void IconDes::PenSet(Point p, dword flags)
{
return;
p -= (pen - 1) / 2;
Over(CurrentImage(), p, IconDesImg::Get(IconDesImg::I_pen1 + minmax(pen - 1, 0, 5)),
Size(pen, pen));
RefreshPixel(p, pen, pen);
}
BOOL CTimeout::TimeoutReset( DWORD dwCurr )
{
DWORD dwTimeout = Over( dwCurr );
if( dwTimeout > 0 )
{
Reset( dwCurr, dwTimeout );
return TRUE;
}
return FALSE;
}
void InterpolateImage(Image& img, const Rect& _rc)
{
Rect rc = _rc & img.GetSize();
Image m = Crop(img, rc);
TimeStop tm;
Image imp = CreateImage(rc.GetSize(), Null);
Over(imp, Point(0, 0), m, m.GetSize());
Progress pi("Interpolating...");
for(int qq = 0; qq < 2000; qq++) {
InterpolateFilter f;
f.todo = 0;
imp = Filter(imp, f);
Over(imp, Point(0, 0), m, m.GetSize());
if(f.todo == 0)
break;
if(pi.SetCanceled(qq, 2000))
break;
}
Copy(img, rc.TopLeft(), imp, imp.GetSize());
}
Image IconDes::MakeIconDesCursor(const Image& arrow, const Image& cmask)
{
RGBA c = CurrentColor();
c.a = 255;
Image ucmask = Unmultiply(cmask);
ImageBuffer ib(ucmask.GetSize());
const RGBA *m = ~ucmask;
RGBA *t = ~ib;
RGBA *e = ib.End();
while(t < e) {
*t = c;
t->a = m->a;
m++;
t++;
}
Image cm(ib);
Image r = arrow;
Over(r, Point(0, 0), Premultiply(cm), r.GetSize());
return r;
}
void CSuperMove::Update()
{
if (!gMap)
{
return /*Clear()*/;
}
if (m_bHungUp)
{
if (!gHero->IsMoving())
{
m_bHungUp = false;
StartMove(m_pPath, m_nErrorDistance);
}
return;
}
if (!gHero->IsTransfering() && !m_bOver && !m_bPause)
{
if ((*m_itCurAction)->CheckFailed())
{
return Clear();
}
if ((*m_itCurAction)->CheckDone())
{
if (!HasNextAction())
{
Over();
}
else if (nFrameCounter++ == 5)
{
NextAction();
nFrameCounter = 0;
}
}
}
}
bool MOUSE::PressInRect(RECT dest)
{
return ClickLeft() && Over(dest);
}
void SImageDraw1::PutImage(Point p, const Image& m, const Rect& src)
{
Over(ib, p, m, src);
}
Image OverLtRed(const Image& m)
{
Image red = CreateImage(m.GetSize(), Blend(LtRed, SColorPaper));
Over(red, Point(0, 0), m, m.GetSize());
return red;
}
void CTimer::operator()( double fInterval )
{
Set( (float)fInterval ); while( !Over() );
}
void CTimer::operator()( void )
{
while( !Over() );
}
bool OverAll(float phi, float eta) {
return (Over(phi, eta) || OverQCD(phi, eta));
}
Image sImageAdd::Make() const
{
Image dest = i1;
Over(dest, Point(0, 0), i2, i2.GetSize());
return dest;
}