euclid
euclidian sequencer
Inlets
int32 count
bool32 update
Outlets
bool32 out1
Parameters
int32 start1
int32 countmax
frac32.u.map step1
frac32.u.map ratio1
frac32.u.map steps
bool32.mom update
Displays
int32.label mainstep
int32.label ratioA
int32.label ratioB
int32.label stepsOn
int32.label maxcount
int32_t array[1024];
int i;
int32_t prev;
int ttrig;uint32_t step1c =
___SMMUL(param_step1 << 3, ((1 << param_countmax) - 1) << 2) + 1;
uint32_t step1a = ___SMMUL(param_ratio1 << 3, step1c << 2);
uint32_t step1b = step1c - step1a;
if (((param_update + inlet_update) > 0) && (!(ttrig == 1))) {
ttrig = 1;
for (i = 0; i < (1 << param_countmax); i++) {
array[(((((((1 << param_countmax) - 1) - i) / 2) * step1b) +
(((((1 << param_countmax) - 1) - i) + 1) / 2) * step1a) +
param_start1) &
((1 << param_countmax) - 1)] =
i > (((1 << param_countmax) - 1) -
(___SMMUL(param_steps << 3, ((1 << param_countmax) - 1) << 2)))
? 1
: 0;
}
} else if (!((param_update + inlet_update) > 0)) {
ttrig = 0;
}
outlet_out1 = array[(inlet_count) & ((1 << param_countmax) - 1)] &&
(!(prev == inlet_count));
prev = inlet_count;
disp_stepsOn = ___SMMUL(param_steps << 3, ((1 << param_countmax)) << 2) + 1;
disp_mainstep = step1c;
disp_ratioA = step1a;
disp_ratioB = step1b;
disp_maxcount = 1 << param_countmax;