Leica Geosystems TPS1100 Professional Series - Reference Manual - Manual (Page 49)

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TPS1100 - Appl. Prog. Ref. Manual 2.2.0en Stakeout
Choosing NONE, the program will
automatically proceed to the selected
"STAKEOUT METHOD" and bypass
the "COARSE POSITIONIG" method
after you selected a new stakeout
point.
StakeMode
Select the mode for "STAKEOUT ":
POLAR
STAKEOUT
see chapter "Polar
Stakeout"
ORTHOGONAL
STAKE
see chapter
"Orthogonal
Stakeout"
AUXILIARY
POINTS
see chapter
"Stakeout with
auxiliary points"
GRID
COORDINATES
see chapter
"Stakeout from
Coordinate
Differences"
Auto Pos.
Select positioning method.
(Motorized instruments only):
Off
Automatic positioning off
2D Positioning of the horizontal
drive
3D Positioning vertical and
horizontal drive
Ht. Offset
The height offset is added to the
design elevations of the points to
staked. CUT and FILL values refer to
the elevations modified by the offset.
The value can be changed only when
you are in this dialog.
Graphics
Choose additional graphic displays:
The graphics show the relative
positions of the station ( ), the
reflector ( + ) and the required point
( ).
Select Stakeout Method, continued
At the largest scale, the dimension of
the graphics represents an actual
value of about one metre. The scale
is automatically altered in steps (5m,
20m etc.) in accordance with the
distance of the reflector from the
required point.
These graphics are particularly
suitable for use in conjunction with
the RCS1000 remote-control system.
Depending on the particular
application, the control unit at the
target point can be moved towards
the station or away from it, or
orientated northwards or southwards.
The direction from the current station
(reflector) towards the required point
is then the true one, and the required
point can be quickly located by
moving the reflector in the direction
of the required point, as displayed in
the graphics.