1. ARCH 20: ARCHITECTURAL GRAPHICS I ANGIE ROSCIOLI, FALL 2015

2. 1. Chair Pipe Edge Surface Trim 2. Bottle Sweep Blend Surface Cap Trim Boolean Difference 3. Mashrabiya Picture Frame Array Spiral Rail Sweep Flow Along Curve Group Materials 4. Pear Revolve Sweep with Two Cross-Sections Control Points/Knots Materials 5. Canoe Loft Fillet Curve Offset Surface Offset Join Shell 6. Ducky Control Points/Knots Sphere Revolve Trim Blend Surface Split 7. House  Extrude Curve  Curve from Edge  Sweep 1 Rail  Control Points  Drape  Cutting Plane  Clipping Plane TABLE OF CONTENTS

3. PROJECT #1: CHAIR PIPE, EDGE SURFACE, TRIM

4.  This chair was my first introduction to 3D modeling. After importing a chair image and tracing the frame, I used pipe to give it volume.  I had trouble cutting a hole in the back of the chair, as the rectangle I used to make the hole was not aligned to the construction plane, and I was confused how I could cut a hole using something not align to the c-plane. PROJECT #1: CHAIR

5. PROJECT #2: BOTTLE SWEEP, BLEND SURFACE, CAP, TRIM, BOOLEAN DIFFERENCE

6. Created a bottle similar to a Hershey’s syrup bottle. The bottle itself it “capped” but no lid was added. PROJECT #2: BOTTLE

7. PROJECT #3: MASHRABIYA PICTURE FRAME, ARRAY, SPIRAL, RAIL SWEEP, FLOW ALONG CURVE, GROUP, MATERIALS

8. PROJECT #3: MASHRABIYA The Mashrabiya project was an extension on Arabic architecture where carved wooden screens are used for privacy and to maximize space in upper floors of homes. For the first portion of the project, I cut various snowflake-style designs from paper. I then imported that image into rhino and traced the outline.

9. PROJECT #3: MASHRABIYA I extruded the tracing in various ways to achieve different designs. For my second iteration, I used array to create a repetitive pattern which incorporated a few different extrusion patterns. For my final product, I went for something completely different. I first made a spiral- like 3D object. Then, I took a fresh copy of the trace, and curved that spiral around the trace, several times.

10. PROJECT #3: MASHRABIYA

11. PROJECT #4: PEAR REVOLVE, SWEEP WITH TWO CROSS-SECTIONS, CONTROL POINTS/KNOTS, MATERIALS

12.  First shot at modifying objects with control points  Also learning to play with various materials and levels of reflectivity PROJECT #4: PEAR

13. PROJECT #5: CANOE LOFT, FILLET, CURVE OFFSET, SURFACE OFFSET, JOIN, SHELL

14.  Created a basic canoe with seats and nice offset edge  The curve which traced the top edge of the canoe had a microscopic hole in it, so I had the unexpected opportunity to learn about close curve PROJECT #5: CANOE

15. PROJECT #6: DUCKY CONTROL POINTS/KNOTS, SPHERE, REVOLVE, TRIM, BLEND SURFACE, SPLIT

16. PROJECT #6: DUCKY Ducky was an introduction to manipulating solids using control points Though starting with two spheres, I ended up with something duck-like in shape

17. PROJECT #7: HOUSE EXTRUDE CURVE, CURVE FROM EDGE, SWEEP 1 RAIL, CONTROL POINTS, DRAPE, CUTTING PLANE, CLIPPING PLANE

18. For my final, I built the Curtain Wall House: a contemporary Japanese living space built in the mid- 90s. The house boasts a minimalist and transparent design which allows the inhabitants control over quantities of natural light, protection against the elements, and whether or not to grant passersby the opportunity to see the home’s interior. PROJECT #7: CURTAIN WALL HOUSE

19. To start, I built only the main floors and supporting columns for the house. PROJECT #7: CURTAIN WALL HOUSE

20. I then added walls for each floor level, using a clipping plane to hide parts I wasn’t actively working on. PROJECT #7: CURTAIN WALL HOUSE