Difference between revisions of "Msc1G3:Grasshopper"
From m4h
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Image: 14-12-19-step 8.jpg |Distribute the high "density" areas according to the shadow-diagram | Image: 14-12-19-step 8.jpg |Distribute the high "density" areas according to the shadow-diagram | ||
Image: 14-12-19-step 11.jpg |Map the low and dense areas to an array of 200 points | Image: 14-12-19-step 11.jpg |Map the low and dense areas to an array of 200 points | ||
| − | Image: 14-12-19-step 12.jpg |Transfer Processingdata into Grasshopper | + | Image: 14-12-19-step 12.jpg |Transfer Data to Processing - Watch Video |
| − | Image: 14-12-19-step | + | Image: 14-12-19-step 13.jpg |Transfer Processingdata into Grasshopper |
| − | Image: 14-12-19-step | + | Image: 14-12-19-step 14.jpg |Optimize the spatial distribution with galapagos |
| − | Image: 14-12-19-step | + | Image: 14-12-19-step 15.jpg |Map the program to the pathway |
| − | + | Image: 14-12-19-step 16.jpg |Depth of the landscape dependent on the program | |
Image: 14-12-19-step 17.jpg | | Image: 14-12-19-step 17.jpg | | ||
</gallery> | </gallery> | ||
Revision as of 14:14, 19 December 2014
Screenshots Week 9
Calculating the cut-outs for the existing floor slabs according to wind loads
Boundary surface for the new facade
Shadowing
Assumed pathway through the landscape, projected to boundary surface
Distribute the low "density" areas according to the shadow-diagram
Distribute the high "density" areas according to the shadow-diagram
Map the low and dense areas to an array of 200 points
Transfer Data to Processing - Watch Video
Transfer Processingdata into Grasshopper
Optimize the spatial distribution with galapagos
Map the program to the pathway
Depth of the landscape dependent on the program
Videos Week 9
Screenshots Week 6
Realtimespacialplanning
Realtimespacialplanning
