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Curve

I am using an Optiv 543. Using the camera, I am trying to create a curve to use for a 2d profile. I managed to use auto profile 2d to measure a curve, but when I plug that curve into the line profile characteristic. I get no deviation, and there should be at least .001" Also the curve I did measure would have <50% point coverage on High. I would get 100% point coverage on Low.
Parents
  • Circles and lines can be constructed by the "Scan segment" method, where you can give approximate start and end coordinates. Arbitrary curves can be constructed from selected hits of a scan - in 2017 and later you can click on four individual points of the scan to generate the command, and then adjust the hit numbers in the Edit Window.



    Change
    CRV1       =FEAT/CURVE,DEPENDENT,6,4,TOLERANCE,0.01
                THEO/8.75
                MEAS/8.75
                CONSTR/CURVE,SCN1.HIT[42..42],SCN1.HIT[53..53],SCN1.HIT[64..64],SCN1.HIT[77..77],,
    

    to
    CRV1       =FEAT/CURVE,DEPENDENT,6,4,TOLERANCE,0.01
                THEO/8.75
                MEAS/8.75
                CONSTR/CURVE,SCN1.HIT[42..77],,
    


    Do note that the hit numbers need to be changed if you change the density of the scan!
Reply
  • Circles and lines can be constructed by the "Scan segment" method, where you can give approximate start and end coordinates. Arbitrary curves can be constructed from selected hits of a scan - in 2017 and later you can click on four individual points of the scan to generate the command, and then adjust the hit numbers in the Edit Window.



    Change
    CRV1       =FEAT/CURVE,DEPENDENT,6,4,TOLERANCE,0.01
                THEO/8.75
                MEAS/8.75
                CONSTR/CURVE,SCN1.HIT[42..42],SCN1.HIT[53..53],SCN1.HIT[64..64],SCN1.HIT[77..77],,
    

    to
    CRV1       =FEAT/CURVE,DEPENDENT,6,4,TOLERANCE,0.01
                THEO/8.75
                MEAS/8.75
                CONSTR/CURVE,SCN1.HIT[42..77],,
    


    Do note that the hit numbers need to be changed if you change the density of the scan!
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