// ****************************************************************************
//
// Function Name: RWindowView::RWindowView( )
//
// Description: Render this views background
//
// Returns: Nothing
//
// Exceptions: None
//
// ****************************************************************************
//
void RWindowView::RenderBackground( RDrawingSurface& drawingSurface, const R2dTransform&, const RIntRect& rcRender ) const
{
// Fill in the background
if( !drawingSurface.IsPrinting( ) )
{
RColor backgroundColor = GetBackgroundColor( );
if ( backgroundColor.GetFillMethod() == RColor::kSolid )
{
RSolidColor solid = backgroundColor.GetSolidColor( );
// Check for something close to TRUE GRAY and alter it slightly
#ifdef _WINDOWS
const YColorComponent kHitBits = 0xC0;
const YColorComponent kNewColor = 0x77;
const YColorComponent kGrayColor = 0x80;
#elif defined( MAC )
const YColorComponent kHitBits = 0xF000;
const YColorComponent kNewColor = 0x7777;
const YColorComponent kGrayColor = 0x8000;
#endif // _WINDOWS or MAC
YColorComponent redColor = (solid.GetRed( ) & kHitBits);
YColorComponent greenColor = (solid.GetGreen( ) & kHitBits);
YColorComponent blueColor = (solid.GetBlue( ) & kHitBits);
if ( (kGrayColor == redColor) && (redColor == greenColor) && (greenColor == blueColor) )
{
backgroundColor = RSolidColor( kNewColor, kNewColor, kNewColor );
}
}
drawingSurface.SetForegroundMode( kNormal );
drawingSurface.SetFillColor( backgroundColor );
drawingSurface.FillRectangle( rcRender );
}
}
HRESULT RPathOutlineAttribImp::SetColor( const RColor& crColor )
{
if (RColor::kSolid != crColor.GetFillMethod())
return E_INVALIDARG;
m_sOutlineFormat.m_yPenColor = crColor.GetSolidColor();
m_pPathDocument->InvalidateAllViews();
return S_OK;
}
/**
* Creates a color from the given CAD code (index 0...256).
*/
RColor RColor::createFromCadIndex(int code) {
// special colors:
if (code==0) {
return RColor(RColor::ByBlock);
}
if (code==256) {
return RColor(RColor::ByLayer);
}
// normal indexed colors:
if (code>0 && code<256) {
RColor c;
c.setRgbF(cadColors[code][0], cadColors[code][1], cadColors[code][2]);
return c;
}
return RColor();
}
QIcon RColor::getIcon(const RColor& color, const QSize& size) {
init();
if (iconMap.contains(QPair<RColor, QPair<int, int> >(color, QPair<int, int>(size.width(), size.height())))) {
return iconMap[QPair<RColor, QPair<int, int> >(color, QPair<int, int>(size.width(), size.height()))];
}
RColor col = color;
if (color.isByLayer() || color.isByBlock() || /*color == RColor(Qt::black,
RColor::BlackWhite) ||*/ !color.isValid()) {
col = Qt::white;
}
QImage img(size, QImage::Format_ARGB32_Premultiplied);
img.fill(0);
QPainter painter(&img);
int w = img.width();
int h = img.height();
// painter.setCompositionMode(QPainter::CompositionMode_Source);
painter.fillRect(0, 0, w, h, col);
if (!color.isValid()) {
// icon for "Other colors..."
QLinearGradient grad(0, 0, w, 0);
grad.setColorAt(0, Qt::red);
grad.setColorAt(0.33, Qt::yellow);
grad.setColorAt(0.66, Qt::blue);
grad.setColorAt(1, Qt::green);
painter.fillRect(QRect(0, 0, w, h), grad);
} /*else if (color == RColor(Qt::black, RColor::BlackWhite) || color
== RColor(Qt::white, RColor::BlackWhite)) {
// icon for black / white
painter.setRenderHint(QPainter::Antialiasing);
QPainterPath path;
path.moveTo(0, 0);
path.lineTo(w, 0);
path.lineTo(w, h);
painter.fillPath(path, Qt::black);
painter.setRenderHint(QPainter::Antialiasing, false);
}*/ else if (col.alpha() != 255) {
// indicate alpha by an inset
QBrush opaqueBrush = col;
col.setAlpha(255);
opaqueBrush.setColor(col);
painter.fillRect(w / 4, h / 4, w / 2, h / 2, opaqueBrush);
}
painter.setPen(Qt::black);
painter.drawRect(0, 0, w - 1, h - 1);
painter.end();
QIcon ret(QPixmap::fromImage(img));
iconMap.insert(QPair<RColor, QPair<int, int> >(color, QPair<int, int>(size.width(), size.height())), ret);
return ret;
}
/**
* Stream operator for QDebug
*/
QDebug operator<<(QDebug dbg, const RColor& c) {
if (c.isValid()) {
if (c.isByLayer()) {
dbg.nospace() << "RColor(ByLayer)";
} else if (c.isByBlock()) {
dbg.nospace() << "RColor(ByBlock)";
} else {
dbg.nospace() << "RColor(RGBA: " << c.red() << ", " << c.green() << ", "
<< c.blue() << ", " << c.alpha() << ")";
}
} else {
dbg.nospace() << "RColor(invalid)";
}
return dbg.space();
}
//****************************************************************************
//
// Function Name: SetColor
//
// Description: Stores the current color for use in gradient option
// determination, and then updates the gradient selections.
//
// Returns: None
//
// Exceptions: None
//
//****************************************************************************
void RColorDialog::SetColor( const RColor& crColor )
{
if (RColor::kBitmap == crColor.GetFillMethod())
{
if (m_dlgColorPhoto.IsColorPhoto( crColor ))
{
m_dlgColorPhoto.SetColor( crColor );
m_nStartPage = 2;
}
else
{
m_dlgColorTexture.SetColor( crColor );
m_nStartPage = 1;
}
}
else
{
m_dlgColorPalette.SetColor( crColor );
m_nStartPage = 0;
}
}
void DisplayList::UpdateRect(SRECT* clip)
{
if ( bits->LockBits() ) {
raster.Attach(bits, clip, antialias);
raster.BeginPaint();
// Add the background edges
REdge bkEdges[2];
RColor bkColor;
if ( backgroundColor.all != 0 ) {
// Set up the color
bkColor.SetUp(&raster);
bkColor.order = 0;
bkColor.rgb.alpha = 255;
bkColor.rgb.red = backgroundColor.rgb.red;
bkColor.rgb.green = backgroundColor.rgb.green;
bkColor.rgb.blue = backgroundColor.rgb.blue;
bkColor.BuildCache();
// Set up the edges
bkEdges[0].nextObj = &bkEdges[1];
bkEdges[1].nextObj = 0;
SPOINT pt1, pt2;
CURVE c;
pt1.y = raster.edgeClip.ymin;
pt2.y = raster.edgeClip.ymax;
pt1.x = pt2.x = raster.edgeClip.xmin;
CurveSetLine(&pt1, &pt2, &c);
bkEdges[0].Set(&c);
pt1.x = pt2.x = raster.edgeClip.xmax;
CurveSetLine(&pt1, &pt2, &c);
bkEdges[1].Set(&c);
bkEdges[0].dir = bkEdges[1].dir = 0;
bkEdges[0].fillRule = bkEdges[1].fillRule = fillEvenOddRule;
bkEdges[0].color1 = bkEdges[1].color1 = &bkColor;
bkEdges[0].color2 = bkEdges[1].color2 = 0;
raster.AddEdges(bkEdges, &bkColor);
} else {
// It's transparent...
raster.getBackground = true;
}
{
// Add the object edges
root.Draw(&raster, camera);
}
#ifndef DISABLE_TAB_FOCUS
// Add button focus rectangle
RColor yellow;
REdge* edges = NULL;
if (useFocusRect && !RectIsEmpty(&tabFocusRect)) {
// Set up the color
yellow.SetUp(&raster);
yellow.order = 0;
yellow.rgb.alpha = 255;
yellow.rgb.red = 255;
yellow.rgb.green = 255;
yellow.rgb.blue = 0;
yellow.BuildCache();
SRECT bounds = tabFocusRect;
MATRIX mat;
MatrixIdentity(&mat);
int border = 3;
if (antialias) {
border *= 4;
}
SRECT rect = bounds;
rect.xmax = bounds.xmin + border;
AddRect(&rect, &mat, &yellow, this, &edges, NULL);
rect.xmin = bounds.xmax - border;
rect.xmax = bounds.xmax;
AddRect(&rect, &mat, &yellow, this, &edges, NULL);
rect.xmin = bounds.xmin;
rect.ymax = bounds.ymin + border;
AddRect(&rect, &mat, &yellow, this, &edges, NULL);
rect.ymin = bounds.ymax - border;
rect.ymax = bounds.ymax;
AddRect(&rect, &mat, &yellow, this, &edges, NULL);
raster.AddEdges(edges, &yellow);
}
#endif
raster.PaintBits();
#ifndef DISABLE_TAB_FOCUS
if (!RectIsEmpty(&tabFocusRect)) {
// Free the edges
REdge* e = edges;
while ( e ) {
REdge* next = e->nextObj;
FreeEdge(e);
e = next;
}
edges = 0;
yellow.FreeCache();
}
#endif
if ( backgroundColor.all != 0 )
bkColor.FreeCache();
bits->UnlockBits();
}
}
/**
* Renders the text data into painter paths.
*/
void RTextRenderer::render() {
boundingBox = RBox();
painterPaths.clear();
richText = "";
QString text = textData.getEscapedText();
//RVector position = textData.getPosition();
RVector position = textData.getAlignmentPoint();
double textHeight = textData.getTextHeight();
RS::VAlign verticalAlignment = textData.getVAlign();
RS::HAlign horizontalAlignment = textData.getHAlign();
double lineSpacingFactor = textData.getLineSpacingFactor();
QString fontName = textData.getFontName();
bool bold = textData.isBold();
bool italic = textData.isItalic();
double angle = textData.getAngle();
//RColor color = textData.getColor(true);
// split up text where separation is required due to line feed,
// or any type of height change (\P, \H[0-9]*.?[0-9]+;, \S*/*;)
// split up text at every formatting change:
QRegExp regExpAll(rxAll);
QStringList literals = text.split(regExpAll);
// collect formatting change information for every literal:
QStringList formattings;
int pos = 0;
while ((pos = regExpAll.indexIn(text, pos)) != -1) {
formattings << regExpAll.cap(1);
pos += regExpAll.matchedLength();
}
// x position in real units:
double xCursor = 0.0;
// y position for next text line:
double yCursor = 0.0;
// painter paths for current text line:
QList<RPainterPath> linePaths;
// max ascent of current text line:
double maxAscent = 0.0;
// max descent of current line:
double minDescent = 0.0;
// max descent of _previous_ line:
double minDescentPrevious = 0.0;
// true for the first block of the current line:
bool firstBlockInLine = true;
// current line has leading spaces:
bool leadingSpaces = false;
// current line has trailing spaces:
bool trailingSpaces = false;
// text has leading empty lines:
bool leadingEmptyLines = false;
// text has trailing empty lines:
bool trailingEmptyLines = false;
int lineCounter = 0;
QString textBlock;
QList<QTextLayout::FormatRange> formats;
bool blockChangedHeightOrFont = false;
// implicit top level format block:
QTextCharFormat f;
f.setForeground(QBrush(QColor()));
currentFormat.push(f);
QTextLayout::FormatRange fr;
fr.start = 0;
fr.length = 0;
fr.format = currentFormat.top();
formats.append(fr);
blockHeight.push(textHeight);
blockFont.push(fontName);
blockBold.push(bold);
blockItalic.push(italic);
useCadFont.push(RFontList::isCadFont(fontName));
openTags.push(QStringList());
width = 0.0;
height = 0.0;
// iterate through all text blocks:
for (int i=0; i<literals.size(); ++i) {
// the literal text, e.g. "ABC":
QString literal = literals.at(i);
// the formatting _after_ the text, e.g. "\C1;"
QString formatting;
if (i<formattings.size()) {
formatting = formattings.at(i);
}
// qDebug() << "block: " << i;
// qDebug() << " literal: " << literal;
// qDebug() << " literal length: " << literal.length();
// qDebug() << " formatting: " << formatting;
// qDebug() << " font: " << blockFont.top();
// qDebug() << " height: " << blockHeight.top();
// qDebug() << " cad font: " << useCadFont.top();
// qDebug() << " xCursor: " << xCursor;
// handle literal:
textBlock.append(literal);
if (firstBlockInLine) {
if (!literal.isEmpty()) {
if (literal.at(0).isSpace()) {
leadingSpaces = true;
}
}
else {
if (formatting=="\\~") {
leadingSpaces = true;
}
}
firstBlockInLine = false;
}
bool lineFeed = false;
bool paragraphFeed = false;
bool heightChange = false;
bool stackedText = false;
bool fontChange = false;
bool colorChange = false;
bool blockEnd = false;
// detect formatting that ends the current text block:
if (!formatting.isEmpty()) {
fontChange = QRegExp(rxFontChangeTtf).exactMatch(formatting) ||
QRegExp(rxFontChangeCad).exactMatch(formatting);
colorChange = QRegExp(rxColorChangeCustom).exactMatch(formatting) ||
QRegExp(rxColorChangeIndex).exactMatch(formatting);
heightChange = QRegExp(rxHeightChange).exactMatch(formatting);
stackedText = QRegExp(rxStackedText).exactMatch(formatting);
lineFeed = QRegExp(rxLineFeed).exactMatch(formatting);
paragraphFeed = QRegExp(rxParagraphFeed).exactMatch(formatting);
blockEnd = QRegExp(rxEndBlock).exactMatch(formatting);
}
bool start = (i==0);
bool end = (i==literals.size()-1);
// first line is empty:
if (textBlock.trimmed().isEmpty() && (lineFeed || paragraphFeed || end)) {
if (start) {
leadingEmptyLines = true;
}
else if (end) {
trailingEmptyLines = true;
}
}
// reached a new text block that needs to be rendered separately
// due to line feed, height change, font change, ...:
if (target==RichText ||
lineFeed || paragraphFeed || heightChange || stackedText ||
fontChange || colorChange || end
|| (blockEnd && blockChangedHeightOrFont)) {
// render block _before_ format change that requires new block:
if (textBlock!="") {
// fix format lengths to match up. each format stops where
// the next one starts. formatting that is carried over is set
// again for the new format.
for (int i=0; i<formats.size(); i++) {
int nextStart;
if (i<formats.size()-1) {
nextStart = formats[i+1].start;
}
else {
nextStart = textBlock.length();
}
formats[i].length = nextStart - formats[i].start;
}
if (target==RichText) {
richText += getRichTextForBlock(
textBlock, formats);
}
if (target==PainterPaths) {
double horizontalAdvance = 0.0;
double horizontalAdvanceNoSpacing = 0.0;
double ascent = 0.0;
double descent = 0.0;
QList<RPainterPath> paths;
// get painter paths for current text block at height 1.0:
paths = getPainterPathsForBlock(
textBlock, formats,
horizontalAdvance,
horizontalAdvanceNoSpacing,
ascent, descent);
// transform to scale text from 1.0 to current text height:
QTransform sizeTransform;
sizeTransform.scale(blockHeight.top(), blockHeight.top());
// transform for current block due to xCursor position:
QTransform blockTransform;
blockTransform.translate(xCursor, 0);
// combine transforms for current text block:
QTransform allTransforms = sizeTransform;
allTransforms *= blockTransform;
maxAscent = qMax(maxAscent, ascent * blockHeight.top());
minDescent = qMin(minDescent, descent * blockHeight.top());
// transform paths of current block and append to paths
// of current text line:
for (int i=0; i<paths.size(); ++i) {
RPainterPath p = paths.at(i);
p.transform(allTransforms);
linePaths.append(p);
}
xCursor += horizontalAdvance * blockHeight.top();
}
}
// empty text, might be line feed, we need ascent, descent anyway:
else if (lineFeed || paragraphFeed || end) {
if (target==PainterPaths) {
double horizontalAdvance = 0.0;
double horizontalAdvanceNoSpacing = 0.0;
double ascent = 0.0;
double descent = 0.0;
// get painter paths for current text block at height 1.0:
getPainterPathsForBlock(
"A", QList<QTextLayout::FormatRange>(),
horizontalAdvance,
horizontalAdvanceNoSpacing,
ascent, descent);
maxAscent = qMax(maxAscent, ascent * blockHeight.top());
minDescent = qMin(minDescent, descent * blockHeight.top());
}
}
// handle stacked text:
if (stackedText) {
QRegExp reg;
reg.setPattern(rxStackedText);
reg.exactMatch(formatting);
if (target==PainterPaths) {
double horizontalAdvance[2];
horizontalAdvance[0] = 0.0;
horizontalAdvance[1] = 0.0;
double horizontalAdvanceNoSpacing[2];
horizontalAdvanceNoSpacing[0] = 0.0;
horizontalAdvanceNoSpacing[1] = 0.0;
double heightFactor = 0.4;
// s==0: superscript, s==1: subscript:
for (int s=0; s<=1; ++s) {
QString script = reg.cap(s+1);
QList<RPainterPath> paths;
double ascent = 0.0;
double descent = 0.0;
QList<QTextLayout::FormatRange> localFormats;
QTextLayout::FormatRange fr;
fr.start = 0;
fr.length = script.length();
fr.format = currentFormat.top();
localFormats.append(fr);
// get painter paths for superscript at height 1.0:
paths = getPainterPathsForBlock(
script, localFormats,
horizontalAdvance[s],
horizontalAdvanceNoSpacing[s],
ascent, descent);
if (s==0) {
maxAscent = qMax(maxAscent, ascent * blockHeight.top() * heightFactor + blockHeight.top()*(1.0-heightFactor));
}
else {
minDescent = qMin(minDescent, descent * blockHeight.top() * heightFactor);
}
// transform to scale text from 1.0 to current text height * 0.4:
QTransform sizeTransform;
sizeTransform.scale(blockHeight.top()*heightFactor, blockHeight.top()*heightFactor);
// move top text more to the right for italic texts:
double xOffset = 0.0;
if (s==0 && blockItalic.top()==true) {
double y = blockHeight.top()*(1.0-heightFactor);
// assume italic means roughly 12 degrees:
xOffset = tan(RMath::deg2rad(12)) * y;
}
// transform for current block due to xCursor position
// and top or bottom text position:
QTransform blockTransform;
blockTransform.translate(xCursor + xOffset,
s==0 ? blockHeight.top()*(1.0-heightFactor) : 0.0);
horizontalAdvance[s] += xOffset / (blockHeight.top() * heightFactor);
// combine transforms for current text block:
QTransform allTransforms = sizeTransform;
allTransforms *= blockTransform;
// transform paths of current block and append to paths
// of current text line:
for (int i=0; i<paths.size(); ++i) {
RPainterPath p = paths.at(i);
p.transform(allTransforms);
linePaths.append(p);
}
}
xCursor += qMax(horizontalAdvance[0], horizontalAdvance[1]) * blockHeight.top() * heightFactor;
}
if (target==RichText) {
QString super = reg.cap(1);
QString sub = reg.cap(2);
if (!super.isEmpty()) {
richText += QString("<span style=\"vertical-align:super;\">%1</span>").arg(super);
}
if (!sub.isEmpty()) {
richText += QString("<span style=\"vertical-align:sub;\">%1</span>").arg(sub);
}
}
}
// prepare for next text block:
if (lineFeed || paragraphFeed || end) {
if (!textBlock.isEmpty()) {
if (textBlock.at(textBlock.length()-1).isSpace()) {
trailingSpaces = true;
}
}
// else {
// if (formatting=="\\~") {
// trailingSpaces = true;
// }
// }
}
textBlock = "";
formats.clear();
QTextLayout::FormatRange fr;
fr.start = 0;
fr.length = 0;
fr.format = currentFormat.top();
formats.append(fr);
// handle text line.
// add all painter paths of the current line to result set of
// painter paths. apply line feed transformations.
if (lineFeed || paragraphFeed || end) {
// qDebug() << "lineFeed: adding text line:";
// qDebug() << " maxAscent: " << maxAscent;
// qDebug() << " minDescent: " << minDescent;
// qDebug() << " minDescentPrevious: " << minDescentPrevious;
// qDebug() << "got line feed or end";
// qDebug() << " trailingSpaces: " << trailingSpaces;
if (target==RichText) {
if (lineFeed || paragraphFeed) {
richText += "<br/>";
}
}
if (lineCounter!=0) {
yCursor += (minDescentPrevious - maxAscent) * lineSpacingFactor;
}
// calculate line bounding box for alignment without spaces at borders:
RBox lineBoundingBox;
for (int i=0; i<linePaths.size(); ++i) {
RPainterPath p = linePaths.at(i);
lineBoundingBox.growToInclude(p.getBoundingBox());
}
double featureSize = lineBoundingBox.getHeight();
QTransform lineTransform;
switch (horizontalAlignment) {
case RS::HAlignAlign:
case RS::HAlignFit:
case RS::HAlignLeft:
if (!leadingSpaces) {
// move completely to the left (left border is 0.0):
lineTransform.translate(
-lineBoundingBox.getMinimum().x,
yCursor);
}
else {
lineTransform.translate(0, yCursor);
}
break;
case RS::HAlignMid:
case RS::HAlignCenter:
if (!leadingSpaces && !trailingSpaces) {
lineTransform.translate(
-(lineBoundingBox.getMinimum().x +
lineBoundingBox.getMaximum().x)/2.0,
yCursor);
}
else {
lineTransform.translate(-xCursor/2.0, yCursor);
}
break;
case RS::HAlignRight:
if (!trailingSpaces) {
lineTransform.translate(-lineBoundingBox.getMaximum().x, yCursor);
}
else {
lineTransform.translate(-xCursor, yCursor);
}
break;
}
width = qMax(width, lineBoundingBox.getMaximum().x - qMin(0.0, lineBoundingBox.getMinimum().x));
// add current text line to result set:
QPen pen;
for (int i=0; i<linePaths.size(); ++i) {
RPainterPath p = linePaths[i];
if (i==0) {
pen = p.getPen();
if (pen.style()==Qt::NoPen) {
pen = QPen(p.getBrush().color());
}
}
p.transform(lineTransform);
p.setFeatureSize(featureSize);
painterPaths.append(p);
boundingBox.growToInclude(p.getBoundingBox());
}
RPainterPath bbPath;
bbPath.addBox(lineBoundingBox);
bbPath.transform(lineTransform);
bbPath.setFeatureSize(-featureSize);
bbPath.setPen(pen);
painterPaths.append(bbPath);
lineCounter++;
xCursor = 0.0;
maxAscent = 0.0;
minDescentPrevious = minDescent;
minDescent = 0.0;
linePaths.clear();
firstBlockInLine = true;
leadingSpaces = false;
trailingSpaces = false;
}
}
// handle formatting after text block, that applies either
// to the next text block(s) or the rest of the current text block:
if (formatting.isEmpty()) {
continue;
}
QRegExp reg;
// unicode:
reg.setPattern(rxUnicode);
if (reg.exactMatch(formatting)) {
textBlock += QChar(reg.cap(1).toInt(0, 16));
continue;
}
// curly braket open:
reg.setPattern(rxCurlyOpen);
if (reg.exactMatch(formatting)) {
textBlock += "{";
continue;
}
// curly braket close:
reg.setPattern(rxCurlyClose);
if (reg.exactMatch(formatting)) {
textBlock += "}";
continue;
}
// degree:
reg.setPattern(rxDegree);
if (reg.exactMatch(formatting)) {
textBlock += chDegree;
continue;
}
// plus/minus:
reg.setPattern(rxPlusMinus);
if (reg.exactMatch(formatting)) {
textBlock += chPlusMinus;
continue;
}
// diameter:
reg.setPattern(rxDiameter);
if (reg.exactMatch(formatting)) {
textBlock += chDiameter;
continue;
}
// backslash:
reg.setPattern(rxBackslash);
if (reg.exactMatch(formatting)) {
textBlock += "\\";
continue;
}
// non-breaking space:
reg.setPattern(rxNonBreakingSpace);
if (reg.exactMatch(formatting)) {
if (target==PainterPaths) {
textBlock += QChar(Qt::Key_nobreakspace);
}
if (target==RichText) {
textBlock += " ";
}
continue;
}
// font change (TTF):
reg.setPattern(rxFontChangeTtf);
if (reg.exactMatch(formatting)) {
blockFont.top() = reg.cap(1);
blockBold.top() = (reg.cap(2).toInt()!=0);
blockItalic.top() = (reg.cap(3).toInt()!=0);
useCadFont.top() = false;
blockChangedHeightOrFont = true;
if (target==RichText) {
QString style;
style += QString("font-family:%1;").arg(blockFont.top());
style += QString("font-weight:%1;").arg(blockBold.top() ? "bold" : "normal");
style += QString("font-style:%1;").arg(blockItalic.top() ? "italic" : "normal");
richText += QString("<span style=\"%1\">").arg(style);
openTags.top().append("span");
}
continue;
}
// font change (CAD):
reg.setPattern(rxFontChangeCad);
if (reg.exactMatch(formatting)) {
blockFont.top() = reg.cap(1);
useCadFont.top() = true;
if (xCursor>RS::PointTolerance) {
RFont* f = RFontList::get(blockFont.top());
if (f!=NULL && f->isValid()) {
xCursor += f->getLetterSpacing() / 9.0;
}
}
blockChangedHeightOrFont = true;
if (target==RichText) {
QString style;
style += QString("font-family:%1;").arg(blockFont.top());
richText += QString("<span style=\"%1\">").arg(style);
openTags.top().append("span");
}
continue;
}
// height change:
reg.setPattern(rxHeightChange);
if (reg.exactMatch(formatting)) {
bool factor = reg.cap(2)=="x";
if (factor) {
blockHeight.top() *= reg.cap(1).toDouble();
}
else {
blockHeight.top() = reg.cap(1).toDouble();
}
blockChangedHeightOrFont = true;
if (target==RichText) {
QString style;
style += QString("font-size:%1pt;").arg(blockHeight.top() * fontHeightFactor);
richText += QString("<span style=\"%1\">").arg(style);
openTags.top().append("span");
}
continue;
}
QTextLayout::FormatRange fr;
fr.start = textBlock.length();
fr.length = 0;
// start format block:
reg.setPattern(rxBeginBlock);
if (reg.exactMatch(formatting)) {
currentFormat.push(currentFormat.top());
blockFont.push(blockFont.top());
blockBold.push(blockBold.top());
blockItalic.push(blockItalic.top());
blockHeight.push(blockHeight.top());
useCadFont.push(useCadFont.top());
if (target==RichText) {
openTags.push(QStringList());
}
blockChangedHeightOrFont = false;
continue;
}
// end format block:
reg.setPattern(rxEndBlock);
if (reg.exactMatch(formatting)) {
currentFormat.pop();
fr.format = currentFormat.top();
formats.append(fr);
blockFont.pop();
blockBold.pop();
blockItalic.pop();
blockHeight.pop();
useCadFont.pop();
blockChangedHeightOrFont = false;
if (target==RichText) {
// close all tags that were opened in this block:
for (int i=openTags.top().size()-1; i>=0; --i) {
QString tag = openTags.top().at(i);
richText += QString("</%1>").arg(tag);
}
openTags.pop();
}
continue;
}
// color change (indexed):
reg.setPattern(rxColorChangeIndex);
if (reg.exactMatch(formatting)) {
RColor blockColor = RColor::createFromCadIndex(reg.cap(1));
if (blockColor.isByLayer()) {
currentFormat.top().setForeground(RColor::CompatByLayer);
} else if (blockColor.isByBlock()) {
currentFormat.top().setForeground(RColor::CompatByBlock);
}
else {
currentFormat.top().setForeground(blockColor);
}
fr.format = currentFormat.top();
formats.append(fr);
if (target==RichText) {
QString style;
style += QString("color:%1;").arg(blockColor.name());
richText += QString("<span style=\"%1\">").arg(style);
openTags.top().append("span");
}
continue;
}
// color change (custom):
reg.setPattern(rxColorChangeCustom);
if (reg.exactMatch(formatting)) {
RColor blockColor = RColor::createFromCadCustom(reg.cap(1));
currentFormat.top().setForeground(blockColor);
fr.format = currentFormat.top();
formats.append(fr);
if (target==RichText) {
QString style;
style += QString("color:%1;").arg(blockColor.name());
richText += QString("<span style=\"%1\">").arg(style);
openTags.top().append("span");
}
continue;
}
}
if (target==PainterPaths) {
// at this point, the text is at 0/0 with the base line of the
// first text line at y==0
// vertical alignment:
double topLine = qMax(textHeight, boundingBox.getMaximum().y);
double bottomLine = qMin(0.0, boundingBox.getMinimum().y);
QTransform globalTransform;
globalTransform.translate(position.x, position.y);
globalTransform.rotate(RMath::rad2deg(angle));
switch (verticalAlignment) {
case RS::VAlignTop:
//if (!leadingEmptyLines) {
globalTransform.translate(0.0, -topLine);
//}
break;
case RS::VAlignMiddle:
if (leadingEmptyLines || trailingEmptyLines) {
globalTransform.translate(0.0, -(yCursor+textHeight)/2.0);
}
else {
globalTransform.translate(0.0, -(bottomLine + topLine) / 2.0);
}
break;
case RS::VAlignBottom:
case RS::VAlignBase:
if (trailingEmptyLines) {
globalTransform.translate(0.0, -yCursor);
}
else {
globalTransform.translate(0.0, -bottomLine);
}
break;
}
height = boundingBox.getHeight();
// apply global transform for position, angle and vertical alignment:
boundingBox = RBox();
for (int i=0; i<painterPaths.size(); ++i) {
painterPaths[i].transform(globalTransform);
boundingBox.growToInclude(painterPaths[i].getBoundingBox());
}
}
if (target==RichText) {
// close all tags that were opened:
for (int i=openTags.top().size()-1; i>=0; --i) {
QString tag = openTags.top().at(i);
richText += QString("</%1>").arg(tag);
}
}
}
//****************************************************************************
//
// Function Name: FillData
//
// Description: Fills an HeadlineDataStruct with the Headline
// depth effect data
//
// Returns: None
//
// Exceptions: None
//
//****************************************************************************
void RHeadlineDepthPage::FillData( RHeadlineInterface* pInterface, RComponentView* pComponentView )
{
//
// Set the depth effects
//
if (m_data.nDataType == kShadowType)
{
// Clear any depth effects
pInterface->SetProjectionEffect( kNoProjection ) ;
RSoftShadowSettings settings;
settings.m_fShadowOn = TRUE;
settings.m_fShadowOpacity = m_data.nOpacity / 100.0;
settings.m_fShadowEdgeSoftness = m_data.nEdgeSoftness / 100.0;
settings.m_fShadowOffset = m_data.nOffset / 65535.0;
settings.m_fShadowAngle = -m_wndBlendAngle.GetAngle();
settings.m_fShadowColor = m_btnColor.GetColor().GetSolidColor();
pComponentView->SetShadowSettings( settings );
}
else
{
if (pComponentView->HasShadow())
{
// Clear any shadow settings
RSoftShadowSettings settings;
pComponentView->GetShadowSettings( settings );
settings.m_fShadowOn = FALSE;
pComponentView->SetShadowSettings( settings );
}
RIntPoint ptVanish(
int(cos(m_angle) * m_data.nVanishPointX + 0.5),
int(sin(m_angle) * m_data.nVanishPointY + 0.5) ) ;
pInterface->SetNumStages( m_data.nNumStages ) ;
pInterface->SetProjectionEffect( (EProjectionEffects) m_data.nSelProjection ) ;
pInterface->SetProjectionDepth( m_data.flDepth ) ;
pInterface->SetProjectionVanishPoint( ptVanish ) ;
pInterface->SetProjectionFillColor( m_btnColor.GetColor() ) ;
pInterface->SetShadowEffect( (EShadowEffects) m_data.nSelShadow ) ;
pInterface->SetShadowDepth( m_data.flDepth ) ;
pInterface->SetShadowVanishPoint( ptVanish ) ;
pInterface->SetShadowFillColor( m_btnColor.GetColor() ) ;
if (m_data.fBlend && m_data.nSelProjection > kNoProjection)
{
// EFramedEffects eFrameEffect ;
// pInterface->GetBehindEffect( eFrameEffect ) ;
RColor crBlendColor ;
pInterface->GetBehindColor( crBlendColor ) ;
if (RColor::kTransparent == crBlendColor.GetFillMethod())
{
crBlendColor = RSolidColor( kWhite ) ;
}
RSolidColor crBlendArray[] = {
m_btnColor.GetColor().GetSolidColor(),
crBlendColor.GetSolidColor() } ;
crBlendColor = RColor( crBlendArray, 2, m_angle ) ;
pInterface->SetProjectionFillColor( crBlendColor ) ;
}
}
if (m_data.nSelProjection > kNoProjection || m_data.nDataType == kShadowType)
{
EOutlineEffects eOutlineEffect ;
pInterface->GetOutlineEffect( eOutlineEffect ) ;
//
// The user selected a depth option which is mutually exclusive
// with the emboss and deboss outline options, so we need to clear
// the emboss/deboss option if it is set.
//
switch (eOutlineEffect)
{
case kEmbossedOutline:
case kDebossedOutline:
case kBlurredOutline:
{
// RColor crBehindColor ;
// pInterface->GetBehindColor( crBehindColor ) ;
// EFramedEffects eFrameEffect = (RColor::kTransparent ==
// crBehindColor.GetFillMethod() ? kFrameNoFrame : kSimpleFrame) ;
// Clear the outline effect
pInterface->SetOutlineEffect( kSimpleFill ) ;
// Set the appropriate behind effect.
// pInterface->SetBehindEffect( eFrameEffect ) ;
}
}
}
}
//****************************************************************************
//
// Function Name: ApplyData
//
// Description: Applies HeadlineDataStruct effect's data
// to the Headline depth controls
//
// Returns: None
//
// Exceptions: None
//
//****************************************************************************
void RHeadlineDepthPage::ApplyData( RHeadlineInterface* pInterface, RComponentView* pComponentView )
{
// Set the effects data
//////////////////////////
EProjectionEffects eProjEffects ;
EShadowEffects eShadowEffects ;
RIntPoint ptVanish ;
RColor crFillColor ;
int nNumStages ;
pInterface->GetNumStages( nNumStages ) ;
pInterface->GetProjectionEffect( eProjEffects ) ;
pInterface->GetProjectionDepth( m_data.flDepth ) ;
pInterface->GetShadowEffect( eShadowEffects ) ;
pInterface->GetProjectionFillColor( crFillColor ) ;
pInterface->GetProjectionVanishPoint( ptVanish ) ;
if (eShadowEffects > kNoShadow)
{
// Currently these options are shared, but in
// pre-existing data they may not be.
pInterface->GetShadowFillColor( crFillColor ) ;
pInterface->GetShadowVanishPoint( ptVanish ) ;
}
if (pComponentView->HasShadow())
{
RSoftShadowSettings settings;
pComponentView->GetShadowSettings( settings );
m_data.nDataType = kShadowType;
m_data.nOpacity = ::Round( settings.m_fShadowOpacity * 100 );
m_data.nEdgeSoftness = ::Round( settings.m_fShadowEdgeSoftness * 100 );
m_data.nOffset = ::Round( settings.m_fShadowOffset * 65535 );
m_wndBlendAngle.SetAngle( -settings.m_fShadowAngle );
m_angle = m_wndBlendAngle.GetAngle();
m_btnColor.SetColor( RColor( settings.m_fShadowColor ) ) ;
}
else
{
m_data.nDataType = kDepthType ;
m_data.nNumStages = nNumStages ;
m_data.nSelProjection = eProjEffects ;
m_data.nSelShadow = eShadowEffects ;
m_data.fBlend = sWORD( RColor::kGradient == crFillColor.GetFillMethod() ) ;
m_wndBlendAngle.SetAngle( atan2( YRealDimension( ptVanish.m_y ),
YRealDimension( ptVanish.m_x ) ) ) ;
m_btnColor.SetColor( RColor(crFillColor.GetSolidColor()) ) ;
m_angle = m_wndBlendAngle.GetAngle() ;
YAngle angle = fmod((double)m_angle, (double)(2.0 * kPI));
if (angle < 0.0) angle += 2.0 * kPI;
const YRealDimension kAngleDelta = 0.00001;
if (::AreFloatsEqual(angle, kPI / 2.0, kAngleDelta) || ::AreFloatsEqual(angle, 3.0 * kPI / 2.0, kAngleDelta))
m_data.nVanishPointX = 0;
else
m_data.nVanishPointX = ptVanish.m_x / cos( m_angle ) ;
if (::AreFloatsEqual(angle, 0.0, kAngleDelta) || ::AreFloatsEqual(angle, kPI, kAngleDelta))
m_data.nVanishPointY = 0;
else
m_data.nVanishPointY = ptVanish.m_y / sin( m_angle ) ;
/* if (m_data.nSelShadow > kNoShadow)
{
pInterface->GetShadowDepth( m_data.flDepth ) ;
m_data.nDataType = kShadowType;
m_data.nOpacity = 100;
m_data.nEdgeSoftness = 0;
m_data.nOffset = 10; // TODO: determine from vanishing point
FillData( pInterface, pComponentView );
}
*/ }
if (GetSafeHwnd())
{
// Set the image selection
EnumResourceNames(
AfxGetResourceHandle(), // resource-module handling
cResourceType, // pointer to resource type
(ENUMRESNAMEPROC) SelectResItem, // pointer to callback function
(LONG) this ) ; // application-defined parameter
m_btnColor.EnableWindow( m_gcImageList.GetCurSel() != 0 ) ;
}
}
/**
* \return Highlighted color for the given color.
*/
RColor RColor::getHighlighted(const RColor& color, const QColor& bgColor, int minDist) {
if (!color.isValid()) {
return Qt::gray;
}
RColor ret = color;
int vColor = color.value();
int vBgColor = bgColor.value();
// 0 vColor vBgColor 255
// |--------^----------------------------^------------------|
// |<--d1-->|<------------d2------------>|<-------d3------->|
int d1 = qMin(vColor, vBgColor);
//int d2 = qAbs(vColor - vBgColor);
int d3 = 255 - qMax(vColor, vBgColor);
// d3 is big enough: set value to max (highlight):
if (d3>=minDist) {
ret.setHsv(color.hue(), color.saturation(), 255);
}
// d1 is big enough: set value to half (lowlight):
else if (d1>=minDist) {
ret.setHsv(color.hue(), color.saturation(), qMin(vColor, vBgColor)/2);
}
// black on white:
else if (vColor<32 && vBgColor>224) {
ret.setHsv(color.hue(), color.saturation(), 160);
}
// d2 is the only significant distance, set value to medium:
else if (vColor<vBgColor) {
ret.setHsv(color.hue(), color.saturation(), qMin(vColor+minDist, 255));
}
else {
ret.setHsv(color.hue(), color.saturation(), qMax(vColor-minDist, 0));
}
return ret;
}
bool RColor::operator<(const RColor & color) const {
return getHash() < color.getHash();
}