Safe distance list: Type the distance move before and after the measurement.

Long spacer box: Type the distance of the first initial hit and the border of the hole.

Short spacer box: Type the distance of the hits for the surrounding plane and the border of the hole.

Long depth box: Type the depth for measurements with the shank.

Short depth box: Type the depth for the hits on the circle.

Start angle box: Type the start angle of the hit pattern.

Find spacer box: Type the search distance used to find the standard part.

Top plane spacer box: Type the distance from the edge where the top plane is measured.

Base spacer box: Type the distance from the base of the standard part where the base plane is measured.

Top clearance box: Type the distance from the top of the standard part where the points are measured.

Bottom clearance box: Type the distance from the bottom of the standard part where the points are measured.

Start angle box: Type the start angle of the hit pattern.

Start angle 2 box: When you measure a sphere, the "start angle 2" is the angle that starts from the top half where the hit pattern will be.

Span angle box: Define how wide an area is probed, starting at the start angle and going span angle degrees.

Select the standard part module used for measuring the feature.

Find artifact check box: When selected, search for the standard part using shank points.

Shank offset box: (This is available when the Find artifact check box is selected.) Type the offset from the tip.

Diameter box: Type the diameter of the standard part.

Small diameter box: Type the small diameter of the standard part cone.

Length box: Type the length of the standard part.

Pitch box: Type the pitch of the standard part.

Select the appropriate option in the Search hole list:

• Manual: When you select this option, you are asked to move the probe manually to the center of the hole. Then the feature is measured.

• Complete with shank: This option first measures the initial sample hit. The distance from the diameter is defined by the Long spacer setting. Then, the feature becomes centered with the shank measurement. The depth of this measurement is defined by the Long depth setting. Next, the plane is measured with three sample hits in the distance of the Short spacer entry to the diameter. The Short depth setting defines the depth of the feature measurement.

• Direct: This directly measures the feature. The following options appear:

• Check if stamped check box: This option is an optional additional expansion of the search hole routine. When you select this check box, the machine searches the hole in the vector direction for the selected distance. If the hole is found, it is measured; if it cannot be found, it is skipped. The skipped features appear as comments in reports when PC-DMIS is set up to store information in a format to be viewed textually.

• Show error check box: Select this check box if you want to interrupt the execution of the feature and display an error message when the hole is not stamped.

Relative measurement area with Single option

Relative measurement area with Multiple option

Pointcloud list: Select the pointcloud from which you want to extract the feature.

Max. deviation box: Type the maximum deviation between two points in the COP. If two points have a higher deviation, the extraction fails.

Max. distance box: Type the maximum distance between two points in the COP. If two points have a higher deviation, the extraction fails.

Avg. distance box: Type the average distance between two points in the COP. If the average distance is higher, the extraction fails.

Force computation check box: If you select this check box, the ESF tries to extract the feature even if you do not complete the other parameters in this area.

Offset 1 box: ESF uses the points between offset 1 and offset 2 to construct the plane for the feature this number of millimeters away from the hole.

Offset 2 box: ESF uses the points between offset 1 and offset 2 to construct the plane for the feature this number of millimeters away from the hole.

Offset 3 box: ESF uses the points between offset 1 and offset 2 to construct the plane for the feature this number of millimeters away from the hole.

Height 1, Height 2, and Height 3 boxes: The height at which the offsets are applied to the feature.

From above box: ESF uses only the points between the From above value from the top and the From below value from the bottom. Ensure that you correctly set the value for the Thickness option because ESF uses the thickness value for the calculation.

From below box: ESF uses only the points between the From above value from the top and the From below value from the bottom. Ensure that you correctly set the value for the Thickness option because ESF uses the thickness value for the calculation.

From above 1 box: ESF uses only the points between the From above 1 value from the top. Ensure that you correctly set the value for the Thickness option because ESF uses the thickness value for the calculation.

From above 2 box: ESF uses only the points between the From above 2 value from the top. Ensure that you correctly set the value for the Thickness option because ESF uses the thickness value for the calculation.

If you selected the optical nm measurement type, the From above and From below options do not appear. For this measurement type, ESF extracts the feature only from the surrounding plane.

Elevation box: Type the elevation of the feature.

Depth 1 and Depth 2 boxes: These values define an area from which the points in the COP will be taken. Depth 1 is the offset from the top. Depth 2 is the offset from the bottom of the sheetmetal (the thickness minus the value for Depth 2 from the top).