It looks like you’re using the latest version of CsoundUnity, but from what I read in the log it cannot find the opcode path. Does the macOS build produce sound on your end?
Here is the log:
LOG
Mono path[0] = ‘/private/var/folders/cp/l9853sv572q8n42ncj7plhy80000gn/T/AppTranslocation/F32848CA-01D5-420E-95E2-A4355D71AE04/d/MA Thesis.app/Contents/Resources/Data/Managed’
Mono config path = ‘/private/var/folders/cp/l9853sv572q8n42ncj7plhy80000gn/T/AppTranslocation/F32848CA-01D5-420E-95E2-A4355D71AE04/d/MA Thesis.app/Contents/MonoBleedingEdge/etc’
New input system (experimental) initialized
Initialize engine version: 2020.3.14f1 (d0d1bb862f9d)
[Subsystems] Discovering subsystems at path /private/var/folders/cp/l9853sv572q8n42ncj7plhy80000gn/T/AppTranslocation/F32848CA-01D5-420E-95E2-A4355D71AE04/d/MA Thesis.app/Contents/Resources/Data/UnitySubsystems
GfxDevice: creating device client; threaded=1
2021-08-25 19:50:37.007 MA Thesis[42660:674076] Color LCD preferred device: NVIDIA GeForce GT 650M (high power)
2021-08-25 19:50:37.007 MA Thesis[42660:674076] Metal devices available: 2
2021-08-25 19:50:37.007 MA Thesis[42660:674076] 0: NVIDIA GeForce GT 650M (high power)
2021-08-25 19:50:37.007 MA Thesis[42660:674076] 1: Intel HD Graphics 4000 (low power)
2021-08-25 19:50:37.007 MA Thesis[42660:674076] Using device NVIDIA GeForce GT 650M (high power)
Initializing Metal device caps: NVIDIA GeForce GT 650M
Begin MonoManager ReloadAssembly
- Completed reload, in 0.107 seconds
UnloadTime: 1.987142 ms
CsoundUnityBridge constructor from dir: /private/var/folders/cp/l9853sv572q8n42ncj7plhy80000gn/T/AppTranslocation/F32848CA-01D5-420E-95E2-A4355D71AE04/d/Packages/com.csound.csoundunity/Runtime/macOS
csdFile:
-n -d
; Initialize the global variables.
ksmps = 32
nchnls = 2
0dbfs = 1
seed 0 //Sets a new seed for randomization on every init
//GLOBAL VARIABLES
giSteps init 16 ;Number of steps per bar (global)
giBars init 4 ;Number of bars per loop (global)
giEuclayers init 4 ;Number of euclidean rhythm percussion layers. Only 4 are supported as of writing. May be changed in the future.
//TABLES - RANGE 900-999 is reserved for perc samples!
;Global config tables - #800-809
giScale ftgen 800, 0, 128, -2, -1 ;Global scale table
giNotes ftgen 801, 0, 128, -2, -1 ;Global table containing midi note numbers of all active notes in scale, last index(127) contains number of active notes, i.e. highest index containing a valid note
giActivebars ftgen 802, 0, 64, -2, -1 ;Global table containing active bar information, read: 4 * # of layers, including individual eucrth layers
giComm ftgen 803, 0, 4, -2, 0 ;Communication table for providing Unity with Csound state information, Params: 0 = update, 1 = currentbar, 2 = currentstep
;EucRth config tables - #810-819
giEucRthConfig ftgen 810, 0, 8, -2, 0 ;Params: 0 = sample table#, 1 = pulses, for layers 0-3
giEucGrid ftgen 811, 0, giEuclayers*giSteps, -2, -1 ;EucRth grid as table. Length is steps * layers.
;SnhMel config tables - #820-829
giSnhMelConfig ftgen 820, 0, 8, -2, 0 ;Params: 0 = pulses, 1 = occurence, 2 = minOct, 3 = maxOct, 4 = melody (lfo) curve, 5 = melody mode
giSnhMelGsyn ftgen 821, 0, 32, -2, 0 ;GSYNTH Instrument config table
giSnhMelGrid ftgen 822, 0, giSteps, -2, -1 ;SNHMEL steps grid
;Chords config tables - #830-839
giChordsConfig ftgen 830, 0, 8, -2, 0 ;Params: 0 = pulses
giChordsNotes ftgen 831, 0, 16, -2, 0 ;Params: 0 = note0, 1 = note1…16 = note16
giChordsGsyn ftgen 832, 0, 32, -2, 0 ;GSYNTH Instrument config table
giChordsGrid ftgen 833, 0, giSteps, -2, -1 ;CHORDS steps grid
;SnhBas config tables - #840-849
giSnhBasConfig ftgen 840, 0, 8, -2, 0 ;Params: 0 = pulses, 1 = occurence, 2 = minOct, 3 = maxOct, 4 = melody (lfo) curve, 5 = melody mode
giSnhBasGsyn ftgen 841, 0, 32, -2, 0 ;GSYNTH Instrument config table
giSnhBasGrid ftgen 842, 0, giSteps, -2, -1 ;SNHBAS steps grid
;Waveforms
gisine ftgen 700, 0, 16384, 10, 1 ; Sine wave
gisquare ftgen 701, 0, 16384, 10, 1, 0, 0.3, 0, 0.2, 0, 0.14, 0, .111 ; Square
gisaw ftgen 702, 0, 16384, 10, 1, 0.5, 0.3, 0.25, 0.2, 0.167, 0.14, 0.125, .111 ; Sawtooth
gipulse ftgen 703, 0, 16384, 10, 1, 1, 1, 1, 0.7, 0.5, 0.3, 0.1 ; Pulse
//SYSTEM INSTRUMENTS
//Generates a global clock signal (gktrig) as long as it’s running.
instr CLOCK
gkbpm init 110 ;beats per minute
;gkbpm portk chnget(“gBpm”), 0.5
gkbpm chnget “gBpm” ;TODO implement smoothing for handling external value changes
gkcurrentbar init 0 ;setting to -1 as it will be set to 1 on first gkstep
gkstep init 0
kpulses = 4 ;pulses per beat
gktrig metro gkbpm*kpulses/60
if gktrig == 1 then
gkstep = (gkstep + 1) % giSteps ;perform modulo operation to clamp step index
tabw(gkstep,2,803) ;set comm table index 2 to current step index
if gkstep == 0 then
gkcurrentbar = (gkcurrentbar+1) % giBars
tabw(1,0,803) ;sets table index=0 to 1 to signify update to Unity
tabw(gkcurrentbar,1,803) ;set comm table index 1 to current bar index
endif
endif
endin
//INSTRUMENTS
//Sampler instrument for use with audioclips from Unity
//i, start, dur, pitch, file_index
instr SMPLR_UNITY ; play audio from function table using flooper2 opcode
ifn = chnget(sprintf("sampletable%d", 900+p4))
;prints "giTable p4 = %d, ifn = %d\n", p4, ifn
ilen = nsamp(ifn)
;prints "actual numbers of samples = %d\n", ilen
itrns = 1 ; no transposition
ilps = 0 ; loop starts at index 0
ilpe = ilen ; ends at value returned by nsamp above
imode = 1 ; loops forward
istrt = 0 ; commence playback at index 0 samples
; lphasor provides index into f1
alphs lphasor itrns, ilps, ilpe, imode, istrt
atab tablei alphs, ifn
arevL, arevR freeverb atab, atab, 0.5, 0.6
outs atab*0.1+arevL*0.1, atab*0.1+arevR*0.1
endin
///////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
//EUCLIDEAN RHYTHMS
///////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
//Fills the grid. Triggered at the start of a new bar.
instr EUC_FILL
ipulses = p4
irotation = p5 ;TODO rotation currently not implemented
itabn = p6 ;p6 is grid table#
ioffset = p7 ;offsets write index by grid length * ioffset. needed for tables with multiple grid layers (e.g. EUCRTH)
kbucket init 0
kstep init 0
//Fill sequence
while kstep < giSteps do
kbucket = kbucket + ipulses
if kbucket >= giSteps then
kbucket = kbucket - giSteps
tabw(1,kstep+ioffset*giSteps,itabn) ;1 = impulse for triggering sound
else
tabw(-1,kstep+ioffset*giSteps,itabn) ;-1 = no impulse on grid position
endif
//gkgrid[ilayer][kstep+ giSteps] = gkgrid[ilayer][istep] ;copying current value to offset position (for rotation support)
kstep += 1
od
endin
//Steps through the grid and triggers sounds accordingly
instr EUC_STEP
if gktrig == 1 then
//Fill grid on start of a new bar
if gkstep == 0 then
//EUC_FILL for all instruments
//EUCRTH
klayer = 0
while klayer < giEuclayers do
event "i", "EUC_FILL", 0, 1, tab:k(klayer*2+1, 810), 0, 811, klayer
klayer += 1
od
event "i", "EUC_FILL", 0, 1, tab:k(0,830), 0, 833, 0 //CHORDS
event "i", "EUC_FILL", 0, 1, tab:k(0,820), 0, 822, 0 //SNHMEL
event "i", "EUC_FILL", 0, 1, tab:k(0,840), 0, 842, 0 //SNHBAS
endif
//PLAY ALL INSTRUMENTS ACCORDING TO GRID AND ACTIVE BAR INFORMATION
//EUCRTH
klayer = 0
while klayer < giEuclayers do ;iterate through all percussion layers
if tab:k(0 * giBars + gkcurrentbar, 802) > 0 then ;only play if current bar is active
if tab:k(klayer * 16 + gkstep, 811) > -1 then
event "i", "SMPLR_UNITY", 0, 2, tab:k(klayer*2, 810)
endif
endif
klayer += 1
od
//CHORDS
if tab:k(1 * giBars + gkcurrentbar, 802) > 0 then ;only play if current bar is active, x * giBars to skip bars indices for other instruments
if tab:k(gkstep, 833) > -1 then
event "i", "CHORDS", 0, 1
endif
endif
endif
endin
//EUCLIDEAN RHYTHMS END
//-----------------------------------------------------------------------------------------------------------------------------
///////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
//SAMPLE AND HOLD MELODY
///////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
//TODO Maybe SNHMEL could use a morphable wavetable for sound generation??
instr SNHMEL
;kmaxnote = tab:k(127, 801)
kminnote init 0
kmaxnote init 0
koccurence = tab:k(1, 820)
kminoct = tab:k(2,820)12 //multiply octave values by 12 to get octaves as midi-style notes
kmaxoct = tab:k(3,820)(12+11) //add 11 to include last note of octave
//Find min note index whenever oct settings have changed
if changed(kminoct) == 1 then
kcnt = 0
while kcnt < 127 do
if tab:k(kcnt, 801) >= kminoct then
kminnote = kcnt
kcnt=127
endif
kcnt +=1
od
;printks “MINNOTE: %d”, 0, kminnote
endif
if changed(kmaxoct) == 1 then
kcnt = 0
while kcnt < 127 do
kmaxnote = kcnt
if tab:k(kcnt, 801) >= kmaxoct then
kcnt=127
endif
kcnt +=1
od
;printks “MAXNOTE: %d”, 0, kmaxnote
endif
krd randomi 0.01, 8, 0.1
klfo lfo 1, krd, 1
kscaled = kminnote + (kmaxnote-kminnote) * (klfo - -1) / (1 - -1) //scale lfo from -1…1 to min,max note indices
;printks “KRES: %d”, 0.5, kscaled
gksnhmel_note = limit(kscaled,kminnote,kmaxnote)
gksnhmel_note = tab:k(kscaled,801)
kmode = tab:k(5,820)
;printks “KNOTE: %d”, 0.5, knote
;TODO check if set to discrete mode and play gsynth only in that case.
if gktrig == 1 then
//if continuous
if kmode == 0 kgoto continuous
kgoto discrete ;else
continuous:
if changed(kmode) == 1 then
event "i", "GSYNTH_CONTIN", 0, -1, 0, 821
endif
kgoto continue
discrete:
if changed(kmode) == 1 then
event "i", "GSYNTH_CONTIN", 0, 1, 0, 821
endif
if tab:k(2 * giBars + gkcurrentbar, 802) > 0 then
if tab:k(gkstep, 822) > -1 then
event "i", "GSYNTH", 0, 1, gksnhmel_note, 821
endif
endif
continue:
endif
endin
//TODO Currently SNHBAS is identical with SNHMEL. Using two different instruments for allowing individual features later on
instr SNHBAS
;kmaxnote = tab:k(127, 801)
kminnote init 0
kmaxnote init 0
koccurence = tab:k(1, 840)
kminoct = tab:k(2,840)12 //multiply octave values by 12 to get octaves as midi-style notes
kmaxoct = tab:k(3,840)(12+11) //add 11 to include last note of octave
//Find min note index whenever oct settings have changed
if changed(kminoct) == 1 then
kcnt = 0
while kcnt < 127 do
if tab:k(kcnt, 801) >= kminoct then
kminnote = kcnt
kcnt=127
endif
kcnt +=1
od
;printks “MINNOTE: %d”, 0, kminnote
endif
if changed(kmaxoct) == 1 then
kcnt = 0
while kcnt < 127 do
kmaxnote = kcnt
if tab:k(kcnt, 801) >= kmaxoct then
kcnt=127
endif
kcnt +=1
od
;printks “MAXNOTE: %d”, 0, kmaxnote
endif
klfo lfo 1, 1.2, 5
kscaled = kminnote + (kmaxnote-kminnote) * (klfo - -1) / (1 - -1) //scale lfo from -1…1 to min,max note indices
;printks “KRES: %d”, 0.5, kscaled
knote = limit(kscaled,kminnote,kmaxnote)
knote = tab:k(kscaled,801)
;printks “KNOTE: %d”, 0.5, knote
if gktrig == 1 then
if tab:k(3 * giBars + gkcurrentbar, 802) > 0 then
if tab:k(gkstep, 842) > -1 then
event “i”, “GSYNTH”, 0, 1, knote, 841
endif
endif
endif
endin
//SAMPLE AND HOLD MELODY END
//-----------------------------------------------------------------------------------------------------------------------------
///////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
//CHORDS
///////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
//Fetches notes from note ftable (#831)
instr CHORDS
kCnt init 0
while kCnt < 16 do
kval = tab:k(kCnt,831) ;kval is also note as midi number
if kval > -1 then
event "i", "GSYNTH", 0, 1, kval, 832
endif
kCnt += 1
od
endin
//CHORDS END
//-----------------------------------------------------------------------------------------------------------------------------
///////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
//GAME SYNTH
///////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
//Wavetable numbers: sine = 710, square = 711, saw = 712, pulse = 713
gisyntrig init 0
//i GSYNTH [p3 = length] [p4 = note] [p5 = param table#] [p6 = panning, 0=L, 1=R]
// TABLE VALUES: [p5 = velocity] [p6 = osc waveform 0:sin 1:sqr 2:saw] [p7 = noise amp]
// [p8 = filter frequency] [p9 = filter resonance] [p10 = filter env amount][p11,12,13,14 = filter A,D,S,R] [p15,16,17,18 = amp A,D,S,R]
// [p19 = stereo width] [p20,21,22 = reverb amount, room size, damp]
instr GSYNTH
;pX = lfo waveform
//Input/midi variables
ifreq = pow(2,(p4-69)/12)*440 ;note as midi# value, is converted to frequency (Hz)
ifn = p5
ivel = tab_i(5,ifn) ;note velocity value
iwf = 700+tab_i(6,ifn) ;waveform
inoise = tab_i(7,ifn) ;noise amount
//Filter parameters
iffreq = tab_i(8,ifn) ;lowpass filter frequency
ifres = tab_i(9,ifn) ;lowpass filter resonance
ifenv_amt = tab_i(10,ifn) ;lowpass filter env amount
ifenv_att = tab_i(11,ifn) ;filter attack
ifenv_dec = tab_i(12,ifn) ;filter decay
ifenv_sus = tab_i(13,ifn) ;filter sustain
ifenv_rel = tab_i(14,ifn) ;filter release
//Amp parameters
iaenv_att = tab_i(15,ifn) ;amp attack
iaenv_dec = tab_i(16,ifn) ;amp decay
iaenv_sus = tab_i(17,ifn) ;amp sustain
iaenv_rel = tab_i(18,ifn) ;amp release
//Additional parameters
iwidth = tab_i(19,ifn) ;stereo width
//FX
irev_amt = tab_i(20,ifn)
irev_roomsize = tab_i(21,ifn)
irev_damp = tab_i(22,ifn)
//Perform alternating execution when a note is played
if gisyntrig == 1 then
kpan = 0.5 + iwidth / 2 ;set note panning r
gisyntrig = 0
else
kpan = 0.5 - iwidth / 2
gisyntrig = 1
endif
//LFOs
klfo1 lfo 1, 1
//OSCs
aosc1 poscil ivel, ifreq, iwf
anoise rand limit(inoise,0,1)
abus = aosc1 + anoise
//Filters
kfenv madsr ifenv_att, ifenv_dec, ifenv_sus, ifenv_rel ;filter envelope
alp zdf_2pole abus, iffreq+kfenv*ifenv_amt, ifres ;filter signal
//Amp
aaenv madsr iaenv_att, iaenv_dec, iaenv_sus, iaenv_rel ;amplitude envelope
abus = alp*aaenv
abusL, abusR pan2 abus, kpan ;pan signal
arevL, arevR freeverb abusL, abusR, irev_roomsize, irev_damp
outs abusL+arevLirev_amt, abusR+arevRirev_amt
endin
//GAME SYNTH END
//-----------------------------------------------------------------------------------------------------------------------------
///////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
//GAME SYNTH SNHMEL EDITION
///////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
//Wavetable numbers: sine = 710, square = 711, saw = 712, pulse = 713
//i GSYNTH [p3 = length] [p4 = note] [p5 = param table#] [p6 = panning, 0=L, 1=R]
// TABLE VALUES: [p5 = velocity] [p6 = osc waveform 0:sin 1:sqr 2:saw] [p7 = noise amp]
// [p8 = filter frequency] [p9 = filter resonance] [p10 = filter env amount][p11,12,13,14 = filter A,D,S,R] [p15,16,17,18 = amp A,D,S,R]
// [p19 = stereo width] [p20,21,22 = reverb amount, room size, damp]
instr GSYNTH_CONTIN
;pX = lfo waveform
//Input/midi variables
kfreq = pow(2,(gksnhmel_note-69)/12)*440 ;note as midi# value, is converted to frequency (Hz)
ifn = p5
kvel = tab_i(5,ifn) ;note velocity value
iwf = 700+tab_i(6,ifn) ;waveform
knoise = tab_i(7,ifn) ;noise amount
//Filter parameters
kffreq = tab_i(8,ifn) ;lowpass filter frequency
kfres = tab_i(9,ifn) ;lowpass filter resonance
kfenv_amt = tab_i(10,ifn) ;lowpass filter env amount
ifenv_att = tab_i(11,ifn) ;filter attack
ifenv_dec = tab_i(12,ifn) ;filter decay
ifenv_sus = tab_i(13,ifn) ;filter sustain
ifenv_rel = tab_i(14,ifn) ;filter release
//Amp parameters
iaenv_att = tab_i(15,ifn) ;amp attack
iaenv_dec = tab_i(16,ifn) ;amp decay
iaenv_sus = tab_i(17,ifn) ;amp sustain
iaenv_rel = tab_i(18,ifn) ;amp release
//Additional parameters
iwidth = tab_i(19,ifn) ;stereo width
//FX
krev_amt = tab_i(20,ifn)
krev_roomsize = tab_i(21,ifn)
krev_damp = tab_i(22,ifn)
//TODO Panning may be modulated by k value
kpan = 0.5
//LFOs
klfo1 lfo 1, iwf
krd randomi 0.01, 0.1, 0.1 ;min,max,cps
//OSCs
aosc1 poscil krd, kfreq, 702
anoise rand limit(knoise,0,1)
abus = aosc1 + anoise
//Filters
kfenv madsr ifenv_att, ifenv_dec, ifenv_sus, ifenv_rel ;filter envelope
alp zdf_2pole abus, kffreq+kfenv*kfenv_amt, kfres ;filter signal
//Amp
aaenv madsr iaenv_att, iaenv_dec, iaenv_sus, iaenv_rel ;amplitude envelope
;abus = alp*aaenv
abusL, abusR pan2 abus, kpan ;pan signal
arevL, arevR freeverb abusL, abusR, krev_roomsize, krev_damp
outs aosc1, aosc1
;outs abusL+arevLkrev_amt, abusR+arevRkrev_amt
endin
//GAME SYNTH CONTINUOUS END
//-----------------------------------------------------------------------------------------------------------------------------
f 0 z
i “CLOCK” 2 -1
i “EUC_STEP” 2 -1
i “SNHMEL” 2 -1
i “SNHBAS” 2 -1
opcodePath /private/var/folders/cp/l9853sv572q8n42ncj7plhy80000gn/T/AppTranslocation/F32848CA-01D5-420E-95E2-A4355D71AE04/d/Packages/com.csound.csoundunity/Runtime/macOS/CsoundLib64.bundle/Contents/MacOS exists? False
WARNING: e[mError opening plugin directory ‘/private/var/folders/cp/l9853sv572q8n42ncj7plhy80000gn/T/AppTranslocation/F32848CA-01D5-420E-95E2-A4355D71AE04/d/Packages/com.csound.csoundunity/Runtime/macOS/CsoundLib64.bundle/Contents/MacOS’: No such file or directorye[m
e[m0dBFS level = 32768.0
–Csound version 6.14 (double samples) Jan 26 2020
[commit: 0ce67f7c105ed2aee98d0e7f43558d62357c769b]
libsndfile-1.0.28
System buffer size: 1024, buffer count: 4, samplerate: 44100
PerformKsmps: 0
CsoundCompile: True
zerdbfs 1
CsoundUnity done init, compiledOk? True
inactive allocs returned to freespace
end of score. overall amps: 0.91331 0.90319
overall samples out of range: 0 0
0 errors in performance
Elapsed time at end of performance: real: 13.933s, CPU: 7.561s
Setting up 4 worker threads for Enlighten.
Thread -> id: 70000f3d2000 -> priority: 1
Thread -> id: 7000109ed000 -> priority: 1
Thread -> id: 70001073b000 -> priority: 1
Thread -> id: 70001096a000 -> priority: 1
Sorry for the false flag, I have sound! (had a wrong output device selected). 
I hope this doesn’t mess with your analysis results.
