Here you will be asked to post a screenshot as well as an approximately 400 word description of the criteria or parameters that you implemented in your use of this weeks precedent study.
Here is the schedule for the semester, including the student responsible for moderating the discussion:
Performative
8/20- Shanghai Tower- Beorkrem
8/27- Versioning- Steven Danilowicz
9/3- Adaptive Components- Dylan davis
9/10- Material Constraints- Christian Sjoberg
9/17- Programmatic Constraints- Neil Edwards
Generative
9/24- Aesthetic- Trevor Hess
10/1- Biomimicry- Ben Sullivan
10/8- NO CLASS- Fall Break
Interactive Design
10/15- Smart Objects- Lina Lee
10/22- Smart interfaces- Isabel Fee
Data Visualization
10/29- Emotive Expression- Chris Pockette
11/5- Physical Expression-
11/12- Daylighting-
11/19- Final Project begins
11/26
12/3
Welcome to the home for Digital Research 2013
Tuesday, September 24, 2013
Seattle Public Library
With the Seattle Public Library script, we are starting to
get to a point that overlaps with Digital Projects. While, it is interesting to
compare and contrast the two different programs in their use of spreadsheet
integration, in this case Digital Projects may have been a better program to
use. First we read the parameters for each of the building spaces out of a
spreadsheet, and then apply the floor-height and floor-to-floor-height
variables. This gives us a nice line along the origin of these boxes (not off
of the center) from which to deviate. Here it may have been helpful to align
all of the forms around their centers so that we would get a slightly more
realistic final shape, without so much overhang. Then we randomly move all of
the shapes along their XY-planes to create different versions, by changing the
seed of this random number generator we get different variations. Lofting the
edges of the different boxes creates the final form.
If we wanted to make this script a more sophisticated, we
could tweak the amount that each box could deviate from the original axis so that
we could not get some of the impossible overhangs that currently come out of
the script. Another option is to parameterize the lofts so that each variation
lofts automatically and uses a logical system. This would require some advanced
coding, but it would be interesting to see when it could go. In this case the
lofts would all have a particular logic and the building would optimize for
different effects that the lofts can create, such as maximizing atrium space,
minimizing material, etc.
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