Armor ICharacter::unequipArmor()
{
Armor returnArmor = armor;
updateStats(-armor.getStrength(), -armor.getDexterity(), -armor.getConstitution(), -armor.getIntelligence(), -armor.getWisdom(), -armor.getCharisma());
this -> armor = Armor(0, 0, 0, 0, 0, 0);
return returnArmor;
}
void ArcherArmor::ArcherArmor_shop()
{
soldier_armor = {//name, damage, price
{1, Armor("Meito Ichimonji", 4, 150, 1)},
{2, Armor("Shusui", 10, 230, 2)},
{3, Armor("Apocalypse", 16, 300, 3)},
{4, Armor("Blade of Scars", 24, 550, 4)},
{5, Armor("Ragnarok", 32, 610, 5)},
{6, Armor("Eternal Darkness", 40, 690, 6)},
{7, Armor("Masamune", 52, 750, 7)},
{8, Armor("Soul Calibur", 60, 900, 8)}
};
}
void MageArmor::MageArmor_Shop(Hero& hero)
{
/*this->mage_armor = {//name, damage, price
{1, Armor("Colossus", 4, 150, 1)},
{2, Armor("Eternal Vanguard", 10, 230, 2)},
{3, Armor("Prism", 16, 300, 3)},
{4, Armor("Valkyrie", 24, 550, 4)},
{5, Armor("Trident", 32, 610, 5)},
{6, Armor("Eclipse", 40, 690, 6)},
{7, Armor("Lunar Spirit", 52, 750, 7)},
{8, Armor("Astral Inducer", 60, 900, 8)}
};*/
this->init_map_values();//Inherits init_map_values from mainshop
this->mage_armor = {//name, damage, price
{1, Armor("Colossus", map_effect_array[0], map_price_array[0],map_sellValue_array[0], 1)},
{2, Armor("Eternal Vanguard", map_effect_array[1], map_price_array[1],map_sellValue_array[1], 2)},
{3, Armor("Prism", map_effect_array[2], map_price_array[2],map_sellValue_array[2], 3)},
{4, Armor("Valkyrie", map_effect_array[3], map_price_array[3],map_sellValue_array[3], 4)},
{5, Armor("Trident", map_effect_array[4], map_price_array[4],map_sellValue_array[4], 5)},
{6, Armor("Eclipse", map_effect_array[5], map_price_array[5],map_sellValue_array[5], 6)},
{7, Armor("Lunar Spirit", map_effect_array[6], map_price_array[6],map_sellValue_array[6], 7)},
{8, Armor("Astral Inducer", map_effect_array[7], map_price_array[7],map_sellValue_array[7], 8)}
};
//Able to check private data of hero i.e My_class because its a friend
//check class
if (hero.My_class != "Mage")
{
cout << "\nNote: You can only buy from this category if you are of a mage class\n";
cout << "...\nSorry, you are not of type mage class, therefore you cannot buy mage related items.\n";
MainShop::mainShop(hero);
return;
}
//this->getMageArmor();
this->getMageArmor();//DISPLAYS THE armor MAP
cout << "Select what you would like to buy, or enter 9 to quit!\n";
cin >> choice;
switch (choice)
{
case 1:
for (map <int, Armor>::iterator iter = mage_armor.begin(); iter != mage_armor.end(); iter++)
{
if(iter->first == 1)
{
if (hero.getMoney() >= iter->second._price)
{//Add a function-if you already have a armor, you cannot buy it again
add_armor(iter->second);
hero.setMoney(hero.getMoney() - iter->second._price);
cout << "\nYou have Successfully Bought " << iter->second._name << "\nIt has been added to your inventory\n";
cout << "your total items are: "<< armor_inventory.size() << endl;
break;//break for loop
}
else
{
cout << "You do not have enough money to buy this armor\nPlease try again\n" << endl;
//system("CLS");//cout << string(50, '\n');
this->MageArmor_Shop(hero);
break;//break for loop
}
}
}
break;//break switch
case 2:
for (map <int, Armor>::iterator iter = mage_armor.begin(); iter != mage_armor.end(); iter++)
{
if(iter->first == 2)
{
if (hero.getMoney() >= iter->second._price)
{
add_armor(iter->second);
hero.setMoney(hero.getMoney() - iter->second._price);
cout << "\nYou have Successfully Bought " << iter->second._name << "\nIt has been added to your inventory\n";
cout << "your total items are: "<< armor_inventory.size() << endl;
break;//break for loop
}
else
{
cout << "You do not have enough money to buy this armor\nPlease try again\n" << endl;
//system("CLS");//cout << string(50, '\n');
this->MageArmor_Shop(hero);
break;//break for loop
}
}
}
break;//break switch
case 3:
for (map <int, Armor>::iterator iter = mage_armor.begin(); iter != mage_armor.end(); iter++)
{
if(iter->first == 3)
{
if (hero.getMoney() >= iter->second._price)
{
add_armor(iter->second);
hero.setMoney(hero.getMoney() - iter->second._price);
cout << "\nYou have Successfully Bought " << iter->second._name << "\nIt has been added to your inventory\n";
cout << "your total items are: "<< armor_inventory.size() << endl;
break;//break for loop
}
else
{
cout << "You do not have enough money to buy this armor\nPlease try again\n" << endl;
//system("CLS");//cout << string(50, '\n');
this->MageArmor_Shop(hero);
break;//break for loop
}
}
}
break;//break switch
case 4:
for (map <int, Armor>::iterator iter = mage_armor.begin(); iter != mage_armor.end(); iter++)
{
if(iter->first == 4)
{
if (hero.getMoney() >= iter->second._price)
{
add_armor(iter->second);
hero.setMoney(hero.getMoney() - iter->second._price);
cout << "\nYou have Successfully Bought " << iter->second._name << "\nIt has been added to your inventory\n";
cout << "your total items are: "<< armor_inventory.size() << endl;
break;//break for loop
}
else
{
cout << "You do not have enough money to buy this armor\nPlease try again\n" << endl;
//system("CLS");//cout << string(50, '\n');
this->MageArmor_Shop(hero);
break;//break for loop
}
}
}
break;//break switch
case 5:
for (map <int, Armor>::iterator iter = mage_armor.begin(); iter != mage_armor.end(); iter++)
{
if(iter->first == 5)
{
if (hero.getMoney() >= iter->second._price)
{
add_armor(iter->second);
hero.setMoney(hero.getMoney() - iter->second._price);
cout << "\nYou have Successfully Bought " << iter->second._name << "\nIt has been added to your inventory\n";
cout << "your total items are: "<< armor_inventory.size() << endl;
break;//break for loop
}
else
{
cout << "You do not have enough money to buy this armor\nPlease try again\n" << endl;
//system("CLS");//cout << string(50, '\n');
this->MageArmor_Shop(hero);
break;//break for loop
}
}
}
break;//break switch
case 6:
for (map <int, Armor>::iterator iter = mage_armor.begin(); iter != mage_armor.end(); iter++)
{
if(iter->first == 6)
{
if (hero.getMoney() >= iter->second._price)
{
add_armor(iter->second);
hero.setMoney(hero.getMoney() - iter->second._price);
cout << "\nYou have Successfully Bought " << iter->second._name << "\nIt has been added to your inventory\n";
cout << "your total items are: "<< armor_inventory.size() << endl;
break;//break for loop
}
else
{
cout << "You do not have enough money to buy this armor\nPlease try again\n" << endl;
//system("CLS");//cout << string(50, '\n');
this->MageArmor_Shop(hero);
break;//break for loop
}
}
}
break;//break switch
case 7:
for (map <int, Armor>::iterator iter = mage_armor.begin(); iter != mage_armor.end(); iter++)
{
if(iter->first == 7)
{
if (hero.getMoney() >= iter->second._price)
{
add_armor(iter->second);
hero.setMoney(hero.getMoney() - iter->second._price);
cout << "\nYou have Successfully Bought " << iter->second._name << "\nIt has been added to your inventory\n";
cout << "your total items are: "<< armor_inventory.size() << endl;
break;//break for loop
}
else
{
cout << "You do not have enough money to buy this armor\nPlease try again\n" << endl;
//system("CLS");//cout << string(50, '\n');
this->MageArmor_Shop(hero);
break;//break for loop
}
}
}
break;//break switch
case 8:
for (map <int, Armor>::iterator iter = mage_armor.begin(); iter != mage_armor.end(); iter++)
{
if(iter->first == 8)
{
if (hero.getMoney() >= iter->second._price)
{
add_armor(iter->second);
hero.setMoney(hero.getMoney() - iter->second._price);
cout << "\nYou have Successfully Bought " << iter->second._name << "\nIt has been added to your inventory\n";
cout << "your total items are: "<< armor_inventory.size() << endl;
break;//break for loop
}
else
{
cout << "You do not have enough money to buy this armor\nPlease try again\n" << endl;
//system("CLS");//cout << string(50, '\n');
this->MageArmor_Shop(hero);
break;//break for loop
}
}
}
break;//break switch
case 9: cout << "Exiting Armor shop...\n";
break;
default:
cout << "Error! You have entered an invalid answer\nPlease try again" << endl;
this->MageArmor_Shop(hero);
}
}
void doship(shiptype *ship, int update)
{
racetype *Race;
shiptype *ship2;
/*ship is active */
ship->active = 1;
if(!ship->owner) ship->alive = 0;
if (ship->alive) {
/* repair radiation */
if (ship->rad) {
ship->active = 1;
/* irradiated ships are immobile.. */
/* kill off some people */
/* check to see if ship is active */
if(success(ship->rad))
ship->active = 0;
if(update) {
ship->popn = round_rand(ship->popn * .80);
ship->troops = round_rand(ship->troops * .80);
if (ship->rad >= (int)REPAIR_RATE)
ship->rad -= int_rand(0,(int)REPAIR_RATE);
else
ship->rad -= int_rand(0,(int)ship->rad);
}
} else
ship->active = 1;
if(!ship->popn && Max_crew(ship) && !ship->docked)
ship->whatdest = LEVEL_UNIV;
if (ship->whatorbits != LEVEL_UNIV
&& Stars[ship->storbits]->nova_stage>0) {
/* damage ships from supernovae */
/* Maarten: modified to take into account MOVES_PER_UPDATE */
ship->damage += 5 * Stars[ship->storbits]->nova_stage /
((Armor(ship)+1) * segments);
if (ship->damage >= 100) {
kill_ship((int)(ship->owner), ship);
return;
}
}
if(ship->type==OTYPE_FACTORY && !ship->on) {
Race = races[ship->owner-1];
ship->tech = Race->tech;
}
if(ship->active)
Moveship(ship, update, 1, 0);
ship->size = ship_size(ship); /* for debugging */
if(ship->whatorbits==LEVEL_SHIP) {
(void)getship(&ship2, (int)ship->destshipno);
if(ship2->owner != ship->owner) {
ship2->owner = ship->owner;
ship2->governor = ship->governor;
putship(ship2);
}
free(ship2);
/* just making sure */
} else if(ship->whatorbits != LEVEL_UNIV &&
(ship->popn || ship->type == OTYPE_PROBE)) {
/* Though I have often used TWCs for exploring, I don't think it is right */
/* to be able to map out worlds with this type of junk. Either a manned ship, */
/* or a probe, which is designed for this kind of work. Maarten */
StarsInhab[ship->storbits] = 1;
setbit(Stars[ship->storbits]->inhabited, ship->owner);
setbit(Stars[ship->storbits]->explored, ship->owner);
if(ship->whatorbits == LEVEL_PLAN) {
planets[ship->storbits][ship->pnumorbits]->info[ship->owner-1].explored = 1;
}
}
/* add ships, popn to total count to add AP's */
if(update) {
Power[ship->owner-1].ships_owned++;
Power[ship->owner-1].resource += ship->resource;
Power[ship->owner-1].fuel += ship->fuel;
Power[ship->owner-1].destruct += ship->destruct;
Power[ship->owner-1].popn += ship->popn;
Power[ship->owner-1].troops += ship->troops;
}
if (ship->whatorbits==LEVEL_UNIV) {
Sdatanumships[ship->owner-1]++;
Sdatapopns[ship->owner] += ship->popn;
} else {
starnumships[ship->storbits][ship->owner-1]++;
/* add popn of ships to popn */
starpopns[ship->storbits][ship->owner-1] += ship->popn;
/* set inhabited for ship */
/* only if manned or probe. Maarten */
if (ship->popn || ship->type==OTYPE_PROBE) {
StarsInhab[ship->storbits] = 1;
setbit(Stars[ship->storbits]->inhabited, ship->owner);
setbit(Stars[ship->storbits]->explored, ship->owner);
}
}
if (ship->active) {
/* bombard the planet */
if (can_bombard(ship) && ship->bombard
&& ship->whatorbits==LEVEL_PLAN
&& ship->whatdest==LEVEL_PLAN
&& ship->deststar== ship->storbits
&& ship->destpnum== ship->pnumorbits) {
/* ship bombards planet */
Stinfo[ship->storbits][ship->pnumorbits].inhab = 1;
}
/* repair ship by the amount of crew it has */
/* industrial complexes can repair (robot ships
and offline factories can't repair) */
if(ship->damage && Repair(ship))
do_repair(ship);
if(update)
switch (ship->type) { /* do this stuff during updates only*/
case OTYPE_CANIST:
do_canister(ship);
break;
case OTYPE_GREEN:
do_greenhouse(ship);
break;
case STYPE_MIRROR:
do_mirror(ship);
break;
case STYPE_GOD:
do_god(ship);
break;
case OTYPE_AP:
do_ap(ship);
break;
case OTYPE_VN: /* Von Neumann machine */
case OTYPE_BERS:
if(!ship->special.mind.progenitor)
ship->special.mind.progenitor = 1;
do_VN(ship);
break;
case STYPE_OAP:
do_oap(ship);
break;
case STYPE_HABITAT:
do_habitat(ship);
break;
default:
break;
}
if(ship->type==STYPE_POD)
do_pod(ship);
}
}
}
void Shop::maskselect(Creature &buyer) const
{
short maskindex=-1;
std::vector<unsigned> masktype;
for(unsigned a=0;a<armortype.size();a++)
{
if (armortype[a]->is_mask() && !armortype[a]->is_surprise_mask())
masktype.push_back(a);
}
unsigned page=0;
do
{
erase();
set_color(COLOR_WHITE,COLOR_BLACK,1);
move(0,0);
addstr("Which mask will ");
addstr(buyer.name);
addstr(" buy?");
set_color(COLOR_WHITE,COLOR_BLACK,0);
move(1,0);
addstr("----PRODUCT NAME-----------------------DESCRIPTION------------------------------");
int y=2;
for(unsigned p=page*19 ; p < masktype.size() && p < page*19+19; p++)
{
set_color(COLOR_WHITE,COLOR_BLACK,0);
move(y,0);
addch(y+'A'-2);addstr(" - ");
addstr(armortype[masktype[p]]->get_name().c_str());
set_color(COLOR_WHITE,COLOR_BLACK,0);
move(y,39);
addstr(armortype[masktype[p]]->get_description().c_str());
y++;
}
set_color(COLOR_WHITE,COLOR_BLACK,0);
move(22,0);
addstr("Press a Letter to select a Mask");
move(23,0);
addpagestr();
move(24,0);
addstr("Z - Surprise ");
addstr(buyer.name);
addstr(" With a Random Mask");
refresh();
int c = getch();
translategetch(c);
//PAGE UP
if((c == interface_pgup || c == KEY_UP || c == KEY_LEFT) && page > 0)
page--;
//PAGE DOWN
if((c == interface_pgdn || c == KEY_DOWN || c == KEY_RIGHT) && (page+1)*19 < masktype.size())
page++;
if(c >= 'a' && c <= 's')
{
int p = page*19+(int)(c-'a');
if(p < (int)masktype.size())
{
maskindex = masktype[p];
break;
}
}
if(c == 'z')
{
for (int i = 0; i < (int)armortype.size(); ++i)
{
if (armortype[i]->is_mask() && armortype[i]->is_surprise_mask())
masktype.push_back(i);
}
maskindex = masktype[LCSrandom(masktype.size())];
break;
}
if (c == 10)
break;
}while(1);
if (maskindex != -1 && ledger.get_funds() >= 15)
{
Armor a = Armor(*armortype[maskindex]);
buyer.give_armor(a, &location[buyer.base]->loot);
ledger.subtract_funds(15,EXPENSE_SHOPPING);
}
}
