public bool IsCollisionBox(model model2)
{
if (this is projectile)
{
for (int meshIndex1 = 0; meshIndex1 < ((projectile)this).collisionModel.Meshes.Count; meshIndex1++)
{
BoundingBox box1 = UpdateBoundingBox(((projectile)this).collisionModel, this.getWorld());
for (int meshIndex2 = 0; meshIndex2 < model2.getModel().Meshes.Count; meshIndex2++)
{
BoundingBox box2 = UpdateBoundingBox(model2.getModel(), model2.getWorld());
if (box1.Intersects(box2))
return true;
}
}
}
else
{
for (int meshIndex1 = 0; meshIndex1 < this.getModel().Meshes.Count; meshIndex1++)
{
BoundingBox box1 = UpdateBoundingBox(this.getModel(), this.getWorld());
for (int meshIndex2 = 0; meshIndex2 < model2.getModel().Meshes.Count; meshIndex2++)
{
BoundingBox box2 = UpdateBoundingBox(model2.getModel(), model2.getWorld());
if (box1.Intersects(box2))
return true;
}
}
}
return false;
}
public bool IsCollision(model model2)
{
for (int meshIndex1 = 0; meshIndex1 < this.getModel().Meshes.Count; meshIndex1++)
{
BoundingSphere sphere1 = this.getModel().Meshes[meshIndex1].BoundingSphere;
sphere1 = sphere1.Transform(this.getWorld());
for (int meshIndex2 = 0; meshIndex2 < model2.getModel().Meshes.Count; meshIndex2++)
{
BoundingSphere sphere2 = model2.getModel().Meshes[meshIndex2].BoundingSphere;
sphere2 = sphere2.Transform(model2.getWorld());
if (sphere1.Intersects(sphere2))
return true;
}
}
return false;
}
