2D Bugs Bunny

thingiverse

This is a 3D-2D model of Bugs Bunny, a beloved character from the American animated series Looney Tunes. It perfectly fits on a compact 10 cm by 10cm square space. The model features four distinct layers that work in harmony to bring Bugs Bunny's iconic look to life. The first layer is reserved for the extruded cuts that create his recognizable ears and mouth. The second layer comprises the body, minus the nose, hands, feet, eyes, chest, and teeth. The next level up houses the hands, feet, and chest, all of which are meticulously detailed with several extrude cuts to capture Bugs' finger and toe anatomy. Meanwhile, the eyes boast two separate layers: one for the eyeball itself and another for the pupils. Perched atop this intricate structure is the nose, situated directly above the tooth that protrudes into the mouth. The model draws inspiration from a specific picture, which serves as its foundation. Lesson Plan and Activity Objective: Design a 2D placard using Solidworks in partnership with a classmate. Problem Statement: With your partner, create an identical "2D" placard design within Solidworks. Each pair will have the same constraints to work with, and you'll both use Solidworks to bring your designs to life. Constraints: 1. The back of the placard should be flat, with all details appearing on the front side. 2. When lying flat, the placard must fit snugly inside a 10 cm x 10 cm box. 3. The maximum thickness allowed is 1 cm. 4. Incorporate as much detail as possible into your design. 5. Utilize sketches that are extruded to varying heights to create intricate details. 6. Avoid any error messages. 7. Refrain from extruding contours; instead, each feature should have its own distinct sketch. 8. Ensure the part is centered around the origin point. 9. Demonstrate efficient use of construction lines. 10. Show expertise in using automatic and manual relations. 11. Showcase proficiency with Smart Dimensions. 12. Employ mirroring to achieve symmetry. 13. Utilize linear or circular patterns for added complexity.