etape.cpp

#include "etape.h"
#include "dijkstra.h"
#include "actionGoTo.h"

#ifndef ROBOTHW
    #include <QDebug>
#endif

Etape** Etape::tableauEtapesTotal = 0;

int Etape::totalEtapesInstanciated = 0;

Etape::Etape(Position position, EtapeType type)
{
    int idx = (Etape::totalEtapesInstanciated++);

    this->position      = position;
    this->type          = type;
    this->state         = -1;
    this->action        = 0;
    this->nbChildren    = 0;
    this->distance      = -1;
    this->score         = 0;
    this->numero        = idx;
    this->numeroEtapeFinAction = idx;
    this->nombreEtapesLieesParFinirEtape = 0;

    this->actionGoTo = new ActionGoTo(getPosition());

    if(idx != ETAPE_INVALID_IDX)
        tableauEtapesTotal[idx] = this;
}

int Etape::makeEtape(MediumLevelAction* action)
{
    int idx = Etape::makeEtape(Position(), Etape::POINT_PASSAGE);

    if(idx == ETAPE_INVALID_IDX)
        return idx;

    Etape::get(idx)->setAction(action);

    return idx;
}

int Etape::makeEtape(Position position, EtapeType type)
{
    Etape* e = new Etape(position, type);

    int idx = e->getNumero();

    if(idx == ETAPE_INVALID_IDX)
        delete e;

    return idx;
}

int Etape::getTotalEtapes()
{
    return Etape::totalEtapesInstanciated;
}


Etape* Etape::getChild(int nb){
    return this->children[nb];
}

Etape** Etape::getChildren(){
    return this->children;
}

Etape* Etape::getParent(){
    return this->parent;
}

Position Etape::getPosition()
{
    return this->position;
}

int Etape::getState(){
    return this->state;
}

void Etape::setState(int state){
    this->state = state;
}

int Etape::getDistance(){
    return this->distance;
}

void Etape::setDistance(int distance){
    this->distance = distance;
}

void Etape::setParent(Etape* parent){
    this->parent = parent;
}

int Etape::getNbChildren(){
    return this->nbChildren;
}

void Etape::setChildren(Etape** children)
{
    this->children = children;
}

Etape::EtapeType Etape::getEtapeType()
{
    return this->type;
}

void Etape::setEtapeType(Etape::EtapeType type)
{
    this->type = type;
}

void Etape::robotVu()
{
    if(!aEviter())
    {
        this->type = (EtapeType)(this->type + ROBOT_VU_ICI);
    }
}

int Etape::getNumero()
{
    return this->numero;
}

bool Etape::aEviter()
{
    if(((int) this->getEtapeType()) > ROBOT_VU_ICI-1)
    {
        return true;
    }
    else
    {
        return false;
    }
}

void Etape::oublieRobotVu()
{
    if(this->aEviter())
    {
        //On oublie qu'on a vu un robot
        this->setEtapeType((EtapeType) ((int)this->getEtapeType() - ROBOT_VU_ICI));
    }
}

int* Etape::getDistances()
{
    return this->distances;
}

void Etape::setDistances(int* distances)
{
    this->distances = distances;
}

void Etape::computeChildDistances()
{
    if(nbChildren == 0)
        return;

    this->distances = new int[this->nbChildren];

    for(int i=0; i<this->nbChildren; ++i)
    {
        this->distances[i] = Dijkstra::calculDistanceDirect(this->children[i], this);
    }
}

int* Etape::getEtapesLieesParFinirEtape()
{
    return this->numerosEtapesLieesParFinirEtape;
}

void Etape::setEtapesLieesParFinirEtape(int* numerosEtapesLieesParFinirEtape)
{
    this->numerosEtapesLieesParFinirEtape = numerosEtapesLieesParFinirEtape;
}

int Etape::getNombreEtapesLieesParFinirEtape()
{
    return this->nombreEtapesLieesParFinirEtape;
}

void Etape::finir(void)
{
    if(this->type == FRUIT)
    {
        this->type = POINT_PASSAGE;
    }
}

void Etape::setScore(int score)
{
    this->score = score;
}

int Etape::getScore()
{
    return this->score;
}

void Etape::setAction(MediumLevelAction *action)
{
    this->action = action;

    if (this->position == Position())
    {
        this->position = action->getGoalPosition();
        this->type = action->getType();

        if (this->actionGoTo != 0)
            delete this->actionGoTo;
        this->actionGoTo = new ActionGoTo(getPosition());
    }
}

MediumLevelAction* Etape::getAction()
{
    return this->action;
}

ActionGoTo* Etape::getActionGoTo()
{
    return this->actionGoTo;
}

void Etape::addVoisin(Etape* newVoisin, bool autreSens)
{
    if(this->nbChildren==0)
    {
        this->children = new Etape*[1];
        this->children[0] = newVoisin;
        this->nbChildren++;
    }
    else
    {
        Etape** temp = new Etape*[nbChildren];
        for(int i=0; i<nbChildren; i++)
        {
            temp[i] = this->children[i];
        }
        this->children = new Etape*[nbChildren+1];
        for(int i=0; i<nbChildren; i++)
        {
            this->children[i] = temp[i];
        }
        delete[] temp;
        this->children[nbChildren] = newVoisin;
        this->nbChildren++;
    }

    if (autreSens)
    {
        newVoisin->addVoisin(this, false);
    }
}

void Etape::reset()
{
    if (this->action != 0)
        this->action->reset();
    if (this->actionGoTo != 0)
        this->actionGoTo->reset();
}


void Etape::setGoBack(bool val)
{
    if (this->action != 0)
        this->action->setGoBack(val);
    if (this->actionGoTo != 0)
        this->actionGoTo->setGoBack(val);
}

void Etape::addVoisin(int newVoisinIndex, bool autreSens)
{
    this->addVoisin(get(newVoisinIndex), autreSens);
}

void Etape::addVoisins(int newVoisinIndex)
{
    this->addVoisin(newVoisinIndex);
}

void Etape::addVoisins(int newVoisinIndex1, int newVoisinIndex2)
{
    this->addVoisin(newVoisinIndex1);
    this->addVoisin(newVoisinIndex2);
}

void Etape::addVoisins(int newVoisinIndex1, int newVoisinIndex2, int newVoisinIndex3)
{
    this->addVoisin(newVoisinIndex1);
    this->addVoisin(newVoisinIndex2);
    this->addVoisin(newVoisinIndex3);
}

void Etape::addVoisins(int newVoisinIndex1, int newVoisinIndex2, int newVoisinIndex3, int newVoisinIndex4)
{
    this->addVoisin(newVoisinIndex1);
    this->addVoisin(newVoisinIndex2);
    this->addVoisin(newVoisinIndex3);
    this->addVoisin(newVoisinIndex4);
}

void Etape::addVoisins(int newVoisinIndex1, int newVoisinIndex2, int newVoisinIndex3, int newVoisinIndex4, int newVoisinIndex5)
{
    this->addVoisin(newVoisinIndex1);
    this->addVoisin(newVoisinIndex2);
    this->addVoisin(newVoisinIndex3);
    this->addVoisin(newVoisinIndex4);
    this->addVoisin(newVoisinIndex5);
}

void Etape::setNumeroEtapeFinAction(int newNumeroEtapeFinAction)
{
    this->numeroEtapeFinAction = newNumeroEtapeFinAction;
}

int Etape::getNumeroEtapeFinAction()
{
    return this->numeroEtapeFinAction;
}

Etape** Etape::initTableauEtapeTotal(int number)
{
    tableauEtapesTotal = new Etape*[number];
    for(int i(0); i<number; ++i)
        tableauEtapesTotal[i] = 0;
    return tableauEtapesTotal;
}

Etape* Etape::get(int index)
{
    if (tableauEtapesTotal[index] == 0)
        0;/*new Etape(index);*/
    return tableauEtapesTotal[index];
}

Etape** Etape::getTableauEtapesTotal()
{
    return tableauEtapesTotal;
}

#ifndef ROBOTHW
QString Etape::getNameType(EtapeType type)
{
    switch(type)
    {
    case CABINE:
        return "Cabine";
    case POINT_PASSAGE:
        return "Passage";
    case DEPART:
        return "Départ";
    case CLAP:
        return "Clap";
    case GOBELET:
        return "Gobelet";
    case RAMASSER_PIED:
        return "Pied";
    case AMPOULE:
        return "Ampoule";
    case TAPIS:
        return "Tapis";
    case DEPOSER_GOBELET:
        return "Déposer Gobelet";
    default:
        return QString::number(type);
    }
}

QString Etape::getShortNameType(EtapeType type)
{
    switch(type)
    {
    case CABINE:
        return "Cabine";
    case POINT_PASSAGE:
        return "";
    case DEPART:
        return "Start";
    case CLAP:
        return "Clap";
    case GOBELET:
        return "Gob";
    case RAMASSER_PIED:
        return "Pied";
    case AMPOULE:
        return "Amp";
    case TAPIS:
        return "Tapis";
    case DEPOSER_GOBELET:
        return "D.G";
    default:
        return "";
    }
}

#endif