Point Class Demo

Below I attached the existing code that you will be editing. In all of the cases below, the arguments are all points. Add the following: 0) A new method: distPoint. It takes two arguments, self and other. It returns the distance between the points. If you're unsure of the formula for distance between two points, see [login to view URL] Remember that you are using points in three dimensions. The formula given is for two dimensions. 1) A new method: trianglePerimeter. It takes three arguments; self, p2 and p3. It returns the perimeter of the area defined by self -> p2 -> p3. It must calculate the distance from self to p2, p2 to p3, and p3 back to self, and return the sum of them. 2) A new method: triangleArea. It also takes three arguments; self, p2, and p3. It returns the area of the triangle defined by self, p2, and p3. For the area, we do the following calculations: Start with the length of each side (copy the code from trianglePerimeter). Calculate the half perimeter p. Then the area is (p * (p - len1) * (p - len2) * (p - len3))**2 3) Demonstrate that your code works. Use: p1 at 0, 0, 0 p2 at 2, 0, 0 p3 at 0, 3, 0 Print the points and the Perimeter and Area - verify that the answers for this are correct (it's a right triangle in two dimensions) p1 at 1, 2, 3 p2 at 1, 8, 6 p3 at 4, 4, 3 Print the points and the Perimeter and Area Turn in the following: - One file named [login to view URL] with your new methods - One file named [login to view URL] with the Idle output (you can save from File->Save in Idle, like I did in the lectures)