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SPOT! Fetch Light

SPOT! Fetch Light. Interactive navigable 3D visualization of direct sunlight. Sébastien Bund & Ellen Y.Do Design Machine Group (DMG)– University of Washington Centre de Recherche en Architecture et Ingénieurie (CRAI). Considering direct sunlight within buildings

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SPOT! Fetch Light

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  1. SPOT! Fetch Light Interactive navigable 3D visualization of direct sunlight Sébastien Bund & Ellen Y.Do Design Machine Group (DMG)– University of Washington Centre de Recherche en Architecture et Ingénieurie (CRAI)

  2. Considering direct sunlight within buildings • Direct sunlight – a multidimensional phenomenon • Related work • SPOT- Time Projection - Navigable animation - Demo • Implementation • Future work

  3. 1- Why to consider direct sunlight in buildings ? Benefits of the sun : ENERGY SAVING: >Artificial lighting = 25 % of the electric energy >"efficient daylight = energy saving (by 30-60% )“ PRODUCTIVITY: >Students : learn faster, test higher. sales increase an average of 40% HEALTH: Alleviates: stress, anxiety, depression, migraines, sleep disorders, immune system function, cholesterol levels, increases calcium utilization, visual acuity, Cardiac outputs .

  4. 1- An appropriate building shape for : • Using sun energy and • avoiding overheating • Avoiding Glare • Over Shading control

  5. 2- Direct sunlight – a 5D phenomenon

  6. 2- Direct sunlight – a 5D phenomenon

  7. 2- Direct sunlight – a 5D phenomenon

  8. 2- Direct sunlight – a 5D phenomenon

  9. 3- Related Work Dan Glaser's work.

  10. 3- Related Work • Ecotect: a "Shadow Range function": Representing multiple shadows on the same diagram

  11. 4- SPOT- Time projection • Visualizing multiple dimensional spaces using projection.

  12. 4- SPOT- time projection

  13. 4- SPOT- time projection

  14. 4- SPOT- Time projection

  15. 4- SPOT- Time Projection

  16. 4- SPOT- Navigable animation

  17. 4 - SPOT Demo …

  18. 5 - Implementation > Percentage of illumination over a period of time calculation :

  19. 5 - Implementation > Percentage of illumination over a period of time calculation :

  20. 5 - Implementation > Percentage of illumination over a period of time calculation :

  21. 5 - Implementation > The display of the sunlight distribution in the 3D space

  22. 5 - Implementation > The display of the sunlight distribution in the 3D space

  23. 5 - Implementation > The display of the sunlight distribution in the 3D space

  24. 5 - Implementation > The display of the sunlight distribution in the 3D space

  25. 5 – Future Work Thermal function & shading function. Proposing a solution to save the outputs and communicate them.

  26. http://depts.washington.edu/archbook/ Thank you

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