Program Summary What can your robot do? List every program you plan to run during the tournament. Attach additional pages if needed. Programming Language Used: LEGO MINDSTORMS EV3 OTHER_____________________________________________ Program Mechanical and/or Mission Program Mission(s) Attachments Structure Sensor Feedback Success Name Accomplished Robot Actions Used (Architecture) Used Rate How often does List the trial of actions List the types of programming your robot performed during this mission commands used Does your make decisions accomplish the What is this List the missions your Do you add anything to your (Forward / Turn / Lower [actions (start motor, read based on input from a sensor or mission(s)? program called in will accomplish when you run robot while running this attachment / etc.) You may sensor, etc.), loops, do until, mechanical feature? If yes, Show the Judges include a more detailed switches (if-then), subroutines your robot? this program. program? any data you explain how the input is used. outline and/or path diagram (MyBlocks), parallel programs, collected from your on a separate sheet. etc.] runs! EXAMPLE Drive forward. Lower arm Fairly Often From HYDRO Fountain to release Big Water. Arm Forward in Rotations None (85% from data) DYNAMICSSM Reverse back to base.
Program Summary What can your robot do? List every program you plan to run during the tournament. Attach additional pages if needed. Programming Language Used: LEGO MINDSTORMS EV3 OTHER_____________________________________________ Program Name Mission(s) Accomplished Robot Actions Attachments Used Program Structure (Architecture) Mechanical and/or Sensor Feedback Used Mission Success Rate What is this program called in your robot? List the missions your will accomplish when you run this program. List the of actions performed during this mission (Forward / Turn / Lower attachment / etc.) You may include a more detailed outline and/or path diagram on a separate sheet. Do you add anything to your robot while running this program? List the types of programming commands used [actions (start motor, read sensor, etc.), loops, do until, switches (if-then), subroutines (MyBlocks), parallel programs, etc.] Does your make decisions based on input from a sensor or mechanical feature? If yes, explain how the input is used. How often does your robot accomplish the mission(s)? Show the Judges any data you collected from your trial runs! EXAMPLE From HYDRO DYNAMICSSM Fountain Drive forward. Lower arm to release Big Water. Reverse back to base. Arm Forward in Rotations None Fairly Often (85% from data)