http://dap.cooper.edu/ 2026-04-29T11:12:27-04:00 http://dap.cooper.edu/ http://dap.cooper.edu/lib/images/favicon.ico text/html 2013-05-11T21:24:04-04:00 http://dap.cooper.edu/doku.php?id=start:classes:principlesofdesign:frank_longueira:braille_assignment&rev=1368321844&do=diff Summary: This circuit takes input via dipswitch and converts it to outputs shown by 4-oriented LEDs. The outputs for the LEDs for each type of input correspond to the assignment photo. This combinational circuit includes standard boolean logic gates, such as AND and OR gates. text/html 2013-05-11T21:20:31-04:00 http://dap.cooper.edu/doku.php?id=start:classes:principlesofdesign:frank_longueira:dld&rev=1368321631&do=diff Braille Assignment (click to see more): Array Traffic Light Intersection Project (click to see more): Array Roulette Final Project (click to see more): Array text/html 2013-02-04T17:37:06-04:00 http://dap.cooper.edu/doku.php?id=start:classes:principlesofdesign:frank_longueira:eid101&rev=1360017426&do=diff EID101 - Assistive Devices Quick Summary ---------- This class involved working in groups on projects to help improve a wheelchair user's experience. My group consisted of myself, Anthony Traina, Daniel Fagan, and Alexander Serrano. We worked on creating a motorized desk that was easily accessible to a wheelchair user. Through the use of two motors to achieve motion in two planes, welding of metal materials, and electronics to move the desk by button command, we had a final product that lar… text/html 2013-02-04T18:32:12-04:00 http://dap.cooper.edu/doku.php?id=start:classes:principlesofdesign:frank_longueira:python&rev=1360020732&do=diff Python Programming ---------- I have some experience programming in Python. Here are a few examples of some code I wrote for class/leisure: 1) “The Dice Game” - This is a simple game of rolling dice. The player is looking to get a sum of over 7 between two rolls of a die. The code implements a random integer generator and time delays to keep the game unpredictable and at a smooth pace. Here is the code for the game: text/html 2013-05-11T20:40:11-04:00 http://dap.cooper.edu/doku.php?id=start:classes:principlesofdesign:frank_longueira:rhino&rev=1368319211&do=diff Here is the circuit schematic I created for my Braille Project (Digital Logic Design): Here is the circuit schematic I created for my Traffic Light Project (Digital Logic Design): text/html 2013-05-11T21:19:39-04:00 http://dap.cooper.edu/doku.php?id=start:classes:principlesofdesign:frank_longueira:roulette_final_project&rev=1368321579&do=diff Summary: My final project for Digital Logic Design is electronic Roulette; adding to the growing Cooper digital casino. It includes a pseudo-randomized switch based Roulette wheel and betting interface. The wheel is modeled after the American Roulette wheel, which includes both 0 and 00. 38 LEDs form the wheel, corresponding to the numbers, 1-36, 0, and 00. A capacitor-based switch connected to a 555 timer allows for the spinning of the wheel and landing on a random number. Our project includes… text/html 2013-03-09T00:41:31-04:00 http://dap.cooper.edu/doku.php?id=start:classes:principlesofdesign:frank_longueira:solidworks&rev=1362807691&do=diff SolidWorks ---------- This is a picture of a Mr. Potato Head toy that I replicated in SolidWorks: [Mr. Potato Head] Partial Camaro Surface Modeling: text/html 2013-05-11T21:25:59-04:00 http://dap.cooper.edu/doku.php?id=start:classes:principlesofdesign:frank_longueira:traffic_light_project&rev=1368321959&do=diff Summary: With the use of a 555 Timer, counter, JK-flip flops and logic gates, a traffic light intersection was created based on assigned values for the times in which each corresponding light should be on. Here is a picture of my fully functional project that replicates a traffic light intersection: