#include "stdafx.h"
#include <algorithm>
#include "MonsterStructure.h"

MonsterInfo::MonsterInfo()
:	m_dwKID(0), m_dwRespawnTime(0), m_fSize(0), m_fAttackAngle(0), m_nSkillPattern(0), m_nSkillLevel(0),
	m_bStealth(false), m_bFirstAttack(false), m_bReturnPosition(false), m_bEscape(false)
{
	int nFill = MAX_ORIGINAL_ITEM_NUM;	std::fill_n(m_AwardItem, nFill, 0);
	nFill = MAX_AWARD_KIND;				std::fill_n(m_nDropRate, nFill, 0);
	nFill = MAX_NAME_LENGTH;			std::fill_n(m_strName, nFill, 0);
	nFill = MAX_MODELING_FLAG_LENGTH;	std::fill_n(m_strModelingFlag, nFill, 0);	
	float fFill = MAX_HITBOX_NUM;		std::fill_n(m_fHitBox, fFill, 0.0f);
}


MonsterInfo::MonsterPattern  MonsterInfo::GetMonsterPattern(const char* szMonsterType)
{
    struct TypeAndName
    {
        const char*             m_szName;
        const MonsterPattern    m_MonsterPattern;

        TypeAndName(const char* szName, const MonsterPattern ePattern) 
            :   m_szName(szName), m_MonsterPattern(ePattern) { }
    };

    const int           MAX_TYPE_NUM = 6;
    static TypeAndName  monsterTypeName[MAX_TYPE_NUM] = 
    {
        TypeAndName("Warrior",  PATTERN_WARRIOR),
        TypeAndName("Defender", PATTERN_DEFENDER),
        TypeAndName("Mage",     PATTERN_MAGE),
        TypeAndName("Acolyte",  PATTERN_ACOLYTE),
        TypeAndName("Boss",     PATTERN_BOSS),
        TypeAndName("BG",       PATTERN_BG)
    };

    TypeAndName* lpTypeNamePastEnd = monsterTypeName + MAX_TYPE_NUM;
    for(TypeAndName* lpTypeName = monsterTypeName; lpTypeName != lpTypeNamePastEnd; ++lpTypeName)        
    {
        if(0 == strcmp(szMonsterType, lpTypeName->m_szName))
        {
            return lpTypeName->m_MonsterPattern;
        }
    }

    return PATTERN_COMMON;
}