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Andrew Forster edited this page Jun 8, 2019
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1 revision
Andrew Forster - 08 June 2019
These are the current milestones I'm trying to achieve, or that I can remember at the moment.
Main milestones.
Finalise balance code. Allowing hands-free movement of the robot while controlling it.
Already achieved is a way of adding mass to the simulated framework.
Upgrade networking to use Unity's own protocols. This will involve learning to program for Windows 10 IoT.
The server will reside on the physical robot and appear on the network for clients to log in too.
Potentially multiple clients could log in and control different aspects of the robots. Allowing distributed processing across clients. Other networking methods could be used for cross-client chatter, as we don't want all the data feed to be filtered through the server. Which would most likely be a Raspberry Pi 3 (Current compatibility of Windows 10 IoT).
Once point above is done; Create a environment simulation for clients to log-in and control simulated robot bodies.
Side milestones.
Things I'd like to do along the way
Build the ServoSphere robot chassis.
This will involve adding new Behaviour modifier code to handle retractable legs.