12.迭代法建立坐标系实例1（6个矢量 点） ············22
13.迭代法建立坐标系实例2（3个 圆） ················23
14.迭代法建立坐标系实例3（圆+矢量 点） ············24
15.迭代法建立坐标系实例3（圆+槽+矢量 点） ·········25
16.最佳拟合建立零件坐标 系·························26
1.超级报告的用 途·································91
2.超级报告中各种命令的应 用······················92
3.Hyper-report的应用实例 1 ·······················95
4.Hyper-report的应用实例 2 ······················101
3.轴承内 圈 ······································68
4.曲线方 程 ······································75
5.子程序的应 用 ··································85
• 第5章：如何编制Hyper-report
5.Hyper-report的应用实例 3 ······················102
6.Hyper-report的应用实例 4 ······················103
7.Hyper-report的应用实例
5 ······················104
• 第6章：扫描P功C-能DM的IS应高用级编技程巧应用
和
END
IF ····································36
BLE········································ ··38
8.GOTO·····P·C·-·D·M·IS··高·级·编··程·应··用··················-2·-·· ···39
5.柱测针的定义及校 验·······························7
6.柱测针的注意事 项································8
7.星型测针的用 途···································9
6.星型测针的定义及校 验····························9
目录
• 第1章：特殊测头的校验
1.盘形测针的用 途···································4
2.盘测针的定义及校 验·······························4
3.盘测针的注意事 项································6
4.柱测针的用 途····································7
7.星型测针的注意事 项·····························10
6.五方向测针的用 途································11
7.五方向测针的定义及校 验·························11
8.五方向测针的注意事 项····························12
目录
17.
子
程
序·········································52
• 第4章：应用实例
1.齿 槽···········································5
4
2.无规则排列特征的测 量··························62
17.最佳拟合建立零件坐标系——拟和方 法·············27
18.最佳拟合建立零件坐标系实 例·····················28
• 第3章：编程语句
1.
编
程
语
句·······································29
2.
读
/
写
外
部
数
据················源自·················30
• 第2章：如何建立零件坐标系
1.建立坐标系的目的及方
法·························13
2.无CAD模型PC时-D3M-I2S-高1坐级标编程系应的用建
-1-
立···················14
目录
10.有CAD模型时基准点、基准圆迭代法建立零件坐标系··21
11.有CAD模型时基准圆、基准槽迭代法建立零件坐标系··21
6.选择在第1步中校验球形测针时所定义的 标准工具文件；
7.点击“测量”，开始进行测头的校正； 1> “是否校验所有测头？”，选择“是” 2>“是否已经移动标定工具或更改坐标 系零点？”，必须选择“否”
-3-
第1章：特殊测头的使用
• 盘形测针
盘形测针的用途
用来探测直径较大深孔的中心坐标 和直径等。由于其结构的原因，在 测量孔的直径时，精度会低于使用 球形测针的测量结果。但对中心坐 标的影响很小。 盘形测针的定义及校验（以Ф25盘测 杆为例） 1. 为 了 保 证 校 验 结 果 的 精 确 ， 先 校 验一个普通球型测杆，保持标准球 不移动； 2.卸下球测杆，换上盘型测杆； 3.新建一个测头文件； 4.在“测头说明”里选择测头组件： PH10MQ
CONCERT30MM_TO_M8THRD PROBE_TP20 EXTEN20MM TIP25BY3MMDISK ；
PC-DMIS 高级编程应用
-4-
盘形测针的校验
5.点击“测量”，打开测头校正对话框； 设置测头参数： 测点数：9 逼近距离/回退距离：4 移动速度：60 触测速度：2 校验模式： 选择“用户定义” 层数：2 起始角：-5 终止角：5
3.
循
环···········································3
2
4.WHILE
和
END
WHILE·······························34
5.ELSE
和
END
ELSE·································35
6.IF