void SRFlipFlop::updatePorts( ) {
inputs( ).at( 0 )->setPos( topPosition( ), 13 ); /* S */
inputs( ).at( 1 )->setPos( topPosition( ), 29 ); /* Clk */
inputs( ).at( 2 )->setPos( topPosition( ), 45 ); /* R */
output( 0 )->setPos( bottomPosition( ), 15 ); /* Q */
output( 1 )->setPos( bottomPosition( ), 45 ); /* ~Q */
}
void TFlipFlop::updatePorts( ) {
inputs( ).at( 0 )->setPos( topPosition( ), 13 ); /* T */
inputs( ).at( 1 )->setPos( topPosition( ), 45 ); /* Clock */
inputs( ).at( 2 )->setPos( 32, topPosition( ) ); /* Preset */
inputs( ).at( 3 )->setPos( 32, bottomPosition( ) ); /* Clear */
output( 0 )->setPos( bottomPosition( ), 15 ); /* Q */
output( 1 )->setPos( bottomPosition( ), 45 ); /* ~Q */
}
// -----------------------------------------------------------------------------
// CAknPhysicsRestrictor::ViewBottomPosition()
// -----------------------------------------------------------------------------
//
TInt CAknPhysicsRestrictor::ViewBottomPosition() const
{
TInt bottomPosition( 0 );
// If world size smaller than view size, bottom position is same as top
// position
if ( iLandscape && iViewSize.iWidth >= iWorldSize.iWidth
|| !iLandscape && iViewSize.iHeight >= iWorldSize.iHeight )
{
bottomPosition = ViewTopPosition();
}
// Otherwise calculate bottom position according to world size
else
{
if ( iLandscape )
{
bottomPosition = iWorldSize.iWidth - iViewSize.iWidth / 2;
}
else
{
bottomPosition = iWorldSize.iHeight - iViewSize.iHeight / 2;
}
}
return bottomPosition;
}
