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/***************************************************************************
pageitem.cpp - description
-------------------
begin : Sat Apr 7 2001
copyright : (C) 2001 by Franz Schmid
email : Franz.Schmid@altmuehlnet.de
***************************************************************************/
/***************************************************************************
* *
* This program is free software; you can redistribute it and/or modify *
* it under the terms of the GNU General Public License as published by *
* the Free Software Foundation; either version 2 of the License, or *
* (at your option) any later version. *
* *
***************************************************************************/
#include "pageitem.h"
#include "pageitem.moc"
#include <qpainter.h>
#include <qpen.h>
#include <qfont.h>
#include <qregion.h>
#include <qpoint.h>
#include <qfileinfo.h>
#include <qdrawutil.h>
#include <qbitmap.h>
#include <qmessagebox.h>
#include <cmath>
#include <cassert>
#include "scpaths.h"
#include "page.h"
#include "scribus.h"
#include "scribusdoc.h"
#include "undomanager.h"
#include "undostate.h"
#include "mpalette.h"
#include "serializer.h"
#ifdef _MSC_VER
#if (_MSC_VER >= 1200)
#include "win-config.h"
#endif
#else
#include "config.h"
#endif
#include <ft2build.h>
#include FT_GLYPH_H
using namespace std;
extern double Cwidth(ScribusDoc *doc, Foi* name, QString ch, int Siz, QString ch2 = " ");
extern double RealCWidth(ScribusDoc *doc, Foi* name, QString ch, int Siz);
extern double RealCAscent(ScribusDoc *currentDoc, Foi* name, QString ch, int Size);
extern double RealCHeight(ScribusDoc *currentDoc, Foi* name, QString ch, int Size);
extern double RealFHeight(ScribusDoc *currentDoc, Foi* name, int Size);
extern QPointArray FlattenPath(FPointArray ina, QValueList<uint> &Segs);
extern double xy2Deg(double x, double y);
extern void BezierPoints(QPointArray *ar, QPoint n1, QPoint n2, QPoint n3, QPoint n4);
extern int Layer2Level(ScribusDoc *currentDoc, int LayerNr);
extern ScribusApp* ScApp;
PageItem::PageItem(ScribusDoc *pa, ItemType newType, double x, double y, double w, double h, double w2, QString fill, QString outline)
// Initialize superclasses
: QObject(pa),
// Initialize member variables - 2005-03-10 CR. Initializer lists can be faster and safer.
lineShadeVal(100),
fillShadeVal(100),
fillTransparencyVal(0.0),
lineTransparencyVal(0.0),
imageIsFlippedH(0),
imageIsFlippedV(0),
Locked(false),
LockRes(false),
textFlowsAroundFrameVal(false),
textFlowUsesBoundingBoxVal(false),
textFlowUsesContourLineVal(false)
{
QString tmp;
BackBox = 0;
NextBox = 0;
Xpos = x;
oldXpos = x;
Ypos = y;
oldYpos = y;
Width = w;
oldWidth = w;
Height = h;
oldHeight = h;
BoundingX = x;
BoundingY = y;
BoundingW = w;
BoundingH = h;
OldB = Width;
OldH = Height;
OldB2 = Width;
OldH2 = Height;
itemTypeVal = newType;
Rot = 0;
oldRot = 0;
Doc = pa;
fillColorVal = fill;
lineColorVal = itemTypeVal == PageItem::TextFrame ? fill : outline;
TxtFill = Doc->toolSettings.dPenText;
TxtStroke = Doc->toolSettings.dStrokeText;
ShTxtStroke = 100;
ShTxtFill = 100;
TxtScale = 1000;
TxtScaleV = 1000;
TxtShadowX = 50;
TxtShadowY = -50;
TxtOutline = 10;
TxTStyle = 0;
TxtBase = 0;
TxtUnderWidth = Doc->typographicSetttings.valueUnderlineWidth;
TxtUnderPos = Doc->typographicSetttings.valueUnderlinePos;
TxtStrikePos = Doc->typographicSetttings.valueStrikeThruPos;
TxtStrikeWidth = Doc->typographicSetttings.valueStrikeThruWidth;
GrType = 0;
GrStartX = 0;
GrStartY = 0;
GrEndX = w;
GrEndY = 0;
Pwidth = w2;
OldPwidth = w2;
PLineArt = PenStyle(Doc->toolSettings.dLineArt);
PLineEnd = FlatCap;
PLineJoin = MiterJoin;
Select = false;
FrameOnly = false;
ClipEdited = false;
FrameType = 0;
IFont = Doc->toolSettings.defFont;
ISize = Doc->toolSettings.defSize;
LineSpMode = 0;
LineSp = ((Doc->toolSettings.defSize / 10.0) * static_cast<double>(Doc->typographicSetttings.autoLineSpacing) / 100) + (Doc->toolSettings.defSize / 10.0);
Doc->docParagraphStyles[0].LineSpa = LineSp;
CurX = 0;
CurY = 0;
CPos = 0;
Extra = 1;
TExtra = 1;
BExtra = 1;
RExtra = 1;
ExtraV = 0;
itemText.clear();
itemText.setAutoDelete(true);
MaxChars = 0;
Pfile = "";
pixm = ScImage();
pixm.imgInfo.lowResType = Doc->toolSettings.lowResType;
Pfile2 = "";
Pfile3 = "";
LocalScX = 1;
LocalScY = 1;
OrigW = 0;
OrigH = 0;
LocalX = 0;
LocalY = 0;
BBoxX = 0;
BBoxH = 0;
RadRect = 0;
if ((itemTypeVal == TextFrame) || (itemTypeVal == ImageFrame))
// TODO: Frame should become a read-only calculated property
Frame = true;
else
Frame = false;
switch (itemTypeVal)
{
case Polygon:
Clip.setPoints(4, static_cast<int>(w/2), 0, static_cast<int>(w), static_cast<int>(h/2),
static_cast<int>(w/2), static_cast<int>(h), 0,static_cast<int>(h/2));
break;
default:
Clip.setPoints(4, 0,0, static_cast<int>(w),0, static_cast<int>(w), static_cast<int>(h), 0,static_cast<int>(h));
break;
}
PoLine.resize(0);
ContourLine.resize(0);
imageClip.resize(0);
Segments.clear();
PoShow = false;
BaseOffs = 0;
OwnPage = Doc->currentPage->PageNr;
oldOwnPage = OwnPage;
savedOwnPage = OwnPage;
PicArt = true;
PicAvail = false;
isPrintable = true;
isBookmark = false;
BMnr = 0;
isAnnotation = false;
AnType = 0;
AnActType = 0;
AnBwid = 1;
AnAction = "";
An_E_act = "";
An_X_act = "";
An_D_act = "";
An_Fo_act = "";
An_Bl_act = "";
An_K_act = "";
An_F_act = "";
An_V_act = "";
An_C_act = "";
An_Extern = "";
switch (itemTypeVal)
{
case ImageFrame:
AnName = tr("Image");
setUPixmap(Um::IImageFrame);
break;
case TextFrame:
AnName = tr("Text");
setUPixmap(Um::ITextFrame);
break;
case Line:
AnName = tr("Line");
setUPixmap(Um::ILine);
break;
case Polygon:
AnName = tr("Polygon");
setUPixmap(Um::IPolygon);
break;
case PolyLine:
AnName = tr("Polyline");
setUPixmap(Um::IPolyline);
break;
case PathText:
AnName = tr("PathText");
setUPixmap(Um::IPathText);
break;
default:
AnName = "Item";
break;
}
AnName += tmp.setNum(Doc->TotalItems); // +" "+QDateTime::currentDateTime().toString();
AutoName = true;
setUName(AnName);
Doc->TotalItems++;
AnToolTip = "";
AnRollOver = "";
AnDown = "";
AnBsty = 0;
AnFeed = 1;
AnFlag = 0;
AnZiel = 0;
AnVis = 0;
AnChkStil = 0;
AnFormat = 0;
AnFont = 4;
AnIsChk = false;
AnAAact = false;
AnHTML = false;
AnUseIcons = false;
AnIPlace = 1;
AnScaleW = 0;
AnMaxChar = -1;
AnBColor = outline;
HasSel = false;
Tinput = false;
isAutoText = false;
textAlignment = 0;
Redrawn = false;
isRaster = false;
Sizing = false;
toPixmap = false;
UseEmbedded = true;
EmProfile = "";
Groups.clear();
LayerNr = Doc->ActiveLayer;
ScaleType = true;
AspectRatio = true;
Reverse = false;
NamedLStyle = "";
DashValues.clear();
TabValues.clear();
DashOffset = 0;
fillRule = true;
fill_gradient = VGradient(VGradient::linear);
fill_gradient.clearStops();
if (fillColor() == "None")
fill_gradient.addStop(Doc->PageColors[Doc->toolSettings.dBrush].getRGBColor(), 0.0, 0.5, 1.0, Doc->toolSettings.dBrush, 100);
else
fill_gradient.addStop(Doc->PageColors[fillColor()].getRGBColor(), 0.0, 0.5, 1.0, fillColor(), 100);
if (lineColor() == "None")
fill_gradient.addStop(Doc->PageColors[Doc->toolSettings.dPen].getRGBColor(), 1.0, 0.5, 1.0, Doc->toolSettings.dPen, 100);
else
fill_gradient.addStop(Doc->PageColors[lineColor()].getRGBColor(), 1.0, 0.5, 1.0, lineColor(), 100);
Language = Doc->Language;
Cols = Doc->toolSettings.dCols;
ColGap = Doc->toolSettings.dGap;
LeftLink = 0;
RightLink = 0;
TopLink = 0;
BottomLink = 0;
LeftLinkID = 0;
RightLinkID = 0;
TopLinkID = 0;
BottomLinkID = 0;
LeftLine = 0;
RightLine = false;
TopLine = false;
BottomLine = false;
isTableItem = false;
isSingleSel = false;
Dirty = false;
ChangedMasterItem = false;
isEmbedded = false;
OnMasterPage = Doc->currentPage->PageNam;
startArrowIndex = Doc->toolSettings.dStartArrow;
endArrowIndex = Doc->toolSettings.dEndArrow;
undoManager = UndoManager::instance();
effectsInUse.clear();
//Page Item Attributes
pageItemAttributes.clear();
for(ObjAttrVector::Iterator objAttrIt = Doc->docItemAttributes.begin() ; objAttrIt != Doc->docItemAttributes.end(); ++objAttrIt )
{
if (((*objAttrIt).autoaddto=="textframes" && itemTypeVal==TextFrame) ||
((*objAttrIt).autoaddto=="imageframes" && itemTypeVal==ImageFrame)
)
pageItemAttributes.append(*objAttrIt);
}
}
/** Zeichnet das Item */
void PageItem::DrawObj(ScPainter *p, QRect e)
{
double sc;
if (!Doc->DoDrawing)
{
Redrawn = true;
Tinput = false;
FrameOnly = false;
return;
}
DrawObj_Pre(p, sc);
switch(itemType())
{
case ImageFrame:
DrawObj_ImageFrame(p, sc);
break;
case TextFrame:
DrawObj_TextFrame(p, e, sc);
break;
case Line:
DrawObj_Line(p);
break;
case Polygon:
DrawObj_Polygon(p);
break;
case PolyLine:
DrawObj_PolyLine(p);
break;
case PathText:
DrawObj_PathText(p, sc);
break;
default:
break;
}
DrawObj_Post(p);
}
void PageItem::DrawObj_Pre(ScPainter *p, double &sc)
{
sc = ScApp->view->getScale();
p->save();
if (!isEmbedded)
{
p->setZoomFactor(sc);
p->translate(Xpos*sc, Ypos*sc);
p->rotate(Rot);
}
p->setLineWidth(Pwidth);
if (GrType != 0)
{
p->setFillMode(ScPainter::Gradient);
p->fill_gradient = fill_gradient;
QWMatrix grm;
grm.rotate(Rot);
FPointArray gra;
switch (GrType)
{
case 1:
case 2:
case 3:
case 4:
case 6:
gra.setPoints(2, GrStartX, GrStartY, GrEndX, GrEndY);
gra.map(grm);
p->setGradient(VGradient::linear, gra.point(0), gra.point(1));
break;
case 5:
case 7:
gra.setPoints(2, GrStartX, GrStartY, GrEndX, GrEndY);
p->setGradient(VGradient::radial, gra.point(0), gra.point(1), gra.point(0));
break;
}
}
else
{
p->fill_gradient = VGradient(VGradient::linear);
if (fillColor() != "None")
{
QColor tmp;
SetFarbe(&tmp, fillColor(), fillShade());
p->setBrush(tmp);
p->setFillMode(ScPainter::Solid);
}
else
p->setFillMode(ScPainter::None);
}
if (lineColor() != "None")
{
QColor tmp;
SetFarbe(&tmp, lineColor(), lineShade());
if ((Pwidth == 0) && (itemType() != Line))
p->setLineWidth(0);
else
{
p->setPen(tmp, Pwidth, PLineArt, PLineEnd, PLineJoin);
if (DashValues.count() != 0)
p->setDash(DashValues, DashOffset);
}
}
else
p->setLineWidth(0);
p->setBrushOpacity(1.0 - fillTransparency());
p->setPenOpacity(1.0 - lineTransparency());
}
void PageItem::DrawObj_Post(ScPainter *p)
{
bool doStroke=true;
if ((itemType()==PathText && !PoShow) || itemType()==PolyLine || itemType()==Line)
doStroke=false;
if ((doStroke) && (!Doc->RePos))
{
if (lineColor() != "None")
{
QColor tmp;
SetFarbe(&tmp, lineColor(), lineShade());
p->setPen(tmp, Pwidth, PLineArt, PLineEnd, PLineJoin);
if (DashValues.count() != 0)
p->setDash(DashValues, DashOffset);
}
else
p->setLineWidth(0);
if (!isTableItem)
{
p->setupPolygon(&PoLine);
if (NamedLStyle == "")
p->strokePath();
else
{
multiLine ml = Doc->MLineStyles[NamedLStyle];
QColor tmp;
for (int it = ml.size()-1; it > -1; it--)
{
SetFarbe(&tmp, ml[it].Color, ml[it].Shade);
p->setPen(tmp, ml[it].Width,
static_cast<PenStyle>(ml[it].Dash),
static_cast<PenCapStyle>(ml[it].LineEnd),
static_cast<PenJoinStyle>(ml[it].LineJoin));
p->strokePath();
}
}
}
}
if ((!isEmbedded) && (!Doc->RePos))
{
double scpInv = 1.0 / (QMAX(ScApp->view->getScale(), 1));
if ((Frame) && (Doc->guidesSettings.framesShown) && ((itemType() == ImageFrame) || (itemType() == TextFrame)))
{
p->setPen(black, scpInv, DotLine, FlatCap, MiterJoin);
if ((isBookmark) || (isAnnotation))
p->setPen(blue, scpInv, DotLine, FlatCap, MiterJoin);
if ((BackBox != 0) || (NextBox != 0))
p->setPen(red, scpInv, SolidLine, FlatCap, MiterJoin);
if (Locked)
p->setPen(darkRed, scpInv, SolidLine, FlatCap, MiterJoin);
p->setFillMode(0);
p->setupPolygon(&PoLine);
p->strokePath();
}
if ((Doc->guidesSettings.framesShown) && textFlowUsesContourLine() && (ContourLine.size() != 0))
{
p->setPen(lightGray, scpInv, DotLine, FlatCap, MiterJoin);
p->setupPolygon(&ContourLine);
p->strokePath();
}
}
Tinput = false;
FrameOnly = false;
p->restore();
}
void PageItem::DrawObj_Embedded(ScPainter *p, QRect e, struct ZZ *hl)
{
if (hl->embedded != 0)
{
if (!Doc->DoDrawing)
{
hl->embedded->Redrawn = true;
hl->embedded->Tinput = false;
hl->embedded->FrameOnly = false;
return;
}
struct ParagraphStyle vg;
QValueList<ParagraphStyle> savedParagraphStyles;
for (int xxx=0; xxx<5; ++xxx)
{
vg.LineSpaMode = Doc->docParagraphStyles[xxx].LineSpaMode;
vg.BaseAdj = Doc->docParagraphStyles[xxx].BaseAdj;
vg.LineSpa = Doc->docParagraphStyles[xxx].LineSpa;
vg.FontSize = Doc->docParagraphStyles[xxx].FontSize;
vg.Indent = Doc->docParagraphStyles[xxx].Indent;
vg.First = Doc->docParagraphStyles[xxx].First;
vg.gapBefore = Doc->docParagraphStyles[xxx].gapBefore;
vg.gapAfter = Doc->docParagraphStyles[xxx].gapAfter;
savedParagraphStyles.append(vg);
}
p->save();
hl->embedded->Xpos = Xpos + hl->xco;
hl->embedded->Ypos = Ypos + (hl->yco - (hl->embedded->Height * (hl->scalev / 1000.0)));
p->translate(hl->xco * p->zoomFactor(), (hl->yco - (hl->embedded->Height * (hl->scalev / 1000.0))) * p->zoomFactor());
if (hl->base != 0)
{
p->translate(0, -hl->embedded->Height * (hl->base / 1000.0) * p->zoomFactor());
hl->embedded->Ypos -= hl->embedded->Height * (hl->base / 1000.0);
}
p->scale(hl->scale / 1000.0, hl->scalev / 1000.0);
hl->embedded->Dirty = Dirty;
double sc;
double pws = hl->embedded->Pwidth;
hl->embedded->DrawObj_Pre(p, sc);
switch(hl->embedded->itemType())
{
case ImageFrame:
hl->embedded->DrawObj_ImageFrame(p, sc);
break;
case TextFrame:
hl->embedded->DrawObj_TextFrame(p, e, sc);
break;
case Line:
hl->embedded->Pwidth = pws * QMIN(hl->scale / 1000.0, hl->scalev / 1000.0);
hl->embedded->DrawObj_Line(p);
break;
case Polygon:
hl->embedded->DrawObj_Polygon(p);
break;
case PolyLine:
hl->embedded->Pwidth = pws * QMIN(hl->scale / 1000.0, hl->scalev / 1000.0);
hl->embedded->DrawObj_PolyLine(p);
break;
case PathText:
hl->embedded->DrawObj_PathText(p, sc);
break;
default:
break;
}
hl->embedded->Pwidth = pws * QMIN(hl->scale / 1000.0, hl->scalev / 1000.0);
hl->embedded->DrawObj_Post(p);
p->restore();
hl->embedded->Pwidth = pws;
for (int xxx=0; xxx<5; ++xxx)
{
Doc->docParagraphStyles[xxx].LineSpaMode = savedParagraphStyles[xxx].LineSpaMode;
Doc->docParagraphStyles[xxx].BaseAdj = savedParagraphStyles[xxx].BaseAdj;
Doc->docParagraphStyles[xxx].LineSpa = savedParagraphStyles[xxx].LineSpa;
Doc->docParagraphStyles[xxx].FontSize = savedParagraphStyles[xxx].FontSize;
Doc->docParagraphStyles[xxx].Indent = savedParagraphStyles[xxx].Indent;
Doc->docParagraphStyles[xxx].First = savedParagraphStyles[xxx].First;
Doc->docParagraphStyles[xxx].gapBefore = savedParagraphStyles[xxx].gapBefore;
Doc->docParagraphStyles[xxx].gapAfter = savedParagraphStyles[xxx].gapAfter;
}
savedParagraphStyles.clear();
}
}
/** Zeichnet das Item */
void PageItem::DrawObj_ImageFrame(ScPainter *p, double sc)
{
if(!Doc->RePos)
{
if ((fillColor() != "None") || (GrType != 0))
{
p->setupPolygon(&PoLine);
p->fillPath();
}
if (Pfile == "")
{
if ((Frame) && (Doc->guidesSettings.framesShown))
{
p->setPen(black, 1, SolidLine, FlatCap, MiterJoin);
p->drawLine(FPoint(0, 0), FPoint(Width, Height));
p->drawLine(FPoint(0, Height), FPoint(Width, 0));
}
}
else
{
if ((!PicArt) || (!PicAvail))
{
if ((Frame) && (Doc->guidesSettings.framesShown))
{
p->setPen(red, 1, SolidLine, FlatCap, MiterJoin);
p->drawLine(FPoint(0, 0), FPoint(Width, Height));
p->drawLine(FPoint(0, Height), FPoint(Width, 0));
}
}
else
{
if (imageClip.size() != 0)
p->setupPolygon(&imageClip);
else
p->setupPolygon(&PoLine);
p->setClipPath();
p->save();
if (imageFlippedH())
{
p->translate(Width * sc, 0);
p->scale(-1, 1);
}
if (imageFlippedV())
{
p->translate(0, Height * sc);
p->scale(1, -1);
}
p->translate(LocalX*LocalScX*sc, LocalY*LocalScY*sc);
p->scale(LocalScX, LocalScY);
if (pixm.imgInfo.lowResType != 0)
p->scale(pixm.imgInfo.lowResScale, pixm.imgInfo.lowResScale);
p->drawImage(&pixm);
p->restore();
}
}
}
}
/** Zeichnet das Item */
void PageItem::DrawObj_TextFrame(ScPainter *p, QRect e, double sc)
{
switch (itemType())
{
case TextFrame:
{
QPainter pp, pf2;
PageItem *nextItem;
QPoint pt1, pt2;
FPoint ColBound;
QRegion cm;
uint a, nrc, nrc2, startLin;
int absa, aSpa, chs, chsd, CurrCol;
uint BuPos, LastSP, MaxText;
double oldCurY, LastXp, EndX, OFs, OFs2, wide, lineCorr, ColWidth, kernVal, RTabX;
QString chx, chx2, chx3;
struct ScText *hl;
struct ZZ *Zli;
struct ZZ *Zli2;
bool outs = false;
bool fBorder = false;
bool RTab = false;
bool goNoRoom = false;
bool goNextColumn = false;
uint StartRT, StartRT2;
int TabCode = 0;
int HyphenCount = 0;
QValueList<TabRecord> tTabValues;
bool DropCmode = false;
bool AbsHasDrop = false;
double desc, asce, maxDY, firstDes, desc2, maxDX, tabDist;
int DropLines;
bool StartOfCol = true;
tTabValues.clear();
for (int xxx=0; xxx<5; ++xxx)
{
Doc->docParagraphStyles[xxx].LineSpaMode = LineSpMode;
if (LineSpMode == 2)
Doc->docParagraphStyles[xxx].BaseAdj = true;
else
Doc->docParagraphStyles[xxx].BaseAdj = false;
Doc->docParagraphStyles[xxx].LineSpa = LineSp;
Doc->docParagraphStyles[xxx].FontSize = ISize;
Doc->docParagraphStyles[xxx].Indent = 0;
Doc->docParagraphStyles[xxx].First = 0;
Doc->docParagraphStyles[xxx].gapBefore = 0;
Doc->docParagraphStyles[xxx].gapAfter = 0;
Doc->docParagraphStyles[xxx].textAlignment = xxx;
}
QPtrList<ZZ> LiList;
LiList.setAutoDelete(true);
QRect e2 = QRect(qRound(e.x() / sc), qRound(e.y() / sc), qRound(e.width() / sc), qRound(e.height() / sc));
p->save();
pf2.begin(ScApp->view->viewport());
pf2.translate(Xpos, Ypos);
pf2.rotate(Rot);
if ((fillColor() != "None") || (GrType != 0))
{
p->setupPolygon(&PoLine);
p->fillPath();
}
if (lineColor() != "None")
lineCorr = Pwidth / 2.0;
else
lineCorr = 0;
if ((isAnnotation) && (AnType == 2) && (Pfile != "") && (PicAvail) && (PicArt) && (AnUseIcons))
{
p->setupPolygon(&PoLine);
p->setClipPath();
p->save();
p->scale(LocalScX, LocalScY);
p->translate(static_cast<int>(LocalX*LocalScX), static_cast<int>(LocalY*LocalScY));
if (!pixm.isNull())
p->drawImage(&pixm);
p->restore();
}
if ((itemText.count() != 0) && (Dirty))
{
if (imageFlippedH())
{
p->translate(Width * sc, 0);
p->scale(-1, 1);
}
if (imageFlippedV())
{
p->translate(0, Height * sc);
p->scale(1, -1);
}
struct ZZ Zli3;
CurrCol = 0;
ColWidth = (Width - (ColGap * (Cols - 1)) - Extra - RExtra - 2*lineCorr) / Cols;
ColBound = FPoint((ColWidth + ColGap) * CurrCol+Extra + lineCorr, ColWidth * (CurrCol+1) + ColGap * CurrCol + Extra+lineCorr);
ColBound = FPoint(ColBound.x(), ColBound.y()+RExtra+lineCorr);
tabDist = ColBound.x();
uint tabCc = 0;
for (a = 0; a < itemText.count(); ++a)
{
if (a >= MaxChars)
break;
hl = itemText.at(a);
if (hl->cab < 5)
tTabValues = TabValues;
else
tTabValues = Doc->docParagraphStyles[hl->cab].TabValues;
if (hl->cstyle & 16384)
tabCc = 0;
chx = hl->ch;
if (hl->yp == 0)
continue;
if (hl->ch == QChar(30))
chx = ExpandToken(a);
if (hl->ccolor != "None")
{
QColor tmp;
SetFarbe(&tmp, hl->ccolor, hl->cshade);
p->setBrush(tmp);
}
if (hl->cstroke != "None")
{
QColor tmp;
SetFarbe(&tmp, hl->cstroke, hl->cshade2);
p->setPen(tmp, 1, SolidLine, FlatCap, MiterJoin);
}
chs = hl->csize;
if (hl->cstyle & 2048)
{
if (Doc->docParagraphStyles[hl->cab].BaseAdj)
chs = qRound(10 * ((Doc->typographicSetttings.valueBaseGrid * (Doc->docParagraphStyles[hl->cab].DropLin-1)+(hl->cfont->numAscent * (Doc->docParagraphStyles[hl->cab].FontSize / 10.0))) / (RealCHeight(Doc, hl->cfont, chx, 10))));
else
{
if (Doc->docParagraphStyles[hl->cab].LineSpaMode == 0)
chs = qRound(10 * ((Doc->docParagraphStyles[hl->cab].LineSpa * (Doc->docParagraphStyles[hl->cab].DropLin-1)+(hl->cfont->numAscent * (Doc->docParagraphStyles[hl->cab].FontSize / 10.0))) / (RealCHeight(Doc, hl->cfont, chx, 10))));
else
{
double currasce = RealFHeight(Doc, hl->cfont, Doc->docParagraphStyles[hl->cab].FontSize);
chs = qRound(10 * ((currasce * (Doc->docParagraphStyles[hl->cab].DropLin-1)+(hl->cfont->numAscent * (Doc->docParagraphStyles[hl->cab].FontSize / 10.0))) / RealCHeight(Doc, hl->cfont, chx, 10)));
}
}
}
oldCurY = SetZeichAttr(hl, &chs, &chx);
if ((chx == QChar(9)) && (tTabValues.count() != 0) && (tabCc < tTabValues.count()) && (!tTabValues[tabCc].tabFillChar.isNull()))
{
double wt = Cwidth(Doc, hl->cfont, QString(tTabValues[tabCc].tabFillChar), chs);
int coun = static_cast<int>((hl->xp - tabDist) / wt);
double sPos = hl->xp - (hl->xp - tabDist) + 1;
desc = hl->cfont->numDescender * (-chs / 10.0);
asce = hl->cfont->numAscent * (chs / 10.0);
Zli3.Zeich = QString(tTabValues[tabCc].tabFillChar);
Zli3.Farb = hl->ccolor;
Zli3.Farb2 = hl->cstroke;
Zli3.shade = hl->cshade;
Zli3.shade2 = hl->cshade2;
Zli3.yco = hl->yp;
Zli3.Sele = hl->cselect;
Zli3.Siz = chs;
Zli3.realSiz = hl->csize;
Zli3.Style = hl->cstyle;
Zli3.ZFo = hl->cfont;
Zli3.wide = wt;
Zli3.kern = 0;
Zli3.scale = 1000;
Zli3.scalev = 1000;
Zli3.shadowX = hl->cshadowx;
Zli3.shadowY = hl->cshadowy;
Zli3.outline = hl->coutline;
Zli3.base = hl->cbase;
Zli3.underpos = hl->cunderpos;
Zli3.underwidth = hl->cunderwidth;
Zli3.strikepos = hl->cstrikepos;
Zli3.strikewidth = hl->cstrikewidth;
for (int cx = 0; cx < coun; ++cx)
{
Zli3.xco = sPos + wt * cx;
if (e2.intersects(pf2.xForm(QRect(qRound(Zli3.xco),qRound(Zli3.yco-asce), qRound(Zli3.wide+1), qRound(asce+desc)))))
DrawZeichenS(p, &Zli3);
}
}
if (chx == QChar(9))
tabCc++;
Zli3.Zeich = chx;
Zli3.Farb = hl->ccolor;
Zli3.Farb2 = hl->cstroke;
Zli3.shade = hl->cshade;
Zli3.shade2 = hl->cshade2;
Zli3.xco = hl->xp;
Zli3.yco = hl->yp;
Zli3.Sele = hl->cselect;
Zli3.Siz = chs;
Zli3.realSiz = hl->csize;
Zli3.Style = hl->cstyle;
Zli3.ZFo = hl->cfont;
if ((hl->ch == QChar(25)) && (hl->cembedded != 0))
Zli3.wide = (hl->cembedded->Width + hl->cembedded->Pwidth) * (hl->cscale / 1000.0);
else
Zli3.wide = Cwidth(Doc, hl->cfont, chx, hl->csize) * (hl->cscale / 1000.0);
if (hl->cstyle & 16384)
Zli3.kern = 0;
else
Zli3.kern = chs * hl->cextra / 10000.0;
Zli3.scale = hl->cscale;
Zli3.scalev = hl->cscalev;
Zli3.base = hl->cbase;
Zli3.shadowX = hl->cshadowx;
Zli3.shadowY = hl->cshadowy;
Zli3.outline = hl->coutline;
Zli3.underpos = hl->cunderpos;
Zli3.underwidth = hl->cunderwidth;
Zli3.strikepos = hl->cstrikepos;
Zli3.strikewidth = hl->cstrikewidth;
Zli3.embedded = hl->cembedded;
if (!Doc->RePos)
{
desc = Zli3.ZFo->numDescender * (-Zli3.Siz / 10.0);
asce = Zli3.ZFo->numAscent * (Zli3.Siz / 10.0);
if (((chx == QChar(13)) || (chx == QChar(28))) && (Doc->guidesSettings.showControls))
{
if (e2.intersects(pf2.xForm(QRect(qRound(Zli3.xco+Zli3.wide),qRound(Zli3.yco-asce), qRound(Zli3.wide+1), qRound(asce+desc)))))
{
FPointArray points;
QWMatrix chma, chma2, chma4, chma5;
double ytrans, xtrans;
if (chx == QChar(13))
{
points = Doc->symReturn.copy();
if (a > 0)
ytrans = itemText.at(a-1)->yp-((Zli3.Siz / 10.0) * 0.8);
else
ytrans = Zli3.yco-Doc->docParagraphStyles[hl->cab].LineSpa-((Zli3.Siz / 10.0) * 0.8);
}
else
{
points = Doc->symNewLine.copy();
if (a > 0)
ytrans = itemText.at(a-1)->yp-((Zli3.Siz / 10.0) * 0.4);
else
ytrans = Zli3.yco-Doc->docParagraphStyles[hl->cab].LineSpa-((Zli3.Siz / 10.0) * 0.4);
}
if (hl->cstyle & 16384)
xtrans = Zli3.xco;
else
{
if (a > 0)
xtrans = itemText.at(a-1)->xp+ Cwidth(Doc, itemText.at(a-1)->cfont, itemText.at(a-1)->ch, itemText.at(a-1)->csize);
else
xtrans = Zli3.xco;
}
chma4.translate(xtrans, ytrans);
chma.scale(Zli3.Siz / 100.0, Zli3.Siz / 100.0);
chma2.scale(Zli3.scale / 1000.0, Zli3.scalev / 1000.0);
chma5.scale(p->zoomFactor(), p->zoomFactor());
points.map(chma * chma2 * chma4 * chma5);
p->setupTextPolygon(&points);
p->setFillMode(1);
p->fillPath();
}
}
if (e2.intersects(pf2.xForm(QRect(qRound(Zli3.xco),qRound(Zli3.yco-asce), qRound(Zli3.wide+1), qRound(asce+desc)))))
{
if (Zli3.Zeich == QChar(25))
DrawObj_Embedded(p, e, &Zli3);
else
DrawZeichenS(p, &Zli3);
}
if (hl->cstyle & 8192)
{
Zli3.Zeich = "-";
Zli3.xco = Zli3.xco + Zli3.wide;
if (e2.intersects(pf2.xForm(QRect(qRound(Zli3.xco),qRound(Zli3.yco-asce), qRound(Zli3.wide+1), qRound(asce+desc)))))
DrawZeichenS(p, &Zli3);
}
}
tabDist = Zli3.xco+Zli3.wide;
}
if (itemText.count() > MaxChars)
{
if (!Doc->RePos)
{
double scp1 = 1 / QMAX(ScApp->view->getScale(), 1);
double scp16 = 16 * scp1;
double scp14 = 14 * scp1;
double scp3 = 3 * scp1;
double scpwidth16 = Width - scp16;
double scpheight16 = Height - scp16;
double scpwidth3 = Width - scp3;
double scpheight3 = Height - scp3;
p->setBrush(white);
p->setPen(black, scp1, SolidLine, FlatCap, MiterJoin);
p->drawRect(scpwidth16, scpheight16, scp14, scp14);
p->drawLine(FPoint(scpwidth16, scpheight16), FPoint(scpwidth3, scpheight3));
p->drawLine(FPoint(scpwidth16, scpheight3), FPoint(scpwidth3, scpheight16));
}
}
Dirty = false;
Redrawn = true;
pf2.end();
p->restore();
break;
}
if ((itemText.count() != 0) || (NextBox != 0))
{
if (NextBox != 0)
{
nextItem = NextBox;
while (nextItem != 0)
{
a = nextItem->itemText.count();
for (uint s=0; s<a; ++s)
{
itemText.append(nextItem->itemText.take(0));
}
nextItem->MaxChars = 0;
nextItem = nextItem->NextBox;
}
nextItem = NextBox;
}
Doc->docParagraphStyles[0].LineSpa = LineSp;
QRegion cl = QRegion(pf2.xForm(Clip));
int LayerLev = Layer2Level(Doc, LayerNr);
if (!isEmbedded)
{
if (OnMasterPage != "")
{
Page* Mp = Doc->MasterPages.at(Doc->MasterNames[OnMasterPage]);
Page* Dp = Doc->Pages.at(savedOwnPage);
for (a = 0; a < Doc->MasterItems.count(); ++a)
{
PageItem* docItem = Doc->MasterItems.at(a);
int LayerLevItem = Layer2Level(Doc, docItem->LayerNr);
if (((docItem->ItemNr > ItemNr) && (docItem->LayerNr == LayerNr)) || (LayerLevItem > LayerLev))
{
if (docItem->textFlowsAroundFrame())
{
pp.begin(ScApp->view->viewport());
pp.translate(docItem->Xpos - Mp->Xoffset + Dp->Xoffset, docItem->Ypos - Mp->Yoffset + Dp->Yoffset);
pp.rotate(docItem->Rot);
if (docItem->textFlowUsesBoundingBox())
{
QPointArray tcli;
tcli.resize(4);
tcli.setPoint(0, QPoint(0,0));
tcli.setPoint(1, QPoint(qRound(docItem->Width), 0));
tcli.setPoint(2, QPoint(qRound(docItem->Width), qRound(docItem->Height)));
tcli.setPoint(3, QPoint(0, qRound(docItem->Height)));
cm = QRegion(pp.xForm(tcli));
}
else
{
if ((docItem->textFlowUsesContourLine()) && (docItem->ContourLine.size() != 0))
{
QValueList<uint> Segs;
QPointArray Clip2 = FlattenPath(docItem->ContourLine, Segs);
cm = QRegion(pp.xForm(Clip2));
}
else
cm = QRegion(pp.xForm(docItem->Clip));
}
pp.end();
cl = cl.subtract(cm);
}
}
}
for (a = 0; a < Doc->Items.count(); ++a)
{
PageItem* docItem = Doc->Items.at(a);
if (docItem->textFlowsAroundFrame())
{
pp.begin(ScApp->view->viewport());
pp.translate(docItem->Xpos, docItem->Ypos);
pp.rotate(docItem->Rot);
if (docItem->textFlowUsesBoundingBox())
{
QPointArray tcli;
tcli.resize(4);
tcli.setPoint(0, QPoint(0,0));
tcli.setPoint(1, QPoint(qRound(docItem->Width), 0));
tcli.setPoint(2, QPoint(qRound(docItem->Width), qRound(docItem->Height)));
tcli.setPoint(3, QPoint(0, qRound(docItem->Height)));
cm = QRegion(pp.xForm(tcli));
}
else
{
if ((docItem->textFlowUsesContourLine()) && (docItem->ContourLine.size() != 0))
{
QValueList<uint> Segs;
QPointArray Clip2 = FlattenPath(docItem->ContourLine, Segs);
cm = QRegion(pp.xForm(Clip2));
}
else
cm = QRegion(pp.xForm(docItem->Clip));
}
pp.end();
cl = cl.subtract(cm);
}
}
}
for (a = 0; a < Doc->Items.count(); ++a)
{
PageItem* docItem = Doc->Items.at(a);
int LayerLevItem = Layer2Level(Doc, docItem->LayerNr);
if (((docItem->ItemNr > ItemNr) && (docItem->LayerNr == LayerNr)) || (LayerLevItem > LayerLev))
{
if (docItem->textFlowsAroundFrame())
{
pp.begin(ScApp->view->viewport());
pp.translate(docItem->Xpos, docItem->Ypos);
pp.rotate(docItem->Rot);
if (docItem->textFlowUsesBoundingBox())
{
QPointArray tcli;
tcli.resize(4);
tcli.setPoint(0, QPoint(0,0));
tcli.setPoint(1, QPoint(qRound(docItem->Width), 0));
tcli.setPoint(2, QPoint(qRound(docItem->Width), qRound(docItem->Height)));
tcli.setPoint(3, QPoint(0, qRound(docItem->Height)));
cm = QRegion(pp.xForm(tcli));
}
else
{
if ((docItem->textFlowUsesContourLine()) && (docItem->ContourLine.size() != 0))
{
QValueList<uint> Segs;
QPointArray Clip2 = FlattenPath(docItem->ContourLine, Segs);
cm = QRegion(pp.xForm(Clip2));
}
else
cm = QRegion(pp.xForm(docItem->Clip));
}
pp.end();
cl = cl.subtract(cm);
}
}
}
}
if (imageFlippedH())
{
p->translate(Width * sc, 0);
p->scale(-1, 1);
pf2.translate(Width, 0);
pf2.scale(-1, 1);
}
if (imageFlippedV())
{
p->translate(0, Height * sc);
p->scale(1, -1);
pf2.translate(0, Height);
pf2.scale(1, -1);
}
CurrCol = 0;
ColWidth = (Width - (ColGap * (Cols - 1)) - Extra - RExtra - 2*lineCorr) / Cols;
ColBound = FPoint((ColWidth + ColGap) * CurrCol+Extra + lineCorr, ColWidth * (CurrCol+1) + ColGap * CurrCol + Extra+lineCorr);
ColBound = FPoint(ColBound.x(), ColBound.y()+RExtra+lineCorr);
CurX = ColBound.x();
if (itemText.count() > 0)
{
hl = itemText.at(0);
if (Doc->docParagraphStyles[hl->cab].Drop)
{
if (Doc->docParagraphStyles[hl->cab].BaseAdj)
chs = qRound(Doc->typographicSetttings.valueBaseGrid * Doc->docParagraphStyles[hl->cab].DropLin * 10);
else
chs = qRound(Doc->docParagraphStyles[hl->cab].LineSpa * Doc->docParagraphStyles[hl->cab].DropLin * 10);
}
else
chs = hl->csize;
desc2 = -hl->cfont->numDescender * (chs / 10.0);
CurY = TExtra+lineCorr;
}
else
{
desc2 = -(*Doc->AllFonts)[IFont]->numDescender * (ISize / 10.0);
CurY = Doc->docParagraphStyles[0].LineSpa+TExtra+lineCorr-desc2;
}
firstDes = desc2;
LiList.clear();
BuPos = 0;
LastSP = 0;
LastXp = 0;
outs = false;
OFs = 0;
OFs2 = 0;
aSpa = 0;
absa = 0;
MaxChars = 0;
tabDist = 0;
MaxText = itemText.count();
StartOfCol = true;
for (a = 0; a < MaxText; ++a)
{
hl = itemText.at(a);
chx = hl->ch;
if (hl->ch == QChar(30))
chx = ExpandToken(a);
absa = hl->cab;
if (Doc->docParagraphStyles[absa].LineSpaMode == 1)
Doc->docParagraphStyles[absa].LineSpa = RealFHeight(Doc, hl->cfont, hl->csize);
if (a == 0)
{
if (BackBox != 0)
{
nextItem = BackBox;
while (nextItem != 0)
{
if (nextItem->itemText.count() != 0)
{
if (nextItem->itemText.at(nextItem->itemText.count()-1)->ch == QChar(13))
{
CurY += Doc->docParagraphStyles[absa].gapBefore;
if (chx != QChar(13))
DropCmode = Doc->docParagraphStyles[absa].Drop;
else
DropCmode = false;
if (DropCmode)
DropLines = Doc->docParagraphStyles[absa].DropLin;
break;
}
else
break;
}
nextItem = nextItem->BackBox;
}
}
else
{
if (chx != QChar(13))
DropCmode = Doc->docParagraphStyles[absa].Drop;
else
DropCmode = false;
CurY += Doc->docParagraphStyles[absa].gapBefore;
if (DropCmode)
DropLines = Doc->docParagraphStyles[absa].DropLin;
}
}
hl->cstyle &= 0xF7FF; // 2047;
hl->cstyle &= 8191;
if (((Doc->docParagraphStyles[absa].textAlignment == 3) || (Doc->docParagraphStyles[absa].textAlignment == 4)) && (LiList.count() == 0) && (hl->ch == " "))
{
hl->cstyle |= 4096;
continue;
}
else
hl->cstyle &= 0xEFFF; // 4095;
if (LiList.count() == 0)
{
if (((a > 0) && (itemText.at(a-1)->ch == QChar(13))) || ((a == 0) && (BackBox == 0)))
{
CurY += Doc->docParagraphStyles[absa].gapBefore;
if (chx != QChar(13))
DropCmode = Doc->docParagraphStyles[absa].Drop;
else
DropCmode = false;
if (DropCmode)
{
DropLines = Doc->docParagraphStyles[absa].DropLin;
if (Doc->docParagraphStyles[hl->cab].BaseAdj)
CurY += Doc->typographicSetttings.valueBaseGrid * (DropLines-1);
else
{
if (Doc->docParagraphStyles[absa].LineSpaMode == 0)
CurY += Doc->docParagraphStyles[absa].LineSpa * (DropLines-1);
else
CurY += RealFHeight(Doc, hl->cfont, Doc->docParagraphStyles[absa].FontSize) * (DropLines-1);
}
}
}
}
if (DropCmode)
{
if (Doc->docParagraphStyles[hl->cab].BaseAdj)
{
chsd = qRound(10 * ((Doc->typographicSetttings.valueBaseGrid * (DropLines-1)+(hl->cfont->numAscent * (Doc->docParagraphStyles[hl->cab].FontSize / 10.0))) / (RealCHeight(Doc, hl->cfont, chx, 10))));
chs = qRound(10 * ((Doc->typographicSetttings.valueBaseGrid * (DropLines-1)+(hl->cfont->numAscent * (Doc->docParagraphStyles[hl->cab].FontSize / 10.0))) / RealCAscent(Doc, hl->cfont, chx, 10)));
}
else
{
if (Doc->docParagraphStyles[absa].LineSpaMode == 0)
{
chsd = qRound(10 * ((Doc->docParagraphStyles[absa].LineSpa * (DropLines-1)+(hl->cfont->numAscent * (Doc->docParagraphStyles[hl->cab].FontSize / 10.0))) / (RealCHeight(Doc, hl->cfont, chx, 10))));
chs = qRound(10 * ((Doc->docParagraphStyles[absa].LineSpa * (DropLines-1)+(hl->cfont->numAscent * (Doc->docParagraphStyles[hl->cab].FontSize / 10.0))) / RealCAscent(Doc, hl->cfont, chx, 10)));
}
else
{
double currasce = RealFHeight(Doc, hl->cfont, Doc->docParagraphStyles[hl->cab].FontSize);
chsd = qRound(10 * ((currasce * (DropLines-1)+(hl->cfont->numAscent * (Doc->docParagraphStyles[hl->cab].FontSize / 10.0))) / (RealCHeight(Doc, hl->cfont, chx, 10))));
chs = qRound(10 * ((currasce * (DropLines-1)+(hl->cfont->numAscent * (Doc->docParagraphStyles[hl->cab].FontSize / 10.0))) / RealCAscent(Doc, hl->cfont, chx, 10)));
}
}
hl->cstyle |= 2048;
}
else
{
if ((hl->ch == QChar(25)) && (hl->cembedded != 0))
chs = qRound((hl->cembedded->Height + hl->cembedded->Pwidth) * 10);
else
chs = hl->csize;
}
oldCurY = SetZeichAttr(hl, &chs, &chx);
if (chx == QChar(29))
chx2 = " ";
else if (chx == QChar(24))
chx2 = "-";
else
chx2 = chx;
if ((hl->ch == QChar(25)) && (hl->cembedded != 0))
wide = hl->cembedded->Width + hl->cembedded->Pwidth;
else
{
if (a < MaxText-1)
{
if (itemText.at(a+1)->ch == QChar(29))
chx3 = " ";
else if (itemText.at(a+1)->ch == QChar(24))
chx3 = "-";
else
chx3 = itemText.at(a+1)->ch;
wide = Cwidth(Doc, hl->cfont, chx2, chs, chx3);
}
else
wide = Cwidth(Doc, hl->cfont, chx2, chs);
}
if (DropCmode)
{
if ((hl->ch == QChar(25)) && (hl->cembedded != 0))
{
wide = hl->cembedded->Width + hl->cembedded->Pwidth;
if (Doc->docParagraphStyles[hl->cab].BaseAdj)
asce = Doc->typographicSetttings.valueBaseGrid * DropLines;
else
{
if (Doc->docParagraphStyles[absa].LineSpaMode == 0)
asce = Doc->docParagraphStyles[absa].LineSpa * DropLines;
else
asce = RealFHeight(Doc, hl->cfont, Doc->docParagraphStyles[absa].FontSize) * DropLines;
}
hl->cscalev = qRound(asce / (hl->cembedded->Height + hl->cembedded->Pwidth) * 1000.0);
hl->cscale = hl->cscalev;
}
else
{
wide = RealCWidth(Doc, hl->cfont, chx2, chsd);
asce = RealCHeight(Doc, hl->cfont, chx2, chsd);
}
desc2 = 0;
desc = 0;
}
else
{
if ((hl->ch == QChar(25)) && (hl->cembedded != 0))
{
asce = hl->cfont->numAscent * (hl->csize / 10.0);
desc2 = 0;
desc = 0;
}
else
{
desc2 = -hl->cfont->numDescender * (hl->csize / 10.0);
desc = -hl->cfont->numDescender * (hl->csize / 10.0);
asce = hl->cfont->numAscent * (hl->csize / 10.0);
}
}
wide = wide * (hl->cscale / 1000.0);
fBorder = false;
if (CurY+BExtra+lineCorr > Height)
{
StartOfCol = true;
CurrCol++;
if (CurrCol < Cols)
{
ColWidth = (Width - (ColGap * (Cols - 1)) - Extra - RExtra - 2*lineCorr) / Cols;
ColBound = FPoint((ColWidth + ColGap) * CurrCol + Extra+lineCorr, ColWidth * (CurrCol+1) + ColGap * CurrCol + Extra+lineCorr);
CurX = ColBound.x();
ColBound = FPoint(ColBound.x(), ColBound.y()+RExtra+lineCorr);
CurY = asce+TExtra+lineCorr+1;
if (((a > 0) && (itemText.at(a-1)->ch == QChar(13))) || ((a == 0) && (BackBox == 0)))
{
if (chx != QChar(13))
DropCmode = Doc->docParagraphStyles[hl->cab].Drop;
else
DropCmode = false;
if (DropCmode)
{
if (Doc->docParagraphStyles[hl->cab].BaseAdj)
desc2 = -hl->cfont->numDescender * Doc->typographicSetttings.valueBaseGrid * Doc->docParagraphStyles[hl->cab].DropLin;
else
desc2 = -hl->cfont->numDescender * Doc->docParagraphStyles[hl->cab].LineSpa * Doc->docParagraphStyles[hl->cab].DropLin;
}
if (DropCmode)
DropLines = Doc->docParagraphStyles[hl->cab].DropLin;
}
if (Doc->docParagraphStyles[hl->cab].BaseAdj)
{
double by = Ypos;
if (OwnPage != -1)
by = Ypos - Doc->Pages.at(OwnPage)->Yoffset;
int ol1 = qRound((by + CurY - Doc->typographicSetttings.offsetBaseGrid) * 10000.0);
int ol2 = static_cast<int>(ol1 / Doc->typographicSetttings.valueBaseGrid);
CurY = ceil( ol2 / 10000.0 ) * Doc->typographicSetttings.valueBaseGrid + Doc->typographicSetttings.offsetBaseGrid - by;
}
}
else
{
nrc = a;
goto NoRoom;
}
}
if (LiList.isEmpty())
{
startLin = a;
double TopOffset = asce;
double BotOffset = desc2;
goNoRoom = false;
if (StartOfCol)
{
CurY = asce+TExtra+lineCorr+1;
if (((a > 0) && (itemText.at(a-1)->ch == QChar(13))) || ((a == 0) && (BackBox == 0)))
CurY += Doc->docParagraphStyles[hl->cab].gapBefore;
}
if (Doc->docParagraphStyles[hl->cab].BaseAdj)
{
double by = Ypos;
if (OwnPage != -1)
by = Ypos - Doc->Pages.at(OwnPage)->Yoffset;
int ol1 = qRound((by + CurY - Doc->typographicSetttings.offsetBaseGrid) * 10000.0);
int ol2 = static_cast<int>(ol1 / Doc->typographicSetttings.valueBaseGrid);
CurY = ceil( ol2 / 10000.0 ) * Doc->typographicSetttings.valueBaseGrid + Doc->typographicSetttings.offsetBaseGrid - by;
}
if (CurY-TopOffset < 0.0)
CurY = TopOffset+1;
pt1 = QPoint(static_cast<int>(ceil(CurX)), static_cast<int>(CurY+BotOffset));
pt2 = QPoint(static_cast<int>(ceil(CurX)), static_cast<int>(ceil(CurY-TopOffset)));
while ((!cl.contains(pf2.xForm(pt1))) || (!cl.contains(pf2.xForm(pt2))))
{
fBorder = true;
CurX++;
if (CurX+RExtra+lineCorr > ColBound.y())
{
fBorder = false;
if (StartOfCol)
{
CurX = ColBound.x();
CurY++;
}
else
{
CurY += Doc->docParagraphStyles[hl->cab].LineSpa;
CurX = ColBound.x();
}
if (Doc->docParagraphStyles[hl->cab].BaseAdj)
{
double by = Ypos;
if (OwnPage != -1)
by = Ypos - Doc->Pages.at(OwnPage)->Yoffset;
int ol1 = qRound((by + CurY - Doc->typographicSetttings.offsetBaseGrid) * 10000.0);
int ol2 = static_cast<int>(ol1 / Doc->typographicSetttings.valueBaseGrid);
CurY = ceil( ol2 / 10000.0 ) * Doc->typographicSetttings.valueBaseGrid + Doc->typographicSetttings.offsetBaseGrid - by;
}
if (CurY+BExtra+lineCorr > Height)
{
StartOfCol = true;
fBorder = false;
CurrCol++;
if (CurrCol < Cols)
{
ColWidth = (Width - (ColGap * (Cols - 1)) - Extra - RExtra - 2*lineCorr) / Cols;
ColBound = FPoint((ColWidth + ColGap) * CurrCol + Extra+lineCorr, ColWidth * (CurrCol+1) + ColGap * CurrCol + Extra+lineCorr);
CurX = ColBound.x();
ColBound = FPoint(ColBound.x(), ColBound.y()+RExtra+lineCorr);
CurY = asce+TExtra+lineCorr+1;
if (((a > 0) && (itemText.at(a-1)->ch == QChar(13))) || ((a == 0) && (BackBox == 0)))
{
if (chx != QChar(13))
DropCmode = Doc->docParagraphStyles[hl->cab].Drop;
else
DropCmode = false;
if (DropCmode)
{
if (Doc->docParagraphStyles[hl->cab].BaseAdj)
desc2 = -hl->cfont->numDescender * Doc->typographicSetttings.valueBaseGrid * Doc->docParagraphStyles[hl->cab].DropLin;
else
desc2 = -hl->cfont->numDescender * Doc->docParagraphStyles[hl->cab].LineSpa * Doc->docParagraphStyles[hl->cab].DropLin;
}
if (DropCmode)
DropLines = Doc->docParagraphStyles[hl->cab].DropLin;
}
if (Doc->docParagraphStyles[hl->cab].BaseAdj)
{
double by = Ypos;
if (OwnPage != -1)
by = Ypos - Doc->Pages.at(OwnPage)->Yoffset;
int ol1 = qRound((by + CurY - Doc->typographicSetttings.offsetBaseGrid) * 10000.0);
int ol2 = static_cast<int>(ol1 / Doc->typographicSetttings.valueBaseGrid);
CurY = ceil( ol2 / 10000.0 ) * Doc->typographicSetttings.valueBaseGrid + Doc->typographicSetttings.offsetBaseGrid - by;
}
}
else
{
nrc = a;
goto NoRoom;
}
}
}
pt1 = QPoint(static_cast<int>(ceil(CurX)), static_cast<int>(CurY+BotOffset));
pt2 = QPoint(static_cast<int>(ceil(CurX)), static_cast<int>(ceil(CurY-TopOffset)));
}
if ((fBorder) && (!AbsHasDrop))
CurX += Extra;
if (a > 0)
{
if (itemText.at(a-1)->ch == QChar(13))
CurX += Doc->docParagraphStyles[hl->cab].First;
}
else
{
if (BackBox == 0)
CurX += Doc->docParagraphStyles[hl->cab].First;
else
{
if (BackBox->itemText.at(BackBox->itemText.count()-1)->ch == QChar(13))
CurX += Doc->docParagraphStyles[hl->cab].First;
}
}
if (!AbsHasDrop)
CurX += Doc->docParagraphStyles[hl->cab].Indent;
fBorder = false;
}
if (RTab)
{
if (((hl->ch == ".") && (TabCode == 2)) || ((hl->ch == ",") && (TabCode == 3)) || (hl->ch == QChar(9)))
{
RTab = false;
TabCode = 0;
}
}
if (hl->ch == QChar(9))
{
wide = 1;
if (RTab)
RTab = false;
else
{
RTabX = CurX+wide;
if (hl->cab < 5)
tTabValues = TabValues;
else
tTabValues = Doc->docParagraphStyles[hl->cab].TabValues;
if (tTabValues.isEmpty())
{
if ((CurX - ColBound.x()) != 0)
{
if (CurX == ColBound.x() + ceil((CurX-ColBound.x()) / Doc->toolSettings.dTabWidth) * Doc->toolSettings.dTabWidth)
CurX += Doc->toolSettings.dTabWidth;
else
CurX = ColBound.x() + ceil((CurX-ColBound.x()) / Doc->toolSettings.dTabWidth) * Doc->toolSettings.dTabWidth;
}
else
CurX = ColBound.x() + Doc->toolSettings.dTabWidth;
TabCode = 0;
RTab = false;
}
else
{
double tCurX = CurX - ColBound.x();
double oCurX = tCurX + wide;
for (int yg = static_cast<int>(tTabValues.count()-1); yg > -1; yg--)
{
if (oCurX < tTabValues[yg].tabPosition)
{
tCurX = tTabValues[yg].tabPosition;
TabCode = static_cast<int>(tTabValues[yg].tabType);
}
}
if (TabCode == 0)
RTab = false;
else
RTab = true;
if (tCurX == oCurX-wide)
CurX = ColBound.x() + ceil((CurX-ColBound.x()) / Doc->toolSettings.dTabWidth) * Doc->toolSettings.dTabWidth;
else
CurX = ColBound.x() + tCurX;
}
CurX -= 1;
StartRT = LiList.count();
StartRT2 = a;
}
}
hl->yp = CurY + oldCurY;
if (DropCmode)
hl->yp -= RealCHeight(Doc, hl->cfont, chx2, chsd) - RealCAscent(Doc, hl->cfont, chx2, chsd);
if (LiList.count() == 0)
{
itemText.at(a)->cstyle |= 16384;
kernVal = 0;
}
else
{
kernVal = chs * hl->cextra / 10000.0;
itemText.at(a)->cstyle &= 16383;
}
if (!RTab)
{
hl->xp = QMAX(CurX+kernVal, ColBound.x());
CurX += wide+kernVal;
CurX = QMAX(CurX, ColBound.x());
}
else
{
CurX = QMAX(CurX, ColBound.x());
hl->xp = CurX;
}
if ((TabCode == 4) && (RTab))
{
CurX += (wide+kernVal) / 2;
CurX = QMAX(CurX, ColBound.x());
}
if (((hl->cstyle & 128) || (hl->ch == "-")) && ((HyphenCount < Doc->HyCount) || (Doc->HyCount == 0)))
{
if (hl->cstyle & 128)
{
pt1 = QPoint(qRound(ceil(CurX+RExtra+Cwidth(Doc, hl->cfont, "-", hl->csize) * (hl->cscale / 1000.0))), qRound(CurY+desc));
pt2 = QPoint(qRound(ceil(CurX+RExtra+Cwidth(Doc, hl->cfont, "-", hl->csize) * (hl->cscale / 1000.0))), qRound(ceil(CurY-asce)));
}
else
{
pt1 = QPoint(qRound(ceil(CurX+RExtra)), qRound(CurY+desc));
pt2 = QPoint(qRound(ceil(CurX+RExtra)), qRound(ceil(CurY-asce)));
}
}
else
{
pt1 = QPoint(qRound(ceil(CurX+RExtra)), qRound(CurY+desc));
pt2 = QPoint(qRound(ceil(CurX+RExtra)), qRound(ceil(CurY-asce)));
}
if ((!cl.contains(pf2.xForm(pt1))) || (!cl.contains(pf2.xForm(pt2))) || (CurX+RExtra+lineCorr > ColBound.y()))
outs = true;
if (CurY > (Height - BExtra - lineCorr))
outs = true;
if ((hl->ch == QChar(27)) && (a < itemText.count()-1))
goNoRoom = true;
if ((hl->ch == QChar(26)) && (Cols > 1))
goNextColumn = true;
Zli = new ZZ;
Zli->Zeich = chx;
Zli->Farb = hl->ccolor;
Zli->shade = hl->cshade;
Zli->Farb2 = hl->cstroke;
Zli->shade2 = hl->cshade2;
Zli->xco = hl->xp;
Zli->yco = hl->yp;
Zli->Sele = hl->cselect;
if (DropCmode)
{
Zli->Siz = chsd;
Zli->realSiz = Doc->docParagraphStyles[hl->cab].FontSize;
}
else
{
Zli->Siz = chs;
Zli->realSiz = hl->csize;
}
Zli->Style = hl->cstyle;
Zli->ZFo = hl->cfont;
Zli->wide = wide;
Zli->kern = kernVal;
Zli->scale = hl->cscale;
Zli->scalev = hl->cscalev;
Zli->base = hl->cbase;
Zli->shadowX = hl->cshadowx;
Zli->shadowY = hl->cshadowy;
Zli->outline = hl->coutline;
Zli->underpos = hl->cunderpos;
Zli->underwidth = hl->cunderwidth;
Zli->strikepos = hl->cstrikepos;
Zli->strikewidth = hl->cstrikewidth;
Zli->embedded = hl->cembedded;
if (((hl->ch == " ") || (hl->ch == QChar(9))) && (!outs))
{
if (a > 0)
{
if (itemText.at(a-1)->ch != " ")
{
LastXp = hl->xp;
LastSP = BuPos;
}
}
else
{
LastXp = hl->xp;
LastSP = BuPos;
}
}
if (((hl->cstyle & 128) || (hl->ch == "-")) && (!outs))
{
if ((HyphenCount < Doc->HyCount) || (Doc->HyCount == 0))
{
if (hl->ch == "-")
LastXp = CurX;
else
LastXp = CurX + Cwidth(Doc, hl->cfont, "-", hl->csize) * (hl->cscale / 1000.0);
LastSP = BuPos;
}
}
LiList.append(Zli);
if (RTab)
{
uint rtx2 = 0;
double cen = 1;
if (TabCode == 4)
cen = 2;
for (uint rtx = StartRT; rtx < LiList.count(); ++rtx)
{
LiList.at(rtx)->xco = QMAX(LiList.at(rtx)->xco-(wide+kernVal) / cen, 0.0);
itemText.at(StartRT2+rtx2)->xp = QMAX(itemText.at(StartRT2+rtx2)->xp-(wide+kernVal) / cen, 0.0);
if (itemText.at(StartRT2+rtx2)->xp < RTabX)
{
RTab = false;
TabCode = 0;
}
rtx2++;
}
}
BuPos++;
if (DropCmode)
{
DropCmode = false;
AbsHasDrop = true;
maxDY = CurY;
CurX += Doc->docParagraphStyles[hl->cab].DropDist;
CurX = QMAX(CurX, ColBound.x());
maxDX = CurX;
QPointArray tcli;
tcli.resize(4);
if (Doc->docParagraphStyles[hl->cab].BaseAdj)
{
CurY -= Doc->typographicSetttings.valueBaseGrid * (DropLines-1);
double by = Ypos;
if (OwnPage != -1)
by = Ypos - Doc->Pages.at(OwnPage)->Yoffset;
int ol1 = qRound((by + CurY - Doc->typographicSetttings.offsetBaseGrid) * 10000.0);
int ol2 = static_cast<int>(ol1 / Doc->typographicSetttings.valueBaseGrid);
CurY = ceil( ol2 / 10000.0 ) * Doc->typographicSetttings.valueBaseGrid + Doc->typographicSetttings.offsetBaseGrid - by;
tcli.setPoint(0, QPoint(qRound(hl->xp), qRound(maxDY-DropLines*Doc->typographicSetttings.valueBaseGrid)));
tcli.setPoint(1, QPoint(qRound(maxDX), qRound(maxDY-DropLines*Doc->typographicSetttings.valueBaseGrid)));
}
else
{
if (Doc->docParagraphStyles[absa].LineSpaMode == 0)
{
CurY -= Doc->docParagraphStyles[absa].LineSpa * (DropLines-1);
tcli.setPoint(0, QPoint(qRound(hl->xp), qRound(maxDY-DropLines*Doc->docParagraphStyles[absa].LineSpa)));
tcli.setPoint(1, QPoint(qRound(maxDX), qRound(maxDY-DropLines*Doc->docParagraphStyles[absa].LineSpa)));
}
else
{
double currasce = RealFHeight(Doc, hl->cfont, Doc->docParagraphStyles[hl->cab].FontSize);
CurY -= currasce * (DropLines-1);
tcli.setPoint(0, QPoint(qRound(hl->xp), qRound(maxDY-DropLines*currasce)));
tcli.setPoint(1, QPoint(qRound(maxDX), qRound(maxDY-DropLines*currasce)));
}
}
tcli.setPoint(2, QPoint(qRound(maxDX), qRound(maxDY)));
tcli.setPoint(3, QPoint(qRound(hl->xp), qRound(maxDY)));
cm = QRegion(pf2.xForm(tcli));
cl = cl.subtract(cm);
}
if ((hl->ch == QChar(13)) || (hl->ch == QChar(28)) || (hl->ch == QChar(27)) || ((hl->ch == QChar(26)) && (Cols > 1)) || (outs))
{
RTab = false;
TabCode = 0;
if (outs)
{
if (LastSP != 0) // Hier koenen auch andere Trennungen eingebaut werden
{
a -= BuPos - LastSP;
a++;
if (itemText.at(a)->cstyle & 128)
{
HyphenCount++;
itemText.at(a)->cstyle |= 8192;
Zli = new ZZ;
Zli->Zeich = "-";
Zli->Farb = itemText.at(a)->ccolor;
Zli->Farb2 = itemText.at(a)->cstroke;
Zli->shade = itemText.at(a)->cshade;
Zli->shade2 = itemText.at(a)->cshade2;
Zli->xco = LastXp - Cwidth(Doc, itemText.at(a)->cfont, "-", itemText.at(a)->csize) * (itemText.at(a)->cscale / 1000.0);
Zli->yco = itemText.at(a)->yp;
Zli->Sele = itemText.at(a)->cselect;
Zli->Siz = itemText.at(a)->csize;
Zli->realSiz = itemText.at(a)->csize;
Zli->Style = itemText.at(a)->cstyle;
Zli->ZFo = itemText.at(a)->cfont;
Zli->wide = Cwidth(Doc, itemText.at(a)->cfont, "-", itemText.at(a)->csize) * (itemText.at(a)->cscale / 1000.0);
Zli->kern = itemText.at(a)->csize * itemText.at(a)->cextra / 10000.0;
Zli->scale = itemText.at(a)->cscale;
Zli->scalev = itemText.at(a)->cscalev;
Zli->base = itemText.at(a)->cbase;
Zli->shadowX = itemText.at(a)->cshadowx;
Zli->shadowY = itemText.at(a)->cshadowy;
Zli->outline = itemText.at(a)->coutline;
Zli->underpos = itemText.at(a)->cunderpos;
Zli->underwidth = itemText.at(a)->cunderwidth;
Zli->strikepos = itemText.at(a)->cstrikepos;
Zli->strikewidth = itemText.at(a)->cstrikewidth;
Zli->embedded = 0;
LiList.insert(LastSP+1, Zli);
LastSP += 1;
}
else
{
HyphenCount = 0;
hl->cstyle &= 8191;
}
BuPos = LastSP+1;
if (Doc->docParagraphStyles[absa].textAlignment != 0)
{
EndX = LastXp;
do
{
pt1 = QPoint(qRound(EndX+RExtra), static_cast<int>(CurY+desc));
pt2 = QPoint(qRound(EndX+RExtra), static_cast<int>(ceil(CurY-asce)));
EndX++;
}
while ((cl.contains(pf2.xForm(pt1))) && (cl.contains(pf2.xForm(pt2))) && (EndX+RExtra+lineCorr < ColBound.y()));
if (Doc->docParagraphStyles[absa].textAlignment == 2)
OFs = EndX - LastXp;
if (Doc->docParagraphStyles[absa].textAlignment == 1)
OFs = (EndX - LastXp) / 2;
if ((Doc->docParagraphStyles[absa].textAlignment == 3) || (Doc->docParagraphStyles[absa].textAlignment == 4))
{
aSpa = 0;
for (uint sof = 0; sof<BuPos-1; ++sof)
{
if ((LiList.at(sof)->Zeich == QChar(32)) || (LiList.at(sof)->Zeich == QChar(29)))
aSpa++;
}
if (aSpa > 1)
OFs2 = (EndX - LastXp) / aSpa;
else
{
if (aSpa == 0)
OFs2 = 0;
else
OFs2 = (EndX - LastXp);
}
OFs = 0;
for (uint yof = 0; yof < LiList.count(); ++yof)
{
LiList.at(yof)->xco += OFs;
if ((LiList.at(yof)->Zeich == QChar(32)) || (LiList.at(yof)->Zeich == QChar(29)))
OFs += OFs2;
}
}
else
{
for (uint xof = 0; xof<LiList.count(); ++xof)
{
LiList.at(xof)->xco += OFs;
}
}
CurX = EndX;
}
}
else
{
a--;
BuPos--;
}
}
else
{
if (Doc->docParagraphStyles[absa].textAlignment != 0)
{
EndX = CurX;
do
{
pt1 = QPoint(qRound(EndX+RExtra), static_cast<int>(CurY+desc));
pt2 = QPoint(qRound(EndX+RExtra), static_cast<int>(ceil(CurY-asce)));
EndX++;
}
while ((cl.contains(pf2.xForm(pt1))) && (cl.contains(pf2.xForm(pt2))) && (EndX+RExtra+lineCorr < ColBound.y()));
if (Doc->docParagraphStyles[absa].textAlignment == 2)
OFs = EndX - CurX;
if (Doc->docParagraphStyles[absa].textAlignment == 1)
OFs = (EndX - CurX) / 2;
if (Doc->docParagraphStyles[absa].textAlignment == 3)
OFs = 0;
if (Doc->docParagraphStyles[absa].textAlignment == 4)
{
aSpa = 0;
for (uint sof = 0; sof<LiList.count(); ++sof)
{
if ((LiList.at(sof)->Zeich == QChar(32)) || (LiList.at(sof)->Zeich == QChar(29)))
aSpa++;
}
if (aSpa != 0)
OFs2 = (EndX - CurX) / aSpa;
else
OFs2 = 0;
OFs = 0;
for (uint yof = 0; yof < LiList.count(); ++yof)
{
LiList.at(yof)->xco += OFs;
if ((LiList.at(yof)->Zeich == QChar(32)) || (LiList.at(yof)->Zeich == QChar(29)))
OFs += OFs2;
}
}
else
{
for (uint xof = 0; xof<LiList.count(); ++xof)
{
LiList.at(xof)->xco += OFs;
}
}
CurX = EndX;
}
}
uint BuPos3 = BuPos;
if ((outs) || (hl->ch == QChar(13)) || (hl->ch == QChar(28)) || (hl->ch == QChar(27)) || ((hl->ch == QChar(26)) && (Cols > 1)))
{
if ((outs) && (CurX+RExtra+lineCorr < ColBound.y()))
{
if (((hl->ch == QChar(13)) || (hl->ch == QChar(28))) && (AbsHasDrop))
{
AbsHasDrop = false;
if (CurY < maxDY)
CurY = maxDY;
}
bool fromOut = true;
double BotOffset = desc+BExtra+lineCorr;
pt1 = QPoint(qRound(CurX+RExtra), static_cast<int>(CurY+BotOffset));
pt2 = QPoint(qRound(CurX+RExtra), static_cast<int>(ceil(CurY-asce)));
while ((!cl.contains(pf2.xForm(pt1))) || (!cl.contains(pf2.xForm(pt2))))
{
CurX++;
if (CurX+RExtra+lineCorr > ColBound.y())
{
fromOut = false;
if (Doc->docParagraphStyles[hl->cab].BaseAdj)
CurY += Doc->typographicSetttings.valueBaseGrid;
else
CurY += Doc->docParagraphStyles[hl->cab].LineSpa;
if ((CurY+desc+BExtra+lineCorr > Height) && (CurrCol+1 == Cols))
{
goNoRoom = true;
break;
}
if (AbsHasDrop)
{
if ((CurY > maxDY) && (CurY - asce > maxDY))
{
AbsHasDrop = false;
CurX = ColBound.x();
}
else
CurX = maxDX;
}
else
CurX = ColBound.x();
if ((hl->ch == QChar(13)) || (hl->ch == QChar(28)) || (hl->ch == QChar(27)) || (hl->ch == QChar(26)))
{
if (hl->ch == QChar(13))
CurY += Doc->docParagraphStyles[hl->cab].gapAfter;
if (BuPos3 > 0)
BuPos3 -= 1;
HyphenCount = 0;
}
break;
}
pt1 = QPoint(qRound(CurX+RExtra), static_cast<int>(CurY+BotOffset));
pt2 = QPoint(qRound(CurX+RExtra), static_cast<int>(ceil(CurY-asce)));
}
if (fromOut)
{
if ((CurY+desc+BExtra+lineCorr > Height) && (CurrCol+1 == Cols))
{
goNoRoom = true;
break;
}
CurX--;
CurX = QMAX(CurX, 0);
}
}
else
{
if (((hl->ch == QChar(13)) || (hl->ch == QChar(28))) && (AbsHasDrop))
{
AbsHasDrop = false;
if (CurY < maxDY)
CurY = maxDY;
}
if (Doc->docParagraphStyles[hl->cab].BaseAdj)
CurY += Doc->typographicSetttings.valueBaseGrid;
else
CurY += Doc->docParagraphStyles[hl->cab].LineSpa;
if (AbsHasDrop)
{
if ((CurY > maxDY) && (CurY - asce > maxDY))
{
AbsHasDrop = false;
CurX = ColBound.x();
}
else
CurX = maxDX;
}
else
CurX = ColBound.x();
if ((hl->ch == QChar(13)) || (hl->ch == QChar(28)) || (hl->ch == QChar(27)) || (hl->ch == QChar(26)))
{
if (hl->ch == QChar(13))
CurY += Doc->docParagraphStyles[hl->cab].gapAfter;
if (BuPos3 > 0)
BuPos3 -= 1;
HyphenCount = 0;
}
}
}
hl->xp = CurX;
hl->yp = CurY;
LiList.at(LiList.count()-1)->xco = hl->xp;
LiList.at(LiList.count()-1)->yco = hl->yp;
if (LiList.count() != 0)
{
if ((!AbsHasDrop) && (StartOfCol) && (!Doc->docParagraphStyles[hl->cab].BaseAdj))
{
Zli2 = LiList.at(0);
double firstasce = Zli2->ZFo->numAscent * (Zli2->realSiz / 10.0);
double currasce;
if ((Zli2->Zeich == QChar(13)) || (Zli2->Zeich == QChar(28)))
currasce = Zli2->ZFo->numAscent * (Zli2->realSiz / 10.0);
else if ((Zli2->Zeich == QChar(25)) && (Zli2->embedded != 0))
currasce = QMAX(currasce, (Zli2->embedded->Height + Zli2->embedded->Pwidth) * (Zli2->scalev / 1000.0));
else
currasce = RealCAscent(Doc, Zli2->ZFo, Zli2->Zeich, Zli2->realSiz);
for (uint zc = 0; zc < LiList.count(); ++zc)
{
Zli2 = LiList.at(zc);
if ((Zli2->Zeich == QChar(9)) || (Zli2->Zeich == QChar(10))
|| (Zli2->Zeich == QChar(13)) || (Zli2->Zeich == QChar(24))
|| (Zli2->Zeich == QChar(26)) || (Zli2->Zeich == QChar(27))
|| (Zli2->Zeich == QChar(28)) || (Zli2->Zeich == QChar(29)))
continue;
if ((Zli2->Zeich == QChar(25)) && (Zli2->embedded != 0))
currasce = QMAX(currasce, (Zli2->embedded->Height + Zli2->embedded->Pwidth) * (Zli2->scalev / 1000.0));
else
currasce = QMAX(currasce, RealCAscent(Doc, Zli2->ZFo, Zli2->Zeich, Zli2->realSiz));
}
double adj = firstasce - currasce;
for (uint zc = 0; zc < LiList.count(); ++zc)
{
LiList.at(zc)->yco -= adj;
}
CurY -= adj;
}
if ((!StartOfCol) && (!Doc->docParagraphStyles[hl->cab].BaseAdj) && (Doc->docParagraphStyles[hl->cab].LineSpaMode == 1))
{
Zli2 = LiList.at(0);
double firstasce = Doc->docParagraphStyles[hl->cab].LineSpa;
double currasce;
if ((Zli2->Zeich == QChar(25)) && (Zli2->embedded != 0))
currasce = QMAX(currasce, (Zli2->embedded->Height + Zli2->embedded->Pwidth) * (Zli2->scalev / 1000.0));
else
currasce = RealFHeight(Doc, Zli2->ZFo, Zli2->realSiz);
for (uint zc = 0; zc < LiList.count(); ++zc)
{
Zli2 = LiList.at(zc);
if ((Zli2->Zeich == QChar(9)) || (Zli2->Zeich == QChar(10))
|| (Zli2->Zeich == QChar(13)) || (Zli2->Zeich == QChar(24))
|| (Zli2->Zeich == QChar(26)) || (Zli2->Zeich == QChar(27))
|| (Zli2->Zeich == QChar(28)) || (Zli2->Zeich == QChar(29)))
continue;
if ((Zli2->Zeich == QChar(25)) && (Zli2->embedded != 0))
currasce = QMAX(currasce, (Zli2->embedded->Height + Zli2->embedded->Pwidth) * (Zli2->scalev / 1000.0));
else
currasce = QMAX(currasce, RealFHeight(Doc, Zli2->ZFo, Zli2->realSiz));
}
double adj = firstasce - currasce;
for (uint zc = 0; zc < LiList.count(); ++zc)
{
LiList.at(zc)->yco -= adj;
}
CurY -= adj;
}
}
StartOfCol = false;
tabDist = ColBound.x();
uint tabCc = 0;
uint loopC = BuPos3;
if (Doc->guidesSettings.showControls)
loopC++;
for (uint zc = 0; zc<loopC; ++zc)
{
double wide2 = 0;
Zli2 = LiList.at(zc);
double xcoZli = Zli2->xco;
itemText.at(startLin+zc)->xp = Zli2->xco;
itemText.at(startLin+zc)->yp = Zli2->yco;
if (itemText.at(startLin+zc)->cab < 5)
tTabValues = TabValues;
else
tTabValues = Doc->docParagraphStyles[itemText.at(startLin+zc)->cab].TabValues;
if (Zli2->Farb != "None")
{
QColor tmp;
SetFarbe(&tmp, Zli2->Farb, Zli2->shade);
p->setBrush(tmp);
}
desc = Zli2->ZFo->numDescender * (-Zli2->Siz / 10.0);
asce = Zli2->ZFo->numAscent * (Zli2->Siz / 10.0);
if ((((Zli2->Sele) && (Select)) || (((NextBox != 0) || (BackBox != 0)) && (Zli2->Sele))) && (Doc->appMode == EditMode))
{
wide = Zli2->wide;
p->setFillMode(1);
p->setBrush(darkBlue);
p->setLineWidth(0);
if ((zc > 0) && (Zli2->Zeich == QChar(9)))
{
wide2 = LiList.at(zc-1)->wide;
xcoZli = LiList.at(zc-1)->xco+wide2;
wide = Zli2->xco - xcoZli + Zli2->wide;
}
if (!Doc->RePos)
p->drawRect(xcoZli, qRound(Zli2->yco-asce * (Zli2->scalev / 1000.0)), wide+1, qRound((asce+desc) * (Zli2->scalev / 1000.0)));
p->setBrush(white);
}
if (Zli2->Farb2 != "None")
{
QColor tmp;
SetFarbe(&tmp, Zli2->Farb2, Zli2->shade2);
p->setPen(tmp, 1, SolidLine, FlatCap, MiterJoin);
}
if (!Doc->RePos)
{
if ((Zli2->Zeich == QChar(9)) && (tTabValues.count() != 0) && (tabCc < tTabValues.count()) && (!tTabValues[tabCc].tabFillChar.isNull()))
{
double wt = Cwidth(Doc, Zli2->ZFo, QString(tTabValues[tabCc].tabFillChar), Zli2->Siz);
int coun = static_cast<int>((Zli2->xco - tabDist) / wt);
double sPos = Zli2->xco - (Zli2->xco - tabDist) + 1;
Zli = new ZZ;
Zli->Zeich = QString(tTabValues[tabCc].tabFillChar);
Zli->Farb = Zli2->Farb;
Zli->Farb2 = Zli2->Farb2;
Zli->shade = Zli2->shade;
Zli->shade2 = Zli2->shade2;
Zli->yco = Zli2->yco;
Zli->Sele = Zli2->Sele;
Zli->Siz = Zli2->Siz;
Zli->realSiz = Zli2->realSiz;
Zli->Style = Zli2->Style;
Zli->ZFo = Zli2->ZFo;
Zli->wide = wt;
Zli->kern = 0;
Zli->scale = 1000;
Zli->scalev = 1000;
Zli->base = Zli2->base;
Zli->shadowX = Zli2->shadowX;
Zli->shadowY = Zli2->shadowY;
Zli->outline = Zli2->outline;
Zli->underpos = Zli2->underpos;
Zli->underwidth = Zli2->underwidth;
Zli->strikepos = Zli2->strikepos;
Zli->strikewidth = Zli2->strikewidth;
Zli->embedded = 0;
for (int cx = 0; cx < coun; ++cx)
{
Zli->xco = sPos + wt * cx;
if (e2.intersects(pf2.xForm(QRect(qRound(Zli->xco),qRound(Zli->yco-asce), qRound(Zli->wide+1), qRound(asce+desc)))))
DrawZeichenS(p, Zli);
}
delete Zli;
}
if (Zli2->Zeich == QChar(9))
tabCc++;
if (((Zli2->Zeich == QChar(13)) || (Zli2->Zeich == QChar(28))) && (Doc->guidesSettings.showControls) && (LiList.count() != 0))
{
if (e2.intersects(pf2.xForm(QRect(qRound(Zli2->xco+Zli2->wide),qRound(Zli2->yco-asce), qRound(Zli2->wide+1), qRound(asce+desc)))))
{
FPointArray points;
QWMatrix chma, chma2, chma4, chma5;
double ytrans, xtrans;
if (Zli2->Zeich == QChar(13))
{
points = Doc->symReturn.copy();
if (zc > 0)
ytrans = LiList.at(zc-1)->yco-((Zli2->Siz / 10.0) * 0.8);
else
ytrans = Zli2->yco-Doc->docParagraphStyles[itemText.at(startLin+zc)->cab].LineSpa-((Zli2->Siz / 10.0) * 0.8);
}
else
{
points = Doc->symNewLine.copy();
if (zc > 0)
ytrans = LiList.at(zc-1)->yco-((Zli2->Siz / 10.0) * 0.4);
else
ytrans = Zli2->yco-Doc->docParagraphStyles[itemText.at(startLin+zc)->cab].LineSpa-((Zli2->Siz / 10.0) * 0.4);
}
if (zc > 0)
xtrans = LiList.at(zc-1)->xco + Cwidth(Doc, LiList.at(zc-1)->ZFo, LiList.at(zc-1)->Zeich, LiList.at(zc-1)->Siz);
else
{
if (startLin > 0)
xtrans = itemText.at(startLin-1)->xp + Cwidth(Doc, itemText.at(startLin-1)->cfont, itemText.at(startLin-1)->ch, itemText.at(startLin-1)->csize);
else
xtrans = Zli2->xco;
}
chma4.translate(xtrans, ytrans);
chma.scale(Zli2->Siz / 100.0, Zli2->Siz / 100.0);
chma2.scale(Zli2->scale / 1000.0, Zli2->scalev / 1000.0);
chma5.scale(p->zoomFactor(), p->zoomFactor());
points.map(chma * chma2 * chma4 * chma5);
p->setupTextPolygon(&points);
p->setFillMode(1);
p->fillPath();
}
}
if ((Doc->guidesSettings.showControls) && (zc == BuPos3))
break;
if (e2.intersects(pf2.xForm(QRect(qRound(Zli2->xco),qRound(Zli2->yco-asce), qRound(Zli2->wide+1), qRound(asce+desc)))))
{
if (Zli2->Zeich == QChar(25))
DrawObj_Embedded(p, e, Zli2);
else
DrawZeichenS(p, Zli2);
}
}
tabDist = Zli2->xco+Zli2->wide;
}
LiList.clear();
BuPos = 0;
LastSP = 0;
LastXp = 0;
outs = false;
if (goNoRoom)
{
goNoRoom = false;
nrc = a+1;
goto NoRoom;
}
if (goNextColumn)
{
goNextColumn = false;
StartOfCol = true;
CurrCol++;
if (CurrCol < Cols)
{
ColWidth = (Width - (ColGap * (Cols - 1)) - Extra - RExtra - 2*lineCorr) / Cols;
ColBound = FPoint((ColWidth + ColGap) * CurrCol + Extra+lineCorr, ColWidth * (CurrCol+1) + ColGap * CurrCol + Extra+lineCorr);
CurX = ColBound.x();
ColBound = FPoint(ColBound.x(), ColBound.y()+RExtra+lineCorr);
}
else
{
nrc = a;
goto NoRoom;
}
}
}
}
if (Doc->docParagraphStyles[absa].textAlignment != 0)
{
EndX = CurX;
do
{
pt1 = QPoint(qRound(EndX+RExtra), static_cast<int>(CurY+desc));
pt2 = QPoint(qRound(EndX+RExtra), static_cast<int>(ceil(CurY-asce)));
EndX++;
}
while ((cl.contains(pf2.xForm(pt1))) && (cl.contains(pf2.xForm(pt2))) && (EndX+RExtra+lineCorr < ColBound.y()));
if (Doc->docParagraphStyles[absa].textAlignment == 2)
OFs = EndX - CurX;
if (Doc->docParagraphStyles[absa].textAlignment == 1)
OFs = (EndX - CurX) / 2;
if (Doc->docParagraphStyles[absa].textAlignment == 3)
OFs = 0;
if (Doc->docParagraphStyles[absa].textAlignment == 4)
{
aSpa = 0;
for (uint sof = 0; sof<LiList.count(); ++sof)
{
if ((LiList.at(sof)->Zeich == QChar(32)) || (LiList.at(sof)->Zeich == QChar(29)))
aSpa++;
}
if (aSpa != 0)
OFs2 = (EndX - CurX) / aSpa;
else
OFs2 = 0;
OFs = 0;
for (uint yof = 0; yof < LiList.count(); ++yof)
{
LiList.at(yof)->xco += OFs;
if ((LiList.at(yof)->Zeich == QChar(32)) || (LiList.at(yof)->Zeich == QChar(29)))
OFs += OFs2;
}
}
else
{
for (uint xof = 0; xof<LiList.count(); ++xof)
{
LiList.at(xof)->xco += OFs;
}
}
}
if (LiList.count() != 0)
{
if ((!AbsHasDrop) && (StartOfCol) && (!Doc->docParagraphStyles[hl->cab].BaseAdj))
{
Zli2 = LiList.at(0);
double firstasce = Zli2->ZFo->numAscent * (Zli2->realSiz / 10.0);
double currasce;
if ((Zli2->Zeich == QChar(13)) || (Zli2->Zeich == QChar(28)))
currasce = Zli2->ZFo->numAscent * (Zli2->realSiz / 10.0);
else if ((Zli2->Zeich == QChar(25)) && (Zli2->embedded != 0))
currasce = QMAX(currasce, (Zli2->embedded->Height + Zli2->embedded->Pwidth) * (Zli2->scalev / 1000.0));
else
currasce = RealCAscent(Doc, Zli2->ZFo, Zli2->Zeich, Zli2->realSiz);
for (uint zc = 0; zc < LiList.count(); ++zc)
{
Zli2 = LiList.at(zc);
if ((Zli2->Zeich == QChar(9)) || (Zli2->Zeich == QChar(10))
|| (Zli2->Zeich == QChar(13)) || (Zli2->Zeich == QChar(24))
|| (Zli2->Zeich == QChar(26)) || (Zli2->Zeich == QChar(27))
|| (Zli2->Zeich == QChar(28)) || (Zli2->Zeich == QChar(29)))
continue;
if ((Zli2->Zeich == QChar(25)) && (Zli2->embedded != 0))
currasce = QMAX(currasce, (Zli2->embedded->Height + Zli2->embedded->Pwidth) * (Zli2->scalev / 1000.0));
else
currasce = QMAX(currasce, RealCAscent(Doc, Zli2->ZFo, Zli2->Zeich, Zli2->realSiz));
}
double adj = firstasce - currasce;
for (uint zc = 0; zc < LiList.count(); ++zc)
{
LiList.at(zc)->yco -= adj;
}
CurY -= adj;
}
if ((!StartOfCol) && (!Doc->docParagraphStyles[hl->cab].BaseAdj) && (Doc->docParagraphStyles[hl->cab].LineSpaMode == 1))
{
Zli2 = LiList.at(0);
double firstasce = Doc->docParagraphStyles[hl->cab].LineSpa;
double currasce;
if ((Zli2->Zeich == QChar(25)) && (Zli2->embedded != 0))
currasce = QMAX(currasce, (Zli2->embedded->Height + Zli2->embedded->Pwidth) * (Zli2->scalev / 1000.0));
else
currasce = RealFHeight(Doc, Zli2->ZFo, Zli2->realSiz);
for (uint zc = 0; zc < LiList.count(); ++zc)
{
Zli2 = LiList.at(zc);
if ((Zli2->Zeich == QChar(9)) || (Zli2->Zeich == QChar(10))
|| (Zli2->Zeich == QChar(13)) || (Zli2->Zeich == QChar(24))
|| (Zli2->Zeich == QChar(26)) || (Zli2->Zeich == QChar(27))
|| (Zli2->Zeich == QChar(28)) || (Zli2->Zeich == QChar(29)))
continue;
if ((Zli2->Zeich == QChar(25)) && (Zli2->embedded != 0))
currasce = QMAX(currasce, (Zli2->embedded->Height + Zli2->embedded->Pwidth) * (Zli2->scalev / 1000.0));
else
currasce = QMAX(currasce, RealFHeight(Doc, Zli2->ZFo, Zli2->realSiz));
}
double adj = firstasce - currasce;
for (uint zc = 0; zc < LiList.count(); ++zc)
{
LiList.at(zc)->yco -= adj;
}
CurY -= adj;
}
}
StartOfCol = false;
tabDist = ColBound.x();
uint tabCc = 0;
for (uint zc = 0; zc<LiList.count(); ++zc)
{
double wide2 = 0;
Zli2 = LiList.at(zc);
double xcoZli = Zli2->xco;
itemText.at(startLin+zc)->xp = Zli2->xco;
itemText.at(startLin+zc)->yp = Zli2->yco;
if (itemText.at(startLin+zc)->cab < 5)
tTabValues = TabValues;
else
tTabValues = Doc->docParagraphStyles[itemText.at(startLin+zc)->cab].TabValues;
if (Zli2->Farb != "None")
{
QColor tmp;
SetFarbe(&tmp, Zli2->Farb, Zli2->shade);
p->setBrush(tmp);
}
desc = Zli2->ZFo->numDescender * (-Zli2->Siz / 10.0);
asce = Zli2->ZFo->numAscent * (Zli2->Siz / 10.0);
if ((((Zli2->Sele) && (Select)) || (((NextBox != 0) || (BackBox != 0)) && (Zli2->Sele))) && (Doc->appMode == EditMode))
{
wide = Zli2->wide;
p->setFillMode(1);
p->setBrush(darkBlue);
p->setLineWidth(0);
if ((zc > 0) && (Zli2->Zeich == QChar(9)))
{
wide2 = LiList.at(zc-1)->wide;
xcoZli = LiList.at(zc-1)->xco+wide2;
wide = Zli2->xco - xcoZli + Zli2->wide;
}
if (!Doc->RePos)
p->drawRect(xcoZli, qRound(Zli2->yco-asce * (Zli2->scalev / 1000.0)), wide+1, qRound((asce+desc) * (Zli2->scalev / 1000.0)));
p->setBrush(white);
}
if (Zli2->Farb2 != "None")
{
QColor tmp;
SetFarbe(&tmp, Zli2->Farb2, Zli2->shade2);
p->setPen(tmp, 1, SolidLine, FlatCap, MiterJoin);
}
if (!Doc->RePos)
{
if ((Zli2->Zeich == QChar(9)) && (tTabValues.count() != 0) && (tabCc < tTabValues.count()) && (!tTabValues[tabCc].tabFillChar.isNull()))
{
double wt = Cwidth(Doc, Zli2->ZFo, QString(tTabValues[tabCc].tabFillChar), Zli2->Siz);
int coun = static_cast<int>((Zli2->xco - tabDist) / wt);
double sPos = Zli2->xco - (Zli2->xco - tabDist) + 1;
Zli = new ZZ;
Zli->Zeich = QString(tTabValues[tabCc].tabFillChar);
Zli->Farb = Zli2->Farb;
Zli->Farb2 = Zli2->Farb2;
Zli->shade = Zli2->shade;
Zli->shade2 = Zli2->shade2;
Zli->yco = Zli2->yco;
Zli->Sele = Zli2->Sele;
Zli->Siz = Zli2->Siz;
Zli->realSiz = Zli2->realSiz;
Zli->Style = Zli2->Style;
Zli->ZFo = Zli2->ZFo;
Zli->wide = wt;
Zli->kern = 0;
Zli->scale = 1000;
Zli->scalev = 1000;
Zli->base = Zli2->base;
Zli->shadowX = Zli2->shadowX;
Zli->shadowY = Zli2->shadowY;
Zli->outline = Zli2->outline;
Zli->underpos = Zli2->underpos;
Zli->underwidth = Zli2->underwidth;
Zli->strikepos = Zli2->strikepos;
Zli->strikewidth = Zli2->strikewidth;
Zli->embedded = 0;
for (int cx = 0; cx < coun; ++cx)
{
Zli->xco = sPos + wt * cx;
if (e2.intersects(pf2.xForm(QRect(qRound(Zli->xco),qRound(Zli->yco-asce), qRound(Zli->wide+1), qRound(asce+desc)))))
DrawZeichenS(p, Zli);
}
delete Zli;
}
if (Zli2->Zeich == QChar(9))
tabCc++;
if (((Zli2->Zeich == QChar(13)) || (Zli2->Zeich == QChar(28))) && (Doc->guidesSettings.showControls) && (LiList.count() != 0))
{
if (e2.intersects(pf2.xForm(QRect(qRound(Zli2->xco+Zli2->wide),qRound(Zli2->yco-asce), qRound(Zli2->wide+1), qRound(asce+desc)))))
{
FPointArray points;
QWMatrix chma, chma2, chma4, chma5;
double ytrans, xtrans;
if (Zli2->Zeich == QChar(13))
{
points = Doc->symReturn.copy();
if (zc > 0)
ytrans = LiList.at(zc-1)->yco-((Zli2->Siz / 10.0) * 0.8);
else
ytrans = Zli2->yco-Doc->docParagraphStyles[itemText.at(startLin+zc)->cab].LineSpa-((Zli2->Siz / 10.0) * 0.8);
}
else
{
points = Doc->symNewLine.copy();
if (zc > 0)
ytrans = LiList.at(zc-1)->yco-((Zli2->Siz / 10.0) * 0.4);
else
ytrans = Zli2->yco-Doc->docParagraphStyles[itemText.at(startLin+zc)->cab].LineSpa-((Zli2->Siz / 10.0) * 0.4);
}
if (zc > 0)
xtrans = LiList.at(zc-1)->xco + Cwidth(Doc, LiList.at(zc-1)->ZFo, LiList.at(zc-1)->Zeich, LiList.at(zc-1)->Siz);
else
{
if (startLin > 0)
xtrans = itemText.at(startLin-1)->xp + Cwidth(Doc, itemText.at(startLin-1)->cfont, itemText.at(startLin-1)->ch, itemText.at(startLin-1)->csize);
else
xtrans = Zli2->xco;
}
chma4.translate(xtrans, ytrans);
chma.scale(Zli2->Siz / 100.0, Zli2->Siz / 100.0);
chma2.scale(Zli2->scale / 1000.0, Zli2->scalev / 1000.0);
chma5.scale(p->zoomFactor(), p->zoomFactor());
points.map(chma * chma2 * chma4 * chma5);
p->setupTextPolygon(&points);
p->setFillMode(1);
p->fillPath();
}
}
if (e2.intersects(pf2.xForm(QRect(qRound(Zli2->xco),qRound(Zli2->yco-asce), qRound(Zli2->wide+1), qRound(asce+desc)))))
{
if (Zli2->Zeich == QChar(25))
DrawObj_Embedded(p, e, Zli2);
else
DrawZeichenS(p, Zli2);
}
}
tabDist = Zli2->xco+Zli2->wide;
}
goNextColumn = false;
LiList.clear();
BuPos = 0;
LastSP = 0;
outs = false;
}
MaxChars = itemText.count();
Redrawn = true;
Dirty = false;
pf2.end();
p->restore();
break;
NoRoom: pf2.end();
if (NextBox != 0)
{
nrc2 = itemText.count();
for (uint ss=nrc; ss<nrc2; ++ss)
{
NextBox->itemText.append(itemText.take(nrc));
}
if (uint(CPos) > nrc)
{
int nCP = CPos - nrc;
CPos = nrc;
if ((Doc->appMode == EditMode) && (Tinput))
{
// OwnPage->Deselect(true);
NextBox->CPos = QMAX(nCP, 1);
// Doc->currentPage = NextBox->OwnPage;
// NextBox->OwnPage->SelectItemNr(NextBox->ItemNr);
break;
}
}
p->save();
bool rep = Doc->RePos;
Doc