Difference between revisions of "workshop01G3:Objectives"
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4. Translate architectural quality objectives into the rules of growth | 4. Translate architectural quality objectives into the rules of growth | ||
5. Decide how changing parameters will affect growing | 5. Decide how changing parameters will affect growing | ||
| − | 6. Decide to what level of detail we want to go ( | + | 6. Decide to what level of detail we want to go (too abstract now) |
7. Study the behavior of mesh system | 7. Study the behavior of mesh system | ||
8. Think of how to make a conditional loop with maximum volume wanted | 8. Think of how to make a conditional loop with maximum volume wanted | ||
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9. The idea of abstracting site geometry (drape) and the character of attractor point in people flow analyzes need better explanation in the presentation | 9. The idea of abstracting site geometry (drape) and the character of attractor point in people flow analyzes need better explanation in the presentation | ||
Maybe instead of growing branches try to find positions of the sprouts. | Maybe instead of growing branches try to find positions of the sprouts. | ||
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Revision as of 22:22, 15 September 2013
Title
Suggestions/Strategies (review2) 13.09.2013
1. Define design objectives and architectural intentions prior to setting the rules of growth 2. Develop a problem statement 3. Make a 12 months configuration based on 2 parameters - analyze climate changes (wind and solar radiation data) for all 12 months of the year to get different variations of the output
4. Translate architectural quality objectives into the rules of growth
5. Decide how changing parameters will affect growing
6. Decide to what level of detail we want to go (too abstract now)
7. Study the behavior of mesh system
8. Think of how to make a conditional loop with maximum volume wanted
9. The idea of abstracting site geometry (drape) and the character of attractor point in people flow analyzes need better explanation in the presentation Maybe instead of growing branches try to find positions of the sprouts.
check check
Suggestions/Strategies(review1)
1. -use CFD TUDelft Campus simulations 1-2/month(recordings) RevitVasari -assign colours that signify conditions connected to wind-flow -analysis in python using nested if statements to check and store points with different conditions
2. -differentiate accesses + openings + scale of panelization -based on sets of points(interchangeable) that create different parts/volumes, got from CFD analysis -make any kind of information relevant for own design
3. Explore quantifyable stuff other than wind
