message: GNEB: fixed missing calculation of inclination for interpolated energies.
diff: @@ -92,13 +92,14 @@ namespace Engine
  auto& image = *configurations[img];
  // We do it the following way so that the effective field can be e.g. displayed,
  // while the gradient force is manipulated (e.g. projected)
  - // this->chain->images[img]->UpdateEffectiveField();
  + this->chain->images[img]->UpdateEffectiveField();
  // F_gradient[img] = this->chain->images[img]->effective_field;
  + Vectormath::set_c_a(1, this->chain->images[img]->effective_field, F_gradient[img]);
  // // this->chain->images[img]->hamiltonian->Effective_Field(image, this->chain->images[img]->effective_field);
  // The gradient force (unprojected) is simply the effective field
  - this->chain->images[img]->hamiltonian->Gradient(image, F_gradient[img]);
  - Vectormath::scale(F_gradient[img], -1);
  + // this->chain->images[img]->hamiltonian->Gradient(image, F_gradient[img]);
  + // Vectormath::scale(F_gradient[img], -1);
  // Project the gradient force into the tangent space of the image
  Manifoldmath::project_tangential(F_gradient[img], image);
  @@ -212,7 +213,7 @@ namespace Engine
  // Set the effective fields
  Manifoldmath::project_tangential(this->forces[img], *this->systems[img]->spins);
  - Vectormath::set_c_a(1, this->forces[img], this->systems[img]->effective_field);
  + // Vectormath::set_c_a(1, this->forces[img], this->systems[img]->effective_field);
  }
  // --- Chain Data Update
  