programming_tutorials/03_monopoly.txt

Írni fogunk egy leegyszerűsített monopoly szerűséget. 

Ha a vektorod remove() függvénye nem tartja meg a sorrendet, akkor adj hozzá egy remove_keep_order() függvényt.


class Tile 

String name;
virtual void player_arrived(Player *p);


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class Player

String name;
int tile_index;
int money;
int jail_time;
bool _lost;

virtual bool ask_buy(String name, int price);
virtual void pay_entry(int val, Player *to);
void pay_tax(int val);
void receive_payment(int val);
void lost();
bool did_lose();

virtual void act();
virtual int throw_dice();
virtual void on_lose();



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class Playerloader

vec pl laod_players(file);
save_players(file, Vec p);


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class TileLoader

isame

ezek ay oytalzok load savelnek
lehetne static fv playerbe is pl
meg lehetne a boardba
de igy egyszerubben ujra tudjuk majd hasznalni
javaban TileFactorynak lenne nevezve




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class TaxTile : Tile 

int tax;
virtual void player_arrived(Player *p);


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class OwnableTile : Tile 

int price;
int enter_price;
Player *owner;

virtual void player_arrived(Player *p);
//ask player if he wnats to buy.
//if owned works like tax
//if owner steps on it, he gains enter_price


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class GainTile : Tile 

int gain;
virtual void player_arrived(Player *p);


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class LuckTile : Tile 

int chance;
int gain_min;
int gain_max;
virtual void player_arrived(Player *p);


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class JailTile : Tile 

int jail_time;
virtual void player_arrived(Player *p);




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class AgressivePlayer : Player

virtual void act();




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class ConservativePlayer : Player

virtual void act();



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class TrickyPlayer : Player

virtual void act();



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class HumanPlayer : Player

virtual void act();
megkérdezi, hogy mit csináljon



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class CheatingPlayer : Player

int throw_result;

virtual void act();
virtual int throw_dice();


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class Board 

Vector<Player *> players;
Vector<Tile *> tiles;
Vector<Player *> lost_players;

int current_player;

void step();
bool is_finished();
void print_results();

void load_tile_file(String f);
void load_player_setup_file(String f);




step():

current player -> throw dice -> wrap index -> get tile -> tile->player_arrived(p) -> if did_lose() remove from game, add to lost_players

current_player++; and wrap;





------------

main() {
    Board();
    Board.load_tile_file();
    Board.load_player_setup_file();

    //esetleg kerdezhet

    while (!board.is_finished()) {
        board.step();

        sleep 1s
    }

    board.print_results();
    ret 0;
}

print_results():

1. place, 2nd place print etc.