@@ -89,7 +89,7 @@ sudo apt update
8989sudo apt-get install ros-jazzy-sas-*
9090```
9191
92- The command below will add and install the ` sas ` CC- BY-NC packages via ` apt-get ` . Please note that they depend on ` sas ` LGPL packages.
92+ The command below will add and install the ` sas ` CC BY-NC 4.0 packages via ` apt-get ` . Please note that they depend on ` sas ` LGPL packages.
9393
9494``` bash
9595curl -s --compressed " https://marinholab.github.io/sas_debian_builder_noncommercial/KEY.gpg" \
@@ -142,16 +142,16 @@ SAS and ROS2
142142
143143``` {tip}
144144:class: dropdown
145- ### Click here for the Noncommercial packages information
145+ ### Click here for the CC BY-NC 4.0 packages information
146146
147147Copyright (C) 2025 Murilo M. Marinho. Licensed under CC BY-NC 4.0 for noncommercial use.
148148Commercial licensing available by contacting contact@uominnovationfactory.com.
149149
150- | Package | License | Description |
151- |---------------------------------------------|----------|---------------------------------------------------------------------------------------|
152- | `sas_operator_side_receiver` | CC- BY-NC | Receive messages from master devices and expose them as topics in `ROS2`. |
153- | `sas_patient_side_manager` | CC- BY-NC | Manage master devices controlling `sas_robot_kinematics` and clutch state space. |
154- | `sas_robot_kinematics_constrained_multiarm` | CC- BY-NC | A centralised solver for multiple robots with configurable vector-field inequalities. |
150+ | Package | License | Description |
151+ |---------------------------------------------|-------------- |---------------------------------------------------------------------------------------|
152+ | `sas_operator_side_receiver` | CC BY-NC 4.0 | Receive messages from master devices and expose them as topics in `ROS2`. |
153+ | `sas_patient_side_manager` | CC BY-NC 4.0 | Manage master devices controlling `sas_robot_kinematics` and clutch state space. |
154+ | `sas_robot_kinematics_constrained_multiarm` | CC BY-NC 4.0 | A centralised solver for multiple robots with configurable vector-field inequalities. |
155155```
156156
157157## Tutorials
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