(11) Input the angle to be staked
hen all
items are input, press [F4]
【
P
M
Stake Out Angle
】
tID
：
20
out, the program will compute
the line according to selected
distribution mode of misclosure,
then input the offset. W
iscls
：
End Arc
([OK]), and press [PT+] or
[PT-] to display each computed
line to be staked out.
Angle
：
0°00
′
00
″
Line
：
0.000 m
Offset
：
0.000 m
0SET PT+ PT- OK
(12) Input PtID of measurement
point and prism height,
collimate the prism center, and
press [F1] ([DIST]) to start
measurement, the program will
compute the stake-out offset
values between prism point and
stake-out point. The method to
stake out is referred to the
Program “5.6.2 Polar Stake
Out”.
※
1)
【
Stake Out Angle
】
PtID
：
21
R.HT
：
2.621 m
△
Hz
：
-20
°
00
′
00
″
△
：
-2.082 m
△
：
-0.019 m
Ⅰ
DIST RECORD NextPt
↓
(13) After finishing staking out
one point, press [F3] ([NextPt])
to return to Stake Out Angle
menu. Press [F3]([PT+]) or [F2]
([PT-]) to start staking out the
next point.
※
2).
[F3]
【
Stake Out Angle
】
PtID
：
20
Miscls
：
End Arc
Angle
：
0
°
00
′
00
″
Angle
：
0.000 m
Offset
：
0.000 m
0SET OK
※
1) To return to Reference Arc-Window, press [F3]([BACK]) in Key Page 2.
※
2) The method to stake out is referred to “5.6.2 Polar Stake Out” Program.
5.13 ROAD
This program enables you to easily define a line or curve or spiral as a reference for
measurements and stake outs. It supports chainages, as well as incremental stake-outs and offsets.
Before starting road design and stake-out, user should set job, station, and orientation first.
5.13.1 Define HZ Alignment
Horizontal alignment consists of the following elements: start point, line, curve and spiral.
【
Roads
】
F1 Define HZ Alignmen F1
t
F2 Define VT Alignment F2
F3 Stake Out Roads F3
136
Summary of Contents for STS-750
Page 6: ...6...
