## Monday, November 8, 2010

### Fractal practice No.1

The following renders were small Apophysis practice/experiments, the unsuccessful attempt to recreate architectural-like shapes. Instead of achieving the spatial form, the stop motion was developed by increasing the number of iterations per step of transformations.

Would make a great wallpaper. Use and Enjoy.

## Saturday, June 5, 2010

### Affine Transformations modeling + Fabrication

After almost one year, this blog is going back to life again! This post is dedicated to University project I've been working a while - Generic Explorations 05. It's based on AFFINE transformations, Cellular Automata [CA] and other mathematical and generic principles applied on interior arhitecture.

For this experiment I've used Grasshopper definition for Affine Transformations to generate the variable curve sections, and create Armchair surface.

Parameters used for generating object are related to translations and rotation along the Y-axis, with scale factor [0.3] and number of iterations/generations [4].

The whole modeling and fabrication process has been made in Grasshopper.

More informations will be able very soon along with the matching definitions.

For any further questions about this generative process please be free to leave a comment.

For this experiment I've used Grasshopper definition for Affine Transformations to generate the variable curve sections, and create Armchair surface.

Parameters used for generating object are related to translations and rotation along the Y-axis, with scale factor [0.3] and number of iterations/generations [4].

The whole modeling and fabrication process has been made in Grasshopper.

More informations will be able very soon along with the matching definitions.

For any further questions about this generative process please be free to leave a comment.

## Thursday, June 18, 2009

### Welcome note.

*I proudly present you the PARAM[metric] - place where you can get updated with my work on parametric design, explicit and algorithmic modeling, applied on architecture.*

Nevena M. Urošević, the author

Nevena M. Urošević, the author

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