How to output the radial dimensions from circle scan

First, the radius of each point of the scan depends on the algo used to construct the circle (the center of the circle is different between different constructions).

The radius of a point is the distance between the point and the center so you have to construct a circle (CIR1) from the scan (SCN1) :

ASSIGN/V1=SQRT(DOT(SCN1.HIT[1..SCN1.NUMHITS].XYZ-CIR1.XYZ,SCN1.HIT[1..SCN1.NUMHITS].XYZ-CIR1.XYZ))

If the tolerance on the radius is ±T1, then :

ASSIGN/TOL_PLUS=CIR1.TR+T1

ASSIGN/TOL_MINUS=CIR1.TR-T1

ASSIGN/POINTS_PLUS=MAXINDICES((V1-TOL_PLUS)-ABS(V1-TOL_PLUS))...........................points OOT+

ASSIGN/V2=SUM(((V1-TOL_PLUS)-ABS(V1-TOL_PLUS))/((V1-TOL_PLUS)-ABS(V1-TOL_PLUS)))........number of points OOT+

ASSIGN/POINTS_MINUS=MAXINDICES((TOL_MINUS-V1)-ABS(TOL_MINUS-V1))...........................points OOT-

ASSIGN/V3=SUM((TOL_MINUS-V1)-ABS(TOL_MINUS-V1))/((TOL_MINUS-V1)-ABS(TOL_MINUS-V1)))........number of points OOT-

Then , you can create 2 loops V4 and V5 to create generic points from SCN1.HIT[POINT_PLUS[V4]].XYZ and SCN1.HIT[POINT_MINUS[V5]].XYZ, hopping there's not too much OOT hits...

Thank you, I'll give it a shot

Thank you, I'll give it a shot