Reverse Delay (5s max)
A reverse delay not really modelled on any existing one. You'll want to set
the Crossfade Samples parameter to something reasonably small (but more than 20)
for most applications, but you can try larger values if you start getting clicking.
buffer);
]]>
last_delay_time = delay_time;
plugin_data->delay_samples = delay_samples = CALC_DELAY (delay_time);
}
if (delay_time == last_delay_time) {
long idelay_samples = (long)delay_samples;
delay2 = idelay_samples * 2;
if (xfadesamp > idelay_samples) {
/* force it to half */
xfadesamp = idelay_samples / 2;
}
for (i=0; i (idelay_samples - xfadesamp)) {
fadescale = (idelay_samples - (write_phase % idelay_samples)) / (1.0 * xfadesamp);
}
else {
fadescale = 1.0;
}
buffer[write_phase] = fadescale * (insamp + (feedback * read));
buffer[write_phase] = flush_to_zero(buffer[write_phase]);
buffer_write(out[i], read);
write_phase = (write_phase + 1) % delay2;
}
} else {
float next_delay_samples = CALC_DELAY (delay_time);
float delay_samples_slope = (next_delay_samples - delay_samples) / sample_count;
for (i=0; i (idelay_samples - xfade_samp)) {
fadescale = (idelay_samples - (write_phase % idelay_samples)) / (1.0 * xfade_samp);
}
else {
fadescale = 1.0;
}
buffer[write_phase] = fadescale * (insamp + (feedback * read));
buffer[write_phase] = flush_to_zero(buffer[write_phase]);
buffer_write(out[i], read);
}
plugin_data->last_delay_time = delay_time;
plugin_data->delay_samples = delay_samples;
}
plugin_data->write_phase = write_phase;
]]>
Input
Output
Delay Time (s)
Dry Level (dB)
Controls the level of the dry input signal in dB's.
Wet Level (dB)
Controls the level of the delayed signal in dB's.
Feedback
Crossfade samples