Thread: [Python tutorial] functions dealing with declared variables

1. [Python tutorial] functions dealing with declared variables

See let's say I take two variables (In this predunction "a and b"), and publicly declare them as integers, there are a large variety of script compouds that I can make, so here is a quick example that I wrote in vim,

a = 1
#As you may see, I have just declared "a" as "1".

Now let's declare "b" as an integer of "1" as well.

b = 1
#Since i have done that at the main of our python (.py) application, you can now use statements (EG: print statements) and start making simple composed functions using our two declared variables.
#So now let's say I want to subtract a from b or b from a and get the integer, your function would look like this,

a = 1 #Or any number.
b = 1 #Or any number.
print a - b

#This function would display "0" because 1 - 1 (a - b/b - a = 1) = 0. The 'print' function is built in and is used to print on screen text within the current terminal.
#Get it? It is simple encured algebra.
#It's quite simple actually.

Now here is a simple sample program that I made a couple days ago, it shows every number 1 - 10 to the power of every number 1 - 10.

Code:
```#Declared variables
a = 1
b = 2
c = 3
d = 4
e = 5
f = 6
g = 7
h = 8
i = 9
j = 10
print "[i*x]---Press Enter To Display 1 To The Power Of 1 - 10.---[i*x]"
raw_input("")
print "[1] To the power of [1] = ", a ** a
print "[i*x]---Press Enter To Display 2 To The Power Of 1 - 10.---[i*x]"
raw_input("")
print "[2] To the power of [1] = ", b ** a
print "[2] To the power of [2] = ", b ** b
print "[2] To the power of [3] = ", b ** c
print "[2] To the power of [4] = ", b ** d
print "[2] To the power of [5] = ", b ** e
print "[2] To the power of [6] = ", b ** f
print "[2] To the power of [7] = ", b ** g
print "[2] To the power of [8] = ", b ** h
print "[2] To the power of [9] = ", b ** i
print "[2] To the power of [10] = ", b ** j
print "[i*x]---Press Enter To Display 3 To The Power Of 1 - 10.---[i*x]"
raw_input("")
print "[3] To the power of [1] = ", c ** a
print "[3] To the power of [2] = ", c ** b
print "[3] To the power of [3] = ", c ** c
print "[3] To the power of [4] = ", c ** d
print "[3] To the power of [5] = ", c ** e
print "[3] To the power of [6] = ", c ** f
print "[3] To the power of [7] = ", c ** g
print "[3] To the power of [8] = ", c ** h
print "[3] To the power of [9] = ", c ** i
print "[3] To the power of [10] = ", c ** j
print "[i*x]---Press Enter To Display 4 To The Power Of 1 - 10.---[i*x]"
raw_input("")
print "[4] To the power of [1] = ", d ** a
print "[4] To the power of [2] = ", d ** b
print "[4] To the power of [3] = ", d ** c
print "[4] To the power of [4] = ", d ** d
print "[4] To the power of [5] = ", d ** e
print "[4] To the power of [6] = ", d ** f
print "[4] To the power of [7] = ", d ** g
print "[4] To the power of [8] = ", d ** h
print "[4] To the power of [9] = ", d ** i
print "[4] To the power of [10] = ", d ** j
print "[i*x]---Press Enter To Display 5 To The Power Of 1 - 10.---[i*x]"
raw_input("")
print "[5] To the power of [1] = ", e ** a
print "[5] To the power of [2] = ", e ** b
print "[5] To the power of [3] = ", e ** c
print "[5] To the power of [4] = ", e ** d
print "[5] To the power of [5] = ", e ** e
print "[5] To the power of [6] = ", e ** f
print "[5] To the power of [7] = ", e ** g
print "[5] To the power of [8] = ", e ** h
print "[5] To the power of [9] = ", e ** i
print "[5] To the power of [10] = ", e ** j
print "[i*x]---Press Enter To Display 6 To The Power Of 1 - 10.---[i*x]"
raw_input("")
print "[6] To the power of [1] = ", f ** a
print "[6] To the power of [2] = ", f ** b
print "[6] To the power of [3] = ", f ** c
print "[6] To the power of [4] = ", f ** d
print "[6] To the power of [5] = ", f ** e
print "[6] To the power of [6] = ", f ** f
print "[6] To the power of [7] = ", f ** g
print "[6] To the power of [8] = ", f ** h
print "[6] To the power of [9] = ", f ** i
print "[6] To the power of [10] = ", f ** j
print "[i*x]---Press Enter To Display 7 To The Power Of 1 - 10.---[i*x]"
raw_input("")
print "[7] To the power of [1] = ", g ** a
print "[7] To the power of [2] = ", g ** b
print "[7] To the power of [3] = ", g ** c
print "[7] To the power of [4] = ", g ** d
print "[7] To the power of [5] = ", g ** e
print "[7] To the power of [6] = ", g ** f
print "[7] To the power of [7] = ", g ** g
print "[7] To the power of [8] = ", g ** h
print "[7] To the power of [9] = ", g ** i
print "[7] To the power of [10] = ", g ** j
print "[i*x]---Press Enter To Display 8 To The Power Of 1 - 10.---[i*x]"
raw_input("")
print "[8] To the power of [1] = ", h ** a
print "[8] To the power of [2] = ", h ** b
print "[8] To the power of [3] = ", h ** c
print "[8] To the power of [4] = ", h ** d
print "[8] To the power of [5] = ", h ** e
print "[8] To the power of [6] = ", h ** f
print "[8] To the power of [7] = ", h ** g
print "[8] To the power of [8] = ", h ** h
print "[8] To the power of [9] = ", h ** i
print "[8] To the power of [10] = ", h ** j
print "[i*x]---Press Enter To Display 9 To The Power Of 1 - 10.---[i*x]"
raw_input("")
print "[9] To the power of [1] = ", i ** a
print "[9] To the power of [2] = ", i ** b
print "[9] To the power of [3] = ", i ** c
print "[9] To the power of [4] = ", i ** d
print "[9] To the power of [5] = ", i ** e
print "[9] To the power of [6] = ", i ** f
print "[9] To the power of [7] = ", i ** g
print "[9] To the power of [8] = ", i ** h
print "[9] To the power of [9] = ", i ** i
print "[9] To the power of [10] = ", i ** j
print "[i*x]---Press Enter To Display 10 To The Power Of 1 - 10.---[i*x]"
raw_input("")
print "[10] To the power of [1] = ", j ** a
print "[10] To the power of [2] = ", j ** b
print "[10] To the power of [3] = ", j ** c
print "[10] To the power of [4] = ", j ** d
print "[10] To the power of [5] = ", j ** e
print "[10] To the power of [6] = ", j ** f
print "[10] To the power of [7] = ", j ** g
print "[10] To the power of [8] = ", j ** h
print "[10] To the power of [9] = ", j ** i
print "[10] To the power of [10] = ", j ** j```

#I hope you all liked my tutorial
#Side note that addition = +, subtraction = -, multiplication = *, division = /, and to the power of = **.

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2. Consider using [code]//put code here [/code] tags to make it more readable

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3. oh okay, i get it now. Thanks

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