Copy, adapt, inspect

Start with the words.

Every example prompt, verbatim. Bracketed values are yours to change. Starter prompts describe intended processes; results are pending.

Renders

Blue Hour ↗

Rhino → Archi Automate viewer → render_view

The prompt

Export the Rhino view [Street corner] to the Archi Automate viewer. Capture the view and render it as an architectural photograph at [blue hour], with [warm interior lighting]. Use the model as the reference for composition and materials. Include no people. Show the source view with the result for a geometry check.
Values in [brackets] are yours to change.

Evening Light ↗

Revit → Archi Automate viewer → render_view

The prompt

Export the Revit view [Garden elevation] to the Archi Automate viewer. Capture the view and render it as an architectural photograph in [soft evening light]. Use the model as the reference for the composition and materials. Include no people. Show the source view beside the result so I can check changes to the geometry.
Values in [brackets] are yours to change.

North Light ↗

Blender → Archi Automate viewer → render_view

The prompt

Export the Blender camera [Reading room] to the Archi Automate viewer. Capture it and render the interior in [diffuse north light] with [pale timber and lime plaster]. Use the model as the reference for the room and its openings. Include no people. Return the source view with the result for comparison.
Values in [brackets] are yours to change.

Drawings

Section Perspective ↗

Revit → Archi Automate viewer

The prompt

Export the Revit 3D view [Section perspective] with its existing section box to the Archi Automate viewer. Capture the view with [white surfaces and dark edges]. Keep the exported geometry and do not use a generative image model. Include no people and return the view for review.
Values in [brackets] are yours to change. Prepare the section box in Revit before exporting.

Simulations

Carbon per m², Sourced ↗

IFC → ÖKOBAUDAT

The prompt

For [building.ifc], report embodied carbon A1–A3 per m² of [GFA], by building element, using matched ÖKOBAUDAT EPDs. Confirm the floor-area definition and units first. List each EPD source, declared unit, quantity conversion and generic fallback. Flag unmatched materials and missing quantities instead of inventing values.
Values in [brackets] are yours to change. Review EPD scope, quantities and the area denominator.

Sun Hours, 21 March ↗

IFC → sim_sun

The prompt

Using [site.ifc], calculate hours of direct sun on [courtyard] on [21 March], [08:00–18:00], with sim_sun. Confirm the site coordinates, north direction, time zone and time step before running. Show the study surface, legend and assumptions. List any missing surrounding buildings rather than assuming they are present.
Values in [brackets] are yours to change. Check the year, local time and model coordinates before running.