volkansalma

// Return an anaglyph image of a right and left channel
// Author : Nicolas Bourré 20100927
IplImage * toAnaglyph(IplImage * imgLeft, IplImage *imgRight)
{
    IplImage *iplReturn;

    IplImage *l_R, * l_G, *l_B;
    IplImage *r_R, * r_G, *r_B;

    iplReturn = cvCreateImage( cvGetSize (imgLeft), 8, 3);

volkansalma

#include <iostream>
#include <windows.h>   // WinApi header

using namespace std;    // std::cout, std::cin

int main()
{
  HANDLE  hConsole;
	int k;

volkansalma

#include <stdio.h>
#include <stdlib.h>
#include <math.h>

float atan2_approximation1(float y, float x);
float atan2_approximation2(float y, float x);

int main()
{
    float x = 1;

volkansalma

#include <opencv2/opencv.hpp>
#include <iostream>
#include <vector>
#include <cmath>

using namespace cv;
using namespace std; 

int main(int argc, char** argv)
{

volkansalma

 1- 32-bit data tiplerini kullanın. (Neden çünkü mimari bunun üzerine. 
Bütün aritmatik işlem birimleri 32 bit için design edilmiş. Daha büyük veri tipleri bölünüp yapılır. 
Küçük olanlarda 32 bitlik registerlara taşınır işaretli ise işaret genişletilir ekstra işlemler...) 
2- Integer işlemlerinin işaretine önceden karar verin. Bölüm ve kalan hesaplarken, döngü sayaçları,
 array indexleri için unsigned tipler, Integer-to-float dönüşümleri için signed tipler kullanın.
 
Kötü örnek: 

double x;        // MOV [tmep+4],0
unsigned int i;  // MOV EAX, i

volkansalma

#include<iostream>
#include <cv.h>
#include <cxcore.h>
#include <ml.h>

using namespace std;

int main()
{
 CvSVM SVM;

volkansalma

//f(bd) = |20 * bir_sayisi(bd) - 100| fonksiyonunu max yapan
// 30 karakterlik binary dizisinin(bd) hill climbing algoritmasi ile
//bulunmasi.
//Volkan SALMA. http://volkansalma.blogspot.com

#include <iostream>
#include <vector>
#include <stdlib.h> //for rand funct.
#include <time.h> //time for rand function seed.
#include <math.h> // for abs function

volkansalma

0 My Solution: SGGYVNFHLND@HEL@RFOYMGEO (143) Temp:99.6667
1 My Solution: SGGYHNFHLND@HEL@RFOYMGEO (129) Temp:99.3333
2 My Solution: SGGYHNFHLND@HEL@RFOYAGEO (117) Temp:99
3 My Solution: SGGYHNRHLND@HEL@RFOYAGEO (105) Temp:98.6667
4 My Solution: SGGLHNRHLND@HEL@RFOYAGEO (92) Temp:98.3333
5 My Solution: SGGLHNRHLND@HEL@RFOYAGRO (85) Temp:98
6 My Solution: SGGLHNRHLND@HEL@RMOYAGRO (78) Temp:97.6667
7 My Solution: SGGLHNRHLND@HML@RMOYAGRO (72) Temp:97.3333
8 My Solution: SNGLHNRHLND@HML@RMOYAGRO (65) Temp:97
9 My Solution: SNGLBNRHLND@HML@RMOYAGRO (59) Temp:96.6667

volkansalma

//Simulated Annealing C++ Sample Code
//generates "VOLKANSALMA@BLOGSPOT@COM" string.
//inspired from http://www.generation5.org/content/2003/gahelloworld.asp
//by volkan salma
//http://volkansalma.blogspot.com

#include <iostream>     // for cout etc.
#include <vector>     // for vector class
#include <string>     // for string class
#include <algorithm>    // for sort algorithm

volkansalma

#pragma warning(disable:4786)        // disable debug warning
 
#include <iostream>                    // for cout etc.
#include <vector>                    // for vector class
#include <string>                    // for string class
#include <algorithm>                // for sort algorithm
#include <time.h>                    // for random seed
#include <math.h>                    // for abs()
 
#define GA_POPSIZE        2048        // ga population size