Interface ITextSearchTrigger

Interface defining a text search trigger that performs OCR on a captured region, followed by text analysis using a text evaluator.

Inherited Members
Namespace: EyeAuras.OpenCVAuras.Triggers.TextSearch
Assembly: EyeAuras.OpenCVAuras.Shared.dll
Syntax
public interface ITextSearchTrigger : IWindowCaptureTrigger<ITextSearchDetectionResult>, IAuraTrigger, IAuraEntity, IAuraObject, IBindableReactiveObject, IHasId, IHasTypedId<string>, ICanSetContext, IHasContext, IHasErrors, IDisposable, IHasError, IHasErrorProvider, ICanSetName, IHasName, ICanSetDescription, IHasDescription, IHasBoundsWindow, IHasAttachedWindow, INotifyPropertyChanged

Properties

Name Description
EngineId

Gets or sets the ID of the OCR engine used for text recognition. This can be set to use different OCR engines like Tesseract or Windows built-in OCR.
EvaluatorType

Gets or sets the type of text evaluator used for text analysis. Determines how the OCR result is analyzed and matched with the target text.
IgnoreCase

Gets or sets a value indicating whether the text comparison should ignore case. When true, the case of letters is ignored during text matching.
InvertImage

Gets or sets a value indicating whether the image should be inverted before OCR. Inverting can be useful for images with light text on a dark background.
ScaleFactor

Gets or sets the scale factor applied to the captured image before OCR. Scaling can improve OCR accuracy on small or low-resolution text.
SourceText

Gets the text that has been recognized by the OCR process. This is the raw output from the OCR engine.
TargetText

Gets or sets the target text to match with the OCR result. The trigger activates when the OCR'd text matches this target text.
TextEvaluator

Gets the text evaluator used for analyzing the recognized text. The evaluator applies specific rules or patterns to the OCR result.
ThresholdImage

Gets or sets a value indicating whether to apply thresholding to the image before OCR. Thresholding can enhance text contrast for better recognition.

Extension Methods

ReactiveObjectExtensions.Listen<TContext, TItem>(TContext, Expression<Func<TContext, IObservableList<TItem>>>)
ReactiveObjectExtensions.Listen<TContext, TOut>(TContext, Expression<Func<TContext, TOut>>)
ReactiveObjectExtensions.Listen<TContext, TOut1, TOut2>(TContext, Expression<Func<TContext, TOut1>>, Expression<Func<TContext, TOut2>>)
ReactiveObjectExtensions.Listen<TContext, TOut1, TOut2, TOut3>(TContext, Expression<Func<TContext, TOut1>>, Expression<Func<TContext, TOut2>>, Expression<Func<TContext, TOut3>>)
ReactiveObjectExtensions.Listen<TContext, TOut1, TOut2, TOut3, TOut4>(TContext, Expression<Func<TContext, TOut1>>, Expression<Func<TContext, TOut2>>, Expression<Func<TContext, TOut3>>, Expression<Func<TContext, TOut4>>)
ObjectExtensions.AddTo<TItem, TCollection>(TItem, ISourceList<TCollection>)
ObjectExtensions.AddTo<TItem, TCollection>(TItem, ICollection<TCollection>)
ObjectExtensions.CloneJson<T>(T)
ObjectExtensions.CopyPropertiesTo<TSource, TTarget>(TSource, TTarget)
ObjectExtensions.DumpToTextRaw<T>(T)
ObjectExtensions.DumpToText<T>(T)
ObjectExtensions.Dump<T>(T)
ObjectExtensions.EvalOrDefault<T, TValue>(T, Func<T, TValue>, TValue)
ObjectExtensions.Eval<T, TValue>(T, Func<T, TValue>)
ObjectExtensions.GetPropertyAccessor<TSource, TValue>(TSource, Expression<Func<TSource, TValue>>)
ObjectExtensions.InsertTo<TItem, TCollection>(TItem, IList<TCollection>, int)
ObjectExtensions.ToJson<T>(T)
ObjectExtensions.ToStringSafe<T>(T)
ObjectExtensions.TransferPropertiesTo<TSource, TTarget>(TSource, TTarget, params string[])
XDocumentExtensions.AddTo<T>(T, XContainer)
ObjectExtensions.GetPropertyAccessor<TValue>(object, string)
ObjectReflectionExtensions.GetPropertyTypeOrDefault(object, string)
ObjectReflectionExtensions.GetPropertyValue<T>(object, string)
ObjectReflectionExtensions.SetPropertyValue<T>(object, string, T)