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dm2


project 01

03

project 02

09

project 03

13

project 04

19


03

project 01

This exercise utilizes the placement of variously sized boxes to demonstrate the use of points in space to create space and communicate an formal concept, such as axial density.

40’

1’

30’

1’

20’

2’

10’ 4’ 6’ 6’

Step 01 | Density A grid was created based on the dimensions of the shapes. Shapes are placed to create density at the focal point.


04

points

Step 02.1 | Rotation of Axis 1’x40’ and 1’x30’ shapes are rotated at a 15° angle.

Step 02.2 | Trim New shapes are created from the overlaps of existing geometries to enforce the aspect of the central density


05

axonometric section


06

plan

section | elevation

0’

5’

15’

30’


07


08


09

project 02

Curves were created in space and utilized in the digital recreation of a folded physical surface. It was then edited to add two extra folds to further the composition of the digital model.

Physical Model Aerial

Physical Model Perspective


10

curves

Grid with Guide Curves

Curve Manipulation on X-Grid

Curve Manipulation on Y-Grid

Grid + Render with Composite Curves |

Perspective Render | 1

|

|

|

Aerial Render | 1


11

Fold Additions

Topography Lines on Z-Axis

Manipulation on Y-Grid

Contour Lines on Z-Axis

Manipulation on X-Grid

Manipulation on Z-Axis


12

Final Aerial Render

Final Perspective Render


13

project 03

An octahedron was made and transformed to create a cuboctahedron. Exploration of this form began with a study of its unrolling. These explorations later developed into the grouping and building up of a singular, rotational cluster. A cuboctahedron mini-cluster was also subtracted from a cube and a larger cuboctahedron. In later studies, the form was applied to solid and perforated patterns as well as a larger fractal pattern. In the final study of this form, the cuboctahedron was removed or added to a single box, shape by shape, to create a new composition.

cuboctahedron creation


14

solids

cuboctahedron unfolding

cuboctahedron folding


15

mini module cluster

cluster plan


16

cluster axonometric


17

cube subtraction

solid pattern

perforated pattern

hybrid pattern

dodecahedron subtraction


18

block subtraction perspective


19

project 04

A team was created to aid in the fabrication of an updated version of the box subtraction exercise. The softwares, Pepakura and Rhino Nest, were utilized in the fabrication process to bring ease to the formation of tabs and creation of efficient laser cutter file layouts.

conceptual axon


20

fabrication

unrolled subtraction


21


22

rendered perspective


taleigh stingley www.issuu.com/taleigh.stingley/ taleigh.stingley@ttu.edu f2012 | instructor: sven nevlidia | sec 093


dm2 portfolio