Arch 20: Architectural Graphics I (Rhino Sequence) City College of San Francisco By Chima Chidi Instructors: Huang/Lum
Table of contents Pear exercise Chair exercise Array exercise Midterm assignment: Pattern exercise Bottle exercise Control points exercise
Precision modelling exercise Surface modelling exercise Spiral and Helix exercise Flow surface exercise Solid modeling exercise Surface modeling exercise 2 Clipping plane exercise Prepping a model for prototyping exercise Turtleboy exercise
Final assignment: Fruitmorphology project
Pear Exercise
Tools used
Challenges
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• •
Control Points Extract Isocurve Copy Rotate Curve From Cross-Section Profiles Curve Network Split Join Gumball Rendering Picture frame
Getting the pear to split Getting the "curve from cross-section profile” command to work correctly
Images top to bottom: Rendered perspective shot, Right elevation (artistic render), Top elevation (wireframe render)
Chair Exercise Commands used
Challenges
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Polyline Picture Frame Mirror Osnap Fillet Curve Pipe C-plane to 3-points Surface From Planar Curves Copy Gumball Rendering
Getting the pipe command to pipe the exact form of the chair
Images top to bottom: Rendered right elevation, Perspective shot (artistic render), Rendered perspective shot
Array Exercise
Commands used
Challenges
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Array Picture Frame Curve Boolean Extrude Curve Grouping Polar Array Rectangular Array Gumball Rendering
None noted
Images Clockwise: Rendered top elevation, Rendered right elevation, Front elevation (artistic render), Rendered perspective shot
Midterm Assignment: Pattern exercise
Images Clockwise: Perspective shot (artistic render), Pattern Inspiration (“A band apart� by Sarah Morris), Tracing of textile, Perspective shot (artistic render), Rendered front elevation
Midterm Assignment: Pattern exercise
Images Clockwise: Perspective shot (artistic render), Pattern Inspiration (“Fiddle� by Maharam Textiles), Tracing of textile, Rendered perspective shot, Right elevation (artistic render)
Midterm Assignment: Pattern exercise Commands used on first pattern
Commands used on second pattern
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• • • • • • • • •
Picture Frame Copy Loft Polyline Osnap Group Gumball Rendering
Picture Frame Copy Loft Polyline Osnap Torus Group Gumball Rendering
Challenges with first pattern
Challenges with second pattern
•
•
None noted
None noted
Bottle exercise
Commands used
• • • • • • • •
Challenges
Planar • Sweep 2 rails Blend Surface Offset Extract Isocurve Pipe Extrude Curve (Tapered) Gumball Rendering
Using the Extrude Curve (Tapered) command to create the lid
Images top to bottom: Rendered top elevation, Right elevation (Shaded render), Rendered perspective shot
Control Point Exercise
Images Clockwise: Rendered Front elevation, Top elevation (X-ray render), Right elevation (X-ray render), Rendered perspective shot
Commands used:
Challenges
• • •
•
Rebuild Loft Rendering
None noted
Precision Modelling Exercise
Commands used
Challenges
• • • • • • •
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Polyline Mirror Offset Nudge Join Gumball Rendering
None noted
Images top to bottom: Rendered Perspective shot, Perspective shot (shaded render)
Surface Modeling Exercise
Commands used
Challenges
• • • • • • • •
•
Corner to Corner (Vertical) 3 points Corner Points Control Point Curve Planar Curve Edge Curve Gumball Rendering
None noted
Images top to bottom: Front elevation (artistic render), Rendered perspective shot, Top elevation (pen render)
Spiral & Helix Exercise
Commands used
Challenges
• • • • •
•
Spiral Ribbon Helix Gumball Rendering
None noted
Images top to bottom: Top elevation (pen render), Rendered perspective shot, Right elevation (artistic render)
Flow Surface Exercise
Commands used
Challenges
• • •
•
Flow Along Surface Gumball Rendering
Getting the Rhino logo to flow along the surface
Images top to bottom: Rendered perspective shot, Right elevation (shaded render), Front elevation (pen render)
Solid Modeling Exercise
Commands used
Challenges
• • • • •
•
Sphere Rebuild SetPt Scale 1D Insert Knot
Using control points to sculpt the tail and beak from spheres
Images top to bottom: Perspective shot (shaded render), Rendered perspective shot, Top elevation (shaded render)
Surface Modeling Exercise 2 Commands used
•
Mirror • Loft • Join • Rectangle • Extrude Surface • Trim • Duplicate Edge • Offset • Fillet Curve
Challenges •
None noted
Images top to bottom: Rendered perspective shot, Rendered top elevation, Front elevation (technical render), Rendered perspective shot
Clipping Plane Exercise
Commands used
Challenges
•
•
Clipping plane
None noted
Image: Layout made in Rhino
Prepping A Model For Prototyping Exercise
Commands used
Challenges
• • • •
•
Analyze -> Mass Properties -> Volumes Analyze -> Edge Tools -> Show Edges -> Naked Edges Loft Analyze -> Edge Tools -> Join 2 Naked Edges
None noted
Images top to bottom: Rendered perspective shot, Right elevation (artistic render), Top elevation (pen render)
Turtleboy Exercise
Commands used • • • • • •
Images Clockwise: Rendered perspective shot, Perspective shot (Wireframe render), Rendered right elevation, Front elevation (pen render)
Challenges
Surface Network • Offset Piping Rendering • Picture frame Free-form curve polyline •
Piping the arms and legs to look like the original picture Splitting the head to create the helmet Offsetting the mouth inwards to create mouth opening
Final Assignment: Fruit Morphology Project
The final assignment of Arch 20 saw us select a fruit/vegetable of our choice and explore its spatial qualities through hand-drawings and sections and elevations made in Rhino.
Images Clockwise: Bell pepper section sketch, Bell pepper section sketch, Bell pepper section sketch
Final Assignment: Fruit Morphology Project Iteration 1 Tools used • • • • • • • • • • • •
Challenges
Control Points • None noted Extract Isocurve Copy Rotate Curve From Cross-Section Profiles Curve Network Split Join Gumball Rendering Picture frame Clipping Plane
Images Clockwise: Rendered perspective shot, Rendered right elevation, Rendered top elevation, Perspective section (pen render)
Final Assignment: Fruit Morphology Project Iteration 2
Images Clockwise: Rendered right elevation, Perspective section (pen render), Rendered top elevation, Rendered Perspective shot
Tools used
Challenges
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•
Copy Rotate Split Join Gumball Rendering Clipping Plane Torus Cap Planar Holes
None noted
Final Assignment: Fruit Morphology Project Iteration 3 Tools used
Challenges
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Control Points Copy Rotate Join Gumball Rendering Clipping Plane Pipe Twist Bend
None noted
Images Clockwise: Rendered right elevation, Perspective section (pen render), Rendered Perspective shot, Rendered Perspective shot
Final Assignment: Fruit Morphology Project Iteration 4
Images Clockwise: Rendered top elevation, Perspective section (pen render), Rendered front elevation, Rendered right elevation
Tools used
Challenges
• • • • • • • •
•
Control Points Copy Rotate Join Gumball Rendering Clipping Plane Pipe
None noted
Student Learning Outcomes Course: Arch 20 Architectural Graphics I Student Name: Chima Chidi Semester: Spring 2015 Assessment Selection, Spring 2015: SLO A: Create accurate drawings that communicate simple architectural design intentions Assessment Methodology- Learning Portfolio. Students submit a
portfolio of all process and work, including their assessments of their work and reflections that reflect their level of understanding of graphic representations
Apply graphic conventions and standards appropriately
I believe I applied graphic conventions and standards appropriately. This is evident in the way that I laid out the my portfolio.
Relate each drawing within a set to each other to fully describe significant aspects of a design from the general to the specific
I believe this was achieved by incorporating detailed information about each drawing below it.
Demonstrate a correspondence between the design intentions to be communicated and the graphic representations produced to communicate them
I believe this was achieved by the relationship of text to drawings in my portfolio slides.
Produce drawing that are readable and meaningful to others
I believe I incorporated understandable and telling drawings.