Builder master Build #501
Results:
Build successful
SourceStamp:
Repository | https://github.com/NASA-Tensegrity-Robotics-Toolkit/NTRTsim |
Branch | master |
Revision | 5ece987b8e0b2329205c17548fbdca9f23f3a865 |
Got Revision | 5ece987b8e0b2329205c17548fbdca9f23f3a865 |
Changes | 1 change |
BuildSlave:
nix-slaveReason:
scheduler
Steps and Logfiles:
-
git update ( 1 mins, 8 secs )
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Preload build with Boost and Bullet '/home/bbadmin/buildbot/slave/master/build/bin/setup/buildbot/buildPreload.sh' ( 38 secs )
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Generate conf files './setup.sh' ( 0 secs )
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Run setup.sh './setup.sh' ( 1 mins, 53 secs )
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Build src './bin/build.sh' ( 3 mins, 9 secs )
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Build and run tests '/home/bbadmin/buildbot/slave/master/build/bin/setup/buildbot/buildRunTests.sh' ( 46 secs )
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Delivers successful builds '/home/bbadmin/buildbot/slave/master/build/bin/setup/buildbot/deliverBuild.sh' ( 50 secs )
Build Properties:
Name | Value | Source |
---|---|---|
branch | master | Build |
builddir | /home/bbadmin/buildbot/slave/master | slave |
buildername | master | Builder |
buildnumber | 501 | Build |
codebase | Build | |
got_revision | 5ece987b8e0b2329205c17548fbdca9f23f3a865 | Git |
project | Build | |
repository | https://github.com/NASA-Tensegrity-Robotics-Toolkit/NTRTsim | Build |
revision | 5ece987b8e0b2329205c17548fbdca9f23f3a865 | Build |
scheduler | all | Scheduler |
slavename | nix-slave | BuildSlave |
workdir | /home/bbadmin/buildbot/slave/master | slave (deprecated) |
Forced Build Properties:
Name | Label | Value |
---|
Responsible Users:
- Drew Sabelhausapsabelhaus@berkeley.edu
Timing:
Start | Mon Mar 13 18:46:05 2017 |
End | Mon Mar 13 18:54:32 2017 |
Elapsed | 8 mins, 26 secs |
All Changes:
:
Change #1310
Category None Changed by Drew Sabelhaus <apsabelhaus @berkeley.edu>Changed at Mon 13 Mar 2017 18:44:33 Repository https://github.com/NASA-Tensegrity-Robotics-Toolkit/NTRTsim Branch master Revision 5ece987b8e0b2329205c17548fbdca9f23f3a865 Comments
Added orientation tracking to tgCompoundRigidSensor. It now outputs the net roll, pitch, and yaw for each compound rigid body, assuming that the initial orientation of the rigid body at the start of the simulation is at (0, 0, 0) in angles.
Changed files
- src/sensors/tgCompoundRigidSensor.cpp
- src/sensors/tgCompoundRigidSensor.h