#include "Character.hpp"

Character::Character(const char *n, int l, int e, int h, int m, int a, int d)
{
    this->name = n;
    this->level = l;
    this->experience = e;
    this->maxHP = h;
    this->curHP = maxHP;
    this->maxMP = m;
    this->curMP = maxMP;
    this->atk = a;
    this->def = d;
}

const char *Character::getName()
{
    return this->name;
}

int Character::getLevel()
{
    return this->level;
}

int Character::getExperience()
{
    return this->experience;
}

int Character::getMaxHP()
{
    return this->maxHP;
}

int Character::getCurHP()
{
    return this->curHP;
}

int Character::getMaxMP()
{
    return this->maxMP;
}

int Character::getCurMP()
{
    return this->curMP;
}

int Character::getAtk()
{
    return this->atk;
}

int Character::getDef()
{
    return this->def;
}

void Character::levelUp()
{
    if ((this->level <= maxLevel) && this->readytoLevelUp())
    {
        this->level++;
        this->maxHP += 10;
        this->maxMP += 5;
    }

    this->curHP = this->maxHP;
    this->curMP = this->maxMP;
}

void Character::restoreHP(int n)
{
    this->curHP += n;
    if (this->curHP > this->maxHP)
    {
        this->curHP = this->maxHP;
    }
}

void Character::restoreMP(int n)
{
    this->curMP += n;
    if (this->curMP > this->maxMP)
    {
        this->curMP = this->maxMP;
    }
}

void Character::reduceHP(int n)
{
    this->curHP -= n;
}

void Character::reduceMP(int n)
{
    this->curMP -= n;
}

bool Character::isAlive()
{
    return this->curHP > 0;
}

int Character::toNextLevel()
{
    return (this->level <= maxLevel) ? ((this->level + 1) * (this->level + 1)) - this->getExperience() : 999999;
}

bool Character::readytoLevelUp()
{
    return (this->toNextLevel() <= 0);
}

void Character::increaseExperience(int n)
{
    this->experience += n;
    if (this->experience > maxEperience)
    {
        this->experience = maxEperience;
    }
}

bool Character::canCastSpell(Spell *s)
{
    return this->curMP >= s->getCost();
}

void Character::castSpell(Spell *s, Character *t)
{
    this->reduceMP(s->getCost());
    t->reduceHP(s->getAmount());
}