No version for distro humble. Known supported distros are highlighted in the buttons above.

No version for distro jazzy. Known supported distros are highlighted in the buttons above.

No version for distro rolling. Known supported distros are highlighted in the buttons above.

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No version for distro eloquent. Known supported distros are highlighted in the buttons above.

No version for distro dashing. Known supported distros are highlighted in the buttons above.

No version for distro galactic. Known supported distros are highlighted in the buttons above.

No version for distro foxy. Known supported distros are highlighted in the buttons above.

No version for distro iron. Known supported distros are highlighted in the buttons above.

No version for distro lunar. Known supported distros are highlighted in the buttons above.

No version for distro jade. Known supported distros are highlighted in the buttons above.

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No version for distro hydro. Known supported distros are highlighted in the buttons above.

Repository Summary

Checkout URI	https://github.com/simmubhangu/eyantra_drone.git
VCS Type	git
VCS Version	master
Last Updated	2019-11-28
Dev Status	DEVELOPED
CI status	No Continuous Integration
Released	UNRELEASED
Tags	No category tags.
Contributing	Help Wanted (0) Good First Issues (0) Pull Requests to Review (0)

Packages

Name	Version
edrone_client	1.0.1
edrone_server	0.0.0
eyantra_drone	1.0.1

README

eyantra_drone

Metapackage to control the eyantra_drone via service and topics http://wiki.ros.org/eyantra_drone — —

Getting Started

Use following instructions on how to use this package:

Prerequisites

# libavcodec and libsdl2-dev for camera
sudo apt install libavcodec-dev libsdl2-dev 

Installation

# Navigate to catkin workspace
cd <WORKSPACE_NAME>

# clone repository
git clone https://github.com/simmubhangu/eyantra_drone.git

# Build the Package
catkin_make 

Run Package

# launch file to communication with  edrone

roslaunch edrone_server drone_comb.launch

# Follow the instruction on terminal to control the drone

Using ROSTopic:

rostopic pub /drone_command edrone_client/edrone_msgs "{rcRoll: 1500, rcPitch: 1500, rcYaw: 1500, rcThrottle: 1000, rcAUX1: 0, rcAUX2: 0, rcAUX3: 0, rcAUX4: 1500}" // example of arming drone 

ROSTopic To Control edrone

Arm

rostopic pub /drone_command edrone_client/edrone_msgs "{rcRoll: 1500, rcPitch: 1500, rcYaw: 1500, rcThrottle: 1000, rcAUX1: 1500, rcAUX2: 1500, rcAUX3: 1500, rcAUX4: 1500}"

Disarm

rostopic pub /drone_command edrone_client/edrone_msgs "{rcRoll: 1500, rcPitch: 1500, rcYaw: 1500, rcThrottle: 1500, rcAUX1: 1500, rcAUX2: 1500, rcAUX3: 1500, rcAUX4: 1000}"

Increase Roll value to move forward with respect to x-axis

rostopic pub /drone_command edrone_client/edrone_msgs "{rcRoll: 1600, rcPitch: 1500, rcYaw: 1500, rcThrottle: 1500, rcAUX1: 1500, rcAUX2: 1500, rcAUX3: 1500, rcAUX4: 1500}"

Decrease Roll value to move backward with respect to x-axis

rostopic pub /drone_command edrone_client/edrone_msgs "{rcRoll: 1400, rcPitch: 1500, rcYaw: 1500, rcThrottle: 1500, rcAUX1: 1500, rcAUX2: 1500, rcAUX3: 1500, rcAUX4: 1500}"

Increase Pitch value to move forward/left with respect to y-axis

rostopic pub /drone_command edrone_client/edrone_msgs "{rcRoll: 1500, rcPitch: 1600, rcYaw: 1500, rcThrottle: 1500, rcAUX1: 1500, rcAUX2: 1500, rcAUX3: 1500, rcAUX4: 1500}"

Decrease Pitch value to move backward/right with respect to y-axis

rostopic pub /drone_command edrone_client/edrone_msgs "{rcRoll: 1500, rcPitch: 1400, rcYaw: 1500, rcThrottle: 1500, rcAUX1: 1500, rcAUX2: 1500, rcAUX3: 1500, rcAUX4: 1500}"

Increase Throttle value to move up with respect to z-axis

rostopic pub /drone_command edrone_client/edrone_msgs "{rcRoll: 1500, rcPitch: 1500, rcYaw: 1500, rcThrottle: 1800, rcAUX1: 1500, rcAUX2: 1500, rcAUX3: 1500, rcAUX4: 1500}"

Decrease Throttle value to move down with respect to z-axis

rostopic pub /drone_command edrone_client/edrone_msgs "{rcRoll: 1500, rcPitch: 1500, rcYaw: 1500, rcThrottle: 1200, rcAUX1: 1500, rcAUX2: 1500, rcAUX3: 1500, rcAUX4: 1500}"

Increase Yaw value to rotate in clockwise direction

rostopic pub /drone_command edrone_client/edrone_msgs "{rcRoll: 1500, rcPitch: 1500, rcYaw: 1800, rcThrottle: 1500, rcAUX1: 1500, rcAUX2: 1500, rcAUX3: 1500, rcAUX4: 1500}"

Decrease Yaw value to rotate in anti-clockwise direction

rostopic pub /drone_command edrone_client/edrone_msgs "{rcRoll: 1500, rcPitch: 1500, rcYaw: 1200, rcThrottle: 1500, rcAUX1: 1500, rcAUX2: 1500, rcAUX3: 1500, rcAUX4: 1500}"

Note: RC values ranges from 1000 to 2000

Multiple Drones

Following is the procedure to control multiple drones within the same network:

Setting the drone in client mode: Connect to drone wifi and use following command to open telnet connection:

telnet 192.168.4.1 // drone wifi ip

Set the drone in both Station(STA) and Access Point Mode(AP) : Use following command:

+++AT MODE 3

Set the ssid and password: Use following command:

+++AT STA ssid password

Add IPs: Start your hotspot and your drone should connect to the hotspot. Note the IP address assigned to it. Edit following lines in DroneSwarm.cpp. Repeat this for all new drones which are added to the network.

all_ips.push_back(&quot;192.168.43.151&quot;);
all_ips.push_back(&quot;&quot;);

Send data: Follow procedure in ROSTopic Header to give commands to fly the drones. Add droneIndex in edrone_msgs for every topic. This index is the same as the index of the IP within ‘all_ips’ when you add it.

TODO - Get drone data from multiple drones

CONTRIBUTING

No CONTRIBUTING.md found.

Repository Summary

Checkout URI	https://github.com/simmubhangu/eyantra_drone.git
VCS Type	git
VCS Version	master
Last Updated	2019-11-28
Dev Status	DEVELOPED
CI status	No Continuous Integration
Released	UNRELEASED
Tags	No category tags.
Contributing	Help Wanted (0) Good First Issues (0) Pull Requests to Review (0)

Packages

Name	Version
edrone_client	1.0.1
edrone_server	0.0.0
eyantra_drone	1.0.1

README

eyantra_drone

Metapackage to control the eyantra_drone via service and topics http://wiki.ros.org/eyantra_drone — —

Getting Started

Use following instructions on how to use this package:

Prerequisites

# libavcodec and libsdl2-dev for camera
sudo apt install libavcodec-dev libsdl2-dev 

Installation

# Navigate to catkin workspace
cd <WORKSPACE_NAME>

# clone repository
git clone https://github.com/simmubhangu/eyantra_drone.git

# Build the Package
catkin_make 

Run Package

# launch file to communication with  edrone

roslaunch edrone_server drone_comb.launch

# Follow the instruction on terminal to control the drone

Using ROSTopic:

rostopic pub /drone_command edrone_client/edrone_msgs "{rcRoll: 1500, rcPitch: 1500, rcYaw: 1500, rcThrottle: 1000, rcAUX1: 0, rcAUX2: 0, rcAUX3: 0, rcAUX4: 1500}" // example of arming drone 

ROSTopic To Control edrone

Arm

rostopic pub /drone_command edrone_client/edrone_msgs "{rcRoll: 1500, rcPitch: 1500, rcYaw: 1500, rcThrottle: 1000, rcAUX1: 1500, rcAUX2: 1500, rcAUX3: 1500, rcAUX4: 1500}"

Disarm

rostopic pub /drone_command edrone_client/edrone_msgs "{rcRoll: 1500, rcPitch: 1500, rcYaw: 1500, rcThrottle: 1500, rcAUX1: 1500, rcAUX2: 1500, rcAUX3: 1500, rcAUX4: 1000}"

Increase Roll value to move forward with respect to x-axis

rostopic pub /drone_command edrone_client/edrone_msgs "{rcRoll: 1600, rcPitch: 1500, rcYaw: 1500, rcThrottle: 1500, rcAUX1: 1500, rcAUX2: 1500, rcAUX3: 1500, rcAUX4: 1500}"

Decrease Roll value to move backward with respect to x-axis

rostopic pub /drone_command edrone_client/edrone_msgs "{rcRoll: 1400, rcPitch: 1500, rcYaw: 1500, rcThrottle: 1500, rcAUX1: 1500, rcAUX2: 1500, rcAUX3: 1500, rcAUX4: 1500}"

Increase Pitch value to move forward/left with respect to y-axis

rostopic pub /drone_command edrone_client/edrone_msgs "{rcRoll: 1500, rcPitch: 1600, rcYaw: 1500, rcThrottle: 1500, rcAUX1: 1500, rcAUX2: 1500, rcAUX3: 1500, rcAUX4: 1500}"

Decrease Pitch value to move backward/right with respect to y-axis

rostopic pub /drone_command edrone_client/edrone_msgs "{rcRoll: 1500, rcPitch: 1400, rcYaw: 1500, rcThrottle: 1500, rcAUX1: 1500, rcAUX2: 1500, rcAUX3: 1500, rcAUX4: 1500}"

Increase Throttle value to move up with respect to z-axis

rostopic pub /drone_command edrone_client/edrone_msgs "{rcRoll: 1500, rcPitch: 1500, rcYaw: 1500, rcThrottle: 1800, rcAUX1: 1500, rcAUX2: 1500, rcAUX3: 1500, rcAUX4: 1500}"

Decrease Throttle value to move down with respect to z-axis

rostopic pub /drone_command edrone_client/edrone_msgs "{rcRoll: 1500, rcPitch: 1500, rcYaw: 1500, rcThrottle: 1200, rcAUX1: 1500, rcAUX2: 1500, rcAUX3: 1500, rcAUX4: 1500}"

Increase Yaw value to rotate in clockwise direction

rostopic pub /drone_command edrone_client/edrone_msgs "{rcRoll: 1500, rcPitch: 1500, rcYaw: 1800, rcThrottle: 1500, rcAUX1: 1500, rcAUX2: 1500, rcAUX3: 1500, rcAUX4: 1500}"

Decrease Yaw value to rotate in anti-clockwise direction

rostopic pub /drone_command edrone_client/edrone_msgs "{rcRoll: 1500, rcPitch: 1500, rcYaw: 1200, rcThrottle: 1500, rcAUX1: 1500, rcAUX2: 1500, rcAUX3: 1500, rcAUX4: 1500}"

Note: RC values ranges from 1000 to 2000

Multiple Drones

Following is the procedure to control multiple drones within the same network:

Setting the drone in client mode: Connect to drone wifi and use following command to open telnet connection:

telnet 192.168.4.1 // drone wifi ip

Set the drone in both Station(STA) and Access Point Mode(AP) : Use following command:

+++AT MODE 3

Set the ssid and password: Use following command:

+++AT STA ssid password

Add IPs: Start your hotspot and your drone should connect to the hotspot. Note the IP address assigned to it. Edit following lines in DroneSwarm.cpp. Repeat this for all new drones which are added to the network.

all_ips.push_back(&quot;192.168.43.151&quot;);
all_ips.push_back(&quot;&quot;);

Send data: Follow procedure in ROSTopic Header to give commands to fly the drones. Add droneIndex in edrone_msgs for every topic. This index is the same as the index of the IP within ‘all_ips’ when you add it.

TODO - Get drone data from multiple drones

CONTRIBUTING

No CONTRIBUTING.md found.

eyantra_drone repository

Repository Summary

Packages

README

eyantra_drone

Getting Started

Prerequisites

Installation

Run Package

Using ROSTopic:

ROSTopic To Control edrone

Arm

Disarm

Increase Roll value to move forward with respect to x-axis

Decrease Roll value to move backward with respect to x-axis

Increase Pitch value to move forward/left with respect to y-axis

Decrease Pitch value to move backward/right with respect to y-axis

Increase Throttle value to move up with respect to z-axis

Decrease Throttle value to move down with respect to z-axis

Increase Yaw value to rotate in clockwise direction

Decrease Yaw value to rotate in anti-clockwise direction

Multiple Drones

Setting the drone in client mode: Connect to drone wifi and use following command to open telnet connection:

Set the drone in both Station(STA) and Access Point Mode(AP) : Use following command:

Set the ssid and password: Use following command:

Add IPs: Start your hotspot and your drone should connect to the hotspot. Note the IP address assigned to it. Edit following lines in DroneSwarm.cpp. Repeat this for all new drones which are added to the network.

Send data: Follow procedure in ROSTopic Header to give commands to fly the drones. Add droneIndex in edrone_msgs for every topic. This index is the same as the index of the IP within ‘all_ips’ when you add it.

TODO - Get drone data from multiple drones

CONTRIBUTING

Repository Summary

Packages

README

eyantra_drone

Getting Started

Prerequisites

Installation

Run Package

Using ROSTopic:

ROSTopic To Control edrone

Arm

Disarm

Increase Roll value to move forward with respect to x-axis

Decrease Roll value to move backward with respect to x-axis

Increase Pitch value to move forward/left with respect to y-axis

Decrease Pitch value to move backward/right with respect to y-axis

Increase Throttle value to move up with respect to z-axis

Decrease Throttle value to move down with respect to z-axis

Increase Yaw value to rotate in clockwise direction

Decrease Yaw value to rotate in anti-clockwise direction

Multiple Drones

Setting the drone in client mode: Connect to drone wifi and use following command to open telnet connection:

Set the drone in both Station(STA) and Access Point Mode(AP) : Use following command:

Set the ssid and password: Use following command:

Add IPs: Start your hotspot and your drone should connect to the hotspot. Note the IP address assigned to it. Edit following lines in DroneSwarm.cpp. Repeat this for all new drones which are added to the network.

Send data: Follow procedure in ROSTopic Header to give commands to fly the drones. Add droneIndex in edrone_msgs for every topic. This index is the same as the index of the IP within ‘all_ips’ when you add it.

TODO - Get drone data from multiple drones

CONTRIBUTING