public void RemoveHydraulicConditionDoesNotChangeClassEstimatesNoExperts()
{
var treeEvent = new TreeEvent();
var hydraulicConditionToRemove = new HydraulicCondition(1.0, (Probability)0.01, 1, 1);
var hydraulicCondition2 = new HydraulicCondition(2.0, (Probability)0.001, 1, 1);
var project = new Project
{
EventTrees =
{
new EventTree
{
MainTreeEvent = treeEvent
}
},
HydraulicConditions =
{
hydraulicConditionToRemove,
hydraulicCondition2,
}
};
var projectManipulationService = new ProjectManipulationService(project);
Assert.AreEqual(0, treeEvent.ClassesProbabilitySpecification.Count);
projectManipulationService.RemoveHydraulicCondition(hydraulicConditionToRemove);
Assert.AreEqual(1, project.HydraulicConditions.Count);
Assert.AreEqual(hydraulicCondition2, project.HydraulicConditions.First());
Assert.AreEqual(0, treeEvent.ClassesProbabilitySpecification.Count);
}
internal static HydraulicCondition Read(this HydraulicConditionElementEntity entity, ReadConversionCollector collector)
{
if (entity == null)
{
throw new ArgumentNullException(nameof(entity));
}
if (collector == null)
{
throw new ArgumentNullException(nameof(collector));
}
if (collector.Contains(entity))
{
return(collector.Get(entity));
}
FragilityCurveElement curveElement = entity.FragilityCurveElementEntity.Read(collector);
var condition = new HydraulicCondition
{
Probability = curveElement.Probability,
WaterLevel = curveElement.WaterLevel,
WavePeriod = entity.WavePeriod == null ? double.NaN : (double)entity.WavePeriod,
WaveHeight = entity.WaveHeight == null ? double.NaN : (double)entity.WaveHeight
};
collector.Collect(entity, condition);
return(condition);
}
/// <summary>
/// Существует ли информация по уровню масла для заданного агрегата
/// </summary>
/// <param name="con"></param>
/// <returns></returns>
private bool ConditionExists(HydraulicCondition con)
{
//
if (Flight == null || Flight.HydraulicConditionCollection == null)
{
return(false);
}
//
return(Flight.HydraulicConditionCollection.Any(t => t == con));
//
}
private void OilConditionControlDeleted(object sender, EventArgs e)
{
HydraulicControl control = (HydraulicControl)sender;
HydraulicCondition cond = control.HydraulicCondition;
if (cond.ItemId > 0 && MessageBox.Show("Do you really want to delete hydraulic condition?", "Deleting confirmation", MessageBoxButtons.YesNoCancel, MessageBoxIcon.Exclamation, MessageBoxDefaultButton.Button2) == DialogResult.Yes)
{
//если информация о состоянии сохранена в БД
//и получен положительный ответ на ее удаление
try
{
GlobalObjects.CasEnvironment.NewKeeper.Delete(cond);
}
catch (Exception ex)
{
Program.Provider.Logger.Log("Error while removing data", ex);
}
flowLayoutPanelMain.Controls.Remove(control);
control.Deleted -= OilConditionControlDeleted;
control.AfterRemainChanget -= ItemAfterRemainChanget;
control.RefuelChanget -= ItemRefuelChanget;
control.OnBoardChanget -= ItemOnBoardChanget;
control.SpentChanget -= ItemSpentChanget;
control.BeforeRemainChanget -= ItemBeforeRemainChanget;
control.Dispose();
}
else if (cond.ItemId <= 0)
{
flowLayoutPanelMain.Controls.Remove(control);
control.Deleted -= OilConditionControlDeleted;
control.AfterRemainChanget -= ItemAfterRemainChanget;
control.RefuelChanget -= ItemRefuelChanget;
control.OnBoardChanget -= ItemOnBoardChanget;
control.SpentChanget -= ItemSpentChanget;
control.BeforeRemainChanget -= ItemBeforeRemainChanget;
control.Dispose();
}
GetTotalBefore();
GetTotalRefuel();
GetTotalOnBoard();
GetTotalSpent();
GetTotalAfter();
}
public void RemoveHydraulicCondition(HydraulicCondition hydraulicCondition)
{
project.HydraulicConditions.Remove(hydraulicCondition);
foreach (var eventTree in project.EventTrees)
{
foreach (var treeEvent in eventTree.MainTreeEvent.GetAllEventsRecursive())
{
foreach (var expert in project.Experts)
{
var estimatesToRemove = treeEvent.ClassesProbabilitySpecification.Where(e =>
e.Expert == expert && e.HydraulicCondition == hydraulicCondition).ToArray();
foreach (var estimation in estimatesToRemove)
{
treeEvent.ClassesProbabilitySpecification.Remove(estimation);
}
}
}
}
}
public void AddHydraulicCondition(HydraulicCondition hydraulicCondition)
{
project.HydraulicConditions.Add(hydraulicCondition);
foreach (var eventTree in project.EventTrees)
{
foreach (var treeEvent in eventTree.MainTreeEvent.GetAllEventsRecursive())
{
foreach (var expert in project.Experts)
{
treeEvent.ClassesProbabilitySpecification.Add(new ExpertClassEstimation
{
Expert = expert,
HydraulicCondition = hydraulicCondition,
AverageEstimation = ProbabilityClass.None,
MaxEstimation = ProbabilityClass.None,
MinEstimation = ProbabilityClass.None
});
}
}
}
}
public void AddHydraulicConditionChangesClassEstimatesWithExperts()
{
var treeEvent = new TreeEvent();
var project = new Project
{
EventTrees = { new EventTree
{
MainTreeEvent = treeEvent
} },
Experts =
{
new Expert(),
new Expert()
}
};
var projectManipulationService = new ProjectManipulationService(project);
Assert.AreEqual(0, treeEvent.ClassesProbabilitySpecification.Count);
var hydraulicCondition = new HydraulicCondition(1.0, (Probability)0.01, 1, 1);
projectManipulationService.AddHydraulicCondition(hydraulicCondition);
Assert.AreEqual(1, project.HydraulicConditions.Count);
Assert.AreEqual(hydraulicCondition, project.HydraulicConditions.First());
Assert.AreEqual(2, treeEvent.ClassesProbabilitySpecification.Count);
var firstSpecification = treeEvent.ClassesProbabilitySpecification.First();
Assert.AreEqual(hydraulicCondition, firstSpecification.HydraulicCondition);
Assert.Contains(firstSpecification.Expert, project.Experts);
var secondSpecification = treeEvent.ClassesProbabilitySpecification.Last();
Assert.AreEqual(hydraulicCondition, secondSpecification.HydraulicCondition);
Assert.Contains(secondSpecification.Expert, project.Experts);
Assert.AreNotEqual(firstSpecification.Expert, secondSpecification.Expert);
}
internal static HydraulicConditionElementEntity Create(this HydraulicCondition model, PersistenceRegistry registry)
{
if (registry == null)
{
throw new ArgumentNullException(nameof(registry));
}
if (registry.Contains(model))
{
return(registry.Get(model));
}
var entity = new HydraulicConditionElementEntity
{
FragilityCurveElementEntity = ((FragilityCurveElement)model).Create(registry),
WaveHeight = model.WaveHeight.ToNaNAsNull(),
WavePeriod = model.WavePeriod.ToNaNAsNull()
};
registry.Register(model, entity);
return(entity);
}
internal void Collect(HydraulicConditionElementEntity entity, HydraulicCondition model)
{
Collect(hydraulicConditions, entity, model);
}
public HydraulicConditionViewModel(HydraulicCondition condition) : base(condition)
{
HydraulicCondition = condition;
}
internal bool Contains(HydraulicCondition model)
{
return(ContainsValue(hydraulicConditions, model));
}
internal void Register(HydraulicCondition model, HydraulicConditionElementEntity entity)
{
Register(hydraulicConditions, model, entity);
}
public HydraulicConditionElementEntity Get(HydraulicCondition model)
{
return(Get(hydraulicConditions, model));
}
public static Project GenerateAsphaltProject()
{
var andre = new Expert
{
Name = "Andre van Hoven",
Email = "*****@*****.**",
Expertise = "Asfalt bekleding",
Organisation = "Deltares",
Telephone = ""
};
var erik = new Expert
{
Name = "Erik Vastenburg",
Email = "*****@*****.**",
Expertise = "Faalpaden, geotechniek",
Organisation = "HHNK",
Telephone = ""
};
var roy = new Expert
{
Name = "Roy Mom",
Email = "",
Expertise = "Bekledingen",
Organisation = "",
Telephone = ""
};
var andries = new Expert
{
Name = "Andries Nederpel",
Email = "*****@*****.**",
Expertise = "",
Organisation = "HHNK",
Telephone = ""
};
var dirk = new Expert
{
Name = "Dirk",
Email = "",
Expertise = "Asfalt",
Organisation = "HKV",
Telephone = ""
};
var hydraulicCondition23 = new HydraulicCondition(2.3, (Probability)3.33E-02, double.NaN, double.NaN);
var hydraulicCondition26 = new HydraulicCondition(2.6, (Probability)1.00E-02, double.NaN, double.NaN);
var hydraulicCondition29 = new HydraulicCondition(2.9, (Probability)3.33E-03, double.NaN, double.NaN);
var hydraulicCondition32 = new HydraulicCondition(3.2, (Probability)1.00E-03, double.NaN, double.NaN);
var hydraulicCondition35 = new HydraulicCondition(3.5, (Probability)3.33E-04, double.NaN, double.NaN);
var hydraulicCondition38 = new HydraulicCondition(3.8, (Probability)1.00E-04, double.NaN, double.NaN);
return(new Project
{
Name = "AGK - HHNK",
ProjectLeader =
{
Email = "*****@*****.**",
Name = "Goaitske de Vries"
},
AssessmentSection = "12-3",
EventTrees =
{
new EventTree
{
Name = "AGK - HHNK",
MainTreeEvent = new TreeEvent
{
Name = "Knoop 1",
ProbabilitySpecificationType = ProbabilitySpecificationType.Classes,
ClassesProbabilitySpecification =
{
new ExpertClassEstimation {
Expert = andre, HydraulicCondition = hydraulicCondition23, AverageEstimation = ProbabilityClass.Seven, MinEstimation = ProbabilityClass.Seven, MaxEstimation = ProbabilityClass.Seven
},
new ExpertClassEstimation {
Expert = andre, HydraulicCondition = hydraulicCondition26, AverageEstimation = ProbabilityClass.Seven, MinEstimation = ProbabilityClass.Seven, MaxEstimation = ProbabilityClass.Seven
},
new ExpertClassEstimation {
Expert = andre, HydraulicCondition = hydraulicCondition29, AverageEstimation = ProbabilityClass.Seven, MinEstimation = ProbabilityClass.Seven, MaxEstimation = ProbabilityClass.Seven
},
new ExpertClassEstimation {
Expert = andre, HydraulicCondition = hydraulicCondition32, AverageEstimation = ProbabilityClass.Seven, MinEstimation = ProbabilityClass.Seven, MaxEstimation = ProbabilityClass.Seven
},
new ExpertClassEstimation {
Expert = andre, HydraulicCondition = hydraulicCondition35, AverageEstimation = ProbabilityClass.Six, MinEstimation = ProbabilityClass.Six, MaxEstimation = ProbabilityClass.Six
},
new ExpertClassEstimation {
Expert = andre, HydraulicCondition = hydraulicCondition38, AverageEstimation = ProbabilityClass.Five, MinEstimation = ProbabilityClass.Five, MaxEstimation = ProbabilityClass.Six
},
new ExpertClassEstimation {
Expert = erik, HydraulicCondition = hydraulicCondition23, AverageEstimation = ProbabilityClass.Seven, MinEstimation = ProbabilityClass.Seven, MaxEstimation = ProbabilityClass.Seven
},
new ExpertClassEstimation {
Expert = erik, HydraulicCondition = hydraulicCondition26, AverageEstimation = ProbabilityClass.Seven, MinEstimation = ProbabilityClass.Seven, MaxEstimation = ProbabilityClass.Seven
},
new ExpertClassEstimation {
Expert = erik, HydraulicCondition = hydraulicCondition29, AverageEstimation = ProbabilityClass.Seven, MinEstimation = ProbabilityClass.Seven, MaxEstimation = ProbabilityClass.Seven
},
new ExpertClassEstimation {
Expert = erik, HydraulicCondition = hydraulicCondition32, AverageEstimation = ProbabilityClass.Seven, MinEstimation = ProbabilityClass.Seven, MaxEstimation = ProbabilityClass.Seven
},
new ExpertClassEstimation {
Expert = erik, HydraulicCondition = hydraulicCondition35, AverageEstimation = ProbabilityClass.Seven, MinEstimation = ProbabilityClass.Seven, MaxEstimation = ProbabilityClass.Seven
},
new ExpertClassEstimation {
Expert = erik, HydraulicCondition = hydraulicCondition38, AverageEstimation = ProbabilityClass.Seven, MinEstimation = ProbabilityClass.Seven, MaxEstimation = ProbabilityClass.Seven
},
new ExpertClassEstimation {
Expert = roy, HydraulicCondition = hydraulicCondition23, AverageEstimation = ProbabilityClass.Seven, MinEstimation = ProbabilityClass.Seven, MaxEstimation = ProbabilityClass.Seven
},
new ExpertClassEstimation {
Expert = roy, HydraulicCondition = hydraulicCondition26, AverageEstimation = ProbabilityClass.Seven, MinEstimation = ProbabilityClass.Seven, MaxEstimation = ProbabilityClass.Seven
},
new ExpertClassEstimation {
Expert = roy, HydraulicCondition = hydraulicCondition29, AverageEstimation = ProbabilityClass.Seven, MinEstimation = ProbabilityClass.Seven, MaxEstimation = ProbabilityClass.Seven
},
new ExpertClassEstimation {
Expert = roy, HydraulicCondition = hydraulicCondition32, AverageEstimation = ProbabilityClass.Seven, MinEstimation = ProbabilityClass.Seven, MaxEstimation = ProbabilityClass.Seven
},
new ExpertClassEstimation {
Expert = roy, HydraulicCondition = hydraulicCondition35, AverageEstimation = ProbabilityClass.Seven, MinEstimation = ProbabilityClass.Seven, MaxEstimation = ProbabilityClass.Seven
},
new ExpertClassEstimation {
Expert = roy, HydraulicCondition = hydraulicCondition38, AverageEstimation = ProbabilityClass.Seven, MinEstimation = ProbabilityClass.Seven, MaxEstimation = ProbabilityClass.Seven
},
new ExpertClassEstimation {
Expert = andries, HydraulicCondition = hydraulicCondition23, AverageEstimation = ProbabilityClass.Seven, MinEstimation = ProbabilityClass.Seven, MaxEstimation = ProbabilityClass.Seven
},
new ExpertClassEstimation {
Expert = andries, HydraulicCondition = hydraulicCondition26, AverageEstimation = ProbabilityClass.Seven, MinEstimation = ProbabilityClass.Seven, MaxEstimation = ProbabilityClass.Seven
},
new ExpertClassEstimation {
Expert = andries, HydraulicCondition = hydraulicCondition29, AverageEstimation = ProbabilityClass.Seven, MinEstimation = ProbabilityClass.Seven, MaxEstimation = ProbabilityClass.Seven
},
new ExpertClassEstimation {
Expert = andries, HydraulicCondition = hydraulicCondition32, AverageEstimation = ProbabilityClass.Seven, MinEstimation = ProbabilityClass.Seven, MaxEstimation = ProbabilityClass.Seven
},
new ExpertClassEstimation {
Expert = andries, HydraulicCondition = hydraulicCondition35, AverageEstimation = ProbabilityClass.Seven, MinEstimation = ProbabilityClass.Seven, MaxEstimation = ProbabilityClass.Seven
},
new ExpertClassEstimation {
Expert = andries, HydraulicCondition = hydraulicCondition38, AverageEstimation = ProbabilityClass.Seven, MinEstimation = ProbabilityClass.Seven, MaxEstimation = ProbabilityClass.Seven
},
new ExpertClassEstimation {
Expert = dirk, HydraulicCondition = hydraulicCondition23, AverageEstimation = ProbabilityClass.Seven, MinEstimation = ProbabilityClass.Seven, MaxEstimation = ProbabilityClass.Seven
},
new ExpertClassEstimation {
Expert = dirk, HydraulicCondition = hydraulicCondition26, AverageEstimation = ProbabilityClass.Seven, MinEstimation = ProbabilityClass.Seven, MaxEstimation = ProbabilityClass.Seven
},
new ExpertClassEstimation {
Expert = dirk, HydraulicCondition = hydraulicCondition29, AverageEstimation = ProbabilityClass.Seven, MinEstimation = ProbabilityClass.Seven, MaxEstimation = ProbabilityClass.Seven
},
new ExpertClassEstimation {
Expert = dirk, HydraulicCondition = hydraulicCondition32, AverageEstimation = ProbabilityClass.Six, MinEstimation = ProbabilityClass.Six, MaxEstimation = ProbabilityClass.Seven
},
new ExpertClassEstimation {
Expert = dirk, HydraulicCondition = hydraulicCondition35, AverageEstimation = ProbabilityClass.Five, MinEstimation = ProbabilityClass.Four, MaxEstimation = ProbabilityClass.Five
},
new ExpertClassEstimation {
Expert = dirk, HydraulicCondition = hydraulicCondition38, AverageEstimation = ProbabilityClass.Five, MinEstimation = ProbabilityClass.Four, MaxEstimation = ProbabilityClass.Five
},
},
FailingEvent = new TreeEvent
{
Name = "Knoop 2",
ProbabilitySpecificationType = ProbabilitySpecificationType.Classes,
ClassesProbabilitySpecification =
{
new ExpertClassEstimation {
Expert = andre, HydraulicCondition = hydraulicCondition23, AverageEstimation = ProbabilityClass.Six, MinEstimation = ProbabilityClass.Four, MaxEstimation = ProbabilityClass.Seven
},
new ExpertClassEstimation {
Expert = andre, HydraulicCondition = hydraulicCondition26, AverageEstimation = ProbabilityClass.Five, MinEstimation = ProbabilityClass.Three, MaxEstimation = ProbabilityClass.Six
},
new ExpertClassEstimation {
Expert = andre, HydraulicCondition = hydraulicCondition29, AverageEstimation = ProbabilityClass.Four, MinEstimation = ProbabilityClass.Three, MaxEstimation = ProbabilityClass.Five
},
new ExpertClassEstimation {
Expert = andre, HydraulicCondition = hydraulicCondition32, AverageEstimation = ProbabilityClass.Three, MinEstimation = ProbabilityClass.Two, MaxEstimation = ProbabilityClass.Four
},
new ExpertClassEstimation {
Expert = andre, HydraulicCondition = hydraulicCondition35, AverageEstimation = ProbabilityClass.Three, MinEstimation = ProbabilityClass.Two, MaxEstimation = ProbabilityClass.Four
},
new ExpertClassEstimation {
Expert = andre, HydraulicCondition = hydraulicCondition38, AverageEstimation = ProbabilityClass.Three, MinEstimation = ProbabilityClass.Two, MaxEstimation = ProbabilityClass.Four
},
new ExpertClassEstimation {
Expert = erik, HydraulicCondition = hydraulicCondition23, AverageEstimation = ProbabilityClass.Six
},
new ExpertClassEstimation {
Expert = erik, HydraulicCondition = hydraulicCondition26, AverageEstimation = ProbabilityClass.Five
},
new ExpertClassEstimation {
Expert = erik, HydraulicCondition = hydraulicCondition29, AverageEstimation = ProbabilityClass.Four
},
new ExpertClassEstimation {
Expert = erik, HydraulicCondition = hydraulicCondition32, AverageEstimation = ProbabilityClass.Three
},
new ExpertClassEstimation {
Expert = erik, HydraulicCondition = hydraulicCondition35, AverageEstimation = ProbabilityClass.Two
},
new ExpertClassEstimation {
Expert = erik, HydraulicCondition = hydraulicCondition38, AverageEstimation = ProbabilityClass.One
},
new ExpertClassEstimation {
Expert = roy, HydraulicCondition = hydraulicCondition23, AverageEstimation = ProbabilityClass.None, MinEstimation = ProbabilityClass.None, MaxEstimation = ProbabilityClass.None
},
new ExpertClassEstimation {
Expert = roy, HydraulicCondition = hydraulicCondition26, AverageEstimation = ProbabilityClass.None, MinEstimation = ProbabilityClass.None, MaxEstimation = ProbabilityClass.None
},
new ExpertClassEstimation {
Expert = roy, HydraulicCondition = hydraulicCondition29, AverageEstimation = ProbabilityClass.None, MinEstimation = ProbabilityClass.None, MaxEstimation = ProbabilityClass.None
},
new ExpertClassEstimation {
Expert = roy, HydraulicCondition = hydraulicCondition32, AverageEstimation = ProbabilityClass.None, MinEstimation = ProbabilityClass.None, MaxEstimation = ProbabilityClass.None
},
new ExpertClassEstimation {
Expert = roy, HydraulicCondition = hydraulicCondition35, AverageEstimation = ProbabilityClass.None, MinEstimation = ProbabilityClass.None, MaxEstimation = ProbabilityClass.None
},
new ExpertClassEstimation {
Expert = roy, HydraulicCondition = hydraulicCondition38, AverageEstimation = ProbabilityClass.None, MinEstimation = ProbabilityClass.None, MaxEstimation = ProbabilityClass.None
},
new ExpertClassEstimation {
Expert = andries, HydraulicCondition = hydraulicCondition23, AverageEstimation = ProbabilityClass.Seven, MinEstimation = ProbabilityClass.Seven, MaxEstimation = ProbabilityClass.Seven
},
new ExpertClassEstimation {
Expert = andries, HydraulicCondition = hydraulicCondition26, AverageEstimation = ProbabilityClass.Six, MinEstimation = ProbabilityClass.Six, MaxEstimation = ProbabilityClass.Seven
},
new ExpertClassEstimation {
Expert = andries, HydraulicCondition = hydraulicCondition29, AverageEstimation = ProbabilityClass.Five, MinEstimation = ProbabilityClass.Five, MaxEstimation = ProbabilityClass.Six
},
new ExpertClassEstimation {
Expert = andries, HydraulicCondition = hydraulicCondition32, AverageEstimation = ProbabilityClass.Four, MinEstimation = ProbabilityClass.Three, MaxEstimation = ProbabilityClass.Five
},
new ExpertClassEstimation {
Expert = andries, HydraulicCondition = hydraulicCondition35, AverageEstimation = ProbabilityClass.Two, MinEstimation = ProbabilityClass.Two, MaxEstimation = ProbabilityClass.Three
},
new ExpertClassEstimation {
Expert = andries, HydraulicCondition = hydraulicCondition38, AverageEstimation = ProbabilityClass.One, MinEstimation = ProbabilityClass.One, MaxEstimation = ProbabilityClass.Two
},
new ExpertClassEstimation {
Expert = dirk, HydraulicCondition = hydraulicCondition23, AverageEstimation = ProbabilityClass.Five, MinEstimation = ProbabilityClass.Five, MaxEstimation = ProbabilityClass.Five
},
new ExpertClassEstimation {
Expert = dirk, HydraulicCondition = hydraulicCondition26, AverageEstimation = ProbabilityClass.Five, MinEstimation = ProbabilityClass.Four, MaxEstimation = ProbabilityClass.Five
},
new ExpertClassEstimation {
Expert = dirk, HydraulicCondition = hydraulicCondition29, AverageEstimation = ProbabilityClass.Four, MinEstimation = ProbabilityClass.Four, MaxEstimation = ProbabilityClass.Five
},
new ExpertClassEstimation {
Expert = dirk, HydraulicCondition = hydraulicCondition32, AverageEstimation = ProbabilityClass.Four, MinEstimation = ProbabilityClass.Three, MaxEstimation = ProbabilityClass.Five
},
new ExpertClassEstimation {
Expert = dirk, HydraulicCondition = hydraulicCondition35, AverageEstimation = ProbabilityClass.Three, MinEstimation = ProbabilityClass.Three, MaxEstimation = ProbabilityClass.Four
},
new ExpertClassEstimation {
Expert = dirk, HydraulicCondition = hydraulicCondition38, AverageEstimation = ProbabilityClass.Three, MinEstimation = ProbabilityClass.Two, MaxEstimation = ProbabilityClass.Four
},
}
}
},
Color = Colors.CornflowerBlue,
NeedsSpecification = true
}
},
Experts =
{
andre,
erik,
roy,
andries,
dirk,
},
HydraulicConditions =
{
hydraulicCondition23,
hydraulicCondition26,
hydraulicCondition29,
hydraulicCondition32,
hydraulicCondition35,
hydraulicCondition38,
}
});
}
public void RemoveExpertChangesClassEstimatesWithHydraulicConditions()
{
var expertToRemove = new Expert();
var otherExpert = new Expert();
var hydraulicCondition1 = new HydraulicCondition(1.0, (Probability)0.01, 1, 1);
var hydraulicCondition2 = new HydraulicCondition(2.0, (Probability)0.001, 1, 1);
var treeEvent = new TreeEvent
{
ClassesProbabilitySpecification =
{
new ExpertClassEstimation {
Expert = expertToRemove, HydraulicCondition = hydraulicCondition1
},
new ExpertClassEstimation {
Expert = expertToRemove, HydraulicCondition = hydraulicCondition2
},
new ExpertClassEstimation {
Expert = otherExpert, HydraulicCondition = hydraulicCondition1
},
new ExpertClassEstimation {
Expert = otherExpert, HydraulicCondition = hydraulicCondition2
}
}
};
var project = new Project
{
EventTrees =
{
new EventTree
{
MainTreeEvent = treeEvent
}
},
Experts =
{
expertToRemove,
otherExpert
},
HydraulicConditions =
{
hydraulicCondition1,
hydraulicCondition2,
}
};
var projectManipulationService = new ProjectManipulationService(project);
Assert.AreEqual(4, treeEvent.ClassesProbabilitySpecification.Count);
projectManipulationService.RemoveExpert(expertToRemove);
Assert.AreEqual(1, project.Experts.Count);
Assert.AreEqual(otherExpert, project.Experts.First());
Assert.AreEqual(2, treeEvent.ClassesProbabilitySpecification.Count);
var firstSpecification = treeEvent.ClassesProbabilitySpecification.First();
Assert.AreEqual(otherExpert, firstSpecification.Expert);
Assert.AreEqual(hydraulicCondition1, firstSpecification.HydraulicCondition);
Assert.Contains(firstSpecification.HydraulicCondition, project.HydraulicConditions);
var secondSpecification = treeEvent.ClassesProbabilitySpecification.Last();
Assert.AreEqual(otherExpert, secondSpecification.Expert);
Assert.AreEqual(hydraulicCondition2, secondSpecification.HydraulicCondition);
Assert.Contains(secondSpecification.HydraulicCondition, project.HydraulicConditions);
Assert.AreNotEqual(firstSpecification.HydraulicCondition, secondSpecification.HydraulicCondition);
}
/// <summary>
/// Контрол редактирует данные о залитом масле для одного агрегата
/// </summary>
public HydraulicControl(HydraulicCondition condition) : this()
{
AttachedObject = condition;
}
