![]() Gamestar Mechanic - Gamestar Mechanic brings you into problem solving game development. What If: An Introduction to Conditional Statements The Conditionals: The Basics of “If-Then”Ĭonditionals: More Fun with “If-Then” and Logic OperatorsĬonditionals with Advanced Logic Operators (“and” and “or”) More Simple Arrays-Another Way to Initialize Variables More Simple Arrays and the setAttitudeTarget Function Introduction to Arrays and the setPositionTarget Getting into CS (pdf) - Basic introduction to how C++ works. Getting to Know the ZR IDE (Integrated Development Enivironment) - Where you program. Used with the SPHERES miniature satellites (that are actually up in space!) Zero Robotics Middle School Program - Student and teacher curriculum resources with programming instruction for C++. Python Tutorial | Execute Python Online (Python v2.7.13) Tutorials for over 75 programming languages that give step-by-step examples to try.Ĭoding Ground - Online tutorials for a wide variety of programming languages. You can quickly learn the basics of programming a computer and make your own games. Scratch - Scratch is an easy to use programming language developed at MIT. LEARN ARDUINO 18 GUIDES - Īrduino Cheat Sheet V.02c - Single sheet to help with programming an Arduino.Ĭodebender - Arduino programming in the classroom.ģ-D Printed Arduino Chassis for Drawing Robot. You can learn Arduino in 15 minutes - Good introduction to using an Arduino board.Įli the Computer Guy: Arduino Playlist. Libraries - Libraries allow more capabilities to be added to an Arduino board.Īrduino Glossary - Commonly used words in microcontroller programming. Language Reference - Lists and definitions of commands and operators used in an Arduino 'sketch' (ie. Getting Started with Arduino and Genuino products - Used with Zumo and Tetrix robots. The aim of this site is to inspire and support teachers to go beyond the basics in bringing LEGO-based engineering to all students.ĭesigning for FLL with Lego Mindstorms Hints and Tips - įLL Hydro Dynamics #RobotIn3Days 405 points!ĭoUmind - FLL 2016 Animal Allies (214 or 184) points - Small robot hangs on wall at the end.įLL Animal Allies Robot Game Robomonkeys Run 1 - įll Trash Trek 2015 - 953 points - įLL Trash Trek 180 points in 1 mission! Cool Truck Strategy! - įLL World Class 2014 - 488 Points in 2:30. LEGO MINDSTORMS Education EV3 - Direct link to the EV3 Chromebook App Projects, programming and community link.ĮV3 Programming app for Chromebooks - FAQ Lead-free Hand-soldering – Ending the Nightmares - Tips and tricks for hand soldering using lead-free solder.ģ1313 MINDSTORMS EV3 - EV3 Robotics Kit. Pace Basic Soldering Series - detailed tutorials.īasic Soldering Lesson 1 - "Solder & Flux" - Solder, flux, the 2-second rule,īasic Soldering Lesson 6 - "Component Soldering" - Soldering basic components on a single-sided Printed Circuit Board (PCB).īasic Soldering Lesson 7 - "Integrated Circuits: The DIP-Type Package" - Soldering integrated circuits on a double-sided PCB.īasic Soldering Lesson 8 - "Integrated Circuits" - Soldering TO-5 typeīasic Soldering Lesson 9 - "Integrated Circuits: The Flatpack & Other Planar-mounted Components" - Soldering Surface Mounted Devices (SMDs) with the reflow technique. Skillbuilder: Learn to Solder - Introduction with a focus on soldering wires together. This is where we will mount the light sensor on the robot.Basic Soldering Technique - Brief introduction to component soldering with an English accent. The graph below shows that at one beam hole the difference is the greatest. We made a jig to slide the light sensor up one Lego beam hole at a time and measured the reflected light from the white surface of the mat and a black line on the mat. Since we have a new EV3 set, we wanted to see at what height off the mat the light sensor gave us the greatest difference between black and white lines on the table. Graph of average time to rotate 10k degrees and data spread (3 standard error) From the graph below we matched up motors 1 and 2 for one robot and 3 and 4 for the other. We pick the motors that are closet together.We plot the average and spread on a graph.We replicate this three times for each motor to get a sense of the variation within motors and between motors.Run the motors at 100% power for 10,000 degrees and measure the time to do so.We made a jig to hold the motors and put a load on the motors. ![]() Please use this program to match your motors. If the motors are mismatched, the robot tends to veer to the left or right. Each year we attempt to put the best two motors on our robot to help us go straight.
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