AlanaKrystalFantauzziPortfolioDecember2022
table of contents
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Pavillion Desciption, plan, and section Diagrams Physical model Digital 3D rendition Cube Study Description, axon drawing unrolled drawing, physical model Candle Description, candle study Animation layers
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Desciption, 2D rule set 2D rhino renditions Physical models Digital 3D rendition
Shape extrution
table of contents
Pavillion
Pavillion design is inspired by Barbra Hemsworths sculptures. The pavillion is made up of ramps that are all guided by the aperatures found in Hemsworths scultpures. Each ramp lands where the aperature is on eye level. The whole pavillion is an outdoor sculpture park experience that allows the sculptures to interact with the temperature and add to the organic, natural feeling Hemsworth wanted to evoke in her sculptures. The water adds to the organic background of the sculptures and for reflection.
Section of pavillion
Plan of pavillion
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Sculptures used in the pavillion, all containing aperatures
Figure/ground path of movement
Diagram of eye level relationship with sculpture aperatures
Diagram of waters reflection affecting the sculptures
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Physical model of pavillion
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4
Rendered pavillion design in Rhino
cube study
Cube study focused on creating a continious rule set on a 3x3in grid within a 6x6 inch square. The rule set here being up or down 1 right ot left 2. The whole point of the project was to analyze diffrent ways in which we can create rules that create a continious line. My cube focused on having a cube that has more of a closed surface and small sections in which you can see the interior.
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Unrolled surface of cube
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Candle
The projects goal was to animate an inanimate object. I began by taking the scale of a pumpkin shapped candle. The first layer of the animation is an initial position (1), second layer is the trajectory and movement of the candle lid (2), third layer is the drawing of the lid, and finally all the layers placed on top of eachother (5). The project helped understand scale and movement.
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First layer: initial positionSecond layer: trajectory and scaleThird layer: final position
Final composition
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Shape Extrution
The project began with creating a 2D shape pattern consisting of either tangencies, intercetions or alignments which we then extruded on rhino and were able to alter the set of rules. We then created the rhino extrutions into a physical 3D model. Lastly we created a rhino 3D rendition were we once again could alter the rules of the geometry we originally had.
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2D pattern composition
2D rhino compositions: shape extrutions
Scale
1
Scale
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2" COMBINING TANGENT RINGS .51.5 Scale 1:1 Alana Fantauzzi 0 Alana Fantauzzi 01.5 Scale 1:1 .5 Intercecting cones CONTIGUITY WITH TANGENCIES 2" .51.5
1:1 Alana Fantauzzi
0.5
1:1 1.52" PYRAMID SCHEME Alana Fantauzzi
Physical models of shape extructions
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Rhino 3D models: rule set change
Final 12