8xdBLevel
select one out of 32 bipolar fractionals, with chain i/o
Inlets
frac32buffer 1
frac32buffer 2
frac32buffer 3
frac32buffer 4
frac32buffer 5
frac32buffer 6
frac32buffer 7
frac32buffer 8
Outlets
int32 chain out (in-32)
frac32 output
Displays
frac32.vbar.db 1
frac32.vbar.db 2
frac32.vbar.db 3
frac32.vbar.db 4
frac32.vbar.db 5
frac32.vbar.db 6
frac32.vbar.db 7
frac32.vbar.db 8
int32_t Audio1;
int32_t Audio2;
int32_t Audio3;
int32_t Audio4;
int32_t Audio5;
int32_t Audio6;
int32_t Audio7;
int32_t Audio8;int j;
int i;
for (j = 0; j < BUFSIZE; j++) {
Audio1 = inlet_1[j] > Audio1 ? inlet_1[j] : Audio1 - (Audio1 >> 14);
Audio2 = inlet_2[j] > Audio2 ? inlet_2[j] : Audio2 - (Audio2 >> 14);
Audio3 = inlet_3[j] > Audio3 ? inlet_3[j] : Audio3 - (Audio3 >> 14);
Audio4 = inlet_4[j] > Audio4 ? inlet_4[j] : Audio4 - (Audio4 >> 14);
Audio5 = inlet_5[j] > Audio5 ? inlet_5[j] : Audio5 - (Audio5 >> 14);
Audio6 = inlet_6[j] > Audio6 ? inlet_6[j] : Audio6 - (Audio6 >> 14);
Audio7 = inlet_7[j] > Audio7 ? inlet_7[j] : Audio7 - (Audio7 >> 14);
Audio8 = inlet_8[j] > Audio8 ? inlet_8[j] : Audio8 - (Audio8 >> 14);
}
disp_1 = Audio1;
disp_2 = Audio2;
disp_3 = Audio3;
disp_4 = Audio4;
disp_5 = Audio5;
disp_6 = Audio6;
disp_7 = Audio7;
disp_8 = Audio8;