CoppeliaSim forums

It seems the RGB information of a vision sensor is there, but the depth information is not.
(note: I'm running in a virtual machine, Ubuntu 14.04)

As a double check can you suggest me a scene where the depth sensor is demoed so that I'm sure to be testing it properly?

I'm using V-REP 3.1.2 linux 64-bit, and I'm unable to get correct readings from the provided SICK S300 sensor. It used to work in 3.1.0, but in 3.1.2, if you set script parameter showLaserSegments=true, you'll see that laser segments look like if they are "inside" the sensor mesh. Screensh...

Here is what I do: simulation now is running: $ rosservice list | grep simRosSt.*Simulation /vrep/simRosStartSimulation /vrep/simRosStopSimulation $ services are there... let's stop the simulation: $ rosservice call /vrep/simRosStopSimulation "{}" result: 1 $ now I wait until the /vrep/inf...

I'm running V-REP headless for simulating my robot in ROS. I sometimes need to restart the simulation (e.g. the robot falls off the simulation scene :D) but once I stop the simulation with /vrep/simRosStopSimulation, no ros services for controlling V-REP are available anymore, so it is not possible ...

Also, lowering the masses (I've changed them to 0.1, 0.15, and 0.2 respectivelly) seems to help a bit.
However the effect never goes away (both in Bullet and ODE).

Is it relevant that joints do not physically touch the link object?

To me the link object for the bogie and the two flippers it was not relevant (I could have used a dummy if only it allowed maintaining dynamically enabled joints), so I created a 5cm x 5cm pure plane with mass 0.3 Kg.

This is the dynamic content during simulation:



I cannot try with Vortex, but with ODE the bending effect is less prominent.

Here is the scene file

Hello, Again I'm trying to design a dynamic simulation for our robot, starting from the most complex part which is the tracked flipper-bogie-flipper body. I believe I followed the recommendations for designing a dynamics simulation and here's the model tree during the simulation: http://s28.postimg....

How to implement such a joint? (see picture) http://s29.postimg.org/ccwuob5w7/Screen_Shot_2014_02_06_at_10_05_50.png It is a passive joint but with two links attached on opposite sides. I tried several variants, but the links always fall off when moving away from the standard configuration 1 link ->...

here is the simple magnetic sensor.

it requires setting the magnetic vector for the current geographic location (default: {0,1,0})

http://dfiles.eu/files/m7mnv5kiu