Dydtem monitoring Display and logic device observation

This project is about the design of control panel for a monitoring system. a.3 inputs represent manufacturing conditions that are being monitored (will be represented using input signals). A high output represents a particular condition threshold was exceeded (temperature, pressure, etc). [login to view URL] design will contain three outputs: A green, yellow, and red indicator. [login to view URL] all inputs are low, the green indicator will be lit. [login to view URL] on the number of inputs that are true, the following will occur: [login to view URL] one input is over=yellow indicator lit for 5seconds and then transition to flashing yellow (once/sec i.e. 0.5 sec on and 0.5 sec off). [login to view URL] inputs are over=red indicator lit for 5 seconds and then transition to flashing red(once/sec i.e. 0.5 sec on and 0.5 sec off). [login to view URL] inputs are over = immediately transition to flashing red. [login to view URL] one indicator light will be lit at any given time. If only one input is over and it drops back down to a logic low, then the system will transition back to the green indicator. If ANY input goes high, the behavior in d. would [login to view URL] flashing red occurs,the red indicator will flash for the remainder of the simulation regardless of changes in the input values. [login to view URL] should show behavior with: [login to view URL] inputs below. [login to view URL] one of the inputs going high twice(This must be repeated for each of the three inputs and can be done is rapid succession): [login to view URL] the first time it will drop back low before the output transitions to flashing yellow. [login to view URL] the second time it will remain long enough to transition to flashing yellow [login to view URL] two of the inputs transitioning high twice (not simultaneously but overlapping): [login to view URL] the first time it will drop back low before transitioning to flashing red. [login to view URL] the second time it will remain high long enough to transition to flashing red. Both inputs should then drop low to demonstrate that the red indicator remains flashing. [login to view URL] the simulation and reprogram the circuit to cause all three inputs to transition high(not simultaneously but before 5 seconds passes). Upon all three inputs exceeding their limits, the output should immediately transition to flashing red. All three inputs should then transition low to demonstrate that the red indicator remains flashing. I have attached [login to view URL] in case you don't have the software in which to simulate. All I want is the .ckt file for the complete simulation which could be more than one.