A Python module made for use with numbers and data
Project description
Compie
Compie is the successor to Whirlcalc
Compie is made with ❤️ on Python
Compie can do a lot of computations and other related stuffs (more features adding..)
It is a small module as of now so there isn't any docs out there.. everything you need to know is just here in this page.
This module includes:
FUNCTIONS:
- make_penguin() added in version 1.0
- isprime(number) added in version 2b1
- ratio(int,int) added in version 2b1
- factorial(int) added in version 0.1b
- arithmetic_mean(list) added in version 1.4
- decimal2binary(int) added in version 1.6.1
- binary2decimal(int) added in version 1.6.2
- decimal2octal(int) added in version 1.6.3
- octal2decimal(int) added in version 1.6.4
- hexadecimal2decimal(str) added in version 1.6.5
- decimal2hexadecimal(int) added in version 1.6.6
- evaluate(str) added in version 0.1b
CLASSES:
- decimal(value) added in version 2b0
- binary(value) added in version 2b0
- octal(value) added in version 2b0
- hexadecimal(value) added in version 2b0
NOTE: evaluate()
only supports factorial()
and pi
.
Can I use it?
Yeah! Of course! you can use it.. (Only if you are a cute penguin!)
and if you are not a penguin.. then.. try this:
>>> from compie import *
>>> make_penguin()
Documentation:
FUNCTIONS:
make_penguin():
SECRET EASTER EGG ☺
Some Functions: Decimal to Binary:
>>> from compie import *
>>> print(binary2decimal('110001001'))
>>> 393
Factorial:
>>> from compie import *
>>> print(factorial(5))
>>> 120
Evaluate:
>>> from compie import *
>>> print(evaluate("2*3+100-190+factorial(3)-pi"))
>>> -81.1415926535898
Isprime:
>>> from compie import *
>>> print(isprime(2))
True
>>> #EXAMPLE 2:
>>> print(isprime(1))
ValueError: 1 is neither prime nor composite.
ratio:
>>> from compie import *
>>> print(ratio(10,51390))
1:51390
You may have figured out how to use other functions.
CLASSES:
decimal:
>>> from compie import *
>>> my_decimal_class = decimal(10)
>>> print(my_decimal_class.hex) #note hex stands for hexadecimal..
A
Classes Tree: decimal: variables: - value (assigned value) - dec (decimal value) - bin (binary value) - hex (hexadecimal value) - oct (octal value) functions: - setvalue(value,numtype) - value is the value in any number system (if using another system then numtype must be specified) - numtype is argument about number type (default is "dec") binary: variables: - value (assigned value) - dec (decimal value) - bin (binary value) - hex (hexadecimal value) - oct (octal value) functions: - setvalue(value,numtype) - value is the value in any number system (if using another system then numtype must be specified) - numtype is argument about number type (default is "bin") hexadecimal: variables: - value (assigned value) - dec (decimal value) - bin (binary value) - hex (hexadecimal value) - oct (octal value) functions: - setvalue(value,numtype) - value is the value in any number system (if using another system then numtype must be specified) - numtype is argument about number type (default is "hex") octal: variables: - value (assigned value) - dec (decimal value) - bin (binary value) - hex (hexadecimal value) - oct (octal value) functions: - setvalue(value,numtype) - value is the value in any number system (if using another system then numtype must be specified) - numtype is argument about number type (default is "oct")
Well.. This is probably enough for you to understad! you may look at the functions list for list of all functions!
#CHANGELOG:
v2b1:
> added function
> ratio
> isprime
v2b0:
> added classes
> decimal
> binary
> octal
> hexadecimal
v1.0.0:
> added functions
> decimal2binary
> binary2decimal
> hexadecimal2decimal
> decimal2hexadecimal
> octal2decimal
> decimal2octal
> make_penguin
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