internal void Update(object sender, CeUpdateEvent e)
{
App.Current.Dispatcher.Invoke((System.Action) delegate
{
UpdateTime = DateTime.Now.ToString();
ClearAll();
Times = new ObservableCollection <string>();
Income = new ObservableCollection <double>();
FluidLevel = new ObservableCollection <float>();
Flows = new ObservableCollection <PumpsFlows>();
Hours = new ObservableCollection <PumpsHours>();
foreach (var item in e.Times)
{
Times.Add(item);
Data.Times.Add(item);
}
foreach (var item in e.Income)
{
Income.Add(item);
Data.Income.Add(item);
}
foreach (var item in e.FluidLevel)
{
FluidLevel.Add(item);
Data.FluidLevel.Add(item);
}
foreach (var item in e.Flows)
{
Flows.Add(Mapper.Map <PumpsFlows>(item));
Data.Flows.Add(Mapper.Map <PumpsFlows>(item));
}
foreach (var item in e.Hours)
{
Hours.Add(Mapper.Map <PumpsHours>(item));
Data.Hours.Add(Mapper.Map <PumpsHours>(item));
}
AddGraphicValuesToIncome();
DrawCharts();
});
}
public Task Handle(CeUpdateEvent message, IMessageHandlerContext context)
{
ceUpdate.Invoke(this, message);
return(Task.CompletedTask);
}
private void Update(CeForecast forecastResult, List <double> weather)
{
CeUpdateEvent update = new CeUpdateEvent();
update.Income = new List <double>();
for (int i = 0; i < weather.Count; i++)
{
double integralIncome = 0;
for (int j = 0; j < 4; j++)
{
integralIncome += weather[i] / 4;
update.Income.Add(integralIncome);
}
}
update.Times = GetTimes();
update.FluidLevel = new List <float>();
foreach (var item in forecastResult.Results)
{
update.FluidLevel.Add(item.StartFluidLevel);
update.FluidLevel.Add(item.EndFluidLevel);
}
update.Hours = new List <PumpsHours>();
update.Flows = new List <PumpsFlows>();
graph = new CeGraphicalEvent();
graph.PumpsValues = new Core.Common.ServiceBus.Events.CeGraph();
List <List <long> > list = new List <List <long> >();
for (int i = 0; i < points; i++)
{
var macList = new List <long>();
long cumm = 0;
var hours = new PumpsHours();
var flows = new PumpsFlows();
foreach (var item in forecastResult.Results)
{
if (item.Pumps[i] == 1)
{
hours.Hours.Add(item.Times[i]);
flows.Flows.Add(item.Flows[i]);
cumm += (long)(item.Times[i]);
}
else
{
hours.Hours.Add(0);
flows.Flows.Add(0);
}
macList.Add(cumm);
}
update.Hours.Add(hours);
update.Flows.Add(flows);
list.Add(macList);
}
pubsub.SendMessage(new Core.Common.PubSub.PubSubMessage()
{
ContentType = Core.Common.PubSub.ContentType.CE_UPDATE,
Content = JsonTool.Serialize <CeUpdateEvent>(update),
Sender = Core.Common.PubSub.Sender.CE
}).GetAwaiter().GetResult();
if (points == 1)
{
graph.PumpsValues.Pump1.XAxes = update.Times.ConvertAll(x => DateTime.Parse(x));
graph.PumpsValues.Pump1.YAxes = list[0];
}
if (points == 2)
{
graph.PumpsValues.Pump1.XAxes = update.Times.ConvertAll(x => DateTime.Parse(x));
graph.PumpsValues.Pump1.YAxes = list[0];
graph.PumpsValues.Pump2.XAxes = update.Times.ConvertAll(x => DateTime.Parse(x));
graph.PumpsValues.Pump2.YAxes = list[1];
}
if (points == 3)
{
graph.PumpsValues.Pump1.XAxes = update.Times.ConvertAll(x => DateTime.Parse(x));
graph.PumpsValues.Pump1.YAxes = list[0];
graph.PumpsValues.Pump2.XAxes = update.Times.ConvertAll(x => DateTime.Parse(x));
graph.PumpsValues.Pump2.YAxes = list[1];
graph.PumpsValues.Pump3.XAxes = update.Times.ConvertAll(x => DateTime.Parse(x));
graph.PumpsValues.Pump3.YAxes = list[2];
}
}
