(Cover Sheet)

Final Portfol ioGraphics I I : Winter 2010

Tara Kunst30/03/2010

1.1 Animate Imaging14/01/2010

Packing/Nesting

5. pseudo code

-prep: hypothetically divide the outer boundary into 2 equal sections on the shorter sides and 3 equal sections on the longer sides. hypothetically divide the central object into 4 vertical sections or surfaces beginning from the bottom. -level 1: create CV curves originating from each corner of the outermost edge of the central surface to corners of the section of the boundary edge which is closest. loft between the two sets of lines to create a surface. repeat for each surface on the level. -level 2: create CV curves originating from each of the corners of the closest section of the boundary to a single corner of the selected surface. loft between the two lines to create a surface. repeat for every second surface on level 2. alternate between the left and right corners of the surface.-level 3: staring from a surface not engaged in level 2, create CV curves originating from corners of the outermost edge of the selected surface to the nearest single corner of the boundary. loft between the two lines to create a surface. repeat for every second surface on level 3.-level 4: create CV curves originating from each corner of the outermost edge of the selected surface to the each corner of the nearest section of the boundary. loft between the two lines to create a surface. repeat for each surface on the fourth level. -base: in the gaps between the lofted surfaces of levels 1 and 2, loft between the outside edges of these surfaces in order to create an uninterrupted base surface. loft between the edges which are closest to one another. -base2: divide the connecting lofted surfaces to create primitive triangle shapes. create CV curves between corners and edges of the surface in order to break the surface into multiple triangles. delete the original lofted surface and loft between the various cutting lines in order to create smaller, triangu-lar lofted surfaces.

4. phylogram of geometric outputs

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1. Primitive Triangle 2. Simple Shape 3. Complex Shape

1.1.

1. procedure by which the program is initiated

expansion

contraction

packing

nesting

object layer: 1process: expansionorigin: edgedestination: edgematerial: solid

object layer: 2process: contraction

origin: edgedestination: corner

material: solid

object layer: 3process: expansionorigin: edgedestination: cornermaterial: transparent

object layer: 4process: contraction

origin: edgedestination: edge

material: transparent

1.2 Dissecting Animate Construct ions21/01/2010

3. means of control

beginning end

1.3 Assembling Parametric Equivalents01/02/2010

1.4 Transformation Through Making24/02/2010

2.1 Imaging Assemblies I01/03/2010

Assignment #/TitleDate: (Mo/Day/2010)

2.2 Imaging Assemblies I I08/03/2010

Assignment #/TitleDate: (Mo/Day/2010)

2.3 Imaging Assemblies I I I24/03/2010

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Sur face Or ig in

Genera t ing Po in ts I

Genera t ing Po in ts I I

Genera t ing Vorono i Groups

Genera t ing the La t t ice

St ruc tura l In f i l l Dep loyment

In f i l l A r t icu la t ion

Photo Compos i te