Gen_Anim

SCI-Arc

Visual Studies

Professor: Ivan Bernal

ivan_bernal@sciarc.edu

TA: William Virgil

Since digital tools became a main driver in architecture in the early 1990’s , Surface shaders have evolve with computational power and versatility. Beginning with simple opaque shaders such as lamberts to architecturally correct material, to custom face coding and mapping. We have witness a direct connection between computational advancement to surface shader complexity. Designers have now the capacity to engage and emphasize their surface shader intentions with as much complexity as they can imagine, turning it into a very crucial tool in the architect's design repertoire . This class will look into the possibilities that animation techniques can play in the relationship between shape and texture. Adding mutation to mass and texture we will investigate the dynamic and unexpected results generated by the constant change of the two parts.

The goal of this class is to explore the relationship between shape and the texture mapped onto it, trying to avoid the highly realistic material driven form of representation, this class explores the unconventional qualities that arises from mapping animated textures onto animated masses as a generative design tool, with the goal to produce unexpected coherences between mass and shader.

This class introduces modeling, texturing and animation techniques to take students in a rapid production of textures and masses . Using advanced modeling tools, students will produce a series of primitive shapes which will respond to the criteria established in class. These qualities can be defines as : heavy, weak, stable, or unstable, broken or whole, solid or liquid, rigid or soft. Parallel to this exercise, students will produce a series of layered textures to complement the characteristics or qualities their masses display. Textures will be composed of two diffuse layers, an alpha layer and a bump layer. The textures would be define as rough , smooth, glossy, hairy, coarse, porous, etc.

Polina Alexeeva

Huijin Zheng_Final Delivery

Vee_FINAL

Mun Yi Cheng

Hongyang Lin Final

Rabah Alabdulqader

junzhe_liu_final