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Welcome to the Elcano autonomous tricycle project!
Please see:
http://www.elcanoproject.org/

This repository has been archived. The system consists of several different microprocessors. Elcano/Elcano has been broken into separate repositories for each processor.

To get started, fork and clone the repository:
https://github.com/elcano/elcano

Parameters and settings for each trike are defined in:
/libraries/Settings/Settings.h

Place the contents of the libraries folder into your libraries folder under
Arduino/libraries

The repository includes examples in the file:
Arduino/libraries/Settings/SettingsTemplate.h

Only libraries/Settings/SettingsTemplate.h should be committed in the
repository -- the Arduino/libraries/Settings/Settings.h file is site-specific.

-- Copy
   Arduino/libraries/Settings/SettingsTemplate.h
   to
   Arduino/libraries/Settings/Settings.h
-- Give your trike a different VEHICLE_NUMBER value.
-- Add your own trike's settings, following the examples.
-- Put your settings in a conditional for your new VEHICLE_NUMBER value.

When you pull in updates from the main repository, look for changes in
SettingsTemplate.h and if needed merge them with your own Settings.h.
Especially watch for new trike parameters used in sketches.

Sketches that need these settings should
#include <Settings.h>
*after* all other includes or definitions that are used in Settings.h.

Elcano Project's Projects

elcano icon elcano

Autonomous mobile robot based on a recumbent trike.

general icon general

Elcano architecture, design, and libraries

highlevel icon highlevel

Process available data to produce a vehicle speed and direction

jethawk icon jethawk

Code on Jetson Nano and Pixhawk to direct vehicle to waypoints

old_elcano icon old_elcano

This is a copy of our elcano repository prior to a refactor to remove unwanted files. It will be removed when we're certain we don't need any material from the branches other than master here.

qded icon qded

Quadrature Disambiguation Edge Detection

ros2demo icon ros2demo

Demonstration of Cooperative Connected Automated Vehicles (CCAV) based on ROS2

simulator icon simulator

Interface between CARLA driving simulator and the circuit boards that make up the Elcano system.

sonar icon sonar

Files and PCB for sonar range-finding array

sweep icon sweep

Lidar data collection from Scanse Sweep

transceiver icon transceiver

Hardware and software to support Transmit/Receive boards

tutorials icon tutorials

Lab steps showing how vehicle components are built.

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