For the option: | Do the following: |
|---|---|
Force Name | Enter the name of the general force to modify. |
Action Part/ Action Marker | Change the action body or marker to which the force is applied. |
Reaction Part/ Reaction Marker | Change the reaction body or marker that receives the reaction forces. |
Reference Marker | Change the reference marker that indicates the direction of the force. |
Define Using | Enter how you want to define the force. Select: ■Vector Function (X,Y,Z) |
X Force/ Y Force/ Z Force/ AX Torque/ AY Torque/ AZ Torque | If you selected X,Y,Z Functions for Define Using, enter the following for each component of the force or torque: ■Constant force value ■Function expression To enter a function expression, next to the X Force / Y Force / Z Force / AX Torque / AY Torque / AZ Torque text box, select the More button to display the Function Builder. |
XYZ Force/ AXYZ Torque | If you selected Vector Function (X,Y,Z) for Define Using, enter the following for each component of the force or torque: ■Constant force value ■Function expression To enter a function expression, next to the XYZ Force / AXYZ Torque text box, select the More button to display the Function Builder. |
Parameters and ID | If you selected Subroutine for Define Using, enter the parameters to be passed to a user-written subroutine and the ID of the force being modified. |
Routine | Specify an alternative library and name for the user subroutine GFOSUB. Learn about specifying routines with ROUTINE Argument. |
Force Display | Set to whether you want to display force graphics for one of the parts, both, or none. By default, Adams View displays the force graphic on the action body. |
![]() | Select to add any comments about the variable to help you manage and identify it. See Comments. |
![]() | Select to create a force measure. Learn about creating Object Measures |