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• Unit 11: LCDS FTC Java 101 Programming the Tetrix platform with Java
  • Lesson 1: LCDS FTC Java 101 Introduction
  • Lesson 2: LCDS FTC Java 101 Getting Started
    • Differentiated Instr. Material (1)
      • Supplemental: Getting Started - Shared PCs
  • Lesson 3: LCDS FTC Java 101 OpMode Basics
  • Lesson 4: LCDS FTC Java 101 Regular OpModes
  • Lesson 5: LCDS FTC Java 101 Linear OpModes
  • Lesson 6: LCDS FTC Java 101 Hardware Mapping
  • Lesson 7: LCDS FTC Java 101 Start Programming
  • Lesson 8: LCDS FTC Java 101 The FTC SDK Library
  • Lesson 9: LCDS FTC Java 101 Exercise: Drive Forward and Stop
  • Lesson 10: LCDS FTC Java 101 Exercise: Drive in a Square Pattern
  • Lesson 11: LCDS FTC Java 101 Exercise: Drive in a Circle
  • Lesson 12: LCDS FTC Java 101 Deploying Code over WiFi
  • Lesson 13: LCDS FTC Java 101 Exercise: Joystick Driving - Tank Mode
  • Lesson 14: LCDS FTC Java 101 Exercise: Joystick Driving - Arcade Mode
  • Lesson 15: LCDS FTC Java 101 Exercise: Using a Touch Sensor
  • Lesson: LCDS FTC Java 101 Exercise: Using Logging
  • Lesson 17: LCDS FTC Java 101 Exercise: Using Servos
  • Lesson 18: LCDS FTC Java 101 Exercise: Using Encoders
    • Differentiated Instr. Material (2)
      • Supplemental: Using Encoders Quiz
      • Supplemental: Using Encoders Quiz Answers
  • Lesson 19: LCDS FTC Java 101 Exercise: Using an IR Seeker
  • Lesson 20: LCDS FTC Java 101 Exercise: Using a Range Sensor
  • Lesson 21: LCDS FTC Java 101 Exercise: Using a Color Sensor
  • Lesson 22: LCDS FTC Java 101 Exercise: Using an Optical Distance Sensor
  • Lesson 23: LCDS FTC Java 101 Exercise: Using a Compass
  • Lesson 24: LCDS FTC Java 101 Exercise: Using a Gyro
  • Lesson 25: LCDS FTC Java 101 Exercise: Using Multiple Threads
  • Lesson 26: LCDS FTC Java 101 Advanced Core Device Interface Module




Referring Resources

• Course: LCDS FTC Java 101

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