void JucerFillType::reset()
{
ImageCache::release (image);
image = 0;
mode = solidColour;
colour = Colours::brown.withHue (Random::getSystemRandom().nextFloat());
gradCol1 = Colours::red;
gradCol2 = Colours::green;
gradPos1 = RelativePositionedRectangle();
gradPos1.rect = PositionedRectangle (T("50 50"));
gradPos2 = RelativePositionedRectangle();
gradPos2.rect = PositionedRectangle (T("100 100"));
imageResourceName = String::empty;
imageOpacity = 1.0;
imageAnchor = RelativePositionedRectangle();
imageAnchor.rect = PositionedRectangle (T("0 0"));
}
void PaintElementPath::restorePathFromString (const String& s)
{
points.clear();
StringArray tokens;
tokens.addTokens (s, false);
tokens.trim();
tokens.removeEmptyStrings();
for (int i = 0; i < tokens.size(); ++i)
{
ScopedPointer<PathPoint> p (new PathPoint (this));
if (tokens[i] == "s")
{
p->type = Path::Iterator::startNewSubPath;
p->pos [0] = RelativePositionedRectangle();
p->pos [0].rect = PositionedRectangle (tokens [i + 1] + " " + tokens [i + 2]);
i += 2;
}
else if (tokens[i] == "l")
{
p->type = Path::Iterator::lineTo;
p->pos [0] = RelativePositionedRectangle();
p->pos [0].rect = PositionedRectangle (tokens [i + 1] + " " + tokens [i + 2]);
i += 2;
}
else if (tokens[i] == "q")
{
p->type = Path::Iterator::quadraticTo;
p->pos [0] = RelativePositionedRectangle();
p->pos [0].rect = PositionedRectangle (tokens [i + 1] + " " + tokens [i + 2]);
p->pos [1] = RelativePositionedRectangle();
p->pos [1].rect = PositionedRectangle (tokens [i + 3] + " " + tokens [i + 4]);
i += 4;
}
else if (tokens[i] == "c")
{
p->type = Path::Iterator::cubicTo;
p->pos [0] = RelativePositionedRectangle();
p->pos [0].rect = PositionedRectangle (tokens [i + 1] + " " + tokens [i + 2]);
p->pos [1] = RelativePositionedRectangle();
p->pos [1].rect = PositionedRectangle (tokens [i + 3] + " " + tokens [i + 4]);
p->pos [2] = RelativePositionedRectangle();
p->pos [2].rect = PositionedRectangle (tokens [i + 5] + " " + tokens [i + 6]);
i += 6;
}
else if (tokens[i] == "x")
{
p->type = Path::Iterator::closePath;
}
else
continue;
points.add (p.release());
}
}
void JucerFillType::restoreFromString (const String& s)
{
reset();
if (s.isNotEmpty())
{
StringArray toks;
toks.addTokens (s, T(",:"), 0);
toks.trim();
if (toks[0] == T("solid"))
{
mode = solidColour;
colour = Colour (toks[1].getHexValue32());
}
else if (toks[0] == T("linear")
|| toks[0] == T("radial"))
{
mode = (toks[0] == T("linear")) ? linearGradient : radialGradient;
gradPos1 = RelativePositionedRectangle();
gradPos1.rect = PositionedRectangle (toks[1]);
gradPos2 = RelativePositionedRectangle();
gradPos2.rect = PositionedRectangle (toks[2]);
gradCol1 = Colour (toks[3].fromFirstOccurrenceOf (T("="), false, false).getHexValue32());
gradCol2 = Colour (toks[4].fromFirstOccurrenceOf (T("="), false, false).getHexValue32());
}
else if (toks[0] == T("image"))
{
mode = imageBrush;
imageResourceName = toks[1];
imageOpacity = toks[2].getDoubleValue();
imageAnchor= RelativePositionedRectangle();
imageAnchor.rect = PositionedRectangle (toks[3]);
}
else
{
jassertfalse
}
}
RelativePositionedRectangle PaintElementPath::getPoint (int index, int pointNumber) const
{
if (PathPoint* const p = points [index])
{
jassert (pointNumber < 3 || p->type == Path::Iterator::cubicTo);
jassert (pointNumber < 2 || p->type == Path::Iterator::cubicTo || p->type == Path::Iterator::quadraticTo);
return p->pos [pointNumber];
}
jassertfalse;
return RelativePositionedRectangle();
}
