Question: I would like to take this code from Python and make it Kotlin import csv class Weather: def __init__(self, date, precipitation, snowfall, snow_depth, max_temperature, min_temperature,
I would like to take this code from Python and make it Kotlin
import csv
class Weather:
def __init__(self, date, precipitation, snowfall, snow_depth, max_temperature, min_temperature, avg_temperature, heating_degree_days, cooling_degree_days, sunrise, sunset, length_of_day):
self.date = date
self.precipitation = precipitation
self.snowfall = snowfall
self.snow_depth = snow_depth
self.max_temperature = max_temperature
self.min_temperature = min_temperature
self.avg_temperature = avg_temperature
self.heating_degree_days = heating_degree_days
self.cooling_degree_days = cooling_degree_days
self.sunrise = sunrise
self.sunset = sunset
self.length_of_day = length_of_day
def readData():
with open('weather.db') as csvfile:
reader = csv.reader(csvfile)
next(reader)
for row in reader:
date = row[0]
precipitation = float(row[1])
snowfall = float(row[2])
snow_depth = float(row[3])
max_temperature = float(row[4])
min_temperature = float(row[5])
avg_temperature = float(row[6])
heating_degree_days = float(row[7])
cooling_degree_days = float(row[8])
sunrise = row[9]
sunset = row[10]
length_of_day = row[11]
key = getKey(date)
weatherDB[key] = Weather(date, precipitation, snowfall, snow_depth, max_temperature, min_temperature, avg_temperature, heating_degree_days, cooling_degree_days, sunrise, sunset, length_of_day)
def getKey(date):
parts = date.split('/')
month = parts[0].rjust(2, '0')
day = parts[1].rjust(2, '0')
return f"{month}/{day}"
def printHeader():
print(f"{'Date':<10}{'Precipitation':<15}{'Snowfall':<10}{'Snow Depth':<10}{'Max Temp.':<10}{'Min Temp.':<10}{'Avg Temp.':<10}{'HDD':<10}{'CDD':<10}{'Sunrise':<10}{'Sunset':<10}{'Length of Day':<15}")
def printAllRecords():
printHeader()
for key in weatherDB:
weather = weatherDB[key]
print(f"{weather.date:<10}{weather.precipitation:<15}{weather.snowfall:<10}{weather.snow_depth:<10}{weather.max_temperature:<10}{weather.min_temperature:<10}{weather.avg_temperature:<10}{weather.heating_degree_days:<10}{weather.cooling_degree_days:<10}{weather.sunrise:<10}{weather.sunset:<10}{weather.length_of_day:<15}")
def printRecordsFromSingleMonth():
month = input("Enter month (MM): ")
printHeader()
for key in weatherDB:
if key.startswith(month):
weather = weatherDB[key]
print(f"{weather.date:<10}{weather.precipitation:<15}{weather.snowfall:<10}{weather.snow_depth:<10}{weather.max_temperature:<10}{weather.min_temperature:<10}{weather.avg_temperature:<10}{weather.heating_degree_days:<10}{weather.cooling_degree_days:<10}{weather.sunrise:<10}{weather.sunset:<10}{weather.length_of_day:<15}")
def printRecordWithHighestTemperature():
"""
Prints the record with the highest recorded temperature in the weather database.
"""
max_temp = -float('inf')
for key in weatherDB:
weather = weatherDB[key]
if weather.max_temperature > max_temp:
max_temp = weather.max_temperature
max_temp_record = weather
printHeader()
print(f"{max_temp_record.date:<10}{max_temp_record.precipitation:<15}{max_temp_record.snowfall:<10}{max_temp_record.snow_depth:<10}{max_temp_record.max_temperature:<10}{max_temp_record.min_temperature:<10}{max_temp_record.avg_temperature:<10}{max_temp_record.heating_degree_days:<10}{max_temp_record.cooling_degree_days:<10}{max_temp_record.sunrise:<10}{max_temp_record.sunset:<10}{max_temp_record.length_of_day:<15}")
def printRecordWithLowestTemperature():
"""
Prints the record with the lowest recorded temperature in the weather database.
"""
min_temp = float('inf')
for key in weatherDB:
weather = weatherDB[key]
if weather.min_temperature < min_temp:
min_temp = weather.min_temperature
min_temp_record = weather
printHeader()
print(f"{min_temp_record.date:<10}{min_temp_record.precipitation:<15}{min_temp_record.snowfall:<10}{min_temp_record.snow_depth:<10}{min_temp_record.max_temperature:<10}{min_temp_record.min_temperature:<10}{min_temp_record.avg_temperature:<10}{min_temp_record.heating_degree_days:<10}{min_temp_record.cooling_degree_days:<10}{min_temp_record.sunrise:<10}{min_temp_record.sunset:<10}{min_temp_record.length_of_day:<15}")
def printRecordWithHighestTemperatureFromSingleMonth():
"""
Prints the record with the highest recorded temperature from a single month in the weather database.
"""
month = input("Enter month (MM): ")
max_temp = -float('inf')
for key in weatherDB:
if key.startswith(month):
weather = weatherDB[key]
if weather.max_temperature > max_temp:
max_temp = weather.max_temperature
max_temp_record = weather
printHeader()
print(f"{max_temp_record.date:<10}{max_temp_record.precipitation:<15}{max_temp_record.snowfall:<10}{max_temp_record.snow_depth:<10}{max_temp_record.max_temperature:<10}{max_temp_record.min_temperature:<10}{max_temp_record.avg_temperature:<10}{max_temp_record.heating_degree_days:<10}{max_temp_record.cooling_degree_days:<10}{max_temp_record.sunrise:<10}{max_temp_record.sunset:<10}{max_temp_record.length_of_day:<15}")
def printRecordWithLowestTemperatureFromSingleMonth():
"""
Prints the record with the lowest recorded temperature from a single month in the weather database.
"""
month = input("Enter month (MM): ")
min_temp = float('inf')
min_temp_record = None
for key in weatherDB:
if key.startswith(month):
weather = weatherDB[key]
if weather.min_temperature < min_temp:
min_temp = weather.min_temperature
min_temp_record = weather
printHeader()
print(f"{min_temp_record.date:<10}{min_temp_record.precipitation:<15}{min_temp_record.snowfall:<10}{min_temp_record.snow_depth:<10}{min_temp_record.max_temperature:<10}{min_temp_record.min_temperature:<10}{min_temp_record.avg_temperature:<10}{min_temp_record.heating_degree_days:<10}{min_temp_record.cooling_degree_days:<10}{min_temp_record.sunrise:<10}{min_temp_record.sunset:<10}{min_temp_record.length_of_day:<15}")
def printAveragePrecipitationFromSingleMonth():
"""
Prints the average of all precipitation from a single month in the weather database.
"""
month = input("Enter month (MM): ")
total_precipitation = 0
count = 0
for key in weatherDB:
if key.startswith(month):
weather = weatherDB[key]
total_precipitation += weather.precipitation
count += 1
if count > 0:
average_precipitation = total_precipitation / count
print(f"Average precipitation for month {month}: {average_precipitation:.2f}")
else:
print(f"No data found for month {month}")
def menu():
"""
Displays the menu and executes the selected option.
"""
while True:
print(" Menu:")
print("1. Print All Records")
print("2. Print Only Records from a single month")
print("3. Print Record with Highest Recorded Temperature")
print("4. Print Record with Lowest Recorded Temperature")
print("5. Print Record with Highest Recorded Temperature from a single month")
print("6. Print Record with Lowest Recorded Temperature from a single month")
print("7. Print Average of all precipitation from a single month")
print("8. Quit")
choice = input("Enter your choice: ")
if choice == '1':
printAllRecords()
elif choice == '2':
printRecordsFromSingleMonth()
elif choice == '3':
printRecordWithHighestTemperature()
elif choice == '4':
printRecordWithLowestTemperature()
elif choice == '5':
printRecordWithHighestTemperatureFromSingleMonth()
elif choice == '6':
printRecordWithLowestTemperatureFromSingleMonth()
elif choice == '7':
printAveragePrecipitationFromSingleMonth()
elif choice == '8':
print("Goodbye!")
break
else:
print("Invalid choice. Please try again.")
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