haat to squarefeet

README.md

How to run ?

python haat.py -l 40 -b 20

haat.py

import argparse

HAAT_TO_METER = 0.4572
ANA_TO_SQMETER = 31.80 
ANA_TO_SQFEET = 342.25
METER_TO_FEET = 3.28084
parser = argparse.ArgumentParser(
                    prog = 'LandAreaConverter',
                    description = 'Converts haat area to standard areas',
                    epilog = 'Text at the bottom of help')
     # positional argument
parser.add_argument('-l', '--length', required=True)      # option that takes a value
parser.add_argument('-b', '--breadth', required=True)
args = parser.parse_args()
def calculate_area(length, breadth):
    """
    """
    return length*breadth

def main():
    length_haat = float(args.length)
    breadth_haat = float(args.breadth)
    length_meter = HAAT_TO_METER * length_haat
    breadth_meter = HAAT_TO_METER * breadth_haat
    length_feet = METER_TO_FEET * length_meter
    breadth_feet = METER_TO_FEET * breadth_meter

    area_hat = calculate_area(length_haat, breadth_haat)
    area_sqmeters = area_hat * (HAAT_TO_METER * HAAT_TO_METER )
    area_sqfoot = area_sqmeters * METER_TO_FEET * METER_TO_FEET
    area_ana = area_sqmeters / ANA_TO_SQMETER
    print(f"===== Length conversions ===== ")
    print(f"Length(Haat): {length_haat}, Width(Haat): {breadth_haat}")
    print(f"Length(Meter): {length_meter}, Width(Meter): {breadth_meter}")
    print(f"Length(Feet): {length_feet}, Width(Feet): {breadth_feet}")
    print(f"===== Area conversions =====")
    print(f'Area: {area_sqmeters} Sq. meter')
    print(f'Area: {area_sqfoot} Sq. foot')
    print(f'Area: {area_ana} Ana')

if __name__ == '__main__':
    main()