23
CAUTION:
Since the picture in edit mode is a three-dimensional model, but displayed on a two-dimen-
sional output medium, distortions can occur, on the edges of the pictures especially with a
badly piled up woodpile. For this reason, editing the polygon should always be done in the
middle of the picture. This area is highlighted in the following Figure 12.
Figure 12: Editing area in the normal and the enlarged view
NOTE:
With the area of the edited polygonal course, the woodpile face area is described so that when
multiplied by the grade length of the logs, a volume can be calculated. This volume corre-
sponds to the container volume of logs and trapped air, the forestry industry traditionally refers
to this as cubic measure. As a result, the outer position of the logs of the woodpile face contour
have some air pockets inside (Figure 11). For this reason, no attempt should be made to detect
every single “gap” or surface irregularity with the polygonal course (see illustration in Figure
10).
Entering the Woodpile ID
Only after a Woodpile ID has been entered by the user can a measurement be stored and sent
to the sScale™ server.
This Woodpile ID is independent of the internal, unique Woodpile ID.
Entering the Woodpile ID is done via button 2.2.7.5 Woodpile ID”. After pressing the
button,
a QWERTY keyboard appears. By pressing the “ALT” button, further special characters can be
called up.
TIP:
First enter the Woodpile ID after you are sure you have edited all other fields. Since this field
must be filled in, measurement without Woodpile ID cannot be accidentally completed.
NOTE:
If there are woodpile measurement jobs registered on the system, a corresponding selection
list appears after clicking on button 2.2.7.5 Woodpile ID”. You can select a Woodpile ID from
this by clicking on it. Here there are usually more administrative woodpile data stored.
3.2.4.
Completing and saving the measurement
Complete and save the measurement by pressing the 2.2.7.18 “Submit” button and then con-
firming in the following pop-up window. The measurement is transferred to the long-term
storage of the system and then sent to the central server.
Содержание sScale
Страница 2: ......
Страница 6: ......
Страница 9: ...3 Figure 3 Schematic structure of the sScale ...
Страница 26: ...20 Figure 9 Automatic generated polygonal course insufficient optimisation ...
Страница 27: ...21 Figure 10 Edited polygonal course excessive optimisation ...
Страница 28: ...22 Figure 11 Edited polygonal course adequate optimisation ...