Related words are "encryption" and "cryptography".
I don't know of any specific function for that; you could write a user-defined function, that converts decimal to binary. In Visual FoxPro 9, transform() with a format code of "@0" will convert to hexadecimal; once you have that, it may be easier to convert each hexadecimal digit into 4 binary digits. I am not sure in what version of Visual FoxPro this option was introduced.A good forum for FoxPro and Visual FoxPro is www.universalthread.com; perhaps you can get additional information there.I don't know of any specific function for that; you could write a user-defined function, that converts decimal to binary. In Visual FoxPro 9, transform() with a format code of "@0" will convert to hexadecimal; once you have that, it may be easier to convert each hexadecimal digit into 4 binary digits. I am not sure in what version of Visual FoxPro this option was introduced.A good forum for FoxPro and Visual FoxPro is www.universalthread.com; perhaps you can get additional information there.I don't know of any specific function for that; you could write a user-defined function, that converts decimal to binary. In Visual FoxPro 9, transform() with a format code of "@0" will convert to hexadecimal; once you have that, it may be easier to convert each hexadecimal digit into 4 binary digits. I am not sure in what version of Visual FoxPro this option was introduced.A good forum for FoxPro and Visual FoxPro is www.universalthread.com; perhaps you can get additional information there.I don't know of any specific function for that; you could write a user-defined function, that converts decimal to binary. In Visual FoxPro 9, transform() with a format code of "@0" will convert to hexadecimal; once you have that, it may be easier to convert each hexadecimal digit into 4 binary digits. I am not sure in what version of Visual FoxPro this option was introduced.A good forum for FoxPro and Visual FoxPro is www.universalthread.com; perhaps you can get additional information there.
level 1 CODE =HONGHA level 2 CODE =HOANKIEM level 3 CODE =HNAMS level 4 CODE =DHYHN level 5 CODE =ANBA level 6 CODE =KHOAMOC level 7 CODE =DIEPDIN level 8 CODE =MEYEN level 9 CODE =BOMINH level 10 CODE =EMYEU
Ritc code is a code based on the commodity
what is hyperion code
A fast Fourier transform is an efficient algorithm for working out the discrete Fourier transform - which itself is a Fourier transform on 'discrete' data, such as might be held on a computer. Contrast this to a 'continuous Fourier transform' on, say, a curve. One would need an infinite amount of data points to truly represent a curve, something that cannot be done with a computer.Check out: The Scientist And Engineer's Guide To Digital Signal Processing. It is a free, downloadable book that deals, inter alia, with Fourier transforms; chapters 8-12are germane to your question. This is a highly practical, roll-yer-sleeves-up book for, as the title says, scientists and engineers, but Smith describes the underlying theory well. The sample code supplied with the book is in BASIC and FORTRAN, of all things; the author does this for didactic purposes to make the examples easy to understand rather than efficient.
Depends on the image format:
You anchor it to an URL. You would like to have the image send a visitor to another webpage. Add this code, direcly above the image code <a href="another webpage address"> and this code direcly after the image code </a> This will made the image a clickable link to "another webpage address".
No, telephone area codes are discrete data.
no
With code
You should check your folder hierarchy and verify that all the HTML/xHTML code is correct. You can use an image editor to ensure the HTML code is correct.
/* Discrete Fourier Transform and Power Spectrum Calculates Power Spectrum from a Time Series Copyright 1985 Nicholas B. Tufillaro */ #include #include #define PI (3.1415926536) #define SIZE 512 double ts[SIZE], A[SIZE], B[SIZE], P[SIZE]; main() { int i, k, p, N, L; double avg, y, sum, psmax; /* read in and scale data points */ i = 0; while(scanf("%lf", &y) != EOF) { ts[i] = y/1000.0; i += 1; } /* get rid of last point and make sure # of data points is even */ if((i%2) == 0) i -= 2; else i -= 1; L = i; N = L/2; /* subtract out dc component from time series */ for(i = 0, avg = 0; i < L; ++i) { avg += ts[i]; } avg = avg/L; /* now subtract out the mean value from the time series */ for(i = 0; i < L; ++i) { ts[i] = ts[i] - avg; } /* o.k. guys, ready to do Fourier transform */ /* first do cosine series */ for(k = 0; k <= N; ++k) { for(p = 0, sum = 0; p < 2*N; ++p) { sum += ts[p]*cos(PI*k*p/N); } A[k] = sum/N; } /* now do sine series */ for(k = 0; k < N; ++k) { for(p = 0, sum = 0; p < 2*N; ++p) { sum += ts[p]*sin(PI*k*p/N); } B[k] = sum/N; } /* lastly, calculate the power spectrum */ for(i = 0; i <= N; ++i) { P[i] = sqrt(A[i]*A[i]+B[i]*B[i]); } /* find the maximum of the power spectrum to normalize */ for(i = 0, psmax = 0; i <= N; ++i) { if(P[i] > psmax) psmax = P[i]; } for(i = 0; i <= N; ++i) { P[i] = P[i]/psmax; } /* o.k., print out the results: k, P(k) */ for(k = 0; k <= N; ++k) { printf("%d %g\n", k, P[k]); } }
yes.there ii an ar code to change your image
The code to insert an image beings with the <img> tag. If you want the user to enter the image, you have to apply image upload.
I know that one code is LEGOWORLD2009
First add image (.jpg, .png, .gif) into 'images' folder in main root of the site. In HTML code add <img alt="word or phrase describing image" height="162" src="path where image is coming from images/img.gif" width="917" />