A a decorator for a particle with an associated reference particle.
This decorator is primarily designed to be used for implementing symmetry.
Examples: symmetry
Inheritance diagram for IMP::core::Reference:Public Member Functions | |
| Reference (Model *m, ParticleIndex id) | |
| Reference (::IMP::Particle *p) | |
| Particle * | get_reference_particle () const |
| void | show (std::ostream &out=std::cout) const |
Public Member Functions inherited from IMP::Decorator | |
| std::size_t | __hash__ () const |
| ParticleIndex | get_particle_index () const |
| Particle * | get_particle () const |
| Model * | get_model () const |
| Returns the Model containing the particle. | |
| Decorator (Particle *p) | |
| Decorator () | |
Static Public Member Functions | |
| static Reference | decorate_particle (::IMP::Particle *p) |
| static ParticleKey | get_reference_key () |
| static bool | particle_is_instance (Particle *p) |
| Return true if the particle can be cast to the decorator. | |
| static Reference | setup_particle (Particle *p, Particle *ref) |
| static Decorator | setup_particle (Particle *p, extra_arguments) |
Additional Inherited Members | |
Protected Member Functions inherited from IMP::Decorator | |
| Decorator (Model *m, ParticleIndex pi) | |
| Decorator (Particle *p) | |
| int | compare (base::Object *o) const |
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static |
Return true if the particle can be cast to the decorator.
That is, if particle_is_instance() returns true, then it is legal to construct an instance of the decorator with that particle. If not, setup_particle() must be called first.
Reimplemented from IMP::Decorator.
Create a decorator with the passed reference particle.