#include #include "data/data.h" #include "powergraphitem.h" #include "powergraph.h" PowerGraph::PowerGraph(QWidget *parent) : GraphTab(parent) { _showTracks = false; GraphView::setYUnits(tr("W")); setYLabel(tr("Power")); setSliderPrecision(1); } PowerGraph::~PowerGraph() { qDeleteAll(_tracks); } void PowerGraph::setInfo() { if (_showTracks) { QLocale l(QLocale::system()); #ifdef Q_OS_ANDROID GraphView::addInfo(tr("Avg"), l.toString(avg() * yScale() + yOffset(), 'f', 1) + UNIT_SPACE + yUnits()); GraphView::addInfo(tr("Max"), l.toString(max() * yScale() + yOffset(), 'f', 1) + UNIT_SPACE + yUnits()); #else // Q_OS_ANDROID GraphView::addInfo(tr("Average"), l.toString(avg() * yScale() + yOffset(), 'f', 1) + UNIT_SPACE + yUnits()); GraphView::addInfo(tr("Maximum"), l.toString(max() * yScale() + yOffset(), 'f', 1) + UNIT_SPACE + yUnits()); #endif // Q_OS_ANDROID } else clearInfo(); } QList PowerGraph::loadData(const Data &data) { QList graphs; for (int i = 0; i < data.tracks().count(); i++) { const Track &track = data.tracks().at(i); const Graph &graph = track.power(); if (graph.isEmpty()) { _palette.nextColor(); graphs.append(0); } else { PowerGraphItem *gi = new PowerGraphItem(graph, _graphType, _width, _palette.nextColor()); _tracks.append(gi); if (_showTracks) addGraph(gi); _avg.append(QPointF(track.distance(), gi->avg())); graphs.append(gi); } } for (int i = 0; i < data.routes().count(); i++) { _palette.nextColor(); graphs.append(0); } for (int i = 0; i < data.areas().count(); i++) _palette.nextColor(); setInfo(); redraw(); return graphs; } qreal PowerGraph::avg() const { qreal sum = 0, w = 0; for (int i = 0; i < _avg.size(); i++) { const QPointF &p = _avg.at(i); sum += p.y() * p.x(); w += p.x(); } return (sum / w); } void PowerGraph::clear() { qDeleteAll(_tracks); _tracks.clear(); _avg.clear(); GraphTab::clear(); } void PowerGraph::showTracks(bool show) { _showTracks = show; for (int i = 0; i < _tracks.size(); i++) { if (show) addGraph(_tracks.at(i)); else removeGraph(_tracks.at(i)); } setInfo(); redraw(); }