MICRO-EPSILON reflectCONTROL RCS, Инструкция по эксплуатации

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Working with 3DInspect
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- Adapt surface colors…: You can vary the selected color palette and adapt it to your needs (see
Fig. 3.29). The target color value will be stretched between the upper and lower limit. The color
values outside the upper and lower limit will be shrunk.

Active: Activate the stretching of the color palette. The automatic color scaling must be de-
activated (see below).

Auto color scaling: Use this parameter in order to deactivate the automatic color scaling.
This parameter is identical to the correspondent parameter in the main view (see Chapter
3.8 , Color scaling (2D/3D View))

Max: The upper limit of the stretched target color value.

Target: The target color value is stretched between the upper and lower limit.

Min: The lower limit of the stretched target color value.
Fig. 3.29: "Adapt colors" dialog box
- Single surface color: Instead of a predefined color palette, you may use a single surface color for
the texture in the 3D-View.
- Background: Select the background color of the 3D-View.
- Backside color: You may use a separate surface color for the backside of the point cloud.
- Invalid values (2D-View): Select the color of invalid values in the 2D-View.
- Reference plane: Select the color of the reference plane in the 3D-View.
- Out of range values: Select how the values, whose Z coordinates are outside the scaling selected
in the input field "z scaling (3D-View)", should be displayed.

hide: Values are not displayed.

show saturated: Values are displayed saturated.

show: Values are displayed unchanged.
- Show invalid values: This parameter is used to display invalid values in the 3D-View.
- Profiles: With this parameter you select the display method for the 3D-View.

points: Individual points in the point cloud are displayed.

lines: Lines are shown.

triangles: Surface parts are shown which are formed by triangles. The corner points of the
triangles are calculated using the points in the point cloud which are located directly adja-
cent to one another.
Points Lines Triangles
Fig. 3.30: Display methods for the 3D-View