Leisure Time LX20 Manuel D’Utilisation
PC keyboard, this will move the LX200 North, South, East, or West
respectively. Press the space bar on the PC keyboard to stop.
Press X to exit the program.
respectively. Press the space bar on the PC keyboard to stop.
Press X to exit the program.
If the LX200 does not respond to the N, S, E, or W keys, be sure
the CAPSLOCK is OFF. If it still does not work, check the PC
serial port pinouts of your computer to be sure they are wired
correctly to the LX200 6-line connector.
the CAPSLOCK is OFF. If it still does not work, check the PC
serial port pinouts of your computer to be sure they are wired
correctly to the LX200 6-line connector.
With a successful check-out of the PC link with the LX200 using
LX200 TEST, you are now ready to write your own software
program using the LX200 Command Set, or to use the sample
program called "DEMO" that is written in Quick Basic software
language.
LX200 TEST, you are now ready to write your own software
program using the LX200 Command Set, or to use the sample
program called "DEMO" that is written in Quick Basic software
language.
3. LX200 Command Set
Intended for professional programmers, the LX200 Command Set
is used to write custom software for remote operation of the
telescope with a PC. Each command is listed in a section
appropriate to its type. Each entry in the command list includes the
command name, any parameters, any return values, and a
description. The parameters and the return data are shown in a
manner that indicates their format. These formats are listed below
along with examples of how the data might actually appear, the
legal range of values, and a short description. Below is a detailed
description:
is used to write custom software for remote operation of the
telescope with a PC. Each command is listed in a section
appropriate to its type. Each entry in the command list includes the
command name, any parameters, any return values, and a
description. The parameters and the return data are shown in a
manner that indicates their format. These formats are listed below
along with examples of how the data might actually appear, the
legal range of values, and a short description. Below is a detailed
description:
a. Command Set Formats
HH:MM.T
Example 05:47.4
Range 00:00.0 - 23:59.9
Range 00:00.0 - 23:59.9
Hours, minutes, and tenths of minutes.
sDD*MM
Example +45*59
Range
Range
-90*00 - +90*00
Signed degrees and minutes (the '" represents
ASCII 223 which appears on the handbox as a
degree symbol).
ASCII 223 which appears on the handbox as a
degree symbol).
DDD*MM
Example 254*09
Range 000*00 - 359*59
Unsigned degrees and minutes.
HH:MM:SS
Example 13:15:36
Range 00:00:00-23:59:59
Hours, minutes, and seconds.
Range 00:00:00-23:59:59
Hours, minutes, and seconds.
MM/DD/YY
Example 02/06/92
Range 01/01/00 - 12/31/99 (see description)
Range 01/01/00 - 12/31/99 (see description)
Month, day, and year. The two digit year
indicates the following:
92-99= 1992-1999
00-9) =2000-2091
indicates the following:
92-99= 1992-1999
00-9) =2000-2091
sHH
Example -5
Range -24 - +24
Signed hour offset.
Range -24 - +24
Signed hour offset.
NNNN
Example 3456
Range 0000 - 9999'
Range 0000 - 9999'
Four digit object number.
sMM.M
Example 02.4 Range
05.5 - 20.0
05.5 - 20.0
Signed magnitude value.
NNN
Example 134
Range 000 - 200
Range 000 - 200
Three digit object size (minutes).
DD*
Example 56*
Range 00* - 90*
"Higher" parameter (degrees).
TT.T
Example 59.2
Range 56.4 - 60.1
Tracking "frequency."
Range 56.4 - 60.1
Tracking "frequency."
<obj> info
Example CNGC1976 SU DNEBMAG 3.9 SZ 66.0'
Range n/a
Object information.
Range n/a
Object information.
Ok
Example 1
Range 0 or 1
Range 0 or 1
Status value returned after setting values. If the
value is legal 1 is returned, otherwise 0 is returned.
value is legal 1 is returned, otherwise 0 is returned.
b. General Telescope Information
Command :GR#
Returns +HH:MM.T#
Returns +HH:MM.T#
Gets the current Flight Ascension.
Command :GD#
Returns sDD*MM#
Returns sDD*MM#
Gets the current Declination.
Command :GA#
Returns sDD*MM#
Returns sDD*MM#
Gets the current Altitude.
Command :GZ#
Returns DDD*MM#
Returns DDD*MM#
Gets the current Azimuth.
Command :GS# Returns
HH:MM:SS#
HH:MM:SS#
Gets the current sidereal time.
Command :SS HH:MM:SS#
Returns
Returns
Ok
Sets the sidereal time.
Command :GL#
:Ga#
Returns HH:MM:SS#
:Ga#
Returns HH:MM:SS#
Gets the local time either in 24 hour (GL) or 12 hour (Ga)
format.
format.
Command :SL HH:MM:SS#
Returns Ok
Returns Ok
Sets the local time. NOTE: The parameter should always
be in 24 hour format.
be in 24 hour format.
Command :GC#
Returns MM/DD/YY#
Gets the calendar date.
Returns MM/DD/YY#
Gets the calendar date.
Command :SC MM/DD/YY#
Returns Ok (see description)
Returns Ok (see description)
Sets the calendar date. NOTE: After the Ok, if the date is
valid, two strings will be sent. The first will contain the
message "Updating planetary data," the second (sent
after the planetary calculations) will contain only blanks.
Both strings will be terminated by the "#" symbol.
valid, two strings will be sent. The first will contain the
message "Updating planetary data," the second (sent
after the planetary calculations) will contain only blanks.
Both strings will be terminated by the "#" symbol.
Command :Gt#
Returns sDD*MM#
Returns sDD*MM#
Gets the latitude of the currently selected site.
Command :St sDD*MM#
Returns Ok
Returns Ok
Sets the latitude of the currently selected site.
Command :Gg#
Returns DDD*MM#
Returns DDD*MM#
Gets the longitude of the currently selected site.
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