public override void Calculate(InspectedPanel currentPanel, object file)
{
try
{
_CenterOffsetResult = null;
_RotationResult = null;
_StretchResult = null;
_HanwhaResult = null;
var Boxes = GetCandidateBoxes(currentPanel, PrinterCommonSetting);
//Calculate
CenterOffsetCorrectionAlgorithm cocAlgo = new CenterOffsetCorrectionAlgorithm(PrinterCommonSetting.Clone());
RotationCorrectionAlgorithm rcAlgo = new RotationCorrectionAlgorithm(PrinterCommonSetting.Clone());
StretchAlgorithm sAlgo = new StretchAlgorithm();
HanwhaHAVAvg hanwhaAvg = new HanwhaHAVAvg();
_CenterOffsetResult = (CenterOffsetResult)cocAlgo.Calculate(Boxes, currentPanel, null);
_RotationResult = (RotationResult)rcAlgo.Calculate(Boxes, currentPanel, _CenterOffsetResult);
_StretchResult = (StretchResult)sAlgo.Calculate(null, currentPanel, null);
_HanwhaResult = (HanwhaResult)hanwhaAvg.Calculate(Boxes, null, null);
_WipeReason = JudgeWipeHelper.JudgeWipeByPriorityStrategy(currentPanel, Boxes);
}
catch (Exception e)
{
throw new CaculateException(e.Message);
}
}
public override void Calculate(InspectedPanel currentPanel, object file)
{
try
{
_CenterOffsetResult = null;
_RotationResult = null;
_StretchResult = null;
_DefectStatisticResult = null;
var Boxes = GetCandidateBoxes(currentPanel, PrinterCommonSetting);
//Calculate
CenterOffsetCorrectionAlgorithm cocAlgo = new CenterOffsetCorrectionAlgorithm(PrinterCommonSetting.Clone());
RotationCorrectionAlgorithm rcAlgo = new RotationCorrectionAlgorithm(PrinterCommonSetting.Clone());
StretchAlgorithm sAlgo = new StretchAlgorithm();
DefectStatistic dsAlgo = new DefectStatistic();
EkraFiducailOffset ekraFMAlgo = new EkraFiducailOffset();
_CenterOffsetResult = (CenterOffsetResult)cocAlgo.Calculate(Boxes, currentPanel, null);
_RotationResult = (RotationResult)rcAlgo.Calculate(Boxes, currentPanel, _CenterOffsetResult);
_StretchResult = (StretchResult)sAlgo.Calculate(null, currentPanel, null);
_DefectStatisticResult = (DefectStatisticResult)dsAlgo.Calculate(Boxes, currentPanel, null);
//Wipe
_WipeReason = JudgeWipeHelper.JudgeWipeByPriorityStrategy(currentPanel, Boxes);
}
catch (Exception e)
{
throw new CaculateException(e.Message);
}
}
public override void Calculate(InspectedPanel currentPanel, object file)
{
try
{
_CenterOffsetResult = null;
_RotationResult = null;
_StretchResult = null;
_DefectStatisticResult = null;
var Boxes = GetCandidateBoxes(currentPanel, PrinterCommonSetting);
//Calculate
CenterOffsetCorrectionAlgorithm cocAlgo = new CenterOffsetCorrectionAlgorithm(PrinterCommonSetting.Clone());
RotationCorrectionAlgorithm rcAlgo = new RotationCorrectionAlgorithm(PrinterCommonSetting.Clone());
StretchAlgorithm sAlgo = new StretchAlgorithm();
DefectStatistic dsAlgo = new DefectStatistic();
_CenterOffsetResult = (CenterOffsetResult)cocAlgo.Calculate(Boxes, currentPanel, null);
_RotationResult = (RotationResult)rcAlgo.Calculate(Boxes, currentPanel, _CenterOffsetResult);
_StretchResult = (StretchResult)sAlgo.Calculate(null, currentPanel, null);
_DefectStatisticResult = (DefectStatisticResult)dsAlgo.Calculate(Boxes, currentPanel, null);//=>從failbox來
}
catch (Exception e)
{
throw new CaculateException(e.Message);
}
}
private static void TestTiltSensor(RotationResult actualRotationResult, RotationResult expectedRotationResult, double toleranceDegrees)
{
// X axis
Console.WriteLine($"Expected rotation X: {expectedRotationResult.XRotation}°. Actual rotation X: {actualRotationResult.XRotation}°. Tolerance: +{toleranceDegrees}/-{toleranceDegrees}");
if (actualRotationResult.XRotation <= expectedRotationResult.XRotation + toleranceDegrees && actualRotationResult.XRotation >= expectedRotationResult.XRotation - toleranceDegrees)
{
ConsoleHelper.WriteLine($"Test {_testNumber} 'rotation X' passed", ConsoleColor.Green);
}
else
{
ConsoleHelper.WriteLine($"Test {_testNumber} 'rotation X' failed", ConsoleColor.Red);
}
// Y axis
Console.WriteLine($"Expected rotation Y: {expectedRotationResult.YRotation}°. Actual rotation Y: {actualRotationResult.YRotation}°. Tolerance: +{toleranceDegrees}/-{toleranceDegrees}");
if (actualRotationResult.YRotation <= expectedRotationResult.YRotation + toleranceDegrees && actualRotationResult.YRotation >= expectedRotationResult.YRotation - toleranceDegrees)
{
ConsoleHelper.WriteLine($"Test {_testNumber} 'rotation Y' passed", ConsoleColor.Green);
}
else
{
ConsoleHelper.WriteLine($"Test {_testNumber} 'rotation Y' failed", ConsoleColor.Red);
}
_testNumber++;
}
public override void Calculate(InspectedPanel currentPanel, object file)
{
try
{
_CenterOffsetResult = null;
_RotationResult = null;
_StretchResult = null;
_DefectStatisticResult = null;
var Boxes = GetCandidateBoxes(currentPanel, PrinterCommonSetting);
//Calculate
CenterOffsetCorrectionAlgorithm cocAlgo = new CenterOffsetCorrectionAlgorithm(PrinterCommonSetting.Clone());
RotationCorrectionAlgorithm rcAlgo = new RotationCorrectionAlgorithm(PrinterCommonSetting.Clone());
StretchAlgorithm sAlgo = new StretchAlgorithm();
DefectStatistic dsAlgo = new DefectStatistic();
//Yamaha該方法和Ese要計算 each box的HAV percentage 平均功能一致，故重用
PadHAVAvg padAvgAlgo = new PadHAVAvg();
_CenterOffsetResult = (CenterOffsetResult)cocAlgo.Calculate(Boxes, currentPanel, null);
_RotationResult = (RotationResult)rcAlgo.Calculate(Boxes, currentPanel, _CenterOffsetResult);
_StretchResult = (StretchResult)sAlgo.Calculate(null, currentPanel, null);
_DefectStatisticResult = (DefectStatisticResult)dsAlgo.Calculate(Boxes, currentPanel, null); //=>從failbox來
_PadHAVAvgResult = (PadHAVAvgResult)padAvgAlgo.Calculate(Boxes, null, null); //YAMAHA需要額外的avg統計
_WipeReason = JudgeWipeHelper.JudgeWipeByPriorityStrategy(currentPanel, Boxes);
}
catch (Exception e)
{
throw new CaculateException(e.Message);
}
}
private ContinousBendingMomentLoad(ILoadWithPosition startPosition, ILoadWithPosition endPosition)
: base(startPosition, endPosition)
{
BendingMomentResult = new BendingMomentResult(this);
RotationResult = new RotationResult(this);
VerticalDeflectionResult = new VerticalDeflectionResult(this);
}
public void SetRotationResult(double xRotation, double yRotation)
{
this.rotationResult = new RotationResult
{
XRotation = xRotation,
YRotation = yRotation
};
}
public Beam(IList <ISpan> spans, ICollection <INode> nodes)
{
Spans = spans ?? throw new ArgumentNullException(nameof(spans));
Nodes = nodes ?? throw new ArgumentNullException(nameof(nodes));
GlobalStiffnessMatrix = new GlobalStiffnessMatrix(this);
NormalForceResult = new NormalForceResult(this);
ShearResult = new ShearResult(this);
BendingMomentResult = new BendingMomentResult(this);
HorizontalDeflectionResult = new HorizontalDeflectionResult(this);
VerticalDeflectionResult = new VerticalDeflectionResult(this);
RotationResult = new RotationResult(this);
}
private ContinousAngledLoad(ILoadWithPosition startPosition, ILoadWithPosition endPosition, double angle)
: base(startPosition, endPosition)
{
Angle = angle;
SetContinousLoads();
NormalForceResult = new NormalForceResult(_horizontalContinousLoad);
ShearResult = new ShearResult(_verticalContinousLoad);
BendingMomentResult = new BendingMomentResult(_verticalContinousLoad);
RotationResult = new RotationResult(_verticalContinousLoad);
HorizontalDeflectionResult = new HorizontalDeflectionResult(_horizontalContinousLoad);
VerticalDeflectionResult = new VerticalDeflectionResult(_verticalContinousLoad);
}
public void BendingMomentLoadResults_GetValueForRotationTest_Success()
{
var span = new Mock <ISpan>();
span.Setup(s => s.Material.YoungModulus).Returns(2);
span.Setup(s => s.Section.MomentOfInteria).Returns(4);
var continousLoad = new Mock <IContinousLoad>();
continousLoad.Setup(cl => cl.StartPosition.Value).Returns(5);
var rotationResult = new RotationResult(continousLoad.Object);
var result = rotationResult.GetValue(span.Object, distanceFromLeftSide: 4, currentLength: 1);
Assert.That(result, Is.EqualTo(2.8125));
}
public void SpanExtendLoadResult_GetValueForRotationTest_Success()
{
var continousLoad = new Mock <IContinousLoad>();
continousLoad.Setup(cl => cl.StartPosition.Value).Returns(0);
continousLoad.Setup(cl => cl.EndPosition.Value).Returns(3);
var span = new Mock <ISpan>();
span.Setup(s => s.Section.SolidHeight).Returns(3);
var rotationResult = new RotationResult(continousLoad.Object);
var result = rotationResult.GetValue(span.Object, distanceFromLeftSide: 4, currentLength: 1);
Assert.That(result, Is.EqualTo(-0.0003));
}
public override void Calculate(InspectedPanel currentPanel, object file)
{
_CenterOffsetResult = null;
_RotationResult = null;
_StretchResult = null;
var Boxes = GetCandidateBoxes(currentPanel, PrinterCommonSetting);
//Calculate
CenterOffsetCorrectionAlgorithm cocAlgo = new CenterOffsetCorrectionAlgorithm(PrinterCommonSetting.Clone());
RotationCorrectionAlgorithm rcAlgo = new RotationCorrectionAlgorithm(PrinterCommonSetting.Clone());
StretchAlgorithm sAlgo = new StretchAlgorithm();
_CenterOffsetResult = (CenterOffsetResult)cocAlgo.Calculate(Boxes, currentPanel, null);
_RotationResult = (RotationResult)rcAlgo.Calculate(Boxes, currentPanel, _CenterOffsetResult);
_StretchResult = (StretchResult)sAlgo.Calculate(null, currentPanel, null);
_WipeReason = JudgeWipeHelper.JudgeWipeByPriorityStrategy(currentPanel, Boxes);
}
public void SetUpData()
{
var continousLoad = new Mock <IContinousLoad>();
continousLoad.Setup(cl => cl.StartPosition.Value).Returns(1);
continousLoad.Setup(cl => cl.StartPosition.Position).Returns(1);
continousLoad.Setup(cl => cl.EndPosition.Value).Returns(3);
continousLoad.Setup(cl => cl.EndPosition.Position).Returns(7);
continousLoad.Setup(cl => cl.Length)
.Returns(continousLoad.Object.EndPosition.Position - continousLoad.Object.StartPosition.Position);
var span = new Mock <ISpan>();
span.Setup(s => s.Material.YoungModulus).Returns(2);
span.Setup(s => s.Section.MomentOfInteria).Returns(4);
_span = span.Object;
_rotationResult = new RotationResult(continousLoad.Object);
}
public override void Calculate(InspectedPanel currentPanel, object file)
{
try
{
var Boxes = GetCandidateBoxes(currentPanel, PrinterCommonSetting);
//Calculate
CenterOffsetCorrectionAlgorithm cocAlgo = new CenterOffsetCorrectionAlgorithm(PrinterCommonSetting.Clone());
RotationCorrectionAlgorithm rcAlgo = new RotationCorrectionAlgorithm(PrinterCommonSetting.Clone());
PadHAVAvg yamahaAlgo = new PadHAVAvg();
_CenterOffsetResult = (CenterOffsetResult)cocAlgo.Calculate(Boxes, currentPanel, null);
_RotationResult = (RotationResult)rcAlgo.Calculate(Boxes, currentPanel, _CenterOffsetResult);
_PadHAVAvgResult = (PadHAVAvgResult)yamahaAlgo.Calculate(Boxes, null, null);//YAMAHA需要額外的avg統計
}
catch (Exception e)
{
throw new CaculateException(e.Message);
}
}
private UpDownTemperatureDifferenceLoad(ILoadWithPosition startPosition, ILoadWithPosition endPosition)
: base(startPosition, endPosition)
{
RotationResult = new RotationResult(this);
VerticalDeflectionResult = new VerticalDeflectionResult(this);
}
