I am trying to extract information about the contact incidents in Adams, in order to exact the times at wich more than 1 gear tooth pair of an involute gear model come into contact. I understand that after the simulation, I can look at the contact incidents and tracks, but if possible, I'd like to be able to extract the incidents during simulation, in the form of measurements.
I see. To be honest the split geometry contact scenario would not suit my case, as I would also like to make the contacting bodies flexible at a later stage.
I have been trying to set up a user_defined_subroutine for a couple of months now for this specific case, but I had no luck in figuring out how to actually set up the functions before compiling them to a dll, or how to couple that dll with Adams. I have also previously asked a relative question here (I believe Henrik had answered me at the time)
I don't know if I have acces to direct support, but would it be possible to arrange an online call, to explain to me how to set-up the user defined functions and subroutines? If not, is it possible that I am presented with an example of working code, i.e. the functions contained in the dll, the custom solver(that if I am not mistaken is created during coupling with the dll) and a benchmark case model. I would like to examine how the function inputs and outputs are passed to and from Adams since as far as I can tell, both the CNFSUB and all other indented functions (like c_impact) are defined as void.
I see. To be honest the split geometry contact scenario would not suit my case, as I would also like to make the contacting bodies flexible at a later stage.
I have been trying to set up a user_defined_subroutine for a couple of months now for this specific case, but I had no luck in figuring out how to actually set up the functions before compiling them to a dll, or how to couple that dll with Adams. I have also previously asked a relative question here (I believe Henrik had answered me at the time)
I don't know if I have acces to direct support, but would it be possible to arrange an online call, to explain to me how to set-up the user defined functions and subroutines? If not, is it possible that I am presented with an example of working code, i.e. the functions contained in the dll, the custom solver(that if I am not mistaken is created during coupling with the dll) and a benchmark case model. I would like to examine how the function inputs and outputs are passed to and from Adams since as far as I can tell, both the CNFSUB and all other indented functions (like c_impact) are defined as void.