taskB_inlab

taskB_inlab/task1.py

+#!usr/bin/python
+def function1(str1,str2,listvar):
+	l1=list(str1)
+	l2=list(str2)
+	zipping=zip(l1,l2)
+	listvar1=listvar
+	listvar1.extend(zipping)
+	return listvar1
+
+
+str1 = "group"
+str2 = "Puzzles"
+mylist = ['a','b','c','d','e']
+print mylist
+print function1(str1,str2,mylist)
\ No newline at end of file

taskB_inlab/task2.py

+#!/bin/python/py
+
+def function2(listvariable,n):
+	f = lambda x: x[n]
+	r = map(f, listvariable)
+	print r
+	s = sorted(listvariable,key=f)
+	return s

taskB_inlab/task3.py

+#!bin/python
+f1 = open('matrix.txt','r')
+l=list(((f1.readline()).strip('\n')).split(" "))
+lr=reversed(l)
+a=[[None]*int(l[1])]*int(l[0])											#initializing with 'None'
+
+for i in range (int(l[0])):
+	l1=list(((f1.readline()).strip('\n')).split(" "))
+	a[i]=l1
+	
+a1=[]
+for i in range (int(l[1])):
+	a1.append([])
+for i in range (int(l[1])):
+	for j in range (int(l[0])):
+		a1[i].append(a[j][i])
+f2 = open('transpose.txt','w')
+for item in lr:
+	f2.write("%s" % item)
+	f2.write(" ")
+f2.write("\n")
+for i in range(int(l[1])):
+	for item in a1[i]:
+		f2.write("%s" % item)
+		f2.write(" ")
+	f2.write("\n")
+
+f1.close()
+f2.close()
\ No newline at end of file

taskB_inlab/transpose.txt

+5 5 
+1 6 11 16 21 
+2 7 12 17 22 
+3 8 13 18 23 
+4 9 14 19 24 
+5 10 15 20 25