static void TestOverflowHitTest() {
SkPath path;
#ifdef SK_SCALAR_IS_FLOATx // FIXME: unclear when if ever this can be enabled
path.addCircle(0, 0, 70000, SkPath::kCCW_Direction);
SkASSERT(HitTestPath(path, 40000, 40000));
#endif
}
static void TestOverflowHitTest() {
SkPath path;
#ifdef SK_SCALAR_IS_FLOATx
path.addCircle(0, 0, 70000, SkPath::kCCW_Direction);
SkASSERT(HitTestPath(path, 40000, 40000));
#endif
}
//virtual
bool PSVGEllipseElement::HitTest(double x, double y, int pointerEvents)
{
SVGEllipseElement* psvgElement = static_cast<SVGEllipseElement*>(m_pNode);
bool bOver = false;
x -= m_computedCx;
y -= m_computedCy;
// Scale it into a circle
x /= m_computedRx;
y /= m_computedRy;
if ((x*x + y*y) <= 1)
{
bOver = true;
}
return bOver;
#if 0
/*
CComObject<CLSVGPathSegList>* seglist;
CComObject<CLSVGPathSegList>::CreateInstance(&seglist);
if (seglist)
{
seglist->AddRef();
seglist->AddEllipse(m_computedCx, m_computedCy, m_computedRx, m_computedRy);
*/
LDraw::GraphicsPathF GraphicsPathF;
// DrawPathSegList(seglist, &GraphicsPathF, NULL);
GraphicsPathF.AddEllipse(float(m_bounds.X), float(m_bounds.Y), float(m_bounds.Width), float(m_bounds.Height));
bOver = HitTestPath(this, &GraphicsPathF, x, y, pointerEvents);
/*
seglist->Release();
}
*/
return bOver;
#endif
}
//virtual
bool PSVGPathElement::HitTest(double x, double y, int pointerEvents)
{
SVGPathElement* psvgElement = static_cast<SVGPathElement*>(m_pNode);
bool bOver = false;
#if 0
SVGPathSegList* seglist = psvgElement->m_d->m_animated->m_animVal->m_value->m_normalizedseglist;
if (seglist)
{
LDraw::GraphicsPathF GraphicsPathF(m_computedFillRule == FillRule_nonzero? LDraw::FillModeWinding: LDraw::FillModeAlternate);
DrawPathSegList(seglist, &GraphicsPathF, NULL);
bOver = HitTestPath(this, &GraphicsPathF, x, y, pointerEvents);
}
#endif
return bOver;
}
