Updates

Awesome-Scripts/fibonacci.py

@@ -8,4 +8,6 @@ def fib(n):
 
 
 n = int(input("Enter a number: "))
-print(fib(n))
+print("Fibonacci series:")
+for i in range(n):
+    print fib(n)

Awesome-Scripts/spiralmatrix.py

@@ -0,0 +1,41 @@
+n=int(input("Enter the size of matrix:"))
+t=1
+r=0 # r stands for row
+c=0 # c stands for column
+matrix=[[0 for x in range(n)]for y in range(n)] # to initialise the matrix
+if n%2==0:
+	k=n/2
+else:
+	k=(n/2)+1
+for i in range(k):
+	while c<n:
+		matrix[r][c]=t
+		t=t+1
+		c=c+1
+	r=r+1
+	c=c-1
+	while r<n:
+		matrix[r][c]=t
+		t=t+1
+		r=r+1
+	r=r-1
+	c=c-1
+	while c>=i:
+		matrix[r][c]=t
+		c=c-1
+		t=t+1
+	c=c+1
+	r=r-1
+	while r>i:
+		matrix[r][c]=t
+		t=t+1
+		r=r-1
+	r=r+1
+	n=n-1
+	c=c+1
+for m in matrix:
+	print m
+    ln = ""
+    for i in m:
+        ln += str(i) + " "
+    print(ln)

Python-Syntax.md

@@ -1,29 +1,32 @@
 # Basic Python Syntax
 ## Python 2
 
-1. Printing output in python 2 :-
-   print "argument that you want to print"
+- Printing output in **Python 2** :-  
+   `print "argument that you want to print"`     
+      OR   
+   `print 'argument that you want to print'`
 
-2. mathematical operators :-
-   x = 8
-   y = 4
-   print x+y                  # it wil give outout of sum of x and y
-   print x-y                  # it will give difference of x and y
-   print x/y                  # it will give quotient when x is divided by y
-   print x%y                  # it is modulo function and gives remainder when x is divied by y
-   print x ** y               # it means x^y. it is way to represnt power operator
+- Mathematical operators :-  
+   >`x = 8`  
+   >`y = 4`  
+   >`print x + y`                     # it will give output of sum of x and y  
+   >`print x - y`                     # it will give difference of x and y  
+   >`print x / y`                     # it will give quotient when x is divided by y  
+   >`print x % y`                     # it is modulo function and gives remainder when x is divied by y  
+   >`print x ** y`                    # it means x^y. it is way to represent power operator  
 
- 3. single line comments can be given by putting # before a line
+ - Single line comments can be given by putting **#** before a line
 
- 4. multi line comments can be given by putting 3 double quotes befire and after the lines.
+ - Multi line comments can be given by putting 3 double quotes before and after the lines.
 
- example of putting multiline comments is :
- """ hello
- how are you """
+    example of putting multiline comments is :   
+    **""" hello   
+    how are you """**
 
- 5. To validate a variable to be an integer or a string, use 'isinstance(<var>, <type>)'
- it accepts two parameter
- 1. variable name
- 2. Type to be validated
- example: isinstance(a, dict) , isinstance(num, integer)
- It return True if true else false.
+ - To validate a variable to be an integer or a string, use `isinstance(<var>, <type>)`   
+   it accepts two parameter:
+   - variable name
+   - Type to be validated
+
+    example: isinstance(a, dict) , isinstance(num, integer)   
+    It returns True if true else False.