virtual void visit(FunctionSpaceMesh& f)
{
if (alreadyResolved(f))
return;
DofMapBuilder<dimension> mapBuilder(scenario.getMesh());
mapBuilder.addFiniteElement(scenario.getElement(f.getElement()));
setDofMap(f, mapBuilder.getDofMap());
}
// ---
QGAMES::WorldBuilder* PacmanGame::createWorldBuilder ()
{
return (new WorldsBuilder (std::string (__WORLDSFILE__), mapBuilder ()));
}
void cBuilder::parseInput() {
sObjectPart *part = 0;
sPlayerInput *input = mInput->inputGet(0);
bool update = false;
// Get the current selected 'part' of the object
if(mCurrentObject)
part = mCurrentObject->partGet();
// Left
if(input->mLeft) {
if( part && mDragMode ) {
switch( part->mDragDirection ) {
case eDirectionLeft:
part->mLength++;
break;
case eDirectionRight:
part->mLength--;
break;
default:
break;
}
} else
mCursorX -= 4;
update = true;
}
// Right
if(input->mRight) {
if( part && mDragMode ) {
switch( part->mDragDirection ) {
case eDirectionLeft:
part->mLength--;
break;
case eDirectionRight:
part->mLength++;
break;
default:
break;
}
} else
mCursorX += 4;
update = true;
}
// Down
if(input->mDown) {
if( part && mDragMode ) {
switch( part->mDragDirection ) {
case eDirectionDown:
part->mLength++;
break;
case eDirectionUp:
part->mLength--;
break;
default:
break;
}
} else
mCursorY += 8;
update = true;
}
// Up
if(input->mUp) {
if( part && mDragMode ) {
switch( part->mDragDirection ) {
case eDirectionDown:
part->mLength--;
break;
case eDirectionUp:
part->mLength++;
break;
default:
break;
}
} else
mCursorY -= 8;
update = true;
}
//
if(part && ((int) part->mLength) < 1)
part->mLength = 1;
// Button
if(input->mButton) {
eventProcess( true );
if( part && part->mDrags == true ) {
if( mDragMode == false )
mDragMode = true;
else {
mDragMode = false;
if(mLinkMode) {
if(mOriginalObject) {
mOriginalObject->mLinkedSet( findItemIndex( mCurrentObject ) );
mOriginalObject->mLinked2Set( mCurrentRoom->mNumber );
}
mSearchObject = eObjectNone;
mLinkMode = false;
mCurrentObject = 0;
} else if(mCurrentObject) {
mCurrentObject->partPlace();
}
}
} else {
mDragMode = false;
if(mLinkMode) {
if(mOriginalObject) {
mOriginalObject->mLinkedSet( findItemIndex( mCurrentObject ) );
mOriginalObject->mLinked2Set( mCurrentRoom->mNumber );
}
mSearchObject = eObjectNone;
mLinkMode = false;
mCurrentObject = 0;
} else if(mCurrentObject) {
mCurrentObject->partPlace();
}
}
update = true;
}
// ESC: Quit builder
if( mInput->restoreGet() ) {
mTest = false;
mQuit = true;
return;
}
// F1: Save Castle To Disk
if( mInput->runStopGet() )
castleSaveToDisk();
if( mInput->f3Get() ) {
mapBuilder();
update = true;
}
// F4: Quit builder in test castle mode
if( mInput->f4Get() ) {
mTest = true;
mQuit = true;
}
// Check cursor position to see if its outside screen range
int downWidth = 1;
int downHeight = 1;
if(mCurrentObject) {
downHeight= mCurrentObject->partGet()->mCursorHeight;
downWidth = mCurrentObject->partGet()->mCursorWidth;
}
downHeight *= 8;
downWidth *= 4;
// Cursor minimum and maximums
if( (mCursorX + downWidth) > 0xB0)
mCursorX = 0xB0 - downWidth;
if( mCursorX < 0x10 )
mCursorX = 0x10;
if( mCursorY > 0xF0 )
mCursorY = 0;
if( (mCursorY + downHeight) > 0xC8 )
mCursorY = 0xC8 - downHeight;
// Does the cursor actually need updating
if(update)
cursorObjectUpdate();
}
