Leica Geosystems TPS1100 Professional Series - Reference Manual - Manual (Page 244)

244
TPS1100 - Appl. Prog. Ref. Manual 2.2.0en Auto Record
Introduction
Auto Record
Configuration Options
Feature coding may be added to the
recorded data as necessary, while
the program continues to operate. It
is not necessary to exit the program
in order to input and record feature
coding information.
Automatic recording may be
triggered by the current distance from
the last recorded position, the time
elapsed since the last recorded
position, the prism remaining
stationary for a specified length of
time, or any combination of the above
factors. When a combination of
factors is specified, a position is
recorded as soon as any one of the
factors is satisfied. At any time, a
position may be recorded manually
by pressing a single button.
Whenever a position is recorded,
manually or automatically, all
currently active factors are "reset"
and begin counting anew for the next
automatically recorded position.
Before using the Auto Record
program the first time, you must
select the mode or modes and define
the interval or intervals you wish to
use to control the automatic
recording process.
When you start the program, the
AREC\ MEASUREMENT dialog will
be displayed.
To access the AREC\
CONFIGURATION
dialog.
AREC\ Auto Record
Point Id : 2
Point Code: -----
Refl. Ht. : 1.200 m
Hz : 200.0000 g
V : 100.0000 g
Horiz Dist: 10.000 m
ALL DIST REC START TARGT
MC
CONF I<>II QUIT
QUIT
This manual describes the "AUTO
RECORD" program of the TPS1100
instruments.
The program automates the
recording of field measurement data
and is designed especially for
TPS1100 instruments with ATR. The
program does not require the use of
a 360° prism, but the 360° prism
does facilitate the field work by
avoiding the need to keep the prism
oriented toward the TPS1100
instrument. Once the program
configuration has been set in
accordance with the requirements of
the particular survey being
performed, and tracking mode
measurements started, positions will
be automatically measured and
recorded with no further operator
input.