TOPIC:

[email protected]:~# cat .brutefir_config
coeff "drc_l" {
       filename: "/root/fut";
       format: "S16_LE";     # 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 "drc_r" {
       filename: "/root/fut";
       format: "S16_LE";     # 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
};
 
## INPUT DEFAULTS ##
 
input  "l_in","r_in" {
       device: "file" {path: "/dev/stdin";};
       sample: "S16_LE";   # sample format
       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
       mute: false,false;  # mute active on startup for each channel
};
 
## OUTPUT DEFAULTS ##
 
output "C1","C2","C3","C4","C5","C6","C7","C8","C9","C10" {
        device: "alsa" { device: "hw:1,0";};  # module and parameters to put audio
#         device: "file" {path: "/dev/stdout";};
        sample: "S32_LE";   # sample format
        channels: 10;    # number of open channels / which to use
        delay: 0,0;         # delay in samples for each channel
		maxdelay: -1;	    # max delay for variable delays
		mute: false, false; # mute active on startup for each channel
        dither: false;      # apply dither
		merge: false;       # merge discontinuities at coeff change
};
 
## FILTER DEFAULTS ##

filter "l1_filter" {
       from_inputs: "l_in"/8.0;
       to_outputs: "C1"/0.0;
       process: -1;        # process index to run in (-1 means auto)
       coeff: "drc_l";
};

filter "r1_filter" {
       from_inputs: "r_in"/8.0;
       to_outputs: "C2"/0.0;
       process: -1;        # process index to run in (-1 means auto)
       coeff: "drc_r";
};
filter "l2_filter" {
       from_inputs: "l_in"/8.0;
       to_outputs: "C3"/0.0; 
       process: -1;        # process index to run in (-1 means auto)
       coeff: "drc_l";
};

filter "r2_filter" {
       from_inputs: "r_in"/8.0;
       to_outputs: "C4"/0.0; 
       process: -1;        # process index to run in (-1 means auto)
       coeff: "drc_r";
};
filter "l3_filter" {
       from_inputs: "l_in"/8.0;
       to_outputs: "C5"/0.0;
       process: -1;        # process index to run in (-1 means auto)
       coeff: "drc_l";
};

filter "r3_filter" {
       from_inputs: "r_in"/8.0;
       to_outputs: "C6"/0.0;
       process: -1;        # process index to run in (-1 means auto)
       coeff: "drc_r";
};
filter "l4_filter" {
       from_inputs: "l_in"/8.0;
       to_outputs: "C7"/0.0;
       process: -1;        # process index to run in (-1 means auto)
       coeff: "drc_l";
};

filter "r4_filter" {
       from_inputs: "r_in"/8.0;
       to_outputs: "C8"/0.0;
       process: -1;        # process index to run in (-1 means auto)
       coeff: "drc_r";
};