CSSToLengthConversionData StyleResolverState::fontSizeConversionData() const
{
float em = parentStyle()->specifiedFontSize();
float rem = rootElementStyle() ? rootElementStyle()->specifiedFontSize() : 1;
CSSToLengthConversionData::FontSizes fontSizes(em, rem, &parentStyle()->font());
CSSToLengthConversionData::ViewportSize viewportSize(document().layoutViewItem());
return CSSToLengthConversionData(style(), fontSizes, viewportSize, 1);
}
bool Style::doubleLine() const
{
if (propertySet(s_doubleLine)) {
return d->doubleLine;
}
if (parentStyle().isValid()) {
return parentStyle().entity<Style>()->doubleLine();
}
return false;
}
QColor Style::innerLineColor() const
{
if (propertySet(s_innerLineColor)) {
return d->innerLineColor;
}
if (parentStyle().isValid()) {
return parentStyle().entity<Style>()->innerLineColor();
}
return Qt::white;
}
qreal Style::fillOpacity() const
{
if (propertySet(s_fillOpacity)) {
return d->fillOpacity;
}
if (parentStyle().isValid()) {
return parentStyle().entity<Style>()->fillOpacity();
}
return 1.0;
}
QColor Style::penColor() const
{
if (propertySet(s_penColor)) {
return d->penColor;
}
if (parentStyle().isValid()) {
return parentStyle().entity<Style>()->penColor();
}
return Qt::black;
}
PenStyle Style::penStyle() const
{
if (propertySet(s_penStyle)) {
return d->penStyle;
}
if (parentStyle().isValid()) {
return parentStyle().entity<Style>()->penStyle();
}
return tikz::PenStyle::SolidLine;
}
tikz::Value Style::lineWidth() const
{
if (propertySet(s_lineWidth)) {
return d->lineWidth;
}
if (parentStyle().isValid()) {
return parentStyle().entity<Style>()->lineWidth();
}
return tikz::Value::semiThick();
}
QColor Style::fillColor() const
{
if (propertySet(s_fillColor)) {
return d->fillColor;
}
if (parentStyle().isValid()) {
return parentStyle().entity<Style>()->fillColor();
}
return Qt::transparent;
}
qreal Style::rotation() const
{
if (propertySet(s_rotation)) {
return d->rotation;
}
if (parentStyle().isValid()) {
return parentStyle().entity<Style>()->rotation();
}
return 0.0;
}
tikz::Value Style::innerLineWidth() const
{
if (doubleLine()) {
if (propertySet(s_innerLineWidth)) {
return d->innerLineWidth;
}
if (parentStyle().isValid() && parentStyle().entity<Style>()->doubleLine()) {
return parentStyle().entity<Style>()->innerLineWidth();
}
return tikz::Value::semiThick();
}
return 0.0_pt;
}
tikz::Value Style::innerSep() const
{
auto style = parentStyle().entity<Style>();
if (!propertySet(s_innerSep) && style) {
return style->innerSep();
}
return d->innerSep;
}
tikz::Value Style::shortenEnd() const
{
if (propertySet(s_shortenEnd)) {
return d->shortenEnd;
}
auto style = parentStyle().entity<Style>();
if (style) {
return style->shortenEnd();
}
return 0.0_cm;
}
qreal Style::inAngle() const
{
if (propertySet(s_inAngle)) {
return d->inAngle;
}
auto style = parentStyle().entity<Style>();
if (style) {
return style->inAngle();
}
return 135;
}
tikz::Value Style::minimumWidth() const
{
if (propertySet(s_minimumWidth)) {
return d->minimumWidth;
}
auto style = parentStyle().entity<Style>();
if (style) {
return style->minimumWidth();
}
return 0.0_cm;
}
Shape Style::shape() const
{
if (propertySet(s_shape)) {
return d->shape;
}
auto style = parentStyle().entity<Style>();
if (style) {
return style->shape();
}
return Shape::ShapeRectangle;
}
TextAlignment Style::textAlign() const
{
if (propertySet(s_align)) {
return d->textAlign;
}
auto style = parentStyle().entity<Style>();
if (style) {
return style->textAlign();
}
return TextAlignment::NoAlign;
}
qreal Style::outAngle() const
{
if (propertySet(s_outAngle)) {
return d->outAngle;
}
auto style = parentStyle().entity<Style>();
if (style) {
return style->outAngle();
}
return 45;
}
Arrow Style::arrowHead() const
{
if (propertySet(s_arrowHead)) {
return d->arrowHead;
}
auto style = parentStyle().entity<Style>();
if (style) {
return style->arrowHead();
}
return tikz::Arrow::NoArrow;
}
qreal Style::looseness() const
{
if (propertySet(s_looseness)) {
return d->looseness;
}
auto style = parentStyle().entity<Style>();
if (style) {
return style->looseness();
}
return 1.0;
}
tikz::Value Style::radiusY() const
{
if (propertySet(s_radiusY)) {
return d->radiusY;
}
auto style = parentStyle().entity<Style>();
if (style) {
return style->radiusY();
}
return 0.0_cm;
}
qreal Style::bendAngle() const
{
if (propertySet(s_bendAngle)) {
return d->bendAngle;
}
auto style = parentStyle().entity<Style>();
if (style) {
return style->bendAngle();
}
return 0.0;
}
QJsonObject Style::saveData() const
{
QJsonObject json = Entity::saveData();
json["parentStyle"] = parentStyle().isValid() ? parentStyle().entity<Style>()->uid().toString() : Uid().toString();
if (penColorSet()) {
json["penColor"] = penColor().name();
}
if (fillColorSet()) {
json["fillColor"] = fillColor().name();
}
if (penOpacitySet()) {
json["penOpacity"] = penOpacity();
}
if (fillOpacitySet()) {
json["fillOpacity"] = fillOpacity();
}
if (penStyleSet()) {
json["penStyle"] = toString(penStyle());
}
if (lineWidthSet()) {
json["lineWidth"] = lineWidth().toString();
}
// FIXME line type
if (doubleLineSet()) {
json["doubleLine"] = doubleLine();
}
if (innerLineWidthSet()) {
json["innerLineWidth"] = innerLineWidth().toString();
}
if (innerLineColorSet()) {
json["innerLineColor"] = innerLineColor().name();
}
if (rotationSet()) {
json["rotation"] = rotation();
}
if (radiusXSet()) {
json["radiusX"] = radiusX().toString();
}
if (radiusYSet()) {
json["radiusY"] = radiusY().toString();
}
if (bendAngleSet()) {
json["bendAngle"] = bendAngle();
}
if (loosenessSet()) {
json["looseness"] = looseness();
}
if (outAngleSet()) {
json["outAngle"] = outAngle();
}
if (inAngleSet()) {
json["inAngle"] = inAngle();
}
if (arrowTailSet()) {
json["arrowTail"] = toString(arrowTail());
}
if (arrowHeadSet()) {
json["arrowHead"] = toString(arrowHead());
}
if (shortenStartSet()) {
json["shortenStart"] = shortenStart().toString();
}
if (shortenEndSet()) {
json["shortenEnd"] = shortenEnd().toString();
}
if (textAlignSet()) {
json["textAlign"] = toString(textAlign());
}
if (shapeSet()) {
json["shape"] = toString(shape());
}
if (minimumWidthSet()) {
json["minimumWidth"] = minimumWidth().toString();
}
if (minimumHeightSet()) {
json["minimumHeight"] = minimumHeight().toString();
}
if (innerSepSet()) {
json["innerSep"] = innerSep().toString();
}
if (outerSepSet()) {
json["outerSep"] = outerSep().toString();
}
return json;
}