CODING PYTHON BEGINNER & TOOLS DI LINUX (WITH JAVA & C++)

  import turtle import colorsys t = turtle.Turtle() s = turtle.Screen() s.bgcolor( 'black' ) t.speed( 0 ) n = 36 h = 0 for i in range ( 360 ): c = colorsys.hsv_to_rgb(h , 1 , 0.8 ) h+= 1 /n t.color(c) t.left( 10 ) for j in range ( 5 ): t.forward( 200 ) t.left( 144 ) HASIL RUN :

  print ( "----------------- Program Kasir Sederhana Esb -----------------" ) pembeli = input( "Masukkan nama Pembeli: " ) print ( "Nama Pembeli :" , pembeli) def fungsimakanan():     global totalmkn     global porsi     global mkn     print ( "\n----------------- Menu Makanan -----------------" )     print ( "1. Nasi Goreng - Rp 15000" )     print ( "2. Soto - Rp 9000" )     print ( "3. Mie Ayam - Rp 11000" )    nomor=int(input( "Masukan Pilihan: " ))    porsi= int(input( "Berapa Porsi: " ))         if nomor== 1 :        totalmkn=porsi* 15000         print (porsi, " porsi Nasi Goreng Telur = Rp" , totalmkn)        mkn=( "Nasi Goreng" )     elif nomor== 2 :        totalmkn=porsi* 9000         print (porsi, " porsi Soto = Rp" , totalmkn)     ...

# Menginput Panjang, lebar dan Tinggi Balok p = int(input( 'masukan panjang balok: ' )) l = int(input( 'masukan lebar balok: ' )) t = int(input( 'masukan tinggi balok: ' ))   # Hitung Luas Permukaan     def luas_permukaan(p,l,t):     L = 2 * ( (p*l) + (p*t) + (l*t) )     return L   # Hitung Volume Balok def volume(p,l,t):     V = p * l * t     return V       print ( 'Jadi balok dengan ukuran panjang:{}, lebar:{}, tinggi:{} Mempunyai luas:{} dan volume:{} ' .format(p,l,t, luas_permukaan(p,l,t), volume(p,l,t))) HASIL RUN :  

  import tkinter as tink count = - 1 run = False def var_name (mark): def value (): if run: global count # Just beore starting if count == - 1 : show = "Starting" else : show = str (count) mark[ 'text' ] = show #Increment the count after #every 1 second mark.after( 1000 , value) count += 1 value() # While Running def Start (mark): global run run = True var_name(mark) start[ 'state' ] = 'disabled' stop[ 'state' ] = 'normal' reset[ 'state' ] = 'normal' # While stopped def Stop (): global run start[ 'state' ] = 'normal' stop[ 'state' ] = 'disabled' reset[ 'state' ] = 'normal' run = False # For Reset def Reset ( label ): global count count = - 1 if run == False : reset[ 'state' ] = 'disabled' m...

 import turtle def getPosition(x, y):     turtle.setx(x)     turtle.sety(y)     print(x, y) class Pikachu:     def __init__(self):         self.t = turtle.Turtle()         t = self.t         t.pensize(3)         t.speed(9)         t.ondrag(getPosition)     def noTrace_goto(self, x, y):         self.t.penup()         self.t.goto(x, y)         self.t.pendown()     def leftEye(self, x, y):         self.noTrace_goto(x, y)         t = self.t         t.seth(0)         t.fillcolor('#333333')         t.begin_fill()         t.circle(22)         t.end_fill()         self.noTrace_goto(x, y + 10)       ...