Programs

MyBlock that makes a turn on specific degrees with minimal inaccuracy.

Input parameters:

• TurningAngle - The angle on which you want to turn your robot.
• MotorPower - The power with which your robot will rotate at first time
• CorrectionPower - The power with which your robot will correct it's turning to make it perfect

The block that constanlty increase the speed while turning. The goal of this is to reduce the acceleration of the robot when it starts turning so that no modules will fall.
There is only one input parameter in this block and this is the Angle on which you want your robot to rotate.

This Program controls the Module With Aligning Attacher for M08 - Aerobic Exercise. This is a demo program to show how to move robot acurately to the modul. Also how to attach the robot to the modul and acomplish the mission.

The program that Nightbeast team use for their second Run in FLL Into Orbit Challange. In this run they tries to make missions M10–Food Production, M12–Satellite Orbits and Move the Cone Module to base. But this program should be upgraded.

This is the program for the self aligning passive attachment for rendezvous and meeting between the tube module and the habitation hub. The material is Self Aligning Module Attacher for M06 - Space Station ModulesCreator

The program that Nightbeast team use for their first Run in FLL Into Orbit Challange. In this run they solve two missions:  SpaceTravel and Solar Panel .

The program that Nightbeast team use for their second Run in FLL Into Orbit Challange. In this run they Inserts the Tube Module into the Habitation Hub port on the west side, move all four Core Samples so they are no longer touching the axle that held them in the Core Site Model and place the Gas Core Sample completely in Base. 

The program that Nightbeast team use for their second Run in FLL Into Orbit Challange. In this run they еject the 2x4 Brick by placing a Regolith Core Sample into the 3D Printer, make the Crater Crossing mission and scores a meteoroid (shoot a ball).

The program that Nightbeast team use for their second Run in FLL Into Orbit Challange. In this run they solve Mission 11–Escape Velocity and Mission 13–Observatory.

This program is for Lifter - an attachment for SUV Box Robot and Into Orbits M09–Strength Exercise material. In this program you may need to change the values in the Wait - Color Sensor blocks if the program is not working properly. The program ses also Gyro sensor, that mean that you have to check do you have a gyro drift. If you have such, turn of the robot and start it again. After turning it on, do not touch the robot until it is completely loaded and ready to run. In that way you are going to cancel the gyro drift.

This Program controls the FLL 2018: Attachment To Accomplish The Into Orbit Space Walk Emergency (07) Robot Game Mission. This is a demo program to show how to use this attachment. Also to use this program with 100% succes rate you will have to use starting guider in the base.

This is an EV3-G block for displaying the values of array cells in an EV3-G program.

Project

The project contains two programs, which are demos of the blocks for displaying Boolean and numeric arrays.

Two blocks

You can import that blocks in your programs. They are designed to show you in real time what are the values in your array and let you go to the next bit of your program. The blocks operate with the UP and DOWN brick buttons to iterate through the array. And the CENTER brick button to advance to the program.

The blocks are very useful for students to show them in real time what values they have stored in their arrays. Because there is no easy way to see real-time what the values are in the array even if it contains only a few elements.

The block shows you how many elements there are in the arrays and the values in the following way:

For Numeric

For Boolean

This is the example program using the blocks available at  Blocks Package for Advance Calibration of LEGO Mindstorms EV3 Color/Light sensors. The program makes the robot find the minimum and maximum values and to calibrate the current sensor value depending to the min and max.

This package contains the three blocks used in the advanced calibration section of the FLL course.

The blocks contained are:

• InitiArray block
• CalibrateMinMax
• GetCalibrateValue