void GraphViewer::updateNodeLocations()
{
// set the initial locations
for (int i = 0; i < availableNodes.size(); i++)
{
}
rootNum = 0;
// do initial layout
for (int i = 0; i < availableNodes.size(); i++)
{
checkLayout(availableNodes[i]);
}
// check for overlap
for (int i = 0; i < availableNodes.size(); i++)
{
for (int j = 0; j < availableNodes.size(); j++)
{
if (j != i)
{
if (availableNodes[j]->getLevel() == availableNodes[i]->getLevel() &&
availableNodes[j]->getHorzShift() == availableNodes[i]->getHorzShift())
{
availableNodes[j]->setHorzShift(availableNodes[j]->getHorzShift()+1);
}
}
}
}
repaint();
}
LayoutDesc newSpriteDialog::getLayout()
{
LayoutDesc ld;
if (checkLayout())
{
ld.namePrefix = findChild<QLineEdit*>("lineEdit_5")->text();
ld.indexValue = ld.namePrefix+"_indexer";
ld.leftValue = findChild<QComboBox*>("comboBox")->currentText();
ld.topValue = findChild<QComboBox*>("comboBox_2")->currentText();
ld.leftShift = findChild<QLineEdit*>("left_shift")->text();
ld.topShift = findChild<QLineEdit*>("top_shift")->text();
ld.setAnimation = findChild<QCheckBox*>("checkBox_3")->isChecked();
ld.type = findChild<QComboBox*>("sprite_types")->currentText();
ld.typePostFix = "";
}
return ld;
}
void GraphViewer::updateNodeLocations()
{
const int numAvailableNodes = availableNodes.size();
// If this was made just for future purpose it would be better to execute this only in debug mode
#if JUCE_DEBUG
// set the initial locations
for (int i = 0; i < numAvailableNodes; ++i)
{
}
#endif
rootNum = 0;
// do initial layout
for (int i = 0; i < numAvailableNodes; ++i)
{
checkLayout (availableNodes[i]);
}
// check for overlap
for (int i = 0; i < numAvailableNodes; ++i)
{
for (int j = 0; j < numAvailableNodes; ++j)
{
if (j != i)
{
if (availableNodes[j]->getLevel() == availableNodes[i]->getLevel()
&& availableNodes[j]->getHorzShift() == availableNodes[i]->getHorzShift())
{
availableNodes[j]->setHorzShift (availableNodes[j]->getHorzShift() + 1);
}
}
}
}
repaint();
}
void GraphViewer::checkLayout(GraphNode* gn)
{
if (gn != nullptr)
{
GraphNode* sourceNode;
if (gn->isMerger())
{
Array<GenericEditor*> editors = gn->getConnectedEditors();
int level1 = 0;
int level2 = 0;
if (editors[0] != nullptr)
{
level1 = getNodeForEditor(editors[0])->getLevel();
}
if (editors[1] != nullptr)
{
level2 = getNodeForEditor(editors[1])->getLevel();
}
// std::cout << "LEVEL1 = " << level1 << " LEVEL2 = " << level2 << std::endl;
sourceNode = level1 > level2 ? getNodeForEditor(editors[0]) :
getNodeForEditor(editors[1]); // choose the higher source
} else {
sourceNode = getNodeForEditor(gn->getSource());
}
if (sourceNode == nullptr)
{
gn->setLevel(0);
gn->setHorzShift(rootNum);
rootNum++;
} else if (sourceNode->isSplitter())
{
Array<GenericEditor*> editors = sourceNode->getConnectedEditors();
if (gn->hasEditor(editors[1]))
{
gn->setLevel(sourceNode->getLevel()+1); // increase level
gn->setHorzShift(sourceNode->getHorzShift()+1); // increase horz shift
} else {
gn->setLevel(sourceNode->getLevel()+1); // increase level
gn->setHorzShift(sourceNode->getHorzShift()); // same horz shift
}
} else {
gn->setLevel(sourceNode->getLevel()+1); // increase level
gn->setHorzShift(sourceNode->getHorzShift()); // same horz shift
}
checkLayout(getNodeForEditor(gn->getDest()));
}
}
void UBKeyboardPalette::paintEvent( QPaintEvent* event)
{
checkLayout();
UBActionPalette::paintEvent(event);
QRect r = this->geometry();
int lleft, ltop, lright, lbottom;
getContentsMargins ( &lleft, <op, &lright, &lbottom ) ;
//------------------------------------------------
// calculate start offset from left, and from top
int ctrlButtonsId = 0;
lleft = ( r.width() - btnWidth * 15 ) / 2;
ltop = ( r.height() - btnHeight * 5 ) / 2;
//------------------------------------------------
// set geometry (position) for row 1
int offX = lleft;
int offY = ltop;
//-------------------
// buttons [`]..[+]
for (int i = 0; i<13; i++)
{
buttons[i]->setGeometry(offX, offY, btnWidth, btnHeight);
offX += btnWidth;
}
// button Backspace
ctrlButtons[ctrlButtonsId++]->setGeometry(offX, offY, btnWidth * 2, btnHeight);
offX += btnWidth * 2;
//------------------------------------------------
// set geometry (position) for row 2
offX = lleft;
offY += btnHeight;
offX += btnWidth / 2;
//-------------------
// button Tab
ctrlButtons[ctrlButtonsId++]->setGeometry(offX, offY, btnWidth * 2, btnHeight);
offX += btnWidth * 2;
// buttons [q]..[]]
for (int i = 0; i<12; i++)
{
buttons[i + 13]->setGeometry(offX, offY, btnWidth, btnHeight);
offX += btnWidth;
}
// // Row 2 Stub
// ctrlButtons[ctrlButtonsId++]->setGeometry(offX, offY, btnWidth * 1.5, btnHeight);
// offX += btnWidth * 1.5;
//------------------------------------------------
// set geometry (position) for row 3
offX = lleft;
offY += btnHeight;
//-------------------
// // Row 3 Stub
// button Enter
ctrlButtons[ctrlButtonsId++]->setGeometry(offX, offY, btnWidth * 1, btnHeight);
offX += btnWidth*1;
// buttons [a]..[\]
for (int i = 0; i < 12; i++)
{
buttons[i + 12 + 13]->setGeometry(offX, offY, btnWidth, btnHeight);
offX += btnWidth;
}
// button Enter
ctrlButtons[ctrlButtonsId++]->setGeometry(offX, offY, btnWidth * 2, btnHeight);
offX += btnWidth*2;
//------------------------------------------------
// set geometry (position) for row 4
offX = lleft;
offY += btnHeight;
//-------------------
// button LCapsLock
ctrlButtons[ctrlButtonsId++]->setGeometry(offX, offY, btnWidth*2.5, btnHeight);
offX += btnWidth*2.5;
for (int i = 0; i < 10; i++)
{
buttons[i + 12 + 12 + 13]->setGeometry(offX, offY, btnWidth, btnHeight);
offX += btnWidth;
}
// button RCapsLock
ctrlButtons[ctrlButtonsId++]->setGeometry(offX, offY, btnWidth*2.5, btnHeight);
offX += btnWidth*2.5;
//------------------------------------------------
// set geometry (position) for row 5
offX = lleft;
offY += btnHeight;
//-------------------
ctrlButtons[ctrlButtonsId++]->setGeometry(offX + btnWidth * 1 , offY, btnWidth * 2, btnHeight);
ctrlButtons[ctrlButtonsId++]->setGeometry(offX + btnWidth * 3 , offY, btnWidth * 9, btnHeight);
ctrlButtons[ctrlButtonsId++]->setGeometry(offX + btnWidth * 12, offY, btnWidth * 2, btnHeight);
//------------------------------------------------
}
void Applier::checkLayout(const DataSet* dataset) const {
checkLayout(dataset->layout());
dataset->checkAllPointsShareSameLayout();
}
