public void TestEvaluationInfrastructure_DefaultConstructor_CalculatePerformance()
{
infrastructure = new EvaluationInfrastructure(
new GeoPoint(113, 23), new GeoPoint(113.003, 23.003), cellList);
infrastructure.Region.CalculatePerformance(0.1);
Assert.IsTrue(infrastructure.Region[5].Result.NominalSinr > 2);
Assert.IsTrue(infrastructure.Region[7].Result.NominalSinr > 12);
MeasurePoint point16 = infrastructure.MeasurePointList[16];
Assert.AreEqual(point16.Longtitute, 113.000899, eps);
Assert.AreEqual(point16.Lattitute, 23.000899, eps);
Assert.IsTrue(point16.Result.NominalSinr > 15);
MeasurePoint point24 = infrastructure.MeasurePointList[24];
Assert.AreEqual(point24.Longtitute, 113.001349, eps);
Assert.AreEqual(point24.Lattitute, 23.001349, eps);
Assert.IsTrue(point24.Result.NominalSinr > 21);
IEnumerable <MeasurePoint> orderedList = infrastructure.MeasurePointList.OrderByDescending(
x => x.Result.NominalSinr);
MeasurePoint point = orderedList.ElementAt(0);
Assert.IsTrue(point.Result.NominalSinr > 28);
Assert.AreEqual(point.Longtitute, 113.0022483, eps);
Assert.AreEqual(point.Lattitute, 23, eps);
}
protected void Initialize()
{
budgetList = new List <ILinkBudget <double> >();
model = new BroadcastModel();
outdoorCellList = new List <IOutdoorCell>();
measurablePoint = new MeasurePoint();
}
private static Packet writeMeasureFile(DM_ModelProject modelProject, DM_ModelPart modelPart, DM_WorkPlace modelWorkPalce, DM_ModelWorkshop modelWorkShop, DataTable dtPoint, DataTable dtInfo, string strProgressName, ref string strError)
{
DateTime dtNow = DateTime.Now;
MeasureFile file = new MeasureFile();
string strFileName = FileFun.CreateFileName(dtNow, "MeasureFile.txt");
string strFilePath = HttpContext.Current.Server.MapPath("~") + "\\MeasureFile\\" + strFileName;
MeasureFileHead head = new MeasureFileHead();
head.MeasureDate = dtNow.Year + "-" + dtNow.Month + "-" + dtNow.Day;
head.MeasureTime = dtNow.Hour + ":" + dtNow.Minute + ":" + dtNow.Second;
head.ProjectName = modelProject.ProjectName;
head.ProjectNo = modelProject.ProjectNo;
head.PartName = modelPart.PartName;
head.PartNo = modelPart.PartNO;
head.SerNumber = "";
head.ComPonent = "";
head.Progress = strProgressName;
head.WorkPlace = modelWorkPalce.WorkPlaceName;
head.WorkShop = modelWorkShop.WorkshopName;
file.FileHead = head;
for (int i = 0; i < dtPoint.Rows.Count; i++)
{
string strPointName = dtPoint.Rows[i]["PointName"].ToString();
string strPointID = dtPoint.Rows[i]["PointID"].ToString();
float fMeas = dtPoint.Rows[i]["Value"].ToString() == "" ? MeasureFileBase.GlobalData.NULL_NUM : Convert.ToSingle(dtPoint.Rows[i]["Value"]);
DataRow[] nomRows = dtInfo.Select("PointID = " + strPointID);
float fNom = nomRows[0]["Nominal"].ToString() == "" ? MeasureFileBase.GlobalData.NULL_NUM : Convert.ToSingle(nomRows[0]["Nominal"]);
float fUpTol = nomRows[0]["UpTol"].ToString() == "" ? MeasureFileBase.GlobalData.NULL_NUM : Convert.ToSingle(nomRows[0]["UpTol"]);
float fLowTol = nomRows[0]["LowTol"].ToString() == "" ? MeasureFileBase.GlobalData.NULL_NUM : Convert.ToSingle(nomRows[0]["LowTol"]);
MeasurePoint point = new MeasurePoint(strPointName, fMeas, fNom, fUpTol, fLowTol);
file.AddPoint(point);
}
if (file.Save(strFilePath))
{
byte[] byFileData = null;
using (FileStream fs = new FileStream(strFilePath, FileMode.Open, FileAccess.Read))
{
byFileData = new byte[(int)fs.Length];
fs.Read(byFileData, 0, (int)fs.Length);
}
PacketTable table = new PacketTable();
table.AddField("FileName", PacketTable.FieldType.TypeString);
table.AddField("File", PacketTable.FieldType.TypeImage);
table.MakeTable(1);
table.SetValue(0, 0, strFileName);
table.SetValue(0, 1, byFileData);
PacketTable[] TableArray = new PacketTable[1];
TableArray[0] = table;
ServerConnection conn = new ServerConnection();
Packet recvPacket = conn.ExecuteCommand(10001, TableArray);
return(recvPacket);
}
else
{
strError = "生成文件或者上传文件出错！";
return(null);
}
}
public EvaluationRegion(IGeoPoint <double> leftBottom, IGeoPoint <double> rightTop,
double distanceInMeter)
{
if ((leftBottom.Longtitute >= rightTop.Longtitute) || (leftBottom.Lattitute >= rightTop.Lattitute))
{
throw new ArgumentOutOfRangeException("leftBottom");
}
degreeInterval = distanceInMeter.GetDegreeInterval();
int xDimensionPoints = (int)Math.Ceiling((rightTop.Longtitute - leftBottom.Longtitute) / degreeInterval);
int yDimensionPoints = (int)Math.Ceiling((rightTop.Lattitute - leftBottom.Lattitute) / degreeInterval);
pointList = new MeasurePoint[xDimensionPoints * yDimensionPoints];
for (int i = 0; i < xDimensionPoints; i++)
{
for (int j = 0; j < yDimensionPoints; j++)
{
pointList[i * yDimensionPoints + j] = new MeasurePoint
{
Longtitute = leftBottom.Longtitute + i * degreeInterval,
Lattitute = leftBottom.Lattitute + j * degreeInterval
};
}
}
}
public void IndexSample2(bool useServerSession)
{
CreateDirectoryAndCopyLicenseDb();
Random rd = new Random();
using (SessionBase session = useServerSession ? (SessionBase) new ServerClientSession(systemDir) : (SessionBase) new SessionNoServer(systemDir))
{
session.BeginUpdate();
for (int i = 0; i < 100; i++)
{
MeasurePoint p = new MeasurePoint(i + 1)
{
Data = new List <float>()
};
for (int j = 0; j < 440000; j++)
{
p.Data.Add(rd.Next(100));
}
session.Persist(p);
}
var value = session.DatabaseNumberOf(typeof(MeasurePoint));
Database db = session.OpenDatabase(value, false, false);
if (db != null)
{
var q = from point in session.Index <MeasurePoint>("key", db) where point.Key == 10 select point;
foreach (MeasurePoint obj in q)
{
Console.WriteLine(obj.Key + " " + obj.Data.Count);
}
}
session.Commit();
}
}
public float Calculate(CrossSectionDataModel data)
{
ValidateData(data);
MeasurePoint second = data.MeasurePoints[1];
float startSection = second.Depth * second.DistanceFromInitialPoint / 8 * (second.Velocity.Average() * _riverBankFlowFactor);
MeasurePoint beforeLast = data.MeasurePoints[data.MeasurePoints.Length - 1];
float endSection = beforeLast.Depth * (data.MeasurePoints.Last().DistanceFromInitialPoint - beforeLast.DistanceFromInitialPoint) / 8 * (beforeLast.Velocity.Average() * _riverBankFlowFactor);
float discharge = startSection + endSection;
for (var i = 1; i < data.MeasurePoints.Length - 1; i++)
{
MeasurePoint previous = data.MeasurePoints[i - 1];
MeasurePoint next = data.MeasurePoints[i + 1];
float sectionWidth = next.DistanceFromInitialPoint - previous.DistanceFromInitialPoint;
float sectionArea = sectionWidth / 2 * data.MeasurePoints[i].Depth;
float sectionDischarge = data.MeasurePoints[i].Velocity.Average() * sectionArea;
discharge += sectionDischarge;
}
return(discharge);
}
private void UpdateSpeedometer(MeasurePoint measurePoint)
{
speedometer.text = $"{Math.Round(measurePoint.AverageSpeed, 2)} m/s";
UpdateSpeedLimitIndicator(measurePoint.AverageSpeed);
if (playerClone.activeSelf)
{
UpdatePlayerCloneAnimation(measurePoint.AverageSpeed);
}
}
public async Task <IActionResult> Create(MeasurePoint measurePoint)
{
if (ModelState.IsValid)
{
await my_context.CreateMeasurePointAsync(measurePoint);
return(RedirectToAction(nameof(Index)));
}
return(View(measurePoint));
}
public void GenerateMeasurableCellList(ComparableCell[] compCells, MeasurePoint point)
{
CellList.Clear();
int count = Math.Min(compCells.Length, _maxMeasurableCells);
for (int i = 0; i < count; i++)
{
MeasurableCell c = new MeasurableCell(compCells[i], point);
c.CalculateRsrp();
CellList.Add(c);
}
}
public void TestInitialize()
{
_point = new MeasurePoint(new GeoPoint(112.1, 23.2))
{
Result = new SfMeasurePointResult
{
SameModInterferenceLevel = 0.5,
DifferentModInterferenceLevel = 1.5,
TotalInterferencePower = 2.5,
NominalSinr = 3.5
}
};
}
public void TestInitialize()
{
_point = new MeasurePoint(new GeoPoint(112.1, 23.2))
{
Result = new SfMeasurePointResult
{
SameModInterferenceLevel = 0.5,
DifferentModInterferenceLevel = 1.5,
TotalInterferencePower = 2.5,
NominalSinr = 3.5
}
};
}
public void TestInitialize()
{
MeasurePoint point = new MeasurePoint();
point.MockMeasurePointProperties(-33, -105, -110, -78);
mesurePointList.Add(point);
point = new MeasurePoint();
point.MockMeasurePointProperties(-28, -3000, -110, -98);
mesurePointList.Add(point);
point = new MeasurePoint();
point.MockMeasurePointProperties(-26, -2000, -300, -88);
mesurePointList.Add(point);
point = new MeasurePoint();
point.MockMeasurePointProperties(-20, -199, -400, -301);
mesurePointList.Add(point);
}
private void MoveClone()
{
if (currentListIndex == speedMeasurer.MeasurePoints.Count - 1)
{
CancelInvoke();
isCloneMoving = false;
replayFinishedCallback();
return;
}
nextPointToMove = speedMeasurer.MeasurePoints[currentListIndex++];
isCloneMoving = true;
clone.SetActive(true);
replayUpdateCallback(nextPointToMove);
}
public void ValidateData(CrossSectionDataModel data)
{
if (data?.MeasurePoints == null)
{
throw new ArgumentException("Missing data", nameof(MeasurePoint));
}
data.MeasurePoints = data.MeasurePoints
.Where(x => x != null)
.OrderBy(x => x.OrderId).ToArray();
if (data.MeasurePoints.Length < 3)
{
throw new ArgumentException("Missing data", nameof(MeasurePoint));
}
MeasurePoint last = data.MeasurePoints.Last();
MeasurePoint first = data.MeasurePoints.First();
IEnumerable <MeasurePoint> failedMeasures = data.MeasurePoints
.Where(x => x.OrderId > first.OrderId && x.OrderId < last.OrderId && (Math.Abs(x.Velocity.Average()) < 0.0001 || Math.Abs(x.DistanceFromInitialPoint) < 0.0001)).ToArray();
data.MeasurePoints = data.MeasurePoints.Except(failedMeasures).ToArray();
if (first.Depth > 0 || last.Depth > 0)
{
throw new FloodingException("Flooding alarm");
}
if (failedMeasures.Count() > _allowedErrors)
{
throw new ArgumentException("Incomplete data", nameof(MeasurePoint));
}
float lastDistance = -1;
foreach (MeasurePoint measurePoint in data.MeasurePoints)
{
if (measurePoint.DistanceFromInitialPoint <= lastDistance)
{
throw new Exception("Measurements order disruption");
}
lastDistance = measurePoint.DistanceFromInitialPoint;
}
data.ReadAccuracy = failedMeasures.Any()
? 100 - failedMeasures.Count() / (float)data.MeasurePoints.Length * 100
: 100;
}
/// <summary>
/// Источник изображения с состоянием точки учёта.
/// </summary>
public static string StateImageSource(MeasurePoint measurePoint)
{
switch (measurePoint.State)
{
case MeasurePointState.Normal: return("State_Normal.png");
case MeasurePointState.Error: return("State_Error.png");
case MeasurePointState.None: return("State_Unknown.png");
case MeasurePointState.Warning: return("State_Warning.png");
default:
throw new NotSupportedException($"{Droid.Resources.Messages.Text_State_Not_Supported} {measurePoint.State}");
}
}
public void TestInitialize()
{
MeasurePoint mPoint =
FakeMeasurePoint.GenerateMeasurePoint(
new IOutdoorCell[2] {
mainCell, otherCell1
},
new byte[2] {
2, 1
},
new double[2] {
-10, -12
});
mpcRelation = mPoint.GenerateMeasurePlanCellRelation(0.1);
}
public void TestInitialize()
{
MeasurePoint point = new MeasurePoint();
point.MockMeasurePointProperties(-33, -105, -110, -78);
mesurePointList.Add(point);
point = new MeasurePoint();
point.MockMeasurePointProperties(-28, -3000, -110, -98);
mesurePointList.Add(point);
point = new MeasurePoint();
point.MockMeasurePointProperties(-26, -2000, -300, -88);
mesurePointList.Add(point);
point = new MeasurePoint();
point.MockMeasurePointProperties(-20, -199, -400, -301);
mesurePointList.Add(point);
}
public IActionResult Post([FromBody] MeasurePoint MeasurePoint)
{
//MeasurePoint MeasurePoint = JsonConvert.DeserializeObject<MeasurePoint>(JsonString);
using (PowerContext db = new PowerContext())
{
if (MeasurePoint.ElectricMeter.MeterType != null && MeasurePoint.VoltageTransformer.VTType != null && MeasurePoint.CurrentTransformer.CTType != null)
{
var ExistingMeterName = db.MeterTypes.SingleOrDefault(p => p.Title == MeasurePoint.ElectricMeter.MeterType.Title);
if (ExistingMeterName != null)
{
MeasurePoint.ElectricMeter.MeterType = ExistingMeterName;
}
else
{
db.MeterTypes.Add(MeasurePoint.ElectricMeter.MeterType);
}
var ExistingVTName = db.VTTypes.SingleOrDefault(p => p.Title == MeasurePoint.VoltageTransformer.VTType.Title);
if (ExistingVTName != null)
{
MeasurePoint.VoltageTransformer.VTType = ExistingVTName;
}
else
{
db.VTTypes.Add(MeasurePoint.VoltageTransformer.VTType);
}
var ExistingCTName = db.CTTypes.SingleOrDefault(p => p.Title == MeasurePoint.CurrentTransformer.CTType.Title);
if (ExistingCTName != null)
{
MeasurePoint.CurrentTransformer.CTType = ExistingCTName;
}
else
{
db.CTTypes.Add(MeasurePoint.CurrentTransformer.CTType);
}
db.VoltageTransformers.Add(MeasurePoint.VoltageTransformer);
db.CurrentTransformers.Add(MeasurePoint.CurrentTransformer);
db.ElectricMeters.Add(MeasurePoint.ElectricMeter);
db.MeasurePoints.Add(MeasurePoint);
db.SaveChanges();
}
return(Ok(MeasurePoint));
}
}
public MeasurePointInfo(MeasurePoint point, StatValueField field, double degreeSpan) : this()
{
X1 = point.Longtitute - degreeSpan / 2;
X2 = point.Longtitute + degreeSpan / 2;
Y1 = point.Lattitute - degreeSpan / 2;
Y2 = point.Lattitute + degreeSpan / 2;
double value;
switch (field.FieldName)
{
case "同模干扰电平":
value = point.Result.SameModInterferenceLevel;
break;
case "不同模干扰电平":
value = point.Result.DifferentModInterferenceLevel;
break;
case "总干扰电平":
value = point.Result.TotalInterferencePower;
break;
case "信号RSRP":
value = point.Result.StrongestCell.ReceivedRsrp;
break;
default:
value = point.Result.NominalSinr;
break;
}
if (field.IntervalList.Count > 0)
{
StatValueInterval interval = field.IntervalList.FirstOrDefault(
x => x.IntervalLowLevel < value && value < x.IntervalUpLevel);
if (interval != null)
{
interval.Color.ColorA = 128;
ColorString = interval.Color.ColorStringForHtml;
ColorStringForKml = interval.Color.ColorStringForKml;
}
else
{
ColorString = "ffffff";
ColorStringForKml = "80FFFFFF";
}
}
}
private void InitializeAlarmOldList()
{
_alarmOldList.Clear();
// Initialize the buffer alarm list with 0 (no alarms)
for (int i = 0; i < N3PR.ALARM_ADDRESS.Count(); i++)
{
var mp = new MeasurePoint
{
Date = DateTime.Now,
Reg_Name = N3PR.ALARM_NAMES[i],
b_val = Convert.ToBoolean(0),
i_val = 0,
ui_val = 0
};
_alarmOldList.Add(mp);
}
}
public void Start()
{
startPoint = anchorStage1.GetComponent <MeasurePoint>();
endPoint = anchorStage1.GetComponent <MeasurePoint>();
if (anchorStage1 == null)
{
Debug.Log("AnchorStage must be specified");
return;
}
initialPos = anchorStage1.transform.position;
anchorStage1.SetActive(false);
anchorStage2.SetActive(false);
SaveMenu.SetActive(false);
MidAirPositioner.SetActive(false);
SetGridValues();
}
// Start is called before the first frame update
void Start()
{
m_lineRenderer = GetComponent <LineRenderer>();
//m_lineRenderer.startWidth = 0.003f;
//m_lineRenderer.endWidth = 0.003f;
//m_lineRenderer.startColor = Color.cyan;
//m_lineRenderer.endColor = Color.cyan;
EventManager.AddHandler(eEventEnum.DrawLine, new System.Action <object>((p_points) => {
Vector3[] points = (Vector3[])p_points;
m_lineRenderer.positionCount += 2;
m_lineRenderer.SetPosition(m_lineRenderer.positionCount - 2, points[0]);
m_lineRenderer.SetPosition(m_lineRenderer.positionCount - 1, points[1]);
}));
EventManager.AddHandler(eEventEnum.AddMeasurePoint, new System.Action <object>((p_measurePoint) =>
{
MeasurePoint measurePoint = (MeasurePoint)p_measurePoint;
GameObject prefab = Instantiate(measurePoint.PrefabToInstantiate);
prefab.transform.position = measurePoint.InstantiatePosition;
m_pointIconsList.Add(prefab);
}));
EventManager.AddHandler(eEventEnum.DrawMeasureText, new System.Action <object>((p_measureText) =>
{
MeasureText measureText = (MeasureText)p_measureText;
GameObject prefab = Instantiate(measureText.PrefabToInstantiate);
prefab.transform.position = measureText.InstantiatePosition;
prefab.GetComponentInChildren <TextMesh>().text = measureText.DistanceValue;
}));
EventManager.AddHandler(eEventEnum.ExitRuller, new System.Action <object>((p_obj) =>
{
m_lineRenderer.positionCount = 0;
Object[] obj = Object.FindObjectsOfType(typeof(GameObject));
for (int i = 0; i < obj.Length; i++)
{
if (obj[i].name == "PointIconObject(Clone)" || obj[i].name == "MeasureTextObject(Clone)")
{
Destroy(obj[i]);
}
}
m_pointIconsList.ForEach(p_prefab => Destroy(p_prefab));
m_pointIconsList.Clear();
}));
}
public static void MockMeasurePointProperties(this MeasurePoint point,
double nominalSinr, double strongestCellRsrp, double strongestInterferenceRsrp,
double totalInterferencePower)
{
Mock <IMeasurePointResult> mockResult = new Mock <IMeasurePointResult>();
mockResult.Setup(x => x.NominalSinr).Returns(nominalSinr);
MeasurableCell signal = new MeasurableCell();
signal.ReceivedRsrp = strongestCellRsrp;
mockResult.Setup(x => x.StrongestCell).Returns(signal);
MeasurableCell interference = new MeasurableCell();
interference.ReceivedRsrp = strongestInterferenceRsrp;
mockResult.Setup(x => x.StrongestInterference).Returns(interference);
mockResult.Setup(x => x.TotalInterferencePower).Returns(totalInterferencePower);
point.Result = mockResult.Object;
}
public static Facility FillFacility()
{
var fac = new Facility();
var device = new Device();
var device2 = new Device();
var measurepoint = new MeasurePoint();
var measurestate = new MeasureState();
var measurepoint2 = new MeasurePoint();
var measurestate2 = new MeasureState();
var measurepoint3 = new MeasurePoint();
var measurestate3 = new MeasureState();
var device3 = new Device();
fac.FacilityId = "12345678";
measurestate.AccumulDate = DateTime.Now;
measurestate.Value = (decimal)10.5;
measurepoint.measureState = measurestate;
measurepoint.Medium = "Wasser";
measurepoint.Tarif = 0;
measurepoint.Unit = "m^3";
device.MeasurePoints.Add(measurepoint);
device.SRC_Id = "00001214";
fac.Devices.Add(device);
measurestate2.AccumulDate = DateTime.Now;
measurestate2.Value = (decimal)19.5;
measurepoint2.measureState = measurestate2;
measurepoint2.Medium = "Warmwasser";
measurepoint2.Tarif = 1;
measurepoint2.Unit = "m^3";
device2.MeasurePoints.Add(measurepoint2);
device2.SRC_Id = "00001215";
fac.Devices.Add(device2);
measurestate3.AccumulDate = DateTime.Today;
measurestate3.Value = (decimal)1254.54;
measurepoint3.measureState = measurestate3;
measurepoint3.Medium = "Elektrizität";
measurepoint3.Tarif = 2;
measurepoint3.Unit = "kWh";
device3.MeasurePoints.Add(measurepoint3);
device3.SRC_Id = "00005715";
fac.Devices.Add(device3);
return(fac);
}
private void InstantiateTheListOfMeasurePoints()
{
Vector3 originalPosition = gameObjectToTrack.transform.localPosition;
Quaternion originalRotation = gameObjectToTrack.transform.localRotation;
MeasurePoint point = new MeasurePoint()
{
Position = originalPosition,
Rotation = originalRotation,
Second = 0,
Meter = 0,
AverageSpeed = 0
};
MeasurePoints = new List <MeasurePoint>()
{
point
};
}
public void TestEvaluationInfrastructure_CellConstructor_CalculatePerformance()
{
infrastructure = new EvaluationInfrastructure();
infrastructure.ImportCellList(cellList);
infrastructure.Region.CalculatePerformance(0.1);
Assert.IsTrue(infrastructure.Region[5].Result.NominalSinr > 1);
Assert.IsTrue(infrastructure.Region[7].Result.NominalSinr > 1);
IEnumerable <MeasurePoint> orderedList = infrastructure.MeasurePointList.OrderByDescending(
x => x.Result.NominalSinr);
MeasurePoint point = orderedList.ElementAt(0);
Assert.IsTrue(point.Result.NominalSinr > 30);
Assert.IsTrue(point.Result.StrongestCell.ReceivedRsrp > -65);
Assert.IsTrue(point.Result.StrongestCell.DistanceInMeter < 30);
Assert.AreEqual(point.CellRepository.CellList.Count, 6);
Assert.AreEqual(point.CellRepository.CellList[0].ReceivedRsrp, point.Result.StrongestCell.ReceivedRsrp, eps);
Assert.AreEqual(point.CellRepository.CellList[0].PciModx, 2);
}
public void TestImportMeasurePoint_MainCellIsNotStrongest()
{
MeasurePoint mPoint =
FakeMeasurePoint.GenerateMeasurePoint(
new IOutdoorCell[2] {
mainCell, otherCell2
},
new byte[2] {
1, 3
},
new double[2] {
-11, -9
});
mpcRelation.ImportMeasurePoint(mPoint);
Assert.AreEqual(mpcRelation.MainCell.ReceivePower, 0.1);
Assert.AreEqual(mpcRelation.MainCell.Cell.Azimuth, 10);
Assert.AreEqual(mpcRelation.InterferenceCells.Count, 1);
Assert.AreEqual(mpcRelation.InterferenceCells[0].Cell.Azimuth, 70);
}
public void TestImportMeasurePoint_SameCells()
{
MeasurePoint mPoint =
FakeMeasurePoint.GenerateMeasurePoint(
new IOutdoorCell[2] {
mainCell, otherCell1
},
new byte[2] {
2, 1
},
new double[2] {
-10, -12
});
mpcRelation.ImportMeasurePoint(mPoint);
Assert.AreEqual(mpcRelation.MainCell.ReceivePower, 0.2);
Assert.AreEqual(mpcRelation.MainCell.Cell.Azimuth, 10);
Assert.AreEqual(mpcRelation.InterferenceCells.Count, 1);
Assert.AreEqual(mpcRelation.InterferenceCells[0].Cell.Azimuth, 70);
Assert.AreEqual(mpcRelation.InterferenceCells[0].ReceivePower, 0.126191, 1E-6);
}
/// <summary>
/// Пользователь выбрал пункт меню или навигационного окна "Удалённый пульт"
/// </summary>
/// <param name="actionId"></param>
/// <param name="sender"></param>
private void OnRemoteConsoleOpen(int actionId, object sender)
{
MeasurePoint measurePoint = (MeasurePoint)sender;
// Запрашиваем требуемую для работы информацию
measurePoint.Refresh(MeasurePointInfoFlags.Equipment);
// Проверим, что у точки учёта есть устройство
if (measurePoint.Device == null)
{
MessageBox.Show("У выбранной точки учёта не задано устройство. Выберите точку учёта с поддерживаемым устройством.",
"Ошибка", MessageBoxButtons.OK, MessageBoxIcon.Warning);
return;
}
// Проверим, что мы работаем с ВКТ-5
if (!CheckDeviceModel(measurePoint.Device))
{
MessageBox.Show("Удалённый пульт ВКТ-5 не поддерживает работу с устройствами "
+ measurePoint.Device.Model.Title, "Ошибка", MessageBoxButtons.OK, MessageBoxIcon.Warning);
return;
}
// Проверим, открыто ли окно с опросом этого устройства
Vkt5RemoteConsoleForm currentForm = GetOpenedForm(measurePoint.Device);
if (currentForm == null)
{
// Такого окна нет, открываем
NewForm(measurePoint.Device);
}
else
{
// Окно уже есть, переводим фокус на него
currentForm.Show();
currentForm.Focus();
}
}
public void ImportMeasurePoint(MeasurePoint mPoint)
{
if (MainCell.Cell != mPoint.Result.StrongestCell.Cell.Cell) { return; }
MainCell.UpdateRsrpPower(mPoint.Result.StrongestCell);
CoverPoints++;
foreach (MeasurableCell mcell
in mPoint.CellRepository.CellList.Where(x => x != mPoint.Result.StrongestCell))
{
MeasurePlanCell mpCell = InterferenceCells.FirstOrDefault(
x => x.Cell == mcell.Cell.Cell);
if (mpCell != null)
{
mpCell.UpdateRsrpPower(mcell);
}
else
{
InterferenceCells.Add(new MeasurePlanCell(mcell));
}
}
}
public void UpdatePosition(float givenDistance, float givenExerciseTime)
{
//create a new measure point with the given data
MeasurePoint newMeasurement = new MeasurePoint();
newMeasurement.Distance = givenDistance;
newMeasurement.ExerciseTime = givenExerciseTime;
newMeasurement.Timestamp = Time.time;
measurements.Add(newMeasurement);
//keep only enough measurements to be able to calculate good values
while (measurements.Count > MAX_MEASUREMENTS)
{
measurements.Remove(measurements.First());
}
if (distanceText != null)
{
//update the text-labels, these should display the most accurate data instead of calculated values
distanceText.text = givenDistance.ToString("0") + "m";
}
}
public void TestImportMeasurePoint_SameMainCell_DifferentOtherCells()
{
MeasurePoint mPoint =
FakeMeasurePoint.GenerateMeasurePoint(
new IOutdoorCell[3] {
mainCell, otherCell2, otherCell3
},
new byte[3] {
2, 1, 2
},
new double[3] {
-7, -12, -9
});
mpcRelation.ImportMeasurePoint(mPoint);
Assert.AreEqual(mpcRelation.MainCell.ReceivePower, 0.299526, 1E-6);
Assert.AreEqual(mpcRelation.MainCell.Cell.Azimuth, 10);
Assert.AreEqual(mpcRelation.InterferenceCells.Count, 3);
Assert.AreEqual(mpcRelation.InterferenceCells[0].Cell.Azimuth, 70);
Assert.AreEqual(mpcRelation.InterferenceCells[0].ReceivePower, 0.063096, 1E-6);
Assert.AreEqual(mpcRelation.InterferenceCells[1].Cell.Azimuth, 160);
Assert.AreEqual(mpcRelation.InterferenceCells[2].Cell.Azimuth, 200);
}
private void Measure()
{
Vector3 previousPosition = MeasurePoints[MeasurePoints.Count - 1].Position;
Vector3 currentPosition = gameObjectToTrack.transform.localPosition;
double traveledDistance = Vector3.Distance(previousPosition, currentPosition);
double averageSpeed = traveledDistance / MeasurementIntervalInSeconds;
pathLength += traveledDistance;
MeasurePoint point = new MeasurePoint()
{
Position = currentPosition,
Rotation = gameObjectToTrack.transform.localRotation,
Second = MeasurePoints.Count * MeasurementIntervalInSeconds,
Meter = pathLength,
AverageSpeed = averageSpeed
};
MeasurePoints.Add(point);
newMeasureCallback(point);
}
public void TestInitialize()
{
measurePoint = new MeasurePoint(position);
budget = new LinkBudget(model);
}
/// <summary>
/// Конструктор.
/// </summary>
/// <param name="core"></param>
/// <param name="measurePoint"></param>
public MeasurePointPoller(MobileCore core, MeasurePoint measurePoint)
{
this.core = core ?? throw new ArgumentNullException(nameof(core));
this.measurePoint = measurePoint ?? throw new ArgumentNullException(nameof(measurePoint));
}
protected void Initialize()
{
budgetList = new List<ILinkBudget<double>>();
model = new BroadcastModel();
outdoorCellList = new List<IOutdoorCell>();
measurablePoint = new MeasurePoint();
}