goglsnap.blogg.se - Screensteps live frc 2016

SCREENSTEPS LIVE FRC 2016 UPDATE
SCREENSTEPS LIVE FRC 2016 DRIVER
SCREENSTEPS LIVE FRC 2016 WINDOWS 10
SCREENSTEPS LIVE FRC 2016 SOFTWARE

SCREENSTEPS LIVE FRC 2016 WINDOWS 10

Is this strictly a Windows 10 problem? Any ideas for further troubleshooting? Has anyone successfully used this combination (win 10, roboRIO, wifi over OM5P-AN)? Is anyone successfully using this combination, but with Win8/8. This all appears to point to a problem with mDNS on the OM5P-AN when connected via wifi. to folders in Program FilesNational InstrumentsLabVIEW 2016vi.libRock. This all worked just fine - we had no problems connecting with the drive station through wifi. ScreenStepsLive is a new tool that FRC/WPI are using to create and present. We have used the same computer as in the above test and used it to connect and control a robot that is using a new roboRIO, configured for 2016, with the only different that it is using last year's DAP-1522 wifi router. The laptop does not have Inventor installed (there were some reports on Chief Delphi that Inventor could interfere with mDNS).

We have checked and verified that the mDNS service nimDNSResponder is running. We have tried turning off windows defender and retrying connection via wifi without success. We cannot successfully connect to the roboRIO via the DS We cannot get a ping at roboRIO-2635-FRC.local We can successfully ping the roboRIO at 10.26.35.18 and roboRIO-2635-FRC.lan Interestingly enough, we can also access the dashboard via the URL roboRIO-2635-FRC. We cannot access the roboRIO dashboard using the URL roboRIO-2635-FRC.local, but we can access it via the IP 10.26.35.18. However, when connected to the roboRIO via wifi (through the OM5P-AN): We can successfully connect to the roboRIO via the DS We can successfully ping roboRIO-2635-FRC.local

The dashboard tells us that the IP address for the roboRIO is 10.26.35.18 With faster onboarding time and fewer mistakes, you are one step closer to 100 accuracy, 100 of the time.

SCREENSTEPS LIVE FRC 2016 UPDATE

Quickly create and update content so that your employees can access answers to all of their questions in one place.

SCREENSTEPS LIVE FRC 2016 SOFTWARE

We can access the roboRIO dashboard via its webserver (we had to use Firefox - IE and Chrome don't support Silverlight) using the URL roboRIO-2635-FRC.local A knowledge base software solution that is both fast and easy to use. When connected to the roboRIO via USB (directly) and/or ethernet cable (through the OM5P-AN): We have imaged the RoboRIO with the 2016 image. We are using a new Win 10 laptop that has been configured using the latest FRC 2016 software. We have configured the OM5P-AN according to the WPI instructions.

SCREENSTEPS LIVE FRC 2016 DRIVER

And to Joe Ross for helping test it, submitting patches, and making sure it really works.We're having problems connecting a Windows 10 laptop to our roboRIO over wifi (using the new 2016 OM5P-AN access point), via the driver station. Drove robot and helped create match strategies and scouting data. Responsible for major decisions and operations of team. Alex Lederman Role: Co-Chairman and Lead Driver Description: Oversaw Robot division for 2016 season. Came up with pre-match strategy, made pick lists, etc. You can find more documentation in ScreenSteps with some notation saying that it is a 2016 feature.Īnd thanks to Sam Carlberg from WPI for for implementing many of those features. construction and fabrication of 2016 robot.

And a number of bug fixes and upgrading of the generated code.

So for all of you that integrate non-supported sensors or classes representing composite sensors, those can now be on the palette.

And the ability to add your own things to the palette by creating classes that are dynamically loaded on RobotBuilder startup.

You can even set commands to be sequential or parallel to optimize the robot motion. You can create a command group, then drag other commands into it and set the order.

CommandGroups can now be created graphically.

You just have one “MoveToPosition” command with a parameter. This makes it easy to not have to create specialized commands like “MoveToHighPosition”, “MoveToMiddlePosition”, and “MoveToLowPosition”. Then use them with a command to move the mechanism to one of those positions.

To make it easier to reuse parameterized commands, you can now define named sets of parameters, like upper, middle, and lower goal positions.

Then each time you want the arm, the elevator, or the shooter to move to some position using the command, just instantiate it with the appropriate set point. You can create a command (think set point command) that takes a parameter which is the PID set point. RobotBuilder has seen a lot of improvements over the summer around ease of use. Filed in 2016 Control System, C++, Java, RobotBuilder