创建参数集

您可通过创建能够保存的参数集并使其可应用到测量例程中的任意叶片截面，在边界条件、距离、快速区和慢速区，以及叶片扫描对话框中的高级控制点区域为每个截面设置参数。

您可以保存并应用单截面和多截面参数集。

参数集保存测量单位。如果需要，您应用的参数集将将参数集转换为适当的单位。

单截面参数集

您可以创建一个单截面参数集，然后将其应用到任意叶片截面。参数集的名称与截面名称不匹配。

若要创建单截面参数集，请执行以下操作：

  1. 在截面区域中选择所需截面的复选框。设置截面参数。

  2. 右击选中的截面，然后选择导出参数集菜单选项。

  3. 命 名该参数集。PC-DMIS将参数集保存为.xml文件

  4. 将该参数集保存在指定位置。

要将参数集应用到另一截面，请执行以下操作：

  1. 在截面区域中，右击需要更新的截面。

  2. 选择导入参数集菜单选项。

以下是单节参数集的 .xml 文件示例。请注意，<SectionName> * </ SectionName> 中的“*”（星号）表示 PC-DMIS 将区域名称应用于“截面”区域中的所有区域。

<?xml version="1.0" encoding="utf-8"?>

<BladeScanSectionParameterSet xmlns:xsd="http://www.w3.org/2001/XMLSchema" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance">

<Unit>MM</Unit>

<BladeScanSections>

<BladeScanSection>

<SectionName>*</SectionName>

<BoundaryConditionType>1</BoundaryConditionType>

<BoundaryConditionCrossings>1</BoundaryConditionCrossings>

<BoundaryConditionRadius>2</BoundaryConditionRadius>

<LEOverlapDistance>1</LEOverlapDistance>

<TEOverlapDistance>2</TEOverlapDistance>

<ClearanceDistance>50</ClearanceDistance>

<FastSpeedZoneRadius>6</FastSpeedZoneRadius>

<FastSpeedZonePointDensity>1</FastSpeedZonePointDensity>

<FastSpeedZoneScanSpeed>13</FastSpeedZoneScanSpeed>

<SlowSpeedZoneSlowDownRadius>6</SlowSpeedZoneSlowDownRadius>

<SlowSpeedZonePointDensity>7</SlowSpeedZonePointDensity>

<SlowSpeedZoneScanSpeed>1.5</SlowSpeedZoneScanSpeed>

<SlowSpeedZoneIncreaseDensityRadiusPercentage>50</SlowSpeedZoneIncreaseDensityRadiusPercentage>

<ControlPoints>

<ControlPoint>

<BoundaryRadius>10</BoundaryRadius>

<PointDensity>1</PointDensity>

<ScanSpeed>2</ScanSpeed>

</ControlPoint>

<ControlPoint>

<BoundaryRadius>15</BoundaryRadius>

<PointDensity>3</PointDensity>

<ScanSpeed>4</ScanSpeed>

</ControlPoint>

</ControlPoints>

</BladeScanSection>

</BladeScanSections>

</BladeScanSectionParameterSet>

多截面参数集

您可以将多截面参数集应用于具有相同名称的截面。应用多截面参数集时，PC-DMIS匹配截面名称（例如A-A）并应用相应的参数。如果截面名称不匹配，则PC-DMIS将不会应用参数。

若要创建多截面参数集，请执行以下操作：

  1. 设置截面区域中所有截面的参数。

  2. 若要选择多个截面，请突出显示每个截面。

  3. 右击，然后选择导出参数集菜单选项。

  4. 命 名该参数集。PC-DMIS将参数集保存为.xml文件

  5. 将该参数集保存在指定位置。

将该参数集应用到一个或多个截面：

  1. 在截面区域中通过突出显示选择一个或多个截面。

  2. 右击选定的截面或需要更新的截面。

  3. 选择导入参数集菜单选项。

以下是多截面参数集的.xml文件的示例：

<?xml version="1.0" encoding="utf-8"?>

<BladeScanSectionParameterSet xmlns:xsd="http://www.w3.org/2001/XMLSchema" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance">

<Unit>MM</Unit>

<BladeScanSections>

<BladeScanSection>

<SectionName>A-A</SectionName>

<BoundaryConditionType>1</BoundaryConditionType>

<BoundaryConditionCrossings>1</BoundaryConditionCrossings>

<BoundaryConditionRadius>1</BoundaryConditionRadius>

<LEOverlapDistance>1</LEOverlapDistance>

<TEOverlapDistance>1</TEOverlapDistance>

<ClearanceDistance>50</ClearanceDistance>

<FastSpeedZoneRadius>6</FastSpeedZoneRadius>

<FastSpeedZonePointDensity>1</FastSpeedZonePointDensity>

<FastSpeedZoneScanSpeed>13</FastSpeedZoneScanSpeed>

<SlowSpeedZoneSlowDownRadius>6</SlowSpeedZoneSlowDownRadius>

<SlowSpeedZonePointDensity>7</SlowSpeedZonePointDensity>

<SlowSpeedZoneScanSpeed>1.5</SlowSpeedZoneScanSpeed>

<SlowSpeedZoneIncreaseDensityRadiusPercentage>50</SlowSpeedZoneIncreaseDensityRadiusPercentage>

<ControlPoints>

<ControlPoint>

<BoundaryRadius>10</BoundaryRadius>

<PointDensity>1</PointDensity>

<ScanSpeed>2</ScanSpeed>

</ControlPoint>

<ControlPoint>

<BoundaryRadius>15</BoundaryRadius>

<PointDensity>3</PointDensity>

<ScanSpeed>4</ScanSpeed>

</ControlPoint>

</ControlPoints>

</BladeScanSection>

<BladeScanSection>

<SectionName>B-B</SectionName>

<BoundaryConditionType>1</BoundaryConditionType>

<BoundaryConditionCrossings>1</BoundaryConditionCrossings>

<BoundaryConditionRadius>1</BoundaryConditionRadius>

<LEOverlapDistance>1</LEOverlapDistance>

<TEOverlapDistance>1</TEOverlapDistance>

<ClearanceDistance>50</ClearanceDistance>

<FastSpeedZoneRadius>6</FastSpeedZoneRadius>

<FastSpeedZonePointDensity>1</FastSpeedZonePointDensity>

<FastSpeedZoneScanSpeed>13</FastSpeedZoneScanSpeed>

<SlowSpeedZoneSlowDownRadius>6</SlowSpeedZoneSlowDownRadius>

<SlowSpeedZonePointDensity>7</SlowSpeedZonePointDensity>

<SlowSpeedZoneScanSpeed>1.5</SlowSpeedZoneScanSpeed>

<SlowSpeedZoneIncreaseDensityRadiusPercentage>50</SlowSpeedZoneIncreaseDensityRadiusPercentage>

<ControlPoints>

<ControlPoint>

<BoundaryRadius>10</BoundaryRadius>

<PointDensity>1</PointDensity>

<ScanSpeed>2</ScanSpeed>

</ControlPoint>

<ControlPoint>

<BoundaryRadius>15</BoundaryRadius>

<PointDensity>3</PointDensity>

<ScanSpeed>4</ScanSpeed>

</ControlPoint>

</ControlPoints>

</BladeScanSection>

<BladeScanSection>

<SectionName>C-C</SectionName>

<BoundaryConditionType>1</BoundaryConditionType>

<BoundaryConditionCrossings>1</BoundaryConditionCrossings>

<BoundaryConditionRadius>1</BoundaryConditionRadius>

<LEOverlapDistance>1</LEOverlapDistance>

<TEOverlapDistance>1</TEOverlapDistance>

<ClearanceDistance>50</ClearanceDistance>

<FastSpeedZoneRadius>6</FastSpeedZoneRadius>

<FastSpeedZonePointDensity>1</FastSpeedZonePointDensity>

<FastSpeedZoneScanSpeed>13</FastSpeedZoneScanSpeed>

<SlowSpeedZoneSlowDownRadius>6</SlowSpeedZoneSlowDownRadius>

<SlowSpeedZonePointDensity>7</SlowSpeedZonePointDensity>

<SlowSpeedZoneScanSpeed>1.5</SlowSpeedZoneScanSpeed>

<SlowSpeedZoneIncreaseDensityRadiusPercentage>50</SlowSpeedZoneIncreaseDensityRadiusPercentage>

<ControlPoints>

<ControlPoint>

<BoundaryRadius>10</BoundaryRadius>

<PointDensity>1</PointDensity>

<ScanSpeed>2</ScanSpeed>

</ControlPoint>

<ControlPoint>

<BoundaryRadius>15</BoundaryRadius>

<PointDensity>3</PointDensity>

<ScanSpeed>4</ScanSpeed>

</ControlPoint>

</ControlPoints>

</BladeScanSection>

</BladeScanSections>

</BladeScanSectionParameterSet>