|
It will be interesting to see the results in VK and LU
compared to QRSS and CW
I can see all these transmission traces on screen and
could read if in QRSS mode without waiting for a Decode
G3KEV
----- Original Message -----
Sent: Saturday, September 22, 2012 2:57
PM
Subject: Re: LF: Re: Experimental
software for WSPR-8 and -32
Hi Markus, LF,
It works! First reception of DF6NM in
WSPR-8 here.
| Timestamp |
Call |
MHz |
SNR |
Drift |
Grid |
Pwr |
Reporter |
RGrid |
km |
az |
| 2012-09-22 14:40 |
DF6NM |
0.137538 |
0 |
0 |
JN59nj |
0.5 |
DK7FC/8 |
JN49ik |
175 |
272 |
| 2012-09-22 14:30 |
DK7FC |
0.137499 |
+13 |
0 |
JN49ik |
1 |
DK7FC/8 |
JN49ik |
0 |
0 |
I have used a virtual
audio cable, with success.
For those who still try without success,
here is my description in simple words.
If your RX is a HF TRX at 136
kHz dial setting, then the tone of DF6NM appears at 1440 Hz, the tone of DK7FC
appears at 1430 Hz.
The microphone input is used and it must be defined
as the standard audio input device. This is important since the SounInput
program related always to the default input.
Then soundinput generates
the audio file and replays it in SoundOutput.
SoundOutput replays it to
the standard audio output device, which is the virtual audio cable 1 for me.
So VAC1 must be defined as the standard output device!
The sound input
of the WSPR software must be set to VAC1 too.
The file wspr-8_rx.bat
must be edited. If the BFO frequency in the WSPR software is 1500 Hz, then
this value must be inserted for fc in the row for the soundoutput
settings.
Set the value for fc for soundinput (the row below) to 1450
Hz and save the file.
Then double click wspr-8_rx.bat and wait some
minutes. You may watch the small souninput and soundoutput
windows...
Hope it works for others as well now.
73,
Stefan7DK7FC
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