Management Strategy Evaluation Demo  1.0
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Scenario Class Reference

Scenario class. More...

#include <Scenario.h>

Inheritance diagram for Scenario:
Inheritance graph
Collaboration diagram for Scenario:
Collaboration graph

Public Member Functions

 Scenario (const int &agek, const int &_nScenario, const int &pyr, const int &rseed, double &bo, const double &h, const double &s, const double &iuu_rate, const double &q, const double &sig, const double tau, const dvector &ft, const dvector &wt, const dvector &it, const dvector &ct)
 
 Scenario (const int &agek, const int &_nScenario, const int &pyr, const int &_flg_perfect_information, const int &rseed, double &bo, const double &h, const double &s, const double &iuu_rate, const double &q, const double &sig, const double tau, const dvector &ft, const dvector &wt, const dvector &it, const dvector &ct)
 
 Scenario (const int &agek, const int &_nScenario, const int &pyr, const int &_flg_perfect_information, const int &rseed, double &bo, const double &h, const double &s, const double &iuu_rate, const double &q, const double &sig, const double tau, const dvector &ft, const dvector &wt, const dvector &it, const dvector &ct, const double &mintac)
 
int get_agek ()
 get
 
int get_nScenario ()
 
int get_nInformation ()
 
int get_pyr ()
 get
 
int get_rseed ()
 get
 
double get_bo ()
 get
 
double get_h ()
 get
 
double get_s ()
 get
 
double get_q ()
 get
 
double get_sig ()
 get
 
double get_tau ()
 get
 
double get_iuu ()
 
double get_mintac ()
 
dvector get_ft ()
 get
 
dvector get_wt ()
 get
 
dvector get_it ()
 get
 
dvector get_ct ()
 get
 
void set_pyr (int v1)
 set projections years
 
void set_bo (double v1)
 set unfished biomass
 
void set_h (double v1)
 set steepness
 
void set_s (double v1)
 set survival and growth
 
void set_q (double v1)
 set catchability
 
void set_sig (double v1)
 set observation error
 
void set_tau (double v1)
 set process error
 
void set_ft (dvector v1)
 set fishing mortality
 
void set_wt (dvector v1)
 set recruitment deviations
 
void set_it (dvector v1)
 set relative abundance
 
void set_ct (dvector v1)
 set catch
 
- Public Member Functions inherited from Population
 Population (const double bo=1.0, const double h=0.75, const double s=0.85)
 

Detailed Description

Scenario class. 

    class object for a cadidate management procedure

© Copyright 2013 UBC Fisheries Centre - . All Rights Reserved.

Author
Steven Martell
$LastChangedBy$
Date
2013-05-27
$LastChangedDate$
Version
$Rev$
See Also

Definition at line 49 of file Scenario.h.

Constructor & Destructor Documentation

Scenario::Scenario ( const int &  agek,
const int &  _nScenario,
const int &  pyr,
const int &  rseed,
double &  bo,
const double &  h,
const double &  s,
const double &  iuu_rate,
const double &  q,
const double &  sig,
const double  tau,
const dvector &  ft,
const dvector &  wt,
const dvector &  it,
const dvector &  ct 
)
inline

Constructor for the scenario class.

Definition at line 76 of file Scenario.h.

79  :m_agek(agek),m_nScenario(_nScenario),m_pyr(pyr),m_rseed(rseed),Population(bo,h,s), m_q(q),
80  m_sig(sig), m_tau(tau),m_ft(ft), m_wt(wt), m_it(it), m_ct(ct),m_iuu_rate(iuu_rate)
81  {}
The documentation for this class was generated from the following files: