test device tango test

src/gof2master.cpp

@@ -36,15 +36,17 @@ Gof2master::Gof2master(CumbiaPool *cumbia_pool, QWidget *parent) :
     QVBoxLayout *mainlo = new QVBoxLayout(this);
     QGraphicsView *gv = new QGraphicsView(this);
     QGraphicsScene *sce = new QGraphicsScene(this);
+    sce->setSceneRect(0, 0, 600, 600);
     gv->setScene(sce);
     mainlo->addWidget(gv);
 //    gv->installEventFilter(new MouseWheelViewScaler(this));
 
     const int distrib_r = 60;
-    int period = 100, i; // p.value("i").toInt();
+    int period = 100, i = 0; // p.value("i").toInt();
 //    const QStringList &srcs {"hor_orbit_err", "ver_orbit_err", "hor_corr_set", "ver_corr_set"  };
-    const QStringList &srcs {"double_spectrum_ro", "long_spectrum_ro", "short_spectrum_ro"  };
-    QVector<QColor> cc {"yellow", "blue", "green", "violet", "orange", "pink"};
+    const QStringList &srcs {"double_spectrum_ro", "long_spectrum_ro" };
+    // const QStringList &srcs {"wave"  };
+    QVector<QColor> cc {"yellow", "white", "green", "violet", "orange", "pink"};
     const double wi = sce->width(), he = sce->height();
     foreach(const QString& s, srcs) {
         QuWatcher *w = new QuWatcher(this, cu_pool, m_ctrl_factory_pool);
@@ -58,7 +60,7 @@ Gof2master::Gof2master(CumbiaPool *cumbia_pool, QWidget *parent) :
         float yp = he/2.0 * (i / 2);
         i++;
 
-        QuCircularPlotI *ni = new QuCircularPlotI(nullptr, QSize(300, 300));
+        QuCircularPlotI *ni = new QuCircularPlotI(nullptr, QSize(wi/2.1, he/2.1));
 
         QuCircularPlotEngine *pie = ni->engine();
         qucircularplot_attributes &a = pie->a;
@@ -72,7 +74,8 @@ Gof2master::Gof2master(CumbiaPool *cumbia_pool, QWidget *parent) :
         sce->addItem(ni);
         ni->setPos(xp, yp);
         QuCircularPlotCurve *crv = pie->addCurve(w->source());
-        printf("\e[1;32m created curve %s\e[0m\n", qstoc(crv->source()));
+        printf("\e[1;32m created curve %s\e[0m scene %fx%f i %d x pos %f y pos %f item w %f h %f\n",
+               qstoc(crv->source()), wi, he, i, xp, yp, ni->boundingRect().width(), ni->boundingRect().height());
         QPen pe = crv->pen();
         pe.setColor(cc.at(i % cc.size()));
         // set all but one of the two plots' background to black
@@ -109,12 +112,24 @@ Gof2master::~Gof2master()
     delete ui;
 }
 
-void Gof2master::onNewData(const CuData &da)
-{
-    pretty_pri("\e[1;33m%s\e[0m", datos(da));
+void Gof2master::onNewData(const CuData &da) {
     bool err  = da.B(CuDType::Err);  // da.B("err")
     QuString src = da.s(CuDType::Src);  // da.s("src")
     QString s = src.section('/', -1);
+    if(da.s(CuDType::Type) == "property") {
+        double m, M;
+        m = da.D(CuDType::Min);
+        M = da.D(CuDType::Max);
+        pretty_pri("m: %f M: %f", m, M);
+        if(M > m) {
+            pretty_pri("setting min/max: m: %f M: %f", m, M);
+            m_get_plot(s)->engine()->setYLowerBound(m);
+            m_get_plot(s)->engine()->setYUpperBound(M);
+            qucircularplot_attributes &a = m_get_plot(s)->engine()->a;
+            a.axes.x.baseline = (M - m) / 2.0;
+        }
+    }
+    // pretty_pri("\e[1;33m%s\e[0m", datos(da));
     std::vector<double> v;
     QVector<double> y;
     if(da.containsKey(CuDType::Value)) {  // da.containsKey("value")
@@ -132,6 +147,9 @@ void Gof2master::onNewData(const CuData &da)
     }
     if(err)
         perr("read error: %s -> %s", da.s(CuDType::Src).c_str(), da.s(CuDType::Message).c_str());  // da.s("src"), da.s("msg")
+
+    pretty_pri("data %s: %s [%f - %f]", qstoc(src), da.s(CuDType::Value).c_str(),
+               m_get_plot(s)->engine()->yLowerBound(), m_get_plot(s)->engine()->yUpperBound());
 }
 
 void Gof2master::zoomMoved(double dx, double dy) {