sel b 16 8t pulse
select one out of 16 booleans, chainable, 8 tracks, pulse output
Inlets
int32 in
bool32 default value channel 1
bool32 default value channel 2
bool32 default value channel 3
bool32 default value channel 4
bool32 default value channel 5
bool32 default value channel 6
bool32 default value channel 7
bool32 default value channel 8
Outlets
int32 chain out (in-16)
bool32 output channel 1
bool32 output channel 2
bool32 output channel 3
bool32 output channel 4
bool32 output channel 5
bool32 output channel 6
bool32 output channel 7
bool32 output channel 8
Parameters
bin16 p1
bin16 p2
bin16 p3
bin16 p4
bin16 p5
bin16 p6
bin16 p7
bin16 p8
int in_prev;in_prev = 0;if ((inlet_in >= 0) && (inlet_in < 16)) {
outlet_o1 = (in_prev != inlet_in) && (param_p1 & (1 << inlet_in));
outlet_o2 = (in_prev != inlet_in) && (param_p2 & (1 << inlet_in));
outlet_o3 = (in_prev != inlet_in) && (param_p3 & (1 << inlet_in));
outlet_o4 = (in_prev != inlet_in) && (param_p4 & (1 << inlet_in));
outlet_o5 = (in_prev != inlet_in) && (param_p5 & (1 << inlet_in));
outlet_o6 = (in_prev != inlet_in) && (param_p6 & (1 << inlet_in));
outlet_o7 = (in_prev != inlet_in) && (param_p7 & (1 << inlet_in));
outlet_o8 = (in_prev != inlet_in) && (param_p8 & (1 << inlet_in));
} else {
outlet_o1 = inlet_def1;
outlet_o2 = inlet_def2;
outlet_o3 = inlet_def3;
outlet_o4 = inlet_def4;
outlet_o5 = inlet_def5;
outlet_o6 = inlet_def6;
outlet_o7 = inlet_def7;
outlet_o8 = inlet_def8;
}
outlet_chain = inlet_in - 16;
in_prev = inlet_in;