Write code in Python

Generating a Sierpinski Triangle General Outline: Create a class Dice - an instance of this class will return values between 1 and 6, inclusive Create a class sierpinski with two methods: generate_data() and plot_data) The object Sierpinski is to be constructed as follows 1. Take three vertes points in a plane to form a triangle, .e. [[0,0],[20,201,140,0]| 2. select point 1,1 inside the triangle as your initial point and consider that your current position. 3. Randomly select any one of the three vertex points by calling (rolling) the instance of Dice object: if 1 or 2 comes up, select point [0,01 if 3 or 4 comes up, select point 120,20 if 5 or 6 comes up, select point [40,0 4. Move half the distance from your current position to the selected vertex and make that your 5. Plot the current position (add all data to lists x and Y, then use matplotlib.pyplot at the 6. Repeat from step 3 a 1000 times current position end to plot all points after all1 iterations have been completed) Your main function should look like this: #s sierpinski ([[Plx,P1y],[P2x,P2y],[P3x,P3y]], number-of-iterations, s Sierpinski(lo,01,120,201,140,0, 1000, 1, 1) s.generate_data) s.plot_data) current-pos-x, current-pos-y) Generating a Sierpinski Triangle General Outline: Create a class Dice - an instance of this class will return values between 1 and 6, inclusive Create a class sierpinski with two methods: generate_data() and plot_data) The object Sierpinski is to be constructed as follows 1. Take three vertes points in a plane to form a triangle, .e. [[0,0],[20,201,140,0]| 2. select point 1,1 inside the triangle as your initial point and consider that your current position. 3. Randomly select any one of the three vertex points by calling (rolling) the instance of Dice object: if 1 or 2 comes up, select point [0,01 if 3 or 4 comes up, select point 120,20 if 5 or 6 comes up, select point [40,0 4. Move half the distance from your current position to the selected vertex and make that your 5. Plot the current position (add all data to lists x and Y, then use matplotlib.pyplot at the 6. Repeat from step 3 a 1000 times current position end to plot all points after all1 iterations have been completed) Your main function should look like this: #s sierpinski ([[Plx,P1y],[P2x,P2y],[P3x,P3y]], number-of-iterations, s Sierpinski(lo,01,120,201,140,0, 1000, 1, 1) s.generate_data) s.plot_data) current-pos-x, current-pos-y)