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RENDERS + POST
RENDERS + POST
THE LEGEND OF VOLTRON
For this assignment, each student was assigned a secret piece that he/she is asked to fabricate using contours and lasercutting. The pieces, when put together, generated a meaningful whole that the students did not know what it was until every piece eventually came together. The time-lapse video below shows the process of putting together the pieces in class.
The assignment sheet can be found here.
The timelapse video is created by Sadra Tehrani.
Music: The Klaymen's Theme by Terry Scott Taylor
WEEK #10
This week, we will be learning parametric modeling using Grasshopper in Rhino.
Below you'll find some helpful links and tutorials.
Learning Grasshopper
LINKEDIN LEARNING-
Download exercise files: LINK
Introduction:
What You Should Know? (57s)
Using the Exercise Files (59s)
What is Grasshopper? (1m 14s)
Algorithms:
What is an Algorithm? (1m 30s)
What is Data? (2m 19s)
Working in Grasshopper:
Checking out Grasshopper Interface (10m 31s)
Working with Parameters and Components (6m 48s)
Setting input data (6m 53s)
Dealing with warnings and errors (2m 29s)
Looking at Display modes (11m 37s)
Using the Remote Control panel (4m 58s)
Saving and Baking Grasshopper files (3m 37s)
Math and Logic Functions:
Using data matching (6m 17s)
Looking at scalar components (6m 22s)
Understanding sequences (8m 45s)
Introduction to vectors (1m 39s)
Checking out vector attributes (9m 18s)
Working with attractor points (7m 44s)
Curves and Surfaces:
Checking out curve basics (6m 5s)
Analyzing curve data (5m 23s)
Checking out surface basics (6m 8s)
Analyzing surface data (6m 26s)
Exploring diagonal grid structures (6m 6s)
Working with surface spheres (6m 43s)
Transformations:
Checking out transformation basics (10m 54s)
Algorithmic transformations (5m 2s)
Image sampling (6m 5s)
Using morphing in grasshopper (3m 34s)
Looking at paneling (10m 25s)
Data Tree:
Checking out list basics (3m 22s)
Manipulating list data with filters (8m 15s)
Checking out data tree basics (7m 42s)
Data tree components (7m 45s)
Conclusion: Next Steps (35s)
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