Roland Picza LPX-600, Руководство пользователя

Страница: 37 / 64


While viewing the preview, make the following settings, then start scanning.
Scanning pitch
Using a fine setting can reproduce details more accurately, but the amount of memory required increases,
and scanning takes longer time.
Scanning area
Specify the minimum area that allows the entire object to be scanned, thereby speeding up scanning
time.
Note: When [Set for Each Surface] is selected, you can set the scanning area and scanning pitch individu-
ally for each surface.
(The following settings are only for plane scanning.)
The number of scanning surfaces
You can specify from one to as many as six surfaces. It's a good idea to decide on the number of surfaces
to match the shape of the object.
Scanning angle
Specify the incident angle of the laser for each surface. It may be a good idea to set the preview to Top
View. When the object to be scanned has areas with cavities or voids, specify the angle that allows the
laser beam to pass through the cavities.
Settings for Scanning dialog box (Plane Scan)

When scanning ends, the results of scanning appear.

Go to "3-3 Performing Scanning," see "Checking the Scanning Results."
This changes to the surface
whose scanning angle you
want to set (plane scan only).
This sets the scanning angle
(plane scan only).
Clicking this button
starts scanning.
This displays the amount
of memory that scanning
requires.
Clicking the button displays
the estimated scanning time.
Selecting this check box
enables you to set the scan-
ning area and scanning pitch
individually for each surface.
This sets the scanning area.
During rotary scan, these set the
"Height Direction" and "Circumfer-
ential" pitch values.
This sets the number of scanning
surfaces (plane scan only).
This changes the orientation and
perspective for the preview.
These let you switch between Top View
and Front, and expand or reduce the
view.
This sets the scanning pitch.
During rotary scan, these make the set-
tings for "Height" and "Circumference."
3-3 Performing Scanning
35 3. Creating 3D Data