- Jun 14, 2016
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Lukas Bulwahn authored
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- Jun 13, 2015
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Lukas Bulwahn authored
Due to the update, this commit adjusts the line of LIC_FILES_CHKSUM and the packages' dependencies.
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- Nov 17, 2014
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Lukas Bulwahn authored
The patch in the meta-ros repository has been submitted and included in version 0.7.3 and hence is deleted in this commit.
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- Aug 18, 2014
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Lukas Bulwahn authored
After running oe-stylize.py on all recipes in recipes-ros, this commit improves the formatting of some recipes. To achieve this, I executed these commands in recipes-ros: find . -name *.bb | sed 's#\(.*\)#./oe-stylize.py \1 > \1_sanitized#' | sh find . -name *.bb | sed 's#\(.*\)#diff -Naur \1 \1_sanitized#' | sh > diffs Then, I manually inspected the diffs file, and improved the recipes. For the DESCRIPTION line in the addressed recipes, the line width of 100 characters was chosen, as the LIC_FILES_CHKSUM line and SRC_URI line usually are also around about 100 characters long. Hence, choosing a shorter line width, e.g. 80 characters, would have only created more line breaks, but not reduced the need to use a file viewer with which 100 characters line width can be displayed. For the github file and diff viewer and most editors on reasonably-sized screens, 100 character line width is no problem.
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- Aug 04, 2014
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Lukas Bulwahn authored
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- Apr 24, 2014
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Lukas Bulwahn authored
This commit further adds a simple fix to the patch for the ros-comm repository.
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- Apr 09, 2014
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Lukas Bulwahn authored
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- Mar 20, 2014
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Lukas Bulwahn authored
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- Mar 04, 2014
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Lukas Bulwahn authored
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- Oct 15, 2013
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Lukas Bulwahn authored
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- Oct 14, 2013
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Lukas Bulwahn authored
The ros-control recipes are updated to 0.5.8 to be in line with https://github.com/ros/rosdistro/blob/74f48fa69eeb1cb1d69f2d2f694cdf2fdfc9b40a/hydro/release.yaml. The applied patches are merged upstream in 0.5.8 and were removed.
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- Sep 22, 2013
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vmayoral authored
A set of packages that include controller interfaces, controller managers, transmissions, hardware_interfaces and the control_toolbox. The ros_control packages takes as input the joint state data from your robot's actuator's encoders and an input set point. It uses a generic control loop feedback mechanism, typically a PID controller, to control the output, typically effort, sent to your actuators. ros_control gets more complicated for physical mechanisms that do not have one-to-one mappings of joint positions, efforts, etc but theses scenarios are accounted for using transmissions.
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