Bit Of Creativeness

CHANGE THE APPEARANCE OF WINDOWS 7

I think every day you seen the same old theme on the desktop  about  years by only changing the wall papers. This is the solution for that. 100% working.Its the time.


Step 1

•    Download universal theme patcher 
• Choose the corresponding patcher based on you Windows/ For 32bit(x86):   UniversalThemePatcher-x86.exe  / For 64bit(amd64): UniversalThemePatcher-x64.exe
• Patch all 3 and restart your pc.

Step 2


Download any one from the bellow

• Black Horizon Xtreme
• Black theme 1
• Flash forwad

These are three different themes that you can download.How ever prefer 1st one as your theme.

Step 3

Then extract the rar file.You can do it by using win rar or by using  7 zip . In some themes you have to use 7 zip.

Step 4

Then go to the theme folder. In there you can find one folder and a theme file(.theme).They  should be in same name.Or it can be in your direct extract folder.As a example basic black folder and basic black (.theme) file

Step 5

Copy and paste them both in folder   (C:) > Windows > Resources >Themes 

Step 6

Finally close that folder and then right click on desk top select personalize go to installed themes select the particular theme and enjoy.  

MAKE YOUR FB/SKYPE CHAT MORE INTERACTIVE

When you goes through the face book and skype chat you may get a idea to do something creative.So this is the way how to do it now.

Download cool smiley arts

Click for

• Face book download now
• Skype download now

Only you have to do is just download those softwares.No need to install.Quick run.

• You can create any type of art work by using this key pad.Click the radio button of the icon that you like to use and draw a art in the blue squares in the middle.
• Finally select copy to clipboard button on the top.Then go to your chat box right click and paste it or click ctrl+v

Enjoy well.

Smiley arts Creation by Samitha Prasad Herath 

Python Code Collector

1. STATISTICS 


# Code to calculate the average of  number list   

def avg(numbers):
    sum=0
    for i in numbers:
        sum=sum+i
    n=len(numbers)
    avg=sum/n
    return (avg)


# Code to calculate the maximum of number list
def max(numbers):
    x=numbers[0]
    for i in numbers:
        if i>x:
            x=i
    return(x)

#Code to calculate the frequency of a number
def frequency(numbers,value):
    x=0
    for i in numbers:
        if i==value:
            x=x+1
    return(x)


#Code to find median of a list

def median(lis):
    lists=sorted(lis)
    n=len(lists)
    if n%2!=0:
        x=n//2
        return(lists[x])
    else:
        x=(n+1)//2
        y=(n+1)//2-1
        return(lists[y],lists[x])




def sort(list):
# Sorted to a new list
    sorted=[]
    while len(list)>0:
        min=list[0]
        for i in list:
            if i<min:
                min=i
        sorted.append(min)
        list.remove(min)
    return sorted


def sort2(lists):
#Sort in the same list
    a=0
    min=lists[a] 
    for i in range(a,len(lists)-1):
        if i<min:
            min=lists[i]
    lists.remove(min)
    lists.insert(a,min)
    a=a+1


    return lists




2. MATRICES



def determin(A):
#determinant of a matrix
    D=0
    i=0
    while i<len(A[0]):
        if len(A[0])==2:
            D=A[0][0]*A[1][1]-A[1][0]*A[0][1]
            break
        else:
            B=reduced(A,0,i)
            D=D+A[0][i]*((-1)**(i+1))*determin(B)
            i+=1
    return D




def reduced(A,k,i):
#reduces the matrix by removing the row k and column i
    B=[]
    n=0
    for p in range(len(A)):
        newrow=[]
        for q in range(len(A)):
            if p==k or q==i:
                n=n+1
            else:
                newrow.append(A[p][q])
    
        B.append(newrow)
    del B[k]
    return B




def trans(A):
#transpose of a matrix method 1
    def trans(m1):
    r=len(m1)
    c=len(m1[0])
    tran= [ r*[0] for i in range(c) ]
    
    for k in range(r):
        for j in range(c):
            tran[j][k]=m1[k][j]


    return(tran)



def transpose(B):
#transpose of a matrix method 2
    result=[]
    c=0
    l=len(B[0])
    while l>0:
        vec=[]
        for row in B:
            vec.append(row[c])
        c=c+1
        l=l-1
        result.append(vec)
    return result

                
                    
                
def inver(A):
#inverse of a matrix
    if determin(A)!=0:
        B=[]
        for i in range(len(A)):
            newline=[]
            for k in range(len(A[0])):
                newline.append(((-1)**(k+i+1))*determin(reduced(A,i,k))/determin(A))
            B.append(newline)
        C=trans(B)
        return C
            
    else:
        print('this matrix is singular')


def multmat(A,B):
#matrix product
    nrowsA=len(A)
    ncolsA=len(A[0])
    nrowsB=len(B)
    ncolsB=len(B[0])
    mat=[]
    row=[]
    ele=0
    for i in range(0,nrowsA,1):
        row=[]
        for k in range(0,ncolsB,1):
            ele=0
            for j in range(0,ncolsA,1):
                ele=ele+A[i][j]*B[j][k]
            row.append(ele)
        mat.append(row)
    return mat
    
def addmat(A,B):
#matrix addition
    nrows=len(A)
    ncol=len(A[0])
    addmat=[]
    for i in range(0,nrows,1):
        addrow=[]
        for k in range(0,ncol,1):
            addrow.append(A[i][k]+B[i][k])
        addmat.append(addrow)
    return addmat


3.ADDRESS BOOK



def add_contact(contact,name,tag,number):
#To add a contact to a dictionary 
  
    if name in contact:
        contact[name][tag]=number
    else:
        contact[name]={tag:number}

def del_contact(contact,name,tag=None):
#To delete a contact from the dictionary 
    if name in contact:
        if tag!=None:
            if tag in contact[name]:
                del(contact[name][tag])
            else:
                print('not found')
        else:
            del(contact[name])


    else:
        print('not found')




def print_contact(contact,name,tag=None):
#To print a contact from the dictionary
    if name in contact:
        if tag!=None:
            if tag in contact[name]:
                print(contact[name][tag])
            else:
                print('not found')
        else:
            print(contact[name])


    else:
        print('not found')



def find_contact(contac,name):
#To find a contact from the dictionary
    x=False
    for  i in contact:
        if name in i:
            print(i,contact[i])
            x=True
    if x==False:
        print ('not found')


4. UTILITIES 



fo=open('c:/Python31/phone numbers')


def list_to_phone_book(file):
#To convert list to a dictionary
    phone_book={}
    for l in file.readlines():
        name,number=l.split()
        phone_book[name]=number


    return(phone_book)                    
    file.close() 





f=open('c:/Python31/phone book')


def load_contacts(file):
#To load contacts from a file to dictionary
    phone_book={}
    for l in file.readlines():
        name,tag,number=l.split()
        if name in phone_book:
            phone_book[name][tag]=number
        else:
            phone_book[name]={tag:number}


    return(phone_book)                    
    file.close()