// pre: findLinesWidth carried out and elements sorted in ascending order
public TextSegment getTopElementMatchingFontsizeAfterSorting() {
TextSegment retVal = null;
for (TextSegment s : items) {
for (CompositeSegment<? extends TextSegment> l : foundLines) {
if (l.getItems().contains(s)) {
// if (s.getFontSize() == l.getFontSize())
if (Utils.within(s.getFontSize(), l.getFontSize(), s.getFontSize() * 0.1f)) return s;
}
}
}
return retVal;
}
// pre: findLinesWidth carried out and elements sorted in ascending order
public TextSegment getBottomElementMatchingFontsizeAfterSorting() {
TextSegment retVal = null;
for (int n = items.size() - 1; n >= 0; n--) {
TextSegment s = items.get(n);
for (CompositeSegment<? extends TextSegment> l : foundLines) {
if (l.getItems().contains(s)) {
// if (s.getFontSize() == l.getFontSize())
if (Utils.within(s.getFontSize(), l.getFontSize(), s.getFontSize() * 0.1f)) return s;
}
}
}
return retVal;
}
protected void processLines() {
if (foundLines.size() > 1) {
// first find averages
float avgX1 = 0.0f;
float avgXcen = 0.0f;
float avgX2 = 0.0f;
float afs = 0.0f;
float als = 0.0f;
boolean clashingLines = false;
CompositeSegment<? extends TextSegment> prevLine = null;
for (CompositeSegment<? extends TextSegment> l : foundLines) {
avgX1 += l.getX1();
avgXcen += l.getXmid();
avgX2 += l.getX2();
afs += l.getFontSize();
if (prevLine != null) {
float lineSpacing = prevLine.getY1() - l.getY1();
als += lineSpacing;
if (SegmentUtils.vertIntersect(prevLine, l.getYmid())) clashingLines = true;
}
prevLine = l;
}
avgX1 /= foundLines.size();
avgXcen /= foundLines.size();
avgX2 /= foundLines.size();
afs /= foundLines.size();
fontSize = afs;
als /= (foundLines.size() - 1);
// System.out.println("setting als to: " + als);
// lineSpacing = als;
lineSpacing = als / afs; // changed 30.10.10
// now, see if they are within allowed error
boolean constantX1 = true,
constantXcen = true,
constantX2 = true,
constantfs = true,
constantls = true;
float tolerance = afs * 0.5f;
prevLine = null;
for (CompositeSegment<? extends TextSegment> l : foundLines) {
if (!Utils.within(l.getX1(), avgX1, tolerance)) constantX1 = false;
if (!Utils.within(l.getXmid(), avgXcen, tolerance)) constantXcen = false;
if (!Utils.within(l.getX2(), avgX2, tolerance)) constantX2 = false;
if (!Utils.within(l.getFontSize(), afs, afs * 0.1f)) constantfs = false;
if (prevLine != null) {
float lineSpacing = prevLine.getY1() - l.getY1();
if (!Utils.within(lineSpacing, als, afs * 0.2f)) constantls = false;
}
prevLine = l;
}
if (constantX1 && constantX2) textAlignment = ALIGN_LCR;
else if (constantX1 && constantXcen) textAlignment = ALIGN_LC;
else if (constantXcen && constantX2) textAlignment = ALIGN_CR;
else if (constantX1) textAlignment = ALIGN_L;
else if (constantXcen) textAlignment = ALIGN_C;
else if (constantX2) textAlignment = ALIGN_R;
else textAlignment = ALIGN_NONE;
if (constantls) constantLS = true;
else constantLS = false;
if (constantfs) constantFS = true;
else constantFS = false;
if (!clashingLines) uniqueLines = true;
else uniqueLines = false;
// this.fontSize = afs;
} else {
// if singleton, or if no sub-objects etc.
}
}