%-------------------------------------------------%
UNIT		us;		% Keep time in microseconds %
START		0;		% Start time %
STOP		20;		% Stop time %
INTERVAL 	1;		% Time between steps %

% List of inputs. Order is important %
INPUTS	ALARM_HRS TIME_HRS ALARM_MINS TIME_MINS ALARM_AM_PM TIME_AM_PM ALARM_SET;

% Outputs are optional, but order is important if %
% autochecking of the simulation is desired %
OUTPUTS OUTBUS;


% The PATTERN statement signifies the start of the test %
% vectors. The order of signals is based on the INPUTS %
% and OUTPUTS lists above. Only the INPUTS are required. %
% One test vector per line %
% This example uses relative time patterns since timing %
% and propogation delay are not issues %

PATTERN
% ALARM_HRS TIME_HRS ALARM_MINS TIME_MINS ALARM_AM_PM TIME_AM_PM ALARM_SET %
1 1 01 01 0 0 0
6 6 1E 1E 0 0 0
6 A 1E 00 0 1 1
6 A 1E 00 0 1 0
6 A 1E 1E 0 1 1
6 A 1E 1E 0 1 0


; % Semi-colon at end of vector list %