0
Who is j k rolling? Whoever she is, she's obviously not a writer like J. K. Rowling. This rolling woman has terrible spelling; writing her name without any periods or capitals.
Wiki User
∙ 12y ago
Add your answer:
Earn +20 pts
What is a possible obituary for Kevin in Freak the Mighty?
that kevin new that he wasnt going to live long but he kept trying
What has the author H J K Jenkins written?
H. J. K. Jenkins has written: 'A school in Woodston, 1728-1978' -- subject(s): History, St Augustine's School
What is the birth name of Gordon Rollings?
Gordon Rollings's birth name is Gordon Charles Rollings.
What is the birth name of Red Rollings?
Red Rollings's birth name is Rollings, William Russell.
K j equals j but how is that?
K j equals j when K is 1 or j is 0.
How tall is Red Rollings?
Red Rollings is 5' 11".
When was Matt Rollings born?
Matt Rollings was born in 1964.
What is the capital of j and k?
J and K
What letter comes after J?
K comes after J.
What are the little 4 turbo move?
j for attack k for defend and l for jump bat s+k+j leamasex j+k+l+j+k+l+s+j+k
C program to print helical matrix?
//the following code will help you to write the program for(i=n-1, j=0; i > 0; i--, j++) //n is the order of the square matrix { for(k=j; k < i; k++) printf("%d ", a[j][k]); for(k=j; k < i; k++) printf("%d ", a[k][i]); for(k=i; k > j; k--) printf("%d ", a[i][k]); for(k=i; k > j; k--) printf("%d ", a[k][j]); } m= (n-1)/2; //calculate the position of the middle element if (n% 2 == 1) printf("%d", a[m][m]);//to print the middle element also //9809752937(udanesh)
Matlab code for Integer Wavelet transform?
%%%fim1 is our image%%% [ r c ] = size(fim1); even=zeros(r,(c/2)); %first level decomposition %one even dimension for j = 1:1:r a=2; for k =1:1:(c/2) even(j,k)=fim1(j,a); a=a+2; end end %one odd dim odd=zeros(r,(c/2)); for j = 1:1:r a=1; for k =1:1:(c/2) odd(j,k)=fim1(j,a); a=a+2; end end [ lenr lenc ]=size(odd) ; %one dim haar for j = 1:1:lenr for k =1:1:lenc fhigh(j,k)=odd(j,k)-even(j,k); flow(j,k)=even(j,k)+floor(fhigh(j,k)/2); end end %2nd dimension [len2r len2c ]=size(flow); for j = 1:1:(len2c) a=2; for k =1:1:(len2r/2) %even separation of one dim leven(k,j)=flow(a,j); heven(k,j)=fhigh(a,j); a=a+2; end end %odd separtion of one dim for j = 1:1:(len2c) a=1; for k =1:1:(len2r/2) lodd(k,j)=flow(a,j); hodd(k,j)=fhigh(a,j); a=a+2; end end %2d haar [ len12r len12c ]=size(lodd) ; for j = 1:1:len12r for k =1:1:len12c %2nd level hh f2lhigh(j,k)=lodd(j,k)-leven(j,k); %2nd level hl f2llow(j,k)=leven(j,k)+floor(f2lhigh(j,k)/2); %2nd level lh f2hhigh(j,k)=hodd(j,k)-heven(j,k); %2nd level ll f2hlow(j,k)=heven(j,k)+floor(f2hhigh(j,k)/2); end end % level=level-1;
