| hi enrico -
can you try
a1 inch 1
(if you use channel 1) instead?
the "in" opcode is for another purpose, i think.
best -
joachim
On 19/07/19 07:39, Enrico Francioni wrote:
> Hi everyone.
>
> Any idea on this little / big problem?
>
> I'm working with CsoundQt-d-py-html-cs6 (with Csound 6.12, on a MacBook Pro retina, macOsMojave 10.14.5) and I'm trying to get the audio signal of a microphone interfaced with an iConnectAUDIO4+ sound card connected to the notebook; I take the headphone output from the iConnectAUDIO4+ sound card.
> I'm using JackPilot to overcome the latency problem of a few seconds after the Run (as I was told to do a few months ago ...).
>
> [No problem, however, if, with the same hardware and software settings, I send out signals of other nature (oscillators, audio files...)].
>
> *...the code's very simple…:*
>
>
>
>
>
>
> sr = 44100
> ksmps = 128
> nchnls = 1
> 0dbfs = 1
>
>
> instr 1
>
> a1 in
> out a1
>
> endin
>
>
>
>
>
> i1 0 3600
>
>
>
>
> *
>
> *This is the message from the Console:*
>
> STARTING FILE
> Creating options
> Creating orchestra
> closing tag
> Creating score
> rtaudio: JACK module enabled
> Elapsed time at end of orchestra compile: real: 0.002s, CPU: 0.002s
> sorting score ...
> ... done
> Elapsed time at end of score sort: real: 0.002s, CPU: 0.002s
> midi channel 1 using instr 1
> midi channel 2 using instr 1
> midi channel 3 using instr 1
> midi channel 4 using instr 1
> midi channel 5 using instr 1
> midi channel 6 using instr 1
> midi channel 7 using instr 1
> midi channel 8 using instr 1
> midi channel 9 using instr 1
> midi channel 10 using instr 1
> midi channel 11 using instr 1
> midi channel 12 using instr 1
> midi channel 13 using instr 1
> midi channel 14 using instr 1
> midi channel 15 using instr 1
> midi channel 16 using instr 1
> 0dBFS level = 1.0
> orch now loaded
> audio buffered in 512 sample-frame blocks
> reading 1024-byte blks of shorts from adc (RAW)
> system sr: 44100.000000
> Jack input ports:
> 0: adc0 (dac:system:capture_1)
> 1: adc1 (dac:system:capture_2)
> 2: adc2 (dac:system:capture_3)
> 3: adc3 (dac:system:capture_4)
> 4: adc4 (dac:system:capture_5)
> 5: adc5 (dac:system:capture_6)
> 6: adc6 (dac:system:capture_7)
> 7: adc7 (dac:system:capture_8)
> 8: adc8 (dac:test_out.csd:output1)
> connecting channel 0 to system:capture_1
> Jack output ports:
> 0: dac0 (dac:system:playback_1)
> 1: dac1 (dac:system:playback_2)
> 2: dac2 (dac:system:playback_3)
> 3: dac3 (dac:system:playback_4)
> 4: dac4 (dac:system:playback_5)
> 5: dac5 (dac:system:playback_6)
> 6: dac6 (dac:system:playback_7)
> 7: dac7 (dac:system:playback_8)
> 8: dac8 (dac:test_out.csd:input1)
> connecting channel 0 to system:playback_1
> writing 512 sample blks of 64-bit floats to dac
> SECTION 1:
> new alloc for instr 1:
> WARNING: rtjack: xrun in real time audio
> inactive allocs returned to freespace
> end of score. overall amps: 0.00000
> overall samples out of range: 0
> 0 errors in performance
> Elapsed time at end of performance: real: 77.160s, CPU: 2.929s
> 6637 512 sample blks of 64-bit floats written to dac
>
>
>
> THANKS!
> Enrico
>
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