From 0655ae9af341c646a8a13ff83b2836215e809119 Mon Sep 17 00:00:00 2001 From: SAM-BIM-AI Date: Thu, 10 Sep 2026 09:22:02 +0200 Subject: [PATCH 01/11] P0 capability presentation: six-section homepage around evidenced Part F -> Part O/TM59 workflow - Restructure to Hero / Evidence / Flagship workflow / Platform / Engineering depth / Research-People-Contact - Evidence section links only to public repository records (test freeze, H1-H12 acceptance, TM59 cross-check, Part F traceability) - Four-step Part F -> Part O -> Tas -> TM59 workflow with E01-E04 slots; four-authority airflow separation explained - Text platform architecture (D1 slot reserved); Grasshopper presented as host/adapter - assets/evidence/ manifest for E01-E09, V1, D1 drop-in; placeholders never reference missing files - Remove TM52/Part L and unvalidated claims; label OpenStudio/OCCT as in development --- README.md | 8 + assets/css/site.css | 15 ++ assets/evidence/README.md | 38 +++ index.html | 484 ++++++++++++++++++-------------------- 4 files changed, 290 insertions(+), 255 deletions(-) create mode 100644 assets/evidence/README.md diff --git a/README.md b/README.md index af241e0..9d4e505 100644 --- a/README.md +++ b/README.md @@ -1,6 +1,14 @@ # sam-bim.github.io SAM-BIM official website +## Evidence assets + +Screenshots and diagrams referenced by the homepage live in +[`assets/evidence/`](assets/evidence/README.md). That manifest lists the exact +filenames (E01–E09, V1, D1), their homepage slots and the drop-in procedure. +Placeholder slots render cleanly until the captures exist — never commit dummy +or broken imagery. + ## License Site content (text and imagery) is licensed under [CC-BY-4.0](LICENSE). The SAM software it describes is licensed separately under LGPL-3.0-or-later — see [SAM-BIM/SAM](https://github.com/SAM-BIM/SAM). diff --git a/assets/css/site.css b/assets/css/site.css index 126b86c..547dc96 100644 --- a/assets/css/site.css +++ b/assets/css/site.css @@ -116,6 +116,21 @@ figure{margin:18px 0} figure img{max-width:100%;height:auto;border:2px solid var(--line);display:block} figcaption{margin-top:8px;font-size:13px;color:var(--muted)} +/* Evidence slots: screenshot placeholders until the captures exist. + Never reference a missing image; swap the slot for a
on drop-in. */ +.evidence-slot{border:2px dashed #9e9e9e;background:var(--soft);padding:18px;display:grid;place-items:center;min-height:120px;text-align:center;margin-top:12px} +.hero-media .evidence-slot{margin-top:0;min-height:220px;width:100%} +.evidence-slot .eid{font-weight:800;letter-spacing:.12em;text-transform:uppercase;font-size:13px} +.evidence-slot .enote{margin:6px 0 0;color:var(--muted);font-size:13px;line-height:1.45} + +/* Platform stack: text architecture until the D1 diagram exists */ +.stack{display:grid;gap:0} +.stack .layer{border:2px solid var(--line);background:#fff;padding:14px 16px} +.stack .layer h3{margin:0 0 4px;font-size:14px} +.stack .layer p{margin:0;color:var(--muted);font-size:14px} +.stack .layer.core{background:var(--soft);border-width:3px} +.stack .arrow{display:grid;place-items:center;font-weight:800;color:var(--blue);padding:2px 0} + footer{border-top:2px solid var(--line);padding:24px 0 58px;color:var(--muted)} /* Motion preferences */ diff --git a/assets/evidence/README.md b/assets/evidence/README.md new file mode 100644 index 0000000..fcaac91 --- /dev/null +++ b/assets/evidence/README.md @@ -0,0 +1,38 @@ +# Evidence assets manifest + +This directory holds the curated evidence captures referenced by the SAM +website. **No binary placeholders are committed.** Each asset below has a +styled placeholder slot in `index.html` (marked `data-evidence="E.."`) that +renders cleanly until the real file is dropped in here. + +## Drop-in procedure + +1. Save the capture with the exact filename below. +2. In `index.html`, find the matching `data-evidence` slot (or the + `EVIDENCE SLOT` / `VIDEO SLOT` / `ARCHITECTURE SLOT` comment) and replace + the placeholder `
…
` with a `
`, + following the commented example in the hero (E01). +3. Update the `Present` column below and the site README if the set changes. + +## Manifest + +| ID | Filename | Website location | Caption (intended) | Status | Present | +|---|---|---|---|---|---| +| E01 | `E01_SAM_PartF_Design_Airflow_Overlay.png` | Hero + Workflow step 01 | Part F design airflow overlay on the analytical model | Required — primary | No | +| E02 | `E02_SAM_PartO_Review_Iteration_Authority.png` | Workflow step 02 | Part O iteration review showing decision authority | Required — primary | No | +| E03 | `E03_SAM_PartO_Prepare_Run_Status.png` | Workflow step 03 | Part O prepare/run status | Required — primary | No | +| E04 | `E04_SAM_PartO_TM59_Result.png` | Workflow step 04 | TM59 assessment result | Required — primary | No | +| E05 | `E05_SAM_PartO_Iteration2B_Optimisation.png` | Engineering depth — HVAC & ventilation systems | Iteration 2B capacity-ceiling optimisation | Required | No | +| E06 | `E06_SAM_Analytical_Model_Context.png` | Reserved (contact section / SAM README screenshot strip) | Analytical model in context | Required — primary | No | +| E07 | `E07_SAM_AHU_Mollier.png` | Engineering depth — Psychrometrics | Air-handling processes on the Mollier chart | Required | No | +| E08 | `E08_SAM_Release_Validation_H1_H12.png` | Engineering depth — Engineering-software validation | H1–H12 release acceptance evidence | Required | No | +| E09 | `E09_SAM_Revit_Integration.png` | Engineering depth — BIM/BEM interoperability | Revit integration | Required | No | +| V1 | (video, ~3 min) | Workflow section footer (VIDEO SLOT comment) | Flagship end-to-end workflow demonstration | Planned | No | +| D1 | (diagram) | Platform section (ARCHITECTURE SLOT comment) — replaces the text stack | SAM platform architecture diagram | Planned | No | + +## Rules + +- Captures are real screenshots of the shipped `sow/2026-Q3` capability only. + Nothing from the unfinished Part O Iteration 3 route. +- PNG for screenshots; keep them legible at ~1120 px content width. +- Do not commit dummy or AI-generated imagery. diff --git a/index.html b/index.html index d20ed73..479aa61 100644 --- a/index.html +++ b/index.html @@ -4,7 +4,7 @@ SAM - Sustainable Analytical Model - + @@ -12,7 +12,7 @@ - + @@ -31,7 +31,7 @@ "name":"Sustainable Analytical Model (SAM)", "applicationCategory":"EngineeringApplication", "operatingSystem":"Windows", - "description":"Open-source analytical model toolkit connecting Revit, Rhino/Grasshopper, and Tas EDSL for BIM-to-BEM and HVAC workflow automation.", + "description":"Open-source analytical-model and computational-engineering platform connecting BIM, building physics, HVAC engineering and simulation through deterministic, tested and traceable workflows.", "publisher":{"@id":"https://sambim.xyz/#org"}, "offers":{"@type":"Offer","price":"0","priceCurrency":"USD"}, "license":"https://www.gnu.org/licenses/lgpl-3.0.html", @@ -64,317 +64,301 @@
Menu
+
- Open source · BIM to BEM · HVAC -

From BIM geometry to simulation-ready analytical models

-

SAM (Sustainable Analytical Model) is an open-source .NET toolkit that turns Revit and Rhino/Grasshopper geometry into reusable analytical building models — validated, attributed, and simulated with Tas as the primary engine, with psychrometric HVAC design workflows alongside.

+ Open source · Computational engineering · Building performance +

From BIM geometry to auditable building-performance workflows

+

SAM (Sustainable Analytical Model) is an open-source analytical-model and computational-engineering platform. It connects BIM, building physics, HVAC engineering and simulation through deterministic, tested and traceable workflows — so every number in a result can be followed back to the decision that produced it.

- Download installer - View source - Read publications + See the workflow + Explore SAM on GitHub + Get SAM
- SAM BIM emblem + +
+
+ E01 +

Part F design airflow overlay
Evidence capture in preparation

+
+
Analytical model as the shared engineering layer
-
- Overview -

What SAM Is

-

SAM is a modular, open-source .NET/C# toolkit for creating, cleaning, enriching, exchanging, and simulating analytical building models — the watertight panels, spaces, and adjacency data that energy and HVAC simulation needs. One shared JSON analytical model carries the project from BIM geometry to results, so information is reused instead of rebuilt for every study.

+ + +
+ Evidence +

Evidence, not claims

+

SAM's capabilities are stated only where public repository evidence backs them. Every figure below links to the record it comes from.

-

BIM to BEM

-

Generate analytical panels, spaces, shells, and adjacency clusters from Revit, Rhino, and Grasshopper workflows.

-
-
-

Simulation Ready

-

Attribute constructions, profiles, internal conditions, openings, and systems before connecting to Tas and results workflows.

+

Automated testing

+

2,114 / 2,114 core analytical tests passing at the 2026-Q3 freeze, alongside UI (771), systems (90) and TM59 (91) suites. Recorded at the freeze.

-

Reusable Research Platform

-

Use JSON-based analytical objects, validation routines, and extension modules to test repeatable methods across projects and papers.

+

Release acceptance

+

Every release candidate passes a documented H1–H12 acceptance matrix — clean install, Rhino 8/9 and Revit 2025–2027 load tests, upgrade/uninstall symmetry, payload provenance. Latest run: 12 / 12 pass. Acceptance record.

-
-

Core Analytical Concepts

-
-

Geometry

-

Planar geometry, faces, shells, apertures, and boundary representations used to derive simulation-ready spaces.

+

Engine cross-check

+

SAM's CIBSE TM59 assessment reproduces Tas's own Domestic Overheating report space by space on the validation model, with scope differences stated rather than hidden. Validation record.

-

Panels

-

Walls, floors, roofs, apertures, constructions, and thermal properties represented as analytical objects.

+

Regulatory traceability

+

Part F (Approved Document F, 2021) is implemented with paragraph-level traceability: each requirement mapped to the calculation, the check and its evidence. Traceability matrix.

-

Adjacency Cluster

-

The relationship layer for spaces, zones, panels, and their spatial/topological connections.

+

Peer-reviewed lineage

+

Published through building-simulation venues since 2021, including Springer Lecture Notes in Civil Engineering and BSA proceedings. Publications.

-

Analytical Model

-

The project container for geometry, location, profiles, materials, internal conditions, systems, and results.

+

Installable Windows release

+

Versioned installer with release notes, supported on Rhino 8/9, Revit and the SAM desktop apps. Latest release.

-
-
1shared JSON analytical model
-
Revit + RhinoBIM hosts: Revit 2020–2026, Rhino 8/9
-
LGPL-3.0open-source core and modules
-
2021→peer-reviewed research lineage
-
+
- Workflow -

How SAM Works

-

Project inputs become one SAM analytical model, then move through validation, attribution, simulation, and HVAC comparison in a repeatable workflow.

+ Flagship workflow +

Part F to Part O / TM59 in one analytical workflow

+

One analytical model carries a dwelling from the regulatory airflow requirement, through the engineering design decision and equipment selection, to dynamic simulation and a CIBSE TM59 result — with each step's authority kept separate and inspectable.

+
01 - Inputs - Revit, Rhino, Grasshopper, IFC, gbXML, and project geometry. + Regulatory requirement + Part F sets the minimum ventilation the dwelling must achieve. SAM calculates the required airflow directly from the approved document's rules. + +
+
+ E01 +

Design airflow overlay
Evidence capture in preparation

+
+
02 - SAM Analytical Model - Panels, spaces, apertures, adjacency clusters, location, profiles, and libraries. + Engineering design + The engineer reviews and sets the design airflow — at or above the requirement, by judgement, never silently overwritten. + +
+
+ E02 +

Iteration review & authority
Evidence capture in preparation

+
+
03 - Validation + Attribution - Watertight shells, cleaned geometry, constructions, loads, schedules, and system intent. + Equipment decision + Ventilation units are selected against a shipped manufacturer catalogue; the selected unit's capacity then acts as a ceiling the design may not exceed. + +
+
+ E03 +

Prepare & run status
Evidence capture in preparation

+
+
04 - Simulation + Results - Tas dynamic simulation, HVAC scenarios, result extraction, and post-processing. + Simulation evidence + The model is simulated in Tas and assessed against CIBSE TM59, with results returned to the spaces they belong to. + +
+
+ E04 +

TM59 result
Evidence capture in preparation

+
+
-
-
- Capabilities -

Capabilities Today

-

Every capability links to the public repository that implements it. Status chips distinguish what is shipped from what is in active development — nothing in development is presented as finished.

-

- Shipped - In development - Roadmap +

Four quantities, four authorities

+

Four airflow figures share a unit and mean different things. SAM holds them as four separate, auditable quantities — a catalogue capacity never rewrites a design decision, and an operating value never masquerades as a requirement.

+
+
+

Required airflow

+

What the regulation demands as a minimum.

+
+
+

Design airflow

+

What the engineer decides the dwelling will be ventilated at.

+
+
+

Selected capacity

+

What the chosen equipment can deliver — a ceiling, not a target.

+
+
+

Operating airflow

+

What actually flows in the simulated or commissioned system.

+
+
+

+ + A short end-to-end demonstration video of this workflow is in preparation.

+
+ + +
+ Platform +

One analytical model, multiple engineering workflows

+

SAM is a .NET platform, not a plugin. Authoring tools and exchange formats feed one shared analytical model; engineering logic and simulation adapters hang off it. Grasshopper is one host among several — not the foundation.

+ + +
+
+

Authoring & exchange

+

Revit · Rhino · Grasshopper · IFC · gbXML

+
+ +
+

SAM analytical model

+

Panels, spaces, apertures, adjacency, location, profiles, materials, internal conditions, systems, results — one JSON model, reused instead of rebuilt.

+
+ +
+

Engineering

+

Building physics · Part F · Part O · HVAC systems · Psychrometrics

+
+ +
+

Simulation adapters

+

Tas Shipped   OpenStudio In development

+
+ +
+

Results & review

+

TM59 assessment · design overlays · reports · persisted evidence

+
+
-

Shipped and in daily use

-
+

Where to look in the code

+
+
SAMCore analytical model, Part F / Part O engineering, validation docs.
+
SAM_UIWindows desktop apps: SAM Analytical, Mollier, Geometry, Weather.
+
SAM_SystemsBuilding systems, plant rooms and HVAC concepts.
+
SAM_TasTas simulation adapter: model exchange, TM59 assessment, plant templates.
+
SAM_DeployInstaller, release pipeline and H1–H12 acceptance record.
+
SAM-BIM organisationExchange adapters (IFC, gbXML, GEM, BHoM), physics modules and hosts.
+
+
+ + +
+ Engineering depth +

Beyond model conversion

+

SAM is engineering software with a model attached, not a converter with engineering aspirations. Status labels are exact: Shipped means released and evidenced; In development means public code, not presented as finished.

+ +
-

BIM hosts: Revit & Rhino

-

Analytical-model generation in Revit 2020–2026 (SAM add-in and Rhino.Inside.Revit) and in Rhino 8/9 with a large Grasshopper component library. SAM_Revit · SAM_Rhino_UI

+

Building physics & compliance workflows

+

Part F ventilation with paragraph-level regulatory traceability; Part O overheating iterations (base MVHR, natural ventilation, equipment selection, capacity ceiling) driving Tas simulation and CIBSE TM59 assessment.

Shipped
-

Tas simulation & HVAC scenarios

-

Primary engine pathway: Tas TBD/TSD/T3D/TPD model exchange, overheating and compliance-oriented workflows (TM52, TM59, Part L), and reusable plant-room (EnergyCentre) templates for automated HVAC scenario comparison. SAM_Tas · SAM_Systems

+

HVAC & ventilation systems

+

Reusable plant-room and system templates, automated scenario generation, and equipment selection against a shipped manufacturer catalogue with an enforced capacity ceiling.

Shipped + +
+
+ E05 +

Iteration 2B capacity-ceiling optimisation
Evidence capture in preparation

+
+
-

Psychrometrics & Mollier HVAC design

-

Moist-air calculations, Mollier chart plotting, air-process loads, and concept-stage HVAC exploration — numerically validated against published reference data (ASHRAE, PsychroLib, IAPWS). SAM_Mollier · SAM_Validation

+

Psychrometrics

+

Moist-air calculations, Mollier chart plotting and air-process loads, numerically validated against published reference data (ASHRAE, PsychroLib, IAPWS-IF97).

Shipped + +
+
+ E07 +

Air-handling processes on the Mollier chart
Evidence capture in preparation

+
+
-

Model exchange

-

IFC, gbXML, IES VE GEM, BHoM, and Excel import/export, plus bidirectional Honeybee schema 2.6 round-trip exchange for Ladybug Tools workflows. SAM_IFC · SAM_gbXML · SAM_LadybugTools

+

BIM / BEM interoperability

+

Analytical-model generation in Revit (add-in and Rhino.Inside.Revit; Revit 2025–2027 covered by release acceptance) and Rhino 8/9; IFC, gbXML, IES VE GEM, BHoM and Honeybee schema exchange.

Shipped + +
+
+ E09 +

Revit integration
Evidence capture in preparation

+
+
-

Desktop applications

-

Four Windows desktop apps — SAM Analytical, SAM Analytical Mollier, SAM Geometry, and SAM Weather — for model inspection, psychrometric design, geometry work, and weather data. SAM_UI

+

Simulation orchestration

+

Deterministic scenario preparation, execution and result extraction through the Tas adapter (TBD/TSD/T3D exchange), with run diagnostics persisted per scenario.

Shipped
-

One analytical model core

-

Panels, spaces, apertures, adjacency clusters, profiles, materials, internal conditions, and systems in a single JSON model, scriptable from Grasshopper. SAM

+

Engineering-software validation

+

TM59 assessment cross-checked against Tas's own report; psychrometrics against ASHRAE / PsychroLib / IAPWS references; H1–H12 release acceptance on real host applications.

Shipped + +
+
+ E08 +

H1–H12 release acceptance
Evidence capture in preparation

+
+
-

In active development (2026)

+

In development

-
-

SAM_OCCT — native watertight geometry

-

An Open Cascade geometry kernel inside SAM: sewing and healing of open shells into watertight solids, booleans, STEP/IGES exchange, cell complexes, and a 3D solver — with tests and CI, not yet wired into the SAM core model. SAM_OCCT

- In development -

Native OpenStudio conversion

-

Direct SAM-to-OpenStudio model generation: geometry, constructions, schedules, and thermostats with ideal-air loads (airside and plant HVAC not yet covered). OpenStudio remains a secondary, EnergyPlus-oriented pathway alongside Tas. SAM_OpenStudio

- In development -
-
-

SharpDX 3D viewport

-

A new GPU-accelerated viewport for the desktop apps, replacing HelixToolkit, with undo/redo support across the interface. SAM_UI

+

Direct SAM-to-OpenStudio model generation: geometry, constructions, schedules and thermostats with ideal-air loads. HVAC airside and plant are not yet covered; Tas remains the primary simulation pathway. SAM_OpenStudio

In development
-

Systems ↔ Mollier plant-room bridge

-

Connecting SAM_Systems plant-room schematics with Mollier psychrometric processes for air-handling and plant design workflows. SAM_Systems

+

Native watertight geometry (SAM_OCCT)

+

An Open Cascade geometry kernel inside SAM: sewing and healing of open shells, booleans, STEP/IGES exchange — tested, with CI, not yet wired into the SAM core model. SAM_OCCT

In development
-

SAM supports engineering workflows that contribute to assessment methods. Compliance still depends on the complete project methodology and toolchain.

+

SAM supports engineering workflows that contribute to assessment methods. Compliance still depends on the complete project methodology and toolchain. A TM59 pass is an overheating assessment result, not a Part O compliance certificate.

-
- Roadmap -

Research-Backed Maturity

-

Platform stages follow the published research line. SAM 4.0 and 5.0 are future directions; SAM_Mollier develops in parallel as a module, not a platform version.

-
-
- SAM 1.0 -

Geometry creation, multi-method model generation, adjacency clusters, shell creation, and watertight boundary preparation. Shipped

-
-
- SAM 2.0 -

Loads, attribution, material/profile/internal-condition libraries, dynamic simulation connectors, and BIM-to-BEM research validation. Shipped

-
-
- SAM 3.0 -

Reusable HVAC system generation, JSON system references, Tas EnergyCentre templates, automated scenario execution, and result extraction. Shipped

-
-
- SAM_Mollier Parallel module -

Psychrometric points, Mollier and psychrometric charts, air processes, HVAC loads, and concept-stage system exploration.

-
-
- SAM 4.0 -

Controls and control-strategy testing for HVAC system operation and scenario analysis. Roadmap

-
-
- SAM 5.0 -

Digital twin direction: an updatable building representation with geometry, systems, assumptions, results, and project data. Roadmap

-
-
-
- -
- Ecosystem -

SAM Ecosystem

-

Public repositories, grouped by their role in the analytical workflow. Modules that are currently private return here once they are public.

- -
-

Core model

-
-
SAMCore analytical model objects and workflows.
-
SAM_ValidationNumerical validation against published reference data (ASHRAE, PsychroLib, IAPWS).
-
-
- -
-

Geometry and solvers

-
-
SAM_OCCTNative Open Cascade geometry: watertight sew-and-heal, booleans, STEP/IGES, 3D solver. In development
-
SAM_TopologicTopological space and building representations.
-
-
- -
-

BIM and exchange

-
-
SAM_RevitRevit and Rhino.Inside workflows (Revit 2020–2026).
-
SAM_IFCIndustry Foundation Classes exchange.
-
SAM_gbXMLgbXML import, export, and model transfer.
-
SAM_GEMIES VE GEM export workflows.
-
SAM_BHoMBHoM object model interoperability.
-
-
- -
-

Simulation and HVAC

-
-
SAM_TasPrimary Tas EDSL simulation integration: TBD/TSD/T3D/TPD, TM52/TM59/Part L, plant-room templates.
-
SAM_OpenStudioSecondary OpenStudio model generation and exchange; native conversion in development.
-
SAM_LadybugToolsHoneybee schema round-trip and Ladybug Tools interoperability.
-
SAM_SystemsBuilding systems, plant rooms, and HVAC system concepts.
-
SAM_MultitaskerScenario orchestration and task execution.
-
-
- -
-

Engineering physics

-
-
SAM_MollierMollier charts and psychrometric HVAC processes.
-
SAM_PsychrometricsMoist-air thermodynamic property calculations.
-
SAM_SolarCalculatorSolar position and irradiance utilities.
-
SAM_IAPWSWater and steam properties using IAPWS-IF97.
-
-
- -
-

User layers and scripting

-
-
SAM_UIWindows desktop apps: SAM Analytical, SAM Analytical Mollier, SAM Geometry, SAM Weather.
-
SAM_Rhino_UIRhino plugin and command-based access.
-
SAM_Revit_UIUser-facing Revit add-in layer.
-
SAM_ExcelSpreadsheet exchange and post-processing.
-
SAM_PythonPython scripting access (early experimental module).
-
-
-
- -
-
- Get Started -

Install

-
    -
  1. Download the latest SAM installer.
    2. -
  2. Run the installer and follow the prompts.
    3. -
  3. Open SAM where you work: Grasshopper in Rhino, Rhino commands, the Revit add-in via Rhino.Inside.Revit, or one of the four desktop apps.
    4. -
  4. Build from source in Visual Studio when developing or extending modules.
    5. -
-

Requirements

-
    -
  • Windows
    • -
  • Rhino 8 or 9 (for Rhino/Grasshopper workflows)
    • -
  • Revit 2020–2026 (for Revit add-in / Rhino.Inside.Revit workflows)
    • -
  • Tas EDSL (for simulation workflows)
    • -
-

Current installer releases are managed through the SAM_Deploy repository.

-
-
- Typical Steps -

Run A Study

-
    -
  1. Import or generate geometry.
    2. -
  2. Create panels, spaces, apertures, and adjacency clusters.
    3. -
  3. Attribute constructions, profiles, internal conditions, and systems.
    4. -
  4. Validate the analytical model and export or simulate.
    5. -
  5. Compare scenarios, extract results, and document assumptions.
    6. -
-
-
- -
+ +
Research -

Research & Publications

-

SAM is developed in the open and published through peer-reviewed building-simulation venues. Publications are listed with DOI or proceedings links where available; author profiles on ResearchGate carry the full list.

-

Numerical quality: psychrometric and steam-property calculations are tested against published reference data — ASHRAE Fundamentals tables, PsychroLib, and IAPWS-IF97 — in the public SAM_Validation suite.

+

Research & publications

+

SAM is developed in the open and published through peer-reviewed building-simulation venues.

Sustainable Analytical Model (SAM 3.0): A New Approach to Automated HVAC Simulation

@@ -407,43 +391,33 @@

Energy modelsOpen source

- - - -

Full and up-to-date list: ResearchGate - Michal Dengusiak.

-
- Docs And Community -

Documentation, Support, Contribution

- -
- -
- Team -

Meet The SAM-BIM Team

-

Company: SAM-BIM on LinkedIn

+
+ People & contact +

Who builds SAM

+

Michal Dengusiak is a Chartered Engineer and the co-creator, engineering and programme lead of SAM. His career spans building-performance and computational engineering roles at Arup, Buro Happold and Hoare Lea; SAM-BIM is an independent open-source project and is not sponsored or endorsed by those organisations.

-

Commercial services, training, and bespoke workflows are available through SAM-BIM.

+ +

Start here

+
+
+

Get SAM

+

Download the Windows installer. Works with Rhino 8/9, Revit via the add-in or Rhino.Inside.Revit, the four SAM desktop apps, and Tas EDSL for simulation workflows.

+
+ +
+
+