Adaptive Scan Lines 2018R1

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  • Adaptive Scan Lines 2018R1

    I have seen this happening a lot in my Programs. It seems to be happening just with the Scanned lines, when done in mm. writing the programs, all fine and dandy, after running the program. It Projects my lines away from the part, giving me false readings. Will share my Code to show you the after results. Depth on all features are 1.5 mm on my auto feature settings. If you notice the X value goes wacky toe-backy. X being my primary plane. where my scanned circle holds the value. Depth is set the same.

    Code:
    CIR11      =FEAT/CONTACT/CIRCLE/ADAPTIVE_CIRCLE_SCAN,CARTESIAN,IN,LEAST_SQR
                THEO/<40.5,0,0>,<1,0,0>,51
               ACTL/<40.5,-0.005,-0.032>,<1,0,0>,51.016
                TARG/<40.5,0,0>,<1,0,0>
                START ANG=270,END ANG=450
                ANGLE VEC=<0,0,-1>
                DIRECTION=CCW
                SHOW FEATURE PARAMETERS=NO
                SHOW CONTACT PARAMETERS=NO
    LIN9       =FEAT/CONTACT/LINE/ADAPTIVE_LINEAR_SCAN,CARTESIAN,UNBOUNDED
                THEO/<40.5,25.5,1.125>,<0,0,1>,<0,-1,0>,<-1,0,0>,44.95
               ACTL/<78.101,25.753,2.795>,<0,-0.0003722,0.9999999>,<0.0068002,-0.9999768,-0.0003722>,<-0.9999769,-0.0068002,-0.0000025>,41.5
                TARG/<40.5,25.5,1.125>,<0,0,1>,<0,-1,0>,<-1,0,0>
                SHOW FEATURE PARAMETERS=NO
                SHOW CONTACT PARAMETERS=NO
    LIN10      =FEAT/CONTACT/LINE/ADAPTIVE_LINEAR_SCAN,CARTESIAN,UNBOUNDED
                THEO/<40.5,-25.5,1.125>,<0,0,1>,<0,1,0>,<1,0,0>,44.95
               ACTL/<78.448,-25.264,2.798>,<0,-0.0002361,1>,<-0.0068005,0.9999768,0.0002361>,<0.9999769,0.0068005,0.0000016>,41.502
                TARG/<40.5,-25.5,1.125>,<0,0,1>,<0,1,0>,<1,0,0>
                SHOW FEATURE PARAMETERS=NO
                SHOW CONTACT PARAMETERS=NO
    problem.jpg

    Maybe look into this Don Ruggieri ?


    Last edited by KIRBSTER269; 05-23-2019, 09:14 AM.
    (In Memory of my Loving wife, "Ronda" who I lost March 7, 2016. I love you baby.)
    They say "Nobody's Perfect." I must be Nobody.

  • #2
    Here's another example with no depth added.

    problem2.jpg
    (In Memory of my Loving wife, "Ronda" who I lost March 7, 2016. I love you baby.)
    They say "Nobody's Perfect." I must be Nobody.

    Comment


    • #3
      Just turned the lines back into touch and ran part. There's my results. X value 40.5 stayed.



      Code:
      CIR11      =FEAT/CONTACT/CIRCLE/ADAPTIVE_CIRCLE_SCAN,CARTESIAN,IN,LEAST_SQR
                  THEO/<40.5,0,0>,<1,0,0>,51
                  ACTL/<40.5,-0.01,-0.03>,<1,0,0>,51.016
                  TARG/<40.5,0,0>,<1,0,0>
                  START ANG=270,END ANG=450
                  ANGLE VEC=<0,0,-1>
                  DIRECTION=CCW
                  SHOW FEATURE PARAMETERS=NO
                  SHOW CONTACT PARAMETERS=NO
      LIN9       =FEAT/CONTACT/LINE/DEFAULT,CARTESIAN,UNBOUNDED
                  THEO/<40.5,25.5,1.12>,<0,0,1>,<0,-1,0>,<1,0,0>,44.95
                  ACTL/<40.5,25.499,1.12>,<0,-0.0003413,0.9999999>,<0,-0.9999999,-0.0003413>,<1,0,0>,44.95
                  TARG/<40.5,25.5,1.12>,<0,0,1>,<0,-1,0>,<1,0,0>
                  SHOW FEATURE PARAMETERS=NO
                  SHOW CONTACT PARAMETERS=NO
      LIN10      =FEAT/CONTACT/LINE/DEFAULT,CARTESIAN,UNBOUNDED
                  THEO/<40.5,-25.5,1.12>,<0,0,1>,<0,1,0>,<1,0,0>,44.95
                  ACTL/<40.5,-25.518,1.122>,<0,-0.000233,1>,<0,1,0.000233>,<1,0,0>,44.95
                  TARG/<40.5,-25.5,1.12>,<0,0,1>,<0,1,0>,<1,0,0>
                  SHOW FEATURE PARAMETERS=NO
                  SHOW CONTACT PARAMETERS=NO
      (In Memory of my Loving wife, "Ronda" who I lost March 7, 2016. I love you baby.)
      They say "Nobody's Perfect." I must be Nobody.

      Comment


      • #4
        You could try assigning LIN9.XYZ, LIN9.SXYZ and LIN9.EXYZ., just to check values.
        Can you describe the tip that you use ? (length and diameter)

        Comment


        • KIRBSTER269
          KIRBSTER269 commented
          Editing a comment
          Sorry for the delay, HP-S-X1H_ 1X20X20, translation 1mm x 20mm with a 20mm extension

        • KIRBSTER269
          KIRBSTER269 commented
          Editing a comment
          Works for everything else on adaptive scanning

      • #5
        There's about 38 mm of difference along X, and 1.7 along Z : could it be the location of the tip attachment ? (a new kind of bug ?)

        Comment


        • KIRBSTER269
          KIRBSTER269 commented
          Editing a comment
          all I know at this point when I changed it back to TTP. Everything stuck the way it was suppose too. kinda irritating.

      • #6
        I tested this, confirmed the bug, recorded a video of my program creation and execution, then turned it over to the developers with the probe file and program.

        I will let you know when it is resolved. For now, I recommend that you either use the default measurement routine in the autofeatures, or use one of the Advanced scans.
        Just an update this is the last thing I heard about this issue

        processing[1].gif
        (In Memory of my Loving wife, "Ronda" who I lost March 7, 2016. I love you baby.)
        They say "Nobody's Perfect." I must be Nobody.

        Comment


        • #7
          Code:
          CYL4       =FEAT/CONTACT/CYLINDER/ADAPTIVE_CYLINDER_CONCENTRIC_CIRCLE_SCAN,CARTESIAN,IN,LEAST_SQR
                      THEO/<-0.02,-0.219,-0.115>,<1,0,0>,0.068,0.06
                      ACTL/<-0.02,-0.2204,-0.1154>,<0.999946,0.0054583,-0.0088377>,0.0692,0.06
                      TARG/<-0.02,-0.219,-0.115>,<1,0,0>
                      START ANG=0,END ANG=360
                      ANGLE VEC=<0,0,-1>
                      DIRECTION=CCW
                      SHOW FEATURE PARAMETERS=NO
                      SHOW CONTACT PARAMETERS=NO
          CON3       =FEAT/CONTACT/CONE/ADAPTIVE_CONE_CONCENTRIC_CIRCLE_SCAN,CARTESIAN,IN
                      THEO/<0,-0.219,-0.115>,<1,0,0.0000005>,14,-0.02,0.073
                      ACTL/<-12.0984,-0.756,0.0382>,<0.9989376,0.0443023,-0.012691>,9.2168,-0.022,0.0719
                      TARG/<0,-0.219,-0.115>,<1,0,0.0000005>
                      START ANG=0,END ANG=360
                      ANGLE VEC=<0.0000005,0,-1>
                      SHOW FEATURE PARAMETERS=NO
                      SHOW CONTACT PARAMETERS=NO
          CYL5       =FEAT/CONTACT/CYLINDER/ADAPTIVE_CYLINDER_CONCENTRIC_CIRCLE_SCAN,CARTESIAN,IN,LEAST_SQR
                      THEO/<-0.02,-0.114,-0.218>,<1,0,0>,0.068,0.06
                      ACTL/<-0.02,-0.1143,-0.2186>,<0.9999705,-0.0075153,0.0015584>,0.0692,0.06
                      TARG/<-0.02,-0.114,-0.218>,<1,0,0>
                      START ANG=0,END ANG=360
                      ANGLE VEC=<0,0,-1>
                      DIRECTION=CCW
                      SHOW FEATURE PARAMETERS=NO
                      SHOW CONTACT PARAMETERS=NO
          CON4       =FEAT/CONTACT/CONE/ADAPTIVE_CONE_CONCENTRIC_CIRCLE_SCAN,CARTESIAN,IN
                      THEO/<0,-0.114,-0.218>,<1,0.0000002,0>,14,-0.02,0.073
                      ACTL/<-10.9429,0.0516,-0.3909>,<0.9997605,-0.0151805,0.0157612>,9.0095,-0.0206,0.0717
                      TARG/<0,-0.114,-0.218>,<1,0.0000002,0>
                      START ANG=0,END ANG=360
                      ANGLE VEC=<0,0,-1>
                      SHOW FEATURE PARAMETERS=NO
                      SHOW CONTACT PARAMETERS=NO
          Well more wonderful crap from these Adaptive scans this time Cones. This is getting old, especially, when the solution is use touch instead of scan. cylinders are good but the cones are not
          (In Memory of my Loving wife, "Ronda" who I lost March 7, 2016. I love you baby.)
          They say "Nobody's Perfect." I must be Nobody.

          Comment

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