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Disc probes are not meant to take hits on the flat sides. The software is adding the probe radius (disc radius) when taking that hit. So, the distance you are seeing is the disc radius plus the .001 retract.
If you want to experiment with taking hits like that, maybe you can turn off probe compensation?
MOVE/CLEARPLANE PNT1 =FEAT/CONTACT/VECTOR POINT/DEFAULT,CARTESIAN THEO/<0,0,38.5>,<0,0,1> ACTL/<-0.001,0.01,35.427>,<0,0,1> TARG/<0,0,38.5>,<0,0,1> SNAP=NO SHOW FEATURE PARAMETERS=NO SHOW CONTACT PARAMETERS=NO ASSIGN/V4=PNT1.Z+((PROBEDATA("DIAMETER","T1A0B0")/2)-0.75) F1 =GENERIC/POINT,DEPENDENT,CARTESIAN,$ NOM/XYZ,<0+0,0+0,38.5+0>,$ MEAS/XYZ,<0+0,0+0,V4>,$ NOM/IJK,<0+0,0+0,1+0>,$ MEAS/IJK,<0+0,0+0,1+0>
Disc probes are not meant to take hits on the flat sides. The software is adding the probe radius (disc radius) when taking that hit. So, the distance you are seeing is the disc radius plus the .001 retract.
If you want to experiment with taking hits like that, maybe you can turn off probe compensation?
MOVE/CLEARPLANE PNT1 =FEAT/CONTACT/VECTOR POINT/DEFAULT,CARTESIAN THEO/<0,0,38.5>,<0,0,1> ACTL/<-0.001,0.01,35.427>,<0,0,1> TARG/<0,0,38.5>,<0,0,1> SNAP=NO SHOW FEATURE PARAMETERS=NO SHOW CONTACT PARAMETERS=NO ASSIGN/V4=PNT1.Z+((PROBEDATA("DIAMETER","T1A0B0")/2)-0.75) F1 =GENERIC/POINT,DEPENDENT,CARTESIAN,$ NOM/XYZ,<0+0,0+0,38.5+0>,$ MEAS/XYZ,<0+0,0+0,V4>,$ NOM/IJK,<0+0,0+0,1+0>,$ MEAS/IJK,<0+0,0+0,1+0>
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