BarHeightDots { get; init; } | double? | Bar height (linear) or symbol height (2D) in dots and millimetres. |
BarHeightMm { get; init; } | double? | |
ClippedPixels { get; init; } | int | Pixels of this symbol that lie outside the label (cut off by ^PW/^LL). |
Column { get; init; } | int | |
Columns { get; init; } | int? | |
required Command { get; init; } | string | ZPL command, e.g. "^BC". |
DecodedData { get; init; } | string | Data read back from the rendered bitmap (first decoder that read it), null when not decoded. |
Decoders { get; init; } | IReadOnlyList<ScanProofDecoderResult> | |
ExpectedData { get; init; } | string | Data the symbol must carry, derived from the field data with the symbology rules of the ZPL command (check digits added, invocation codes resolved, start/stop characters …); GS1 data in raw form with GS separators. Null when it cannot be derived. |
ExpectedGs1 { get; init; } | bool | The expected data is GS1 data (FNC1 in first position). |
FieldData { get; init; } | string | Field data after ^FH, ^FN/field values, ^SN/^SF and clock substitution (what the renderer received). |
Findings { get; init; } | IReadOnlyList<ScanProofFinding> | |
Grade { get; init; } | ScanProofGrade? | Overall digital grade (lowest of the graded parameters); null when the symbol could not be graded. |
GradeValue { get; init; } | double? | Numeric grade 0.0–4.0 (average of the scan-line grades for linear symbols, capped by the geometric parameters). |
GreyPixels { get; init; } | int | Grey (anti-aliased) pixels inside the symbol area. |
Height { get; init; } | int | |
HumanReadable { get; init; } | string | Interpretation line printed by the barcode command (null: none). |
HumanReadableMatches { get; init; } | bool? | The interpretation line agrees with the decoded data (null: no line or nothing to compare). |
Index { get; init; } | int | 0-based index of the symbol on its label. |
IntegerModules { get; init; } | bool? | Every bar and space is a whole multiple of X (two-width codes: narrow and wide are whole dots). |
IsDataProblem { get; } | bool | Data is wrong or unreadable: ScanProofDataStatus.Mismatch, ScanProofDataStatus.DataAltered, ScanProofDataStatus.NotDecoded or ScanProofDataStatus.NotRendered. |
Kind { get; init; } | ScanProofSymbolKind | |
LabelIndex { get; init; } | int | 0-based label index (^PQ copies and formats in order). |
Line { get; init; } | int | |
MaxBarGainDots { get; init; } | int? | Largest simulated bar gain/loss (whole dots per edge pair) at which the symbol still decodes (heuristic; null when not run). |
MaxBarLossDots { get; init; } | int? | |
OverlapPixels { get; init; } | int | Pixels inside the symbol or its quiet zone where the label differs from the symbol's own ink (other fields drawn over or into it). |
Parameters { get; init; } | IReadOnlyList<ScanProofParameter> | |
QuietZones { get; init; } | ScanProofQuietZones | |
Robustness { get; init; } | IReadOnlyList<ScanProofRobustnessCheck> | |
Rotation { get; init; } | int | Rotation of the field: 0, 90, 180 or 270 degrees clockwise (^B…N/R/I/B). |
Rows { get; init; } | int? | Rows × columns of modules for 2D symbols. |
SourceLength { get; init; } | int | |
SourceOffset { get; init; } | int | Field block in the ZPL source (offset/length, 1-based line/column; -1/0 when unknown). |
Status { get; init; } | ScanProofDataStatus | |
SymbolBounds { get; init; } | ScanProofRect | The symbol itself on the label (bars or modules without interpretation line and quiet zones), in dots; for stand-alone barcodes in bitmap pixels. Null when nothing was drawn. |
SymbolWidthDots { get; init; } | double? | Symbol width (bars or modules, without quiet zones) in dots. |
required Symbology { get; init; } | string | Symbology name, e.g. "Code 128", "GS1-128", "QR Code". |
WideToNarrowRatio { get; init; } | double? | Realised wide:narrow ratio of two-width symbologies. |
Width { get; init; } | int | |
X { get; init; } | int | Logical field box on the label in dots (as ZplRenderedElement). |
XDimensionDots { get; init; } | double? | Narrow module width (X) measured on the bitmap, in dots and millimetres (null: not measurable). |
XDimensionMm { get; init; } | double? | |
Y { get; init; } | int | |
