Corrected from:
Library: L_TS2P_TechModulesSynchronizingCamming (from V3.26.0) (Update via EASY Package-Manager)
Response of the new version:
The cam curve continues to be scaled even if the scaling factor is set from lrSetScalingX = 0 to lrSetScalingX = 1.
What happens?
The TM FlexCam does not move the selected cam.
When does the behaviour occur?
While a curve is being traced(eTMState = CAMMING), the scaling factor of lrSetScalingX = 0 is set. Then the conductance is stopped and the scaling factor lrSetScalingX = 1 is set.
Which products are affected?
TM FlexCAM (L_TS2P_FlexCAMState from library L_TS2P_TechModulesSynchronizingCamming)
TM FlexCAM (L_TT1P_FlexCAM (Base, State) from library L_TT1P_TechnologyModules_LM)
Short-term measures:
The setting lrSetScalingX = 0 should be avoided.
Evaluation / recommendations:
The ice setting lrSetScalingX = 0 leads to the scaling of the x-axis to the length = 0. The invalid scaling of the x-axis to the standing conductance value leads to an invalid state within the TM. The scaling value for the x-axis should always be selected greater than 0.
Automatic Translation
