3D simulations
3D simulation explaining lighting control
One space. Endless moods.
AI-generated conceptual visualisation. Effects are illustrative and do not replace lighting calculations. Colour, dimming and finishes depend on the selected equipment.
Lutron Hyperion
Daylight contribution: 773 lx · Electric contribution: 0 lx · Difference from target: 273 lx.
How far sunlight enters
The shade follows the solar path. Manual overrides can change the result.
Beam edge: 246 cm · floor plane
GLOBAL TV illustrative simulation. Design geometry: 3 m ceiling; 0 m office sill and 1 m suite parapet. The image composites light and fabrics; depth scale is shown in the diagram. This is not a measurement, certification or replica of Lutron’s proprietary algorithm.
The target strip changes; furniture stays fixed. Geometry considers unfiltered direct rays. Screen fabric also transmits light.
Manual commands and Stop override only that shade type. Re-enable its checkbox to resume automation. All windows stay synchronized.
Educational illuminance references
Proportional teaching model, without a real sensor or room photometric calculation. Electric reference is assumed constant across white settings; an installation requires calibration per luminaire and CCT.
A whole day in 48 seconds.
- Natural light
- 0 %
- Artificial light
- 8 % · 2200 K
- Solar elevation
- -9.9°
Location and date change the solar path and daylight hours. Orientation adjusts light entering through the window: try East in the morning and West in the afternoon. The rendered shadows remain fixed.
- Sunrise
- 06:44
- Sunset
- 21:48
- Day length
- 15.1 h
Simulation speed shared by all windows and rooms.
Interior coverings
Screen roller · 0%
Blackout roller · 0%
Sheer curtain · 0%
Opaque curtain · 0%
Vertical louvre curtain · Not installed
0°: flat, closed slats. −90°: open to the left; +90°: to the right.
Exterior solar control
Guided exterior roller · 0%
Roller shutter · 0%
Tilting horizontal exterior blind · Not installed
Awning · 0%
Visual simulation. Illustrative fabrics and speeds; mesh openness, light transmission and position are distinct quantities.
Clear-sky visual simulation. Location and orientation affect natural light; the scene retains its reference geometry and shadows. The artificial lighting programme is illustrative, not medical advice or a prediction of circadian effects.
Colour, light and wellbeing · RGB · RGBW
Animations start only when you press play. Smooth transitions without flashing; pause them or adjust each circuit.
RGBW adds an independent 3000 K white channel. RGB uses red, green and blue only.
Each key applies a complete scene. Editing a circuit stops the animation and preserves the visible combination.
AI-generated concept render. Approximate visual simulation, not a photometric calculation or medical treatment. Switching off leaves a dim reference ambient light.

