filter_length: 4096, 1;

n_processors: 1;

powersave: true;

show_progress: false;

sampling_rate: 44100;

## OUTPUTS ##

output "sp0","sp1"
    {
    device: "alsa" { param: "hw:0"; };
    sample: "S16_LE";
    delay: 0,0;
    channels: 2/0,1;
};

## INPUTS ##

input "src_0","src_1"
    {
    device: "file" { path: "/home/nescivi/Notmusik/wave-files/1502/mod1.wav"; skip: 44; loop: true; };
    sample: "S16_LE";
    delay: 0;
    channels: 2/0,1;
};

## if using the sound input from the card, comment the above and uncomment below:

#input "src_0","src_1"
#    {
#    device: "alsa" { param: "hw:0"; };
#    sample: "S16_LE";
#    channels: 2/0,1;
#    delay: 0;
#}; 

## COEFFS ##

coeff "coeff_0_ch0" {
    filename: "/path/to/myimpulse_left.wav"; 
    format: "S16_LE";
    blocks: 1;
    skip: 44;};		### most wav-files have a header size of 44; you can check for your wave-file with the command sfinfo "filename"

coeff "coeff_0_ch1" {
    filename: "/path/to/myimpulse_right.wav"; 
    format: "S16_LE";
    blocks: 1;
    skip: 44;};

## FILTERS ##

filter "filter_vs0ch0" {
    inputs: "src_0"/0 ;
    coeff: 0;
    process: 0;
    outputs: "sp0";
crossfade: false;
};

filter "filter_vs0ch1" {
    inputs: "src_0"/0 ;
    coeff: 1;
    process: 0;
    outputs: "sp1";
crossfade: false;
};