Which way does the robot have to turn to get to the charger?

Slides:

Advertisements

Similar presentations

Love Lifted Me Click here to play The slides advance automatically with the words.

Advertisements

Robots Leslie B.. What is a robot? A robot is a machine that is capable of doing many kinds of actions.

Wait, sound sensor >70, Port 2 Flowchart – Heartbeat 1 Start Motor A, Move Backward, 1/3 Rotation, Power 20 Wait, 1 Second Sound Sensor (Port 2) Less than.

Drive Controls High Gear (?) Low Gear (?) Forward Reverse Left Right Used Button Camera Climbing Position Camera Shooting Position.

Robot Programming. Programming Behaviors Behaviors describe the actions and decisions of your robot.

Engineering H193 - Team Project Spring Quarter 2005 Gateway Engineering Education Coalition P. 1 Guidelines for Flow Charts and Pseudocode (Performance.

Right Face Introductory Presentation. Opening Activity How can you use this to make a right turn program? This is your program from Full Speed Ahead to.

EDGE AVOIDER ROBOT USING I-BOT mini V3. EDGE AVOIDER USING I-BOT mini V3 Edge Avoider Robot is built using the IR based Line Detecting Module. The modules.

Number Line Addition and Subtraction 2.2 and 5.1 Remember to silence your cell phone and put it in your bag.

Name: Date: How to Find the Number You Are Skip Counting By 1) Find 2 numbers next to each other. 2) Find the smaller number on the number grid. 3) Hop.

Getting Started! Lego Mindstorms Program NXT 2.0.

Twyla and Jordan.  Light over black line  Runs roverbot.

Robotics Challenges. Challenge Slide 2 Have your robot make a left curved turn around your Lego person. Go forward, then reverse. Come to a stop, play.

Lego MindStorm An Introduction to Blocks. Blocks Blocks are used to give instructions to your robot. There are many types of blocks You can use the blocks.

PROMGRAMING YOUR ROBOT How Servos Work: How to control your robot.

VEX Drive Trains.

Rescue Robot Day 2 Exploring Computer Science Lesson 6-11.

Tutorials NXT-G / EV3 Programming. Tutorials NXT-GEV3.

40 Minutes Left.

My first robot programming - Simple “Go” Young Joon Kim MSRDS First Beginner Course – STEP4.

Stage 6: Bee: Functions What do you remember from the last class? What did you like the best? Any questions?

Learning the Basics How to make all different kinds of knots.

Engineering H193 - Team Project Spring Quarter Gateway Engineering Education Coalition P. 1 Guidelines for Flow Charts and Pseudocode Week 5 Day 1.

Why Study Robotics? shows/curiosity/topics/c-angle-why- should-we-encourage-young-people- study-robotics.htm.

Motion and Force Chapter Three: Motion 3.1 Position and Velocity 3.2 Graphs of Motion 3.3 Acceleration.

Using Logo to explore spiral patterns. Paul Broadbent Spiral patterns This is a (1,2,3) spiral path. It repeats lines of three.

Half Turns and Quarter Turns.

EV3 Programming By Dianna de Matos.

The Corridor Challenge

Sequencing Learning Objective: to be able to design algorithms that use sequencing.

Add and Subtract Negative Numbers

Learning Objective: to be able to design programs that use sequencing.

Forward chaining Slides Obtained From Russel & Norvig’s Website.

TOPICS: HOW TO MAKE THE SHERIFF SHOOT A GUN.

PROMGRAMING YOUR ROBOT

Accelerated Math 6 August 22, 2013

קורס פיננסי – מושגים פיננסיים / כלכליים

Sequencing Learning Objective: to be able to design algorithms that use sequencing.

Hi, DON here again.

Line Following Behavior

THE FILAMENT LAMP Circuit Forward characteristic Reverse

Weeble The Self-Balancing Robot

Motion and Force. Motion and Force Chapter Three: Motion 3.1 Position and Velocity 3.2 Graphs of Motion 3.3 Acceleration.

Motion and Force. Motion and Force Chapter Twelve: Distance, Time, and Speed 12.1 Distance, Direction, and Position 12.2 Speed 12.3 Graphs of Motion.

I am learning to plan a route giving clear instructions

شاخص‌های ارزش‌گذاری پتنت (1)

Hundreds board counting

Line Following Behavior

BBC micro:bit Robot Buggy

Using a Drawing Robot to Make Angles (Using Rotations)

Motion and Force. Motion and Force Chapter Three: Motion 3.1 Position and Velocity 3.2 Graphs of Motion 3.3 Acceleration.

Using Graphic Design to Create Corporate Logos

Sumo: Stay in Ring Algorithm

How To Complete “zipline” RoboZZle Tutorial

Slope  4 Ways: Graph Formula Ordered Pairs Table.

Your Name: Blockly Games: MAZE.

First glance of robotics course (SPL)

Using a Drawing Robot to Make Angles (Using Rotations)

Logo Programming.

÷ 5 = 29 How many 5s are there in 1? Great!

÷ 2 = 24 How many 2s are there in 4?

My first robot programming - Simple “Go”

How many groups are there?

Motion and Force. Motion and Force Chapter Three: Motion 3.1 Position and Velocity 3.2 Graphs of Motion 3.3 Acceleration.

Simplifying Rational Expressions

Year 2 Summer Term Week 5 Lesson 5

Exploring Computer Science Lesson 6-11

Industrial Robotics.

Presentation transcript:

Which way does the robot have to turn to get to the charger?

Which way does the robot have to turn to get to the charger?

turn left

Which way does the robot have to turn to get to the charger?

Which way does the robot have to turn to get to the charger?

turn right

Which way does the robot have to turn to get to the charger?

Which way does the robot have to turn to get to the charger?

turn right

Which way does the robot have to turn to get to the charger?

Which way does the robot have to turn to get to the charger?

turn left

Which way does the robot have to turn to get to the charger?

Which way does the robot have to turn to get to the charger?

turn right

Move your robot backwards and forwards and turn left and right