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libcw/flow/proc_dict.cfg
kevin c55f7d34ec 1. caw program parameters are now in snake_case rather than camelCase. 
2. Column headers are now printed for caw 'log' output.
3. The websocket LLL_NOTICE logs may now be turned off using the 'extraLogsFl'.
4. Changed the 'Number' processor to work with the 'feedback' example.
5. README.md updates.
2024-09-12 17:18:42 -04:00

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{
balance: {
doc: [ "Stereo balance control." ]
vars: {
in: { type:coeff, value:0.5, doc:"Input vaue" },
out: { type:coeff, doc:"Ouput value. Same as input value."},
inv_out: { type:coeff, doc:"1.0 minus output value."}
}
}
midi_in: {
doc: [ "MIDI input device."],
vars: {
dev_label: { type:string, value:"<all>", doc:"MIDI input device label. Set to '<all>' to accept input from any device."},
port_label:{ type:string, value:"<all>", doc:"MIDI input device port label. Set to '<all>' to accept input from any device."},
out: { type:midi, doc:"MIDI input port." },
}
}
midi_out: {
doc: [ "MIDI output device."],
vars: {
dev_label: { type:string, doc:"MIDI output device label."},
port_label:{ type:string, doc:"MIDI output device port label."},
buf_cnt: { type:uint, flags:["init"], value:64, doc:"MIDI message buffer count." },
in: { type:midi, doc:"MIDI output port."}
}
}
audio_in: {
doc: [ "Audio input device." ],
vars: {
dev_label: { type:string, doc:"Audio device label." },
out: { type:audio, doc:"Audio output" },
}
}
audio_out: {
doc: [ "Audio output device." ],
vars: {
dev_label: { type:string, doc:"Audio device label." },
in: { type:audio, flags:["src"], doc:"Audio input." }
}
}
audio_file_in: {
vars: {
fname: { type:string, doc:"Audio file name." },
out:{ type:audio, doc:"Audio file output" },
on_off:{ type:bool, value:false, doc:"1=on 0=off" },,
seekSecs:{ type:ftime, value:0.0, doc:"Seek to the specified seconds offset." }
eofFl:{ type:bool, value: true, doc:"Set the system 'halt' flag when the audio is completely read."},
}
}
audio_file_out: {
vars: {
fname: { type:string, doc:"Audio file name." },
bits: { type:uint, value:32u, doc:"Audio file word width. (8,16,24,32,0=float32)."},
in: { type:audio, flags:["src"], doc:"Audio file input." }
}
}
audio_gain: {
vars: {
in: { type:audio, flags:["src"], doc:"Audio input." },
gain: { type:coeff, value:1.0, doc:"Gain coefficient." }
out: { type:audio, doc:"Audio output." },
}
}
audio_split: {
vars: {
in: { type:audio, flags:["src"], doc:"Audio input." },
select: { type:cfg, flags:["init"], doc:"A list of integers where each value selects an output channel for the associated input channel." }
igain: { type:coeff, value:1.0, doc:"Audio gain for each input channel." }
ogain: { type:coeff, flags["mult"], value:1.0, doc:"Audio gain for each output channel." }
out: { type:audio, flags["mult"], doc:"Audio output." },
}
presets:
{
mute_off: { gain:1 },
mute_on: { gain:0 },
}
}
audio_duplicate: {
vars: {
in: { type:audio, flags:["src"], doc:"Audio input."},
duplicate: { type: uint, doc:"Count of times to repeat this channel." },
gain: { type: coeff, value:1.0, doc:"Audio gain." },
out: { type:audio, doc:"Audio output containing repeat * input channel count channels."}
}
}
audio_merge: {
vars: {
in: { type:audio, flags:["src", "mult"], doc:"Audio input channel." },
gain: { type:coeff, value: 1, flags:["src", "mult"], doc:"Input channel gain." },
out_gain: { type:coeff, value: 1, doc:"Output gain" },
out: { type:audio, doc:"Audio output. Channel count is the sum of the input channel count." },
}
}
audio_mix: {
vars: {
in: { type:audio, flags:["src","mult"], doc:"Audio input." },
igain: { type:coeff, flags:["mult"], value:0.5, doc:"Audio gain for input 0." },
ogain: { type:coeff, value:1.0, doc:"Output gain." },
out: { type:audio, doc:"Audio output. Channel count is max of the input signal channels." },
}
}
audio_marker: {
vars: {
in: { type:audio, flags:["src"], doc:"Audio input."},
trigger: { type:all, value:0, doc:"Marker trigger."},
out: { type:audio, doc:"Audio output."},
}
}
audio_delay: {
vars: {
in: { type:audio, flags:["src"], doc:"Audio input." },
maxDelayMs: { type:ftime, value:1000.0 doc:"Maximum possible delay in milliseconds." },
delayMs: { type:ftime, doc:"Delay in milliseconds." },
out: { type:audio, doc:"Audio output." },
}
}
audio_silence: {
vars: {
srate: { type:srate, value:0, flags:["init"], doc:"Signal sample rate. 0=Use default system sample rate"},
ch_cnt: { type:uint, value:1, flags:["init"], doc:"Count of output audio channels. (e.g. 1=mono, 2=stereo, ...)"},
out: { type:audio, doc:"Audio signal containing only 0."},
}
}
sine_tone: {
vars: {
srate: { type:srate, value:0, doc:"Sine tone sample rate. 0=Use default system sample rate"}
ch_cnt: { type:uint, value:2, doc:"Output signal channel count."},
hz: { type:coeff, value:440.0, doc:"Frequency in Hertz."},
phase: { type:coeff, value:0.0, doc:"Offset phase in radians."},
dc: { type:coeff, value:0.0, doc:"DC offset applied after gain."},
gain: { type:coeff, value:0.8, doc:"Signal frequency."},
out: { type:audio, doc:"Audio output" },
}
presets: {
a220 : { hz:220 },
a440 : { hz:440 },
a880 : { hz:880 },
mono: { ch_cnt:1, gain:0.75 }
}
}
pv_analysis: {
vars: {
in: { type:audio, flags:["src"], doc:"Audio input." },
maxWndSmpN: { type:uint, value: 512, doc:"Maximum window sample count." },
wndSmpN: { type:uint, value: 512, doc:"Window sample count." },
hopSmpN: { type:uint, value: 128, doc:"Hop sample count." },
hzFl: { type:bool, value: false, doc:"Calculate frequency via the method of phase changeof each bin." },
out: { type:spectrum, doc:"Spectrum output." }
}
presets: {
dry: {
wndSmpN: 512,
hopSmpN: 128
}
kc: {
wndSmpN: 512,
hopSmpN: 128
}
a: {
wndSmpN: 512,
hopSmpN: 128
}
b: {
wndSmpN: 512,
hopSmpN: 128
}
c: {
wndSmpN: 512,
hopSmpN: 128
}
d: {
wndSmpN: 512,
hopSmpN: 128
}
f_1: {
wndSmpN: 512,
hopSmpN: 128
}
f_2: {
wndSmpN: 512,
hopSmpN: 128
}
f_3: {
wndSmpN: 512,
hopSmpN: 128
}
f_4: {
wndSmpN: 512,
hopSmpN: 128
}
g: {
wndSmpN: 512,
hopSmpN: 128
}
g_a: {
wndSmpN: 512,
hopSmpN: 128
}
g_1_a: {
wndSmpN: 512,
hopSmpN: 128
}
g_1_d: {
wndSmpN: 512,
hopSmpN: 128
}
}
}
pv_synthesis: {
vars: {
in: { type:spectrum, flags:["src"], doc:"Spectrum input." },
out: { type:audio, doc:"Audio output." }
}
}
spec_dist: {
vars: {
in: { type:spectrum, flags:["src"], doc:"Spectrum input." },
bypass: { type:bool, value: false, doc:"Copy input to output without transform."},
ceiling: { type:coeff, value: 30.0, doc:"Ceiling parameter."},
expo: { type:coeff, value: 2.0, doc:"Exponent parameter."},
thresh: { type:coeff, value: 54.0, doc:"Threshold parameter."},
upr: { type:coeff, value: -0.7, doc:"Upper slope parameter."},
lwr: { type:coeff, value: 2.0, doc:"Lower slope parameter."},
mix: { type:coeff, value: 0.0, doc:"Basic/Bump Mix parameter."},
out: { type:spectrum, doc:"Spectrum output." },
}
presets: {
dry: {
}
kc: {
ceiling: 20.0,
expo: 2.0,
thresh: 65.0,
upr: 0.0,
lwr: 2.0,
mix: 0.0
}
a: {
ceiling: 20.0
expo: 2.0
thresh: 60.0
upr: [ -1.1, -0.99],
lwr: 2.0
mix: 0.0
}
b: {
ceiling: 20.0
expo: 2.0
thresh: [ 77.0, 74.0 ],
upr: -0.5
lwr: [ 3.0, 2.0 ],
mix: 0.0
}
c: {
ceiling: 20.0
expo: 2.0
thresh: 80.0
upr: -0.5
lwr: 5.0
mix: 0.0
}
d: {
ceiling: 20.0
expo: 2.0
thresh: 70.0
upr: [ -3.9, 04.5]
lwr: 4.0
mix: 0.0
}
f_1: {
ceiling: 20.0
expo: 2.0
thresh: 50.0
upr: -3.0
lwr: 1.0
mix: 0.0
}
f_2: {
ceiling: 20.0
expo: 2.0
thresh: 60.0
upr: -3.0
lwr: 1.0
mix: 0.0
}
f_3: {
ceiling: 20.0
expo: 2.0
thresh: 55.0
upr: -3.0
lwr: 1.0
mix: 0.0
}
f_4: {
ceiling: 20.0
expo: 2.0
thresh: 55.0
upr: -5.0
lwr: 1.0
mix: 0.0
}
g: {
ceiling: 40.0
expo: 8.0
thresh: [60.0 64.0]
upr: -0.7
lwr: 8.0
mix: 1.0
}
g_a: {
ceiling: 40.0
expo: 2.0
thresh: [50.0 54.0]
upr: -0.7
lwr: 2.0
mix: 1.0
}
g_1_a: {
ceiling: 20.0
expo: 2.0
thresh: [50.0 54.0]
upr: -0.7
lwr: 8.0
mix: 1.0
}
g_1_d: {
ceiling: [60.0 64.0]
expo: [ 7.0 5.0]
thresh: [40.0 34.0]
upr: [-0.4 -0.3]
lwr: [ 7.0 5.0]
mix: 1.0
}
}
}
compressor: {
vars: {
in: { type:audio, flags:["src"] true, doc:"Audio input." },
bypass: { type:bool, value: false, doc:"Bypass the compressor."},
igain: { type:coeff, value: 1.0, doc:"Input gain."},
thresh: { type:coeff, value: 90.0, doc:"Attack threshold in dB."},
ratio: { type:coeff, value: 2.0, doc:"Compression ratio."},
atk_ms: { type:coeff, value: 20.0, doc:"Attack time in milliseconds."},
rls_ms: { type:coeff, value: 20.0, doc:"Release time in milliseconds."},
wnd_ms: { type:coeff, value: 200.0, doc:"RMS calc. window length in milliseconds."},
maxWnd_ms: { type:coeff, value: 1000.0, doc:"Maximim (allocated) window length in milliseconds."},
ogain: { type:coeff, value: 1.0, doc:"Output gain."},
out: { type:audio, doc:"Audio output." },
}
presets: {
dflt: {
igain: 3.0
thresh: 60.0
ratio: 5.0
atk_ms: 5.0
rls_ms: 20.0
wnd_ms:100.0
ogain: 1.0
}
kc: {
bypass: false
igain: 3.0
thresh: 80.0
ratio: 2.0
atk_ms: 20.0
rls_ms: 1000.0
wnd_ms: 200.0
ogain: 1.0
}
input: {
bypass: false
igain: 2.0
thresh: 30.0
ratio: 12.0
atk_ms: 5.0
rls_ms: 20.0
wnd_ms: 20.0
ogain: 0.5
}
dry: {
}
a: {
igain: 6.0
ogain: 1.0
}
b: {
igain: 10.0
ogain: 1.0
}
c: {
igain: 11.0
ogain: 1.0
}
d: {
igain: 9.0
ogain: 1.0
}
f_1: {
igain: 6.0
ogain: 1.0
}
f_2: {
igain: 6.0
ogain: 1.0
}
f_3: {
igain: 6.0
ogain: 1.0
}
f_4: {
igain: 6.0
ogain: 1.0
}
g: {
igain: 10.0
ogain: 0.75
}
g_a: {
igain: 10.0
ogain: 0.75
}
g_1_a: {
igain: 10.0
ogain: 0.75
}
g_1_d: {
igain: 10.0
ogain: 0.75
}
}
}
limiter: {
vars: {
in: { type:audio, flags:["src"] true, doc:"Audio input." },
bypass: { type:bool, value: false, doc:"Bypass the limiter."},
igain: { type:coeff, value: 1.0, doc:"Input gain."},
thresh: { type:coeff, value: 0.0, doc:"Linear (0.0-1.0) threshold."},
ogain: { type:coeff, value: 1.0, doc:"Output gain."},
out: { type:audio, doc:"Audio output." },
}
presets: {
dflt: {
bypass: false,
igain: 1.0
thresh: 0.9,
ogain: 1.0
}
}
}
dc_filter: {
vars: {
in: { type:audio, flags:["src"], doc:"Audio input." },
bypass: { type:bool, value: false, doc:"Bypass the DC filter."},
gain: { type:coeff, value: 1.0, doc:"Output gain."},
out: { type:audio, doc:"Audio output." },
}
presets: {
dflt: {
bypass: false,
gain: 1.0
}
}
}
audio_meter: {
vars: {
in: { type:audio, flags:["src"], doc:"Audio input." },
dbFl: { type:bool, value: true, doc:"Output in Decibels." },
wndMs: { type:ftime, value: 100.0, doc:"RMS window length." },
peakDb: { type:coeff, value: -10.0, doc:"Peak threshold." },
out: { type:coeff, value: 0.0, doc:"Meter output." },
peakFl: { type:bool, value: false, doc:"Peak output." }
clipFl: { type:bool, value: false, doc:"Clip indicator output."},
rpt_ms: { type:uint, value:0, flags:["init"], doc:"Report period in ms or 0 for no report."},
}
}
subnet: {
vars: {
}
}
poly: {
vars: {
count: { type:uint, doc:"Count of network duplicates." },
order: { type:string, value:"net", doc:"Execution order 'net'=net first 'proc'=proc first" }
}
}
sample_hold: {
vars: {
in: { type:audio, flags:["src"], doc:"Audio input source." },
period_ms: { type:ftime, value:50, doc:"Sample period in milliseconds." },
out: { type:sample, value:0.0, doc:"First value in the sample period." },
mean: { type:sample, value:0.0, doc:"Mean value of samples in period." },
}
}
/*
number: {
vars: {
value: { type:numeric, value:0.0, doc:"Input and output value."},
store: { type:numeric, value:0.0, doc:"Store but don't emit until the next exec."}
}
}
*/
number: {
doc:[ "Number box",
"By default the type of the output is the type of the first input variable.",
"However, an explicit type may be set using the 'out_type' argument." ]
vars: {
in: { type:numeric, value:0.0, flags["mult"], doc:"Set the current value."},
trigger: { type:all, value:0.0, doc:"Send the currrent value on the next exec cycle."},
out_type: { type:string, value:"", flags:["init"], doc:"The type of the output value."},
out: { type:runtime, flags:["no_src"], doc:"Output numeric value."},
}
}
halt:{
vars: {
in: { type:all, value:0.0, flags:["src"], doc:"Any value halts the network."},
}
}
// 'reg' maintains a copy of the last value received on either 'in' or 'store'.
// When the value changes 'out' will emit the new value on the next execution cycle.
// The data type of 'out' is determined by the data type of 'in'.
// The data type of 'store' must be convertable to the data type of 'out'.
reg: {
vars: {
in: { type:all, flags:["src"], doc:"Input value."},
store: { type:all, doc:"Alternate input value."},
out: { type:runtime, flags:["no_src"], doc:"Output value."},
}
}
timer: {
vars: {
srate: { type:srate, value:0, flags["src"], doc:"Sample rate to use as the time base. 0=Use default system sample rate." },
delay_ms: { type:ftime, value:0, doc:"Delay before the first output." },
period_ms: { type:ftime, value:100, doc:"Timer period in milliseconds." },
out: { type:bool, value:false, doc:"Output pulse." },
}
}
counter: {
vars: {
trigger: { type:all, flags["src"], doc:"Counter increments with each toggle of trigger." },
reset: { type:all, value:0.0, doc:"Reset the counter to the initial value." },
init: { type:numeric, value:0.0, doc:"Counter initial value." },
min: { type:numeric, value:0.0, doc:"Minimum output value." },
max: { type:numeric, value:10.0, doc:"Maximum output value." },
inc: { type:numeric, value:1.0, doc:"Incrment value." },
repeat_fl: { type:bool, value:true, doc:"Repeat on reaching the limits." },
mode: { type:string, value:"modulo", doc:"limit mode: 'modulo'=wrap, 'reverse'=count in opposite direction, 'clip'=repeat limit value."},
out_type: { type:string, value:double, flags:["init"], doc:"The type of the output value." },
upr_lim: { type:bool, value:false, flags:["no_src"], doc:"Outputs 'true' if the upper limit is reached." },
lwr_lim: { type:bool, value:false, flags:["no_src"], doc:"Outputs 'true' if the lower limit is reached." },
limit: { type:bool, value:false, flags:["no_src"], doc:"Outputs 'true' if the upper or lower limit is reached." },
out: { type:runtime, value:0.0, doc:"Counter output value."},
}
}
// All elements of the list must belong to the same of three possible types:
// string,cfg,numeric (uint,int,float,double)
list: {
vars: {
cfg_fname: { type:string, value:"", flags:["init"], doc:"List cfg file." },
in: { type:uint, flags:["src"], doc:"List selection index." },
list: { type:cfg, value:{} doc:"List as a 'cfg' object." },
out: { type:runtime, doc:"List output value." },
value: { type:runtime, flags["mult"], doc:"List 'mult' output per list value." },
}
}
add: {
vars: {
in: { type:numeric, flags:["src","mult"], doc:"Operands" },
otype: { type:string, value:double, flags:["init"], doc:"The type of the output value." },
out: { type:runtime, flags:["no_src"], doc:"Result" },
}
}
preset: {
vars: {
in: { type:string, flags:["src"], doc:"Preset to select." },
}
}
xfade_ctl: {
poly_limit_cnt: 1,
// Notes:
// 1. It would be better to setup the source net-proc as a 'in' variable with type 'net'.
// 2. The only purpose for the 'srateSrc' is to get the sample rate of the system.
vars: {
net: { type:string, doc:"Proc name of the poly network."},
netSfxId: { type:uint, value: 0, doc:"Label sfx id of the source poly instance."},
srateSrc: { type:audio, flags:["src"], doc:"Audio source to derive the sample rate."},
durMs: { type:uint, value:1000, doc:"Cross-fade duration in milliseconds" },
trigger: { type:all, doc:"Start cross-fade." },
preset: { type:string, doc:"Preset to apply to the poly network." },
gain: { type:coeff, flags:["mult"], value:0, doc:"Cross-fade gain output." }
}
},
midi_voice: {
vars: {
in: { type:midi, doc:"MIDI in" },
out: { type:audio, doc:"Audio out" }
done_fl: { type:bool, value:false, doc:"Triggers when voice is available."}
}
},
poly_voice_ctl: {
poly_limit_cnt: 1,
vars: {
in: { type:midi, doc:"MIDI input."},
voice_cnt: { type:uint, value:3, flags:["init"], doc:"Count of voices." },
out: { type:midi, flags:["mult"], doc:"MIDI output to voices. One per voice." },
done_fl: { type:bool, value:false, flags:["mult"], doc:"Voice available feedback triggers from voices. One per voice."},
}
},
piano_voice: {
vars: {
wtb_fname: { type:string, flags:["init"], doc:"Wave table bank cfg. file." },
wtb_instr: { type:string, value:"piano", flags:["init"], doc:"Instrument label of the selected wave-table bank."},
in: { type:midi, doc:"MIDI in" },
out: { type:audio, doc:"Audio out" },
done_fl: { type:bool, value:false, doc:"Triggers when voice is available."},
test_pitch: { type:uint, value:0, doc:"Pitch to test." },
test_key_pitch: { type:uint, value:48, doc:"Base pitch to use for lowest velocity when in 'test' mode." },
}
},
print: {
vars: {
in: { type:all, flags:["mult"], doc: "Value to print." },
eol_fl: { type:all, doc: "Trigger an end-of-line." },
text: { type:cfg, doc: "List of labels." },
}
}
midi_msg: {
vars: {
ch: { type:uint, value:0, doc:"MIDI channel input." },
status: { type:uint, value:0, doc:"MIDI status input."},
d0: { type:uint, value:0, doc:"MIDI data byte 0."},
d1: { type:uint, value:0, doc:"MIDI data byte 1."},
trigger: { type:all, value:0, doc:"Send message."},
buf_cnt: { type:uint, value:16, flags:["init"], doc:"Length of internal msg buffer."},
out: { type:midi, doc:"MIDI output."},
}
}
midi_split: {
vars: {
in: { type:midi, doc:"MIDI in" },
ch: { type:uint, value:0, doc:"MIDI channel output" },
status: { type:uint, value:0, doc:"MIDI status output" },
d0: { type:uint, value:0, doc:"MIDI data byte 0."},
d1: { type:uint, value:0, doc:"MIDI data byte 1."},
buf_cnt: { type:uint, value:16, flags:["init"], doc:"Length of internal msg buffer."}
}
}
midi_file: {
doc: [ "MIDI file player",
"CSV file format: 'uid','tpQN','bpm','dticks','ch','status','d0','d1'",
"tpQN = ticks per quarter note should be given on the first line. (Defaults to 1260).",
"bpm = beats per minute should be given on the first line. (Defaults to 60)." ]
vars: {
fname: { type:string, flags:["init"], value:"", doc:"MIDI file name." },
csv_fname: { type:string, flags:["init"], value:"", doc:"MIDI CSV fname. See: midi::file open_csv()." },
done_fl: { type:bool, value:false, doc:"Emits true on done." },
out: { type:midi, doc:"MIDI output."}
}
}
midi_merge: {
doc: [ "MIDI merger."],
vars: {
buf_cnt: { type:uint, flags:["init"], value:64, doc:"MIDI message buffer count." },
in: { type:midi, flags:["mult"], doc:"MIDI input port."},
out: { type:midi, doc:"MIDI output port."}
}
}
}
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