Modify the Rectangle class below and add a method that takes a circle as an argument and determines if it is inside the its boundaries: class Rectangle:

def $\_\_$init$\_\_($self$,$ corner, width, height$)$:

self.corner $=$ corner

self.width $=$ width

self.height $=$ height

def calculate$\_$corners$($self$)$:

# Calculate the top right corner

top$\_$right $=$ Point$($self$.$corner.x $+$ self.width, self.corner.y$)$

bottom$\_$left $=$ Point$($self$.$corner.x$,$ self.corner.y $+$ self.height$)$

bottom$\_$right $=$ Point$($self$.$corner.x $+$ self.width, self.corner.y $+$ self.height$)$

return $[($self$.$corner.x$,$ self.corner.y$),($top$\_$right.x$,$ top$\_$right.y$),($bottom$\_$left.x$,$ bottom$\_$left.y$),($bottom$\_$right.x$,$ bottom$\_$right.y$)]$

def increase$\_$size$($self$,$ n$)$:

self.width $+=$ n

self.height $+=$ n

def $\_$init$\_\_($self$,$ size$=10,$ corner$=$Point$(0,0))$:

self.corner $=$ corner

self.width $=$ size

self.height $=$ size

def is$\_$point$\_$inside$($self$,$ point$)$:

return $($self$.$corner.x $<=$ point.x $<=$ self.corner.x $+$ self.width$)$ and $($self$.$corner.y $<=$ point.y $<=$ self.corner.y $+$ self.height$)$