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C:/temp/src/j2k/Beta/Math/Math.hpp

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#ifndef __J2K__Math_HH__
#define __J2K__Math_HH__

#define PI  3.1415926535897932D
#define E   2.7182818284590451D

class Math
{
private:
    Math() { }

    // Unknown Java to CPP equivalent
    double IEEEremainder(double d1, double d2) { return NULL; }
    double rint(double d) {   }

    // Should use Timer nanoseconds
    double random()

public:

inline double sin(double d) {  return sin(d);  }
inline double cos(double d) {  return cos(d);  }
inline double tan(double d) {  return tan(d);  }
inline double asin(double d) { return asin(d); }
inline double acos(double d) { return acos(d); }
inline double atan(double d) { return atan(d); }
inline double atan2(double d1, double d2) { return atan2(d1,d2); }

inline double exp(double d) {   return exp(d);   }
inline double log(double d) {   return log(d);   }
inline double sqrt(double d) {  return sqrt(d);  }
inline double ceil(double d) {  return ceil(d);  }
inline double floor(double d) { return floor(d); }

inline double pow(double d1, double d2) { return pow(d1,d2); }

inline int  round(float f)  { return (int)floor(f  + 0.5F); }
inline long round(double d) { return (long)floor(d + 0.5D); }

inline int    abs(int    i) { return ( i < 0    ? (-1 * i) : i ); }
inline long   abs(long   l) { return ( l < 0L   ? (-1 * l) : l ); }
inline float  abs(float  f) { return ( f < 0.0F ? (-1 * f) : f ); }
inline double abs(double d) { return ( d < 0.0D ? (-1 * d) : d ); }

inline int    min(int    i, int    j) { return ( i <= j  ? i : j ); }
inline long   min(long   l, long   j) { return ( l <= j  ? l : j ); }
inline float  min(float  f, float  j) { return ( f <= j  ? f : j ); }
inline double min(double d, double j) { return ( d <= j  ? d : j ); }

inline int    max(int    i, int    j) { return ( i >= j  ? i : j ); }
inline long   max(long   l, long   j) { return ( l >= j  ? l : j ); }
inline float  max(float  f, float  j) { return ( f >= j  ? f : j ); }
inline double max(double d, double j) { return ( d >= j  ? d : j ); }
};

#endif

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