private void drawCase(Coordonnee c, Brush couleur, double opacity, DrawingContext dc)
{
int x = c.getX();
int y = c.getY();
Brush sugg = couleur;
sugg.Opacity = opacity;
dc.DrawRectangle(sugg, null, new Rect((x - 1) * imgSize, (y - 1) * imgSize, imgSize, imgSize));
}
public bool bordEau(Coordonnee coords)
{
return ((coords.getX() > 1 && getCase(coords.decaler(-1, 0)).getTypeCase() == TypeCases.EAU) ||
(coords.getY() > 1 && getCase(coords.decaler(0, -1)).getTypeCase() == TypeCases.EAU) ||
(coords.getX() < taille && getCase(coords.decaler(1, 0)).getTypeCase() == TypeCases.EAU) ||
(coords.getY() < taille && getCase(coords.decaler(0, 1)).getTypeCase() == TypeCases.EAU));
}
public void clone(Coordonnee coords)
{
X = coords.getX();
Y = coords.getY();
}
public Case getCase(Coordonnee coord)
{
int type = grid[coord.getX() - 1, coord.getY() - 1];
switch (type)
{
case (int)TypeCases.DESERT:
return FabriqueCase.obtenirCase(TypeCases.DESERT);
case (int)TypeCases.EAU:
return FabriqueCase.obtenirCase(TypeCases.EAU);
case (int)TypeCases.FORET:
return FabriqueCase.obtenirCase(TypeCases.FORET);
case (int)TypeCases.MONTAGNE:
return FabriqueCase.obtenirCase(TypeCases.MONTAGNE);
case (int)TypeCases.VORTEX:
return FabriqueCase.obtenirCase(TypeCases.VORTEX);
case (int)TypeCases.PLAINE:
default:
return FabriqueCase.obtenirCase(TypeCases.PLAINE);
}
}
