Knowledge Base

What is Explore Mode?

This feature is currently available in Cyber Robotics 102, The CoderZ Adventure, and Python Gym courses!


Ever wanted to look around from a bird's eye view? Well, if you're in Cyber Robotics 102 or The CoderZ Adventure courses, you have that power!

At the bottom-left corner of the simulation pane, you will find a window showing a bird's-eye view of the scene. Click it to switch to Explore Mode, then scroll down to zoom out and scroll up to zoom in. Move around by holding down the right mouse key and dragging.

The  mceclip3.png  button in the bottom-right corner offers a few useful features:

Distance Measuring Tool
Angle Measuring Tool
Manual Control 
Restore Last Position
Time Scale


mceclip0.png  Distance Measuring Tool


Use this awesome feature to discover the distance between objects! For example, the distance between the robot and a container:


Once you know the distance your robot has to drive, use this information in your code.

Note: the distance in Explore Mode is measured in meters. If you are using a block that uses centimetres, don't forget to make that 1:100 conversion!


mceclip1.png   Angle Measuring Tool

Figure out angles easily with the handy Angle feature! Here's how to use it:

  1. Click on the scene floor where the vertex (point) of the angle you are measuring is located, and hold down your mouse key.
  2. Drag your mouse forward along the robot's trajectory (as though the robot is driving forward). A marker will appear. Release the mouse key.
  3. Move your mouse over the scene to create the angle, and see its value in the Angle panel!


Once you know your angle, use this information in your code.


mceclip0.png   Manual Control

Control the robot with your keyboard keys, no code necessary! Just click this icon and explore the scene yourself! (Just keep in mind, you can't complete missions in Manual Control mode)



mceclip2.png   Restore Last Position 

This tool allows you to turn back time, in a manner of speaking. Press it up to 3 times to make the robot jump back to its previous position! The 'position' in question is determined by the Blockly code: each block is one step or position further.



mceclip0.png   Time Scale (Fast-Forward) 

This tool allows you to run the simulation at twice or at four times the normal speed. This can be useful for missions which involve long stretches of driving, or if you want to get pas the first few blocks of your code quickly before slowing back to normal speed and debugging a specific part of the mission. 





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    The explore mode did help

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    Daisy Rayela

    Information are very helpful, with very clear instructions. Great resource.

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