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Showing posts with the label graphics in python

Age Calculator in Python and Tkinter

Age Calculator Python Source Code  Python and Tkinter soure code for age calculator project # Source code for creating the age calculator from tkinter import * from datetime import datetime # Main Window & Configuration App = Tk() App.title("Age Calculator") App['background'] = 'white' App.geometry('300x300') # 'Enter Your DOB' Label lbl = Label(App, text='Enter Your DOB', background='white', foreground='black') lbl.grid(row=0, column=0, columnspan=2) # Date Label & Entry widget dateL = Label(App, text='Date:', background='white', foreground='black') dateE = Entry(App, background='white', foreground='black', width=2) # Month Label & Entry widget monL = Label(App, text='Month:', background='white', foreground='black') monE = Entry(App, background='white', foreground='black', width=2) # Year Label & Entry widget yrL = Label(App,...

Python Turtle Programs : Attractive Shell Design using Python

 Python Turtle Create a Shell like design using Python turtle. Code : """ Program to create a shell structure Source : CODE PROBLEM (Youtube) """ import turtle trt= turtle.Turtle() # create turtle object scr = turtle.Screen() # create screen object scr.bgcolor( 'black' ) colors = [ 'red' , 'orange' , 'yellow' , 'green' , 'blue' , 'indigo' , 'violet' , 'skyblue' ] trt.pensize( 3 ) # set the width of the drawing pen trt.speed( 0 ) # the fastest speed dis = 292 # initial value for c in colors: # using different colors at each iteration trt.color(c) for j in range ( 9 ): trt.left( 10 ) for i in range ( 3 ): trt.forward(dis) trt.left( 119 ) dis -= 4 trt.hideturtle() # hiding the turtle after the completion of the drawing turtle.done() # for holding the screen Output : Watch Video : Python Shell Design

Python Turtle : Create a attractive Petal Design

 Python Turtle Attractive Petal design in Python  import turtle # create the turtle object trt = turtle.Turtle() # create the screen object scr = turtle.Screen() #increase the pensize trt.pensize( 3 ) # set the background color to black scr.bgcolor( 'black' ) # set the pencolor to white colors = [ 'red' , 'orange' , 'yellow' , 'skyblue' , 'blue' , 'indigo' , 'violet' ] # increase the speed trt.speed( 0 ) # now first create a single petal # lets define the distance dis = 50 trt.color( "yellow" ) for color in range ( 20 ): for j in range ( 1 , 8 ): trt.left( 50 ) for i in range ( 2 ): trt.forward(dis) trt.left( 60 ) #rotate at 60 degree in clockwise trt.forward(dis) trt.left( 120 ) #rotate at 120 degree in clockwise dis = dis + 5 #hide the turtle after the shape has been drawn trt.hideturtle() turtle.done() Output : Learn thr...

Create a Rainbow Colored Benzene Structure using Python Turtle

  PYTHON TURTLE Create a Rainbow Colored Benzene Structure import turtle #import the turtle library trt = turtle.Turtle() #initialize the turtle object scr = turtle.Screen()     #initialize the Screen object scr.bgcolor( 'black' )          #set the background color to "black" scr.title( 'Color Benzene' ) #title of the scren trt.speed( 0 ) #speed of the drawing rainbow = [ 'red' , 'orange' , 'yellow' , 'green' , 'blue' , 'indigo' ] #colors to be used for i in range( 300 ): trt.pencolor(rainbow[i% 6 ]) trt.width(i/ 100 + 1 ) trt.forward(i) trt.left( 59 ) turtle.done() trt.hideturtle() Watch the video :

Graphics in Python using Turtle framework

  Python turtle Tutorial : Create an amazing Tiranga badge   Tiranga badge using Python Turtle. # first import the turtle module import turtle # create the turtle object trt = turtle.Turtle() #create the screen object scr = turtle.Screen() scr.setup( 850 , 850 ) # set the background color of the window (canvas) to balck scr.bgcolor( 'black' ) # increase the speed of the turtle trt.speed( 0 ) # increase the width of the turtle trt.pensize( 5 ) # now define list of colors required colors = [ 'orange' , 'white' , 'green' ] # now get into the central part of the logic radius = 150 # initially the radius is 150px # first define a for loop for every color for color in colors: # define a for loop for number of required iteration .. here we need 5 for i in range ( 6 ): # now define the loop for drawing the circles and changing the size for j in range ( 6 ): trt.color(color) trt.circle(radius) #define the variable...