: FramesBase( contentX-usedBlockWidth, contentY-usedBlockHeight,

Frames::calculateNeededBlockWidth( contentWidth, usedBlockWidth ) * usedBlockWidth,

Frames::calculateNeededBlockHeight( contentHeight, usedBlockHeight ) * usedBlockHeight, 0, 0 ),

blocksX( Frames::calculateNeededBlockWidth( contentWidth, usedBlockWidth ) ),

blocksY( Frames::calculateNeededBlockHeight( contentHeight, usedBlockHeight ) ),

autoResize( false ),

centeringLayout( false ),

centerOnScreen( false )

{

setPosition( contentX, contentY );

setFramesDawnState( dawnState );

{

glColor4f(1,1,1,1);

Frames::drawFrame( getPosX(), getPosY(), blocksX, blocksY, usedBlockWidth, usedBlockHeight );

glTranslatef( usedBlockWidth, usedBlockHeight, 0 );

FramesBase::draw( mouseX-usedBlockWidth, mouseY-usedBlockHeight );

glTranslatef( -usedBlockWidth, -usedBlockHeight, 0 );

{

this->autoResize = true;

applyLayout();

{

this->centeringLayout = true;

applyLayout();

{

this->centerOnScreen = true;

recalculatePosition();

{

FramesBase::addChildFrame( relPosX, relPosY, newChild );

applyLayout();

{

std::vector<FramesBase*> childFrames = getChildFrames();

if ( centeringLayout && autoResize )

{

int maxWidth = 0;

int totalHeight = 0;

for ( size_t curChild = 0; curChild < childFrames.size(); ++curChild )

{

maxWidth = std::max( maxWidth, childFrames[curChild]->getWidth() );

totalHeight += childFrames[curChild]->getHeight();

}

totalHeight += (childFrames.size()+1) * 2;

resize( maxWidth, totalHeight );

}

else if ( autoResize )

{

int maxX = 0;

int maxY = 0;

for ( size_t curChild = 0; curChild < childFrames.size(); ++curChild )

{

maxX = std::max( maxX, childFrames[curChild]->getPosX() + childFrames[curChild]->getWidth() );

maxY = std::max( maxY, childFrames[curChild]->getPosY() + childFrames[curChild]->getHeight() );

}

resize( maxX, maxY );

}

if ( centeringLayout )

{

int totalChildHeight = 0;

int maxChildWidth = 0;

for ( size_t curChild = 0; curChild < childFrames.size(); ++curChild )

{

totalChildHeight += childFrames[curChild]->getHeight();

maxChildWidth = std::max( maxChildWidth, childFrames[curChild]->getWidth() );

}

int skipPerElement = ( (blocksY*usedBlockHeight-totalChildHeight) / (childFrames.size() + 1) );

int curY = skipPerElement;

for ( size_t curChild = 0; curChild < childFrames.size(); ++curChild )

{

// std::cout << "setting element " << curChild << " to (" << (blocksX*usedBlockWidth - maxChildWidth) / 2 << "," << curY << ")" << std::endl;

childFrames[curChild]->setPosition( (blocksX*usedBlockWidth - maxChildWidth) / 2, curY );

curY += skipPerElement + childFrames[curChild]->getHeight();

}

}

{

// std::cout << "(width,height) = "<< width << "," << height << std::endl;

blocksX = Frames::calculateNeededBlockWidth( width, usedBlockWidth );

blocksY = Frames::calculateNeededBlockHeight( height, usedBlockHeight );

// std::cout << "(blocksX,blocksY) = " << blocksX << "," << blocksY << std::endl;

recalculatePosition();

{

if ( centerOnScreen )

setPosition( (Configuration::screenWidth-getWidth()) / 2, (Configuration::screenHeight-getHeight()) / 2 );