Sending FT-1000MP VFO Control Commands from TR

 

August 23, 2002 Update

 

An alternative and somewhat simpler approach to setting up the TR memories to issue control function commands to the 1000MP has been appended to the end of this original description.  One advantage of the second approach is that the commands are retained within the TR Log .cfg file after closing the TR logging software.

 

 

CAUTION

 

The following instructions  implement CAT control of the FT-1000MP from within TR Log software when running in a “pure” DOS environment, i.e. not from within Windows.  My logging computers are both 486XDX50 machines, one a laptop and one a desktop. I have no idea of whether or not this procedure will function on other machines or under other operating systems.

 

Also be sure to read the comments below regarding the TR Configuration file.

 

The purpose of this set of commands two-fold:

1.     Allow keyboard control of the DUAL function of the MP, i.e. pressing the F11 key turns on the DUAL function and pressing the F12 key turns it off.  This is independent of the whether TR is in the CQ mode or the EXCHANGE mode.

2.     Allow the MAIN and SUB receiver VFO frequencies to be swapped with a single F10 keystroke, and then returned to their original frequencies with a second F10 keystroke. The MAIN receiver is assumed to be on the RUN frequency and the SUB receiver is used to S&P on the same band. Also, to

3.     In addition there is an option for the CLARIFIER to be set to zero at anytime when TR is in the CQ mode by simply pressing the F8 key. 

 

The operating procedures are as follows:

1.     Press the F11 key to turn on the DUAL function of the MP.

2.     The MAIN receiver is set to the RUN frequency.  The ENTER key is used to send CQ.  The RUN frequency is being monitored in the left earpiece of the stereo headset.

3.     While CQing, AND DURING THE INTERVALS BETWEEN CQs,  the SUB receiver is being used to search for stations that are calling CQ elsewhere on the band by listening with the right earpiece of the stereo headset.

4.     Once a CQing station is found with the SUB receiver the call sign can be checked to see whether or not it is a dupe on the band. If not, the station can be worked using the F10 key.

5.     Verify that there is no response your last CQ on the RUN frequency.  Confirm that the CQing station is still calling and not occupied with an exchange. Press the F10 key.  This puts the MAIN receiver on the CQing station’s frequency, AND switches TR into the S&P mode.

6.     Press the ENTER  key to drop in your call (use the F1 key if several trys are needed). When the CQing station returns to you, copy the exchange and press the ENTER key again to send your exchange. 

7.     When the CQing station has confirmed the exchange, press the F10 key. This will return the MAIN receiver to your CQ frequency and put TR in the CQ mode.

8.     Press the ENTER key to resume CQing … unlike the 2-Radio scheme the CQ on the RUN frequency does not resume automatically.

9.     Continue to search the band with the SUB receiver.

10. Note that the F10 key actually implements two different TR memories.  The first F10 keystroke is the F10 CQ MEMORY and the second keystroke is the F10 EXCHANGE MEMORY.

11. Use the F12 key to turn off the DUAL function whenever the SUB receiver is not being used to S&P or to eliminate confusion when copying a weak signal exchange.

12.            Pressing the F8 key will reset the CLARIFIER to zero when TR is in the CQ mode. This is particularly useful when a station answers a CQ well off the transmit frequency requiring a large offset with the CLARIFIER control. Zeroing the CLARIFIER with the F8 key prevents inadvertently listening far from the transmit frequency following a subsequent CQ. 

 

TR Configuration File

1.     Be sure that neither the AUTO S&P ENABLE or the SPRINT QSY RULE commands are set to “True” in the .cfg file.  This prevents the MAIN receiver from going into the S&P mode when swapped “back” from the SUB receiver.

2.     If TR does not recognize the F11 and F12 keys, put the USE BIOS KEY CALLS = False command in the .cfg file.

3. Use CTRL-J to edit the .cfg file from within TR

 

How to Program TR Log

 

1.    The basic TR command used is:  CTRL-C  SRS1= "string"  CTRL-D

2.     Each element of this command, i.e. each of the CTRL-  characters and each element in the “string” must be preceeded by CTRL-P entered from the keyboard ( i.e. hold down CTRL key and press the P key )

 

To program the F11 key to turn the DUAL function to On:

 

3.     Run TR.  From the TR logging screen enter ALT-P

4.     Press C to program a CQ function key

5.     Press the F11 function key on the keyboard

6.     Following the “ Msg = ” enter: 

 

CTRL-C SRS1 = NULL NULL NULL CTRL-A HEX83 CTRL-D

 

Start with CTRL-C (proceeded by CTRL-P)

 

Type  SRS1=  (NO CTRL-P needed)

 

The NULL is created by entering:  CTRL-SHIFT-@ 

( i.e. Hold down CTRL and SHIFT at the same time and press @ )

Remember to preceed each NULL with a CTRL-P

 

Enter CTRL-A (preceeded by CTRL-P)

 

The HEX83 is created by:

a.      First do CTRL-P

b.     Turn On the NumLock using the NumLock key on the Keypad

c.     Hold down the ALT key

d.     Enter 1 3 1 using the Keypad numeral keys

e.      Turn Off the NumLock

 

      Finish with CTRL-D (preceeded by CTRL-P)

 

This will put a command line at the end of your .cfg file which reads:

 

CQ MEMORY F11 =  [ various characters and graphics elements ]

 

To program the F12 key to turn the DUAL function to Off:

 

7.     From the TR logging screen enter ALT-P

8.     Press C to program a CQ function key

9.     Press the F12 function key on the keyboard

10.  Following the “ Msg = ” enter: 

 

CTRL-C SRS1 = NULL NULL NULL NULL HEX83 CTRL-D

 

Enter the various characters exactly as before.  Notice that this command has four (4) NULL characters and does not have the CTRL-A.

 

This will put a command line at the end of your .cfg file which reads:

 

CQ MEMORY F12 =  [ various characters and graphics elements ]

 

 

To program the F10 key to “Swap” the Main and Sub Receiver Frequencies:

 

While in the CQ mode the frequency from the SUB receiver can be swapped with that of the MAIN receiver AND the MAIN receiver placed in the S&P mode as follows:

 

11. From the TR logging screen enter ALT-P

12. Press C to program a CQ function key

13. Press the F10 function key on the keyboard

14. Following the “ Msg = ” enter: 

 

CTRL-C SRS1= NULL NULL NULL CTRL-A CTRL-E CTRL-D CTRL-C SAPMODE CTRL-D

 

All characters are preceeded by CTRL-P.  The “SRS1=” and “SAPMODE” are NOT proceeded by CTRL-P.

 

To swap the receiver frequencies back to the original settings AND to revert from the Exchange (S&P) mode back to the CQ mode:

 

15. From the TR logging screen enter ALT-P

16. Press E to program a Exchange function key

17. Press the F10 function key on the keyboard

18. Following the “ Msg = ” enter: 

 

CTRL-C CQMODE CTRL-D CTRL-C SRS1= NULL NULL NULL CTRL-A CTRL-E CTRL-D

 

All characters are proceeded by CTRL-P.  The “CQMODE=” and “SRS1=” are NOT proceeded by CTRL-P.

 

This will put two command lines at the end of your .cfg file which read:

 

CQ MEMORY F10 =  [ various characters and graphics elements ]

 

EX  MEMORY F10=  [ various characters and graphics elements ]

 

All command entries should be on the same line. None of the commands or characters are case sensitive.

 

To program the F8 key to Clear (reset to zero) the Clarifier (RIT)

 

1.     Run TR.  From the TR logging screen enter ALT-P

2.     Press C to program a CQ function key

3.     Press the F8 function key on the keyboard

4.     On the line following the “ Msg = ” enter: 

 

CTRL-C SRS1 = NULL NULL NULL HEXFF CTRL-I CTRL-D

 

Start with CTRL-C (proceeded by CTRL-P)

 

Type  SRS1=  (NO CTRL-P needed)

 

The NULL is created by entering:  CTRL-SHIFT-@ 

( i.e. Hold down CTRL and SHIFT at the same time and press @ )

Remember to preceed each NULL with a CTRL-P

 

The HEXFF is created by:

a.      First do CTRL-P

b.     Turn On the NumLock using the NumLock key on the Keypad

c.     Hold down the ALT key

d.     Enter 2 5 5 using the Keypad numeral keys

e.      Turn Off the NumLock

 

Enter CTRL-I (proceeded by CTRL-P)

 

      Finish with CTRL-D (preceeded by CTRL-P)

 

 

An Alternative Method of Programming TR Log

 

Rather than use the ALT-P option within TR to program the memories, a DOS editor can be used to include the following command lines in the TR configuration file:

 

use bios key calls = false                                                

[See “TR Configuration File” above.  This enables the F11 & F12 keys.]

 

cq memory f6 = <03>SRS1=<00><00><00><01><09><04>             ; Clarifier On

cq memory f7 = <03>SRS1=<00><00><00><00><09><04>             ; Clarifier Off

cq memory f8 = <03>SRS1=<00><00><00><ff><09><04>               ; Clarifier Clear

 

cq memory f11 = <03>SRS1=<00><00><00><01><83><04>     ; Dual On

cq memory f12 = <03>SRS1=<00><00><00><00><83><04>     ; Dual Off

 

cq memory f10 =<03>SRS1=<00><00><00><01><05><04><03>SAPMODE<04>

ex memory f10 =<03>CQMODE<04><03>SRS1=<00><00><00><01><05><04>

 

[F10 is the  VFO “Swap” command as detailed in the original description.]

 

NOTE: Choice of which function keys to program is up to the user.  CQ memories f1 to f5 and f9 and Exchange memories f1to f3 and f9 are usually reserved for conventional TR Log messages. 

 

 

DISCLAIMER

 

Nothing of the above is unique, nor is it in any way an elegant approach to the task.  It appears to be functional and reliable.  Anyone who wished to improve, expand or augment it is welcome to do so.  I would like to be kept informed in the event others ask about it.

 

Joe, W5ASP

20 August 2002