Zitat:## DEFAULT GENERAL SETTINGS 16.12.2015

float_bits: 32; # internal floating point precision
sampling_rate: 96000; # sampling rate in Hz of audio interfaces
filter_length: 4096,16; # length of filters: 4 (not used here ;-)
overflow_warnings: true; # echo warnings to stderr if overflow occurs
show_progress: true; # echo filtering progress to stderr
max_dither_table_size: 0; # maximum size in bytes of precalculated dither
allow_poll_mode: false; # allow use of input poll mode
modules_path: "."; # extra path where to find BruteFIR modules
monitor_rate: false; # monitor sample rate
powersave: false; # pause filtering when input is zero
lock_memory: true; # try to lock memory if realtime prio is set
safety_limit: -0.01; # if non-zero max dB in output before aborting

## LOGIC

logic: "cli" { port: 3000; };

## INPUT DEFAULTS

input "l_in", "r_in" {
device: "alsa" { device: "hw:0"; ignore_xrun: true; };
sample: "S32_LE";
channels: 2/0,1; # number of open channels / which to use
delay: 0,0; # delay in samples for each channel
maxdelay: -1; # max delay for variable delays
subdelay: 0,0; # subsample delay in 1/100th sample for each channel
mute: false,false; # mute active on startup for each channel
};

## OUTPUT DEFAULTS

output "l_out", "r_out" {
device: "alsa" { device: "hw:0"; ignore_xrun: true; };
sample: "S32_LE";
channels: 2/0,1; # number of open channels / which to use
delay: 0,0; # delay in samples for each channel
maxdelay: -1; # max delay for variable delays
subdelay: 0,0; # subsample delay in 1/100th sample for each channel
mute: false,false; # mute active on startup for each channel
dither: false; # apply dither
};

## COEFF DEFAULTS

coeff "l_coeff" {
filename: "/home/ra/brutefir/coeff.txt";
format: "Text"; # file format
attenuation: 0.0; # attenuation in dB
blocks: -1; # how long in blocks
skip: 0; # how many bytes to skip
shared_mem: false; # allocate in shared memory
};

coeff "r_coeff" {
filename: "/home/ra/brutefir/coeff.txt";
format: "Text"; # file format
attenuation: 0.0; # attenuation in dB
blocks: -1; # how long in blocks
skip: 0; # how many bytes to skip
shared_mem: false; # allocate in shared memory
};

## FILTER DEFAULTS

filter "l_Filter" {
inputs: "l_in";
to_outputs: "l_out";
coeff: -1; # -1 means "copy"
process: -1; # process index to run in (-1 means auto)
delay: 0; # predelay, in blocks
crossfade: false; # crossfade when coefficient is changed
};

filter "r_Filter" {
inputs: "r_in";
to_outputs: "r_out";
coeff: -1; # -1 means "copy"
process: -1; # process index to run in (-1 means auto)
delay: 0; # predelay, in blocks
crossfade: false; # crossfade when coefficient is changed
};