The Python asinh function is one of the Python Math function, which calculates the Trigonometric Hyperbolic Arc Sine for the specified expression or number. The Python asinh function also called the inverse of hyperbolic sine.
Note: math.asinh() method accepts only numbers, if we provide anything else except the number, it returns error TypeError – “TypeError: a float is required”.
x– is the number whose hyperbolic arc sine to be calculated.
If the number argument is the positive or negative number, the asinh() function returns the hyperbolic arcsine value. If it is not the number, the asinh() functions return TypeError.
x = 1.5 # function call print(math.asinh(x))
Write a program to show the working of the asinh() method in Python.
import math a1 = 3.5 b1 = 1 c1 = 7 d1 = 5.3 print("Value for parameter ", a1, " is ", math.asinh(a1)) print("Value for parameter ", b1, " is ", math.asinh(b1)) print("Value for parameter ", c1, " is ", math.asinh(c1)) print("Value for parameter ", d1, " is ", math.asinh(d1))
Value for parameter 3.5 is 1.9657204716496515 Value for parameter 1 is 0.8813735870195429 Value for parameter 7 is 2.644120761058629 Value for parameter 5.3 is 2.3696374478085054
In this example, we have seen that bypassing the valid parameter which is different for different examples, we get the desired asinh() method solution, which is the hyperbolic sine value of the parameter.
Write the program to pass a value out of range from the asinh() Function and display the output.
import math q = "H" print(math.asinh(q))
TypeError: must be real number, not str
In this example, we’ve seen that by passing a parameter which is not of number type, the Function throws an error.
In the asinh() function, we are going to find Hyperbolic ArcSine values of different data types like Python list and tuple to display the output.
import math Tup = (21, 11, 30, -40, 50) Lis = [-25, 35, -42.5, -55.85, 25.84] print("Python Hyperbolic ArcSine of Positive Number = %.2f" % math.asinh(21)) print("Python Hyperbolic ArcSine of Negative Number = %.2f" % math.asinh(-11)) print("Python Hyperbolic ArcSine of Tuple Item = %.2f" % math.asinh(Tup)) print("Python Hyperbolic ArcSine of List Item = %.2f" % math.asinh(Lis)) print("Python Hyperbolic ArcSine of Multiple Numbers = %.2f" % math.asinh(22 + 49 - 27)) print("Python Hyperbolic Arc Sine of String Value = ", math.asinh('Morioh'))
python3 app.py Python Hyperbolic ArcSine of Positive Number = 3.74 Python Hyperbolic ArcSine of Negative Number = -3.09 Python Hyperbolic ArcSine of Tuple Item = -4.38 Python Hyperbolic ArcSine of List Item = -4.44 Python Hyperbolic ArcSine of Multiple Numbers = 4.48 Traceback (most recent call last): File "app.py", line 15, in <module> print("Python Hyperbolic Arc Sine of String Value = ", math.asinh('Morioh')) TypeError: must be real number, not str
First, we used the asinh() Function directly on both the Positive integer and negative integer.
The following statements find the hyperbolic arcsine of the corresponding values.
Next, we used the asinh() function on Tuple and List items. If you observe the above screenshot, the asinh() function is working correctly on them.
Thanks for reading !
Welcome to my Blog , In this article, you are going to learn the top 10 python tips and tricks.
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Welcome to my Blog, In this article, we will learn python lambda function, Map function, and filter function.
Lambda function in python: Lambda is a one line anonymous function and lambda takes any number of arguments but can only have one expression and python lambda syntax is
Syntax: x = lambda arguments : expression
Now i will show you some python lambda function examples:
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Magic Methods are the special methods which gives us the ability to access built in syntactical features such as ‘<’, ‘>’, ‘==’, ‘+’ etc…
You must have worked with such methods without knowing them to be as magic methods. Magic methods can be identified with their names which start with __ and ends with __ like init, call, str etc. These methods are also called Dunder Methods, because of their name starting and ending with Double Underscore (Dunder).
Now there are a number of such special methods, which you might have come across too, in Python. We will just be taking an example of a few of them to understand how they work and how we can use them.
class AnyClass: def __init__(): print("Init called on its own") obj = AnyClass()
The first example is _init, _and as the name suggests, it is used for initializing objects. Init method is called on its own, ie. whenever an object is created for the class, the init method is called on its own.
The output of the above code will be given below. Note how we did not call the init method and it got invoked as we created an object for class AnyClass.
Init called on its own
Let’s move to some other example, add gives us the ability to access the built in syntax feature of the character +. Let’s see how,
class AnyClass: def __init__(self, var): self.some_var = var def __add__(self, other_obj): print("Calling the add method") return self.some_var + other_obj.some_var obj1 = AnyClass(5) obj2 = AnyClass(6) obj1 + obj2
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Python is awesome, it’s one of the easiest languages with simple and intuitive syntax but wait, have you ever thought that there might ways to write your python code simpler?
In this tutorial, you’re going to learn a variety of Python tricks that you can use to write your Python code in a more readable and efficient way like a pro.
Swapping value in Python
Instead of creating a temporary variable to hold the value of the one while swapping, you can do this instead
>>> FirstName = "kalebu" >>> LastName = "Jordan" >>> FirstName, LastName = LastName, FirstName >>> print(FirstName, LastName) ('Jordan', 'kalebu')
#python #python-programming #python3 #python-tutorials #learn-python #python-tips #python-skills #python-development
Today you’re going to learn how to use Python programming in a way that can ultimately save a lot of space on your drive by removing all the duplicates.
In many situations you may find yourself having duplicates files on your disk and but when it comes to tracking and checking them manually it can tedious.
Heres a solution
Instead of tracking throughout your disk to see if there is a duplicate, you can automate the process using coding, by writing a program to recursively track through the disk and remove all the found duplicates and that’s what this article is about.
But How do we do it?
If we were to read the whole file and then compare it to the rest of the files recursively through the given directory it will take a very long time, then how do we do it?
The answer is hashing, with hashing can generate a given string of letters and numbers which act as the identity of a given file and if we find any other file with the same identity we gonna delete it.
There’s a variety of hashing algorithms out there such as
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