public void DefineAngleTest3()
{
//Arrange (подготовка)
Vec2 start = new Vec2();
Vec2 end = new Vec2(10, 10);
//Act (выполнение)
float angle = VectorMethod.DefineAngle(start, end);
//Assert (проверка)
Assert.AreEqual(45, angle);
}
public void DefineDistanceTest2()
{
//Arrange (подготовка)
Vec2 v1 = new Vec2(6, 2);
Vec2 v2 = new Vec2(30, 9);
//Act (выполнение)
float resultDistance = VectorMethod.DefineDistance(v1, v2);
//Assert (проверка)
Assert.AreEqual(25, resultDistance);
}
public void RotateVectorTest_4()
{
//Arrange (подготовка)
float angle4 = 270F;
float distance4 = 20F;
float x4 = 0F;
float y4 = -20F;
//Act (выполнение)
Vec2 vector4 = VectorMethod.RotateVector(angle4, distance4);
//Assert (проверка)
Assert.AreEqual(x4, vector4.X);
Assert.AreEqual(y4, vector4.Y);
}
public void RotateVectorTest_3()
{
//Arrange (подготовка)
float angle3 = 90F;
float distance3 = 20F;
float x3 = 0F;
float y3 = 20F;
//Act (выполнение)
Vec2 vector3 = VectorMethod.RotateVector(angle3, distance3);
//Assert (проверка)
Assert.AreEqual(x3, vector3.X);
Assert.AreEqual(y3, vector3.Y);
}
public void RotateVectorTest_2()
{
//Arrange (подготовка)
float angle2 = 0F;
float distance2 = 20F;
float x2 = 20F;
float y2 = 0F;
//Act (выполнение)
Vec2 vector2 = VectorMethod.RotateVector(angle2, distance2);
//Assert (проверка)
Assert.AreEqual(x2, vector2.X);
Assert.AreEqual(y2, vector2.Y);
}
public void RotateVectorTest_1()
{
//Arrange (подготовка)
float angle1 = 45F;
float distance1 = (float)Math.Sqrt(1 + 1);
float x1 = 1F;
float y1 = 1F;
//Act (выполнение)
Vec2 vector1 = VectorMethod.RotateVector(angle1, distance1);
//Assert (проверка)
Assert.AreEqual(x1, vector1.X);
Assert.AreEqual(y1, vector1.Y);
}
public void DeploySettings(IPlaneSettings settings, ToolkitExperimentNotes _notes, ILogBuilder logger)
{
DeploySettingsBase(_notes);
PlanesMethodSettings mainSettings = (PlanesMethodSettings)settings;
EntityMethod.DeploySettings(mainSettings.entityMethod, notes, logger);
CorpusMethod.DeploySettings(mainSettings.corpusMethod, notes, logger);
VectorMethod.DeploySettings(mainSettings.vectorMethod, notes, logger);
FeatureMethod.DeploySettings(mainSettings.featureMethod, notes, logger);
CacheProvider.Deploy(new System.IO.DirectoryInfo(mainSettings.cachePath));
EntityMethod.CacheProvider = CacheProvider;
CorpusMethod.CacheProvider = CacheProvider;
VectorMethod.CacheProvider = CacheProvider;
FeatureMethod.CacheProvider = CacheProvider;
CloseDeploySettingsBase();
}
public IPlaneContext ExecutePlaneMethod(IPlaneContext inputContext, ExperimentModelExecutionContext generalContext, ILogBuilder logger)
{
//if (generalContext == null)
//{
// generalContext = new PlanesMethodContext();
//}
IEntityPlaneContext entityInputContext = inputContext as IEntityPlaneContext;
ICorpusPlaneContext entityContext = EntityMethod.ExecutePlaneMethod(inputContext, generalContext, logger) as ICorpusPlaneContext;
IVectorPlaneContext corpusContext = CorpusMethod.ExecutePlaneMethod(entityContext, generalContext, logger) as IVectorPlaneContext;
IFeaturePlaneContext vectorContext = VectorMethod.ExecutePlaneMethod(corpusContext, generalContext, logger) as IFeaturePlaneContext;
IFeaturePlaneContext featureContext = FeatureMethod.ExecutePlaneMethod(vectorContext, generalContext, logger) as IFeaturePlaneContext;
// --- the results reporting
var evaluationMetrics = generalContext.truthTable.EvaluateTestResultsToMetricSet(featureContext.testResults, generalContext.runName + "-" + notes.folder.name, logger);
DataTableTypeExtended <classificationEval> inclassEvalTable = new DataTableTypeExtended <classificationEval>("inclass_evaluation", "Test results, per class");
evaluationMetrics.GetAllEntries().ForEach(x => inclassEvalTable.AddRow(x));
inclassEvalTable.AddRow(evaluationMetrics.GetSummary("Sum"));
notes.SaveDataTable(inclassEvalTable, notes.folder_classification);
classificationReport averagedReport = new classificationReport(evaluationMetrics, generalContext.averagingMethod);
averagedReport.Classifier = FeatureMethod.classifier.name;
averagedReport.saveObjectToXML(notes.folder_classification.pathFor(averagedReport.Name + ".xml", imbSCI.Data.enums.getWritableFileMode.overwrite, "Serialized classification evaluation results summary"));
generalContext.testSummaries.Add(averagedReport);
averagedReport.ReportToLog(notes);
featureContext.provider.Dispose();
EntityMethod.CacheProvider.Dispose();
return(generalContext);
}
public void CreateRandPositionTest()
{
//Arrange (подготовка)
int size = 1;
//Act (выполнение)
PointF point = VectorMethod.CreateRandPosition(size);
float X = point.X;
float Y = point.Y;
//Assert (проверка)
if (X != 0 && X != 1)
{
Assert.Fail();
}
if (Y != 0 && Y != 1)
{
Assert.Fail();
}
}
