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Sets up an image source to provide images for continuous processing. This method is mainly used when configuring a camera (via the [`CameraEnhancer`](../camera-enhancer/camera-enhancer.md)) as an input source.
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Sets up an image source to provide images for continuous processing. This method is mainly used when configuring a camera (via the [`CameraEnhancer`]({{ site.dce_flutter_api }}camera-enhancer.html)) as an input source.
Initializes the settings of the `CaptureVisionRouter` instance using a JSON template (as a JSON string). To learn how to use a customized JSON template, please refer to this [section of the Foundational User Guide]({{ site.dbr_flutter }}foundational-user-guide.md#using-a-json-template).
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Initializes the settings of the `CaptureVisionRouter` instance using a JSON template (as a JSON string). To learn how to use a customized JSON template, please refer to this [section of the Foundational User Guide]({{ site.dbr_flutter }}foundational-user-guide.html#using-a-json-template).
Initializes the settings of the `CaptureVisionRouter` instance using a JSON template (as a JSON file). To learn how to use a customized JSON template, please refer to this [section of the Foundational User Guide]({{ site.dbr_flutter }}foundational-user-guide.md#using-a-json-template).
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Initializes the settings of the `CaptureVisionRouter` instance using a JSON template (as a JSON file). To learn how to use a customized JSON template, please refer to this [section of the Foundational User Guide]({{ site.dbr_flutter }}foundational-user-guide.html#using-a-json-template).
Updates the specified template settings of the `CaptureVisionRouter` instance using a [`SimplifiedCaptureVisionSettings`](simplified-capture-vision-settings.md) object. To learn how to update the settings using the SimplifiedCaptureVisionSettings class - please refer to this [section of the Foundational User Guide]({{ site.dbr_flutter }}foundational-user-guide.md#using-simplifiedcapturevisionsettings).
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Updates the specified template settings of the `CaptureVisionRouter` instance using a [`SimplifiedCaptureVisionSettings`](simplified-capture-vision-settings.md) object. To learn how to update the settings using the SimplifiedCaptureVisionSettings class - please refer to this [section of the Foundational User Guide]({{ site.dbr_flutter }}foundational-user-guide.html#using-simplifiedcapturevisionsettings).
Copy file name to clipboardExpand all lines: programming/flutter/api-reference/capture-vision-router/captured-result.md
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# CapturedResult
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The `CapturedResult` class represents the result of a capture operation on an image. Internally, `CapturedResult` stores an array of [`CapturedResultItem`](captured-result-item.md), each of which may be a barcode, text line, detected quad, normalized image, original image, or parsed item depending on the functional product that is used.
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The `CapturedResult` class represents the result of a capture operation on an image. Internally, `CapturedResult` stores an array of [`CapturedResultItem`](../core/captured-result-item.md), each of which may be a barcode, text line, detected quad, normalized image, original image, or parsed item depending on the functional product that is used.
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## Definition
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### items
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A list of [`CapturedResultItem`]({{ site.crr_flutter_api }}captured-result-item.html) objects.
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A list of [`CapturedResultItem`]({{ site.dcv_flutter_api }}captured-result-item.html) objects.
In order to get the hashID input parameter, please access the `originalImageHashId` of the [`CapturedResult`](captured-result.md). The `CapturedResult` can be a [`DecodedBarcodesResult`](decoded-barcodes-result.md) (if the Barcode Reader is used) and so the `originalImageHashId` can be obtained from the `DecodedBarcodesResult` object directly since it extends the `CapturedResult` class.
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In order to get the hashID input parameter, please access the `originalImageHashId` of the [`CapturedResult`](captured-result.md). The `CapturedResult` can be a [`DecodedBarcodesResult`]({{ site.dbr_flutter_api }}barcode-reader/decoded-barcodes-result.html) (if the Barcode Reader is used) and so the `originalImageHashId` can be obtained from the `DecodedBarcodesResult` object directly since it extends the `CapturedResult` class.
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The method returns a [`ImageData`](image-data.md) object which contains all the info of the original image, including a byte array to represent the raw image.
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The method returns a [`ImageData`]({{ site.dcv_flutter_api }}core/image-data.html) object which contains all the info of the original image, including a byte array to represent the raw image.
`resultItemTypes` is a bitmask representing the result item types to apply the filter to - this value can be a combined value of [`EnumCapturedResultItemType`](../enum/captured-result-item-type.md). `enable` determines whether to enable or disable the filter process.
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`resultItemTypes` is a bitmask representing the result item types to apply the filter to - this value can be a combined value of [`EnumCapturedResultItemType`](../core/enum/captured-result-item-type.md). `enable` determines whether to enable or disable the filter process.
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### enableResultCrossVerification
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Enables or disables result cross verification for the specified result item types (represented as a combination of [`EnumCapturedResultItemType`](../enum/captured-result-item-type.md)). Cross verification helps in validating results across multiple frames, improving accuracy as a result.
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Enables or disables result cross verification for the specified result item types (represented as a combination of [`EnumCapturedResultItemType`](../core/enum/captured-result-item-type.md)). Cross verification helps in validating results across multiple frames, improving accuracy as a result.
`resultItemTypes` is a bitmask representing the result item types to apply the filter to - this value can be a combined value of [`EnumCapturedResultItemType`](../enum/captured-result-item-type.md). `enable` determines whether to enable or disable the filter process.
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`resultItemTypes` is a bitmask representing the result item types to apply the filter to - this value can be a combined value of [`EnumCapturedResultItemType`](../core/enum/captured-result-item-type.md). `enable` determines whether to enable or disable the filter process.
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### enableResultDeduplication
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Enables or disables result deduplication for the specified result item types (represented as a combination of [`EnumCapturedResultItemType`](../enum/captured-result-item-type.md)). If this filter is activated, the library will not scan a barcode for an amount of time again after it is scanned successfully for the first time. In order to set the amount of time that the barcode is remembered, please refer to `setDuplicateForgetTime`.
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Enables or disables result deduplication for the specified result item types (represented as a combination of [`EnumCapturedResultItemType`](../core/enum/captured-result-item-type.md)). If this filter is activated, the library will not scan a barcode for an amount of time again after it is scanned successfully for the first time. In order to set the amount of time that the barcode is remembered, please refer to `setDuplicateForgetTime`.
`resultItemTypes` is a bitmask representing the result item types to apply the filter to - this value can be a combined value of [`EnumCapturedResultItemType`](../enum/captured-result-item-type.md). `enable` determines whether to enable or disable the filter process.
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`resultItemTypes` is a bitmask representing the result item types to apply the filter to - this value can be a combined value of [`EnumCapturedResultItemType`](../core/enum/captured-result-item-type.md). `enable` determines whether to enable or disable the filter process.
`type` is a bitmask representing the result item types to apply the filter to - this value can be a combined value of [`EnumCapturedResultItemType`](../enum/captured-result-item-type.md).
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`type` is a bitmask representing the result item types to apply the filter to - this value can be a combined value of [`EnumCapturedResultItemType`](../core/enum/captured-result-item-type.md).
`type` is a bitmask representing the result item types to apply the filter to - this value can be a combined value of [`EnumCapturedResultItemType`](../enum/captured-result-item-type.md).
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`type` is a bitmask representing the result item types to apply the filter to - this value can be a combined value of [`EnumCapturedResultItemType`](../core/enum/captured-result-item-type.md).
`type` is a bitmask representing the result item types to apply the filter to - this value can be a combined value of [`EnumCapturedResultItemType`](../enum/captured-result-item-type.md).
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`type` is a bitmask representing the result item types to apply the filter to - this value can be a combined value of [`EnumCapturedResultItemType`](../core/enum/captured-result-item-type.md).
`type` is a bitmask representing the result item types to apply the filter to - this value can be a combined value of [`EnumCapturedResultItemType`](../enum/captured-result-item-type.md).
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`type` is a bitmask representing the result item types to apply the filter to - this value can be a combined value of [`EnumCapturedResultItemType`](../core/enum/captured-result-item-type.md).
`type` is a bitmask representing the result item types to apply the filter to - this value can be a combined value of [`EnumCapturedResultItemType`](../enum/captured-result-item-type.md).
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`type` is a bitmask representing the result item types to apply the filter to - this value can be a combined value of [`EnumCapturedResultItemType`](../core/enum/captured-result-item-type.md).
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### setDuplicateForgetTime
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**Remarks**
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`resultItemTypes` is a bitmask representing the result item types to apply the filter to - this value can be a combined value of [`EnumCapturedResultItemType`](../enum/captured-result-item-type.md). `time` specifies the target time in *milliseconds*.
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`resultItemTypes` is a bitmask representing the result item types to apply the filter to - this value can be a combined value of [`EnumCapturedResultItemType`](../core/enum/captured-result-item-type.md). `time` specifies the target time in *milliseconds*.
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Sets the maximum number of overlapping frames to check when the latest overlap filter is on for the specified result item type(s).
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**Remarks**
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`resultItemTypes` is a bitmask representing the result item types to apply the filter to - this value can be a combined value of [`EnumCapturedResultItemType`](../enum/captured-result-item-type.md). `maxFramesToCheck` specifies the target number of frames that the filter should not exceed.
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`resultItemTypes` is a bitmask representing the result item types to apply the filter to - this value can be a combined value of [`EnumCapturedResultItemType`](../core/enum/captured-result-item-type.md). `maxFramesToCheck` specifies the target number of frames that the filter should not exceed.
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# CapturedResultItem
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The `CapturedResultItem` class represents the most basic item in the captured result. Depending on the type of the [`CapturedResult`](captured-result.md), the captured result item can be a barcode, a text line, a normalized image, a detected quad, a parsed item, or an original image.
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The `CapturedResultItem` class represents the most basic item in the captured result. Depending on the type of the [`CapturedResult`](../capture-vision-router/captured-result.md), the captured result item can be a barcode, a text line, a normalized image, a detected quad, a parsed item, or an original image.
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|`none`| No barcode format specified. |
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|`all`| Represents all supported barcode formats. Useful for scanning operations where any type of barcode is acceptable. |
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|`defaultFormat`| Default barcode formats that are commonly used. This is a subset of `all` tailored for general use. |
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|`oned`| One-dimensional barcode formats, including BF_CODE_39, BF_CODE_128, BF_CODE_93, BF_CODABAR, BF_ITF, BF_EAN_13, BF_EAN_8, BF_UPC_A, BF_UPC_E, INDUSTRIAL_25, BF_CODE_39_Extended and BF_MSI_CODE. |
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|`oned`| One-dimensional barcode formats, including code39, code128, code93, codabar, itf, ean13, ean8, upcA, upcE, industrial25, code39Extended and msiCode. |
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|`code39`| Code 39 format, widely used in various industries for inventory and manufacturing. |
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|`code128`| Code 128 format, a high-density barcode for alphanumeric or numeric-only data. |
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|`code93`| Code 93 format, similar to Code 39 but more compact and secure with support for the full ASCII character set. |
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|`upcE`| UPC-E format, a smaller version of the UPC-A barcode used for smaller packages. |
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|`industrial25`| Industrial 2 of 5 format, an older, numeric-only barcode used in the industrial sector. |
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|`code39Extended`| Extended Code 39 format, capable of encoding the full ASCII character set by combining standard Code 39 characters. |
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|`gs1Databar`| GS1 DataBar barcode formats, including BF_GS1_DATABAR_OMNIDIRECTIONAL, BF_GS1_DATABAR_TRUNCATED, BF_GS1_DATABAR_STACKED, BF_GS1_DATABAR_STACKED_OMNIDIRECTIONAL, BF_GS1_DATABAR_EXPANDED, BF_GS1_DATABAR_EXPANDED_STACKED, BF_GS1_DATABAR_LIMITED. These barcodes are designed for use in retail and healthcare for fresh foods and small items. |
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|`gs1Databar`| GS1 DataBar barcode formats, including gs1DatabarOmnidirectional, gs1DatabarTruncated, gs1DatabarStacked, gs1DatabarStackedOmnidirectional, gs1DatabarExpanded, gs1DatabarExpandedStacked, gs1DatabarLimited. These barcodes are designed for use in retail and healthcare for fresh foods and small items. |
|`gs1Composite`| GS1 Composite, a group of barcodes used in conjunction with GS1 DataBar or linear barcodes to provide additional information. |
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|`nonStandardBarcode`| Nonstandard barcode, a placeholder for barcodes that do not conform to established industry standards. |
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|`dotcode`| DotCode, a two-dimensional barcode designed for high-speed printing applications. |
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|`pharmacode`| PharmaCode, a general category that includes both BF_PHARMACODE_ONE_TRACK and BF_PHARMACODE_TWO_TRACK. |
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|`pharmacode`| PharmaCode, a general category that includes both pharmacodeOneTrack and pharmacodeTwoTrack. |
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|`pharmacodeOneTrack`| PharmaCode One Track, used in the pharmaceutical industry for packaging control. |
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|`pharmacodeTwoTrack`| PharmaCode Two Track, an extension of PharmaCode for encoding additional data. |
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|`matrix25`| Matrix 2 of 5, an older form of barcode used in warehouse sorting and conveyor systems. |
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|`postalCode`| Combined value of BF2_USPSINTELLIGENTMAIL, BF2_POSTNET, BF2_PLANET, BF2_AUSTRALIANPOST, BF2_RM4SCC, BF_KIX. |
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|`postalCode`| Combined value of uspsIntelligentMail, postnet, planet, australianPost, rm4scc, kix. |
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|`uspsIntelligentMail`| USPS Intelligent Mail, a barcode used by the United States Postal Service to provide greater information and tracking capabilities. |
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|`postnet`| Postnet, used by the USPS for automating the sorting of mail. |
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|`planet`| Planet, another USPS barcode, similar to Postnet, but with additional data capacity. |
|`originalImage`| The original image on which the capture process was performed. This result type can be output by any of the Capture Vision functional products (Barcode Reader, Label Recognizer, and Document Normalizer). |
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|`barcode`| The decoded barcode, which is the result at the end of a Barcode Reader task. |
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|`parsedResult`| The parsed result, which is the result at the end of a Code Parser task. |
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