Feature on the connector #4328
Replies: 1 comment 8 replies
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Disabling distanceTolerance with -1 would make that a connector can connect to any other connector even if very away. This is not realistic and doesn't correspond to any real device. Setting axisTolerance to π disables the axis constraint, so there is no need to add a -1 value for that. Finally, returning the strength applied to a connector doesn't seem realistic to me in: I don't know any real world device doing this. I would recommend you instead to use a special supervisor or physics plug-in to implement what you need. One of the main design principles of Webots is to model only realistic devices, e.g., devices that exist in the real world. Your proposal seems to go against this principle. |
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If those ideas seems relevant for Webots, I might try to implement at least the first one :
Could we say that a value of -1 on distanceTolerance (resp. axisTolerance) disable the check on angle (resp. on distance). I've some weird case where those limitation are not relevant for me... It should be easy, since it only to add "-1" to the correct range of value, and test for it in the two functions that check for angle and distance values.
Could we publish the current TensileStrength/ShearStrength on the lock ? That could be very useful for people trying to make decision on an instrumented locking system, able to provide feedback before eventually opening if anything is done.
Considering that those values are already computed by ODE, and used on Webots to check for limit, it should be just a matter of sending them to the controller.
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