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/CEE 120C/220C Parametric Design & Optimization | Spring 2026
CEE 120C/220C Parametric Design & Optimization | Spring 2026
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CEE 120C/220C - For the Teaching Team Use Only
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All Design Journal Entries | Spring 2026
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2026 Design Journal Entries | Spring 2026
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Richard Lazarowich - Module 2

Richard Lazarowich - Module 2

Journal Entry For
Module 2 - Laws of Attraction
ACC Folder Link
https://acc.autodesk.com/build/files/projects/ef862b37-e023-4ef6-8ec3-3615621538bf?folderUrn=urn%3Aadsk.wipprod%3Afs.folder%3Aco.gu6nW3_ERmWZunT27G_lJg&viewModel=detail&moduleId=folders
Link to Student
Lazarowich, Richard John
Files & media

The Dynamo model in Revit for this module generates a parametric grid of cuboids whose heights are controlled by their distance to a central attractor point. This distance is transformed using a sine function to create a continuous wave pattern across the grid. The cuboids are then translated upward by half their height so that all elements share a consistent base elevation. The current settings produce a single sinusoidal cycle for clarity in the displayed output, but the parameters can be adjusted to create more or less frequent rippling effects.

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