/* *************************************************************************** */
/* *       NN ws programs                                                    * */
/* *************************************************************************** */
#ifndef SNN_HEADER_INCLUDED
#define SNN_HEADER_INCLUDED

#include "ams_mg.h"

// ------------------- Defines -----------------------------------------------

//#define PEGASUS

#define MLP_LEARN_MODE          0
#define MLP_EMULATE_INT         0
#define MLP_BYTE_NET            0

#ifdef SNN_FAT_NET_ON
 #define MLP_FAT_NET            1
#else
 #define MLP_FAT_NET            0
#endif

#ifdef PEGASUS
 #ifndef MLP_PRELOAD_MODE
  #define MLP_PRELOAD_MODE      1
 #endif
 #define MLP_UPSCALE            1
 #define MLP_INT_MODE           1
#else
 #ifndef MLP_PRELOAD_MODE
  #define MLP_PRELOAD_MODE      1
 #endif
 #define MLP_UPSCALE            1
 #define MLP_INT_MODE           1
#endif

#if MLP_FAT_NET
 #define NET_TYPE_ID ".fat"
#else
 #define NET_TYPE_ID ".slim"
#endif

// ------------------- Defines -----------------------------------------------

#ifdef FOR_FRENCH
 #define MLP_ID_STR "MLP.Network.V.4.12.f" NET_TYPE_ID
 #define MLP_NET_NUMOUTPUTS    (92+24)
 #define MLP_NET_SYMCO "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ"   \
                       "0123456789@#$%&!?*/+=-(){}[];:~\\<>^|"                  \
                       "£¥  " /*"£¥©®" until next net, which will do better on these*/ \
                       "àâèéêëîïôùûç"                                           \
                       "ÀÂÈÉÊËÎÏÔÙÛÇ"
#elif defined (FOR_GERMAN)
 #define MLP_ID_STR "MLP.Network.V.4.12.g" NET_TYPE_ID
 #define MLP_NET_NUMOUTPUTS    (92+8)
 #define MLP_NET_SYMCO "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ"   \
                       "0123456789@#$%&!?*/+=-(){}[];:~\\<>^|"                  \
                       "£¥  " /*"£¥©®" until next net, which will do better on these*/ \
                       "äöüß"                                           \
                       "ÄÖÜ\""
#elif defined (FOR_INTERNATIONAL)
 #define MLP_ID_STR "MLP.Network.V.4.12.i" NET_TYPE_ID
 #define MLP_NET_NUMOUTPUTS    (92+60)
 #define MLP_NET_SYMCO "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ"   \
                       "0123456789@#$%&!?*/+=-(){}[];:~\\<>^|"                  \
                       "£¥  " /*"£¥©®" until next net, which will do better on these*/ \
                       "àáâãäåçèéêëìíîïñòóôõöøùúûüýÿšœ"                         \
                       "ÀÁÂÃÄÅÇÈÉÊËÌÍÎÏÑÒÓÔÕÖØÙÚÛÜÝŸŠŒ"
#else
 #define MLP_ID_STR "MLP.Network.V.4.12.e" NET_TYPE_ID
 #define MLP_NET_NUMOUTPUTS    92
 #define MLP_NET_SYMCO "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ"   \
                       "0123456789@#$%&!?*/+=-(){}[];:~\\<>^|"                  \
                       "£¥  " /*"£¥©®" until next net, which will do better on these*/ 
#endif

#define MLP_COEF_SHARE        96
#define MLP_BMP_SHARE         32
#define MLP_NUM_CFF           32
#define MLP_NUM_BMP         (16*16)

#define MLP_NET_NUMLAYERS      4
#define MLP_NET_NUMINPUTS    288

#define MLP_CELL_MAXINPUTS    32
#define MLP_LAYER_MAXCELLS   (MLP_NET_NUMOUTPUTS*MLP_CELL_MAXINPUTS)

#if MLP_FAT_NET
 #define MLP_PREOUT_STEP       4
#else
 #define MLP_PREOUT_STEP       2
#endif

#define MLP_NET_0L_NUMCELLS  (MLP_NET_NUMINPUTS)
#define MLP_NET_1L_NUMCELLS  (MLP_COEF_SHARE+MLP_BMP_SHARE)
#define MLP_NET_2L_NUMCELLS  (MLP_NET_NUMOUTPUTS*MLP_PREOUT_STEP + (MLP_CELL_MAXINPUTS-MLP_PREOUT_STEP))
#define MLP_NET_3L_NUMCELLS  (MLP_NET_NUMOUTPUTS)
#define MLP_NET_4L_NUMCELLS    0
#define MLP_NET_NUMCELLS     (MLP_NET_1L_NUMCELLS+MLP_NET_2L_NUMCELLS+MLP_NET_3L_NUMCELLS+MLP_NET_4L_NUMCELLS)
#define MLP_NET_NUMSIGNALS   (MLP_NET_0L_NUMCELLS+MLP_NET_1L_NUMCELLS+MLP_NET_2L_NUMCELLS+MLP_NET_3L_NUMCELLS+MLP_NET_4L_NUMCELLS)

//#define MLP_NET_SYMCO_LONG "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789@#$%&*{}"

// ------------------- Structures --------------------------------------------

#if MLP_INT_MODE
 #if MLP_BYTE_NET
  typedef _SCHAR         fint_c;
  typedef _UCHAR         fint_s;
 #else
  typedef _SHORT         fint_c;
  typedef _SHORT         fint_s;
 #endif
  typedef _LONG          flong;
 typedef fint_c *       p_fint_c;
 typedef fint_s *       p_fint_s;
#else
 typedef float          fint_c;
 typedef float          fint_s;
 typedef float          flong;
 typedef fint_c *       p_fint_c;
 typedef fint_s *       p_fint_s;
#endif

typedef struct {
                p_VOID    net;
                fint_s    signals[MLP_NET_NUMSIGNALS];
               } mlp_data_type, * p_mlp_data_type;

// ------------------- Prototypes --------------------------------------------

_INT  InitSnnData(p_UCHAR name, p_mlp_data_type mlpd);
_INT  GetSnnResults(p_UCHAR pCoeff, p_UCHAR answs, p_mlp_data_type mlpd);

int   LoadNetData(p_mlp_data_type mlpd, p_CHAR net_name);
int   SaveNetData(p_mlp_data_type mlpd, p_CHAR net_name, float e);
int   DumpNetData(p_mlp_data_type mlpd, p_CHAR dmp_name, float e);

#endif // SNN_HEADER_INCLUDED
/* *************************************************************************** */
/* *       End of alll                                                       * */
/* *************************************************************************** */
//