const HRESULT CPVI_Canvas::Init(const char* name/*=0*/)
{
char temp[MAX_PATH];
_snprintf_s(temp, MAX_PATH, _TRUNCATE, "%s.blind", _strconf);
_bHasBackground = _config->getBool(temp);
IGlyph* g = 0;
if (_bHasBackground) {
_blind = new CBlind(_name, BGR(0, 0, 0), 0.5);
g = AppendChild(_gt.begin(), _blind);
}
try {
//_my_disp;
char temp[MAX_PATH];
_snprintf_s(temp, MAX_PATH, "%s.containers", this->_strconf);
strcpy_s(_my_cont, MAX_PATH, _config->getString(temp).c_str());
_snprintf_s(temp, MAX_PATH, _TRUNCATE, "%s.rect-percentage", _strconf);
_config->getTripleFloat(_tt_layout, temp);
_snprintf_s(temp, MAX_PATH, _TRUNCATE, "%s.margin", _strconf);
_config->getRect(_margin, temp);
_snprintf_s(temp, MAX_PATH, _TRUNCATE, "%s.chart-interval", _strconf);
_chart_interval = _config->getInt(temp);
_prc_chart = new CPriceTickChart("price-chart");
_snprintf_s(temp, MAX_PATH, "%s.price-chart", _strconf);
_prc_chart->setConfig(_config, temp);
if (!g)
g = AppendChild(_gt.begin(), _prc_chart);
else
g = InsertNext(g->GetGlyphTreeIter(), _prc_chart);
_prc_chart->AddGraphs();
_vol_chart = new CVolumeTickChart("volume-chart");
_snprintf_s(temp, MAX_PATH, "%s.volume-chart", _strconf);
_vol_chart->setConfig(_config, temp);
g = InsertNext(g->GetGlyphTreeIter(), _vol_chart);
_vol_chart->AddGraphs();
_itr_chart = new CInterestTickChart("interest-chart");
_snprintf_s(temp, MAX_PATH, "%s.interest-chart", _strconf);
_itr_chart->setConfig(_config, temp);
g = InsertNext(g->GetGlyphTreeIter(), _itr_chart);
_itr_chart->AddGraphs();
} catch(...) {
return (-1);
}
return S_OK;
}
bool LinkedList<T>::InsertNode(Node<T>* pNewNode, int position)
{
if (position == 1) //insert to the head position
{
pNewNode->next = mHead;
mHead = pNewNode;
return true;
}
Node<T>* pCurrNode = FindNodeByPosition(position - 1);
if (pCurrNode == nullptr)
{
cout << "ERROR Node can't be added" << endl;
return false;
}
InsertNext(pCurrNode, pNewNode);
return true;
}
const HRESULT CEuclidCanvas::Init(const char* name/* = 0*/)
{
IGlyph* g = 0;
if (_bHasBackground) {
_blind = new CBlind(_name, BGR(0, 0, 0), 0.8);
g = AppendChild(_gt.begin(), _blind);
}
try {
//_my_disp;
char temp[MAX_PATH];
_snprintf_s(temp, MAX_PATH, "%s.containers", this->_strconf);
strcpy_s(_my_cont, MAX_PATH, _config->getString(temp).c_str());
_prc_chart = new CPriceTickChart("price-chart");
_snprintf_s(temp, MAX_PATH, "%s.price-chart", _strconf);
_prc_chart->setConfig(_config, temp);
if (!g)
g = AppendChild(_gt.begin(), _prc_chart);
else
g = InsertNext(g->GetGlyphTreeIter(), _prc_chart);
_prc_chart->AddGraphs();
_approx_short_lo = new CDataLineGraph("rt-appx_short_lo", CDataLineGraph::GEOMETRY_PATH_TYPE_LINE, false, false);
_approx_short_lo->setWorld(_prc_chart->getCoordWorld());
_approx_short_lo->SetLineColor(BGR(255, 0, 0), 1.0f);
_approx_short_lo->SetStrokeWidth(.02f);
_approx_short_lo->GetGraphData()->SetSize(1024);
g = InsertNext(g->GetGlyphTreeIter(), _approx_short_lo);
_approx_short_he = new CDataLineGraph("rt-appx_short_he", CDataLineGraph::GEOMETRY_PATH_TYPE_LINE, false, false);
_approx_short_he->setWorld(_prc_chart->getCoordWorld());
_approx_short_he->SetLineColor(BGR(0, 255, 0), 1.0f);
_approx_short_he->SetStrokeWidth(.02f);
_approx_short_he->GetGraphData()->SetSize(1024);
g = InsertNext(g->GetGlyphTreeIter(), _approx_short_he);
_approx_long_lo = new CDataLineGraph("rt-appx_long_lo", CDataLineGraph::GEOMETRY_PATH_TYPE_LINE, false, false);
_approx_long_lo->setWorld(_prc_chart->getCoordWorld());
_approx_long_lo->SetLineColor(BGR(255, 0, 0), 1.0f);
_approx_long_lo->SetStrokeWidth(.1f);
_approx_long_lo->GetGraphData()->SetSize(1024);
g = InsertNext(g->GetGlyphTreeIter(), _approx_long_lo);
_approx_long_he = new CDataLineGraph("rt-appx_long_he", CDataLineGraph::GEOMETRY_PATH_TYPE_LINE, false, false);
_approx_long_he->setWorld(_prc_chart->getCoordWorld());
_approx_long_he->SetLineColor(BGR(0, 255, 0), 1.0f);
_approx_long_he->SetStrokeWidth(.1f);
_approx_long_he->GetGraphData()->SetSize(1024);
g = InsertNext(g->GetGlyphTreeIter(), _approx_long_he);
_predict_short_lo = new CDataLineGraph("rt-prdt_short_lo", CDataLineGraph::GEOMETRY_PATH_TYPE_LINE, false, false);
_predict_short_lo->setWorld(_prc_chart->getCoordWorld());
_predict_short_lo->SetLineColor(BGR(255, 0, 0), 1.0f);
_predict_short_lo->SetStrokeWidth(.2f);
_predict_short_lo->GetGraphData()->SetSize(180);
g = InsertNext(g->GetGlyphTreeIter(), _predict_short_lo);
_predict_short_he = new CDataLineGraph("rt-prdt_short_he", CDataLineGraph::GEOMETRY_PATH_TYPE_LINE, false, false);
_predict_short_he->setWorld(_prc_chart->getCoordWorld());
_predict_short_he->SetLineColor(BGR(0, 255, 0), 1.0f);
_predict_short_he->SetStrokeWidth(.2f);
_predict_short_he->GetGraphData()->SetSize(180);
g = InsertNext(g->GetGlyphTreeIter(), _predict_short_he);
_predict_long_lo = new CDataLineGraph("rt-prdt_long_lo", CDataLineGraph::GEOMETRY_PATH_TYPE_LINE, false, false);
_predict_long_lo->setWorld(_prc_chart->getCoordWorld());
_predict_long_lo->SetLineColor(BGR(255, 0, 0), 1.0f);
_predict_long_lo->SetStrokeWidth(.2f);
_predict_long_lo->GetGraphData()->SetSize(180);
g = InsertNext(g->GetGlyphTreeIter(), _predict_long_lo);
_predict_long_he = new CDataLineGraph("rt-prdt_long_he", CDataLineGraph::GEOMETRY_PATH_TYPE_LINE, false, false);
_predict_long_he->setWorld(_prc_chart->getCoordWorld());
_predict_long_he->SetLineColor(BGR(255, 0, 0), 1.0f);
_predict_long_he->SetStrokeWidth(.2f);
_predict_long_he->GetGraphData()->SetSize(180);
g = InsertNext(g->GetGlyphTreeIter(), _predict_long_he);
} catch(...) {
return (-1);
}
return S_OK;
}
