Merge pull request #3 from Patelvijaykumar/python_module_ranmon_and_math

added example of python module math and random

Author: easyawslearn

Python-String/String-example1.py

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+# Python String Variable Demostration
+
+# Declaration
+
+#String Declaration with single quote for single line display
+x= ''
+print (x)
+
+#String Declaration with double quote for single line display
+x= "    "
+print (x)
+
+#String Declaration with multi line print with single quote
+x = '''Hello
+This is Python Multiline
+demo
+'''
+print (x)
+
+
+#String Declaration with multi line print with double quote
+x = """Hello
+This is Python Multiline
+demo
+"""
+print (x)
+
+#How print works
+x= 'hello'
+#variable will br printed
+print (x)
+
+#x as a string will be printted
+print ('x')
+
+#x as a string will be printted
+print ("x")
+
+#variable x will be printed in string conversation
+print (str(x))
+
+#repr()  representation that has all information
+print (repr(x))

Python-String/String-example2.py

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+# Python String Variable Demostration
+
+# Declaration
+x="python"
+
+#condition in string with small latter
+print ('t' in x)
+
+
+#condition in string with capital latter
+print ('T' in x)
+
+#String print
+print (x)
+
+# String lenght printed
+print (len(x))
+
+#How to add new line in print
+x= "Python\nTest"
+print(x)
+
+#How to add new line in print
+x= 'Python\nTest'
+print(x)
+
+#How to avoide special character
+x = r'Python\nTest'
+print (x)

module_math_and_random/Python_math_module_example.py

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+#Python | math() function
+
+import math
+
+# Python code to demonstrate the working of
+
+#demonstrate of math module to pi value
+print ("The pi value is : ", end="")
+print (math.pi)
+
+#demonstrate of math module to math e value
+print ("The math e value is : ", end="")
+print (math.e)
+
+#demonstrate of math module sin formula
+print ("The sin(10) value is : ", end="")
+print (math.sin(10))
+
+#demonstrate of math module cos formula
+print ("The cos(10) value is : ", end="")
+print (math.cos(10))
+
+#demonstrate of math module log10 formula
+print ("The log10(10) value is : ", end="")
+print (math.log10(10))
+
+#demonstrate of math module for factorial function
+print ("The factorial value of 5 is : ", end="")
+print (math.factorial(5))
+
+#demonstrate of math module for square root function
+print ("The square root value of 9 is : ", end="")
+print (math.sqrt(9))
+
+# Python code to demonstrate the working of
+# ceil() and floor()
+
+a = 2.3
+
+# returning the ceil of 2.3
+print ("The ceil of 2.3 is : ", end="")
+print (math.ceil(a))
+
+# returning the floor of 2.3
+print ("The floor of 2.3 is : ", end="")
+print (math.floor(a))
+
+
+# Python code to demonstrate the working of
+# fabs() and factorial()
+
+a = -10
+b= 5
+
+# returning the absolute value.
+print ("The absolute value of -10 is : ", end="")
+print (math.fabs(a))
+
+# returning the factorial of 5
+print ("The factorial of 5 is : ", end="")
+print (math.factorial(b))

module_math_and_random/Python_random_module_example.py

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+#Python | random.sample() function
+
+import random
+
+print ("The random value from random.seed(10) is : ", end="")
+print (random.seed(10))
+#If we wanted a random integer, we can use the randint function
+#Randint accepts two parameters: a lowest and a highest number.
+#Generate integers between 1,5. The first value should be less than the second.
+print ("The random integer value from 10 to 100 is : ", end="")
+print (random.randint(10,100))
+
+#If you want a larger number, you can multiply it.
+#For example, a random number between 0 and 100:
+print ("The random value of random function is : ", end="")
+print (random.random()*20)
+
+# Python code to demonstrate the working of
+# randrange()
+print ("The random range of 1000 is : ", end="")
+print (random.randrange(1000))
+
+print ("The random range of 10 to 100 by skipping 2 is : ", end="")
+print (random.randrange(10,100,2))
+
+a=[1,2,9,'c','e',1.1]
+print ("list a value is ",a)
+print ("The list a value after random.shuffle function is : ", end="")
+random.shuffle(a)
+print (a)