step write 4
if the value at an inlet changes,it's written to the table at inlet 'step'. if 'rec' is on,after the values changes for the first time,it will be written to the table at inlet 'step' ALL THE TIME (if it changes or not...) useful for live-recording of modulation data.
Inlets
int32.positive offset
int32.positive step
frac32 v0
frac32 v1
frac32 v2
frac32 v3
bool32.risingfalling rec
Outlets
None
Parameters
int32 offset
Attributes
objref table
uint32_t prev0;
uint32_t prev1;
uint32_t prev2;
uint32_t prev3;
int ntrig0;
int ntrig1;
int ntrig2;
int ntrig3;prev0 = 0;
prev1 = 0;
prev2 = 0;
prev3 = 0;if ((inlet_rec > 0) && (inlet_v0 != prev0))
ntrig0 = 1;
if (!(inlet_rec > 0))
ntrig0 = 0;
if ((inlet_rec > 0) && (inlet_v1 != prev1))
ntrig1 = 1;
if (!(inlet_rec > 0))
ntrig1 = 0;
if ((inlet_rec > 0) && (inlet_v2 != prev2))
ntrig2 = 1;
if (!(inlet_rec > 0))
ntrig2 = 0;
if ((inlet_rec > 0) && (inlet_v3 != prev3))
ntrig3 = 1;
if (!(inlet_rec > 0))
ntrig3 = 0;
if ((inlet_v0 != prev0) || (ntrig0 > 0)) {
attr_table.array[inlet_offset + 0 + inlet_step] =
__SSAT(inlet_v0, 28) >> attr_table.GAIN;
prev0 = inlet_v0;
}
if ((inlet_v1 != prev1) || (ntrig1 > 0)) {
attr_table.array[inlet_offset + 1 + inlet_step] =
__SSAT(inlet_v1, 28) >> attr_table.GAIN;
prev1 = inlet_v1;
}
if ((inlet_v2 != prev2) || (ntrig2 > 0)) {
attr_table.array[inlet_offset + 2 + inlet_step] =
__SSAT(inlet_v2, 28) >> attr_table.GAIN;
prev2 = inlet_v2;
}
if ((inlet_v3 != prev3) || (ntrig3 > 0)) {
attr_table.array[inlet_offset + 3 + inlet_step] =
__SSAT(inlet_v3, 28) >> attr_table.GAIN;
prev3 = inlet_v3;
}