Dear Sirs/Madams,

We're new in the neighbourhood and are doing hetro-adsyn applications to
analyze musical instrument tones.  We are trying to install Csound on
our home PC (Windows 98).  We have a batch file defining the Sound file
type and output directory, as well as the
other stuff listed below:

set PATH=%PATH%;C:\Csound\Bin
set SFDIR= C:\Csound\Waves
set SSDIR= C:\Csound\Samples
set SADIR= C:\Csound\Analyses
set SFOUTYP=WAV

The orch and score files compile but somehow the software can't work
with the sound files.

Here is the log file output upon running csound:
(with a command like:    csound95 -W -otest.wav -g -H -m3 %NAME%.orc
%NAME%.sco)

orchname:  C:\CSound\Projects\adsyn.orc
scorename: C:\CSound\Projects\adsyn.sco
sorting score ...
 ... done
orch compiler:
17 lines read
 instr 1
MIT Csound: 3.43 (Oct 21 1996)
orch now loaded
audio buffered in 1024 sample-frame blocks
sfinit: cannot open  C:\Csound\Waves/foo.wav

Or, if the output file is given as ../foo.wav, the logfile reads:

orchname:  C:\CSound\Projects\adsyn.orc
scorename: C:\CSound\Projects\adsyn.sco
sorting score ...
 ... done
orch compiler:
17 lines read
 instr 1
MIT Csound: 3.43 (Oct 21 1996)
orch now loaded
audio buffered in 1024 sample-frame blocks
writing 2048-byte blks of shorts to ../foo.wav (WAV)
SECTION 1:
new alloc for instr 1:
INIT ERROR in instr 1: cannot load  C:\Csound\Analyses/test.ads
a1 adsyn 1 1 1 "test.ads"
INIT ERROR in instr 1: ADSYN cannot load test.ads
a1 adsyn 1 1 1 "test.ads"
   B  0.000 - note deleted.  i1 had 2 init errors
B  0.000 ..  0.250 T  0.250 TT  0.250 M:      0.0B  0.250 ..  0.500 T
0.500 TT  0.500 M:      0.0B  0.500 ..  0.750 T  0.750 TT  0.750 M:
0.0B  0.750 ..  1.000 T  1.000 TT  1.000 M:      0.0end of score.
overall amps:      0.0
    overall samples out of range:        0
1 errors in performance
11 2048-byte soundblks of shorts written to ../foo.wav (WAV)


Any ideas about how to get past this roadblock?

Also, if anyone has used hetro-adsyn in combination extensively we would
welcome any wisdom on the matter.

Thanks,

Blake Markle
Greg Judelman

Department of Physics
McGill University
Montreal, Canada