// TODO: plan on multiple types of ReadRequests... One will copy snapshot of TND value into a DataValueInstance, another will watch a TND value as a trigger, etc
public ReadValueFromTNDDefinition(TestSequence testSequence)
: base(testSequence)
{
mDataValue = new GeneratedValueDefinition(testSequence, OwnerLink.newLink(this, "DataValue"));
mDataValue.AddDependency(this);
mDataValue.Name = "TND Data Value";
}
public ImageCropDefinition(TestSequence testSequence)
: base(testSequence)
{
mCroppedImage = new GeneratedImageDefinition(testSequence, OwnerLink.newLink(this, "ResultantImage"));
mCroppedImage.AddDependency(this);
mCroppedImage.Name = "cropResult";
}
public FindCornerFromInsideDefinition(TestSequence testSequence)
: base(testSequence)
{
mResultX = new GeneratedValueDefinition(testSequence, OwnerLink.newLink(this, "ResultX"));
mResultX.Type = DataType.IntegerNumber;
mResultX.AddDependency(this);
mResultX.Name = "ResultX";
mResultY = new GeneratedValueDefinition(testSequence, OwnerLink.newLink(this, "ResultY"));
mResultY.Type = DataType.IntegerNumber;
mResultY.AddDependency(this);
mResultY.Name = "ResultY";
/*
* mSearchEndX = new GeneratedValueDefinition(testSequence, OwnerLink.newLink(this, "SearchEndX"));
* mSearchEndX.Type = DataType.IntegerNumber;
* mSearchEndX.AddDependency(this);
* mSearchEndX.Name = "SearchEndX";
*
* mSearchEndY = new GeneratedValueDefinition(testSequence, OwnerLink.newLink(this, "SearchEndY"));
* mSearchEndY.Type = DataType.IntegerNumber;
* mSearchEndY.AddDependency(this);
* mSearchEndY.Name = "SearchEndY";
*
* mSearchPath = new ToolLineDecorationDefinition(testSequence, OwnerLink.newLink(this, "SearchPath"));
* mSearchPath.Name = "SearchPath";
* mSearchPath.SetStartX(mStartX);
* mSearchPath.SetStartY(mStartY);
* mSearchPath.SetEndX(mSearchEndX);
* mSearchPath.SetEndY(mSearchEndY);
*/
}
public FindBoundingRectangleDefinition(TestSequence testSequence)
: base(testSequence)
{
mLeftBound = new GeneratedValueDefinition(testSequence, OwnerLink.newLink(this, "LeftBound"));
mLeftBound.Type = DataType.IntegerNumber;
mLeftBound.AddDependency(this);
mLeftBound.Name = "LeftBound";
mRightBound = new GeneratedValueDefinition(testSequence, OwnerLink.newLink(this, "RightBound"));
mRightBound.Type = DataType.IntegerNumber;
mRightBound.AddDependency(this);
mRightBound.Name = "RightBound";
mTopBound = new GeneratedValueDefinition(testSequence, OwnerLink.newLink(this, "TopBound"));
mTopBound.Type = DataType.IntegerNumber;
mTopBound.AddDependency(this);
mTopBound.Name = "TopBound";
mBottomBound = new GeneratedValueDefinition(testSequence, OwnerLink.newLink(this, "BottomBound"));
mBottomBound.Type = DataType.IntegerNumber;
mBottomBound.AddDependency(this);
mBottomBound.Name = "BottomBound";
/*
* TODO: add resultant point (X or +)
* mResultantRay = new ValueBasedLineDecorationDefinition(testSequence, OwnerLink.newLink(this, "ResultantRay"));
* mResultantRay.AddDependency(mResultantAngle);
* mResultantRay.Name = "ResultantRay";
*/
}
public ImageDuplicatorDefinition(TestSequence testSequence)
: base(testSequence)
{
mDuplicateImage = new GeneratedImageDefinition(testSequence, OwnerLink.newLink(this, "ResultantImage"));
mDuplicateImage.AddDependency(this);
mDuplicateImage.Name = "Copy of image";
}
public CalibrationToolDefinition(TestSequence testSequence)
: base(testSequence)
{
mConversionFactor = new GeneratedValueDefinition(testSequence, OwnerLink.newLink(this, "ConversionFactor"));
mConversionFactor.Type = DataType.DecimalNumber;
mConversionFactor.AddDependency(this);
mConversionFactor.Name = "ConversionFactor";
}
public MathOpResultDefinition(TestSequence testSequence, MathOperationDefinition mathOp, string calcDef)
: base(testSequence, OwnerLink.newLink(mathOp, "Result"))
{
testSequence.MathOperationRegistry.RegisterObject(this);
mMathOp = mathOp;
base.Name = calcDef;
SetDataCategory(DataCategory.UnnamedCalculatedValue);
}
public OperatorQueryDefinition(TestSequence testSequence)
: base(testSequence)
{
mOperatorAnswer = new GeneratedValueDefinition(testSequence, OwnerLink.newLink(this, "OperatorAnswer"));
mOperatorAnswer.Type = DataType.IntegerNumber;
mOperatorAnswer.AddDependency(this);
mOperatorAnswer.Name = "OperatorAnswer";
}
public CopyValueDefinition(TestSequence testSequence)
: base(testSequence)
{
mDestinationValue = new GeneratedValueDefinition(testSequence, OwnerLink.newLink(this, "DestinationValue"));
mDestinationValue.Type = DataType.DecimalNumber;
mDestinationValue.AddDependency(this);
mDestinationValue.Name = "DestinationValue";
}
public ColorMatchCountDefinition(TestSequence testSequence)
: base(testSequence)
{
mResult = new GeneratedValueDefinition(testSequence, OwnerLink.newLink(this, "Result"));
mResult.Type = DataType.IntegerNumber;
mResult.AddDependency(this);
mResult.Name = "ColorMatchCountResult";
}
public MeasurementToolDefinition(TestSequence testSequence)
: base(testSequence)
{
mDistance = new GeneratedValueDefinition(testSequence, OwnerLink.newLink(this, "Distance"));
mDistance.Type = DataType.DecimalNumber;
mDistance.AddDependency(this);
mDistance.Name = "Distance";
}
public VideoCaptureByJPEGDefinition(TestSequence testSequence) : base(testSequence)
{
mCapturedVideo = new GeneratedVideoDefinition(testSequence, OwnerLink.newLink(this, "CapturedVideo"));
mCapturedVideo.AddDependency(this);
mCapturedVideo.Name = "capturedVideo";
bufferForWorker = new byte[bufferSize];
}
public void SetOwnerLink(OwnerLink ownerLink)
{
// NOTE: this is not a property since we don't want to expose it to the PropertyGrid or config file
if (mOwnerLink != null && mOwnerLink != ownerLink)
{
throw new Exception("should only call this once asdlkjalksjd");
}
mOwnerLink = ownerLink;
}
public CameraSnapshotDefinition(TestSequence testSequence) : base(testSequence)
{
mSnapshotImage = new GeneratedImageDefinition(testSequence, OwnerLink.newLink(this, "ResultantImage"));
mSnapshotImage.AddDependency(this);
mSnapshotImage.Name = "snapshotResult";
bufferForWorker = new byte[bufferSize];
testSequence.TriggerRegistry.RegisterObject(this);
}
public AddNumbersDefinition(TestSequence testSequence)
: base(testSequence)
{
//
// TODO: Add constructor logic here
//
mResult = new GeneratedValueDefinition(testSequence, OwnerLink.newLink(this, "Result"));
mResult.Type = DataType.IntegerNumber;
mResult.AddDependency(this);
mResult.Name = "ColorMatchCountResult";
}
public void AddObject(Object theObject)
{
/*
* if (theObject is MathOperationDefinition ||
* theObject is MathOpResultDefinition ||
* theObject is CalculationToolDefinition
* )
* {
* return;
* }
*/
/* removed 7/3/08 since fixed support in ConstantValueDefinition for IncludeObjectInConfigFile()
* if (theObject is ConstantValueDefinition )
* {
* ConstantValueDefinition constValue = (ConstantValueDefinition)theObject;
* if (constValue.Name == "" + constValue.Value) return;
* }*/
writer.WriteLine();
Type objectType = theObject.GetType();
//writer.WriteLine("[" + objectType.Assembly.GetName() + "." + objectType.Name + "]");
string objectTypeLine = "[" + objectType.Name;
OwnerLink ownerLink = null;
if (theObject is IObjectDefinition)
{
ownerLink = ((IObjectDefinition)theObject).GetOwnerLink();
}
if (ownerLink != null)
{
objectTypeLine += " | " + ownerLink.Owner.Name + "." + ownerLink.Property.Name;
}
objectTypeLine += "]";
writer.WriteLine(objectTypeLine);
foreach (PropertyInfo propInfo in objectType.GetProperties())
{
if (propInfo.CanWrite)
{
object propertyValue = propInfo.GetValue(theObject, null);
if (propertyValue == null)
{
writer.WriteLine(propInfo.Name + " = ");
}
else
{
TypeConverter converter = TypeDescriptor.GetConverter(propertyValue);
writer.WriteLine(propInfo.Name + " = " + converter.ConvertToString(propertyValue));
}
}
}
}
public IntensityVariationDefinition(TestSequence testSequence)
: base(testSequence)
{
mResult = new GeneratedValueDefinition(testSequence, OwnerLink.newLink(this, "Result"));
mResult.Type = DataType.IntegerNumber;
mResult.AddDependency(this);
mResult.Name = "IntensityVariation";
mMarkedImage = new GeneratedImageDefinition(testSequence, OwnerLink.newLink(this, "MarkedImage"));
mMarkedImage.AddDependency(this);
mMarkedImage.Name = "IntensityVariationImage";
}
public FindCenterOfColorOnLineDefinition(TestSequence testSequence)
: base(testSequence)
{
mResultX = new GeneratedValueDefinition(testSequence, OwnerLink.newLink(this, "ResultX"));
mResultX.Type = DataType.IntegerNumber;
mResultX.AddDependency(this);
mResultX.Name = "ResultX";
mResultY = new GeneratedValueDefinition(testSequence, OwnerLink.newLink(this, "ResultY"));
mResultY.Type = DataType.IntegerNumber;
mResultY.AddDependency(this);
mResultY.Name = "ResultY";
}
public FindBrightestSpotDefinition(TestSequence testSequence)
: base(testSequence)
{
mBrightSpot_X = new GeneratedValueDefinition(testSequence, OwnerLink.newLink(this, "BrightSpot_X"));
mBrightSpot_X.Type = DataType.IntegerNumber;
mBrightSpot_X.AddDependency(this);
mBrightSpot_X.Name = "BrightSpot_X";
mBrightSpot_Y = new GeneratedValueDefinition(testSequence, OwnerLink.newLink(this, "BrightSpot_Y"));
mBrightSpot_Y.Type = DataType.IntegerNumber;
mBrightSpot_Y.AddDependency(this);
mBrightSpot_Y.Name = "BrightSpot_Y";
}
public ProximityCollectorWith2GridsScoreFilterDefinition(TestSequence testSequence)
: base(testSequence)
{
mMaxScore = new GeneratedValueDefinition(testSequence, OwnerLink.newLink(this, "MaxScore"));
mMaxScore.Type = DataType.IntegerNumber;
mMaxScore.AddDependency(this);
mMaxScore.Name = "MaxScore";
mNumScoresInMax = new GeneratedValueDefinition(testSequence, OwnerLink.newLink(this, "NumScoresInMax"));
mNumScoresInMax.Type = DataType.IntegerNumber;
mNumScoresInMax.AddDependency(this);
mNumScoresInMax.Name = "NumScoresInMax";
}
public PatternMatchOfAvgGrayVariationDefinition(TestSequence testSequence)
: base(testSequence)
{
mResult = new GeneratedValueDefinition(testSequence, OwnerLink.newLink(this, "Result"));
mResult.Type = DataType.IntegerNumber;
mResult.AddDependency(this);
mResult.Name = "DifferenceScore";
//TODO: ConstantImage to hold "average" image of pattern...along with red pixels to show what won't be matched (diff range outside of threshold)
mMarkedImage = new GeneratedImageDefinition(testSequence, OwnerLink.newLink(this, "MarkedImage"));
mMarkedImage.AddDependency(this);
mMarkedImage.Name = "IntensityVariationImage";
}
public FindEdgeOriginalDefinition(TestSequence testSequence)
: base(testSequence)
{
mEdgeMarker = new ValueBasedLineDecorationDefinition(testSequence, OwnerLink.newLink(this, "EdgeMarker"));
mEdgeMarker.Name = "EdgeMarker";
mEdgeMarker.AddDependency(this);
MarkerColor = Color.Yellow;
mEdgeLocation = new GeneratedValueDefinition(testSequence, OwnerLink.newLink(this, "EdgeLocation"));
mEdgeLocation.Type = DataType.IntegerNumber;
mEdgeLocation.AddDependency(this);
mEdgeLocation.Name = "EdgeLocation";
}
public IntensityVariationOverRectangleDefinition(TestSequence testSequence)
: base(testSequence)
{
//
// TODO: Add constructor logic here
//
mResult = new GeneratedValueDefinition(testSequence, OwnerLink.newLink(this, "Result"));
mResult.Type = DataType.IntegerNumber;
mResult.AddDependency(this);
mResult.Name = "IntensityVariation";
mMarkedImage = new GeneratedImageDefinition(testSequence, OwnerLink.newLink(this, "MarkedImage"));
mMarkedImage.AddDependency(this);
mMarkedImage.Name = "IntensityVariationImage";
}
public FindRadialLineDefinition(TestSequence testSequence)
: base(testSequence)
{
mOuterSearchBounds = new ToolCircleDecorationDefinition(testSequence, OwnerLink.newLink(this, "OuterSearchBounds"));
mOuterSearchBounds.Name = "Outer bound";
mOuterSearchBounds.AddDependency(this);
mInnerSearchBounds = new ToolCircleDecorationDefinition(testSequence, OwnerLink.newLink(this, "InnerSearchBounds"));
mInnerSearchBounds.Name = "Inner bound";
mInnerSearchBounds.AddDependency(this);
SearchBoundsColor = Color.Yellow;
mResultantAngle = new GeneratedValueDefinition(testSequence, OwnerLink.newLink(this, "ResultantAngle"));
mResultantAngle.Type = DataType.IntegerNumber;
mResultantAngle.AddDependency(this);
mResultantAngle.Name = "ResultantAngle";
mResultantRay = new ValueBasedLineDecorationDefinition(testSequence, OwnerLink.newLink(this, "ResultantRay"));
mResultantRay.AddDependency(mResultantAngle);
mResultantRay.Name = "ResultantRay";
}
public FindBlobOfSizeAndColorDefinition(TestSequence testSequence)
: base(testSequence)
{
mLeftBound = new GeneratedValueDefinition(testSequence, OwnerLink.newLink(this, "LeftBound"));
mLeftBound.Type = DataType.IntegerNumber;
mLeftBound.AddDependency(this);
mLeftBound.Name = "LeftBound";
mRightBound = new GeneratedValueDefinition(testSequence, OwnerLink.newLink(this, "RightBound"));
mRightBound.Type = DataType.IntegerNumber;
mRightBound.AddDependency(this);
mRightBound.Name = "RightBound";
mTopBound = new GeneratedValueDefinition(testSequence, OwnerLink.newLink(this, "TopBound"));
mTopBound.Type = DataType.IntegerNumber;
mTopBound.AddDependency(this);
mTopBound.Name = "TopBound";
mBottomBound = new GeneratedValueDefinition(testSequence, OwnerLink.newLink(this, "BottomBound"));
mBottomBound.Type = DataType.IntegerNumber;
mBottomBound.AddDependency(this);
mBottomBound.Name = "BottomBound";
}
public ToolPointDecorationDefinition(TestSequence testSequence, OwnerLink ownerLink)
: base(testSequence)
{
SetOwnerLink(ownerLink);
}
public EdgeCollectionDefinition(TestSequence testSequence, OwnerLink theOwner)
: base(testSequence)
{
SetOwnerLink(theOwner);
testSequence.DecorationRegistry.RegisterObject(this);
}
public GeneratedValueDefinition(TestSequence testSequence, OwnerLink ownerLink)
: base(testSequence)
{
SetOwnerLink(ownerLink);
SetDataCategory(DataCategory.NamedValue);
}
public GeneratedImageDefinition(TestSequence testSequence, OwnerLink ownerLink)
: base(testSequence)
{
SetOwnerLink(ownerLink);
}
public ValueBasedLineDecorationDefinition(TestSequence testSequence, OwnerLink ownerLink)
: base(testSequence)
{
SetOwnerLink(ownerLink);
}
