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3—2计算机在宏观和微观几何形状量仪上的应用除了测量机以外,几何形状量仪是应用计算机比较成功的量仪之一,这是因为:1、这些几何形状误差检验结果都需要进行计算及数据处理。一般说来,这些计算的工作量都很大,例如,不圆柱度测量是一种比较能反映圆柱体配合质量的评定参数,由于不圆柱度误差是由不圆度误差和母线直线度误差二者在空间组合而成,这种组合需要进行大量的数据处理,例如:测量一个长度为500毫米的圆柱体一般需要处理512×10=5120个数据,所以,没有计算机是不行的。其它如不圆度计
3-2 Application of Computer to Macro and Micro Geometry Meter In addition to the measuring machine, the geometry meter is one of the most successful computer-based measuring instruments because: 1. These geometric error tests need to be performed Calculation and data processing. In general, these calculations are heavy workload, for example, non-cylindrical measurement is a more able to reflect the cylinder with the quality of the evaluation parameters, because the non-cylindrical error is caused by the non-circularity error and the bus straightness error two Are combined in space. This combination requires a lot of data processing. For example, measuring a cylinder with a length of 500 mm generally needs to process 512 × 10 = 5120 data. Therefore, it is not possible without a computer. Others such as non-circularity meter