VMAX_CHAN
double voss_output_compressor_gain[VMAX_CHAN];
for (chan = 0; chan != VMAX_CHAN; chan++) {
int64_t voss_output_peak[VMAX_CHAN];
int64_t voss_input_peak[VMAX_CHAN];
for (chan = 0; chan != VMAX_CHAN; chan++) {
for (x = 0; x != VMAX_CHAN; x++) {
double *rx_filter_data[VMAX_CHAN];
double *tx_filter_data[VMAX_CHAN];
int64_t rx_peak_value[VMAX_CHAN];
int64_t tx_peak_value[VMAX_CHAN];
int8_t rx_shift[VMAX_CHAN];
int8_t tx_shift[VMAX_CHAN];
uint8_t rx_src[VMAX_CHAN];
uint8_t tx_dst[VMAX_CHAN];
uint8_t rx_mute[VMAX_CHAN];
uint8_t tx_mute[VMAX_CHAN];
uint8_t rx_pol[VMAX_CHAN];
uint8_t tx_pol[VMAX_CHAN];
double rx_compressor_gain[VMAX_CHAN];
int64_t *tx_filter_in[VMAX_CHAN];
int64_t *rx_filter_in[VMAX_CHAN];
double *tx_filter_out[VMAX_CHAN];
double *rx_filter_out[VMAX_CHAN];
extern double voss_output_compressor_gain[VMAX_CHAN];
extern int64_t voss_output_peak[VMAX_CHAN];
extern int64_t voss_input_peak[VMAX_CHAN];
"\t" "Max channels = %d\n", VMAX_CHAN);
for (x = 0; x != VMAX_CHAN; x++)
for (x = 0; x != VMAX_CHAN; x++) {
if (voss_mix_channels >= VMAX_CHAN) {
if (profile.channels > VMAX_CHAN)
if (idx >= (2 * VMAX_CHAN))
for (x = 0; x != VMAX_CHAN; x++)