private bool initToy(Toy pToy, int nTypeID, int nQuality, CAMP_TYPE eCampType, stHeroData pHeroData)
{
if (null == pToy)
{
return false;
}
// 这边是AI类型和英雄类型ID之间的转化关系
HERO_TYPE eHeroType = (HERO_TYPE)(nTypeID % 10000);
pToy.TOY_CAMP = eCampType;
pToy.init(nTypeID, pHeroData);
pToy.setToyManager(ToyManager.Instance());
pToy.setMapManager(MapManage.Instance());
// 建议toy信息都完整了再绑定AI
pToy.bindMyAI(eHeroType, eCampType);
return true;
}
// 只有ID和品质可以影响toy的外观--只创建英雄所以其实可以不用工程方法
public Toy createToy(int nTypeID, int nQuality, CAMP_TYPE eCampType, stHeroData pHeroData)
{
Toy pToy = null;
stHeroCfg pConfig = HeroConfig.Instance().getHeroInfoById(nTypeID);
if (null != pConfig)
{
HeroToy pHeroToy = new HeroToy();
// 这样将model放开可以使模型易于扩展
HeroModel pHeroModel = new HeroModel();
pHeroModel.init(nTypeID, nQuality);
pHeroToy.bindModel(pHeroModel);
pHeroToy.setHeroConfig(pConfig);
pHeroToy.setHeroData(pHeroData);
initToy(pHeroToy, nTypeID, nQuality, eCampType, pHeroData);
pToy = pHeroToy;
}
return pToy;
}
// 设置英雄数据
public void setHeroData(stHeroData stData)
{
m_pHeroData = stData;
}
public override void init(int nHeroType, stHeroData pHeroData)
{
setHeroData(pHeroData);
stHeroCfg pHeroCfg = HeroConfig.Instance().getHeroInfoById(nHeroType);
if (null != pHeroCfg)
{
setHeroConfig(pHeroCfg);
// 设置血量
TOY_CUR_HP = pHeroCfg.nBlood + pHeroData.nLevel * pHeroCfg.nAddBlood;
}
}