Theta Quadrant Animated Deep 3D Holographic LED Display Ben Boldt April 27, 2009.

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Presentation transcript:

Theta Quadrant Animated Deep 3D Holographic LED Display Ben Boldt April 27, 2009

Theta Quadrant Ben Boldt 2 The Illusion Theta Quadrant is an extension of the floating clock idea from 2D into 3D. The Illusion: “Persistence of vision”

Theta Quadrant Ben Boldt 3 Sketch

Theta Quadrant Ben Boldt 4 Comparison Floating Clock 2-dimensional + time 8 LED line segment 8x64 resolution 512 2D pixels Refresh Rate Multiplexing:(n/a) New Data:640 Hz Rotation:10 Hz Theta Quadrant 3-dimensional + time 1024 LED Plane 32x32x180 resolution 184,320 3D pixels Refresh Rate Multiplexing:15 kHz New Data:1.3 kHz Rotation:7.1 Hz

Theta Quadrant Ben Boldt 5 The Name “Theta Quadrant” Cylindrical / Rectangular conversion Theta refers to the cylindrical system (r, , z) Quadrant refers to the rectangular system Also a slight reference to Star Trek.

Theta Quadrant Ben Boldt 6 LED Display: Rows

Theta Quadrant Ben Boldt 7 LED Display: Rows

Theta Quadrant Ben Boldt 8 LED Display: Columns

Theta Quadrant Ben Boldt 9 LED Display: Columns

Theta Quadrant Ben Boldt 10 Aluminum Disc

Theta Quadrant Ben Boldt 11 Display Mounted in Lexan

Theta Quadrant Ben Boldt 12 Transistor Banks

Theta Quadrant Ben Boldt 13 Electrical Contacts

Theta Quadrant Ben Boldt 14 Photo Interrupter

Theta Quadrant Ben Boldt 15 Schmitt Trigger

Theta Quadrant Ben Boldt 16 Testing the Display

Theta Quadrant Ben Boldt 17 Testing the Angle Sensor

Theta Quadrant Ben Boldt 18 Belt Drive

Theta Quadrant Ben Boldt 19 Animated 3D Demonstration Buckle up!

Theta Quadrant Ben Boldt 20 Mathematics Define the display as a plane using the normal vector and point (0,0,0) Define the line as parametric equations in terms of the start and end points Set the line and plane equal to each other and solve in Mathematica to get equations for r and z in terms of  and the endpoints

Theta Quadrant Ben Boldt 21 Equations

Theta Quadrant Ben Boldt 22 Condensed Software Flowchart

Theta Quadrant Ben Boldt 23 Limitations Physical Danger Computation Versus RPM Brightness

Theta Quadrant Ben Boldt 24 Future Development This apparatus could be used as a platform for another senior design project! More robust animation Bitmap textures and fill Memory management techniques to dynamically store redundant calculations Anti-aliasing and rounding Replace NPN transistor bank

Theta Quadrant Ben Boldt 25 Rounding Errors No Rounding Proper Rounding

Theta Quadrant Ben Boldt 26 Almost Parallel to Display Gaps Gaps Filled In

Theta Quadrant Ben Boldt 27 Parallel to Display Top ViewSide View (LED Panel)

Theta Quadrant Ben Boldt 28 Parallel to Display Vertical Line IntersectionDiagonal Line Intersection

Theta Quadrant Ben Boldt 29 Parallel to Display Small SlopeLarge Slope

Theta Quadrant Ben Boldt 30 Hurdles Along the Way Getting power onto the moving disc Having to finish the project myself Cutting a circle out of plexiglass Visualizing the 3D geometry Motorized belt drive

Theta Quadrant Ben Boldt 31 Recap Animated 3D holographic LED display Very cool that it works Possibility of being used for another senior design project

Theta Quadrant Ben Boldt 32 Acknowledgements A special thanks to my project advisor: Dr. Chris Carroll ECE 1315, 2325 MATH 1297, 3280

Theta Quadrant Ben Boldt 33 This was a Fun Project! Thanks for coming. Please ask questions! Theta Quadrant