//---------------------------------------------------------------------------
#include <vcl.h>
#include <stddef.h>
#include <assert.h>
#pragma hdrstop

#include "auditory.h"
#include "globals.h"

//---------------------------------------------------------------------------
#pragma package(smart_init)

TAuditory::TAuditory()
{
    GlobalGood=0;
    cellList= new TCellList();
    nOfCells=0;
    StandTime=0;
    RoundCount=0;
    ApplausMean=0;

};

TAuditory::~TAuditory()
{
    if(cellList!=NULL)
    {
        cellList->destroyContent();
        cellList->destroyList();
        delete cellList;
        cellList=NULL;
    };
};

void TAuditory::Add(pCell pCellA)
{
    if(cellList==NULL) { cellList = new TCellList(); nOfCells=0; };
    cellList->Add(pCellA);
    nOfCells++;
};

void TAuditory::destroyCellList()
{
    if (cellList==NULL) return;
    cellList->destroyContent();
    cellList->destroyList();
    delete cellList;
    cellList=NULL;
};

float TAuditory::getGlobalGood()
{
    return GlobalGood;
};

float TAuditory::setGlobalGood(float g)
{
    return (GlobalGood=g);
};

void* TAuditory::forEach(cellMem1par f, void* p)
{
    if (cellList==NULL) return p;
    return cellList->forEach(f,p);
};

float TAuditory::doSumApplaus()
{
    Sum a;
    a.a=0;
    forEach(&TCell::addApplaus,&a);
    return a.a;
};

int TAuditory::nOfStanding()
{
    Count a;
    a.a=0;
    forEach(&TCell::addStanding,&a);
    return a.a;
};

void TAuditory::round()
{
    forEach(&TCell::recalculate1par,NULL);
    forEach(&TCell::set1par,NULL);
    StandTime+=nOfStanding();
    RoundCount++;
};

void TAuditory::show()
{
    forEach(&TCell::show1par,NULL);
};

int TAuditory::getStandTime()
{
    return StandTime;
};

float TAuditory::getApplausMean()
{
    return ApplausMean;
};
void TAuditory::countApplausMean()
{
    ApplausMean=doSumApplaus()/nOfCells;
};