PyNumeral v1.1.7

PyNumeral python library for formatting and manipulating numbers

Create a simple program in pynumeral

Creating even-odd program with the PyNumeral library is explained below with code and comments:

import pynumeral # importing pynumeral

'''
  we store the functions in the pynumeral document to the num variable.
'''
num = pynumeral # this in num variable 

number_in = int(input("Enter number: ")) # Input number

num.format( # use format function

  num = number_in, # declare a number for formatting
  form = "0%2" # format type
  
)

Docs

Run this library

1. Install .zip file in github
2. Copy file: pynumeral-1.0.3/bin/pynumeral.py
3. Create new folder and paste pynumeral.py
4. Create new (for example test.py) .py file in this folder (the folder must contain a pynumeral file)
5. Write the code to your newly opened .py file and run it, following the PyNumeral syntax

Importing PyNumeral

In python file

import pynumeral # importing pynumeral
'''
  we store the functions in the pynumeral document to the num variable.
'''
num = pynumeral # this in num variable

Create

import pynumeral
num = pynumeral
num.numeral(12)
# 12

format() function

you can format any number from the format() function to percentages, integers, rounded numbers, currencies, odd-evens, and more. Syntax:

num.format(

  num = 10.5,
  form = "<0.0>"

)

Numbers

Number	Type	Value
100	"0.0"	100.0
-100	"|0|"	100
100.3	"0.!0"	100
2	"0,0t"	2 ,000
3	"0t"	3 000
15	"0,0m"	15 ,000000
100	"0m"	100 000 000
100	"+0"	+100
100.8	"<0.0>"	101
100.1	"!0.0"	0.09999999999999432
12.14	"0.[0]"	12.1
12.147	"0.0[0]"	12.14
12.1479	"0.00[0]"	12.147
12	"0C"	12 C
24	"0C[0F]"	75.2 F
51, 52	"1", "2", "3", "on"	51 st, 52 nd, 53 rd, 100 th
1200	"0a"	1.2k
100	"(0.000)"	( 100, 000)
100	"0.0"	100.0
100	"0%2"	even

Units of length

Number	Type	Value
8	"0_m"	8 mm
25	"0_m"	2.5 cm
250	"0_m"	25 dm
2500	"0_m"	25 m
25000	"0_m"	25 km

Bytes

Number	Type	Value
1048577	"0b"	0.0009765634313225746 GB
1024	"0b"	1.0 KB
234000	"0b"	0.2231597900390625 MB
104857756	"0b"	9.536757352179848e-05 TB

Currency

Number	Type	Value
100	"$0.0"	$ 100.0
100	"$0.0"	$ 100.0
100	"$0k"	$ 100 k
100	"$0m"	$ 100 m

Percentages

Number	Type	Value
1	"0%"	100 %
0.25	"0%"	25 %
-0.25	"0%"	-25 %

Time

Number	Type	Value
49	"00:00:00"	00:49
120	"00:00:00"	2:00
3601	"00:00:00"	1:1:00

Unformatting

Got a formatted string? Use the unformat function to make it useful again.

num.unform(
  
  num = 20,
  type = "0%"
  # value: 0.2
  
)

Value	Type	Number
20.2	"0.0"	20
20	"0.!0"	20.0
35	"|0|"	35
20	"0k"	20000
15	"0m"	15000000
20	"0%"	0.2

Number types

numbers accepted in mathematics. Syntax:

num.number("pi")
# 3.141592653589793

Type	Value
"pi"	3.141592653589793
"inf"	inf
"e"	2.718281828459045
"nan"	nan
"tau"	6.283185307179586

Manipulate

In PyNumeral, manipulation is generated mainly in variables.

a = 12 # variable for manipulate
num.add(
  num = a, # get value
  set = 1
  # value: 13
)

Actions on numbers

In the PyNumeral library, numbers can be added, subtracted, multiplied, and divided.

# add numbers
num.add(
  num = 14, 
  set = 12
  # value: 26
)

# subtract numbers
num.sub(
  num = 14, 
  set = 12
  # value: 2
)

# multiply numbers
num.mul(
  num = 14, 
  set = 12
  # value: 168
)

# division numbers
num.div(
  num = 14, 
  set = 12
  # value: 1.166666666666667
)

Calculate the given example

Imagine you are given an example PyNumeral will help you work on it quickly.

num.calc((24-12)/2)
# value: 6

Difference

Find the difference between any two numbers in pynumeral.

num.dif(
  num = 900,
  set = 100
  # value: difference 800
)

Clone

A PyNumeral clone is a manipulation of this variable and consists of a clone name and contains a value.

a = 12
num.clone(
  name = "myclone",
  set = a
  '''
  Output:
  Name clone: myclone
  Value clone: 12
  '''
)

Number list

Use this method to display a list of numbers from any number to any number.

num.numlist(
  start = 1,
  end = 6
  '''
  Output:
  1
  2
  3
  4
  5
  '''
)

Value

The value() function stores the value

num.val(100)

Encryption of zeros

In PyNumeral, the encryption of zeros is done using the zeroform() function.

num.zeroform(
  code = "Z/N",
  num = "0.0"
  '''
  Output:
  number: Z/N
  '''
)

How to create language

Create your number formats:

num.makelang(
    lang="uzb",
    abb_k="ming",
    abb_m="million",
    abb_b="milliard",
    abb_t="trillion",
    curr="so'm",
    num=1000
    '''
    Output:
    1.0 ming
    so'm 1000
    '''
)

Opposite numbers

To find the opposite of the desired number

num.opposite(12)
# -12
num.opposite(-45)
# 45

The truth of numbers

To determine this, you need to use the real() function.

num.real(
  self = "<",
  numf = 12,
  nums = 11
  # value: False
)

cordinate() function

Determine between which numbers the desired number is located

num.cordinate(12)
# value: 11 12 13