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Author: ROBOMASTER-S1

Fibonacci Natural Numbers.py

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+# Type and execute/run the Fibonacci Natural Number
+# Sequence program or just simply enjoy this Python
+# program example instead. Note: you must execute/run
+# this program example, via double-clicking on this Python
+# file itself to be able to see all the cool coloured text.
+# Also note: Python Idle was used to create this Python
+# Program Example:
+
+import os,math,time,winsound
+
+os.system(f'title Fibonacci Natural Number Sequence')
+
+text_colours=(   
+    '\x1b[31m', # index 0 = red
+    '\x1b[32m', # index 1 = green
+    '\x1b[33m', # index 2 = yellow
+    '\x1b[34m', # index 3 = blue
+    '\x1b[35m', # index 4 = purple
+    '\x1b[36m', # index 5 = cyan
+    '\x1b[37m'  # index 6 = white
+    )
+
+text_words=(
+    f'{text_colours[1]}Fibonacci Natural Number Sequence in Action...',
+    
+    f'\n\n{text_colours[2]}Fibonacci Natural Number Sequence example: \
+[0,1,1,2,3,5,8,13,21,34,55,89,144,233,377,610...]',
+    
+    f'\n\n{text_colours[5]}Fibonacci Natural Numbers go on forever!',
+    f'\n\nFibonacci Natural Numbers can only be found in \
+nature, such as plants and animals...'
+    )
+ 
+sounds=('Ring03','Speech Off')
+
+winsound.PlaySound(sounds[0],winsound.SND_ASYNC)
+    
+for i in range(25):
+    print('\n',' '*i,text_words[0])
+    time.sleep(.25)
+    os.system('cls')
+    
+num1=0
+num2=1
+fib=[num1,num2]
+
+while True:
+    num3=num1+num2
+    fib.append(num3)
+    num1=num2        
+    num2=num3
+    clock=(time.asctime())
+
+    print('\n',' '*25,text_words[0],text_words[1],text_words[2])
+    
+    print(f'\nFibonacci Natural Number Sequence: {text_colours[2]}\
+{num1} {text_colours[5]}+ {text_colours[2]}{num2}{text_colours[5]} = \
+({text_colours[0]}{num1+num3}{text_colours[5]}){text_colours[5]}\n\n\
+Fibonacci Natural Numbers: "{text_colours[0]}{num1+num3:,}{text_colours[5]}\
+"\n\n{text_colours[0]}Date & Time:\n\n{clock}')
+        
+    winsound.PlaySound(sounds[1],winsound.SND_ALIAS)
+    os.system('cls')

Fibonary Bits In Action.py

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+# This is for advanced Python programmers, who want something a little bit saltier.
+# Create this Fibonary Bits In Action! Python program using a single print() function.
+# Use the backslash '\' to create line breaks within the print() function.
+
+# Type and execute/run this Python program example below and see what happens.
+
+# Note: after you save your file, you must double click this file to view it's cool coloured
+# text and layout.
+
+# Created by Joseph C. Richardson
+
+import os;os.system('title fibonary bits in action!'.title())
+from time import sleep as delay
+
+red='\x1b[31m'
+green='\x1b[32m'
+blue='\x1b[34m'
+yellow='\x1b[33m'
+purple='\x1b[35m'
+white='\x1b[37m'
+
+title_text=f'fibonary bits in action!'.title(),'fibonacci natural number sequence'.title()
+text=('binary digits: ','octal digits: ','hexadecimal digits: ','decimal digits: ',
+      'fibonacci digits: '.title())
+
+lb='\n';lbb='\n\n';elb='=\n';eq='=';sp=' '
+
+num1=0;num2=1
+fib=[num1,num2]
+
+pause=1
+
+while True:
+    os.system('cls')
+    num3=num1+num2
+    fib.append(num3)
+    num1=num2;num2=num3
+    
+    b=f'{num3:b}';o=f'{num3:o}'
+    x=f'{num3:X}';d=f'{num3:d}'
+    
+    print(white+lb+sp*16+title_text[0],lb+red,lb,sp*2,len(b),green+text[0].title()+\
+          yellow+b+blue,elb,sp*2+green+red,len(o),green+text[1].title()+yellow+\
+          o+blue,elb,sp*2+green+red,len(x),green+text[2].title()+yellow+x+\
+          blue,eq,green,lb,sp*2+red,len(d),green+text[3].title()+blue+eq,yellow+\
+          d+lbb+white+sp*11+title_text[1]+lbb+green+sp*4+text[4]+yellow+f'{num3:,}')
+    delay(pause)