def main():
# create object of class Cylinder
cylinder = Cylinder( 12, 23, 2.5, 5.7 )
# print Cylinder attributes
print("X coordinate is:", cylinder.x)
print("Y coordinate is:", cylinder.y)
print("Radius is:", cylinder.radius)
print("Height is:", cylinder.height)
# change Cylinder attributes
cylinder.height = 10
cylinder.radius = 4.25
cylinder.x, cylinder.y = 2, 2
print("\nThe new points, radius and height of cylinder are:", \
cylinder)
print("\nThe area of cylinder is: %.2f" % cylinder.area())
# display the Cylinder as a Point
print("\ncylinder printed as a Point is:", \
Point.__str__( cylinder ))
# display the Cylinder as a Circle
print("\ncylinder printed as a Circle is:", \
Circle.__str__( cylinder ))
def main():
# create object of class Cylinder
cylinder = Cylinder( 12, 23, 2.5, 5.7 )
# print Cylinder attributes
print "X coordinate is:", cylinder.x
print "Y coordinate is:", cylinder.y
print "Radius is:", cylinder.radius
print "Height is:", cylinder.height
# change Cylinder attributes
cylinder.height = 10
cylinder.radius = 4.25
cylinder.x, cylinder.y = 2, 2
print "\nThe new points, radius and height of cylinder are:", \
cylinder
print "\nThe area of cylinder is: %.2f" % cylinder.area()
# display the Cylinder as a Point
print "\ncylinder printed as a Point is:", \
Point.__str__( cylinder )
# display the Cylinder as a Circle
print "\ncylinder printed as a Circle is:", \
Circle.__str__( cylinder )
def main():
circle = Circle(37, 43, 2.5)
print("X coordinate is", circle.x)
print("Y coordinate is", circle.y)
print("Radius is:", circle.radius)
circle.radius = 4.25
circle.x = 2
circle.y = 2
print("The new location and radius of circle are:", circle)
print("The area of circle is: %.2f" % circle.area())
print("circle printed as a Point is:", Point.__str__(circle))
def main(): circle = Circle( 37, 43, 2.5 ) # create Circle object # print circle attributes print "X coordinate is:", circle.x print "Y coordinate is:", circle.y print "Radius is:", circle.radius # change circle attributes and print new values circle.radius = 4.25 circle.x = 2 circle.y = 2 print "\nThe new location and radius of circle are:", circle print "The area of circle is: %.2f" % circle.area() print "\ncircle printed as a Point is:", Point.__str__( circle )
def main():
circle = Circle(37, 43, 2.5) # create Circle object
# print circle attributes
print("X coordinate is:", circle.x)
print("Y coordinate is:", circle.y)
print("Radius is:", circle.radius)
# change circle attributes and print new values
circle.radius = 4.25
circle.x = 2
circle.y = 2
print("\nThe new location and radius of circle are:", circle)
print("The area of circle is: %.2f" % circle.area())
print("\ncircle printed as a Point is:", Point.__str__(circle))
def main(): cylinder =Cylinder(23,4,3.4,5.4) print "The X coordinate is:", cylinder.x print "The y coordinate is:", cylinder.y print "Radius is:", cylinder.radius print "Heigt is:", cylinder.height cylinder.height = 10 cylinder.radius = 4.25 cylinder.x, cylinder.y = 2, 3 print "\nThe new point, radius and height of cylinder are:", cylinder print "\nThe area of cylinder is: %.2f" %cylinder.area() print "\ncylinder printed as a point is:", Point.__str__(cylinder) print "\ncylinder printed as a Circle is:", Circle.__str__(cylinder)
def __init__( self, x = 0, y = 0, radiusValue = 0.0 ):
"""Circle constructor takes center point and radius"""
Point.__init__( self, x, y ) # call base-class constructor
self.radius = float( radiusValue )
def __str__( self ):
"""String representation of a Circle"""
# call base-class __str__ method
return "Center = %s Radius = %f" % \
( Point.__str__( self ), self.radius )
def __init__(self, x=0, y=0, radiusValue=0.0):
"""Circle constructor takes center point and radius"""
Point.__init__(self, x, y) # call base-class constructor
self.radius = float(radiusValue)
def __str__(self):
"""String representation of a Circle"""
# call base-class __str__ method
return "Center = %s Radius = %f" % \
( Point.__str__( self ), self.radius )
def SetAtributes(self, color, startPx, startPy, data):
self.SetColor(color)
self.startPoint = Point(startPx, startPy)
self.radius = float(data[0])
def SetAtributes(self, color, startPx, startPy, data):
self.SetColor(color)
self.startPoint = Point(startPx, startPy)
self.secPoint = Point(data[0], data[1])
def __init__(self, x=0, y=0, radiusValue=0.0):
Point.__init__(self, x, y)
self.radius = float(radiusValue)
def __str__(self):
return "Center = %s Radius = %f" % \
(Point.__str__(self), self.radius)