import practise
def main():
    x = float(input("enter x-coordinate of point: "))
    y = float(input("enter y-coordinate of point: "))
    z = float(input("enter z-coordinate of point: "))
    h = float(input("enter h-coordinate of point: "))
    p=practise.Point(x,y,z,h)
    print("distance from origin:{0:,.2f}".format(p.distanceFromOrigin()))
main()
3ae1e409a87c5500a9267fef6742009191ea9b23
<mask token>

<mask token>


def main():
    x = float(input('enter x-coordinate of point: '))
    y = float(input('enter y-coordinate of point: '))
    z = float(input('enter z-coordinate of point: '))
    h = float(input('enter h-coordinate of point: '))
    p = practise.Point(x, y, z, h)
    print('distance from origin:{0:,.2f}'.format(p.distanceFromOrigin()))


<mask token>

<mask token>


def main():
    x = float(input('enter x-coordinate of point: '))
    y = float(input('enter y-coordinate of point: '))
    z = float(input('enter z-coordinate of point: '))
    h = float(input('enter h-coordinate of point: '))
    p = practise.Point(x, y, z, h)
    print('distance from origin:{0:,.2f}'.format(p.distanceFromOrigin()))


main()

import practise


def main():
    x = float(input('enter x-coordinate of point: '))
    y = float(input('enter y-coordinate of point: '))
    z = float(input('enter z-coordinate of point: '))
    h = float(input('enter h-coordinate of point: '))
    p = practise.Point(x, y, z, h)
    print('distance from origin:{0:,.2f}'.format(p.distanceFromOrigin()))


main()

import practise
def main():
    x = float(input("enter x-coordinate of point: "))
    y = float(input("enter y-coordinate of point: "))
    z = float(input("enter z-coordinate of point: "))
    h = float(input("enter h-coordinate of point: "))
    p=practise.Point(x,y,z,h)
    print("distance from origin:{0:,.2f}".format(p.distanceFromOrigin()))
main()