//---------------------------------------------------------------------------------------------------------------------
boost::optional <Style> StyleSheet::select(std::string const& selector, bool cascade) const
{
std::multimap <long, std::pair <int, Style> > filtered;
int counter = 0;
for (auto const& i : styles_)
{
long specificity = i.getRule().selector.getHighestSpecificityFor(selector);
if (specificity != -1)
filtered.insert(std::pair <long, std::pair <int, Style>> (specificity, {counter, i}));
++counter;
}
if (filtered.empty())
return boost::none;
Style combined = filtered.rbegin()->second.second;
Style* last = &combined;
for (auto front = filtered.rbegin(), end = filtered.rend(), i = std::next(front); i != end; ++i)
{
last->derive(&i->second.second);
last = &i->second.second;
}
return boost::optional <WretchedCss::Style> {combined.getCombined()};
}
bool XARGenerator::OutputPathEntity(const Style& style, const Transformation& trans, PathDataVector& pathVector)
{
bool ok = true;
CXaraFileRecord Rec(0);
if (style.IsFillColourDefined() || style.IsFillGradientDefined()) {
if (style.IsStrokeColourDefined())
Rec.Reinit(TAG_PATH_FILLED_STROKED, TAG_PATH_SIZE);
else
Rec.Reinit(TAG_PATH_FILLED, TAG_PATH_SIZE);
} else // if (style.IsStrokeColourDefined())
Rec.Reinit(TAG_PATH_STROKED, TAG_PATH_SIZE);
Rec.WriteUINT32(pathVector.GetCount());
for (unsigned int i = 0; i < pathVector.GetCount(); ++i)
Rec.WriteBYTE(pathVector[i].m_verb);
for (unsigned int i = 0; i < pathVector.GetCount(); ++i) {
PointD p = pathVector[i].m_coord;
Rec.WriteCoord(DocCoord((INT32)p.x, m_docSize.y - (INT32)p.y));
}
ok = m_pExporter->WriteRecord(&Rec);
RectD boundings = GetMaximumBoundings(pathVector);
/***/ ok = m_pExporter->WriteZeroSizedRecord(TAG_DOWN);
OutputStyles(style, trans, boundings, STYLE_FILL_ALL|STYLE_STROKE_ALL|STYLE_OPACITY);
/***/ ok = m_pExporter->WriteZeroSizedRecord(TAG_UP);
return ok;
}
static void* scons(Object*) {
#if HAVE_IV
SymChooser* sc = nil;
IFGUI
const char* caption = "Choose a Variable Name or";
if (ifarg(1)) {
caption = gargstr(1);
}
Style* style = new Style(Session::instance()->style());
style->attribute("caption", caption);
if (ifarg(2)) {
Symbol* sym = hoc_lookup(gargstr(2));
int type = RANGEVAR;
if (sym) {
type = sym->type;
}
sc = new SymChooser(new SymDirectory(type), WidgetKit::instance(), style, nil, 1);
}else{
sc = new SymChooser(nil, WidgetKit::instance(), style);
}
Resource::ref(sc);
ENDGUI
return (void*)sc;
#else
return (void*)0;
#endif /* HAVE_IV */
}
bool XARGenerator::OutputPolygonEntity(const Style& style, const Transformation& trans, const PointDVector& coordVector)
{
bool ok = true;
CXaraFileRecord Rec(0);
if (style.IsFillColourDefined() || style.IsFillGradientDefined()) {
if (style.IsStrokeColourDefined())
Rec.Reinit(TAG_PATH_FILLED_STROKED, TAG_PATH_SIZE);
else
Rec.Reinit(TAG_PATH_FILLED, TAG_PATH_SIZE);
} else // if (style.IsStrokeColourDefined())
Rec.Reinit(TAG_PATH_STROKED, TAG_PATH_SIZE);
Rec.WriteUINT32(coordVector.GetCount());
Rec.WriteBYTE(0x06); // moveto
for (unsigned int i = 1; i < coordVector.GetCount() - 1; ++i)
Rec.WriteBYTE(0x02); // lineto
Rec.WriteBYTE(0x03); // lineto + closepath
for (unsigned int i = 0; i < coordVector.GetCount(); ++i) {
PointD p = coordVector[i];
Rec.WriteCoord(DocCoord((INT32)p.x, m_docSize.y - (INT32)p.y));
}
ok = m_pExporter->WriteRecord(&Rec);
RectD boundings = GetMaximumBoundings(coordVector);
/***/ ok = m_pExporter->WriteZeroSizedRecord(TAG_DOWN);
OutputStyles(style, trans, boundings, STYLE_FILL_ALL|STYLE_STROKE_ALL|STYLE_OPACITY);
/***/ ok = m_pExporter->WriteZeroSizedRecord(TAG_UP);
return ok;
}
TEST( KMLStyle , testSetId )
{
Style s;
s.id() = "Id";
EXPECT_EQ( s.id() , "Id" );
EXPECT_TRUE( bool( s ) );
}
boolean MonoKitImpl::match(const Style& s1, const Style& s2, const char* n) {
String name(n);
String v1, v2;
boolean b1 = s1.find_attribute(n, v1);
boolean b2 = s2.find_attribute(n, v2);
return (!b1 && !b2) || (b1 && b2 && v1 == v2);
}
TEST( KMLStyle , testSetLabelStyle )
{
Style s;
s.labelStyle() = LabelStyle( White );
EXPECT_TRUE( bool( s ) );
EXPECT_EQ( s.labelStyle() , LabelStyle( White ) );
}
TEST( KMLStyle , testWriteEmpty )
{
Style s;
std::ostringstream str;
s.write( str , 4 );
EXPECT_EQ( str.str() , "" );
}
TEST( KMLStyle , testSetLineStyle )
{
Style s;
s.lineStyle() = LineStyle( White );
EXPECT_TRUE( bool( s ) );
EXPECT_EQ( s.lineStyle() , LineStyle( White ) );
}
void asciimage::Shape::renderLine(QPainter* painter, int scale, const Style& style) const
{
Q_ASSERT(type() == Type::LINE);
Q_ASSERT(points().size() == 2);
if (scale == 1)
{
if (!isStraightLine())
{
painter->setRenderHint(QPainter::Antialiasing, true);
}
painter->setPen(style.color());
painter->drawLine(points()[0], points()[1]);
}
else
{
if (isStraightLine())
{
const QRect b = boundingRect();
painter->setPen(style.color());
painter->setBrush(style.color());
painter->drawRect(scaledOuterRect(b, scale));
}
else
{
painter->setRenderHint(QPainter::Antialiasing, true);
painter->setPen(QPen(style.color(), scale, Qt::SolidLine, Qt::SquareCap));
painter->drawLine(p(points()[0], scale), p(points()[1], scale));
}
}
}
Style* PatternLoader::getStyle(QString name) {
Style* pS;
for(pS=styleList.first(); pS != 0; pS=styleList.next()) {
if(name.compare(pS->getName())==0) { return pS; }
}
return NULL;
}
TEST( KMLStyle , testSetIconStyle )
{
Style s;
s.iconStyle() = IconStyle( White );
EXPECT_TRUE( bool( s ) );
EXPECT_EQ( s.iconStyle() , IconStyle( White ) );
}
void FieldEditorImpl::build(
FieldEditor* e, const char* str, FieldEditorAction* a
) {
WidgetKit& kit = *kit_;
kit.begin_style("FieldEditor");
Style* s = kit.style();
bs_ = new FieldButton(e, a);
editor_ = new FieldStringEditor(bs_, str, kit_, s);
Glyph* g = editor_;
if (s->value_is_on("beveled")) {
g = kit.inset_frame(
new Background(
LayoutKit::instance()->h_margin(editor_, 2.0),
kit.background()
)
);
}
e->body(g);
cursor_is_on_ = false;
blink_handler_ = new IOCallback(FieldEditorImpl)(
this, &FieldEditorImpl::blink_cursor
);
float sec = 0.5;
s->find_attribute("cursorFlashRate", sec);
flash_rate_ = long(sec * 1000000);
kit.end_style();
}
void AnnotationManager::updateStyle(Style& style) {
// Create annotation source, point layer, and point bucket
if (!style.getSource(SourceID)) {
std::unique_ptr<Source> source = std::make_unique<AnnotationSource>();
source->baseImpl->enabled = true;
style.addSource(std::move(source));
std::unique_ptr<SymbolLayer> layer = std::make_unique<SymbolLayer>(PointLayerID, SourceID);
layer->setSourceLayer(PointLayerID);
layer->setIconImage({"{sprite}"});
layer->setIconAllowOverlap(true);
layer->impl->spriteAtlas = &spriteAtlas;
style.addLayer(std::move(layer));
}
for (const auto& shape : shapeAnnotations) {
shape.second->updateStyle(style);
}
for (const auto& layer : obsoleteShapeAnnotationLayers) {
if (style.getLayer(layer)) {
style.removeLayer(layer);
}
}
obsoleteShapeAnnotationLayers.clear();
}
Confirmer::Confirmer(const char* name, const char* prompt) {
WidgetKit& kit = *WidgetKit::instance();
const LayoutKit& layout = *LayoutKit::instance();
Style* s = new Style(kit.style());
s->attribute("name", name);
Glyph* sep = layout.hspace(8);
dialog_ = new Dialog(
kit.outset_frame(
layout.margin(
layout.vbox(
layout.hbox(kit.label(prompt), layout.hglue()),
layout.vglue(16, 20, 8),
layout.hbox(
layout.hglue(30, fil, 0),
kit.push_button(
"Cancel", new ConfirmerCallback(cancel)
),
sep,
kit.push_button(
"No", new ConfirmerCallback(no)
),
sep,
kit.push_button(
"Yes", new ConfirmerCallback(yes)
)
)
),
12, 12
)
),
s
);
Resource::ref(dialog_);
}
Asker::Asker(const char* name, const char* prompt) {
WidgetKit& kit = *WidgetKit::instance();
const LayoutKit& layout = *LayoutKit::instance();
Style* s = new Style(kit.style());
s->attribute("name", name);
editor_ = DialogKit::instance()->field_editor(
"", s, new FieldEditorCallback(Asker)(
this, &Asker::accept_editor, &Asker::cancel_editor
)
);
Glyph* sep = layout.vglue(11, fil, 11);
dialog_ = new Dialog(
kit.inset_frame(
layout.margin(
layout.vbox(
layout.hbox(kit.label(prompt), layout.hglue()),
sep,
editor_,
sep,
layout.hbox(
layout.hglue(100, fil, 100),
kit.default_button("OK", new AskerCallback(accept)),
layout.hglue(9, 0, 9),
kit.push_button("Cancel", new AskerCallback(cancel))
)
),
12, 12
)
),
s
);
dialog_->append_input_handler(editor_);
dialog_->next_focus();
Resource::ref(dialog_);
}
FieldEditor::FieldEditor(
const String& sample,
WidgetKit* kit,
Style* s,
FieldEditorAction* action)
: InputHandler(nil, s)
{
impl_ = new FieldEditorImpl;
impl_->action_ = action;
Resource::ref(impl_->action_);
kit->begin_style("FieldEditor");
Style* sty = kit->style();
impl_->editor_ = new TextLine(sample, sample.length());
Glyph* g = impl_->editor_;
if (sty->value_is_on("beveled"))
{
g = kit->inset_frame(
new Background(
LayoutKit::instance()->h_margin(impl_->editor_, 2.0),
kit->background()
)
);
}
body(g);
kit->end_style();
}
CharacterMenu::CharacterMenu( Drawer & drawer )
{
WidgetFactory& factory = WidgetFactory::getInstance();
// MAIN CONTAINER
Style * style = new Style();
style->setBackgroundImage( factory.getMenuBackground() );
rootContainer = new VerCenterContainer( style );
// TITLE
LabelWidget * lw = factory.getTitleLabel( Locale::get( "CHARACTER" ) );
lw->prepare( drawer );
rootContainer->addWidget( *lw );
// FORRM
playerNameForm = new Form( "setPlayerName" );
// BUTTONS
TextInputWidget* tiw = factory.getLargeTextInput( ".{1,15}", Config::playerName );
interactiveWidgets.push_back( tiw );
rootContainer->addWidget( *tiw );
playerNameForm->addWidget( *tiw );
ButtonWidget* bw = factory.getLargeSubmitButton( Locale::get( "BACK" ), "setmenu settings", *playerNameForm );
this->interactiveWidgets.push_back( bw );
rootContainer->addWidget( *bw );
}
void AnnotationManager::updateStyle(Style& style) {
// Create annotation source, point layer, and point bucket
if (!style.getSource(SourceID)) {
std::unique_ptr<Source> source = std::make_unique<Source>();
source->info.type = SourceType::Annotations;
source->info.source_id = SourceID;
source->enabled = true;
style.addSource(std::move(source));
std::unique_ptr<SymbolLayer> layer = std::make_unique<SymbolLayer>();
layer->id = PointLayerID;
layer->type = StyleLayerType::Symbol;
layer->styles.emplace(ClassID::Default, ClassProperties());
layer->bucket = std::make_shared<StyleBucket>(layer->type);
layer->bucket->name = layer->id;
layer->bucket->source = SourceID;
layer->bucket->source_layer = PointLayerID;
layer->bucket->layout.set(PropertyKey::IconImage, ConstantFunction<std::string>("{sprite}"));
layer->bucket->layout.set(PropertyKey::IconAllowOverlap, ConstantFunction<bool>(true));
style.addLayer(std::move(layer));
}
for (const auto& shape : shapeAnnotations) {
shape.second->updateStyle(style);
}
for (const auto& layer : obsoleteShapeAnnotationLayers) {
style.removeLayer(layer);
}
obsoleteShapeAnnotationLayers.clear();
style.getSource(SourceID)->invalidateTiles();
}
GraphicComp* ImportCmd::PostDialog () {
bool imported = false;
GraphicComp* comp = nil;
Editor* ed = GetEditor();
Style* style;
bool reset_caption = false;
if (chooser_ == nil) {
style = new Style(Session::instance()->style());
style->attribute("subcaption", "Import graphic from file:");
style->attribute("open", "Import");
chooser_ = DialogKit::instance()->file_chooser(".", style);
Resource::ref(chooser_);
} else {
style = chooser_->style();
}
while (chooser_->post_for(ed->GetWindow())) {
const String* str = chooser_->selected();
if (str != nil) {
NullTerminatedString ns(*str);
comp = Import(ns.string());
if (comp != nil) {
break;
}
style->attribute("caption", "Import failed!");
reset_caption = true;
}
}
if (reset_caption) {
style->attribute("caption", "");
}
return comp;
}
double AdjustColumnRowManipulator::adjustColumnHelper(const Cell& cell)
{
double long_max = 0.0;
const Style style = cell.effectiveStyle();
const QSizeF size = textSize(cell.displayText(), style);
if (size.width() > long_max) {
double indent = 0.0;
Style::HAlign alignment = style.halign();
if (alignment == Style::HAlignUndefined) {
if (cell.value().isNumber() || cell.isDate() || cell.isTime())
alignment = Style::Right;
else
alignment = Style::Left;
}
if (alignment == Style::Left)
indent = cell.style().indentation();
long_max = indent + size.width()
+ style.leftBorderPen().width() + style.rightBorderPen().width();
}
// add 4 because long_max is the length of the text
// but column has borders
if (long_max == 0.0)
return -1.0;
else
return long_max + 4.0;
}
QString RecipeFormatter::getTextFormat()
{
QString ret = "";
QString tmp = "";
if( rec == 0 )
return "";
Style* style = rec->style();
ret += QString("%1 - %2 (%3%4)\n").arg( rec->name())
.arg( style ? style->name() : tr("unknown style"))
.arg( style ? style->categoryNumber() : tr("N/A"))
.arg( style ? style->styleLetter() : "");
ret += getTextSeparator();
ret += buildStatTableTxt();
if((tmp = buildFermentableTableTxt()) != "")
{
ret += "\n" + tr("Fermentables") + "\n";
ret += getTextSeparator();
ret += tmp;
}
if((tmp = buildHopsTableTxt()) != "")
{
ret += "\n" + tr("Hops") + "\n";
ret += getTextSeparator();
ret += tmp;
}
if((tmp = buildMiscTableTxt()) != "")
{
ret += "\n" + tr("Miscs") + "\n";
ret += getTextSeparator();
ret += tmp;
}
if((tmp = buildYeastTableTxt()) != "")
{
ret += "\n" + tr("Yeasts") + "\n";
ret += getTextSeparator();
ret += tmp;
}
if((tmp = buildMashTableTxt()) != "")
{
ret += "\n" + tr("Mash") + "\n";
ret += getTextSeparator();
ret += tmp;
}
if( (tmp = rec->notes()) != "" )
{
ret += "\n" + tr("Notes") + "\n";
ret += getTextSeparator();
ret += tmp;
}
if((tmp = buildInstructionTableTxt()) != "")
{
ret += "\n" + tr("Instructions") + "\n";
ret += getTextSeparator();
ret += tmp;
}
return ret;
}
void TreeBuilder::visitWay(const utymap::entities::Way &way) {
auto treeMesh = context_.meshPool.getSmall("");
auto newMesh = context_.meshPool.getLarge(utymap::utils::getMeshName(WayMeshNamePrefix, way));
Style style = context_.styleProvider.forElement(way, context_.quadKey.levelOfDetail);
const auto center = context_.boundingBox.center();
LSystemGenerator::generate(context_, style, treeMesh, center, 0);
double treeStepInMeters = style.getValue(TreeStepKey);
for (std::size_t i = 0; i < way.coordinates.size() - 1; ++i) {
const auto &p0 = way.coordinates[i];
const auto &p1 = way.coordinates[i + 1];
utymap::utils::copyMeshAlong(context_.quadKey,
center,
p0,
p1,
treeMesh,
newMesh,
treeStepInMeters,
context_.eleProvider);
}
context_.meshCallback(newMesh);
context_.meshPool.release(std::move(treeMesh));
context_.meshPool.release(std::move(newMesh));
}
void TreeBuilder::visitWay(const utymap::entities::Way& way)
{
Mesh treeMesh("");
Mesh newMesh(utymap::utils::getMeshName(WayMeshNamePrefix, way));
Style style = context_.styleProvider.forElement(way, context_.quadKey.levelOfDetail);
MeshContext meshContext(treeMesh, style);
TreeBuilder::createGenerator(context_, meshContext)
.setPosition(Vector3(0, 0, 0)) // NOTE we will override coordinates later
.generate();
double treeStepInMeters = style.getValue(TreeStepKey);
for (std::size_t i = 0; i < way.coordinates.size() - 1; ++i) {
const auto& p1 = way.coordinates[i];
const auto& p2 = way.coordinates[i + 1];
double distanceInMeters = GeoUtils::distance(p1, p2);
int treeCount = static_cast<int>(distanceInMeters / treeStepInMeters);
for (int j = 0; j < treeCount; ++j) {
GeoCoordinate position = GeoUtils::newPoint(p1, p2, (double) j / treeCount);
double elevation = context_.eleProvider.getElevation(position);
utymap::utils::copyMesh(Vector3(position.longitude, elevation, position.latitude), treeMesh, newMesh);
}
}
context_.meshCallback(newMesh);
}
TEST( KMLStyle , testSetPolyStyle )
{
Style s;
s.polyStyle() = PolyStyle( White );
EXPECT_TRUE( bool( s ) );
EXPECT_EQ( s.polyStyle() , PolyStyle( White ) );
}
void FileChooserImpl::init(
FileChooser* chooser, Style* s, FileChooserAction* a
) {
fchooser_ = chooser;
fbrowser_ = nil;
editor_ = nil;
filter_ = nil;
directory_filter_ = nil;
filter_map_ = nil;
dir_ = Directory::open(*name_);
if (dir_ == nil) {
dir_ = Directory::current();
/* and what if we can't read the current directory? */
}
Resource::ref(a);
action_ = a;
style_ = new Style(s);
Resource::ref(style_);
style_->alias("FileChooser");
style_->alias("Dialog");
update_ = new ActionCallback(FileChooserImpl)(
this, &FileChooserImpl::build
);
style_->add_trigger_any(update_);
build();
}
void AnnotationManager::updateStyle(Style& style) {
// Create annotation source, point layer, and point bucket
if (!style.getSource(SourceID)) {
std::unique_ptr<Source> source = std::make_unique<Source>(SourceType::Annotations, SourceID, "", util::tileSize, std::make_unique<SourceInfo>(), nullptr);
source->enabled = true;
style.addSource(std::move(source));
std::unique_ptr<SymbolLayer> layer = std::make_unique<SymbolLayer>();
layer->id = PointLayerID;
layer->source = SourceID;
layer->sourceLayer = PointLayerID;
layer->layout.icon.image = std::string("{sprite}");
layer->layout.icon.allowOverlap = true;
layer->spriteAtlas = &spriteAtlas;
style.addLayer(std::move(layer));
}
for (const auto& shape : shapeAnnotations) {
shape.second->updateStyle(style);
}
for (const auto& layer : obsoleteShapeAnnotationLayers) {
if (style.getLayer(layer)) {
style.removeLayer(layer);
}
}
obsoleteShapeAnnotationLayers.clear();
for (auto& monitor : monitors) {
monitor->update(getTile(monitor->tileID));
}
}
MonoKit::MonoKit() {
impl_ = new MonoKitImpl(this);
Style* s = Session::instance()->style();
for (PropertyData* p = kit_props; p->path != nil; p++) {
s->attribute(p->path, p->value, -5);
}
}
Ref<Style> Style::clone() const {
Ref<Style> to = new Style;
Style* from = const_cast<Style*>(this);
StyleCloner cloner(from, to.get());
from->serialize(cloner);
return to;
}
void PatternLoader::debugPrintStyles() {
printf("--Styles[START] ---------------------\n");
Style* st;
for( st = styleList.first(); st != 0; st=styleList.next() ) {
printf(st->debugPrint());
}
printf("--Styles[END] -----------------------\n");
}