/*************************************************************************************************************************************/
/* */
/* 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 '$xiii/quad_image$ARG' sur 'LACT19' : */
/* */
/* Jean-Francois COLONNA (LACTAMME, 20240626121855). */
/* */
/*************************************************************************************************************************************/
/*===================================================================================================================================*/
/*************************************************************************************************************************************/
/* */
/* 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 __Ideplacement_local_quelconque \
Ideplacement_local_quelconque
=define _Ideplacement_local_quelconque( \
Argument_____imageR \
,Argument_____imageA \
,Argument_____deplacement_horizontal \
,Argument_____tore_horizontal \
,Argument_____deplacement_vertical \
,Argument_____tore_vertical \
) \
Ideplacement_local_quelconque( \
Argument_____imageR \
,Argument_____imageA \
,Argument_____deplacement_horizontal \
,Argument_____tore_horizontal \
,Argument_____deplacement_vertical \
,Argument_____tore_vertical \
)
#define Ideplacement_local_quelconque( \
Argument_____imageR \
,Argument_____imageA \
,Argument_____deplacement_horizontal \
,Argument_____tore_horizontal \
,Argument_____deplacement_vertical \
,Argument_____tore_vertical \
) \
_Ideplacement_local_quelconque( \
Argument_____imageR \
,Argument_____imageA \
,Argument_____deplacement_horizontal \
,Argument_____tore_horizontal \
,Argument_____deplacement_vertical \
,Argument_____tore_vertical \
)
=define __IFdeplacement_local_quelconque \
IFdeplacement_local_quelconque
=define _IFdeplacement_local_quelconque( \
Argument_____imageR \
,Argument_____imageA \
,Argument_____deplacement_horizontal \
,Argument_____tore_horizontal \
,Argument_____deplacement_vertical \
,Argument_____tore_vertical \
) \
IFdeplacement_local_quelconque( \
Argument_____imageR \
,Argument_____imageA \
,Argument_____deplacement_horizontal \
,Argument_____tore_horizontal \
,Argument_____deplacement_vertical \
,Argument_____tore_vertical \
)
#define IFdeplacement_local_quelconque( \
Argument_____imageR \
,Argument_____imageA \
,Argument_____deplacement_horizontal \
,Argument_____tore_horizontal \
,Argument_____deplacement_vertical \
,Argument_____tore_vertical \
) \
_IFdeplacement_local_quelconque( \
Argument_____imageR \
,Argument_____imageA \
,Argument_____deplacement_horizontal \
,Argument_____tore_horizontal \
,Argument_____deplacement_vertical \
,Argument_____tore_vertical \
)
=define __IJdeplacement_local_quelconque \
IJdeplacement_local_quelconque
=define _IJdeplacement_local_quelconque( \
Argument_____imageR \
,Argument_____imageA \
,Argument_____deplacement_horizontal \
,Argument_____deplacement_vertical \
) \
IJdeplacement_local_quelconque( \
Argument_____imageR \
,Argument_____imageA \
,Argument_____deplacement_horizontal \
,Argument_____deplacement_vertical \
)
#define IJdeplacement_local_quelconque( \
Argument_____imageR \
,Argument_____imageA \
,Argument_____deplacement_horizontal \
,Argument_____deplacement_vertical \
) \
_IJdeplacement_local_quelconque( \
Argument_____imageR \
,Argument_____imageA \
,Argument_____deplacement_horizontal \
,Argument_____deplacement_vertical \
)
=define __Itranslation_locale_quelconque \
Itranslation_locale_quelconque
=define _Itranslation_locale_quelconque( \
Argument_____imageR \
,Argument_____imageA \
,Argument_____translation_horizontale \
,Argument_____tore_horizontal \
,Argument_____translation_verticale \
,Argument_____tore_vertical \
,Argument_____translations_directes \
) \
Itranslation_locale_quelconque( \
Argument_____imageR \
,Argument_____imageA \
,Argument_____translation_horizontale \
,Argument_____tore_horizontal \
,Argument_____translation_verticale \
,Argument_____tore_vertical \
,Argument_____translations_directes \
)
#define Itranslation_locale_quelconque( \
Argument_____imageR \
,Argument_____imageA \
,Argument_____translation_horizontale \
,Argument_____tore_horizontal \
,Argument_____translation_verticale \
,Argument_____tore_vertical \
,Argument_____translations_directes \
) \
_Itranslation_locale_quelconque( \
Argument_____imageR \
,Argument_____imageA \
,Argument_____translation_horizontale \
,Argument_____tore_horizontal \
,Argument_____translation_verticale \
,Argument_____tore_vertical \
,Argument_____translations_directes \
)
=define __IFtranslation_locale_quelconque \
IFtranslation_locale_quelconque
=define _IFtranslation_locale_quelconque( \
Argument_____imageR \
,Argument_____imageA \
,Argument_____translation_horizontale \
,Argument_____tore_horizontal \
,Argument_____translation_verticale \
,Argument_____tore_vertical \
,Argument_____translations_directes \
) \
IFtranslation_locale_quelconque( \
Argument_____imageR \
,Argument_____imageA \
,Argument_____translation_horizontale \
,Argument_____tore_horizontal \
,Argument_____translation_verticale \
,Argument_____tore_vertical \
,Argument_____translations_directes \
)
#define IFtranslation_locale_quelconque( \
Argument_____imageR \
,Argument_____imageA \
,Argument_____translation_horizontale \
,Argument_____tore_horizontal \
,Argument_____translation_verticale \
,Argument_____tore_vertical \
,Argument_____translations_directes \
) \
_IFtranslation_locale_quelconque( \
Argument_____imageR \
,Argument_____imageA \
,Argument_____translation_horizontale \
,Argument_____tore_horizontal \
,Argument_____translation_verticale \
,Argument_____tore_vertical \
,Argument_____translations_directes \
)
=define __IJtranslation_locale_quelconque \
IJtranslation_locale_quelconque
=define _IJtranslation_locale_quelconque( \
Argument_____imageR \
,Argument_____imageA \
,Argument_____translation_horizontale \
,Argument_____translation_verticale \
,Argument_____translations_directes \
) \
IJtranslation_locale_quelconque( \
Argument_____imageR \
,Argument_____imageA \
,Argument_____translation_horizontale \
,Argument_____translation_verticale \
,Argument_____translations_directes \
)
#define IJtranslation_locale_quelconque( \
Argument_____imageR \
,Argument_____imageA \
,Argument_____translation_horizontale \
,Argument_____translation_verticale \
,Argument_____translations_directes \
) \
_IJtranslation_locale_quelconque( \
Argument_____imageR \
,Argument_____imageA \
,Argument_____translation_horizontale \
,Argument_____translation_verticale \
,Argument_____translations_directes \
)
=define __IFdeformation_de_passage_d_une_image_a_une_autre \
IFdeformation_de_passage_d_une_image_a_une_autre
=define _IFdeformation_de_passage_d_une_image_a_une_autre( \
Argument_____imageR_deformation_X \
,Argument_____imageR_deformation_Y \
,Argument_____imageA_contour_C1 \
,Argument_____seuil_de_definition_du_contour_C1 \
,Argument_____imageA_contour_C2 \
,Argument_____seuil_de_definition_du_contour_C2 \
) \
IFdeformation_de_passage_d_une_image_a_une_autre( \
Argument_____imageR_deformation_X \
,Argument_____imageR_deformation_Y \
,Argument_____imageA_contour_C1 \
,Argument_____seuil_de_definition_du_contour_C1 \
,Argument_____imageA_contour_C2 \
,Argument_____seuil_de_definition_du_contour_C2 \
)
#define IFdeformation_de_passage_d_une_image_a_une_autre( \
Argument_____imageR_deformation_X \
,Argument_____imageR_deformation_Y \
,Argument_____imageA_contour_C1 \
,Argument_____seuil_de_definition_du_contour_C1 \
,Argument_____imageA_contour_C2 \
,Argument_____seuil_de_definition_du_contour_C2 \
) \
_IFdeformation_de_passage_d_une_image_a_une_autre( \
Argument_____imageR_deformation_X \
,Argument_____imageR_deformation_Y \
,Argument_____imageA_contour_C1 \
,Argument_____seuil_de_definition_du_contour_C1 \
,Argument_____imageA_contour_C2 \
,Argument_____seuil_de_definition_du_contour_C2 \
)
=define __Imultiplication_et_cumul_avec_renormalisation \
Imultiplication_et_cumul_avec_renormalisation
=define _Imultiplication_et_cumul_avec_renormalisation( \
Argument_____imageR \
,Argument_____imageAA \
,Argument_____imageAX \
,Argument_____imageAB \
) \
Imultiplication_et_cumul_avec_renormalisation( \
Argument_____imageR \
,Argument_____imageAA \
,Argument_____imageAX \
,Argument_____imageAB \
)
#define Imultiplication_et_cumul_avec_renormalisation( \
Argument_____imageR \
,Argument_____imageAA \
,Argument_____imageAX \
,Argument_____imageAB \
) \
_Imultiplication_et_cumul_avec_renormalisation( \
Argument_____imageR \
,Argument_____imageAA \
,Argument_____imageAX \
,Argument_____imageAB \
)
=define __IFmultiplication_et_cumul_avec_renormalisation \
IFmultiplication_et_cumul_avec_renormalisation
=define _IFmultiplication_et_cumul_avec_renormalisation( \
Argument_____imageR \
,Argument_____imageAA \
,Argument_____imageAX \
,Argument_____imageAB \
) \
IFmultiplication_et_cumul_avec_renormalisation( \
Argument_____imageR \
,Argument_____imageAA \
,Argument_____imageAX \
,Argument_____imageAB \
)
#define IFmultiplication_et_cumul_avec_renormalisation( \
Argument_____imageR \
,Argument_____imageAA \
,Argument_____imageAX \
,Argument_____imageAB \
) \
_IFmultiplication_et_cumul_avec_renormalisation( \
Argument_____imageR \
,Argument_____imageAA \
,Argument_____imageAX \
,Argument_____imageAB \
)
=define __Ior3 \
Ior3
=define _Ior3( \
Argument_____imageR \
,Argument_____imageA1 \
,Argument_____imageA2 \
,Argument_____imageA3 \
) \
Ior3( \
Argument_____imageR \
,Argument_____imageA1 \
,Argument_____imageA2 \
,Argument_____imageA3 \
)
#define Ior3( \
Argument_____imageR \
,Argument_____imageA1 \
,Argument_____imageA2 \
,Argument_____imageA3 \
) \
_Ior3( \
Argument_____imageR \
,Argument_____imageA1 \
,Argument_____imageA2 \
,Argument_____imageA3 \
)
=define __Iminimum3 \
Iminimum3
=define _Iminimum3( \
Argument_____imageR \
,Argument_____imageA1 \
,Argument_____imageA2 \
,Argument_____imageA3 \
) \
Iminimum3( \
Argument_____imageR \
,Argument_____imageA1 \
,Argument_____imageA2 \
,Argument_____imageA3 \
)
#define Iminimum3( \
Argument_____imageR \
,Argument_____imageA1 \
,Argument_____imageA2 \
,Argument_____imageA3 \
) \
_Iminimum3( \
Argument_____imageR \
,Argument_____imageA1 \
,Argument_____imageA2 \
,Argument_____imageA3 \
)
=define __IFminimum3 \
IFminimum3
=define _IFminimum3( \
Argument_____imageR \
,Argument_____imageA1 \
,Argument_____imageA2 \
,Argument_____imageA3 \
) \
IFminimum3( \
Argument_____imageR \
,Argument_____imageA1 \
,Argument_____imageA2 \
,Argument_____imageA3 \
)
#define IFminimum3( \
Argument_____imageR \
,Argument_____imageA1 \
,Argument_____imageA2 \
,Argument_____imageA3 \
) \
_IFminimum3( \
Argument_____imageR \
,Argument_____imageA1 \
,Argument_____imageA2 \
,Argument_____imageA3 \
)
=define __Imaximum3 \
Imaximum3
=define _Imaximum3( \
Argument_____imageR \
,Argument_____imageA1 \
,Argument_____imageA2 \
,Argument_____imageA3 \
) \
Imaximum3( \
Argument_____imageR \
,Argument_____imageA1 \
,Argument_____imageA2 \
,Argument_____imageA3 \
)
#define Imaximum3( \
Argument_____imageR \
,Argument_____imageA1 \
,Argument_____imageA2 \
,Argument_____imageA3 \
) \
_Imaximum3( \
Argument_____imageR \
,Argument_____imageA1 \
,Argument_____imageA2 \
,Argument_____imageA3 \
)
=define __IFmaximum3 \
IFmaximum3
=define _IFmaximum3( \
Argument_____imageR \
,Argument_____imageA1 \
,Argument_____imageA2 \
,Argument_____imageA3 \
) \
IFmaximum3( \
Argument_____imageR \
,Argument_____imageA1 \
,Argument_____imageA2 \
,Argument_____imageA3 \
)
#define IFmaximum3( \
Argument_____imageR \
,Argument_____imageA1 \
,Argument_____imageA2 \
,Argument_____imageA3 \
) \
_IFmaximum3( \
Argument_____imageR \
,Argument_____imageA1 \
,Argument_____imageA2 \
,Argument_____imageA3 \
)
=define __Iaddition3_avec_renormalisation \
Iaddition3_avec_renormalisation
=define _Iaddition3_avec_renormalisation( \
Argument_____imageR \
,Argument_____imageA1 \
,Argument_____imageA2 \
,Argument_____imageA3 \
) \
Iaddition3_avec_renormalisation( \
Argument_____imageR \
,Argument_____imageA1 \
,Argument_____imageA2 \
,Argument_____imageA3 \
)
#define Iaddition3_avec_renormalisation( \
Argument_____imageR \
,Argument_____imageA1 \
,Argument_____imageA2 \
,Argument_____imageA3 \
) \
_Iaddition3_avec_renormalisation( \
Argument_____imageR \
,Argument_____imageA1 \
,Argument_____imageA2 \
,Argument_____imageA3 \
)
=define __IFaddition3 \
IFaddition3
=define _IFaddition3( \
Argument_____imageR \
,Argument_____imageA1 \
,Argument_____imageA2 \
,Argument_____imageA3 \
) \
IFaddition3( \
Argument_____imageR \
,Argument_____imageA1 \
,Argument_____imageA2 \
,Argument_____imageA3 \
)
#define IFaddition3( \
Argument_____imageR \
,Argument_____imageA1 \
,Argument_____imageA2 \
,Argument_____imageA3 \
) \
_IFaddition3( \
Argument_____imageR \
,Argument_____imageA1 \
,Argument_____imageA2 \
,Argument_____imageA3 \
)
=define __IFaddition3_ponderee \
IFaddition3_ponderee
=define _IFaddition3_ponderee( \
Argument_____imageR \
,Argument_____alpha \
,Argument_____imageA1 \
,Argument_____beta_ \
,Argument_____imageA2 \
,Argument_____gamma \
,Argument_____imageA3 \
) \
IFaddition3_ponderee( \
Argument_____imageR \
,Argument_____alpha \
,Argument_____imageA1 \
,Argument_____beta_ \
,Argument_____imageA2 \
,Argument_____gamma \
,Argument_____imageA3 \
)
#define IFaddition3_ponderee( \
Argument_____imageR \
,Argument_____alpha \
,Argument_____imageA1 \
,Argument_____beta_ \
,Argument_____imageA2 \
,Argument_____gamma \
,Argument_____imageA3 \
) \
_IFaddition3_ponderee( \
Argument_____imageR \
,Argument_____alpha \
,Argument_____imageA1 \
,Argument_____beta_ \
,Argument_____imageA2 \
,Argument_____gamma \
,Argument_____imageA3 \
)
=define __IFaddition3_ponderee_floue \
IFaddition3_ponderee_floue
=define _IFaddition3_ponderee_floue( \
Argument_____imageR \
,Argument_____alpha \
,Argument_____imageA1 \
,Argument_____beta_ \
,Argument_____imageA2 \
,Argument_____gamma \
,Argument_____imageA3 \
) \
IFaddition3_ponderee_floue( \
Argument_____imageR \
,Argument_____alpha \
,Argument_____imageA1 \
,Argument_____beta_ \
,Argument_____imageA2 \
,Argument_____gamma \
,Argument_____imageA3 \
)
#define IFaddition3_ponderee_floue( \
Argument_____imageR \
,Argument_____alpha \
,Argument_____imageA1 \
,Argument_____beta_ \
,Argument_____imageA2 \
,Argument_____gamma \
,Argument_____imageA3 \
) \
_IFaddition3_ponderee_floue( \
Argument_____imageR \
,Argument_____alpha \
,Argument_____imageA1 \
,Argument_____beta_ \
,Argument_____imageA2 \
,Argument_____gamma \
,Argument_____imageA3 \
)
=define __Imultiplication3_avec_renormalisation \
Imultiplication3_avec_renormalisation
=define _Imultiplication3_avec_renormalisation( \
Argument_____imageR \
,Argument_____imageA1 \
,Argument_____imageA2 \
,Argument_____imageA3 \
) \
Imultiplication3_avec_renormalisation( \
Argument_____imageR \
,Argument_____imageA1 \
,Argument_____imageA2 \
,Argument_____imageA3 \
)
#define Imultiplication3_avec_renormalisation( \
Argument_____imageR \
,Argument_____imageA1 \
,Argument_____imageA2 \
,Argument_____imageA3 \
) \
_Imultiplication3_avec_renormalisation( \
Argument_____imageR \
,Argument_____imageA1 \
,Argument_____imageA2 \
,Argument_____imageA3 \
)
=define __IFmultiplication3 \
IFmultiplication3
=define _IFmultiplication3( \
Argument_____imageR \
,Argument_____imageA1 \
,Argument_____imageA2 \
,Argument_____imageA3 \
) \
IFmultiplication3( \
Argument_____imageR \
,Argument_____imageA1 \
,Argument_____imageA2 \
,Argument_____imageA3 \
)
#define IFmultiplication3( \
Argument_____imageR \
,Argument_____imageA1 \
,Argument_____imageA2 \
,Argument_____imageA3 \
) \
_IFmultiplication3( \
Argument_____imageR \
,Argument_____imageA1 \
,Argument_____imageA2 \
,Argument_____imageA3 \
)
=define __Imultiplexage \
Imultiplexage
=define _Imultiplexage( \
Argument_____imageR \
,Argument_____imageA1 \
,Argument_____masque \
,Argument_____imageA2 \
) \
Imultiplexage( \
Argument_____imageR \
,Argument_____imageA1 \
,Argument_____masque \
,Argument_____imageA2 \
)
#define Imultiplexage( \
Argument_____imageR \
,Argument_____imageA1 \
,Argument_____masque \
,Argument_____imageA2 \
) \
_Imultiplexage( \
Argument_____imageR \
,Argument_____imageA1 \
,Argument_____masque \
,Argument_____imageA2 \
)
=define __Iinterpolation_barycentrique \
Iinterpolation_barycentrique
=define _Iinterpolation_barycentrique( \
Argument_____imageR \
,Argument_____alpha \
,Argument_____imageA1 \
,Argument_____beta_ \
,Argument_____imageA2 \
,Argument_____gamma \
,Argument_____imageA3 \
) \
Iinterpolation_barycentrique( \
Argument_____imageR \
,Argument_____alpha \
,Argument_____imageA1 \
,Argument_____beta_ \
,Argument_____imageA2 \
,Argument_____gamma \
,Argument_____imageA3 \
)
#define Iinterpolation_barycentrique( \
Argument_____imageR \
,Argument_____alpha \
,Argument_____imageA1 \
,Argument_____beta_ \
,Argument_____imageA2 \
,Argument_____gamma \
,Argument_____imageA3 \
) \
_Iinterpolation_barycentrique( \
Argument_____imageR \
,Argument_____alpha \
,Argument_____imageA1 \
,Argument_____beta_ \
,Argument_____imageA2 \
,Argument_____gamma \
,Argument_____imageA3 \
)
=define __Iluminance \
Iluminance
=define _Iluminance( \
Argument_____imageR \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
) \
Iluminance( \
Argument_____imageR \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
)
#define Iluminance( \
Argument_____imageR \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
) \
_Iluminance( \
Argument_____imageR \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
)
=define __IFinterpolation_barycentrique \
IFinterpolation_barycentrique
=define _IFinterpolation_barycentrique( \
Argument_____imageR \
,Argument_____alpha \
,Argument_____imageA1 \
,Argument_____beta_ \
,Argument_____imageA2 \
,Argument_____gamma \
,Argument_____imageA3 \
) \
IFinterpolation_barycentrique( \
Argument_____imageR \
,Argument_____alpha \
,Argument_____imageA1 \
,Argument_____beta_ \
,Argument_____imageA2 \
,Argument_____gamma \
,Argument_____imageA3 \
)
#define IFinterpolation_barycentrique( \
Argument_____imageR \
,Argument_____alpha \
,Argument_____imageA1 \
,Argument_____beta_ \
,Argument_____imageA2 \
,Argument_____gamma \
,Argument_____imageA3 \
) \
_IFinterpolation_barycentrique( \
Argument_____imageR \
,Argument_____alpha \
,Argument_____imageA1 \
,Argument_____beta_ \
,Argument_____imageA2 \
,Argument_____gamma \
,Argument_____imageA3 \
)
=define __IFluminance \
IFluminance
=define _IFluminance( \
Argument_____imageR \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
) \
IFluminance( \
Argument_____imageR \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
)
#define IFluminance( \
Argument_____imageR \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
) \
_IFluminance( \
Argument_____imageR \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
)
=define __Ivraies_couleurs \
Ivraies_couleurs
=define _Ivraies_couleurs( \
Argument_____imageR_ROUGE \
,Argument_____imageR_VERTE \
,Argument_____imageR_BLEUE \
,Argument_____imageA \
,Argument_____generer_l_image_ROUGE \
,Argument_____generer_l_image_VERTE \
,Argument_____generer_l_image_BLEUE \
,Argument_____increment_des_niveaux \
,Argument_____translater_le_NOIR \
) \
Ivraies_couleurs( \
Argument_____imageR_ROUGE \
,Argument_____imageR_VERTE \
,Argument_____imageR_BLEUE \
,Argument_____imageA \
,Argument_____generer_l_image_ROUGE \
,Argument_____generer_l_image_VERTE \
,Argument_____generer_l_image_BLEUE \
,Argument_____increment_des_niveaux \
,Argument_____translater_le_NOIR \
)
#define Ivraies_couleurs( \
Argument_____imageR_ROUGE \
,Argument_____imageR_VERTE \
,Argument_____imageR_BLEUE \
,Argument_____imageA \
,Argument_____generer_l_image_ROUGE \
,Argument_____generer_l_image_VERTE \
,Argument_____generer_l_image_BLEUE \
,Argument_____increment_des_niveaux \
,Argument_____translater_le_NOIR \
) \
_Ivraies_couleurs( \
Argument_____imageR_ROUGE \
,Argument_____imageR_VERTE \
,Argument_____imageR_BLEUE \
,Argument_____imageA \
,Argument_____generer_l_image_ROUGE \
,Argument_____generer_l_image_VERTE \
,Argument_____generer_l_image_BLEUE \
,Argument_____increment_des_niveaux \
,Argument_____translater_le_NOIR \
)
=define __Ivraies_couleurs_aleatoires \
Ivraies_couleurs_aleatoires
=define _Ivraies_couleurs_aleatoires( \
Argument_____imageR_ROUGE \
,Argument_____imageR_VERTE \
,Argument_____imageR_BLEUE \
,Argument_____imageA \
,Argument_____utiliser_le_point_courant_comme_borne_superieure \
,Argument_____nombre_maximal_d_iterations \
,Argument_____graine_ROUGE \
,Argument_____graine_VERTE \
,Argument_____graine_BLEUE \
,Argument_____facteur_ROUGE \
,Argument_____facteur_VERTE \
,Argument_____facteur_BLEUE \
) \
Ivraies_couleurs_aleatoires( \
Argument_____imageR_ROUGE \
,Argument_____imageR_VERTE \
,Argument_____imageR_BLEUE \
,Argument_____imageA \
,Argument_____utiliser_le_point_courant_comme_borne_superieure \
,Argument_____nombre_maximal_d_iterations \
,Argument_____graine_ROUGE \
,Argument_____graine_VERTE \
,Argument_____graine_BLEUE \
,Argument_____facteur_ROUGE \
,Argument_____facteur_VERTE \
,Argument_____facteur_BLEUE \
)
#define Ivraies_couleurs_aleatoires( \
Argument_____imageR_ROUGE \
,Argument_____imageR_VERTE \
,Argument_____imageR_BLEUE \
,Argument_____imageA \
,Argument_____utiliser_le_point_courant_comme_borne_superieure \
,Argument_____nombre_maximal_d_iterations \
,Argument_____graine_ROUGE \
,Argument_____graine_VERTE \
,Argument_____graine_BLEUE \
,Argument_____facteur_ROUGE \
,Argument_____facteur_VERTE \
,Argument_____facteur_BLEUE \
) \
_Ivraies_couleurs_aleatoires( \
Argument_____imageR_ROUGE \
,Argument_____imageR_VERTE \
,Argument_____imageR_BLEUE \
,Argument_____imageA \
,Argument_____utiliser_le_point_courant_comme_borne_superieure \
,Argument_____nombre_maximal_d_iterations \
,Argument_____graine_ROUGE \
,Argument_____graine_VERTE \
,Argument_____graine_BLEUE \
,Argument_____facteur_ROUGE \
,Argument_____facteur_VERTE \
,Argument_____facteur_BLEUE \
)
=define __Ivraies_couleurs_non_aleatoires \
Ivraies_couleurs_non_aleatoires
=define _Ivraies_couleurs_non_aleatoires( \
Argument_____imageR_ROUGE \
,Argument_____imageR_VERTE \
,Argument_____imageR_BLEUE \
,Argument_____imageA \
) \
Ivraies_couleurs_non_aleatoires( \
Argument_____imageR_ROUGE \
,Argument_____imageR_VERTE \
,Argument_____imageR_BLEUE \
,Argument_____imageA \
)
#define Ivraies_couleurs_non_aleatoires( \
Argument_____imageR_ROUGE \
,Argument_____imageR_VERTE \
,Argument_____imageR_BLEUE \
,Argument_____imageA \
) \
_Ivraies_couleurs_non_aleatoires( \
Argument_____imageR_ROUGE \
,Argument_____imageR_VERTE \
,Argument_____imageR_BLEUE \
,Argument_____imageA \
)
=define __Ifausses_couleurs_RVB_222_universel \
Ifausses_couleurs_RVB_222_universel
=define _Ifausses_couleurs_RVB_222_universel( \
Argument_____imageR \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
) \
Ifausses_couleurs_RVB_222_universel( \
Argument_____imageR \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
)
#define Ifausses_couleurs_RVB_222_universel( \
Argument_____imageR \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
) \
_Ifausses_couleurs_RVB_222_universel( \
Argument_____imageR \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
)
=define __Ifausses_couleurs_RVB_223_universel \
Ifausses_couleurs_RVB_223_universel
=define _Ifausses_couleurs_RVB_223_universel( \
Argument_____imageR \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
) \
Ifausses_couleurs_RVB_223_universel( \
Argument_____imageR \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
)
#define Ifausses_couleurs_RVB_223_universel( \
Argument_____imageR \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
) \
_Ifausses_couleurs_RVB_223_universel( \
Argument_____imageR \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
)
=define __Ifausses_couleurs_RVB_332_universel \
Ifausses_couleurs_RVB_332_universel
=define _Ifausses_couleurs_RVB_332_universel( \
Argument_____imageR \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
) \
Ifausses_couleurs_RVB_332_universel( \
Argument_____imageR \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
)
#define Ifausses_couleurs_RVB_332_universel( \
Argument_____imageR \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
) \
_Ifausses_couleurs_RVB_332_universel( \
Argument_____imageR \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
)
=define __Ifausses_couleurs_RVBg_888_universel \
Ifausses_couleurs_RVBg_888_universel
=define _Ifausses_couleurs_RVBg_888_universel( \
Argument_____iR \
,Argument_____iA_R \
,Argument_____iA_V \
,Argument_____iA_B \
) \
Ifausses_couleurs_RVBg_888_universel( \
Argument_____iR \
,Argument_____iA_R \
,Argument_____iA_V \
,Argument_____iA_B \
)
#define Ifausses_couleurs_RVBg_888_universel( \
Argument_____iR \
,Argument_____iA_R \
,Argument_____iA_V \
,Argument_____iA_B \
) \
_Ifausses_couleurs_RVBg_888_universel( \
Argument_____iR \
,Argument_____iA_R \
,Argument_____iA_V \
,Argument_____iA_B \
)
=define __Ifausses_couleurs_BVR_888_universel \
Ifausses_couleurs_BVR_888_universel
=define _Ifausses_couleurs_BVR_888_universel( \
Argument_____iR \
,Argument_____iA_R \
,Argument_____iA_V \
,Argument_____iA_B \
) \
Ifausses_couleurs_BVR_888_universel( \
Argument_____iR \
,Argument_____iA_R \
,Argument_____iA_V \
,Argument_____iA_B \
)
#define Ifausses_couleurs_BVR_888_universel( \
Argument_____iR \
,Argument_____iA_R \
,Argument_____iA_V \
,Argument_____iA_B \
) \
_Ifausses_couleurs_BVR_888_universel( \
Argument_____iR \
,Argument_____iA_R \
,Argument_____iA_V \
,Argument_____iA_B \
)
=define __Imultiplexage_888_RVB \
Imultiplexage_888_RVB
=define _Imultiplexage_888_RVB( \
Argument_____imageR \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
) \
Imultiplexage_888_RVB( \
Argument_____imageR \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
)
#define Imultiplexage_888_RVB( \
Argument_____imageR \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
) \
_Imultiplexage_888_RVB( \
Argument_____imageR \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
)
=define __Idemultiplexage_888_RVB \
Idemultiplexage_888_RVB
=define _Idemultiplexage_888_RVB( \
Argument_____imageR_ROUGE \
,Argument_____imageR_VERTE \
,Argument_____imageR_BLEUE \
,Argument_____imageA \
) \
Idemultiplexage_888_RVB( \
Argument_____imageR_ROUGE \
,Argument_____imageR_VERTE \
,Argument_____imageR_BLEUE \
,Argument_____imageA \
)
#define Idemultiplexage_888_RVB( \
Argument_____imageR_ROUGE \
,Argument_____imageR_VERTE \
,Argument_____imageR_BLEUE \
,Argument_____imageA \
) \
_Idemultiplexage_888_RVB( \
Argument_____imageR_ROUGE \
,Argument_____imageR_VERTE \
,Argument_____imageR_BLEUE \
,Argument_____imageA \
)
=define __IBVR_888_universel_fausses_couleurs \
IBVR_888_universel_fausses_couleurs
=define _IBVR_888_universel_fausses_couleurs( \
Argument_____imageR_ROUGE \
,Argument_____imageR_VERTE \
,Argument_____imageR_BLEUE \
,Argument_____imageA \
) \
IBVR_888_universel_fausses_couleurs( \
Argument_____imageR_ROUGE \
,Argument_____imageR_VERTE \
,Argument_____imageR_BLEUE \
,Argument_____imageA \
)
#define IBVR_888_universel_fausses_couleurs( \
Argument_____imageR_ROUGE \
,Argument_____imageR_VERTE \
,Argument_____imageR_BLEUE \
,Argument_____imageA \
) \
_IBVR_888_universel_fausses_couleurs( \
Argument_____imageR_ROUGE \
,Argument_____imageR_VERTE \
,Argument_____imageR_BLEUE \
,Argument_____imageA \
)
=define __Iajustement_de_la_luminance_RVBg_888 \
Iajustement_de_la_luminance_RVBg_888
=define _Iajustement_de_la_luminance_RVBg_888( \
Argument_____iR \
,Argument_____iA_R \
,Argument_____iA_V \
,Argument_____iA_B \
,Argument_____mL \
,Argument_____ML \
) \
Iajustement_de_la_luminance_RVBg_888( \
Argument_____iR \
,Argument_____iA_R \
,Argument_____iA_V \
,Argument_____iA_B \
,Argument_____mL \
,Argument_____ML \
)
#define Iajustement_de_la_luminance_RVBg_888( \
Argument_____iR \
,Argument_____iA_R \
,Argument_____iA_V \
,Argument_____iA_B \
,Argument_____mL \
,Argument_____ML \
) \
_Iajustement_de_la_luminance_RVBg_888( \
Argument_____iR \
,Argument_____iA_R \
,Argument_____iA_V \
,Argument_____iA_B \
,Argument_____mL \
,Argument_____ML \
)
=define __Iajustement_de_la_luminance_BVR_888 \
Iajustement_de_la_luminance_BVR_888
=define _Iajustement_de_la_luminance_BVR_888( \
Argument_____iR \
,Argument_____iA_R \
,Argument_____iA_V \
,Argument_____iA_B \
,Argument_____mL \
,Argument_____ML \
) \
Iajustement_de_la_luminance_BVR_888( \
Argument_____iR \
,Argument_____iA_R \
,Argument_____iA_V \
,Argument_____iA_B \
,Argument_____mL \
,Argument_____ML \
)
#define Iajustement_de_la_luminance_BVR_888( \
Argument_____iR \
,Argument_____iA_R \
,Argument_____iA_V \
,Argument_____iA_B \
,Argument_____mL \
,Argument_____ML \
) \
_Iajustement_de_la_luminance_BVR_888( \
Argument_____iR \
,Argument_____iA_R \
,Argument_____iA_V \
,Argument_____iA_B \
,Argument_____mL \
,Argument_____ML \
)
=define __Ifausses_couleurs_RVB_exactes \
Ifausses_couleurs_RVB_exactes
=define _Ifausses_couleurs_RVB_exactes( \
Argument_____imageR \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
,Argument_____ponderation_de_la_luminance \
,Argument_____ponderation_des_ponderations_des_couleurs \
) \
Ifausses_couleurs_RVB_exactes( \
Argument_____imageR \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
,Argument_____ponderation_de_la_luminance \
,Argument_____ponderation_des_ponderations_des_couleurs \
)
#define Ifausses_couleurs_RVB_exactes( \
Argument_____imageR \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
,Argument_____ponderation_de_la_luminance \
,Argument_____ponderation_des_ponderations_des_couleurs \
) \
_Ifausses_couleurs_RVB_exactes( \
Argument_____imageR \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
,Argument_____ponderation_de_la_luminance \
,Argument_____ponderation_des_ponderations_des_couleurs \
)
=define __Ifausses_couleurs_RVB_approximees \
Ifausses_couleurs_RVB_approximees
=define _Ifausses_couleurs_RVB_approximees( \
Argument_____imageR \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
,Argument_____carre_de_la_distance_de_voisinage \
,Argument_____ponderation_de_la_luminance \
,Argument_____ponderation_des_ponderations_des_couleurs \
) \
Ifausses_couleurs_RVB_approximees( \
Argument_____imageR \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
,Argument_____carre_de_la_distance_de_voisinage \
,Argument_____ponderation_de_la_luminance \
,Argument_____ponderation_des_ponderations_des_couleurs \
)
#define Ifausses_couleurs_RVB_approximees( \
Argument_____imageR \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
,Argument_____carre_de_la_distance_de_voisinage \
,Argument_____ponderation_de_la_luminance \
,Argument_____ponderation_des_ponderations_des_couleurs \
) \
_Ifausses_couleurs_RVB_approximees( \
Argument_____imageR \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
,Argument_____carre_de_la_distance_de_voisinage \
,Argument_____ponderation_de_la_luminance \
,Argument_____ponderation_des_ponderations_des_couleurs \
)
=define __Ifausses_couleurs_HLS_exactes \
Ifausses_couleurs_HLS_exactes
=define _Ifausses_couleurs_HLS_exactes( \
Argument_____imageR \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
,Argument_____ponderation_Hue \
,Argument_____ponderation_Luminance \
,Argument_____ponderation_Saturation \
) \
Ifausses_couleurs_HLS_exactes( \
Argument_____imageR \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
,Argument_____ponderation_Hue \
,Argument_____ponderation_Luminance \
,Argument_____ponderation_Saturation \
)
#define Ifausses_couleurs_HLS_exactes( \
Argument_____imageR \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
,Argument_____ponderation_Hue \
,Argument_____ponderation_Luminance \
,Argument_____ponderation_Saturation \
) \
_Ifausses_couleurs_HLS_exactes( \
Argument_____imageR \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
,Argument_____ponderation_Hue \
,Argument_____ponderation_Luminance \
,Argument_____ponderation_Saturation \
)
=define __Ifausses_couleurs_HLS_approximees_1 \
Ifausses_couleurs_HLS_approximees_1
=define _Ifausses_couleurs_HLS_approximees_1( \
Argument_____imageR \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
,Argument_____ponderation_Hue \
,Argument_____ponderation_Luminance \
,Argument_____ponderation_Saturation \
,Argument_____carre_de_la_distance_de_voisinage \
) \
Ifausses_couleurs_HLS_approximees_1( \
Argument_____imageR \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
,Argument_____ponderation_Hue \
,Argument_____ponderation_Luminance \
,Argument_____ponderation_Saturation \
,Argument_____carre_de_la_distance_de_voisinage \
)
#define Ifausses_couleurs_HLS_approximees_1( \
Argument_____imageR \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
,Argument_____ponderation_Hue \
,Argument_____ponderation_Luminance \
,Argument_____ponderation_Saturation \
,Argument_____carre_de_la_distance_de_voisinage \
) \
_Ifausses_couleurs_HLS_approximees_1( \
Argument_____imageR \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
,Argument_____ponderation_Hue \
,Argument_____ponderation_Luminance \
,Argument_____ponderation_Saturation \
,Argument_____carre_de_la_distance_de_voisinage \
)
=define __Ifausses_couleurs_HLS_approximees_2 \
Ifausses_couleurs_HLS_approximees_2
=define _Ifausses_couleurs_HLS_approximees_2( \
Argument_____imageR \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
,Argument_____ponderation_Hue \
,Argument_____ponderation_Luminance \
,Argument_____ponderation_Saturation \
,Argument_____carre_de_la_distance_de_voisinage \
) \
Ifausses_couleurs_HLS_approximees_2( \
Argument_____imageR \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
,Argument_____ponderation_Hue \
,Argument_____ponderation_Luminance \
,Argument_____ponderation_Saturation \
,Argument_____carre_de_la_distance_de_voisinage \
)
#define Ifausses_couleurs_HLS_approximees_2( \
Argument_____imageR \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
,Argument_____ponderation_Hue \
,Argument_____ponderation_Luminance \
,Argument_____ponderation_Saturation \
,Argument_____carre_de_la_distance_de_voisinage \
) \
_Ifausses_couleurs_HLS_approximees_2( \
Argument_____imageR \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
,Argument_____ponderation_Hue \
,Argument_____ponderation_Luminance \
,Argument_____ponderation_Saturation \
,Argument_____carre_de_la_distance_de_voisinage \
)
=define __Ifausses_couleurs_HLS_approximees_3 \
Ifausses_couleurs_HLS_approximees_3
=define _Ifausses_couleurs_HLS_approximees_3( \
Argument_____imageR \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
) \
Ifausses_couleurs_HLS_approximees_3( \
Argument_____imageR \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
)
#define Ifausses_couleurs_HLS_approximees_3( \
Argument_____imageR \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
) \
_Ifausses_couleurs_HLS_approximees_3( \
Argument_____imageR \
,Argument_____imageA_ROUGE \
,Argument_____imageA_VERTE \
,Argument_____imageA_BLEUE \
)
=define __Iconversion_XY_RT \
Iconversion_XY_RT
=define _Iconversion_XY_RT( \
Argument_____moduleR \
,Argument_____phaseR \
,Argument_____partie_reelleA \
,Argument_____partie_imaginaireA \
) \
Iconversion_XY_RT( \
Argument_____moduleR \
,Argument_____phaseR \
,Argument_____partie_reelleA \
,Argument_____partie_imaginaireA \
)
#define Iconversion_XY_RT( \
Argument_____moduleR \
,Argument_____phaseR \
,Argument_____partie_reelleA \
,Argument_____partie_imaginaireA \
) \
_Iconversion_XY_RT( \
Argument_____moduleR \
,Argument_____phaseR \
,Argument_____partie_reelleA \
,Argument_____partie_imaginaireA \
)
=define __Iconversion_RT_XY \
Iconversion_RT_XY
=define _Iconversion_RT_XY( \
Argument_____partie_reelleR \
,Argument_____partie_imaginaireR \
,Argument_____moduleA \
,Argument_____phaseA \
) \
Iconversion_RT_XY( \
Argument_____partie_reelleR \
,Argument_____partie_imaginaireR \
,Argument_____moduleA \
,Argument_____phaseA \
)
#define Iconversion_RT_XY( \
Argument_____partie_reelleR \
,Argument_____partie_imaginaireR \
,Argument_____moduleA \
,Argument_____phaseA \
) \
_Iconversion_RT_XY( \
Argument_____partie_reelleR \
,Argument_____partie_imaginaireR \
,Argument_____moduleA \
,Argument_____phaseA \
)
=define __IFconversion_RPT_X \
IFconversion_RPT_X
=define _IFconversion_RPT_X( \
Argument_____iR \
,Argument_____iAR \
,Argument_____iAP \
,Argument_____iAT \
) \
IFconversion_RPT_X( \
Argument_____iR \
,Argument_____iAR \
,Argument_____iAP \
,Argument_____iAT \
)
#define IFconversion_RPT_X( \
Argument_____iR \
,Argument_____iAR \
,Argument_____iAP \
,Argument_____iAT \
) \
_IFconversion_RPT_X( \
Argument_____iR \
,Argument_____iAR \
,Argument_____iAP \
,Argument_____iAT \
)
=define __IFconversion_RPT_Y \
IFconversion_RPT_Y
=define _IFconversion_RPT_Y( \
Argument_____iR \
,Argument_____iAR \
,Argument_____iAP \
,Argument_____iAT \
) \
IFconversion_RPT_Y( \
Argument_____iR \
,Argument_____iAR \
,Argument_____iAP \
,Argument_____iAT \
)
#define IFconversion_RPT_Y( \
Argument_____iR \
,Argument_____iAR \
,Argument_____iAP \
,Argument_____iAT \
) \
_IFconversion_RPT_Y( \
Argument_____iR \
,Argument_____iAR \
,Argument_____iAP \
,Argument_____iAT \
)
=define __IFconversion_RPT_Z \
IFconversion_RPT_Z
=define _IFconversion_RPT_Z( \
Argument_____iR \
,Argument_____iAR \
,Argument_____iAP \
,Argument_____iAT \
) \
IFconversion_RPT_Z( \
Argument_____iR \
,Argument_____iAR \
,Argument_____iAP \
,Argument_____iAT \
)
#define IFconversion_RPT_Z( \
Argument_____iR \
,Argument_____iAR \
,Argument_____iAP \
,Argument_____iAT \
) \
_IFconversion_RPT_Z( \
Argument_____iR \
,Argument_____iAR \
,Argument_____iAP \
,Argument_____iAT \
)
=define __Iconversion_RPT_XYZ \
Iconversion_RPT_XYZ
=define _Iconversion_RPT_XYZ( \
Argument_____matriceR_X___ \
,Argument_____matriceR_Y___ \
,Argument_____matriceR_Z___ \
,Argument_____matriceA_Rho_ \
,Argument_____matriceA_Phi_ \
,Argument_____matriceA_Theta \
) \
Iconversion_RPT_XYZ( \
Argument_____matriceR_X___ \
,Argument_____matriceR_Y___ \
,Argument_____matriceR_Z___ \
,Argument_____matriceA_Rho_ \
,Argument_____matriceA_Phi_ \
,Argument_____matriceA_Theta \
)
#define Iconversion_RPT_XYZ( \
Argument_____matriceR_X___ \
,Argument_____matriceR_Y___ \
,Argument_____matriceR_Z___ \
,Argument_____matriceA_Rho_ \
,Argument_____matriceA_Phi_ \
,Argument_____matriceA_Theta \
) \
_Iconversion_RPT_XYZ( \
Argument_____matriceR_X___ \
,Argument_____matriceR_Y___ \
,Argument_____matriceR_Z___ \
,Argument_____matriceA_Rho_ \
,Argument_____matriceA_Phi_ \
,Argument_____matriceA_Theta \
)
=define __IFconversion_XYZ_R \
IFconversion_XYZ_R
=define _IFconversion_XYZ_R( \
Argument_____iR \
,Argument_____iAX \
,Argument_____iAY \
,Argument_____iAZ \
) \
IFconversion_XYZ_R( \
Argument_____iR \
,Argument_____iAX \
,Argument_____iAY \
,Argument_____iAZ \
)
#define IFconversion_XYZ_R( \
Argument_____iR \
,Argument_____iAX \
,Argument_____iAY \
,Argument_____iAZ \
) \
_IFconversion_XYZ_R( \
Argument_____iR \
,Argument_____iAX \
,Argument_____iAY \
,Argument_____iAZ \
)
=define __IFconversion_XYZ_P \
IFconversion_XYZ_P
=define _IFconversion_XYZ_P( \
Argument_____iR \
,Argument_____iAX \
,Argument_____iAY \
,Argument_____iAZ \
) \
IFconversion_XYZ_P( \
Argument_____iR \
,Argument_____iAX \
,Argument_____iAY \
,Argument_____iAZ \
)
#define IFconversion_XYZ_P( \
Argument_____iR \
,Argument_____iAX \
,Argument_____iAY \
,Argument_____iAZ \
) \
_IFconversion_XYZ_P( \
Argument_____iR \
,Argument_____iAX \
,Argument_____iAY \
,Argument_____iAZ \
)
=define __IFconversion_XYZ_T \
IFconversion_XYZ_T
=define _IFconversion_XYZ_T( \
Argument_____iR \
,Argument_____iAX \
,Argument_____iAY \
,Argument_____iAZ \
) \
IFconversion_XYZ_T( \
Argument_____iR \
,Argument_____iAX \
,Argument_____iAY \
,Argument_____iAZ \
)
#define IFconversion_XYZ_T( \
Argument_____iR \
,Argument_____iAX \
,Argument_____iAY \
,Argument_____iAZ \
) \
_IFconversion_XYZ_T( \
Argument_____iR \
,Argument_____iAX \
,Argument_____iAY \
,Argument_____iAZ \
)
=define __Iconversion_XYZ_RPT \
Iconversion_XYZ_RPT
=define _Iconversion_XYZ_RPT( \
Argument_____matriceR_Rho_ \
,Argument_____matriceR_Phi_ \
,Argument_____matriceR_Theta \
,Argument_____matriceA_X___ \
,Argument_____matriceA_Y___ \
,Argument_____matriceA_Z___ \
) \
Iconversion_XYZ_RPT( \
Argument_____matriceR_Rho_ \
,Argument_____matriceR_Phi_ \
,Argument_____matriceR_Theta \
,Argument_____matriceA_X___ \
,Argument_____matriceA_Y___ \
,Argument_____matriceA_Z___ \
)
#define Iconversion_XYZ_RPT( \
Argument_____matriceR_Rho_ \
,Argument_____matriceR_Phi_ \
,Argument_____matriceR_Theta \
,Argument_____matriceA_X___ \
,Argument_____matriceA_Y___ \
,Argument_____matriceA_Z___ \
) \
_Iconversion_XYZ_RPT( \
Argument_____matriceR_Rho_ \
,Argument_____matriceR_Phi_ \
,Argument_____matriceR_Theta \
,Argument_____matriceA_X___ \
,Argument_____matriceA_Y___ \
,Argument_____matriceA_Z___ \
)
=define __Isuivi_du_gradient \
Isuivi_du_gradient
=define _Isuivi_du_gradient( \
Argument_____imageAR \
,Argument_____facteur_multiplicatif_du_gradient \
,Argument_____imageA1 \
,Argument_____imageA2 \
,Argument_____imageA3 \
) \
Isuivi_du_gradient( \
Argument_____imageAR \
,Argument_____facteur_multiplicatif_du_gradient \
,Argument_____imageA1 \
,Argument_____imageA2 \
,Argument_____imageA3 \
)
#define Isuivi_du_gradient( \
Argument_____imageAR \
,Argument_____facteur_multiplicatif_du_gradient \
,Argument_____imageA1 \
,Argument_____imageA2 \
,Argument_____imageA3 \
) \
_Isuivi_du_gradient( \
Argument_____imageAR \
,Argument_____facteur_multiplicatif_du_gradient \
,Argument_____imageA1 \
,Argument_____imageA2 \
,Argument_____imageA3 \
)
=define __fX_CIRCULAIRE \
fX_CIRCULAIRE
=define _fX_CIRCULAIRE( \
Argument_____abscisse \
,Argument_____periode_horizontale \
) \
fX_CIRCULAIRE( \
Argument_____abscisse \
,Argument_____periode_horizontale \
)
#define fX_CIRCULAIRE( \
Argument_____abscisse \
,Argument_____periode_horizontale \
) \
_fX_CIRCULAIRE( \
Argument_____abscisse \
,Argument_____periode_horizontale \
)
=define __Iautostereogramme \
Iautostereogramme
=define _Iautostereogramme( \
Argument_____imageR \
,Argument_____trameR \
,Argument_____trameA \
,Argument_____facteur_multiplicatif \
,Argument_____champ_de_cote \
,Argument_____periode_horizontale_a_forcer_dans_la_trame \
,Argument_____periode_horizontale_intrinseque_de_la_trame \
,Argument_____autoriser_les_permutations_horizontales_de_la_trame \
,Argument_____interpoler_la_trame \
,Argument_____repartir_les_points_de_la_trame \
) \
Iautostereogramme( \
Argument_____imageR \
,Argument_____trameR \
,Argument_____trameA \
,Argument_____facteur_multiplicatif \
,Argument_____champ_de_cote \
,Argument_____periode_horizontale_a_forcer_dans_la_trame \
,Argument_____periode_horizontale_intrinseque_de_la_trame \
,Argument_____autoriser_les_permutations_horizontales_de_la_trame \
,Argument_____interpoler_la_trame \
,Argument_____repartir_les_points_de_la_trame \
)
#define Iautostereogramme( \
Argument_____imageR \
,Argument_____trameR \
,Argument_____trameA \
,Argument_____facteur_multiplicatif \
,Argument_____champ_de_cote \
,Argument_____periode_horizontale_a_forcer_dans_la_trame \
,Argument_____periode_horizontale_intrinseque_de_la_trame \
,Argument_____autoriser_les_permutations_horizontales_de_la_trame \
,Argument_____interpoler_la_trame \
,Argument_____repartir_les_points_de_la_trame \
) \
_Iautostereogramme( \
Argument_____imageR \
,Argument_____trameR \
,Argument_____trameA \
,Argument_____facteur_multiplicatif \
,Argument_____champ_de_cote \
,Argument_____periode_horizontale_a_forcer_dans_la_trame \
,Argument_____periode_horizontale_intrinseque_de_la_trame \
,Argument_____autoriser_les_permutations_horizontales_de_la_trame \
,Argument_____interpoler_la_trame \
,Argument_____repartir_les_points_de_la_trame \
)
=define __IFautostereogramme \
IFautostereogramme
=define _IFautostereogramme( \
Argument_____imageR \
,Argument_____trameR \
,Argument_____trameA \
,Argument_____facteur_multiplicatif \
,Argument_____champ_de_cote \
,Argument_____periode_horizontale_a_forcer_dans_la_trame \
,Argument_____periode_horizontale_intrinseque_de_la_trame \
,Argument_____autoriser_les_permutations_horizontales_de_la_trame \
,Argument_____interpoler_la_trame \
,Argument_____repartir_les_points_de_la_trame \
) \
IFautostereogramme( \
Argument_____imageR \
,Argument_____trameR \
,Argument_____trameA \
,Argument_____facteur_multiplicatif \
,Argument_____champ_de_cote \
,Argument_____periode_horizontale_a_forcer_dans_la_trame \
,Argument_____periode_horizontale_intrinseque_de_la_trame \
,Argument_____autoriser_les_permutations_horizontales_de_la_trame \
,Argument_____interpoler_la_trame \
,Argument_____repartir_les_points_de_la_trame \
)
#define IFautostereogramme( \
Argument_____imageR \
,Argument_____trameR \
,Argument_____trameA \
,Argument_____facteur_multiplicatif \
,Argument_____champ_de_cote \
,Argument_____periode_horizontale_a_forcer_dans_la_trame \
,Argument_____periode_horizontale_intrinseque_de_la_trame \
,Argument_____autoriser_les_permutations_horizontales_de_la_trame \
,Argument_____interpoler_la_trame \
,Argument_____repartir_les_points_de_la_trame \
) \
_IFautostereogramme( \
Argument_____imageR \
,Argument_____trameR \
,Argument_____trameA \
,Argument_____facteur_multiplicatif \
,Argument_____champ_de_cote \
,Argument_____periode_horizontale_a_forcer_dans_la_trame \
,Argument_____periode_horizontale_intrinseque_de_la_trame \
,Argument_____autoriser_les_permutations_horizontales_de_la_trame \
,Argument_____interpoler_la_trame \
,Argument_____repartir_les_points_de_la_trame \
)