities");
utilities->addSubItem(new ProcessorListItem("Splitter"));
utilities->addSubItem(new ProcessorListItem("Merger"));
utilities->addSubItem(new ProcessorListItem("Record Control"));
//utilities->addSubItem(new ProcessorListItem("Advancers"));
baseItem = new ProcessorListItem("Processors");
baseItem->addSubItem(sources);
baseItem->addSubItem(filters);
baseItem->addSubItem(sinks);
baseItem->addSubItem(utilities);
// set parent names / colors
baseItem->setParentName("Processors");
for (int n = 0; n < baseItem->getNumSubItems(); n++)
{
const String category = baseItem->getSubItem(n)->getName();
baseItem->getSubItem(n)->setParentName(category);
for (int m = 0; m < baseItem->getSubItem(n)->getNumSubItems(); m++)
{
baseItem->getSubItem(n)->getSubItem(m)->setParentName(category);// = category;
}
}
}
void ProcessorList::mouseDown(const MouseEvent& e)
{
isDragging = false;
Point<int> pos = e.getPosition();
int xcoord = pos.getX();
int ycoord = pos.getY();
//std::cout << xcoord << " " << ycoord << std::endl;
ProcessorListItem* listItem = getListItemForYPos(ycoord);
if (listItem != 0)
{
//std::cout << "Selecting: " << fli->getName() << std::endl;
if (!listItem->hasSubItems())
{
clearSelectionState();
listItem->setSelected(true);
}
}
else
{
//std::cout << "No selection." << std::endl;
}
if (listItem != 0)
{
if (xcoord < getWidth())
{
if (e.mods.isRightButtonDown() || e.mods.isCtrlDown())
{
if (listItem->getName().equalsIgnoreCase("Sources"))
{
currentColor = SOURCE_COLOR;
}
else if (listItem->getName().equalsIgnoreCase("Filters"))
{
currentColor = FILTER_COLOR;
}
else if (listItem->getName().equalsIgnoreCase("Utilities"))
{
currentColor = UTILITY_COLOR;
}
else if (listItem->getName().equalsIgnoreCase("Sinks"))
{
currentColor = SINK_COLOR;
}
else
{
return;
}
int options=0;
options += (0 << 0); // showAlpha
options += (0 << 1); // showColorAtTop
options += (0 << 2); // showSliders
options += (1 << 3); // showColourSpace
ColourSelector colourSelector(options);
colourSelector.setName("background");
colourSelector.setCurrentColour(findColour(currentColor));
colourSelector.addChangeListener(this);
colourSelector.addChangeListener(AccessClass::getProcessorGraph());
colourSelector.setColour(ColourSelector::backgroundColourId, Colours::transparentBlack);
colourSelector.setSize(300, 275);
juce::Rectangle<int> rect = juce::Rectangle<int>(0,0,10,10);
CallOutBox callOut(colourSelector, rect, nullptr);
callOut.setTopLeftPosition(e.getScreenX(), e.getScreenY());
callOut.setArrowSize(0.0f);
callOut.runModalLoop();
}
else
{
listItem->reverseOpenState();
}
}
if (listItem == baseItem)
{
if (listItem->isOpen())
{
AccessClass::getUIComponent()->childComponentChanged();
}
else
{
AccessClass::getUIComponent()->childComponentChanged();
// totalHeight = itemHeight + 2*yBuffer;
}
}
}
repaint();
}
ProcessorList::ProcessorList() : isDragging(false),
itemHeight(32),
subItemHeight(22),
totalHeight(800),
xBuffer(1),
yBuffer(1)
{
setColour(PROCESSOR_COLOR, Colour(59, 59, 59));
setColour(FILTER_COLOR, Colour(41, 76, 158));//Colour(255, 89, 0));
setColour(SINK_COLOR, Colour(93, 125, 199));//Colour(255, 149, 0));
setColour(SOURCE_COLOR, Colour(48, 67, 112)); //Colour(255, 0, 0));
setColour(UTILITY_COLOR, Colour(90, 80, 80));
ProcessorListItem* sources = new ProcessorListItem("Sources");
sources->addSubItem(new ProcessorListItem("Intan Demo Board"));
sources->addSubItem(new ProcessorListItem("Signal Generator"));
sources->addSubItem(new ProcessorListItem("Custom FPGA"));
sources->addSubItem(new ProcessorListItem("File Reader"));
sources->addSubItem(new ProcessorListItem("Event Generator"));
ProcessorListItem* filters = new ProcessorListItem("Filters");
filters->addSubItem(new ProcessorListItem("Bandpass Filter"));
//filters->addSubItem(new ProcessorListItem("Resampler"));
filters->addSubItem(new ProcessorListItem("Spike Detector"));
ProcessorListItem* sinks = new ProcessorListItem("Sinks");
sinks->addSubItem(new ProcessorListItem("LFP Viewer"));
sinks->addSubItem(new ProcessorListItem("Spike Viewer"));
sinks->addSubItem(new ProcessorListItem("WiFi Output"));
sinks->addSubItem(new ProcessorListItem("Arduino Output"));
ProcessorListItem* utilities = new ProcessorListItem("Utilities");
utilities->addSubItem(new ProcessorListItem("Splitter"));
utilities->addSubItem(new ProcessorListItem("Merger"));
baseItem = new ProcessorListItem("Processors");
baseItem->addSubItem(sources);
baseItem->addSubItem(filters);
baseItem->addSubItem(sinks);
baseItem->addSubItem(utilities);
// set parent names / colors
baseItem->setParentName("Processors");
for (int n = 0; n < baseItem->getNumSubItems(); n++)
{
const String category = baseItem->getSubItem(n)->getName();
baseItem->getSubItem(n)->setParentName(category);
for (int m = 0; m < baseItem->getSubItem(n)->getNumSubItems(); m++)
{
baseItem->getSubItem(n)->getSubItem(m)->setParentName(category);// = category;
}
}
}
ProcessorList::ProcessorList()
: isDragging(false), totalHeight(800), itemHeight(32), subItemHeight(22),
xBuffer(1), yBuffer(1)
{
listFontLight = Font("Default Light", 25, Font::plain);
listFontPlain = Font("Default", 20, Font::plain);
setColour(PROCESSOR_COLOR, Colour(59, 59, 59));
setColour(FILTER_COLOR, Colour(0, 174, 239));
setColour(SINK_COLOR, Colour(0, 166, 81));
setColour(SOURCE_COLOR, Colour(241, 90, 41));
setColour(UTILITY_COLOR, Colour(147, 149, 152));
ProcessorListItem* sources = new ProcessorListItem("Sources");
//sources->addSubItem(new ProcessorListItem("RHA2000-EVAL"));
//sources->addSubItem(new ProcessorListItem("Signal Generator"));
//sources->addSubItem(new ProcessorListItem("Custom FPGA"));
sources->addSubItem(new ProcessorListItem("Rhythm FPGA"));
sources->addSubItem(new ProcessorListItem("File Reader"));
//sources->addSubItem(new ProcessorListItem("Event Generator"));
ProcessorListItem* filters = new ProcessorListItem("Filters");
filters->addSubItem(new ProcessorListItem("Bandpass Filter"));
//filters->addSubItem(new ProcessorListItem("Event Detector"));
filters->addSubItem(new ProcessorListItem("Spike Detector"));
//filters->addSubItem(new ProcessorListItem("Resampler"));
filters->addSubItem(new ProcessorListItem("Phase Detector"));
//filters->addSubItem(new ProcessorListItem("Digital Ref"));
filters->addSubItem(new ProcessorListItem("Channel Map"));
ProcessorListItem* sinks = new ProcessorListItem("Sinks");
sinks->addSubItem(new ProcessorListItem("LFP Viewer"));
//sinks->addSubItem(new ProcessorListItem("LFP Trig. Avg."));
sinks->addSubItem(new ProcessorListItem("Spike Viewer"));
//sinks->addSubItem(new ProcessorListItem("WiFi Output"));
//sinks->addSubItem(new ProcessorListItem("Arduino Output"));
// sinks->addSubItem(new ProcessorListItem("FPGA Output"));
sinks->addSubItem(new ProcessorListItem("Pulse Pal"));
ProcessorListItem* utilities = new ProcessorListItem("Utilities");
utilities->addSubItem(new ProcessorListItem("Splitter"));
utilities->addSubItem(new ProcessorListItem("Merger"));
utilities->addSubItem(new ProcessorListItem("Record Control"));
baseItem = new ProcessorListItem("Processors");
baseItem->addSubItem(sources);
baseItem->addSubItem(filters);
baseItem->addSubItem(sinks);
baseItem->addSubItem(utilities);
// set parent names / colors
baseItem->setParentName("Processors");
for (int n = 0; n < baseItem->getNumSubItems(); n++)
{
const String category = baseItem->getSubItem(n)->getName();
baseItem->getSubItem(n)->setParentName(category);
for (int m = 0; m < baseItem->getSubItem(n)->getNumSubItems(); m++)
{
baseItem->getSubItem(n)->getSubItem(m)->setParentName(category);// = category;
}
}
}