float bassin(vec3 p)
{
//sol avec un trou
float v = cylindre(p, vec3(0,-5,0), vec3(0,-3,0), 10.0,1.0,1.0);
v = Difference(v, cylindre(p, vec3(0,-4,0), vec3(0,-3,0), 5.0,1.0,1.0));
//vague dans le trou
v = Blend(v, vague(warp(vec3(p)), vec3(0,-3.5,0), 5.5, 0.15, 0.15,1.0,1.0));
//piliers
v = Union(v, colonne(p, vec3(8,-1.8,0), vec3(8,3.0,0), 0.5, 1.0, 0.6));
v = Union(v, colonne(p, vec3(0,-1.8,8), vec3(0,3.0,8), 0.5, 1.0, 0.6));
v = Union(v, colonne(p, vec3(-8,-1.8,0), vec3(-8,3.0,0), 0.5, 1.0, 0.6));
v = Union(v, colonne(p, vec3(0,-1.8,-8), vec3(0,3.0,-8), 0.5, 1.0, 0.6));
//toit
v = Union(v, cylindre(p, vec3(0,4.2,0), vec3(0,5,0), 10.0,1.0,1.0));
return v;
}
Dependancies* dependances(Set_Of_Attrs* agree, Line_data* tab_data, int nb_lignes, int nb_colonnes)
{
Dependancies* dump = NULL;
Dependancies* temp_dep;
Dependancies* param;
Set_Of_Attrs* courant_agree = agree;
Chaine* courant_chaine;
Entier* temp_tuple;
Entier* tuples;
Couples* couples = NULL;
Couples* courant_couple;
Chaine* determinant;
Chaine* soumis;
while (courant_agree != NULL)
{
courant_chaine = courant_agree->attributs;
if (taille_chaine(courant_chaine) >= 2)
{
tuples = NULL;
while (courant_chaine != NULL)
{
temp_tuple = (Entier*)malloc(sizeof(Entier));
temp_tuple->val = colonne(courant_chaine->attribut, tab_data, nb_colonnes);
temp_tuple->suiv = NULL;
tuples = append_tuple(tuples, temp_tuple);
courant_chaine = courant_chaine->suiv;
}
couples = getCouplesCombinaisons(tuples);
courant_couple = couples;
// Pour les dépendances fonctionnelles élémentaires
while (courant_couple != NULL)
{
if (dependanceFonctionnelle(courant_couple->cpl[0], courant_couple->cpl[1], tab_data, nb_lignes) )
{
determinant = (Chaine*)malloc(sizeof(Chaine));
determinant->attribut = (char*)malloc(sizeof(char)*NMAX);
strcpy( determinant->attribut, attribut(courant_couple->cpl[0], tab_data));
determinant->suiv = NULL;
soumis = (Chaine*)malloc(sizeof(Chaine));
soumis->attribut = (char*)malloc(sizeof(char)*NMAX);
strcpy( soumis->attribut, attribut(courant_couple->cpl[1], tab_data));
soumis->suiv = NULL;
temp_dep = createCellDependance(determinant, soumis);
dump = appendDependance(dump, temp_dep);
}
if (dependanceFonctionnelle(courant_couple->cpl[1], courant_couple->cpl[0], tab_data, nb_lignes) )
{
determinant = (Chaine*)malloc(sizeof(Chaine));
determinant->attribut = (char*)malloc(sizeof(char)*NMAX);
strcpy( determinant->attribut, attribut(courant_couple->cpl[1], tab_data));
determinant->suiv = NULL;
soumis = (Chaine*)malloc(sizeof(Chaine));
soumis->attribut = (char*)malloc(sizeof(char)*NMAX);
strcpy( soumis->attribut, attribut(courant_couple->cpl[0], tab_data));
soumis->suiv = NULL;
temp_dep = createCellDependance(determinant, soumis);
dump = appendDependance(dump, temp_dep);
}
courant_couple = courant_couple->suiv;
}
}
courant_agree = courant_agree->suiv;
}
return dump;
}