Skip to main content

Robert Downey Jr - Tony Stark - Ironman Sketch using Python Turtle Graphics

Robert Downey Jr Sketch using Python Turtle Graphics👨‍💻

About Python Turtle Graphics :
Turtle graphics is a popular way for introducing programming to kids. It was part of the original Logo programming language developed by Wally Feurzeig, Seymour Papert and Cynthia Solomon in 1967. Imagine a robotic turtle starting at (0, 0) in the x-y plane. After an import turtle , give it the command turtle.

Note: If you are facing any issue to copy the code then copy the full page clicking 'select all',paste it to your notepad and copy the code from there.

Here is the source code :



import turtle as tu


class rdj:
    def __init__(self):
        self.mouth = [(374, 382),(368, 382),(359, 382),(347, 379),(339, 381),(334, 384),(323, 380),(315, 380),(293, 385),(321, 387),(339, 387),(345, 386),(357, 385),(374, 383),(-1, -1),(389, 389),(393, 387),(395, 381),(395, 373),(377, 362),(366, 357),(358, 360),(351, 357),(345, 354),(344, 357),(337, 355),(333, 357),(327, 355),(323, 357),(303, 362),(293, 365),(286, 367),(282, 374),(277, 376),(279, 394),(286, 390),(293, 380),(297, 378),(302, 378),(304, 375),(307, 378),(310, 374),(313, 377),(315, 373),(319, 375),(322, 374),(325, 376),(329, 375),(336, 375),(342, 374),(350, 374),(353, 376),(357, 374),(369, 374),(372, 377),(374, 374),(377, 378),(383, 379),(389, 389),]
        self.nose = [(342, 305),(342, 313),(344, 321),(344, 328),(343, 335),(338, 342),(331, 344),(322, 343),(313, 340),(310, 339),(307, 339),(303, 333),(301, 338),(305, 343),(313, 344),(323, 349),(332, 353),(343, 345),(346, 342),(354, 342),(359, 338),(360, 329),(355, 322),(348, 320),(348, 323),(354, 325),(356, 331),(353, 336),(348, 335),(350, 330),(348, 323),(343, 305),]
        self.dress = [(56, 513),(222, 433),(247, 393),(249, 408),(254, 425),(265, 456),(265, 456),(273, 478),(280, 495),(283, 509),(294, 539),(302, 527),(314, 515),(328, 503),(347, 491),(350, 493),(340, 499),(349, 507),(359, 517),(380, 498),(397, 505),(412, 516),(425, 526),(432, 533),(435, 539),(399, 523),(399, 530),(395, 538),(353, 539),(347, 530),(320, 519),(300, 539),(293, 539),(-1, -1),(363, 507),(391, 478),(401, 458),(422, 408),(423, 398),(420, 407),(400, 440),(386, 460),(377, 471),(371, 475),(366, 480),(357, 482),(348, 478),(339, 470),(330, 462),(316, 453),(301, 444),(276, 420),(248, 391),(253, 399),(267, 419),(278, 430),(288, 441),(295, 445),(303, 453),(326, 475),(338, 484),(347, 492),(353, 498),(363, 508),(371, 500),(-1, -1),(427, 401),(437, 486),(441, 526),(443, 539),(624, 539),(625, 477),(528, 449),(477, 428),(447, 412),(428, 401),]
        self.face = [(328, 461),(316, 457),(305, 453),(297, 446),(286, 436),(284, 434),(280, 431),(277, 431),(279, 428),(275, 428),(272, 423),(262, 411),(250, 395),(244, 387),(241, 382),(238, 377),(235, 372),(236, 367),(234, 363),(234, 358),(231, 354),(231, 349),(230, 346),(231, 343),(228, 339),(229, 336),(226, 330),(227, 324),(223, 320),(224, 317),(221, 311),(216, 310),(212, 306),(213, 302),(216, 308),(220, 306),(220, 297),(217, 294),(219, 284),(216, 279),(216, 272),(211, 266),(208, 272),(206, 266),(207, 256),(205, 249),(204, 243),(204, 237),(208, 233),(208, 229),(206, 229),(206, 222),(202, 215),(202, 210),(197, 204),(198, 197),(193, 193),(192, 173),(190, 170),(191, 166),(190, 162),(191, 159),(188, 154),(186, 148),(188, 142),(188, 135),(188, 127),(191, 122),(186, 121),(177, 112),(185, 115),(179, 105),(188, 114),(182, 98),(191, 109),(194, 104),(200, 101),(194, 99),(203, 94),(206, 85),(211, 82),(218, 80),(213, 78),(208, 79),(212, 76),(218, 76),(216, 69),(218, 64),(219, 70),(221, 75),(223, 68),(230, 64),(231, 58),(234, 56),(235, 52),(236, 47),(240, 42),(242, 35),(252, 32),(270, 28),(283, 28),(290, 28),(297, 29),(304, 33),(318, 29),(332, 28),(346, 27),(356, 27),(366, 29),(379, 36),(363, 24),(375, 26),(389, 36),(397, 40),(405, 45),(411, 54),(422, 61),(429, 70),(433, 83),(435, 91),(436, 79),(436, 99),(436, 106),(441, 99),(435, 113),(450, 108),(469, 111),(477, 108),(473, 114),(467, 126),(477, 120),(479, 124),(471, 132),(473, 136),(472, 145),(483, 148),(479, 151),(480, 161),(483, 168),(480, 173),(480, 178),(476, 184),(474, 190),(472, 196),(465, 197),(462, 204),(462, 211),(461, 217),(459, 224),(463, 231),(456, 229),(452, 237),(449, 245),(448, 254),(448, 262),(450, 257),(452, 251),(454, 244),(458, 239),(462, 243),(462, 251),(458, 246),(456, 251),(454, 255),(458, 257),(452, 266),(454, 273),(455, 282),(452, 288),(453, 296),(458, 286),(457, 295),(453, 303),(449, 304),(448, 297),(450, 290),(453, 280),(448, 273),(448, 280),(446, 288),(445, 300),(444, 308),(448, 315),(454, 311),(454, 317),(449, 319),(443, 316),(442, 327),(439, 339),(437, 350),(433, 362),(430, 370),(430, 378),(426, 385),(420, 393),(416, 399),(411, 404),(408, 409),(403, 414),(399, 419),(394, 427),(386, 435),(381, 441),(376, 444),(371, 448),(367, 451),(359, 456),(352, 458),(348, 461),(341, 461),(336, 463),(330, 459),(328, 462),(316, 457),]
        self.iface = [(311, 400),(324, 402),(338, 402),(347, 402),(356, 399),(363, 397),(359, 402),(356, 408),(353, 414),(348, 419),(349, 426),(359, 426),(362, 430),(367, 433),(374, 434),(376, 436),(379, 432),(383, 433),(385, 427),(393, 419),(394, 416),(398, 413),(400, 408),(401, 394),(408, 402),(415, 394),(421, 385),(424, 380),(424, 373),(427, 367),(432, 353),(434, 345),(436, 339),(434, 330),(438, 322),(438, 312),(437, 310),(440, 309),(441, 293),(443, 288),(441, 284),(444, 275),(440, 265),(442, 233),(439, 227),(439, 221),(434, 211),(425, 203),(432, 203),(421, 192),(430, 196),(421, 187),(430, 187),(419, 178),(432, 180),(420, 172),(428, 174),(422, 165),(415, 159),(413, 147),(408, 140),(403, 140),(402, 138),(395, 139),(394, 136),(388, 138),(386, 136),(379, 138),(377, 133),(372, 134),(369, 131),(364, 134),(360, 133),(355, 135),(353, 131),(348, 132),(347, 127),(346, 131),(343, 127),(336, 131),(331, 128),(327, 130),(323, 126),(319, 129),(313, 125),(309, 131),(306, 126),(303, 131),(297, 126),(296, 131),(289, 127),(287, 130),(282, 126),(280, 132),(274, 128),(274, 135),(268, 131),(264, 135),(256, 134),(256, 139),(251, 138),(252, 142),(246, 142),(247, 146),(244, 149),(245, 154),(239, 154),(243, 160),(236, 163),(242, 164),(233, 169),(238, 170),(231, 177),(237, 176),(227, 184),(237, 180),(229, 190),(237, 189),(229, 198),(237, 195),(232, 202),(239, 205),(229, 212),(238, 210),(232, 215),(238, 215),(233, 220),(227, 227),(224, 237),(224, 246),(226, 253),(226, 259),(227, 267),(227, 277),(224, 291),(223, 304),(225, 311),(228, 319),(231, 330),(234, 340),(235, 349),(237, 361),(241, 372),(248, 385),(252, 391),(258, 397),(264, 402),(268, 396),(272, 398),(272, 406),(279, 414),(278, 419),(284, 426),(292, 431),(292, 435),(296, 438),(299, 438),(301, 442),(308, 439),(313, 435),(317, 435),(319, 430),(321, 428),(325, 426),(327, 426),(332, 424),(331, 416),(326, 416),(318, 408),(318, 404),(311, 400),(324, 402),]
        self.ebrow = [(339, 243),(339, 248),(343, 254),(350, 256),(358, 251),(367, 248),(382, 247),(397, 249),(407, 252),(418, 258),(419, 253),(414, 245),(399, 235),(391, 235),(381, 237),(372, 238),(361, 243),(353, 245),(343, 255),(-1, -1),(321, 246),(320, 258),(314, 257),(305, 254),(263, 253),(245, 259),(243, 257),(246, 250),(253, 245),(260, 242),(269, 241),(276, 241),(282, 243),(291, 245),(305, 245),(311, 249),(319, 252),(322, 246),]
        self.lines = [(345, 313),(344, 308),(343, 297),(343, 282),(-1, -1),(367, 340),(384, 357),(-1, -1),(295, 337),(280, 359),(-1, -1),(385, 278),(394, 278),(400, 273),(408, 264),(400, 261),(389, 257),(377, 258),(371, 260),(358, 269),(362, 272),(-1, -1),(395, 257),(371, 254),(353, 263),(-1, -1),(303, 274),(309, 273),(297, 263),(290, 262),(272, 262),(261, 270),(256, 271),(262, 271),(269, 277),(283, 281),(-1, -1),(255, 267),(271, 260),(282, 259),(291, 259),(300, 260),(311, 264),]
        self.eyes = [(375, 260),(375, 266),(378, 271),(384, 273),(389, 270),(391, 267),(392, 264),(391, 260),(388, 258),(384, 257),(379, 257),(375, 261),(-1,-1),(291, 263),(292, 269),(289, 273),(286, 276),(281, 276),(276, 273),(274, 269),(274, 265),(276, 263),(281, 262),(287, 262),(291, 263),]
        self.eball = [(281, 266),(279, 267),(277, 266),(277, 264),(279, 263),(281, 264),(281, 266),(-1, -1),(379, 259),(382, 260),(382, 263),(380, 264),(378, 263),(377, 261),(379, 259),]
        self.pen = tu.Turtle()
        self.pen.hideturtle()
        self.pen.speed(0)
        self.x_offset = 300
        self.y_offset = 300


    def go(self, x, y):
        self.pen.penup()
        self.pen.goto(x-self.x_offset,(y*-1)+self.y_offset)
        self.pen.pendown()  


    def paint(self,coord,co=(0,0,0)):
        self.pen.color(co)
        t_x,t_y = coord[0]
        self.go(t_x,t_y)
        self.pen.fillcolor(co)
        self.pen.begin_fill()
        t = 0
        for i in coord[1:]:
            print(i)
            x,y = i
            if t:
                self.go(x,y)
                t = 0
                self.pen.begin_fill()
                continue
            if x == -1 and y == -1:
                t = 1
                self.pen.end_fill()
                continue
            else:
                self.pen.goto(x-self.x_offset,(y*-1)+self.y_offset) 
        self.pen.end_fill()


    def draw_fn(self,coord,mode = 1,co = (0,0,0),thickness = 1):
        co = (co[0]/255,co[1]/255,co[2]/255)

        self.pen.color(co)

        if mode:
            self.pen.width(thickness)
            t_x,t_y = coord[0]
            self.go(t_x,t_y)
            t = 0
            for i in coord[1:]:
                print(i)
                x,y = i
                if t:
                    self.go(x,y)
                    t = 0
                    continue
                if x == -1 and y == -1:
                    t = 1
                    continue
                else:
                    self.pen.goto(x-self.x_offset,(y*-1)+self.y_offset)
        else:
            self.paint(coord=coord,co = co)

    
    def draw(self,retain=True):
        self.draw_fn(self.dress,mode = 0)
        self.draw_fn(self.face,mode = 0)
        self.draw_fn(self.iface,co = (255,255,255),mode = 0)
        self.draw_fn(self.mouth,mode = 0)
        self.draw_fn(self.nose,mode = 0)
        self.draw_fn(self.ebrow,mode = 0)
        self.draw_fn(self.lines,mode = 1,thickness=2)
        self.draw_fn(self.eyes,mode = 0)
        self.draw_fn(self.eball,mode = 0,co = (255,255,255))
        if retain:
            tu.done()
pen = rdj()
pen.draw()
If you like this you can also subscribe my Youtube Channel "Vast Coding"

OUTPUT 

Robert Downey Jr

Youtube Video :

🔵If you have any queries regarding this , comment on this post !

Your Queries:

netflix logo python code
netflix logo using python
netflix logo in python
netflix logo code python
python code for netflix logo
python netflix logo




Comments

  1. Replies
    1. New code coming soon,in that code you can draw your picture using svg paths.

      Delete
    2. not working. ModuleNotFoundError: No module named 'cv2'

      Delete
    3. Install module using
      pip install opencv-python

      Delete
    4. This comment has been removed by the author.

      Delete
    5. How to add our pictures please asap upload code I'm waiting

      Delete
    6. There is no picture/file included in this code. Turtle is drawing Robert Downey Jr using coordinates,which are traced using tracer code. It will be uploaded soon.

      Delete
  2. How do you get the coordinates to input into Python to draw the face shape and hair ?

    ReplyDelete
    Replies
    1. There is a coordinates tracer code in python,which can trace coordinates of any image,it will be posted soon.

      Delete

Post a Comment

Popular posts from this blog

Draw anyone's Sketch using Python Turtle Graphics in Python Programming

Draw anyone's Sketch using Python Turtle Graphics in Python Programming 👨‍💻🔥 In this post ,I will tell you about How to make Anyone's Sketch in Python using svg file and using these libraries: Turtle,cv2(opencv-python),svgpathtools,svg.path and tqdm. You can install these libraries using pip command. Turtle is pre-installed in mostly all programming softwares. And here are the pip commands to install other libraries : pip install opencv-python pip install svgpathtools pip install svg.path pip install tqdm 𝗦𝘁𝗲𝗽𝘀 𝘁𝗼 𝗺𝗮𝗸𝗲 𝘀𝗸𝗲𝘁𝗰𝗵 :  1)Go to https://svgconvert.com/#/  2)Upload the image and change the threshold value according to the image and download it as a svg file.  3)Save the code and svg file in the same folder.  Source Code : import turtle as tu import cv2 from svgpathtools import svg2paths2 from svg.path import parse_path from tqdm import tqdm class sketch_from_svg: def __init__(self,path,scale=30,x_offset=400,y_offset=400): self.path =

Sketchpy Python Library | How to use and How to Install

How to use sketchpy library in python | How to install sketchpy library in python programming Hello visitors, In this blogpost I will tell you about new python library called ' Sketchpy ' It's a new library in python programming. You can consider sketchpy as beginning level python project. What is sketchpy? Sketchpy is a library which allows you to draw any sketch using turtle graphics. In sketchpy library there are several classes and you can import these classes and then draw Rdj,Thalapathy Vijay,Apj Abdul kalam ,etc. This library also contains very useful codes like image coordinates tracer ,etc Sketchpy is a beginning level python project to draw amazing and awesome animations,drawings,designs using python turtle graphics. Usage ⬤  Install the package using    pip install sketchpy ⬤  Import it as import sketchpy in your project How to Install ⬤   Install using Terminal ⬤    Install using CMD {Command Prompt} Install pip install sketchpy It will definetely work, bu