请各位高手指导下： 我想学习，如何用程序命令，只要输入电极的长，宽，高和总高的尺寸 ，就可以实现不现规格电极的通用量测程序的？我看到过别人有用这样程序，就是看不懂，不知道那些命令如何去实现的？？ 变量程序哪里有学的？我是菜鸟，请高手指教！！！ 非常感谢！！！

:D :D 没测过类似的零件 .:~

铜公检测有通用程序吗？我每次测铜公除非是同一种，否则每测量一次就新编一次程序。

电极检测我们这用的就是通用程序！不知道你们那是什么样的需检测哪些？

没测过电极 铜公，但有用通用程序检测其他的零件，方法其实都一样的

我们的电极就是有大有小，不能实现比较快速的测量，量也很大，每个都要用手动坐标去找电极位置，而且检测报告还不能直接打出来，超麻烦的！！！

以下程序希望对你有帮助，如果没有帮助，还请一笑而过。。。 STARTUP =ALIGNMENT/START,RECALL:,LIST=YES ALIGNMENT/END MODE/MANUAL FORMAT/TEXT,OPTIONS, ,HEADINGS,SYMBOLS, ;NOM,TOL,MEAS,DEV,OUTTOL, , LOADPROBE/ROMER_PROBE7 TIP/TIP1, SHANKIJK=0, 0, 1, ANGLE=-90 PLN1 =FEAT/PLANE,CARTESIAN,TRIANGLE THEO/<9.985,-12.909,0>,<0,0,1> ACTL/<9.985,-12.909,0>,<0,0,1> MEAS/PLANE,3 HIT/BASIC,NORMAL,D=0,<9.396,23.869,0>,<0,0,1>,<9.396,23.869,0>,USE THEO = YES HIT/BASIC,NORMAL,D=0,<-9.601,-28.533,0>,<0,0,1>,<-9.601,-28.533,0>,USE THEO = YES HIT/BASIC,NORMAL,D=0,<30.161,-34.063,0>,<0,0,1>,<30.161,-34.063,0>,USE THEO = YES ENDMEAS/ LIN1 =FEAT/LINE,CARTESIAN,UNBOUNDED THEO/<-39.957,-50,-9.06>,<1,0,0> ACTL/<-39.957,-50,-9.06>,<1,0,0> MEAS/LINE,2,WORKPLANE HIT/BASIC,NORMAL,<-39.957,-50,-8.991>,<0,-1,0>,<-39.957,-50,-8.991>,USE THEO = YES HIT/BASIC,NORMAL,<38.728,-50,-9.128>,<0,-1,0>,<38.728,-50,-9.128>,USE THEO = YES ENDMEAS/ PNT1 =FEAT/POINT,CARTESIAN THEO/<50,-4.051,-8.985>,<1,0,0> ACTL/<50,-4.051,-8.985>,<1,0,0> MEAS/POINT,1 HIT/BASIC,NORMAL,<50,-4.051,-8.985>,<1,0,0>,<50,-4.051,-8.985>,USE THEO = YES ENDMEAS/ A1 =ALIGNMENT/START,RECALL:STARTUP,LIST=YES ALIGNMENT/LEVEL,ZPLUS,PLN1 ALIGNMENT/ROTATE,XPLUS,TO,LIN1,ABOUT,ZPLUS ALIGNMENT/TRANS,ZAXIS,PLN1 ALIGNMENT/TRANS,YAXIS,LIN1 ALIGNMENT/TRANS,XAXIS,PNT1 ALIGNMENT/END C1 =COMMENT/INPUT,NO,'请输入X的长度！' C2 =COMMENT/INPUT,NO,'请输入Y的长度！' C3 =COMMENT/INPUT,NO,'请输入Z的长度！' COMMENT/OPER,YES,您的工件最大外形尺寸： , ,X值为： , C1.INPUT ,Y值为： , C2.INPUT ,Z值为： , C3.INPUT , ,以上信息确认无误请点“确定”继续测量； ,点“取消”终止测量。 , MODE/DCC CLEARP/ZPLUS,C3.INPUT+20,ZPLUS,0,ON MOVE/CLEARPLANE PNT2 =FEAT/CONTACT/VECTOR POINT,CARTESIAN THEO/<-91.213,0,-7.915>,<0,-1,0> ACTL/<-98,0,-2>,<0,-1,0> TARG/<-(C1.INPUT-2),0,-2>,<0,-1,0> SNAP=NO SHOW ADVANCED MEASUREMENT OPTIONS=NO SHOW_CONTACT_PARAMETERS=NO MOVE/CLEARPLANE PNT3 =FEAT/CONTACT/VECTOR POINT,CARTESIAN THEO/<-91.213,0,-7.915>,<0,-1,0> ACTL/<-2,0,-2>,<0,-1,0> TARG/<-2,0,-2>,<0,-1,0> SNAP=NO SHOW ADVANCED MEASUREMENT OPTIONS=NO SHOW_CONTACT_PARAMETERS=NO MOVE/CLEARPLANE PNT4 =FEAT/CONTACT/VECTOR POINT,CARTESIAN THEO/<-91.213,0,-7.915>,<1,0,0> ACTL/<0,2,-2>,<1,0,0> TARG/<0,2,-2>,<1,0,0> SNAP=NO SHOW ADVANCED MEASUREMENT OPTIONS=NO SHOW_CONTACT_PARAMETERS=NO MOVE/CLEARPLANE PNT5 =FEAT/CONTACT/VECTOR POINT,CARTESIAN THEO/<-91.213,0,-7.915>,<1,0,0> ACTL/<0,98,-2>,<1,0,0> TARG/<0,C2.INPUT-2,-2>,<1,0,0> SNAP=NO SHOW ADVANCED MEASUREMENT OPTIONS=NO SHOW_CONTACT_PARAMETERS=NO MOVE/CLEARPLANE PNT6 =FEAT/CONTACT/VECTOR POINT,CARTESIAN THEO/<-91.213,0,-7.915>,<0,1,0> ACTL/<-2,100,-2>,<0,1,0> TARG/<-2,C2.INPUT,-2>,<0,1,0> SNAP=NO SHOW ADVANCED MEASUREMENT OPTIONS=NO SHOW_CONTACT_PARAMETERS=NO MOVE/CLEARPLANE PNT7 =FEAT/CONTACT/VECTOR POINT,CARTESIAN THEO/<-91.213,0,-7.915>,<0,1,0> ACTL/<-98,100,-2>,<0,1,0> TARG/<-(C1.INPUT-2),C2.INPUT,-2>,<0,1,0> SNAP=NO SHOW ADVANCED MEASUREMENT OPTIONS=NO SHOW_CONTACT_PARAMETERS=NO MOVE/CLEARPLANE PNT8 =FEAT/CONTACT/VECTOR POINT,CARTESIAN THEO/<-91.213,0,-7.915>,<-1,0,0> ACTL/<-100,98,-2>,<-1,0,0> TARG/<(0-C1.INPUT),C2.INPUT-2,-2>,<-1,0,0> SNAP=NO SHOW ADVANCED MEASUREMENT OPTIONS=NO SHOW_CONTACT_PARAMETERS=NO MOVE/CLEARPLANE PNT9 =FEAT/CONTACT/VECTOR POINT,CARTESIAN THEO/<-91.213,0,-7.915>,<-1,0,0> ACTL/<-100,2,-2>,<-1,0,0> TARG/<(0-C1.INPUT),2,-2>,<-1,0,0> SNAP=NO SHOW ADVANCED MEASUREMENT OPTIONS=NO SHOW_CONTACT_PARAMETERS=NO MOVE/CLEARPLANE PNT10 =FEAT/CONTACT/VECTOR POINT,CARTESIAN THEO/<-91.213,0,-7.915>,<0,0,1> ACTL/<-98,2,0>,<0,0,1> TARG/<-(C1.INPUT-2),2,0>,<0,0,1> SNAP=NO SHOW ADVANCED MEASUREMENT OPTIONS=NO SHOW_CONTACT_PARAMETERS=NO MOVE/CLEARPLANE PNT11 =FEAT/CONTACT/VECTOR POINT,CARTESIAN THEO/<-91.213,0,-7.915>,<0,0,1> ACTL/<-2,2,0>,<0,0,1> TARG/<-2,2,0>,<0,0,1> SNAP=NO SHOW ADVANCED MEASUREMENT OPTIONS=NO SHOW_CONTACT_PARAMETERS=NO MOVE/CLEARPLANE PNT12 =FEAT/CONTACT/VECTOR POINT,CARTESIAN THEO/<-91.213,0,-7.915>,<0,0,1> ACTL/<-2,98,0>,<0,0,1> TARG/<-2,C2.INPUT-2,0>,<0,0,1> SNAP=NO SHOW ADVANCED MEASUREMENT OPTIONS=NO SHOW_CONTACT_PARAMETERS=NO MOVE/CLEARPLANE PNT13 =FEAT/CONTACT/VECTOR POINT,CARTESIAN THEO/<-91.213,0,-7.915>,<0,0,1> ACTL/<-98,98,0>,<0,0,1> TARG/<-(C1.INPUT-2),C2.INPUT-2,0>,<0,0,1> SNAP=NO SHOW ADVANCED MEASUREMENT OPTIONS=NO SHOW_CONTACT_PARAMETERS=NO PLN2 =FEAT/PLANE,CARTESIAN,TRIANGLE,NO THEO/<-50,50,0>,<0,0,1> ACTL/<-50,50,0>,<0,0,1> CONSTR/PLANE,BF,PNT10,PNT11,PNT12,PNT13,, OUTLIER_REMOVAL/OFF,3 FILTER/OFF,WAVELENGTH=0 LIN2 =FEAT/LINE,CARTESIAN,UNBOUNDED,NO THEO/<-50,50,0>,<0,0,1> ACTL/<-98,0,-2>,<1,0,0> CONSTR/LINE,BF,2D,PNT2,PNT3,, OUTLIER_REMOVAL/OFF,3 FILTER/OFF,WAVELENGTH=0 LIN3 =FEAT/LINE,CARTESIAN,UNBOUNDED,NO THEO/<-50,50,0>,<0,0,1> ACTL/<0,2,-2>,<0,1,0> CONSTR/LINE,BF,2D,PNT4,PNT5,, OUTLIER_REMOVAL/OFF,3 FILTER/OFF,WAVELENGTH=0 LIN4 =FEAT/LINE,CARTESIAN,UNBOUNDED,NO THEO/<-50,50,0>,<0,0,1> ACTL/<-98,100,-2>,<1,0,0> CONSTR/LINE,BF,2D,PNT6,PNT7,, OUTLIER_REMOVAL/OFF,3 FILTER/OFF,WAVELENGTH=0 LIN5 =FEAT/LINE,CARTESIAN,UNBOUNDED,NO THEO/<-50,50,0>,<0,0,1> ACTL/<-100,2,-2>,<0,1,0> CONSTR/LINE,BF,2D,PNT8,PNT9,, OUTLIER_REMOVAL/OFF,3 FILTER/OFF,WAVELENGTH=0 LIN6 =FEAT/LINE,CARTESIAN,UNBOUNDED,NO THEO/<-50,50,0>,<0,0,1> ACTL/<-98,50,-2>,<1,0,0> CONSTR/LINE,MID,LIN2,LIN4 LIN7 =FEAT/LINE,CARTESIAN,UNBOUNDED,NO THEO/<-50,50,0>,<0,0,1> ACTL/<-50,2,-2>,<0,1,0> CONSTR/LINE,MID,LIN3,LIN5 PNT14 =FEAT/POINT,CARTESIAN,NO THEO/<-50,50,0>,<0,0,1> ACTL/<-50,50,-2>,<1,0,0> CONSTR/POINT,INT,LIN6,LIN7 A2 =ALIGNMENT/START,RECALL:A1,LIST=YES ALIGNMENT/LEVEL,ZPLUS,PLN2 ALIGNMENT/ROTATE,XPLUS,TO,LIN6,ABOUT,ZPLUS ALIGNMENT/TRANS,XAXIS,PNT14 ALIGNMENT/TRANS,YAXIS,PNT14 ALIGNMENT/TRANS,ZAXIS,PLN2 ALIGNMENT/END [attachimg]937[/attachimg][attachimg]938[/attachimg]

学习，学习，挺好的。

谢谢你的程序，辛苦了，我看了，受益匪浅，学习了，现在明白了那赋值确是很有用哦，希望你们多指教！！！:Z :Z :Z

这个是最简单的，我还有很复杂的东东搞不懂，到论坛里求教，可有些人不愿相告，还冷嘲热讽的，呵呵