dicom_toolkit 0.2.2

An advanced medical imaging and DICOM processing library for Flutter.

0.2.2

• (feat) expanded DICOM date extraction to 4 tags: studyDate (0008,0020), seriesDate (0008,0021), acquisitionDate (0008,0022), contentDate (0008,0023)
• (feat) DicomMetadata.bestDate — resolves the most recent valid non-future date among all four date tags; handles DICOM date ranges, leap years, and malformed values
• (feat) DicomMetadata.toothInfo — extracts tooth identification from dental DICOMs via cascade: standard Tooth Number (0018,6032), Tooth Region (0018,6033), then vendor private tags (Planmeca, Carestream, VATECH, Sirona, Dexis, KaVo), with generic fallbacks (ImageComments, AcquisitionProtocolName, AcquisitionContextDescription)
• (feat) new DicomTagId constants: seriesDate, acquisitionDate, contentDate, toothNumber, toothRegion
• (refactor) Rust DicomMetadata struct: 28→32 fields (added series_date, acquisition_date, content_date, tooth_info)
• (refactor) dicom_decoder.dart tag map updated with new date and tooth tag entries
• (docs) README: 28→32 extracted tags table, new Dates and Dental categories, bestDate usage section
• (docs) AGENTS.md: updated field count and tag counts throughout
• (test) 21 new tests: 11 bestDate edge cases, 5 tooth info tests, 5 date field delegation tests
• (example) metadata tab: new Dates section (best date + all 4 raw dates), Tooth tile in Acquisition section; viewer overlay uses bestDate

0.2.1

• Removed dart:io import completely. accepting only bytes as input.

0.2.0

• From here on, dicom_toolkit was born.
• (BREAKING) package renamed from flutter_dicom to dicom_toolkit
  • Update imports to package:dicom_toolkit/dicom_toolkit.dart
  • DicomController → DicomViewerController; DicomService removed
  • FileDicomLoader → RustDecoder (now implements DicomDecoder)
  • Loading is bytes-only on all platforms — loadFromBytes() only
• (BREAKING) composable toolkit API replaces monolithic controller
  • New: DicomParser, DicomRenderer, DicomRoi, DicomRuler, DicomExport, DicomWindowPreset
  • All tools accept dependency injection via abstract interfaces
• (feat) DicomTagId — 28 predefined DICOM tag constants + generic lookup via DicomMetadata.tag()
• (feat) DicomPixelData — sealed class hierarchy, DicomInt16PixelData for 16-bit monochrome
• (feat) DicomViewer widget — interactive flag to disable built-in gestures for measurement overlays
• (feat) rotation — 0°/90°/180°/270° via rotateClockwise()/rotateCounterClockwise(), included in PNG export
• (feat) pixel-spacing-aware DicomRuler — measures mm distance with fallback to Imager Pixel Spacing (0018,1164) for X-ray
• (feat) modality-agnostic DicomWindowPreset.forImage() — presets adapt to pixel value range, not hardcoded HU
• (feat) DicomExport.toPngBytes() — web-safe PNG export (no dart:io)
• (feat) DicomParser.parseMetadata() — metadata-only parse with skipPixels: true, no GPU needed
• (feat) web support — WASM build instructions, cross-origin isolation headers, serve_debug.py
• (feat) example app with measurement tools (ruler + ROI), rotation, presets, color maps, PNG export
• (fix) shader uniform index 8 bound for u_monochrome1 flag
• (fix) RangeError.range used in DicomParseResult.frame() instead of .index (compatibility)
• (refactor) 28-field Rust DicomMetadata struct (added pixel_spacing)
• (refactor) public_member_api_docs enforced — all public API documented
• (refactor) MedicalScreen removed — use DicomViewer directly
• (chore) analysis_options.yaml strict lint rules; cargokit excluded from analysis
• (docs) rewritten README.md and AGENTS.md reflecting new architecture
• (docs) 175 unit + widget + integration tests, all passing

0.1.0+3

• (docs): refine performance benchmarks in README

0.1.0+4

• (feat): add readDicomInfo() — lightweight metadata-only API (no controller, no shaders, no pixels)
• (feat): add DicomFileInfo class wrapping filePath, fileName, and DicomMetadata
• (feat): expand metadata extraction from 13 to 27 DICOM tags
  • Added patient demographics: studyDescription
  • Added equipment info: modality, manufacturer, manufacturerModelName, institutionName
  • Added identifiers: studyInstanceUid, seriesInstanceUid, sopInstanceUid
  • Added acquisition details: seriesDescription, bodyPartExamined, sliceThickness, instanceNumber
• (refactor): introduce get_str_tag, get_float_tag, get_int_tag helpers for cleaner tag extraction
• (feat): add 8-bit pixel data support with signedness-aware conversion
• (perf): reorder pixel extraction to try fast byte-chunking first, with transfer-syntax-aware fallback
• (docs): update README with 27-field metadata table, readDicomInfo() guide, and usage examples

0.1.0+3

• (docs): refine performance benchmarks in README

0.1.0+2

• (feat): add comprehensive performance benchmarks and metadata defaults
• (feat) add DicomMetadata defaults and refactor DICOM processing
• (feat): implement DicomMetadata defaults and a new constructor in Rust; refactor process_dicom_file to use them.
• Added Default implementation and a new constructor for DicomMetadata in Rust.
• Refactored process_dicom_file to use DicomMetadata defaults when tags are missing.
• (feat): add newInstance and default_ static methods to DicomMetadata and DicomFrameResult Dart classes.
• Added newInstance and default_ static methods to DicomMetadata and DicomFrameResult Dart classes.
• (feat): introduce LibShaders constant for centralized shader asset path management.
• Introduced LibShaders constant for centralized shader asset path management.
• (refactor): integrate LibShaders into DicomController.
• Integrated LibShaders into DicomController for shader loading.
• (fix): update MedicalScreen to support an optional title parameter.
• Updated MedicalScreen to support an optional title parameter.
• (feat): add series_performance_test.dart covering throughput, latency, windowing stress, and lifecycle tests.
• (docs): add detailed performance benchmarks and workstation-grade metrics to README.
• (chore): add test series data to .gitignore.

0.1.0+1

• (fix): README images src

0.1.0

• Initial release of Flutter-Dicom.
• High-performance Rust core for DICOM parsing and pixel extraction.
• GPU Fragment Shaders for real-time Windowing (Level/Width).
• Support for 16-bit precision and Hounsfield Unit (HU) mapping.
• Built-in DicomViewer widget with interactive pan, zoom, and contrast adjustments.
• Comprehensive metadata extraction (Patient Name, Modality, Rescale Slope/Intercept, etc.).
• Cross-platform support (Android, iOS, macOS, Windows, Linux).