/*************************************************************************************************************************************/
/* */
/* D E F I N I T I O N D E S F O N C T I O N S E T D E L E U R S A R G U M E N T S : */
/* */
/* */
/* Dans ce fichier, se trouvent toutes */
/* les donnees necessaires a la validation */
/* du nombre des arguments lors de l'appel */
/* d'une fonction. */
/* */
/* */
/* Contenu : */
/* */
/* On trouvera donc ici deux types de */
/* definitions : */
/* */
/* 1 - permettant d'atteindre une fonction */
/* 'f' sans valider le nombre d'arguments, */
/* et ce en utilisant le nom '__f' : */
/* */
/* =define __f f */
/* */
/* 2 - permettant de valider le nombre */
/* d'arguments lors d'une utilisation */
/* quelconque d'une fonction 'f' : */
/* */
/* =define _f(args) f(args) */
/* #define f(args) _f(args) */
/* */
/* */
/* Author of '$xiii/conversion$ARG' sur 'LACT19' : */
/* */
/* Jean-Francois COLONNA (LACTAMME, 20240626121840). */
/* */
/*************************************************************************************************************************************/
/*===================================================================================================================================*/
/*************************************************************************************************************************************/
/* */
/* D E F I N I T I O N D E S F O N C T I O N S E T D E L E U R S A R G U M E N T S : */
/* */
/*************************************************************************************************************************************/
=define __Istd_char \
Istd_char
=define _Istd_char( \
Argument_____imageR \
,Argument_____imageA \
) \
Istd_char( \
Argument_____imageR \
,Argument_____imageA \
)
#define Istd_char( \
Argument_____imageR \
,Argument_____imageA \
) \
_Istd_char( \
Argument_____imageR \
,Argument_____imageA \
)
=define __Istd_int \
Istd_int
=define _Istd_int( \
Argument_____imageR \
,Argument_____renormaliser_les_niveaux \
,Argument_____imageA \
) \
Istd_int( \
Argument_____imageR \
,Argument_____renormaliser_les_niveaux \
,Argument_____imageA \
)
#define Istd_int( \
Argument_____imageR \
,Argument_____renormaliser_les_niveaux \
,Argument_____imageA \
) \
_Istd_int( \
Argument_____imageR \
,Argument_____renormaliser_les_niveaux \
,Argument_____imageA \
)
=define __Istd_float_brutal \
Istd_float_brutal
=define _Istd_float_brutal( \
Argument_____imageR \
,Argument_____imageA \
) \
Istd_float_brutal( \
Argument_____imageR \
,Argument_____imageA \
)
#define Istd_float_brutal( \
Argument_____imageR \
,Argument_____imageA \
) \
_Istd_float_brutal( \
Argument_____imageR \
,Argument_____imageA \
)
=define __Istd_float_brutal_normalise \
Istd_float_brutal_normalise
=define _Istd_float_brutal_normalise( \
Argument_____imageR \
,Argument_____imageA \
) \
Istd_float_brutal_normalise( \
Argument_____imageR \
,Argument_____imageA \
)
#define Istd_float_brutal_normalise( \
Argument_____imageR \
,Argument_____imageA \
) \
_Istd_float_brutal_normalise( \
Argument_____imageR \
,Argument_____imageA \
)
=define __Istd_float_avec_interpolation \
Istd_float_avec_interpolation
=define _Istd_float_avec_interpolation( \
Argument_____imageR \
,Argument_____niveau_minimal \
,Argument_____niveau_maximal \
,Argument_____imageA \
,Argument_____interpoler_lineairement \
) \
Istd_float_avec_interpolation( \
Argument_____imageR \
,Argument_____niveau_minimal \
,Argument_____niveau_maximal \
,Argument_____imageA \
,Argument_____interpoler_lineairement \
)
#define Istd_float_avec_interpolation( \
Argument_____imageR \
,Argument_____niveau_minimal \
,Argument_____niveau_maximal \
,Argument_____imageA \
,Argument_____interpoler_lineairement \
) \
_Istd_float_avec_interpolation( \
Argument_____imageR \
,Argument_____niveau_minimal \
,Argument_____niveau_maximal \
,Argument_____imageA \
,Argument_____interpoler_lineairement \
)
=define __Istd_double \
Istd_double
=define _Istd_double( \
Argument_____imageR \
,Argument_____niveau_minimal \
,Argument_____niveau_maximal \
,Argument_____imageA \
) \
Istd_double( \
Argument_____imageR \
,Argument_____niveau_minimal \
,Argument_____niveau_maximal \
,Argument_____imageA \
)
#define Istd_double( \
Argument_____imageR \
,Argument_____niveau_minimal \
,Argument_____niveau_maximal \
,Argument_____imageA \
) \
_Istd_double( \
Argument_____imageR \
,Argument_____niveau_minimal \
,Argument_____niveau_maximal \
,Argument_____imageA \
)
=define __Ichar_std \
Ichar_std
=define _Ichar_std( \
Argument_____imageR \
,Argument_____imageA \
) \
Ichar_std( \
Argument_____imageR \
,Argument_____imageA \
)
#define Ichar_std( \
Argument_____imageR \
,Argument_____imageA \
) \
_Ichar_std( \
Argument_____imageR \
,Argument_____imageA \
)
=define __Iint_std \
Iint_std
=define _Iint_std( \
Argument_____imageR \
,Argument_____imageA \
) \
Iint_std( \
Argument_____imageR \
,Argument_____imageA \
)
#define Iint_std( \
Argument_____imageR \
,Argument_____imageA \
) \
_Iint_std( \
Argument_____imageR \
,Argument_____imageA \
)
=define __Iint_float \
Iint_float
=define _Iint_float( \
Argument_____imageR \
,Argument_____imageA \
) \
Iint_float( \
Argument_____imageR \
,Argument_____imageA \
)
#define Iint_float( \
Argument_____imageR \
,Argument_____imageA \
) \
_Iint_float( \
Argument_____imageR \
,Argument_____imageA \
)
=define __Ifloat_std_brutal \
Ifloat_std_brutal
=define _Ifloat_std_brutal( \
Argument_____imageR \
,Argument_____imageA \
) \
Ifloat_std_brutal( \
Argument_____imageR \
,Argument_____imageA \
)
#define Ifloat_std_brutal( \
Argument_____imageR \
,Argument_____imageA \
) \
_Ifloat_std_brutal( \
Argument_____imageR \
,Argument_____imageA \
)
=define __Ifloat_std \
Ifloat_std
=define _Ifloat_std( \
Argument_____imageR \
,Argument_____imageA \
,Argument_____niveau_minimal \
,Argument_____niveau_maximal \
) \
Ifloat_std( \
Argument_____imageR \
,Argument_____imageA \
,Argument_____niveau_minimal \
,Argument_____niveau_maximal \
)
#define Ifloat_std( \
Argument_____imageR \
,Argument_____imageA \
,Argument_____niveau_minimal \
,Argument_____niveau_maximal \
) \
_Ifloat_std( \
Argument_____imageR \
,Argument_____imageA \
,Argument_____niveau_minimal \
,Argument_____niveau_maximal \
)
=define __Istd_float \
Istd_float
=define _Istd_float( \
Argument_____imageR \
,Argument_____niveau_minimal \
,Argument_____niveau_maximal \
,Argument_____imageA \
) \
Istd_float( \
Argument_____imageR \
,Argument_____niveau_minimal \
,Argument_____niveau_maximal \
,Argument_____imageA \
)
#define Istd_float( \
Argument_____imageR \
,Argument_____niveau_minimal \
,Argument_____niveau_maximal \
,Argument_____imageA \
) \
_Istd_float( \
Argument_____imageR \
,Argument_____niveau_minimal \
,Argument_____niveau_maximal \
,Argument_____imageA \
)
=define __Istd_float_avec_normalisation \
Istd_float_avec_normalisation
=define _Istd_float_avec_normalisation( \
Argument_____imageR \
,Argument_____imageA \
) \
Istd_float_avec_normalisation( \
Argument_____imageR \
,Argument_____imageA \
)
#define Istd_float_avec_normalisation( \
Argument_____imageR \
,Argument_____imageA \
) \
_Istd_float_avec_normalisation( \
Argument_____imageR \
,Argument_____imageA \
)
=define __Ifloat_std_avec_renormalisation \
Ifloat_std_avec_renormalisation
=define _Ifloat_std_avec_renormalisation( \
Argument_____imageR \
,Argument_____imageA \
) \
Ifloat_std_avec_renormalisation( \
Argument_____imageR \
,Argument_____imageA \
)
#define Ifloat_std_avec_renormalisation( \
Argument_____imageR \
,Argument_____imageA \
) \
_Ifloat_std_avec_renormalisation( \
Argument_____imageR \
,Argument_____imageA \
)
=define __Irenormalisation \
Irenormalisation
=define _Irenormalisation( \
Argument_____imageR \
,Argument_____imageA \
) \
Irenormalisation( \
Argument_____imageR \
,Argument_____imageA \
)
#define Irenormalisation( \
Argument_____imageR \
,Argument_____imageA \
) \
_Irenormalisation( \
Argument_____imageR \
,Argument_____imageA \
)
=define __Ifloat_std_avec_le_vrai_zero \
Ifloat_std_avec_le_vrai_zero
=define _Ifloat_std_avec_le_vrai_zero( \
Argument_____imageR \
,Argument_____imageA \
,Argument_____niveau_minimal \
,Argument_____niveau_maximal \
) \
Ifloat_std_avec_le_vrai_zero( \
Argument_____imageR \
,Argument_____imageA \
,Argument_____niveau_minimal \
,Argument_____niveau_maximal \
)
#define Ifloat_std_avec_le_vrai_zero( \
Argument_____imageR \
,Argument_____imageA \
,Argument_____niveau_minimal \
,Argument_____niveau_maximal \
) \
_Ifloat_std_avec_le_vrai_zero( \
Argument_____imageR \
,Argument_____imageA \
,Argument_____niveau_minimal \
,Argument_____niveau_maximal \
)
=define __Ifloat_std_avec_le_vrai_zero_et_renormalisation \
Ifloat_std_avec_le_vrai_zero_et_renormalisation
=define _Ifloat_std_avec_le_vrai_zero_et_renormalisation( \
Argument_____imageR \
,Argument_____imageA \
) \
Ifloat_std_avec_le_vrai_zero_et_renormalisation( \
Argument_____imageR \
,Argument_____imageA \
)
#define Ifloat_std_avec_le_vrai_zero_et_renormalisation( \
Argument_____imageR \
,Argument_____imageA \
) \
_Ifloat_std_avec_le_vrai_zero_et_renormalisation( \
Argument_____imageR \
,Argument_____imageA \
)
=define __Ifloat_std_du_Z_Buffer \
Ifloat_std_du_Z_Buffer
=define _Ifloat_std_du_Z_Buffer( \
Argument_____imageR \
) \
Ifloat_std_du_Z_Buffer( \
Argument_____imageR \
)
#define Ifloat_std_du_Z_Buffer( \
Argument_____imageR \
) \
_Ifloat_std_du_Z_Buffer( \
Argument_____imageR \
)
=define __Ifloat_std_du_Z_Buffer_accumule \
Ifloat_std_du_Z_Buffer_accumule
=define _Ifloat_std_du_Z_Buffer_accumule( \
Argument_____imageR \
) \
Ifloat_std_du_Z_Buffer_accumule( \
Argument_____imageR \
)
#define Ifloat_std_du_Z_Buffer_accumule( \
Argument_____imageR \
) \
_Ifloat_std_du_Z_Buffer_accumule( \
Argument_____imageR \
)
=define __Ifloat_std_avec_troncation \
Ifloat_std_avec_troncation
=define _Ifloat_std_avec_troncation( \
Argument_____imageR \
,Argument_____imageA \
,Argument_____niveau_minimal \
,Argument_____niveau_maximal \
) \
Ifloat_std_avec_troncation( \
Argument_____imageR \
,Argument_____imageA \
,Argument_____niveau_minimal \
,Argument_____niveau_maximal \
)
#define Ifloat_std_avec_troncation( \
Argument_____imageR \
,Argument_____imageA \
,Argument_____niveau_minimal \
,Argument_____niveau_maximal \
) \
_Ifloat_std_avec_troncation( \
Argument_____imageR \
,Argument_____imageA \
,Argument_____niveau_minimal \
,Argument_____niveau_maximal \
)
=define __Ifloat_int \
Ifloat_int
=define _Ifloat_int( \
Argument_____imageR \
,Argument_____imageA \
) \
Ifloat_int( \
Argument_____imageR \
,Argument_____imageA \
)
#define Ifloat_int( \
Argument_____imageR \
,Argument_____imageA \
) \
_Ifloat_int( \
Argument_____imageR \
,Argument_____imageA \
)
=define __Idouble_std \
Idouble_std
=define _Idouble_std( \
Argument_____imageR \
,Argument_____imageA \
,Argument_____niveau_minimal \
,Argument_____niveau_maximal \
) \
Idouble_std( \
Argument_____imageR \
,Argument_____imageA \
,Argument_____niveau_minimal \
,Argument_____niveau_maximal \
)
#define Idouble_std( \
Argument_____imageR \
,Argument_____imageA \
,Argument_____niveau_minimal \
,Argument_____niveau_maximal \
) \
_Idouble_std( \
Argument_____imageR \
,Argument_____imageA \
,Argument_____niveau_minimal \
,Argument_____niveau_maximal \
)
=define __Idouble_std_avec_renormalisation \
Idouble_std_avec_renormalisation
=define _Idouble_std_avec_renormalisation( \
Argument_____imageR \
,Argument_____imageA \
) \
Idouble_std_avec_renormalisation( \
Argument_____imageR \
,Argument_____imageA \
)
#define Idouble_std_avec_renormalisation( \
Argument_____imageR \
,Argument_____imageA \
) \
_Idouble_std_avec_renormalisation( \
Argument_____imageR \
,Argument_____imageA \
)
=define __Iconversion_Int_Float \
Iconversion_Int_Float
=define _Iconversion_Int_Float( \
Argument_____imageR \
,Argument_____imageA \
) \
Iconversion_Int_Float( \
Argument_____imageR \
,Argument_____imageA \
)
#define Iconversion_Int_Float( \
Argument_____imageR \
,Argument_____imageA \
) \
_Iconversion_Int_Float( \
Argument_____imageR \
,Argument_____imageA \
)
=define __Fconversion_Float_Int \
Fconversion_Float_Int
=define _Fconversion_Float_Int( \
Argument_____imageR \
,Argument_____imageA \
) \
Fconversion_Float_Int( \
Argument_____imageR \
,Argument_____imageA \
)
#define Fconversion_Float_Int( \
Argument_____imageR \
,Argument_____imageA \
) \
_Fconversion_Float_Int( \
Argument_____imageR \
,Argument_____imageA \
)
=define __Fconversion_float_Float \
Fconversion_float_Float
=define _Fconversion_float_Float( \
Argument_____imageR \
,Argument_____imageA \
) \
Fconversion_float_Float( \
Argument_____imageR \
,Argument_____imageA \
)
#define Fconversion_float_Float( \
Argument_____imageR \
,Argument_____imageA \
) \
_Fconversion_float_Float( \
Argument_____imageR \
,Argument_____imageA \
)
=define __Fconversion_Float_float \
Fconversion_Float_float
=define _Fconversion_Float_float( \
Argument_____imageR \
,Argument_____imageA \
) \
Fconversion_Float_float( \
Argument_____imageR \
,Argument_____imageA \
)
#define Fconversion_Float_float( \
Argument_____imageR \
,Argument_____imageA \
) \
_Fconversion_Float_float( \
Argument_____imageR \
,Argument_____imageA \
)
=define __Icomplexe_reelle \
Icomplexe_reelle
=define _Icomplexe_reelle( \
Argument_____imageR \
,Argument_____imageA \
) \
Icomplexe_reelle( \
Argument_____imageR \
,Argument_____imageA \
)
#define Icomplexe_reelle( \
Argument_____imageR \
,Argument_____imageA \
) \
_Icomplexe_reelle( \
Argument_____imageR \
,Argument_____imageA \
)
=define __Icomplexe_imaginaire \
Icomplexe_imaginaire
=define _Icomplexe_imaginaire( \
Argument_____imageR \
,Argument_____imageA \
) \
Icomplexe_imaginaire( \
Argument_____imageR \
,Argument_____imageA \
)
#define Icomplexe_imaginaire( \
Argument_____imageR \
,Argument_____imageA \
) \
_Icomplexe_imaginaire( \
Argument_____imageR \
,Argument_____imageA \
)
=define __Ireelle_complexe \
Ireelle_complexe
=define _Ireelle_complexe( \
Argument_____imageR \
,Argument_____imageA \
) \
Ireelle_complexe( \
Argument_____imageR \
,Argument_____imageA \
)
#define Ireelle_complexe( \
Argument_____imageR \
,Argument_____imageA \
) \
_Ireelle_complexe( \
Argument_____imageR \
,Argument_____imageA \
)
=define __Iimaginaire_complexe \
Iimaginaire_complexe
=define _Iimaginaire_complexe( \
Argument_____imageR \
,Argument_____imageA \
) \
Iimaginaire_complexe( \
Argument_____imageR \
,Argument_____imageA \
)
#define Iimaginaire_complexe( \
Argument_____imageR \
,Argument_____imageA \
) \
_Iimaginaire_complexe( \
Argument_____imageR \
,Argument_____imageA \
)
=define __Ihyper_complexe_reelle \
Ihyper_complexe_reelle
=define _Ihyper_complexe_reelle( \
Argument_____imageR \
,Argument_____imageA \
) \
Ihyper_complexe_reelle( \
Argument_____imageR \
,Argument_____imageA \
)
#define Ihyper_complexe_reelle( \
Argument_____imageR \
,Argument_____imageA \
) \
_Ihyper_complexe_reelle( \
Argument_____imageR \
,Argument_____imageA \
)
=define __Ihyper_complexe_imaginaire \
Ihyper_complexe_imaginaire
=define _Ihyper_complexe_imaginaire( \
Argument_____imageR \
,Argument_____imageA \
) \
Ihyper_complexe_imaginaire( \
Argument_____imageR \
,Argument_____imageA \
)
#define Ihyper_complexe_imaginaire( \
Argument_____imageR \
,Argument_____imageA \
) \
_Ihyper_complexe_imaginaire( \
Argument_____imageR \
,Argument_____imageA \
)
=define __Ihyper_complexe_jmaginaire \
Ihyper_complexe_jmaginaire
=define _Ihyper_complexe_jmaginaire( \
Argument_____imageR \
,Argument_____imageA \
) \
Ihyper_complexe_jmaginaire( \
Argument_____imageR \
,Argument_____imageA \
)
#define Ihyper_complexe_jmaginaire( \
Argument_____imageR \
,Argument_____imageA \
) \
_Ihyper_complexe_jmaginaire( \
Argument_____imageR \
,Argument_____imageA \
)
=define __Ihyper_complexe_kmaginaire \
Ihyper_complexe_kmaginaire
=define _Ihyper_complexe_kmaginaire( \
Argument_____imageR \
,Argument_____imageA \
) \
Ihyper_complexe_kmaginaire( \
Argument_____imageR \
,Argument_____imageA \
)
#define Ihyper_complexe_kmaginaire( \
Argument_____imageR \
,Argument_____imageA \
) \
_Ihyper_complexe_kmaginaire( \
Argument_____imageR \
,Argument_____imageA \
)
=define __Ireelle_hyper_complexe \
Ireelle_hyper_complexe
=define _Ireelle_hyper_complexe( \
Argument_____imageR \
,Argument_____imageA \
) \
Ireelle_hyper_complexe( \
Argument_____imageR \
,Argument_____imageA \
)
#define Ireelle_hyper_complexe( \
Argument_____imageR \
,Argument_____imageA \
) \
_Ireelle_hyper_complexe( \
Argument_____imageR \
,Argument_____imageA \
)
=define __Iimaginaire_hyper_complexe \
Iimaginaire_hyper_complexe
=define _Iimaginaire_hyper_complexe( \
Argument_____imageR \
,Argument_____imageA \
) \
Iimaginaire_hyper_complexe( \
Argument_____imageR \
,Argument_____imageA \
)
#define Iimaginaire_hyper_complexe( \
Argument_____imageR \
,Argument_____imageA \
) \
_Iimaginaire_hyper_complexe( \
Argument_____imageR \
,Argument_____imageA \
)
=define __Ijmaginaire_hyper_complexe \
Ijmaginaire_hyper_complexe
=define _Ijmaginaire_hyper_complexe( \
Argument_____imageR \
,Argument_____imageA \
) \
Ijmaginaire_hyper_complexe( \
Argument_____imageR \
,Argument_____imageA \
)
#define Ijmaginaire_hyper_complexe( \
Argument_____imageR \
,Argument_____imageA \
) \
_Ijmaginaire_hyper_complexe( \
Argument_____imageR \
,Argument_____imageA \
)
=define __Ikmaginaire_hyper_complexe \
Ikmaginaire_hyper_complexe
=define _Ikmaginaire_hyper_complexe( \
Argument_____imageR \
,Argument_____imageA \
) \
Ikmaginaire_hyper_complexe( \
Argument_____imageR \
,Argument_____imageA \
)
#define Ikmaginaire_hyper_complexe( \
Argument_____imageR \
,Argument_____imageA \
) \
_Ikmaginaire_hyper_complexe( \
Argument_____imageR \
,Argument_____imageA \
)
=define __Afloat_std \
Afloat_std
=define _Afloat_std( \
Argument_____albumR \
,Argument_____albumA \
,Argument_____niveau_minimal \
,Argument_____niveau_maximal \
) \
Afloat_std( \
Argument_____albumR \
,Argument_____albumA \
,Argument_____niveau_minimal \
,Argument_____niveau_maximal \
)
#define Afloat_std( \
Argument_____albumR \
,Argument_____albumA \
,Argument_____niveau_minimal \
,Argument_____niveau_maximal \
) \
_Afloat_std( \
Argument_____albumR \
,Argument_____albumA \
,Argument_____niveau_minimal \
,Argument_____niveau_maximal \
)
=define __Iconversion_RVB_en_HLS \
Iconversion_RVB_en_HLS
=define _Iconversion_RVB_en_HLS( \
Argument_____imageR_Hue \
,Argument_____imageR_Luminance \
,Argument_____imageR_Saturation \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
) \
Iconversion_RVB_en_HLS( \
Argument_____imageR_Hue \
,Argument_____imageR_Luminance \
,Argument_____imageR_Saturation \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
)
#define Iconversion_RVB_en_HLS( \
Argument_____imageR_Hue \
,Argument_____imageR_Luminance \
,Argument_____imageR_Saturation \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
) \
_Iconversion_RVB_en_HLS( \
Argument_____imageR_Hue \
,Argument_____imageR_Luminance \
,Argument_____imageR_Saturation \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
)
=define __IFconversion_RVB_en_HLS \
IFconversion_RVB_en_HLS
=define _IFconversion_RVB_en_HLS( \
Argument_____imageR_Hue \
,Argument_____imageR_Luminance \
,Argument_____imageR_Saturation \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
) \
IFconversion_RVB_en_HLS( \
Argument_____imageR_Hue \
,Argument_____imageR_Luminance \
,Argument_____imageR_Saturation \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
)
#define IFconversion_RVB_en_HLS( \
Argument_____imageR_Hue \
,Argument_____imageR_Luminance \
,Argument_____imageR_Saturation \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
) \
_IFconversion_RVB_en_HLS( \
Argument_____imageR_Hue \
,Argument_____imageR_Luminance \
,Argument_____imageR_Saturation \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
)
=define __Iconversion_HLS_en_RVB \
Iconversion_HLS_en_RVB
=define _Iconversion_HLS_en_RVB( \
Argument_____imageR_ROUGE \
,Argument_____imageR_VERTE \
,Argument_____imageR_BLEUE \
,Argument_____imageA_Hue \
,Argument_____imageA_Luminance \
,Argument_____imageA_Saturation \
) \
Iconversion_HLS_en_RVB( \
Argument_____imageR_ROUGE \
,Argument_____imageR_VERTE \
,Argument_____imageR_BLEUE \
,Argument_____imageA_Hue \
,Argument_____imageA_Luminance \
,Argument_____imageA_Saturation \
)
#define Iconversion_HLS_en_RVB( \
Argument_____imageR_ROUGE \
,Argument_____imageR_VERTE \
,Argument_____imageR_BLEUE \
,Argument_____imageA_Hue \
,Argument_____imageA_Luminance \
,Argument_____imageA_Saturation \
) \
_Iconversion_HLS_en_RVB( \
Argument_____imageR_ROUGE \
,Argument_____imageR_VERTE \
,Argument_____imageR_BLEUE \
,Argument_____imageA_Hue \
,Argument_____imageA_Luminance \
,Argument_____imageA_Saturation \
)
=define __IFconversion_HLS_en_RVB \
IFconversion_HLS_en_RVB
=define _IFconversion_HLS_en_RVB( \
Argument_____imageR_ROUGE \
,Argument_____imageR_VERTE \
,Argument_____imageR_BLEUE \
,Argument_____imageA_Hue \
,Argument_____imageA_Luminance \
,Argument_____imageA_Saturation \
) \
IFconversion_HLS_en_RVB( \
Argument_____imageR_ROUGE \
,Argument_____imageR_VERTE \
,Argument_____imageR_BLEUE \
,Argument_____imageA_Hue \
,Argument_____imageA_Luminance \
,Argument_____imageA_Saturation \
)
#define IFconversion_HLS_en_RVB( \
Argument_____imageR_ROUGE \
,Argument_____imageR_VERTE \
,Argument_____imageR_BLEUE \
,Argument_____imageA_Hue \
,Argument_____imageA_Luminance \
,Argument_____imageA_Saturation \
) \
_IFconversion_HLS_en_RVB( \
Argument_____imageR_ROUGE \
,Argument_____imageR_VERTE \
,Argument_____imageR_BLEUE \
,Argument_____imageA_Hue \
,Argument_____imageA_Luminance \
,Argument_____imageA_Saturation \
)