float32 Rect::GetRealLeft() const
{
float32 realLeft(m_LeftTop.x);
realLeft = realLeft > m_LeftBottom.x ? m_LeftBottom.x : realLeft;
realLeft = realLeft > m_RightBottom.x ? m_RightBottom.x : realLeft;
realLeft = realLeft > m_RightTop.x ? m_RightTop.x : realLeft;
return realLeft;
}
void
AsdkSmiley::setMouth( const AcGePoint3d& left, const AcGePoint3d& bottom, const AcGePoint3d& right )
{
assertWriteEnabled();
AcGePoint3d realLeft( left ), realBottom( bottom ), realRight( right );
double topY = center()[Y] + eyesHeight() - eyeSize();
double diff = 0.0;
if (( left[Y] - topY ) > diff ){
diff = left[Y] - topY;
}
if (( bottom[Y] - topY ) > diff ){
diff = bottom[Y] - topY;
}
if (( right[Y] - topY ) > diff ){
diff = right[Y] - topY;
}
AcGeVector3d vec( 0, diff, 0 );
mmoutharc.set( realLeft - vec, realBottom - vec, realRight - vec );
recordGraphicsModified();
}
