Please use python code...not c++ sunrise = 720 + 4(longitude – ha) – eqtime – 60 · timezonesunset is the time in UTC minutes of sunset.sunset = 720 + 4(longitude + ha) – eqtime – 60 · timezoneTo convert a time in local minutes to local time you can use the following equations(the sunset equations look the same).sunrisesunrise hour60sunrise_minutesunrise – (sunrise_hour · 60)Note: The strange brackets around sunrise_hour are the floor function, which roundsthe expression inside them down. You can easily achieve this in python by simplyassigning the value to an integer variable, or you can use the floor function defined inmath module.(Case Study Credit/Source: Machine Projects Series, Dr. Don Roberts, EvansvilleUniversity, USA)Write a single function to implement the algorithm in the case study above. Give thefollowing properties to your function.i.ii.а.Use parametersCall the function using arguments supplied by the user "Sample Runs (to see if your code is working correctly)Daylight-Sensitive Zombie Protection SystemThis program will calculate sunrise and sunset time for any date and locationEnter latitude, longitude:40.75 -74 Enter Timezone:-5Enter day of year:180 Sunrise: 4:34Sunset: 19:39Daylight-Sensitive Zombie Protection SystemThis program will calculate sunrise and sunset time for any date and locationEnter latitude, longitude:37.5 -88.0 Enter Timezone:-6Enter day of the year:11 Sunrise: 7:22Sunset: 17:07 MACHINE PROJECT 1As the documentary, "I Am Legend," reveals, there is a particular subspecies ofzombies that will only come out at night. (there is a debate as to whether thatparticular species of undead are zombies or vampires, but at this critical point inhistory, such debate is pedantic and counterproductive). Therefore, it is of the utmostimportance that we be able to calculate the time of the local sunrise and sunset.Fortunately, astronomers have left us the equations that allow us to calculate this.Unfortunately, these astronomers were eaten by zombies before they could turn themath into a useful program. The following is the algorithm that is their legacy.To calculate the local time of sunrise and sunset, we need the following input data:Latitude: Latitude of the current location in degrees (+ = North, - = South)Longitude: Longitude of the current location in degrees (+ = East, - = West)Time zone: The local timezone as offset from UTC (e.g. CST=-6)day of year: The numerical day of the year for which we are performing thecalculation%3D%3D%3DThe following are the equations required to calculate sunrise and sunset times.is the day of the year converted into an angle in radians.(day.of_year – 1)365eqtime is the equation of time in minutes (the number of minutes that the position ofthe sun differs from the actual time).eqtime = 229.18(0.000075 + 0.001868cos(y) – 0.032077sin(y) – 0.014615cos(2y)0.040849sin(2y))%3Ddecl is the declination of the sun in radians.decl = 0.006918 – 0.399912cos(v) + 0.070257sin(y)0.006758cos(2) + 0.000907sin(2y) – 0.002697cos(3y) + 0.00148sin(3y)-ha is the hour angle of the sun in degrees.cos(1.5853)cos(latitude · 50) cos(decl)180- tan(latitude ·) tan(decl)180ha = arccOSsunrise is the time in local minutes of sunrise.

Question

Please use python code...not c++ sunrise = 720 + 4(longitude – ha) – eqtime – 60 · timezonesunset is the time in UTC minutes of sunset.sunset = 720 + 4(longitude + ha) – eqtime – 60 · timezoneTo convert a time in local minutes to local time you can use the following equations(the sunset equations look the same).sunrisesunrise hour60sunrise_minutesunrise – (sunrise_hour · 60)Note: The strange brackets around sunrise_hour are the floor function, which roundsthe expression inside them down. You can easily achieve this in python by simplyassigning the value to an integer variable, or you can use the floor function defined inmath module.(Case Study Credit/Source: Machine Projects Series, Dr. Don Roberts, EvansvilleUniversity, USA)Write a single function to implement the algorithm in the case study above. Give thefollowing properties to your function.i.ii.а.Use parametersCall the function using arguments supplied by the user &#34;Sample Runs (to see if your code is working correctly)Daylight-Sensitive Zombie Protection SystemThis program will calculate sunrise and sunset time for any date and locationEnter latitude, longitude:40.75 -74 Enter Timezone:-5Enter day of year:180 Sunrise: 4:34Sunset: 19:39Daylight-Sensitive Zombie Protection SystemThis program will calculate sunrise and sunset time for any date and locationEnter latitude, longitude:37.5 -88.0 Enter Timezone:-6Enter day of the year:11 Sunrise: 7:22Sunset: 17:07 MACHINE PROJECT 1As the documentary, &#34;I Am Legend,&#34; reveals, there is a particular subspecies ofzombies that will only come out at night. (there is a debate as to whether thatparticular species of undead are zombies or vampires, but at this critical point inhistory, such debate is pedantic and counterproductive). Therefore, it is of the utmostimportance that we be able to calculate the time of the local sunrise and sunset.Fortunately, astronomers have left us the equations that allow us to calculate this.Unfortunately, these astronomers were eaten by zombies before they could turn themath into a useful program. The following is the algorithm that is their legacy.To calculate the local time of sunrise and sunset, we need the following input data:Latitude: Latitude of the current location in degrees (+ = North, - = South)Longitude: Longitude of the current location in degrees (+ = East, - = West)Time zone: The local timezone as offset from UTC (e.g. CST=-6)day of year: The numerical day of the year for which we are performing thecalculation%3D%3D%3DThe following are the equations required to calculate sunrise and sunset times.is the day of the year converted into an angle in radians.(day.of_year – 1)365eqtime is the equation of time in minutes (the number of minutes that the position ofthe sun differs from the actual time).eqtime = 229.18(0.000075 + 0.001868cos(y) – 0.032077sin(y) – 0.014615cos(2y)0.040849sin(2y))%3Ddecl is the declination of the sun in radians.decl = 0.006918 – 0.399912cos(v) + 0.070257sin(y)0.006758cos(2) + 0.000907sin(2y) – 0.002697cos(3y) + 0.00148sin(3y)-ha is the hour angle of the sun in degrees.cos(1.5853)cos(latitude · 50) cos(decl)180- tan(latitude ·) tan(decl)180ha = arccOSsunrise is the time in local minutes of sunrise.

Accepted Answer

Program Code:
#include <bits/stdc++.h>
using namespace std;
void…

To convert a time in local minutes to local time you can use the follo (the sunset equations look the same). sunrise sunrise_hour %3D 60