void toggle_action_state(action *a)
{
if(a != NULL)
{
if(a->enabled)
disable_action(a);
else
enable_action(a);
}
}
byte enable_wait_falling(byte ch)
{
// Wait for a falling EDGE on the speciied 'pin' just before every Capture.
return enable_action(AWAITFALL, ch);
}
byte enable_set_high(byte ch)
{
// Sets the speciied 'pin' HIGH, just before every Capture.
return enable_action(ASET, ch);
}
byte enable_wait_low(byte ch)
{
// Wait for a LOW on the speciied 'pin' just before every Capture.
return enable_action(AWAITLO, ch);
}
byte enable_wait_rising(byte ch)
{
// Wait for a rising EDGE on the speciied 'pin' just before every Capture.
return enable_action(AWAITRISE, ch);
}
byte enable_wait_high(byte ch)
{
// Wait for a HIGH on the speciied 'pin' just before every Capture.
return enable_action(AWAITHI, ch);
}
byte set_trig_source(byte ch)
{
// Analog Trigger of the desired channel
return enable_action(AANATRIG, ch);
}
byte enable_pulse_low(byte ch)
{
// Generate a LOW TRUE Pulse on the speciied 'pin', just before every Capture.
return enable_action(APULSELT, ch);
}
byte enable_pulse_high(byte ch)
{
// Generate a HIGH TRUE Pulse on the speciied 'pin', just before every Capture.
// width is specified by the set_pulsewidth() function.
return enable_action(APULSEHT, ch);
}
byte enable_set_low(byte ch)
{
// Sets the speciied 'pin' LOW, just before every Capture.
return enable_action(ACLR, ch);
}
