static void Main(string[] args)
{
//初始化配置
var setting = new Setting();
Logger logger = new Logger();
//初始化db
new StorageService(setting);
//开始恢复数据
var rt = new RestoreTrack(setting);
rt.Start();
//开启服务
ISystem systemL = PipelineSystem.CreatePipelineSystemV1(logger);
systemL.OpenNetwork(new PeerOption());
systemL.OpenListen(new IPEndPoint(IPAddress.Parse(setting.BindAddress), setting.Port));
systemL.RegistModule("server", new ServerModule());
systemL.Start();
Console.ReadKey();
}
public void MainAlgo()
{
PipelineSystem p = new PipelineSystem();
GetBasePlots(p);
var tu3Interval = Accord.Math.Vector.EnumerableRange(12 * 24, 19 * 24).ToArray();
var interval = Accord.Math.Vector.EnumerableRange(0, p.Period).ToArray();
PipelineSystem.PumpsParameters targets = new PipelineSystem.PumpsParameters(new List <string> {
"ТУ0", "ТУ1", "ТУ2", "ТУ3", "Труба откачка У НПЗ", "Труба подкачка ГНПС 2"
});
targets.SetUniformity("ТУ0", true);
targets.SetUniformity("Труба откачка У НПЗ", true);
targets.SetUniformity("Труба подкачка ГНПС 2", true);
targets.AddBatch("ТУ0", new double[] { 1584.27 }, interval);
targets.AddBatch("ТУ1", new double[] { 1586.6, 221.6, 15, 1586.6 + 221.6 + 14 }, interval);
targets.AddBatch("ТУ2", new double[] { 1650.0 }, interval);
targets.AddBatch("ТУ3", new double[] { 350, 15.0, 350 - 15.0 }, tu3Interval);
targets.AddBatch("ТУ3", new double[] { 1640 - 350, 0, 1640 - 350 }, interval.Except(tu3Interval).ToArray());
targets.AddBatch("Труба откачка У НПЗ", new double[] { 269.0 }, interval);
targets.AddBatch("Труба подкачка ГНПС 2", new double[] { 162.847 }, interval);
var reservoir2Pumps = Algorithms.AlgorithmHelper.CreateListOfElements(p.Period, (-targets.batches["Труба откачка У НПЗ"][0].Item1[0] + targets.batches["Труба подкачка ГНПС 2"][0].Item1[0]) / p.Period).ToArray();
var tankersStartVolume = new double[] { 30, 30.6, 17.7 };
DateTime time = DateTime.Now;
Dictionary <string, List <double[]> > tuSchedules = p.Algorithm(targets, tankersStartVolume, (str) => SetWinTitle(str));
//MessageBox.Show((DateTime.Now - time).TotalSeconds.ToString());
if (tuSchedules == null)
{
return;
}
double[] zeros = new double[p.Period];
double[] inputSchedule = Algorithms.AlgorithmHelper.CreateListOfElements(p.Period, targets.batches["ТУ0"][0].Item1[0] / p.Period).ToArray();
SetPlots(
inputSchedule,
tuSchedules["ТУ1"].Select(x => x[0]).ToArray(),
tuSchedules["ТУ1"].Select(x => x[1]).ToArray(),
tuSchedules["ТУ1"].Select(x => x[2]).ToArray(),
tuSchedules["ТУ1"].Select(x => x[3]).ToArray(),
tuSchedules["ТУ2"].Select(x => x[0]).ToArray(),
tuSchedules["ТУ3"].Select(x => x[0]).ToArray(),
tuSchedules["ТУ3"].Select(x => x[1]).ToArray(),
tuSchedules["ТУ3"].Select(x => x[2]).ToArray(),
tankersStartVolume[0],
tankersStartVolume[1],
tankersStartVolume[2],
zeros,
reservoir2Pumps,
zeros);
}
public static SimpleServerDB Open(Setting setting)
{
var logger = new Logger();
var systemC = PipelineSystem.CreatePipelineSystemV1(logger);
var db = new SimpleServerDB(setting);
systemC.RegistModule("client", db);
systemC.OpenNetwork(new PeerOption());
systemC.Start();
db.actor = systemC.GetPipeline(null, "this/client");
return(db);
}
private void GetBasePlots(PipelineSystem p)
{
LineSeries
tu1InMaxFlows = new LineSeries()
{
Color = OxyColors.Red,
StrokeThickness = 2,
LineStyle = LineStyle.LongDash
},
tu1Pump1MaxFlows = new LineSeries()
{
Color = OxyColors.Red,
StrokeThickness = 2,
LineStyle = LineStyle.LongDash
},
tu1Pump2MaxFlows = new LineSeries()
{
Color = OxyColors.Red,
StrokeThickness = 2,
LineStyle = LineStyle.LongDash
},
tu1OutMaxFlows = new LineSeries()
{
Color = OxyColors.Red,
StrokeThickness = 2,
LineStyle = LineStyle.LongDash
},
tu2MaxFlows = new LineSeries()
{
Color = OxyColors.Red,
StrokeThickness = 2,
LineStyle = LineStyle.LongDash
},
tu3InMaxFlows = new LineSeries()
{
Color = OxyColors.Red,
StrokeThickness = 2,
LineStyle = LineStyle.LongDash
},
tu3PumpMaxFlows = new LineSeries()
{
Color = OxyColors.Red,
StrokeThickness = 2,
LineStyle = LineStyle.LongDash
},
tu3OutMaxFlows = new LineSeries()
{
Color = OxyColors.Red,
StrokeThickness = 2,
LineStyle = LineStyle.LongDash
},
zeros = new LineSeries()
{
Color = OxyColors.Red,
StrokeThickness = 2,
LineStyle = LineStyle.LongDash
};
Func <LineSeries, LineSeries> CopySerie = (source) =>
{
return(new LineSeries()
{
ItemsSource = source.ItemsSource as List <DataPoint>,
StrokeThickness = source.StrokeThickness,
Color = source.Color,
LineStyle = source.LineStyle
});
};
List <double[]>
tu1MaxFlowsList = p.GetTechnologicalSectionInputOutputMax("ТУ1"),
tu2MaxFlowsList = p.GetTechnologicalSectionInputOutputMax("ТУ2"),
tu3MaxFlowsList = p.GetTechnologicalSectionInputOutputMax("ТУ3");
zeros.ItemsSource = tu1MaxFlowsList.Aggregate(new List <DataPoint>(), (total, current) =>
{
int i = total.Count() / 2;
total.Add(new DataPoint(i + 0.001, 0));
total.Add(new DataPoint(i + 1, 0));
return(total);
});
InSchedule = new PlotModel();
TU1InputSchedule = new PlotModel();
TU1Pump1Schedule = new PlotModel();
TU1Pump2Schedule = new PlotModel();
TU1OutputSchedule = new PlotModel();
tu1InMaxFlows.ItemsSource = tu1MaxFlowsList.Aggregate(new List <DataPoint>(), (total, current) =>
{
int i = total.Count() / 2;
total.Add(new DataPoint(i + 0.001, current[0]));
total.Add(new DataPoint(i + 1, current[0]));
return(total);
});
tu1Pump1MaxFlows.ItemsSource = tu1MaxFlowsList.Aggregate(new List <DataPoint>(), (total, current) =>
{
int i = total.Count() / 2;
total.Add(new DataPoint(i + 0.001, current[1]));
total.Add(new DataPoint(i + 1, current[1]));
return(total);
});
tu1Pump2MaxFlows.ItemsSource = tu1MaxFlowsList.Aggregate(new List <DataPoint>(), (total, current) =>
{
int i = total.Count() / 2;
total.Add(new DataPoint(i + 0.001, current[2]));
total.Add(new DataPoint(i + 1, current[2]));
return(total);
});
tu1OutMaxFlows.ItemsSource = tu1MaxFlowsList.Aggregate(new List <DataPoint>(), (total, current) =>
{
int i = total.Count() / 2;
total.Add(new DataPoint(i + 0.001, current[3]));
total.Add(new DataPoint(i + 1, current[3]));
return(total);
});
TU1InputSchedule.Series.Add(tu1InMaxFlows);
TU1Pump1Schedule.Series.Add(tu1Pump1MaxFlows);
TU1Pump2Schedule.Series.Add(tu1Pump2MaxFlows);
TU1OutputSchedule.Series.Add(tu1OutMaxFlows);
TU1InputSchedule.Series.Add(CopySerie(zeros));
TU1Pump1Schedule.Series.Add(CopySerie(zeros));
TU1Pump2Schedule.Series.Add(CopySerie(zeros));
TU1OutputSchedule.Series.Add(CopySerie(zeros));
TU2Schedule = new PlotModel();
tu2MaxFlows.ItemsSource = tu2MaxFlowsList.Aggregate(new List <DataPoint>(), (total, current) =>
{
int i = total.Count() / 2;
total.Add(new DataPoint(i + 0.001, current[0]));
total.Add(new DataPoint(i + 1, current[0]));
return(total);
});
TU2Schedule.Series.Add(tu2MaxFlows);
TU2Schedule.Series.Add(CopySerie(zeros));
TU3InputSchedule = new PlotModel();
TU3PumpSchedule = new PlotModel();
TU3OutputSchedule = new PlotModel();
tu3InMaxFlows.ItemsSource = tu3MaxFlowsList.Aggregate(new List <DataPoint>(), (total, current) =>
{
int i = total.Count() / 2;
total.Add(new DataPoint(i + 0.001, current[0]));
total.Add(new DataPoint(i + 1, current[0]));
return(total);
});
tu3PumpMaxFlows.ItemsSource = tu3MaxFlowsList.Aggregate(new List <DataPoint>(), (total, current) =>
{
int i = total.Count() / 2;
total.Add(new DataPoint(i + 0.001, current[1]));
total.Add(new DataPoint(i + 1, current[1]));
return(total);
});
tu3OutMaxFlows.ItemsSource = tu3MaxFlowsList.Aggregate(new List <DataPoint>(), (total, current) =>
{
int i = total.Count() / 2;
total.Add(new DataPoint(i + 0.001, current[2]));
total.Add(new DataPoint(i + 1, current[2]));
return(total);
});
TU3InputSchedule.Series.Add(tu3InMaxFlows);
TU3PumpSchedule.Series.Add(tu3PumpMaxFlows);
TU3OutputSchedule.Series.Add(tu3OutMaxFlows);
TU3InputSchedule.Series.Add(CopySerie(zeros));
TU3PumpSchedule.Series.Add(CopySerie(zeros));
TU3OutputSchedule.Series.Add(CopySerie(zeros));
Reservoir tank1 = (p.GetPoint("РП1") as Reservoir);
Tank1 = new PlotModel();
Tank1.Series.Add(new LineSeries()
{
ItemsSource = new List <DataPoint>()
{
new DataPoint(0, tank1.Volume),
new DataPoint(p.Period, tank1.Volume)
},
Color = OxyColors.Red,
StrokeThickness = 2,
LineStyle = LineStyle.LongDash
});
Tank1.Series.Add(new LineSeries()
{
ItemsSource = new List <DataPoint>()
{
new DataPoint(0, 0),
new DataPoint(p.Period, 0)
},
Color = OxyColors.Red,
StrokeThickness = 2,
LineStyle = LineStyle.LongDash
});
Reservoir tank2 = (p.GetPoint("РП2") as Reservoir);
Tank2 = new PlotModel();
Tank2.Series.Add(new LineSeries()
{
ItemsSource = new List <DataPoint>()
{
new DataPoint(0, tank2.Volume),
new DataPoint(p.Period, tank2.Volume)
},
Color = OxyColors.Red,
StrokeThickness = 2,
LineStyle = LineStyle.LongDash
});
Tank2.Series.Add(new LineSeries()
{
ItemsSource = new List <DataPoint>()
{
new DataPoint(0, 0),
new DataPoint(p.Period, 0)
},
Color = OxyColors.Red,
StrokeThickness = 2,
LineStyle = LineStyle.LongDash
});
Reservoir tank3 = (p.GetPoint("РП3") as Reservoir);
Tank3 = new PlotModel();
Tank3.Series.Add(new LineSeries()
{
ItemsSource = new List <DataPoint>()
{
new DataPoint(0, tank3.Volume),
new DataPoint(p.Period, tank3.Volume)
},
Color = OxyColors.Red,
StrokeThickness = 2,
LineStyle = LineStyle.LongDash
});
Tank3.Series.Add(new LineSeries()
{
ItemsSource = new List <DataPoint>()
{
new DataPoint(0, 0),
new DataPoint(p.Period, 0)
},
Color = OxyColors.Red,
StrokeThickness = 2,
LineStyle = LineStyle.LongDash
});
UpdateDatacontext();
}