//
// 函数：layout(bool resizable)
//
// 目的：进行元件自身及子元件的布局
//
void YCUITr::layout(bool resizable)
{
// 检查 background
buildBackground();
int leftTopX = myMarginLeft + myPaddingLeft;
int leftTopY = myMarginTop + myPaddingTop;
//
// 在布局过程中布局方式从左到右进行
//
std::list<YCIUITag*> line;
for (Item_List_T* item = mySubTags->begin();
item != mySubTags->end();
item = mySubTags->next(item))
{
YCIUITag* tag = (YCIUITag*)mySubTags->payload(item);
if (tag->isVisible())
{
tag->setPosition(leftTopX, leftTopY);
leftTopX += tag->getWidthWithMargin();
tag->layout(resizable);
YCUITd* td = (YCUITd*)tag;
if (mySubTags->next(item) != NULL)
{
td->setDelimiterEnable(true);
}
else
{
td->setDelimiterEnable(false);
}
}
}
}
//===================================================================================================>
//
bool TiledBackground::init ( IDXDEVICE device, const tstring& configFilename )
{
myDevice = device;
device->AddRef();
DxAssetManager& assetManager = DxAssetManager::getInstance();
bool b = buildBackground( configFilename );
//TODO: FIX FOR WIN 8 and 10
// The RENDER_TARGET mechanism is not working.
// The test below proves it, it uses NO render target, and draws perfectly.
// however, if changed to .create( dev, fn, rect, RENDER_TARGET ) version, it creates a render target
// AND DOES NOT WORK IN WIN8
//RECT junk = { 0,0, 800,576 };
//HRESULT result = myTestTexture.create( myDevice,
// DxAssetManager::getInstance().getConfigAssetPath(_T("SCOTTS_TEST.png")),
// D3DCOLOR_XRGB( 243,242,241), NULL );
return b;
}
//
// 函数：layout(bool resizable)
//
// 目的：进行元件自身及子元件的布局
//
void YCUITable::layout(bool resizable)
{
// 检查 background
buildBackground();
int leftTopX = myMarginLeft + myPaddingLeft;
int leftTopY = myMarginTop + myPaddingTop;
//
// 在布局过程中
// 按照一行一行的布局方式从上到下进行
//
std::list<YCIUITag*> line;
for (Item_List_T* item = mySubTags->begin();
item != mySubTags->end();
item = mySubTags->next(item))
{
YCIUITag* tag = (YCIUITag*)mySubTags->payload(item);
if (tag->isVisible())
{
tag->setPosition(leftTopX, leftTopY);
leftTopY += tag->getHeightWithMargin();
tag->layout(resizable);
}
}
}
void SignalPlot::resizeEvent(QResizeEvent *)
{
buildBackground();
mItemsPerPixel = floor(mPlotArea.width()/mChannelData[0].size());
update();
}
OscGeneral::OscGeneral() : OSCCMD("/mtcf"),
textsize(ofxGlobalConfig::getRef("PROGRAM:TEXTSIZE", 1.0f)) {
buildBackground();
}