DICOM3D v0.7.0-alpha.1 — Anatomy & Imaging Foundation

DICOM3D v0.7.0-alpha.1 — Anatomy & Imaging Foundation

A research prerelease for exploration and feedback.

Release source: e74285f4c5a9f376a48afeda007e849915850895. The versioned GitHub tag identifies the exact release-source commit; its qualified runtime artifacts retain source 623d81bcab9081a0522281be36a698d16ecbda4b. Source publication, downloadable artifacts and the live-demo deployment are independently identified surfaces.

DICOM3D is an open-source interactive anatomy and medical imaging platform designed to help people see, explore and understand the human body and its underlying medical images.

Available at the recorded qualification scope

• Three.js/R3F with hardware WebGPU on the RX 7900 XT and separately exercised forced WebGL2 compatibility.
• Expanded BodyParts3D reference: 1,205 male draw owners in 17 independently loadable bundles. The 1,235-owner female composite shares that base, excludes/replaces nine owners and adds 39 HRA owners / 60 source components with a disclosed approximate fit.
• Exact source-component and compound selection, picking, opacity, isolation/restoration and focus. Source components, overlapping concept views, physical spans, aliases and 706 broad proxies remain separately accounted; they are not additive organ counts. Eighteen source files remain held.
• Beginner/Explore/Evidence contextual learning, Scientific and Holographic presentations, and an approximately eight-second Materialization introduction with explicit Skip/reduced-motion controls.
• Public H000: 103 source CT frames, retained stored values/geometry and SEG relationships, source-linked highlighting, an NRX/R002 display-derived lesion surface, and WebGPU direct CT-volume presentation.
• Independently scoped static ZIP, fresh Docker Core and authenticated IPM installation/restart/uninstall evidence. The exact acceptance matrix and download hashes define the boundaries.

Important limits

Generalized anatomy is not registered patient anatomy. The female fit and manually positioned comparison are approximate; the shared male-base skeleton/exterior is not a separately reconstructed female body. Whole CT display is direct volume rendering, not whole-scan organ segmentation. The native NRX research renderer remains independent; smoothing can lose thin features and global surface accuracy is unproven.

No native MSI/EXE, arbitrary-study interpretation, clinically validated diagnosis/treatment, packaged live Orthanc/IRIS retrieval, Docker Hub/IPM registry/OEX update, or installed upgrade/settings/private-data rollback is claimed. Earlier startup fetch uncertainty, same-origin worker-cache behavior and the documented IRIS Entry/login-after-restart requirement remain disclosed.

DICOM3D code remains Apache 2.0. BodyParts3D and HRA retain separate CC BY 4.0 attribution and historical notices; public H000 retains its independent source/research terms. No private studies, reports, credentials or qualification directories are release assets.

The v0.6.5 tag, downloads, branding assets and historical evidence remain preserved. The alpha's new screenshots replace README presentation only; the original screenshot files are retained. Issues and public-safe feedback are welcome; sponsorship supports usability, learning, source-backed coverage, reproducible distribution and future interoperability work.

DICOM3D v0.6.5

DICOM3D v0.6.5

DICOM3D is a research workstation using Babylon Lite. This release provides generalized male and female reference anatomy, source-backed anatomy navigation, and the curated public H000 CT/SEG Safe Demo. Generalized reference anatomy is not registered to acquired imaging. Research use only; not for clinical diagnosis or treatment.

Downloads

• Safe Demo: extracted static workstation with a local loopback preview. Run node scripts/preview-static.mjs --root public --port 0 from the extracted directory with a compatible Node installation. Press Ctrl+C to stop the server.
• Core source: source archive, not a prebuilt Core runtime. It does not include the curated H000 study assets.

Safe Demo SHA-256: 2d3e91c5805860a8df6266ce7b4d9d375a898823feb4e58e8a435be38cc00f9f
Core source SHA-256: 5d286bffe21f5aef335694c37325ba37a5d77f0ed9d4014e3a1bdcfdd96cda6e

Attribution and scope

BodyParts3D, © The Database Center for Life Science, licensed under CC Attribution 4.0 International; see the publisher license. Preserve the included historical source and derived-asset notices. Female anatomy: Kristen Browne and Heidi Schlehlein, Human Reference Atlas / HuBMAP, 3D Reference Organ Set for United, Female v1.5, DOI 10.48539/HBM352.BTSQ.586, CC BY 4.0. The included HRA notice identifies the Visible Human Dataset source, original asset and changes. Application code and other data retain their separate licenses and notices.

The operator approved anatomy redistribution for this release. The frozen Safe Demo manifest retains the historical anatomyPublicationApproved: false value; it was not rewritten after approval. H000 admission is separate and limited to the five identified public demo assets.

Live IRIS/Orthanc integration, AI, native rendering, a built Core ZIP and v0.6.5 installer or Open Exchange packages are not claimed as released capabilities. Local Docker/IPM research qualification is separate; ordinary interactive IPM sign-in is unverified. GitHub's automatically generated source archives are distinct from the reviewed downloads above.

DICOM3D v0.6.0 — Visual Research Workstation

DICOM3D v0.6.0 — Visual Research Workstation

From Pixels to Meaning.

Explore the live DICOM3D Safe Demo. Generalized reference anatomy opens first. Choose Explore Real CT Study to load the optional, attributed H000 research example; personal/patient imports and private imaging connections are excluded from this curated public host.

Workstation experience

• Male BodyParts3D and female HRA reference anatomy, with 33 and 22 semantic groups and source-specific notices.
• A dominant 4:3 3D viewport, resizable imaging dock, semantic-cube branding and collapsible controls.
• Scientific, Holographic and Materialization modes over unchanged authoritative geometry.
• Selection, visibility, isolation, camera controls and contextual Learn below Lab.
• Optional H000 CT navigation and acquired-volume context, source SEG contours, separate amber mesh-plane comparison, linked cutaway and segmentation-masked CT interior.
• Layer Sweep, a 512-sample default, pause/restart and reduced motion. Source boundaries remain independent of presentation progress and camera angle.

The curated study consists of exactly five admitted files, totaling 33,291,165 stored bytes, fetched only on explicit request. Original source samples, segmentation, geometry, spatial transformations and semantic identity are preserved. The study screenshot remains excluded.

Data derives from QIN LUNG CT (CT DOI) and QIN-LungCT-Seg (SEG DOI) under CC BY 3.0. Keep the full source notice, transformation disclosures and TCIA use-policy obligations downstream. Do not identify or contact participants. Generalized anatomy is not registered to the acquired study. No clinical qualification, new anatomical accuracy or comprehensive privacy certification is claimed.

Exact web revision and verification

The original immutable v0.6.0 tag remains at d3490dd659e19e44b8800abe87bbc626f45350a2. It records the original reference-only visual release. The subsequent curated Safe Demo and current documentation are commit cc5c1d9b25776ab055b6a8ac2afa48da63f33904 on main.

Pages deployment 39531191232 passed the curated build, exact admission, public-data and complete Git-index checks. A clean Git export reproduced the CI artifact exactly. All 386 deployed payload files / 149,677,904 bytes, plus the 61,683-byte manifest, matched; all five admitted objects matched their assessed hashes, and ten fixed excluded-data/screenshot controls returned 404.

Actual desktop Edge/WebGPU checks covered reference startup without H000 requests, male/female rendering and explicit public study loading, matching source pixels, intersecting/nonintersecting contours, linked volume/cutaway/interior and retained geometry. In the observed cache-disabled public session, study fetch/decode/verification took approximately 2.26 seconds; this excludes subsequent GPU volume preparation and is not a universal load-time guarantee. Local interaction replay also covered source-image selection, camera-independent contours, partial materialization, pause/restart, reduced motion and contextual learning. Other devices/browsers and clinical use are not qualified by these observations.

See the current Safe Demo instructions and exact data-admission policy. Historical candidate flags in the unchanged source metadata describe their earlier assessment; the current owner admission is separate and explicit.

Qualified installation distributions

Baseline installers remain reference-only; this separate web-data admission does not add H000 to their frozen archives.

Distribution	Exact source commit	Download / qualification
Core / Docker	4b7429ec1ffb8b56928892d3e64ac8d986d1a9fd	Core ZIP · Core receipt
IRIS/IPM	bb7d34f250bd09852273924fa6f711e190c49c2c	Native TGZ · Native receipt

Core SHA-256: bbefeba9161e3cc4c48b203d37c9358c282534c4b94133634090b4773b312465.

Native TGZ SHA-256: 8da730335a080048a1e861e740183550a8a99a39acce98eb38df8610667b8e30.

Core passed fresh extraction, pinned image build, unprivileged/read-only loopback hosting, actual desktop rendering and lifecycle. The corrected native TGZ passed clean install and exact published v0.5.1 → v0.6.0 upgrade on both isolated pinned IRIS for Health images, authenticated rendering, restart/recreation, uninstall and same-artifact reinstall. Each upgrade retired exactly 204 obsolete old FileCopies and preserved all 375 current files. Fourteen bounded native retirement cases covered refusal, interrupted progress, resume and idempotence.

Initial clean-lane host-health alerts, later healthy lifecycle observations and the unverified authenticated low-privilege fixture are recorded explicitly in the native receipt. No accounts, roles or broader filesystem permissions were added. Back up and quiesce the installation before upgrade; rollback requires an approved recovery plan, not an assumed in-place downgrade.

Use the exact Core packaging source and native packaging source for reproduction. GitHub's automatic original-tag archives do not contain these later installer changes. Core checksums, native checksums and native artifact/source manifest bind the exact files. The five new native assets were independently downloaded and rehashed after additive upload.

The earlier native candidate's withheld-upgrade receipt remains historical; IPM_060_RECEIPT.md supersedes that native decision for the corrected TGZ. Existing Core assets and all v0.5.1 tags/assets remain unchanged. No proprietary IRIS image, credentials or private configuration is distributed.

Open Exchange and IPM registry publication remain user-owned and were not performed.

DICOM3D v0.5.1 — installation recovery

DICOM3D v0.5.1 — installation recovery

Published from qualified commit f03162cdec8b89a522dd4032e3815ea7d3ed0401 following PR #4 integration and the separately approved RECOVERY-051 publication gate.

The seven attached assets are the exact qualified frozen candidate files, promoted without rebuilding. Their preparation-time candidate/unpublished fields are retained as provenance; this GitHub release records publication. GitHub is the authoritative source for this release. OEX/IPM publication remains a separate gate.

Prepared release candidate; publication is separately authorized. Preserve the exact archives and historical v0.5.0 release.

The optional IRIS Docker host now prepares nonroot durable storage and only DICOM3D's writable IPM/CSP destinations. Package files and databases survive container recreation. Invalid target ownership/types and missing/non-file private merge configuration fail before unsafe initialization. The base image remains pinned; no broad permission or role changes are made.

The static viewer, male/female anatomy, imaging algorithms, dependencies, semantic identities and canonical geometry are unchanged from v0.5.0. Core remains standalone and requires no IRIS or patient DICOM. Optional Connect/FHIR is not configured or qualified for production by this release.

Local qualification covers two IRIS build families, exact TGZ activation, 319 FileCopy hashes, protected/authenticated serving, restricted denial, visible Edge WebGPU anatomy, restart/recreation, uninstall/served absence and same-artifact reinstall. IPM-managed cache files are retained on uninstall; this is not zero-disk-residue proof. Exact Core/source clean extraction and reproducibility pass. Independent GitHub CI proves actual startup/health and frozen v0.5.0 activation, separately from browser qualification.

Public registry 0.5.0 was independently downloaded and activated despite an earlier timeout notification. OEX's archive button still targets 0.1.0. The exact timed-out request/caller remains unverified; no timeout fix or package-size workaround is claimed. OEX/IPM publication is a separate gate.

Use INSTALL.md, the included versioned guides and checksum manifest. Desktop-first research/prototype scope; no clinical claim. Native Windows IPM, arbitrary host/image compatibility, production Connect and GPU-driver memory peaks remain unqualified.

DICOM3D v0.5.0

DICOM3D v0.5.0

Desktop-first research imaging and generalized-anatomy explorer. Standalone Core automatically loads licensed male BodyParts3D (33 structures) and female HRA (22 structures) reference subsets without IRIS or a patient study. Semantic selection, persistent isolation, skin-picking exclusion, camera controls, source context and stale GPU-pick protection retain their accepted qualification.

Install

• Live Demo — independently deployed synthetic Safe Demo; preserved during this release.
• Native Install QuickStart — qualified IRIS/IPM development host; native Windows IPM remains unqualified.
• Docker Quick Start — complete standalone Core ZIP; digest-pinned Linux/amd64 build, loopback-only defaults.

Download the full Core ZIP for Docker, the TGZ for an authorized IRIS/IPM host, or the source ZIP for reproducible source/FileCopy inputs. Verify SHA256SUMS and release-manifest.json. Source commit: 504becd40ac772ec61560b10ae793d3572e56205.

Exact distributions

File	SHA-256
dicom3d-core-0.5.0.zip	701843519ad3a835fdaf11429c12cba1e0edd9c4cafab6572851870a36a95954
dicom3d-0.5.0.tgz	cfc8eeafd29c2cc98e731c7a6d7aa10fca0eaa2ca7559c5817fcbc79670bd49d
dicom3d-source-0.5.0.zip	b65db24388b44d272836eee174a75d0fa0b6f88ad4f54330900cd9c93c9a635a

Qualification and limits

RELEASE-050 qualified exact Core extraction/build, HTTP/browser smoke, restart/stop/teardown, and protected IPM install/uninstall/absence/reinstall plus source-route installation. Publication changes are documentation-only: README entry points, current installation text, and removal of unrelated project exclusions from the DICOM3D notice. Clean archive manifests and byte-exact Core reproduction pass. Executable code, reference assets, canonical geometry, transforms, dependencies, package configuration and all required upstream notices are unchanged; the IPM TGZ differs only in NOTICE. Earlier accepted archives and receipts are preserved.

Research/generalized presentation only. Reference subsets have partial coverage and different sources; they are not one registered patient. No patient study is bundled. Local imaging requires qualified inputs. No diagnostic, anatomical-accuracy, calibrated-intensity, clinical certification or production Connect/FHIR claim. Optional IRIS is acquired separately; no proprietary image or credential is redistributed.

GitHub is authoritative. Open Exchange/IPM publication remains a separate pending step and is not performed here. Published v0.1.0/v0.2.0 and the existing public Safe Demo are preserved. Apache-2.0 personal copyright and separately attributed BodyParts3D/HRA asset terms remain in the distributions.

DICOM3D v0.2.0

DICOM3D v0.2.0 adds deterministic presentation slices for the synthetic example: selection, hide/isolate, opacity, independent transforms, reversible expansion, and world-bounds camera fit/focus/reset. Canonical geometry and spatial identity are preserved. Research presentation only; no patient data, AI, Native64 World, DICOM ingestion, or clinical claim.

Qualified source: 38ed849.
The release archive is the exact H002-F accepted artifact, not a publication rebuild.
SHA-256: 37159b955e2cefc3217aef88092e523e05782b49d04768a6830c2f1842506221 (205915 bytes).

Docker / IRIS for Health 2026.2/221U and USER IPM 0.10.5-SNAPSHOT qualified with protected viewer/assets/API, restart, uninstall/absence and same-artifact reinstall on two isolated targets. Native Windows IPM is outside this support claim.

Existing legacy direct-index browser caches may require one ordinary reload or expiry; the native entry uses content-bound HTML navigation. Narrow desktop/mobile viewport tests passed; physical-phone and full accessibility certification are not claimed.

Live synthetic demo: https://kennethjsmithdev.github.io/DICOM3D/
License: Apache-2.0, personal ownership. v0.1.0 remains immutable.

DICOM3D v0.1.0

DICOM3D v0.1.0 is the first installable IRIS for Health development release.

• Apache License 2.0; Copyright 2026 KennethJSmithDev, personally. Required upstream notices included.
• Manifest + GLB remain local browser inputs. Semantic selection, camera controls and hide/show use the preserved Babylon Lite/WebGPU viewer.
• Exact artifact passed install, authenticated native viewer/API, resource enforcement, restart persistence, uninstall/absence and same-artifact reinstall in two isolated IRIS for Health targets.
• No medical examples or Native64 World/unreleased-engine code are bundled. Research presentation only; not for clinical use.

Download and verification

Artifact: dicom3d-0.1.0.tgz (198,124 bytes)
SHA-256: b8cba446cd3873fef47518a8eed04e676bb29ea30e332c30496497718c371d3a

See SHA256SUMS and the tagged docs/DOCKER_QUICKSTART.md. Verify the hash before IPM load.

Exact qualified profile

Docker Linux/amd64, IRIS for Health 2026.2 Build221U.
Community-maintained intersystemsdc/irishealth-community platform manifest:
sha256:7746ec696970a7e41fc265e9828a99c0bc1bc534a514f1690e60fb03c957cff2.
USER IPM0.10.5-SNAPSHOT mapped from HSLIB; %SYS IPM0.10.9.
This is not a vendor-ICR equivalence claim. Community Edition usage/license limits apply.
Initial mapping warnings were preserved; one graceful post-initialization restart recovered the tested runtime. Health checks remain enabled; never clear genuine alerts or reset data to force success.

Native Windows0.0.2 viewer/API qualification is separate. Native Windows IPM deployment remains unverified. CT volume rendering, segmentation, voxelization, AI and clinical accuracy are outside this release.

Open Exchange handoff is prepared separately; no submission has been made.