Oven Verilog code for quartus, give a code and the pin assignments for the de$10$ lite

Design a circuit to control an oven

Turn ON$/$OFF

If oven is OFF, it will display time of the day $($Starting at $00\mathrm{.}00-$ display in MM:SS$)$

If oven is ON$,$ it will operate as normal oven

Oven operation $($When it's on$)$

Allow user to set bake time and its temperature

Default value of pre$-$defined temperature is $300$ F

After user sets its baking time and temperature, oven will start its pre$-$heat process. $($Applies heat$)$

There is a circuit to control heat that applies to the oven

If heat is ON$,$ oven's temperature will increase

When an oven is heating up$,$ its temperature will increase by $2$ Fahrenheit per second

If heat is OFF, oven's temperature will decrease

When heat is stopped, oven's temperature will be decreased by $1\frac{F}{?}$ second

Note: User can see real$-$time temperature of an oven

Oven $($Cont$.)$

When temperature reaches its pre$-$defined value, an LED light must be ON to show that an oven is ready, and baking time will start counting down

After temperature in an oven reaches its pre$-$defined value, this temperature must remain in the range $[$temp$-2,$ temp$+2]$ for at least its pre$-$defined time

Heat must be applied and removed in sequence to make sure that oven's temperature are constant.

Note: You may set some tolerant boundary for your oven

If the heat is applied to an oven, its temperature will increase. Once temperature insides oven reaches its upper boundary, we have to remove the heat from the oven.

When heat is removed from an oven, its temperature will decrease. Once it reaches the lower boundary that we could tolerate, the heat will need to apply to an oven again in order to guarantee that temperature inside oven is constant.

When oven is OFF, temperature inside oven will decrease down to room temperature $(65$F$)$

You will need to display oven's temperature during demonstration

Oven

Design a circuit to control an oven

Turn ON$/$OFF

If oven is OFF, it will display time of the day $($Starting at $00\mathrm{.}00-$ display in MM:SS$)$

If oven is ON$,$ it will operate as normal oven

Oven operation $($When it's on$)$

Allow user to set bake time and its temperature

Default value of pre$-$defined temperature is $300$ F

After user sets its baking time and temperature, oven will start its pre$-$heat process. $($Applies heat$)$

There is a circuit to control heat that applies to the oven

If heat is ON$,$ oven's temperature will increase

When an oven is heating up$,$ its temperature will increase by $2$ Fahrenheit per second

If heat is OFF, oven's temperature will decrease

When heat is stopped, oven's temperature will be decreased by $1\frac{F}{?}$ second

Note: User can see real$-$time temperature of an oven

Oven $($Cont$.)$

When temperature reaches its pre$-$defined value, an LED light must be ON to show that an oven is ready, and baking time will start counting down

After temperature in an oven reaches its pre$-$defined value, this temperature must remain in the range $[$temp$-2,$ temp$+2]$ for at least its pre$-$defined time

Heat must be applied and removed in sequence to make sure that oven's temperature are constant.

Note: You may set some tolerant boundary for your oven

If the heat is applied to an oven, its temperature will increase. Once temperature insides oven reaches its upper boundary, we have to remove the heat from the oven.

When heat is removed from an oven, its temperature will decrease. Once it reaches the lower boundary that we could tolerate, the heat will need to apply to an oven again in order to guarantee that temperature inside oven is constant.

When oven is OFF, temperature inside oven will decrease down to room temperature $(65$F$)$

You will need to display oven's temperature during demonstration