public void initMeasure(int progressMaximum, bool isPrecise)
{
labels.Clear();
list = new List <PointPairListPlusWithMaxCapacity>();
var g = Graph.MeasureGraph.Instance;
pspec = g.PreciseData.GetUsed();
foreach (var ped in pspec)
{
var temp = new PointPairListPlusWithMaxCapacity();
temp.PEDreference = ped;
list.Add(temp);
}
iteration = 0;
var panel = (MeasureGraphPanel)Panel;
panel.MeasureCancelRequested += MonitorForm_MeasureCancelRequested;
g.GraphDataModified += NewIterationAsync;
g.NewGraphData += InvokeRefreshGraph;
panel.ProgressMaximum = progressMaximum;
panel.Init(g);
if (progressMaximum > 0)
{
// only iterations limit
UseTimeScale = false;
}
else if (progressMaximum < 0)
{
// time limit or combined
UseTimeScale = true;
}
else
{
// no limit
UseTimeScale = false;
}
ZedGraphRebirth(FORM_TITLE, progressMaximum);
Show();
Activate();
start = DateTime.Now;
}
public void initMeasure(int progressMaximum, bool isPrecise)
{
labels.Clear();
list = new List<PointPairListPlusWithMaxCapacity>();
var g = Graph.MeasureGraph.Instance;
pspec = g.PreciseData.GetUsed();
foreach (var ped in pspec) {
var temp = new PointPairListPlusWithMaxCapacity();
temp.PEDreference = ped;
list.Add(temp);
}
iteration = 0;
var panel = (MeasureGraphPanel)Panel;
panel.MeasureCancelRequested += MonitorForm_MeasureCancelRequested;
g.GraphDataModified += NewIterationAsync;
g.NewGraphData += InvokeRefreshGraph;
panel.ProgressMaximum = progressMaximum;
panel.Init(g);
if (progressMaximum > 0) {
// only iterations limit
UseTimeScale = false;
} else if (progressMaximum < 0) {
// time limit or combined
UseTimeScale = true;
} else {
// no limit
UseTimeScale = false;
}
ZedGraphRebirth(FORM_TITLE, progressMaximum);
Show();
Activate();
start = DateTime.Now;
}
