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R7571/work/week11/particle-trajectory-optimization/starting_point/particles.classes
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particles.classes
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class CsvReader(Compute)
public CsvReader(std::string const & filename);
public void read(System & system);
public virtual void compute(System & system);
protected std::string filename;
class ComputeKineticEnergy(ComputeEnergy)
public ComputeKineticEnergy();
public virtual void compute();
class ParticlesFactoryInterface
protected ParticlesFactoryInterface();
public pure virtual SystemEvolution & createSimulation(Real timestep, std::string const & fname);
public pure virtual Particle & createParticle();
public static ParticlesFactoryInterface & getInstance();
protected std::vector list_particles;
protected SystemEvolution * system_evolution;
protected ParticlesFactoryInterface * factory;
class Compute
public Compute();
public pure virtual void compute(System & system);
class ComputeVerletIntegration(Compute)
public ComputeVerletIntegration(Real dt);
public void setDeltaT(Real dt);
public virtual void compute(System & system);
private Real dt;
class Particle
public Particle();
public virtual void initself(std::istream & sstr);
public Vector & getVelocity();
public virtual void printself(std::ostream & stream) const;
public Real & getMass();
public Vector & getForce();
public Vector & getPosition();
protected Vector position;
protected Vector force;
protected Real mass;
protected Vector velocity;
class SystemEvolution
public SystemEvolution(System & system);
public void evolve();
public void setNSteps(UInt nsteps);
public void setDumpFreq(UInt nsteps);
public System & getSystem();
public void addCompute(Compute & compute);
protected UInt freq;
protected std::vector computes;
protected System & system;
protected UInt nsteps;
class ComputeContact(Compute)
public ComputeContact();
public virtual void compute(System & system);
public void setPenalty(Real penalty);
protected Real penalty;
class System
public System();
public void removeParticle(UInt particle);
public Particle & getParticle(UInt i);
public void addParticle(Particle & new_particle);
public UInt getListSize();
private std::vector list_particles;
class ComputePotentialEnergy(ComputeEnergy)
public ComputePotentialEnergy(Compute & cForces);
public virtual void compute();
protected Compute & cForces;
class Planet(Particle)
public Planet();
public std::string & getName();
private std::string name;
class Vector
public Vector();
public Real squaredNorm() const;
public virtual void initself(std::istream & sstr);
public virtual void printself(std::ostream & stream) const;
private UInt const dim;
private Real[3] values;
class PingPongBallsFactory(ParticlesFactoryInterface)
private PingPongBallsFactory();
public virtual SystemEvolution & createSimulation(Real timestep, std::string const & fname);
public virtual Particle & createParticle();
public static ParticlesFactoryInterface & getInstance();
class ComputeGravity(Compute)
public ComputeGravity();
public void setG(Real G);
public virtual void compute(System & system);
private Real G;
class PlanetsFactory(ParticlesFactoryInterface)
private PlanetsFactory();
public virtual SystemEvolution & createSimulation(Real timestep, std::string const & fname);
public virtual Particle & createParticle();
public static ParticlesFactoryInterface & getInstance();
class CsvWriter(Compute)
public CsvWriter(std::string const & filename);
public void write(System & system);
public virtual void compute(System & system);
protected std::string filename;
class PingPongBall(Particle)
public PingPongBall();
public virtual void printself(std::ostream & stream) const;
public virtual void initself(std::istream & sstr);
public Real & getContactDissipation();
public Real & getRadius();
private Real radius;
private Real contact_dissipation;
class ComputeEnergy(Compute)
public ComputeEnergy();
public virtual Real getValue();
protected Real value;
class ComputeBoundary(Compute)
public ComputeBoundary();
public virtual void compute(System & system);
protected Vector xmin;
protected Vector xmax;
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