void
TrackParameterBox::slotDocColoursChanged()
{
// The color combobox is handled differently from the others. Since
// there are 420 strings of up to 25 chars in here, it would be
// expensive to detect changes by comparing vectors of strings.
// For now, we'll handle the document colors changed notification
// and reload the combobox then.
// See the comments on RosegardenDocument::docColoursChanged()
// in RosegardenDocument.h.
// Note that as of this writing (August 2016) there is no way
// to modify the document colors. See ColourConfigurationPage
// which was probably meant to be used by DocumentConfigureDialog.
m_color->clear();
// Populate it from Composition::m_segmentColourMap
ColourMap temp = m_doc->getComposition().getSegmentColourMap();
// For each color in the segment color map
for (RCMap::const_iterator colourIter = temp.begin();
colourIter != temp.end();
++colourIter) {
QString colourName(QObject::tr(colourIter->second.second.c_str()));
QPixmap colourIcon(15, 15);
colourIcon.fill(GUIPalette::convertColour(colourIter->second.first));
if (colourName == "") {
m_color->addItem(colourIcon, tr("Default"));
} else {
// truncate name to 25 characters to avoid the combo forcing the
// whole kit and kaboodle too wide (This expands from 15 because the
// translators wrote books instead of copying the style of
// TheShortEnglishNames, and because we have that much room to
// spare.)
if (colourName.length() > 25)
colourName = colourName.left(22) + "...";
m_color->addItem(colourIcon, colourName);
}
}
#if 0
// Removing this since it has never been in there.
m_color->addItem(tr("Add New Color"));
m_addColourPos = m_color->count() - 1;
#endif
const Track *track = getTrack();
if (track)
m_color->setCurrentIndex(track->getColor());
}
void
TrackParameterBox::slotColorChanged(int index)
{
//RG_DEBUG << "slotColorChanged(" << index << ")";
Track *track = getTrack();
if (!track)
return;
track->setColor(index);
m_doc->slotDocumentModified();
// Notify observers
// This will trigger a call to updateWidgets2().
Composition &comp = m_doc->getComposition();
comp.notifyTrackChanged(track);
#if 0
// This will never happen since the "Add Color" option is never added.
if (index == m_addColourPos) {
ColourMap newMap = m_doc->getComposition().getSegmentColourMap();
QColor newColour;
bool ok = false;
QString newName = InputDialog::getText(this,
tr("New Color Name"),
tr("Enter new name:"),
LineEdit::Normal,
tr("New"), &ok);
if ((ok == true) && (!newName.isEmpty())) {
// QColorDialog box(this, "", true);
// int result = box.getColor(newColour);
//QRgb QColorDialog::getRgba(0xffffffff, &ok, this);
QColor newColor = QColorDialog::getColor(Qt::white, this);
if (newColor.isValid()) {
Colour newRColour = GUIPalette::convertColour(newColour);
newMap.addItem(newRColour, qstrtostr(newName));
slotDocColoursChanged();
}
}
// Else we don't do anything as they either didn't give a name
// or didn't give a colour
}
#endif
}
void
ColourTable::populate_table(ColourMap &input, ColourList &list)
{
m_colours.reserve(input.size());
setRowCount(input.size());
QString name;
unsigned int i = 0;
QStringList vHeaderLabels;
for (RCMap::const_iterator it = input.begin(); it != input.end(); ++it) {
if (it->second.second == std::string(""))
name = tr("Default Color");
else
name = strtoqstr(it->second.second);
// QTableWidgetItem *text = new QTableWidgetItem(
// dynamic_cast<QTableWidget *>(this),
// QTableWidgetItem::Never, name);
QTableWidgetItem *text = new QTableWidgetItem( );
setItem(i, 0, text);
list[i] = it->first;
m_colours[i] = GUIPalette::convertColour(it->second.first);
ColourTableItem *temp = new ColourTableItem(this, m_colours[i]);
setItem(i, 1, temp);
// verticalHeader()->setLabel(i, QString::number(it->first));
vHeaderLabels << QString::number(it->first);
++i;
}
setVerticalHeaderLabels( vHeaderLabels );
}
// The main test program
int main()
{
cout << "TEST: Colour.C\n\n";
cout << "Can we create an Colour with the right default values?\n";
Colour *red = new Colour;
printRC(red);
cout << "Can we set values; green here is invalid - it should be set to 0 instead\n";
red->setRed(210);
red->setGreen(276);
red->setBlue(100);
cout << "Testing the copy constructor\n";
Colour *blue = new Colour(*red);
printRC(blue);
cout << "Check operator= works\n";
Colour green;
green = *red;
printRC(&green);
cout << "Check the setColour routine\n";
green.setColour(1,2,3);
printRC(&green);
cout << "Check the getColour routine\n";
unsigned int r, g, b;
green.getColour(r, g, b);
printRC(&green);
cout << "\nTEST: ColourMap.C\n\n";
cout << "Can we create a ColourMap with the right default Colour + String\n";
ColourMap *map = new ColourMap();
cout << "Can we get the default colour back out of it?\n";
string s1 = map->getNameByIndex(0);
green = map->getColourByIndex(0);
printSRC(&s1, &green);
cout << "Can we create a ColourMap with a specified default Colour?\n";
ColourMap *map2 = new ColourMap(*red);
cout << "Can we get the information back out of it?\n";
s1 = map2->getNameByIndex(0);
green = map2->getColourByIndex(0);
printSRC(&s1, &green);
cout << "Can we add a Colour\n";
s1 = "TEST1";
green.setColour(100, 101, 102);
map2->addItem(green, s1);
cout << "Can we get the info back out?\n";
s1 = "";
s1 = map2->getNameByIndex(1);
green = map2->getColourByIndex(1);
printSRC(&s1, &green);
cout << "Add a couple more colours\n";
s1 = "TEST2";
green.setColour(101, 102, 103);
map2->addItem(green, s1);
s1 = "TEST3";
green.setColour(102, 103, 104);
map2->addItem(green, s1);
s1 = "TEST4";
green.setColour(103, 104, 105);
map2->addItem(green, s1);
// From an iterator:
// iterator->first ==> Index
// iterator->second.first ==> Colour
// iterator->second.second ==> string
// This rather unwieldy notation is because we store a pair in the map which is made up of a pair
// to start with
printIteratorContents(map2);
cout << "Now try deleting the third item\n";
map2->deleteItemByIndex(3);
// Print the map again
printIteratorContents(map2);
cout << "Make sure we get false when we try and modify item number 3\n";
s1 = "NO";
green.setColour(199,199,199);
bool check = map2->modifyColourByIndex(3, green);
if (check) cout << "WARNING: Managed to modify colour which doesn't exist\n";
check = map2->modifyNameByIndex(3, s1);
if (check) cout << "WARNING: Managed to modify name which doesn't exist\n";
cout << "Check we can modify a colour which *is* there\n";
s1 = "YES";
green.setColour(233,233,233);
check = map2->modifyColourByIndex(4, green);
if (!check) cout << "WARNING: Couldn't modify colour which does exist\n";
check = map2->modifyNameByIndex(4, s1);
if (!check) cout << "WARNING: Couldn't modify name which does exist\n";
// Print the map again
printIteratorContents(map2);
cout << "Now try adding another item - it should take the place of the one we removed.\n";
s1 = "NEW";
green.setColour(211, 212, 213);
map2->addItem(green, s1);
// Print the map again
printIteratorContents(map2);
cout << "Try swapping two items:\n";
check = map2->swapItems(3, 4);
if (!check) cout << "WARNING: Couldn't swap two items which both exist\n";
// Print the map again
printIteratorContents(map2);
cout << "\nTEST: Generic Colour routines\n\n";
cout << "Try getting a combination colour:\n";
Colour blah = map2->getColourByIndex(0);
Colour blah2 = map2->getColourByIndex(1);
cout << "Original colours:\n";
printRC(&blah);
printRC(&blah2);
cout << "Combination colour:\n";
blah = getCombinationColour(blah, blah2);
printRC(&blah);
// Test the XML output
cout << "\nTEST: XML Output\n\n";
cout << "For a single colour:\n";
cout << blah.toXmlString();
cout << "For a colourmap:\n";
cout << map2->toXmlString(std::string("segmentmap"));
delete map;
delete map2;
delete red;
delete blue;
return 0;
}
void View::drawOverlay(Colour& colour, std::string& title)
{
//2D overlay objects, apply text scaling
Viewport2d(width, height);
glScalef(scale2d, scale2d, scale2d);
int w = width / scale2d;
int h = height / scale2d;
GL_Error_Check;
//Colour bars
int last_B[4] = {0, 0, 0, 0};
for (unsigned int i=0; i<objects.size(); i++)
{
//Only when flagged as colour bar
if (!objects[i]->properties["colourbar"] || !objects[i]->properties["visible"]) continue;
objects[i]->setup(); //Required to cache colouring values
ColourMap* cmap = objects[i]->colourMap;
//Use the first available colourmap by default
if (!cmap && objects[i]->colourMaps && objects[i]->colourMaps->size() > 0)
cmap = (*objects[i]->colourMaps)[0];
if (!cmap) continue;
float position = objects[i]->properties["position"];
std::string align = objects[i]->properties["align"];
int ww = w, hh = h;
bool vertical = false;
bool opposite = (align == "left" || align == "bottom");
int side = 0;
if (opposite) side += 1;
//Vertical?
if (align == "left" || align == "right")
{
side += 2;
vertical = true;
//Default position for vertical is offset from top
if (position == 0 && !objects[i]->properties.has("position"))
position = -0.06;
ww = h;
hh = w;
}
//Dimensions, default is to calculate automatically
json size = objects[i]->properties["size"];
float breadth = size[1];
float length = size[0];
if (length == 0)
length = vertical ? 0.5 : 0.8;
if (breadth == 0)
breadth = vertical ? 20 : 10;
//Size: if in range [0,1] they are a ratio of window size so multiply to get pixels
if (length < 1.0) length *= ww;
if (breadth < 1.0) breadth *= hh;
//Margin offset
float margin = objects[i]->properties["offset"];
if (margin == 0)
{
//Calculate a sensible default margin
drawstate.fonts.setFont(objects[i]->properties);
if (vertical)
margin = 18 + drawstate.fonts.printWidth("1.000001");
else
margin = 7 + drawstate.fonts.printWidth("1.1");
}
//Position: if in range [0,1] they are a ratio of window size so multiply to get pixels
if (fabs(position) < 1.0) position *= ww;
if (margin < 1.0) margin *= hh;
//Add previous offset used and store for next
margin = last_B[side] + margin;
last_B[side] = margin + breadth;
//Calc corner coords
int start_A = (ww - length) / 2; //Centred, default for horizontal
if (position > 0) start_A = position;
if (position < 0) start_A = ww + position - length;
int start_B = margin;
if (!opposite) start_B = hh - start_B - breadth;
//Default to vector font if downsampling and no other font requested
if (scale2d != 1.0 && !objects[i]->properties.has("font"))
{
objects[i]->properties.data["font"] = "vector";
if (!objects[i]->properties.has("fontscale"))
objects[i]->properties.data["fontscale"] = 0.4;
}
cmap->draw(drawstate, objects[i]->properties, start_A, start_B, length, breadth, colour, vertical);
GL_Error_Check;
}
GL_Error_Check;
//Title
if (title.length())
{
glColor3ubv(colour.rgba);
drawstate.fonts.setFont(properties, "vector", 1.0);
if (drawstate.fonts.charset == FONT_VECTOR)
drawstate.fonts.fontscale *= 0.6; //Scale down vector font slightly for title
drawstate.fonts.print(0.5 * (w - drawstate.fonts.printWidth(title.c_str())), h - 3 - drawstate.fonts.printWidth("W"), title.c_str());
}
GL_Error_Check;
//Restore 3d
Viewport2d(0, 0);
GL_Error_Check;
}
