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| − | ==Title== | + | ==BranchingSpaces____Presentation3_25092013== |
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| − | | + | [[Image:Presentation_32|860px]] |
| − | Suggestions/Strategies (review2) 13.09.2013
| + | [[Image:Presentation_33|860px]] |
| − | | + | [[Image:Presentation_34|860px]] |
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| − | Define design objectives and architectural intentions prior to setting the rules of growth.
| + | [[Image:Presentation_36|860px]] |
| − | Develop a problem statement.
| + | [[Image:Presentation_37|860px]] |
| − |
| + | [[Image:Presentation_38|860px]] |
| − | Make a 12 months configuration based on 2 parameters.
| + | [[Image:Presentation_39|860px]] |
| − | Analyze climate changes (wind and solar radiation data)
| + | [[Image:Presentation_310|860px]] |
| − | for all 12 months of the year to get different variations of the output.
| + | [[Image:Presentation_311|860px]] |
| − | | + | [[Image:Presentation_312|860px]] |
| − | | + | [[Image:Presentation_313|860px]] |
| − | Translate architectural quality objectives into the rules of growth.
| + | [[Image:Presentation_314|860px]] |
| − | Decide how changing parameters will affect growing.
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| − | Decide to what level of detail we want to go (too abstract now).
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| − | Study the behavior of mesh system.
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| − | Think of making conditional loop with maximum volume wanted.
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| − | Maybe instead of growing branches try to find positions of the sprouts.
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| − | The idea of abstracting site geometry (drape) and the character of attractor point in people flow analyzes need better explanation in the presentation.
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| − | Suggestions/Strategies(review1)
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| − | 1.
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| − | -use CFD TUDelft Campus simulations 1-2/month(recordings) RevitVasari
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| − | -assign colours that signify conditions connected to wind-flow
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| − | -analysis in python using nested if statements to check and store points with different conditions
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| − | 2.
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| − | -differentiate accesses + openings + scale of panelization
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| − | -based on sets of points(interchangeable) that create different parts/volumes, got from CFD analysis
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| − | -make any kind of information relevant for own design
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| − | 3.
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| − | Explore quantifyable stuff other than wind
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