solitaire* solitaire_theidiot(mem_context *context, visual_settings *settings) {
visual_pile *deck, *pile1, *pile2, *pile3, *pile4, *done;
rule *rule1, *rule2;
condition *pile1_4_cond;
/* The one solitaire instance we have.*/
solitaire* s = mem_alloc(context, sizeof(solitaire));
/* This is the internal data representation of this
* solitaire. This is a local struct hidden from other
* members. */
internal* i = mem_alloc(context, sizeof(internal));
s->data = i;
s->visual = visual_create(context, settings);
i->deck = pile_create(context, 52);
deck = visual_pile_create(context, i->deck);
deck->origin[0] = 0 - (settings->card_width / 2 + settings->card_spacing / 2 + settings->card_width * 2 + settings->card_spacing * 2 + settings->card_width / 2);
deck->origin[1] = 40.0f;
deck->rotation = 45.0f;
deck->action = action_deal(context, s, i);
visual_add_pile(context, s->visual, deck);
i->pile1 = pile_create(context, 13);
pile1 = visual_pile_create(context, i->pile1);
pile1->origin[0] = 0 - (settings->card_width / 2 + settings->card_spacing / 2 + settings->card_width + settings->card_spacing);
pile1->origin[1] = 70.0f;
pile1->translateY = 0 - settings->card_height / 5;
visual_add_pile(context, s->visual, pile1);
i->pile2 = pile_create(context, 13);
pile2 = visual_pile_create(context, i->pile2);
pile2->origin[0] = 0 - (settings->card_width / 2 + settings->card_spacing / 2);
pile2->origin[1] = 70.0f;
pile2->translateY = 0 - settings->card_height / 5;
visual_add_pile(context, s->visual, pile2);
i->pile3 = pile_create(context, 13);
pile3 = visual_pile_create(context, i->pile3);
pile3->origin[0] = settings->card_width / 2 + settings->card_spacing / 2;
pile3->origin[1] = 70.0f;
pile3->translateY = 0 - settings->card_height / 5;
visual_add_pile(context, s->visual, pile3);
i->pile4 = pile_create(context, 13);
pile4 = visual_pile_create(context, i->pile4);
pile4->origin[0] = settings->card_width / 2 + settings->card_spacing / 2 + settings->card_width + settings->card_spacing;
pile4->origin[1] = 70.0f;
pile4->translateY = 0 - settings->card_height / 5;
visual_add_pile(context, s->visual, pile4);
i->done = pile_create(context, 48);
done = visual_pile_create(context, i->done);
done->origin[0] = settings->card_width / 2 + settings->card_spacing / 2 + settings->card_width * 2 + settings->card_spacing * 2 + settings->card_width / 2;
done->origin[1] = 40.0f;
done->rotation = -45.0f;
visual_add_pile(context, s->visual, done);
card_create_deck(context, i->deck, 14);
card_shuffle(i->deck);
visual_sync(s->visual);
s->ruleset = ruleset_create(context);
/* Shared condition between several rules. */
pile1_4_cond = condition_source_array(
context, 4, i->pile1, i->pile2, i->pile3, i->pile4);
/* Move card to done pile if source is pile1-pile4 and there is
a higher card in same suit in those piles. */
rule1 = rule_create(context);
rule_add_condition(context, rule1, pile1_4_cond);
rule_add_condition(context, rule1, condition_destination(context, i->done));
rule_add_condition(
context,
rule1,
condition_or_array(
context, 4,
condition_top_card_compare(context, i->pile1,
e_dest_higher_value | e_follow_suit),
condition_top_card_compare(context, i->pile2,
e_dest_higher_value | e_follow_suit),
condition_top_card_compare(context, i->pile3,
e_dest_higher_value | e_follow_suit),
condition_top_card_compare(context, i->pile4,
e_dest_higher_value | e_follow_suit)));
rule_add_condition(context, rule1, condition_top_card(context));
ruleset_add_rule(context, s->ruleset, rule1);
/* Allow move to a top card to an empty pile. */
rule2 = rule_create(context);
rule_add_condition(context, rule2, pile1_4_cond);
rule_add_condition(context, rule2, condition_top_card(context));
rule_add_condition(context, rule2, condition_destination_empty(context));
rule_add_condition(
context, rule2,
condition_destination_array(
context, 4, i->pile1, i->pile2, i->pile3, i->pile4));
ruleset_add_rule(context, s->ruleset, rule2);
/* Solved rule */
s->ruleset->solved = rule_create(context);
rule_add_condition(
context, s->ruleset->solved,
condition_source_card_equal(
context, e_suit_none, 14, e_equal_value, i->pile1));
rule_add_condition(
context, s->ruleset->solved,
condition_source_card_equal(
context, e_suit_none, 14, e_equal_value, i->pile2));
rule_add_condition(
context, s->ruleset->solved,
condition_source_card_equal(
context, e_suit_none, 14, e_equal_value, i->pile3));
rule_add_condition(
context, s->ruleset->solved,
condition_source_card_equal(
context, e_suit_none, 14, e_equal_value, i->pile4));
rule_add_condition(
context, s->ruleset->solved,
condition_card_count_array(
context, 1, 4, i->pile1, i->pile2, i->pile3, i->pile4));
return s;
}
MainWindow::MainWindow()
{
//CREATION DU MENU
setWindowTitle("CalcUTC");
this->size_min();
QMenu *menuOption = menuBar()->addMenu("&Option");
QAction *actionQuitter = new QAction("&Quitter", this); //AJOUT DE QUITTER
menuOption->addAction(actionQuitter);
QAction *actionProgEdit = new QAction("Nouveau programme", this); // Ajout d'une action créer nouveau programme qui ouvre un QEDITTEXT
menuOption->addAction(actionProgEdit);
QMenu *menuAffichage = menuBar()->addMenu("&Affichage");
QAction *actionClavier = new QAction("&Clavier", this); //OPTION D'AFFICHAGE DU CLAVIER ET DES FONCTIONS SCIENTIFIQUES
menuAffichage->addAction(actionClavier);
QAction *actionScientifique = new QAction("&Mode scientifique", this);
menuAffichage->addAction(actionScientifique);
QAction *actionProg = new QAction("&Gestion Programme",this);
menuAffichage->addAction(actionProg);
QAction *actionRedo = new QAction("&Redo", this); // AJOUT DU "Redo"
menuOption->addAction(actionRedo);
actionRedo->setIcon(QIcon("\\Users\\Adrien\\Documents\\Adrien\\UTC\\GI 02\\LO21\\Projet\\version finale\\projet_1_0\\images/arrow_redo.png"));
actionRedo->setShortcut(QKeySequence(tr("Ctrl+y")));
QAction *actionUndo = new QAction("&Undo", this); // AJOUT DU "Undo"
menuOption->addAction(actionUndo);
actionUndo->setIcon(QIcon("\\Users\\Adrien\\Documents\\Adrien\\UTC\\GI 02\\LO21\\Projet\\version finale\\projet_1_0\\images/arrow_undo.png"));
actionUndo->setShortcut(QKeySequence(tr("Ctrl+z")));
QMenu *menuAide = menuBar()->addMenu("&Aide");
QAction *actionAPropos = new QAction("&A propos", this); // AJOUT DU "A PROPOS"
menuAide->addAction(actionAPropos);
// GESTION DES SIGNAUX ET SLOTS DU MENU
connect(actionQuitter, SIGNAL(triggered()), qApp, SLOT(quit()));
actionQuitter->setShortcut(QKeySequence("Escape"));
connect(actionScientifique, SIGNAL(triggered()), this, SLOT(afficher_scientique()));
connect(actionClavier, SIGNAL(triggered()), this, SLOT(afficher_clavier()));
actionClavier->setCheckable(true);
actionScientifique->setCheckable(true);
// CONNECT DU PROGEDIT
connect(actionProg,SIGNAL(triggered(bool)), this, SLOT(openProgWindow()));
connect(actionProgEdit,SIGNAL(triggered()), this, SLOT(openEditProg())); // OUVRE LE QEDITTEXT
connect(actionAPropos,SIGNAL(triggered(bool)), this, SLOT(afficher_APropos()));
//INITIALISATION DES OBJETS DU .h
mainArea = new QWidget;
mainSet = new QHBoxLayout;
scientificPad = new scientific_pad;
scientificPad->hide();
keyboard = new Keyboard();
keyboard->hide();
controlScreen = new QWidget();
controlScreen->setFixedSize(QSize(280, 300));
pile = new Pile ;
qDebug()<<pile;
controleur = Controleur::getInstance(LiteraleManager::getInstance() , *pile) ;
message = new QLineEdit() ;
commande = new QLineEdit() ;
vuePile = new QTableWidget (pile->getNbItemsToAffiche(),1) ;
pile_create();
topLayout = new QHBoxLayout();
middleLayout = new QHBoxLayout();
boutons_droits = new QVBoxLayout();
bottomLayout = new QHBoxLayout();
pile_plus = new QPushButton();
pile_moins = new QPushButton();
enter = new QPushButton();
leftLayout = new QVBoxLayout();
leftLayout->addWidget(vuePile);
vuePile->setStyleSheet("background : rgba(35,141,214,45)");
commande->setStyleSheet("background : rgba(35,141,214,45)");
//MIDDLELAYOUT SETTINGS
middleLayout->addLayout(leftLayout);
middleLayout->addLayout(boutons_droits);
boutons_droits->addWidget(pile_plus);
boutons_droits->addWidget(pile_moins);
//BOTTOM LAYOUT SETTINGS
bottomLayout->addWidget(commande);
bottomLayout->addWidget(enter);
enter->setIcon(QIcon("\\Users\\Adrien\\Documents\\Adrien\\UTC\\GI 02\\LO21\\Projet\\version finale\\projet_1_0\\images/enter-arrow.png"));
enter->setFlat(true);
enter->setFocusPolicy(Qt::NoFocus);
connect(enter,SIGNAL(clicked(bool)),this,SLOT(slot_getNextCommande()));
//BOUTON PILE SETTINGS + CONNECT
pile_plus->setIcon(QIcon("\\Users\\Adrien\\Documents\\Adrien\\UTC\\GI 02\\LO21\\Projet\\version finale\\projet_1_0\\images/add.png"));
pile_plus->setFlat(true);
pile_plus->setFocusPolicy(Qt::NoFocus);
pile_moins->setIcon(QIcon("\\Users\\Adrien\\Documents\\Adrien\\UTC\\GI 02\\LO21\\Projet\\version finale\\projet_1_0\\images/minus.png"));
pile_moins->setFlat(true);
pile_moins->setFocusPolicy(Qt::NoFocus);
connect(pile_plus,SIGNAL(clicked(bool)),pile,SLOT(aug_pile()));
connect(pile_plus,SIGNAL(clicked(bool)),this,SLOT(pile_create()));
connect(pile_moins,SIGNAL(clicked(bool)),pile,SLOT(dim_pile()));
connect(pile_moins,SIGNAL(clicked(bool)),this,SLOT(pile_create()));
// MESSAGE SETTINGS
message->setReadOnly(true); //empèche d'écrire dans la lineEdit
message->setStyleSheet("background: blue; color: yellow");
message->setAlignment(Qt::AlignHCenter);
message->setFixedHeight(45);
//VUE PLIE SETTINGS
vuePile->horizontalHeader()->setVisible(false); //enlève l'indice de col
vuePile->horizontalHeader()->setStretchLastSection(true); //ajuste la largeur à la fenetre
vuePile->setSelectionMode(QAbstractItemView::NoSelection);
vuePile->setEditTriggers(QAbstractItemView::NoEditTriggers) ; //empèche d'écrire dans les cellules
//SOUND_LOCK SETTINGS
sound_lock = new QPushButton();
sound_lock->setIcon(QIcon("\\Users\\Adrien\\Documents\\Adrien\\UTC\\GI 02\\LO21\\Projet\\version finale\\projet_1_0\\images/speaker.png"));
sound_lock->setFlat(true);
sound_lock->setFocusPolicy(Qt::NoFocus);
connect(sound_lock,SIGNAL(clicked(bool)),this,SLOT(sound_disable()));
//GESTION DES CONNECTS DU SCIENTIFIC_PAD
connect(scientificPad->cos, SIGNAL(clicked(bool)), this, SLOT(keyboardButtonPressed()));
connect(scientificPad->sin, SIGNAL(clicked(bool)), this, SLOT(keyboardButtonPressed()));
connect(scientificPad->tan, SIGNAL(clicked(bool)), this, SLOT(keyboardButtonPressed()));
connect(scientificPad->arccos, SIGNAL(clicked(bool)), this, SLOT(keyboardButtonPressed()));
connect(scientificPad->arcsin, SIGNAL(clicked(bool)), this, SLOT(keyboardButtonPressed()));
connect(scientificPad->arctan, SIGNAL(clicked(bool)), this, SLOT(keyboardButtonPressed()));
connect(scientificPad->sqrt, SIGNAL(clicked(bool)), this, SLOT(keyboardButtonPressed()));
connect(scientificPad->puis, SIGNAL(clicked(bool)), this, SLOT(keyboardButtonPressed()));
connect(scientificPad->exp, SIGNAL(clicked(bool)), this, SLOT(keyboardButtonPressed()));
connect(scientificPad->ln, SIGNAL(clicked(bool)), this, SLOT(keyboardButtonPressed()));
connect(scientificPad->div, SIGNAL(clicked(bool)), this, SLOT(keyboardButtonPressed()));
connect(scientificPad->mod, SIGNAL(clicked(bool)), this, SLOT(keyboardButtonPressed()));
//GESTION DES CONNECTS DU CONTROLSCREEN
connect(commande, SIGNAL (returnPressed()) , this , SLOT(slot_getNextCommande())) ;
connect(pile , SIGNAL (modificationEtat()) , this, SLOT(refresh())) ;
//GESTION DES CONNECTS DU KEYBOARD
connect(keyboard->b1,SIGNAL(clicked(bool)),this, SLOT(keyboardButtonPressed()));
connect(keyboard->b2,SIGNAL(clicked(bool)),this, SLOT(keyboardButtonPressed()));
connect(keyboard->b3,SIGNAL(clicked(bool)),this, SLOT(keyboardButtonPressed()));
connect(keyboard->b4,SIGNAL(clicked(bool)),this, SLOT(keyboardButtonPressed()));
connect(keyboard->b5,SIGNAL(clicked(bool)),this, SLOT(keyboardButtonPressed()));
connect(keyboard->b6,SIGNAL(clicked(bool)),this, SLOT(keyboardButtonPressed()));
connect(keyboard->b7,SIGNAL(clicked(bool)),this, SLOT(keyboardButtonPressed()));
connect(keyboard->b8,SIGNAL(clicked(bool)),this, SLOT(keyboardButtonPressed()));
connect(keyboard->b9,SIGNAL(clicked(bool)),this, SLOT(keyboardButtonPressed()));
connect(keyboard->b0,SIGNAL(clicked(bool)),this, SLOT(keyboardButtonPressed()));
connect(keyboard->bplus,SIGNAL(clicked(bool)),this, SLOT(keyboardButtonPressed()));
connect(keyboard->bmoins,SIGNAL(clicked(bool)),this, SLOT(keyboardButtonPressed()));
connect(keyboard->bdiv,SIGNAL(clicked(bool)),this, SLOT(keyboardButtonPressed()));
connect(keyboard->bmult,SIGNAL(clicked(bool)),this, SLOT(keyboardButtonPressed()));
connect(keyboard->clear,SIGNAL(clicked(bool)),commande, SLOT(clear()));
connect(keyboard->space,SIGNAL(clicked(bool)),this, SLOT(keyboardButtonPressed()));
connect(keyboard->bComp,SIGNAL(clicked(bool)),this, SLOT(keyboardButtonPressed()));
connect(keyboard->bPo,SIGNAL(clicked(bool)),this, SLOT(keyboardButtonPressed()));
connect(keyboard->bPf,SIGNAL(clicked(bool)),this, SLOT(keyboardButtonPressed()));
//CREATION DES LIENS ENTRE LES LAYOUTS
mainSet->addWidget(scientificPad);
scientificPad->setStyleSheet("background : rgba(35,141,214,45)");
mainSet->addWidget(controlScreen);
message->setStyleSheet("background : rgba(35,186,117,45)");
vuePile->setStyleSheet("background : rgba(35,141,214,25)");;
mainSet->addWidget(keyboard);
keyboard->setStyleSheet("background : rgba(35,141,214,45)");
topLayout->addWidget(message);
topLayout->addWidget(sound_lock);
LcontrolScreen = new QVBoxLayout;
controlScreen->setLayout(LcontrolScreen);
LcontrolScreen->addLayout(topLayout);
LcontrolScreen->addLayout(middleLayout);
LcontrolScreen->addLayout(bottomLayout);
mainArea->setLayout(mainSet);
setCentralWidget(mainArea);
//GESTION SAUVEGARDE CONTEXTE
connect(qApp,SIGNAL(aboutToQuit()),this,SLOT(save_context()));
open_context();
}
solitaire* solitaire_noname1(mem_context *context, visual_settings *settings) {
visual_pile *deck, *ace1, *ace2, *ace3, *ace4;
visual_pile *pile1, *pile2, *pile3, *pile4, *pile5, *pile6, *pile7, *pile8;
/* The one solitaire instance we have.*/
solitaire* s = mem_alloc(context, sizeof(solitaire));
/* This is the internal data representation of this
* solitaire. This is a local struct hidden from other
* members. */
internal* i = mem_alloc(context, sizeof(internal));
s->data = i;
s->visual = visual_create(context, settings);
i->deck = pile_create(context, 52);
deck = visual_pile_create(context, i->deck);
deck->origin[0] = 0 - (settings->card_width / 2 + settings->card_spacing / 2 + settings->card_width * 2 + settings->card_spacing * 2 + settings->card_width / 2);
deck->origin[1] = 70.0f;
deck->rotation = 45.0f;
deck->action = action_deal(context, s, i);
visual_add_pile(context, s->visual, deck);
i->ace[0] = pile_create(context, 13);
ace1 = visual_pile_create(context, i->ace[0]);
ace1->origin[0] = settings->card_width / 2 + settings->card_spacing / 2;
ace1->origin[1] = 70.0f;
visual_add_pile(context, s->visual, ace1);
i->ace[1] = pile_create(context, 13);
ace2 = visual_pile_create(context, i->ace[1]);
ace2->origin[0] = settings->card_width / 2 + settings->card_spacing / 2 + settings->card_width + settings->card_spacing;
ace2->origin[1] = 70.0f;
visual_add_pile(context, s->visual, ace2);
i->ace[2] = pile_create(context, 13);
ace3 = visual_pile_create(context, i->ace[2]);
ace3->origin[0] = settings->card_width / 2 + settings->card_spacing / 2 + settings->card_width * 2 + settings->card_spacing * 2;
ace3->origin[1] = 70.0f;
visual_add_pile(context, s->visual, ace3);
i->ace[3] = pile_create(context, 13);
ace4 = visual_pile_create(context, i->ace[3]);
ace4->origin[0] = settings->card_width / 2 + settings->card_spacing / 2 + settings->card_width * 3 + settings->card_spacing * 3;
ace4->origin[1] = 70.0f;
visual_add_pile(context, s->visual, ace4);
i->build[0] = pile_create(context, 52);
pile1 = visual_pile_create(context, i->build[0]);
pile1->origin[0] = 0 - (settings->card_width / 2 + settings->card_spacing / 2 + settings->card_width * 3 + settings->card_spacing * 3);
pile1->translateY = 0 - settings->card_height / 5;
visual_add_pile(context, s->visual, pile1);
i->build[1] = pile_create(context, 52);
pile2 = visual_pile_create(context, i->build[1]);
pile2->origin[0] = 0 - (settings->card_width / 2 + settings->card_spacing / 2 + settings->card_width * 2 + settings->card_spacing * 2);
pile2->translateY = 0 - settings->card_height / 5;
visual_add_pile(context, s->visual, pile2);
i->build[2] = pile_create(context, 52);
pile3 = visual_pile_create(context, i->build[2]);
pile3->origin[0] = 0 - (settings->card_width / 2 + settings->card_spacing / 2 + settings->card_width + settings->card_spacing);
pile3->translateY = 0 - settings->card_height / 5;
visual_add_pile(context, s->visual, pile3);
i->build[3] = pile_create(context, 52);
pile4 = visual_pile_create(context, i->build[3]);
pile4->origin[0] = 0 - (settings->card_width / 2 + settings->card_spacing / 2);
pile4->translateY = 0 - settings->card_height / 5;
visual_add_pile(context, s->visual, pile4);
i->build[4] = pile_create(context, 52);
pile5 = visual_pile_create(context, i->build[4]);
pile5->origin[0] = settings->card_width / 2 + settings->card_spacing / 2;
pile5->translateY = 0 - settings->card_height / 5;
visual_add_pile(context, s->visual, pile5);
i->build[5] = pile_create(context, 52);
pile6 = visual_pile_create(context, i->build[5]);
pile6->origin[0] = settings->card_width / 2 + settings->card_spacing / 2 + settings->card_width + settings->card_spacing;
pile6->translateY = 0 - settings->card_height / 5;
visual_add_pile(context, s->visual, pile6);
i->build[6] = pile_create(context, 52);
pile7 = visual_pile_create(context, i->build[6]);
pile7->origin[0] = settings->card_width / 2 + settings->card_spacing / 2 + settings->card_width * 2 + settings->card_spacing * 2;
pile7->translateY = 0 - settings->card_height / 5;
visual_add_pile(context, s->visual, pile7);
i->build[7] = pile_create(context, 52);
pile8 = visual_pile_create(context, i->build[7]);
pile8->origin[0] = settings->card_width / 2 + settings->card_spacing / 2 + settings->card_width * 3 + settings->card_spacing * 3;
pile8->translateY = 0 - settings->card_height / 5;
visual_add_pile(context, s->visual, pile8);
card_create_deck(context, i->deck, 1);
card_shuffle(i->deck);
visual_sync(s->visual);
setup_rules(context, s, i);
return s;
}
