Explore 98 professional resources for drawing, BIM, simulation, materials and spatial analysis.
External professional resources complement GAD’s three calculators. The uses below are supported by publisher documentation, rather than GAD product tests. Access conditions, prices and suitability should be checked with each provider.
98 records · Page 4 / 5
PyNite
Structural analysis
Explore elastic frame analysis through a Python-based structural resource. It is useful for controlled learning and early comparisons with clearly defined supports and loads. Interpretation belongs with a qualified engineering review, especially when a simplified model is used to inform architectural form.
Where it fits
Compare a frame's response after one structural change.
External official resource. GAD has checked the cited description, not tested the software or verified project outcomes. Review current version, access, licensing and applicability at the source.
Use a dedicated two-dimensional drafting resource for drawings and geometric preparation. A useful first task has clear units and a defined delivery format. Check dimensions, layer interpretation and print scale after exchange so drafting convenience does not hide inconsistencies in the final sheet.
Where it fits
Draft and verify a small architectural detail.
External official resource. GAD has checked the cited description, not tested the software or verified project outcomes. Review current version, access, licensing and applicability at the source.
Map and analyze geographic information for architectural context. It is useful for combining site boundaries, terrain and surrounding data when their origins are clear. Check coordinate reference systems, scale and capture dates before interpreting overlays or passing the result into a three-dimensional design workflow.
Where it fits
Assemble a traceable site-context map.
External official resource. GAD has checked the cited description, not tested the software or verified project outcomes. Review current version, access, licensing and applicability at the source.
Investigate lighting through a physically based simulation resource. It can support architectural daylight and illumination studies when geometry and material inputs are defined. Record the selected conditions and evaluation points, and interpret calculated light separately from a persuasive presentation image or a complete collection-conservation assessment.
Where it fits
Set up a reproducible lighting comparison for selected points.
External official resource. GAD has checked the cited description, not tested the software or verified project outcomes. Review current version, access, licensing and applicability at the source.
Develop architectural geometry in a NURBS-oriented modelling environment. It can support concept exploration, detailed form studies and exchange preparation. Match the modelling precision to the task, and inspect units and object structure when passing geometry into analysis, fabrication or documentation workflows.
Where it fits
Prepare a precise geometric model for a chosen downstream task.
External official resource. GAD has checked the cited description, not tested the software or verified project outcomes. Review current version, access, licensing and applicability at the source.
Access Rhino and Grasshopper geometry capabilities through a documented REST workflow. It supports developer-built geometry applications rather than a finished architectural interface. Review deployment, licensing and input requirements at the official source before designing an integration; this listing does not initiate a service or incur charges.
Where it fits
Plan a geometry-service integration with explicit deployment assumptions.
External official resource. GAD has checked the cited description, not tested the software or verified project outcomes. Review current version, access, licensing and applicability at the source.
Read, write and manipulate Rhino-format geometry through supported programming environments. It is useful for a focused geometry exchange or inspection task. Check the documented object support and inspect a known file before relying on a script to transfer layers, attributes or geometry for architectural work.
Where it fits
Inspect a known geometry file through a reproducible script.
External official resource. GAD has checked the cited description, not tested the software or verified project outcomes. Review current version, access, licensing and applicability at the source.
Develop a structural analysis model within a general engineering environment. For architectural option studies, agree on the structural question and comparison assumptions with an engineer. Keep geometry, loads and support conditions inspectable, and distinguish the analytical model from coordinated construction information.
Where it fits
Evaluate a structural option with a shared engineering baseline.
External official resource. GAD has checked the cited description, not tested the software or verified project outcomes. Review current version, access, licensing and applicability at the source.
Explore cloud-based engineering simulation for a defined airflow, thermal or structural question. The vendor describes several physics domains, but an architectural study still needs explicit geometry and assumptions. Evaluate the actual analysis scope rather than adopting broad claims of speed or accuracy from product promotion.
Where it fits
Review whether a cloud simulation fits a specific architectural comparison.
External official resource. GAD has checked the cited description, not tested the software or verified project outcomes. Review current version, access, licensing and applicability at the source.
Build and communicate architectural geometry in a conceptual modelling workflow. A useful early model makes massing, openings and context easy to inspect. Keep dimensions and grouping conventions explicit when it moves into visualization or another application, so concept convenience does not conceal exchange problems.
Where it fits
Develop a clear massing model for option review.
External official resource. GAD has checked the cited description, not tested the software or verified project outcomes. Review current version, access, licensing and applicability at the source.
Review model information through rule-based BIM checking. Start with a specific exchange requirement or coordination question and record the rule set being used. Detected issues need interpretation, while a clean report only addresses the checks actually configured for that model.
Where it fits
Prepare a reproducible review of an exchanged model.
External official resource. GAD has checked the cited description, not tested the software or verified project outcomes. Review current version, access, licensing and applicability at the source.
Explore outdoor radiation conditions and thermal-comfort-related outputs within the UMEP ecosystem. Useful comparisons locate the paths and sitting areas people actually use. Record the model context and input assumptions instead of interpreting one map as a complete comfort assessment.
Where it fits
Investigate how added shade changes selected pedestrian locations.
External official resource. GAD has checked the cited description, not tested the software or verified project outcomes. Review current version, access, licensing and applicability at the source.
Exchange design information between connected modelling workflows. Its architectural value lies in checking how objects and attributes survive a transfer, not merely moving a file. Start with a small sample and inspect identity, coordinates and editable information in the actual receiving environment.
Where it fits
Test a limited cross-software model exchange.
External official resource. GAD has checked the cited description, not tested the software or verified project outcomes. Review current version, access, licensing and applicability at the source.
Inspect the sun's apparent position and related directional information at a chosen place and time. It is useful for an initial orientation check. A site-specific shadow study still needs the actual geometry and terrain, so directional exploration should precede rather than replace a model-based comparison.
Where it fits
Check solar direction before setting up a shadow model.
External official resource. GAD has checked the cited description, not tested the software or verified project outcomes. Review current version, access, licensing and applicability at the source.
Investigate runoff and urban drainage systems with EPA's Storm Water Management Model. It supports comparison of infrastructure and green-infrastructure strategies. Define the catchment and rainfall assumptions, inspect the drainage representation and keep modeled quantities distinct from measured performance at the site.
Where it fits
Compare drainage options under the same rainfall scenario.
External official resource. GAD has checked the cited description, not tested the software or verified project outcomes. Review current version, access, licensing and applicability at the source.
Link a Revit-oriented model with lifecycle-impact investigation. The analysis depends on material quantities, mappings and assessment scope. Record those choices and inspect unmapped objects before comparing options, since a model-based total can appear precise while still omitting important construction information.
Where it fits
Compare material options with an explicit assessment scope.
External official resource. GAD has checked the cited description, not tested the software or verified project outcomes. Review current version, access, licensing and applicability at the source.
Investigate two-dimensional heat transfer through building details. It is useful for examining junctions that a simple layer calculation can overlook. Draw the actual section and record material and boundary inputs before interpreting the thermal result or comparing a revised detail.
Where it fits
Compare a junction before and after a detail change.
External official resource. GAD has checked the cited description, not tested the software or verified project outcomes. Review current version, access, licensing and applicability at the source.
Represent architectural spatial relationships in a computational workflow. The resource helps distinguish connections and adjacency from geometry alone. Define what each cell or connection means for the study, then check the resulting relationships against a known plan before using them for analysis or model exchange.
Where it fits
Inspect the topology of a known spatial layout.
External official resource. GAD has checked the cited description, not tested the software or verified project outcomes. Review current version, access, licensing and applicability at the source.
Investigate energy systems whose behavior changes over time. The resource is useful for studies where component interaction and operating sequences matter. Define the simulated system and timescale, and inspect input dependencies before comparing scenarios rather than treating one output total as the complete system story.
Where it fits
Study a defined energy-system operating sequence.
External official resource. GAD has checked the cited description, not tested the software or verified project outcomes. Review current version, access, licensing and applicability at the source.
Use a QGIS-oriented collection of urban environmental processing methods. It connects geographic context with climate questions at neighborhood scale. Select the relevant module, inspect input resolution and document assumptions so outputs from different methods are not presented as if they measure the same condition.
Where it fits
Assemble a geographic workflow for an urban-climate question.
External official resource. GAD has checked the cited description, not tested the software or verified project outcomes. Review current version, access, licensing and applicability at the source.
Adapt rural weather-file information to modeled urban-canyon conditions using specified building and urban properties. This is an urban-weather estimation workflow. Check geometry, use, materials and other inputs, keeping the transformed file distinct from measured weather at the proposed building site.
Where it fits
Study how urban-context assumptions alter a weather input.
External official resource. GAD has checked the cited description, not tested the software or verified project outcomes. Review current version, access, licensing and applicability at the source.
Find satellite imagery, aerial photographs and related geographic products through a USGS search interface. It supports evidence gathering for a site or landscape study. Define the area and date range, then inspect the actual dataset's resolution and conditions before treating the image as contemporary architectural context.
Where it fits
Locate dated source imagery for a site-context investigation.
External official resource. GAD has checked the cited description, not tested the software or verified project outcomes. Review current version, access, licensing and applicability at the source.
Work through architectural modelling and documentation in a BIM-oriented design environment. A procurement trial should use an actual drawing and information requirement. Inspect the relationship between model objects, schedules and published sheets after a revision rather than assessing the software through an isolated demonstration image.
Where it fits
Test a model-to-documentation revision on a small project scope.
External official resource. GAD has checked the cited description, not tested the software or verified project outcomes. Review current version, access, licensing and applicability at the source.
Explore subdivision and transformation of mesh geometry. It can support architectural form studies where the mesh representation matters. Preserve a baseline and inspect topology after each operation, particularly before a visually smooth result is exported for analysis or treated as a fabrication-ready surface.
Where it fits
Compare a mesh transformation against the original geometry.
External official resource. GAD has checked the cited description, not tested the software or verified project outcomes. Review current version, access, licensing and applicability at the source.
