reman3/Rayman_X/cpa/public/TDE/tde_values.h

103 lines
3.5 KiB
C

/*
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
You must do :
#define TDE_GLOBALS
in one (and only one) .c file of your Module.
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
*/
/* To avoid unnecessary includes : */
#ifndef __TDE_VALUES_H
#define __TDE_VALUES_H
#ifdef __cplusplus
extern "C" {
#endif /* __cplusplus */
/* For DLLs who are using this module : */
#undef CPA_EXPORT
#if defined(CPA_WANTS_IMPORT)
#define CPA_EXPORT __declspec(dllimport)
#elif defined(CPA_WANTS_EXPORT)
#define CPA_EXPORT __declspec(dllexport)
#else
#define CPA_EXPORT
#endif
/* For Global declaration in C files : */
#ifndef TDE_GLOBALS
#define __TDE_EXTERN extern
#else /* !TDE_GLOBALS */
#define __TDE_EXTERN
#endif /* !TDE_GLOBALS */
#include "TDE.h"
/*
-----------------------------------------------------------------------------
CONSTANT DECLARATION:
-----------------------------------------------------------------------------
*/
/*
-----------------------------------------------------------------------------
TYPES DEFINITION :
-----------------------------------------------------------------------------
*/
typedef long TDE_tdxErr ;
typedef float TDE_tdxValue ;
typedef float TDE_tdxAngle ;
typedef float TDE_tdxUVValue ;
typedef long TDE_tdl1616;
typedef unsigned short TDE_tdxPixel;
typedef LPDIRECTDRAWSURFACE TDE_tdLP_SURF;
typedef char* TDE_tdLP_SOURCE;
/*
-----------------------------------------------------------------------------
*/
/*
-----------------------------------------------------------------------------
FUNCTIONS DECLARATION:
-----------------------------------------------------------------------------
*/
#define TDE_M_FloatToValue(A) ( ( A ) )
#define TDE_M_1616ToValue(A) ( ( A ) / 65536.0 )
#define TDE_M_ValueToFloat(A) ( ( A ) )
#define TDE_M_ValueTo1616(A) ( ( A ) * 65536.0 )
#define TDE_M_ValueToLong(A) ( (long) ( A ) )
#define TDE_M_LongToValue(A) ( (float) ( A ) )
#define TDE_M_Mul(A,B) (TDE_tdxValue)( ( A ) * ( B ) )
#define TDE_M_Sub(A,B) (TDE_tdxValue)( ( A ) - ( B ) )
#define TDE_M_Add(A,B) (TDE_tdxValue)( ( A ) + ( B ) )
#define TDE_M_Div(A,B) (TDE_tdxValue)( ( A ) / ( B ) )
#define TDE_M_Neg(A) ( -( A ) )
#define TDE_M_Sgn(A) ( ( ( A ) < 0.0 ) ? ( -1 ) \
: ( ( ( A ) > 0.0 ) \
? ( 1 ) : ( 0 ) ) )
#define TDE_M_Inv(A) ( 1.0 / ( A ) )
#define TDE_M_Abs(A) ( ( ( A ) > 0.0 ) ? ( A ) : ( -( A ) ) )
#define TDE_M_Sqrt(A) ( sqrt ( (double) ( A ) ) )
#define TDE_M_Sq(A) (TDE_tdxValue)( ( A ) * ( A ) )
#define TDE_M_AngToValue(A) (TDE_tdxValue)( ( A ) )
#define TDE_M_ValueToAng(A) (TDE_tdxValue)( ( A ) )
#define TDE_M_DegToAng(A) (TDE_tdxValue)( ( A ) *(3.1415927/180.0) )
#define TDE_M_RadToAng(A) (TDE_tdxValue)( ( A ) )
#define TDE_M_AngToDeg(A) (TDE_tdxValue)( ( A ) *(180.0/3.1415927) )
#define TDE_M_AngToRad(A) (TDE_tdxValue)( ( A ) )
#define TDE_M_Cos(A) (TDE_tdxValue)( cos ( (double) ( A ) ) )
#define TDE_M_Sin(A) (TDE_tdxValue)( sin ( (double) ( A ) ) )
#define TDE_M_Tan(A) (TDE_tdxValue)( tan ( (double) ( A ) ) )
#define TDE_M_Atan(A) (TDE_tdxValue)( atan ( (double) ( A ) ) )
#define TDE_M_Cotan(A) (TDE_tdxValue)( 1.0 / tan ( (double) ( A ) ) )
#ifdef __cplusplus
};
#endif /* __cplusplus */
#endif /* __TDE_VALUES_H */