Quarky Robotic Arm - Documentation

Getting Started with Quarky Robotic Arm

Refer to the tutorials to learn about the Robotic Arm, and how to assemble and program it in Block coding or Python coding.

Quarky 3DOF Robotics Arm – Assembly Guide

Learn how to assemble the Quarky Robotic Arm with this step-by-step guide. Follow the steps to make the Quarky Robotic Arm look like the image shown in this guide, and use it to explore more complicated programs and activities.

Quarky Robotic Arm Project - Block Coding

Refer to the tutorials to learn how to use PictoBlox Block Coding Environment to code Quarky Robotic Arm for different applications.

Mouse Tracking and Stamping – Python

The example demonstrates how to make the sprite track and stamp its image on the mouse when the space key is pressed in Python.

Beetle Movement – Python

The example demonstrates using key sensing to control the sprite’s movement in Python.

Ball Movement – Python

The example demonstrates how to add movement to a sprite.

Sprite Direction – Python

The example demonstrates the sprite direction in Python.

Mouse Tracker – Python

The example demonstrates how to implement mouse tracking in Python.

Walking Tobi – Python

The example demonstrates the wall bouncing of the sprite, rotation style, and costume change in Python.

Follow the Mouse – Python

The example demonstrates how to make the sprite follow the mouse in Python.

Bouncing Ball with Gravity in Python

The example demonstrates how to add gravity to the project on a bouncing ball.

Bouncing an Object

The example demonstrates the bouncing of an object from a bird’s eye view in PictoBlox.

Change costume when Clicked

The example demonstrates the costume change and gliding to the random location when clicked.

Costumes in PictoBlox

The example demonstrates the costume change in PictoBlox.

Reciting Table

The example demonstrates how to use a repeat block to recite a table in PictoBlox.

Show and Hide

The example demonstrates the show and hides of the sprite using the buttons.

Sprite Looks Effects

The example demonstrates the various graphical effects in the PicotBlox – Brightness, color, fisheye, ghost, mosaic, pixelated, and whirl.

Thinking in PictoBlox

The example demonstrates how to use thinking sprite in a project.

Sprite Looks Effects – Python

The example demonstrates the various graphical effects in the Python – Brightness, color, fisheye, ghost, mosaic, pixelated, and whirl.

Show and Hide – Python

The example demonstrates the show and hides of the sprite in Python.

Say and Think with Sprite – Python

The example demonstrates how to use say and think of sprite in a project.

Costumes in PictoBlox – Python

The example demonstrates the costume change in PictoBlox.

Reciting Table – Python

The example demonstrates how to use a repeat block to recite a table in PictoBlox.

Bouncing an Object – Python

The example demonstrates the bouncing of an object from a bird’s eye view in PictoBlox.

Quarky LED Emotion

The example demonstrates the LED emotions of the Quarky.

Quarky LED Animation

The example demonstrates the various animation of the Quarky LED display.

Name Badge – Quarky

The example demonstrates how to display scrolling text to make a name badge.

Display Number 1 to 9 on Quarky

The example demonstrates how to implement a while loop running from 1 to 9 and show it on the Quarky display.

LED Looping

The example demonstrates how to control the individual LEDs of the Quarky and run patterns using the loops.

IR Sensor Calibration

The example demonstrates how to calibrate the IR sensors to detect black lines on the white surface.

Random LED Glow on Quarky

The example demonstrates how to create a random colored LED pattern on Quarky.

LED Control with Keys

The example demonstrates how to control the glowing LED using the keyboard keys.

Traffic Light on Quarky

The example displays how we can display a custom pattern on the matrix by making a script to display a Traffic Light.

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PictoBlox Extension Documentation

Refer to the documentation of PictoBlox Extension to understand how to use the blocks and functions for the Robotic Arm.