Class report (event/reports/molecule.h)

Overview

Polymorphic class report gives the user a complete set of tools for the analysis of an event and its elements in a convenient form. It’s also a fundamental element required for building a valid lambda function that can be correctly wrapped by the callback class (see callback folder documentation) into a valid subscription for the dispatcher.

This report is fully specialized for events :: molecule.

Interface

Since the interface is based on many public nested classes, we report directly the main constructor and the nested getters in their most convenient form.

Constructor

• report(const events :: molecule & event)

  builds the report and all the public nested classes.

Getters (and nested getters in convenient form)

Getters for general informations

• const double & time() const

  time of the event.

• const double & module() const

  module of the collision’s impulse.

Getters for alpha molecule

• const vec & alpha.velocity.before() const

  velocity of alpha molecule before the event.

• const vec & alpha.velocity.after() const

  velocity of alpha molecule after the event.

• const vec alpha.velocity.delta() const

  variation of velocity of alpha molecule.

• const vec & alpha.momentum.before() const

  momentum of alpha molecule before the event.

• const vec & alpha.momentum.after() const

  momentum of alpha molecule after the event.

• const vec alpha.momentum.delta() const

  variation of momentum of alpha molecule.

• const double & alpha.angular_velocity.before() const

  angular velocity of alpha molecule before the event.

• const double & alpha.angular_velocity.after() const

  angular velocity of alpha molecule after the event.

• const double alpha.angular_velocity.delta() const

  variation of angular velocity of alpha molecule.

• const double & alpha.angular_momentum.before() const

  angular momentum of alpha molecule before the event.

• const double & alpha.angular_momentum.after() const

  angular momentum of alpha molecule after the event.

• const double alpha.angular_momentum.delta() const

  variation of angular momentum of alpha molecule.

• const double alpha.energy.before() const

  energy of alpha molecule before the event.

• const double alpha.energy.after() const

  energy of alpha molecule after the event.

• const double alpha.energy.delta() const

  variation of energy of alpha molecule.

• const size_t & alpha.id() const

  id of alpha molecule.

• const size_t & alpha.atom() const

  id of alpha molecule’s atom involved in the collision.

• const vec & alpha.position() const

  position of alpha molecule at the collision moment.

• const double & alpha.orientation() const

  orientation of alpha molecule at the orientation moment.

• const double & alpha.mass() const

  mass of alpha molecule.

Getters for beta molecule

• const vec & beta.velocity.before() const

  velocity of beta molecule before the event.

• const vec & beta.velocity.after() const

  velocity of beta molecule after the event.

• const vec beta.velocity.delta() const

  variation of velocity of beta molecule.

• const vec & beta.momentum.before() const

  momentum of beta molecule before the event.

• const vec & beta.momentum.after() const

  momentum of beta molecule after the event.

• const vec beta.momentum.delta() const

  variation of momentum of beta molecule.

• const double & beta.angular_velocity.before() const

  angular velocity of beta molecule before the event.

• const double & beta.angular_velocity.after() const

  angular velocity of beta molecule after the event.

• const double beta.angular_velocity.delta() const

  variation of angular velocity of beta molecule.

• const double & beta.angular_momentum.before() const

  angular momentum of beta molecule before the event.

• const double & beta.angular_momentum.after() const

  angular momentum of beta molecule after the event.

• const double beta.angular_momentum.delta() const

  variation of angular momentum of beta molecule.

• const double beta.energy.before() const

  energy of beta molecule before the event.

• const double beta.energy.after() const

  energy of beta molecule after the event.

• const double beta.energy.delta() const

  variation of energy of beta molecule.

• const size_t & beta.id() const

  id of beta molecule.

• const size_t & beta.atom() const

  id of beta molecule’s atom involved in the collision.

• const vec & beta.position() const

  position of beta molecule at the collision moment.

• const double & beta.orientation() const

  orientation of beta molecule at the orientation moment.

• const double & beta.mass() const

  mass of beta molecule.