Coder of Paradise

 Source Code: from turtle import* import colorsys speed(0) fd(100) he = 0.7   bgcolor("black") for i in range(200):       col = colorsys.hsv_to_rgb(he,1,1)     he+=0.004     fillcolor(col)     def triangle(a,b,c):         lt(120)         fd(a-i)         lt(120)         fd(b-i)         lt(90)         fd(c-i)     begin_fill()     triangle(200,200,200)     left(90)     left(20)     left(90)     triangle(200,200,200)     right(120)     end_fill()     hideturtle() done()    

How to Find Coordinates of  Any Image in Python.   What's up everyone, today we'll know the way of finding coordinates in python. So without wasting of time, let's go ahead. ==>Soon, I'm going to make a black and white image of 'Stylish Star Allu Arjun'. So, don't forget to subscribe my YouTube channel 'Coder Of Paradise'. #Requirements for finding coordinates. ** Firstly, You have to install sketchpy module. **To install sketchpy module, you have to use keyword ' pip install sketchpy==0.0.22 '. If you uses only ' pip install sketchpy ' then it will show error. **You can't find coordinates in Android or pydroid3, because sketchpy module uses canvas or cv2 module and cv2 module comes in premium of pydroid3. ** If you purchases pydroid3 premium may be that will work. **You can't find coordinates of any .svg image. But you can make .svg image to .jpg image by taking screenshot of your .svg image  **Now, The codes are here whic...

 What's up everyone, welcome again. Today we have a new design in python turtle module. Watch on YouTube: ⚠️⚠️If you are unable to copy the code, then copy whole page. Source Code: #SO HELLO EVERYONE #TODAY WE HAVE A NEW THING #WE HAD MAINLY USED FORWARD, BACKWARD, LEFT, RIGHT COMMAND OF TURTLE MODULE #SO PLEASE BE WITH ME TILL THE END OF THE VIDEO #SO LETS START"""" #please take screenshots import turtle window = turtle.Screen() window.bgcolor("blue") v = turtle.Turtle() v.speed(10) pc = v.pencolor fc = v.fillcolor ps= v.pensize f = v.forward b = v.backward l = v.left r = v.right #square v.fillcolor("black") v.begin_fill() ps(6) pc("red") b(150) f(300) l(90) f(300) l(90) f(300) l(90) f(300) v.end_fill() #digonals v.fillcolor("blue") v.begin_fill() ps(6) pc("red") l(135) f(420) b(210) l(90) f(210) b(420) f(210) #corner l(135) f(60) b(120) f(60) l(90) f(60) b(120) #join l(120) f(165) r(150) f(165) l(60) f(165) r(1...

 Hello everyone, hope you all are fit and fine. ⚠️⚠️⚠️If you are unable to copy the code, then copy whole page. Watch on YouTube: Source Code: from turtle import* import colorsys speed(0) fd(170) he = 0.8 bgcolor("black") for i in range(200):       col=colorsys.hsv_to_rgb(he,1,1)     he+=0.004     fillcolor(col)     def triangle(a,b,c):         lt(120)         fd(a-i)         lt(120)         fd(b-i)         lt(90)         fd(c-i)     begin_fill()     triangle(200,200,200)     left(10)     left(20)     left(90)     triangle(200,200,200)     right(93)     end_fill()     hideturtle() done()     #it is going to be very cool  #design #please watch till end Thank you, all.

 ⚠️⚠️⚠️If you are unable to copy the code, then copy whole page. Source code: from matplotlib import animation, pyplot as plt from matplotlib.axes import Axes from mpl_toolkits.mplot3d import Axes3D from matplotlib.figure import Figure import numpy as np import numpy.typing as npt LIMITS = (-50, 50) class DrawAnimation:     def __init__(self) -> None:         self.fig:Figure=plt.figure(figsize=(20,6))         self.ax=self.fig.add_subplot(111,projection=Axes3D.name)         self.fig.subplots_adjust(top=1.1, bottom=-0.1)         self.func_=lambda x, y: x*y**3-y*x**3          def set_theme(self) -> None:         self.fig.patch.set_facecolor('black')         self.ax.set_facecolor('black')         self.ax.get_yaxis().set_visible(False)         self.ax.get_xaxis().set_visible(False)   ...

 Hello everyone, hope you all are fit and fine. ⚠️⚠️⚠️If you are unable to copy the code, then copy whole page. Source Code:      #Calculator def calculator():          print("\n Welcome to the Calculator:\n Programmed by Coder_of_Paradise")                   operation = input('''     Type of operations can be hold in this calculator     + for addition     - for substraction     * for multiplication     / for division     ** for power     Enter your choice ;     ''')        num1 = int(input("Enter your first number : "))          num2 = int(input("Enter your second number : "))          if operation == '+':         print(f"{num1}+{num2}={num1+num2}")              elif operation == '-':  ...