Please solve it using work system analysis and python

FIRST STEP:

You should calculate the random "seed" as described in your Assignment $1^1$

After you enter this seed to the correct spot on the template code, you will obtain the estimated profit of each working day.

Modify the code to obtain the optimum results of the following questions:

USING YOUR TEMPLATE FILE:

PART$1(70$ points$)$: What is the optimum maintenance calendar and the profitability with respect to the following conditions:

Plan for $75$ number of planning periods $($days$).$ You should perform exactly $3$ maintenance during the planning period, each of which will last for $4$ days. You need to make sure that there will be at least $15$ days between each maintenance.

PART$2(15$ POINTS$)$: How does your total profitability change if you require at least $10$ days between each maintenance $($all other parameters stay same as part $1)?$

PART$2(15$ POINTS$)$: How would your calendar look, if you had required again at least $10$ days $($as part $2)$ between each maintenance, but this time you had focused on minimizing the maximums of operational ramp up and down $($i$.$e$.$ focus on the smoothness of the operations$)$ as well as maximizing the profit?