void On_time_step(double pTime)
//*****************************
// The analysis at the given time has finished. DO NOT place further actions
// on pins (unless they are delayed). Pins values are stable at this point.
{
// Check the initial pin state (at time 0) here since On_digial_in_edge()
// doesn't get called at the beginning of the simulation.
if(pTime == 0) {
Check_trigger(0);
}
// If the CANCEL pin is asserted, clear any pending BREAK() */
if(GET_LOGIC(CANCEL) == 1) {
VAR(Edge_time) = -1;
}
// Trigger any previously scheduled breakpoints if their time has arrived
if(VAR(Edge_time) != -1 && pTime >= VAR(Edge_time) + VAR(Break_delay)) {
char strBuffer[MAXBUF];
snprintf(strBuffer, MAXBUF, "Triggered at %.2f ms",
VAR(Edge_time) * 1000);
BREAK(strBuffer);
// Clear pending breakpoint so Check_trigger() can schedule new ones
VAR(Edge_time) = -1;
}
}
void set_output() {
//SET_LOGIC(SIG_OUT, 1);
//SET_LOGIC(SIG_OUT, !(GET_LOGIC(SIG_IN1) && GET_LOGIC(SIG_IN2)));
SET_LOGIC(SIG_OUT,
!( GET_LOGIC(SIG_IN1)
&& GET_LOGIC(SIG_IN2)
&& GET_LOGIC(SIG_IN3)
&& GET_LOGIC(SIG_IN4)
&& GET_LOGIC(SIG_IN5)
&& GET_LOGIC(SIG_IN6)
&& GET_LOGIC(SIG_IN7)
&& GET_LOGIC(SIG_IN8)
)
); // Initializes output
}
void Check_trigger(double pTime)
//********************
// Called from On_digital_in_edge().and On_time_step() to check the state
// of the TRIGGER pin. If the pin became high, set VAR(Edge_time) to schedule
// a pending breakpoint.
{
// If a break condition is already pending, do not schedule any further
// breakpoints and ignore the TRIGGER input until the currently pending
// BREAK() occurs.
if(GET_LOGIC(TRIGGER) == 1) {
if(VAR(Edge_time) == -1) {
VAR(Edge_time) = pTime;
}
}
}
