Cancel
，（mm），，。
According to the sequence described in the figure, measure the distance
(mm) from the short line to the center line in turn, fill it in the table on the right,
and click OK to return to the main interface.
，“X”，X，（20 ，100mm，5mm），。，，，。
Step 3, click “Mark X Test Line”, the program marks a series of equal (20
equal parts for the size of the verification area, for example, if the verification
area is 100 mm, the standard distance between adjacent bisectrices is 5 mm)
short lines along the X-axis direction, and measures the distance between
each short line and the center line. If a certain interval is greater than the
standard equal distance, you need to increase the scale parameter distance; if
it is smaller than the standard equal distance, you need to decrease the scale
parameter.
，564.9，（6，7，8，9，10），529.9。2-13，“6”“7”。，“6”，
4.95，30.8。
For example, if the measured spacing between line 5 and line 6 in the figure is
4.9, (assuming that 6, 7, 8, 9 and 10 are correct), then the distance between
line 5 and the center line is 29.9. According to the data filled in Figure 2-13, this
value is between “6” and “7”. According to the above rules, we need to adjust
the data in the larger “6”, 4.9 is less than 5, so we need to reduce the original
value of 30.8.
10.3.4.2 Y Scale Parameter Adjustment in Y Direction
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