zedmath 1.0.2

Math operations

🎯 zedmath | Math

Simple library for mathematical expressions

VERSION: 1.0.0

INSTALLATION

• USING PIP

pip install zedmath

• CLONE REPO

git clone https://github.com/azizbekQozoqov/
MATH.git

USAGE

Method names	Description	Arguments
pow	Returns the power of a number	x - Required - float or integer
abs	Returns the absolute value of the argument	a - Required - float or integer
round	Round a number to a given precision in decimal digits.	a - Required - float or integer
sum	Returns sum of the given numbers.	args - Required - integer, float, string, list[integer, float, string]
is_odd	Returns given numbers is odd or non odd	a - Required - integer
is_even	Returns given numbers is even or non even	a - Required - integer
ceil	Rounds a number up to its nearest integer	a - Required - integer, float
floor	Returns the value of a rounded down to its nearest integer	a - Required - integer, float
sign	Returns given number is positive or negative using 1,-1,0	a - Required - integer, float
min	Returns minimum number	a - Required - integer, float, string, list[integer, float, string]
max	Returns maximum number	a - Required - integer, float, string, list[integer, float, string]
babylonian	none	S - Required - integer, float
digits	Returns all digits of given number	n - Required - integer, float

• EXAMPLES

zedmath.pow(x) - Returns the power of a number

code :

# Import zedmath library
import zedmath as zm

# Create variable called "result" and assign it the result of zd.pow method
result = zm.pow(4, 4)

# Print the result variable
print(result)

output :

256

zedmath.abs(a) - Returns the absolute value of the argument

code :

# Import zedmath library
import zedmath as zm

# Create variable called "result" and assign it the result of zd.abs method
result = zm.abs(-16)

# Print the result variable
print(result)

output :

16

zedmath.round(a) - Rounds a number to a given precision in decimal digits.

code :

# Import zedmath library
import zedmath as zm

# Create variables called "result", "result2"  and assign its the result of zd.round method
result = zm.round(31.2)
result2 = zm.round(31.6)

# Print variables
print(result)
print(result2)

output :

31
32

zedmath.sum(*args) - Returns sum of the given numbers.

code :

# Import zedmath library
import zedmath as zm

# Create variable called "result" and assign it the result of zd.sum method
numbers = [1, 3, 25, 32.5, [21.6, "66.6", ["4", "6"]]]
result = zm.sum(numbers)

# Print the result variables
print(result)

output :

159.7

zedmath.is_odd(a) - Returns given numbers is odd or non odd.

code :

# Import zedmath library
import zedmath as zm

# Create variables called "result", "result2"  and assign its the result of zd.is_odd method
result = zm.is_odd(17)
result2 = zm.is_odd(16)

# Print the result variables
print(result)
print(result2)

output :

True
False

zedmath.is_even(a) - Returns given numbers is even or non even.

code :

# Import zedmath library
import zedmath as zm

# Create variables called "result", "result2"  and assign its the result of zd.is_even method
result = zm.is_even(17)
result2 = zm.is_even(16)

# Print the result variables
print(result)
print(result2)

output :

False
True

zedmath.ceil(a) - Rounds a number up to its nearest integer.

code :

# Import zedmath library
import zedmath as zm

# Create variables called "result", "result2"  and assign its the result of zd.ceil method
result = zm.ceil(11.7)
result2 = zm.ceil(11.3)

# Print the result variables
print(result)
print(result2)

output :

11
11

zedmath.floor(a) - Returns the value of a rounded down to its nearest integer.

code :

# Import zedmath library
import zedmath as zm

# Create variables called "result", "result2"  and assign its the result of zd.floor method
result = zm.floor(11.7)
result2 = zm.floor(11.3)

# Print the result variables
print(result)
print(result2)

output :

11
11

zedmath.sign(a) - Returns given number is positive or negative using 1,-1,0.

code :

# Import zedmath library
import zedmath as zm

# Create variables called "result", "result2", "result3" and assign its the result of zd.sign method
result = zm.sign(17)
result2 = zm.sign(-17)
result3 = zm.sign(0)

# Print the result variables
print(result)
print(result2)
print(result3)

output :

1
-1
0

zedmath.ceil(a) - Rounds a number up to its nearest integer.

code :

# Import zedmath library
import zedmath as zm

# Create variables called "result", "result2"  and assign its the result of zd.ceil method
result = zm.ceil(11.7)
result2 = zm.ceil(11.3)

# Print the result variables
print(result)
print(result2)

output :

11
11

zedmath.floor(a) - Returns the value of a rounded down to its nearest integer.

code :

# Import zedmath library
import zedmath as zm

# Create variables called "result", "result2"  and assign its the result of zd.floor method
result = zm.floor(11.7)
result2 = zm.floor(11.3)

# Print the result variables
print(result)
print(result2)

output :

11
11

zedmath.min(*args) - Returns minimum number.

code :

# Import zedmath library
import zedmath as zm

# Create variables called "result" and assign its the result of zd.min method

numbers = [1, 3, 25, 32.5, [21.6, "66.6", ["4", "6"]]]

result = zm.min(numbers)

# Print the result variable
print(result)

output :

1.0

zedmath.max(*args) - Returns maximum number.

code :

# Import zedmath library
import zedmath as zm

# Create variables called "result" and assign its the result of zd.max method

numbers = [1, 3, 25, 32.5, [21.6, "66.6", ["4", "6"]]]

result = zm.max(numbers)

# Print the result variable
print(result)

output :

66.66

zedmath.digits(n) - Returns all digits of given number.

code :

# Import zedmath library
import zedmath as zm

# Create variables called "result" and assign its the result of zd.digits method

numbers = 178

result = zm.digits(numbers)

# Print the result variable
print(result)

output :

(1, 7, 8)