Assignment #4

Section Perspective
I scaled the tree down a bit and darkened the section color

Assignment #4

Immersive Perspective

Section Perspective

Entourage

Section Perspective

I finally figured it out...



For some reason sketch up would not let me export my file as a DWG so i was unable to put it into illustrator. Until i figure out how to fix it, here is the section that i would have rendered

Assignment #3

The aim of this exercise was to develop one of our previous schemes to create a "continuity of space." We were required to give each of the cubes six inch thick walls and 12 inch thick floors, and were then allowed to extend those floors and walls the length of the cube (though we were restricted to two "moves" or extentions per cube).
Eye-Level Perspective

Isometric

Plan

Longitudinal Elevation

Two-Point Perspective

Immersive View

Assignment #2

The object of this assignment was to create three schemes; one centralized, one decentralized, and the final one a combination of the two former schemes (a hybrid), with a specific kit of parts. My first try (the decentralized scheme) focused mainly on the boxes themslves (the solids) rather than the space created by them (the void). This wasn't a problem because the solids, and thus the voids, were arranged to create a homogenous composition (one with no particular focus). In the following schemes however, I had to focus much more on the void to get the desired effect.

Hybrid

Isometric

Plan

Longitudinal Elevation

Eye-Level Perspective

Immersive View

Immersive View 2

Centralized

Isometric

Plan

Longitudinal Elevation

Eye-Level Perspective

Immersive View

Immersive View 2

Decentralized

Isometric

Plan

Longitudinal Elevation

Immersive View

Eye-Level Perspective

Immersive View 2

Subtractive Approach

Isometric: This view gives a good sense of where the voids are within the cube in relation to each other. The focus is primarily on the vertical void with one end of the horizontal void in the background

2nd Isometric: A better view of the horizontal void

Perspective Elevation: You can clearly see the vertical void, as well as the secondary smaller horizontal void which runs through both the vertical and principle horizontal voids

Perspective Elevation: Looking at the opposite side the horizontal voids dominate

Immersive Perspective: Standing inside the main horizontal void

Immersive Perspective: Standing at the bottom of the vertical void looking up

Additive Approach

In this exercise I tried to create circular and spiraling voids using square and rectangular blocks.
Isometric: The vertical void is hard to make out at first from this perspective, but it's in the forground with one of the openings to the horizontal void to it's right

Perspective Elevation: This view clearly shows the horizontal void

Perspective Elevation, Top View: Looking down through the vertical void

Immersive Perspective: Inside the horizontal void looking out

Immersive Perspective: At the top of the vertical void looking down

Additive Iso

Additive Iso (Progress Model)