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Today, we created a snake game. Most of the code was guided so I will not be posting any code today. 

Still on Day 46 Turtle Race Code: from turtle import Turtle, Screen import random screen = Screen() screen.setup( width = 500 , height = 400 ) start = False user_bet = screen.textinput( title = "Make Your Bet" , prompt = "Which turtle will win the race? Enter a color: " ) colors = [ "red" , "orange" , "yellow" , "green" , "blue" , "purple" ] all_turtles = [] for color in colors: maddy = Turtle( shape = "turtle" ) maddy.color(color) maddy.penup() maddy.goto(- 240 , - 100 + colors.index(color) * 40 ) all_turtles.append(maddy) if user_bet: start = True while start: for turtle in all_turtles: if turtle.xcor() > 240 : start = False winning_turtle = turtle.pencolor() if winning_turtle == user_bet: print ( f"You've won! The { winning_turtle } turtle is the winner!" ) else : ...

Turtle Event Listener # W = Forwards # S = Backwards # A = Counter-Clockwise / Left # D = Clockwise / Right # C = Clear drawing and put the Turtle back in the center from turtle import Turtle, Screen maddy = Turtle() screen = Screen() def move_forward (): maddy.forward( 10 ) def move_backward (): maddy.backward( 10 ) def turn_left (): maddy.left( 10 ) def turn_right (): maddy.right( 10 ) screen.listen() screen.onkey(move_forward, "w" ) screen.onkey(move_backward, "s" ) screen.onkey(move_left, "a" ) screen.onkey(move_right, "d" ) screen.onkey(maddy.reset, "c" ) screen.exitonclick() On Day 46 I really looked forward to working on this. It was fun all the way :)

  Drawing dots with the python turtle module: import random from turtle import Turtle, Screen, colormode color_list = [( 216 , 103 , 19 ), ( 67 , 171 , 214 ), ( 231 , 167 , 72 ), ( 200 , 122 , 181 ), ( 23 , 11 , 6 ), ( 251 , 141 , 158 ), ( 213 , 98 , 71 ), ( 245 , 193 , 65 ), ( 183 , 135 , 53 ), ( 5 , 19 , 31 ), ( 18 , 6 , 11 ), ( 247 , 164 , 142 ), ( 58 , 106 , 129 ), ( 122 , 161 , 143 ), ( 5 , 10 , 7 ), ( 117 , 80 , 101 ), ( 90 , 67 , 27 ), ( 191 , 97 , 119 ), ( 81 , 145 , 168 ), ( 92 , 52 , 43 ), ( 162 , 204 , 211 ), ( 97 , 42 , 72 ), ( 29 , 74 , 92 ), ( 90 , 158 , 150 ), ( 76 , 100 , 88 ), ( 43 , 63 , 92 ), ( 170 , 204 , 202 ), ( 123 , 117 , 151 ), ( 48 , 71 , 69 )] maddy = Turtle() maddy.speed( 0 ) maddy.penup() maddy.setpos(- 200 , - 200 ) colormode( 255 ) def dot_row (): for i in range ( 10 ): maddy.color(random.choice(color_list)) maddy.dot( 20 ) maddy.forward( 50 ) def move_up...

Day 45 My Code: import colorgram colors = colorgram.extract( "image.jpg" , 1000 ) color_list = [] for _ in range ( len (colors)): color_list.append(colors[_].rgb) print (color_list) Output: [Rgb(r=250, g=234, b=220), Rgb(r=216, g=103, b=19), Rgb(r=67, g=171, b=214), Rgb(r=231, g=167, b=72), Rgb(r=200, g=122, b=181), Rgb(r=23, g=11, b=6), Rgb(r=251, g=141, b=158), Rgb(r=213, g=98, b=71), Rgb(r=252, g=238, b=243), Rgb(r=245, g=193, b=65), Rgb(r=249, g=252, b=251), Rgb(r=183, g=135, b=53), Rgb(r=5, g=19, b=31), Rgb(r=18, g=6, b=11), Rgb(r=247, g=164, b=142), Rgb(r=235, g=245, b=247), Rgb(r=58, g=106, b=129), Rgb(r=122, g=161, b=143), Rgb(r=5, g=10, b=7), Rgb(r=117, g=80, b=101), Rgb(r=90, g=67, b=27), Rgb(r=191, g=97, b=119), Rgb(r=81, g=145, b=168), Rgb(r=92, g=52, b=43), Rgb(r=162, g=204, b=211), Rgb(r=97, g=42, b=72), Rgb(r=29, g=74, b=92), Rgb(r=90, g=158, b=150), Rgb(r=76, g=100, b=88), Rgb(r=43, g=63, b=92), Rgb(r=170, g=204, b=202), Rgb(r=123, g=117, b=151), Rgb(r=48,...

Day 44 Drawing dotted lines using the turtle module: from turtle import Turtle, Screen maddy = Turtle() maddy.shape( "turtle" ) maddy.color( "green" ) maddy.pencolor( "black" ) for i in range ( 50 ): maddy.forward( 3.5 ) maddy.penup() maddy.forward( 3.5 ) maddy.pendown() screen = Screen() screen.exitonclick() Drawing shapes: from turtle import Turtle, Screen import random colors = [ "red" , "green" , "blue" , "yellow" , "cyan" , "magenta" , "orange" , "violet" , "brown" , "black" ] maddy = Turtle() maddy.shape( "turtle" ) maddy.color( "green" ) draw = True sides = 2 while draw: maddy.pencolor(random.choice(colors)) if sides <= 10 : sides += 1 for i in range (sides): maddy.forward( 70 ) maddy.right( 360 / sides) else : draw = False screen = Screen() screen.exito...

On day 43 of the 365 days of code, I am still on the turtle documentation. Using turtle to draw a square: from turtle import Turtle, Screen maddy = Turtle() maddy.shape( "turtle" ) maddy.color( "blue" ) for i in range ( 4 ): maddy.forward( 100 ) maddy.left( 90 ) screen = Screen() screen.exitonclick()  

I'm back.  I'm back.  I'm back. After a not so long break and some soul searching, I'm back on my Python journey. Today we'll be learning about the turtle documentation. I've tried going through documentations before (even Pytorch's ) but could not really understand them. Maybe I did not try enough or maybe I just lacked experience. It is the later. I do lack experience. :) I am quite excited for today's class.

I guess our ancestors we're right, although I don't really want to admit it. I like to disagree with stuff like this. It's hard to accept defeat sometimes. These days I've been struggling with having a lot of interests. I think I always have. So many things to do. So many things I want to do. So many things I wish I could do. It's a plus one whenever I see something I like. I proceed to wish I could do it and most times actually add it to my learning list. Out of my learning list is the priority list. There was definitely a time I decided to focus on just one thing (i.e., Python) till I mastered it. It sounds easy because why would somebody want to learn a couple of things when they could just stick with one. It's less work to do. I have always struggled to stick to one hobby or activity or whatever. I have too many interests making it difficult. I did fail to stick it out till the end with my new companion Python. One was just not enough. I wanted more. And why...

Started a little research on what Pytorch is all about.

I cannot view .hwpx files on my PC, so I made use of vertopal.com The Korean Ministry of Education provided 2 files . I will be going through these files to get the message and kickstart my daily 10 minutes Korean Reading Practice. I read about 2.5 pages today, although the font size was 14, it is something. I got compelled to keep on reading. At least finish the remaining 2 paragraphs under the current subheading I thought. I could do it but I did not.  태스트 파학해야돼서

  Watched this video and was thinking of what path to branch into. I would have loved web dev but Machine Learning is calling to me. Tensorflow vs Pytorch?? I will start with Pytorch. How about my Udemy course?? I will keep on taking it. So help me God.

Still working on projects from pynative.com Progress so far (17) TODO .17 Full-Time vs Part-Time Employee Pay Logic class Employee: def __init__ ( self , name): self .name = name class FullTimeEmployee(Employee): def __init__ ( self , name, salary): super (). __init__ (name) self .salary = salary monthly_pay = self .salary / 12 print ( f" { self .name } 's monthly pay: { monthly_pay } " ) class PartTimeEmployee(Employee): def __init__ ( self , name, salary, hours): super (). __init__ (name) self .salary = salary self .hours = hours monthly_pay = self .salary * self .hours print ( f" { self .name } 's monthly pay: { monthly_pay } " ) FullTimeEmployee( "Alice" , 60000 ) PartTimeEmployee( "Bob" , 500 , 20 )  

Still working on projects from pynative.com Progress so far (15 & 16) TODO .15 Add Maintenance Fee in Child Class via super () class Vehicle: def __init__ ( self , base_fare): self .base = base_fare class Taxi(Vehicle): def __init__ ( self , base_fare, input ): super (). __init__ (base_fare) self .maintenance = base_fare + ( 0.1 * base_fare) print ( f"Total fare with maintenance fee: { self .maintenance } " ) taxi = Taxi( 500 ) taxi.base TODO .16 Polymorphism with Dog & Cat speak() class Animal: def __init__ ( self , name, sound): self .name = name self .sound = sound def speak ( self ): print ( f" { self .name } says: { self .sound } !" ) class Dog(Animal): # def __init__(self, name, sound): # super().__init__(name, sound) # self.sound = "Woof" pass class Cat(Animal): # def __init__(self, name, sound): # super().__init__(name, sound) #...

Still working on projects from pynative.com Progress so far (8 - 12) TODO .8 . User Class with Password Validation class User: def __init__ ( self , username, password): self .username = username self .password = password def check_password ( self , input_password): if input_password == self .password: return True else : return False user = User( "Alice" , "secure123" ) print (user.check_password( "secure123" )) print (user.check_password( "password" )) TODO .9 . Temperature Class with Unit Converters class Temperature: def __init__ ( self , temp): self .temp = temp print ( f"Celsius: { self .temp } " ) def to_fahrenheit ( self , temp ): print ( f"Fahrenheit: { ( self .temp * 1.8 ) + 32 } " ) def to_kelvin ( self , temp ): print ( f"Kelvin: { ( self .temp + 273.15 ) } " ) temperature = Temperature( 100 ) temper...

Trying out project from pynative.com Thank you GOA :) Progress so far (1 - 6) TODO .1 . Define an Empty Vehicle Class class Vehicle: pass print ( type (Vehicle())) TODO .2 . Vehicle Class with Instance Attributes class Vehicle: def __init__ ( self , max_speed, mileage): self .speed = max_speed self .mileage = mileage model1 = Vehicle( 500 , 1300 ) print (model1.speed) print (model1.mileage) TODO .3 . Rectangle Class with Area & Perimeter class Rectangle: def __init__ ( self , length, width): self .length = length self .width = width def area ( self ): return self .length * self .width def perimeter ( self ): return 2 *( self .length + self .width) rectangle1 = Rectangle( 1 , 2 ) print (rectangle1.area()) print (rectangle1.perimeter()) TODO .4 . Student Class with Average Grade class Student: def __init__ ( self , name, marks): self .name = name self .marks = marks def average ( self ): ...

Do Programmers have to build their own classes?? Of course they do. Still struggling with classes  :( Watched this video  and discovered that Python was made out of OOP.

 Still working on classes. It is difficult.

 Tried building my own class today.

Use the dot (.) notation to create attributes for an object.  An attribute is a variable that is associated with an object. We looked at initializing attributes in a class with the init function, and creating methods.