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One good practice is to study different methods on a ring gauge, number of hits, clockwise, anticlockwise, pre hit / retracts, touch speed's, probe size, touch trigger, scanning etc. Then check the results against the calibrated ring size.
The problem with using a ring gauge is that it doesn't take into account the process used to create the circle. If the circle is produced using a sand casting you will use way more touches than if it was made using a grinding operation.
CIR1 =FEAT/CONTACT/CIRCLE/ADAPTIVE_CIRCLE_SCAN,CARTESIAN,IN,LEAST_SQR THEO/<35.291,32.983,-0.55>,<0,0,1>,6 ACTL/<35.291,32.983,-0.55>,<0,0,1>,6 TARG/<35.291,32.983,-0.55>,<0,0,1> START ANG=0,END ANG=180 ANGLE VEC=<1,0,0> DIRECTION=CCW SHOW FEATURE PARAMETERS=NO SHOW CONTACT PARAMETERS=NO CIR2 =FEAT/CONTACT/CIRCLE/ADAPTIVE_CIRCLE_SCAN,CARTESIAN,IN,LEAST_SQR THEO/<35.291,32.983,-0.55>,<0,0,1>,6 ACTL/<35.291,32.983,-0.55>,<0,0,1>,6 TARG/<35.291,32.983,-0.55>,<0,0,1> START ANG=180,END ANG=360 ANGLE VEC=<1,0,0> DIRECTION=CCW SHOW FEATURE PARAMETERS=NO SHOW CONTACT PARAMETERS=NO WORKPLANE/ZPLUS CIR3 =FEAT/CIRCLE,CARTESIAN,IN,LEAST_SQR,NO THEO/<35.291,32.983,-5.55>,<0,0,1>,6 ACTL/<35.291,32.983,-5.55>,<0,0,1>,6 CONSTR/CIRCLE,BFRE,2D,CIR1.HIT[..],CIR2.HIT[..],, OUTLIER_REMOVAL/OFF,3 FILTER/OFF,UPR=0 SCN3 =FEAT/SET,CARTESIAN THEO/<35.291,32.983,-5.55>,<0,0,1> ACTL/<35.291,32.983,-5.55>,<0,0,1> CONSTR/SET,FILTER,GAUSSIAN,POLAR,CIR3, FILTER/ON,WIDTH=1,UPR=50,OUTLIER_REMOVAL/ON,3
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