//----------------------------------------------------------------------------
/*!
* @brief 限界突破パラメーター取得
*/
//----------------------------------------------------------------------------
static public double GetParamCharm(uint nLimitOverLevel, int nLimitOverType)
{
if (nLimitOverType == 0)
{
return(0);
}
MasterDataLimitOver cLimitOverMaster = MasterDataUtil.GetLimitOverFromID(nLimitOverType);
if (cLimitOverMaster == null)
{
return(0);
}
// 成長タイプ
MasterDataDefineLabel.LimitOverCurveType nGrowType = cLimitOverMaster.limit_grow;
// 限界突破の最大値
int fLimitOverMax = cLimitOverMaster.limit_over_max;
//--------------------------------
// 成長曲線タイプでべき乗係数を変化
//--------------------------------
float fRate = 1.0f;
switch (nGrowType)
{
case MasterDataDefineLabel.LimitOverCurveType.NONE: fRate = 0.0f; break;
case MasterDataDefineLabel.LimitOverCurveType.NORMAL: fRate = 1.0f; break;
case MasterDataDefineLabel.LimitOverCurveType.PRECOCITY: fRate = 0.7f; break;
case MasterDataDefineLabel.LimitOverCurveType.LATE_DEVELOPMENT: fRate = 1.5f; break;
}
int nMaxRate = 0;
double dParamRate = 0;
nMaxRate = cLimitOverMaster.limit_over_max_charm;
if (nLimitOverLevel > 0)
{
double dRate = Math.Floor(nMaxRate * Mathf.Pow((float)nLimitOverLevel / (float)fLimitOverMax, fRate) * 10);
dParamRate = dRate / 10;
if (dParamRate > nMaxRate)
{
dParamRate = nMaxRate;
}
}
return(dParamRate);
}
/*==========================================================================*/
/* func */
/*==========================================================================*/
//----------------------------------------------------------------------------
/*!
* @brief 限界突破パラメーター取得
*/
//----------------------------------------------------------------------------
static public float GetParam(uint nLimitOverLevel, int nLimitOverType, int nLimitOverParam)
{
if (nLimitOverType <= 0)
{
return(0);
}
// nLimitOverTypeはFixIDとして値を受け取っています
MasterDataLimitOver cLimitOverMaster = MasterDataUtil.GetLimitOverFromID(nLimitOverType);
if (cLimitOverMaster == null)
{
return(0);
}
// 成長タイプ
MasterDataDefineLabel.LimitOverCurveType nGrowType = cLimitOverMaster.limit_grow;
//--------------------------------
// 成長曲線タイプでべき乗係数を変化
//--------------------------------
float fRate = 1.0f;
switch (nGrowType)
{
case MasterDataDefineLabel.LimitOverCurveType.NONE: fRate = 0.0f; break;
case MasterDataDefineLabel.LimitOverCurveType.NORMAL: fRate = 1.0f; break;
case MasterDataDefineLabel.LimitOverCurveType.PRECOCITY: fRate = 0.7f; break;
case MasterDataDefineLabel.LimitOverCurveType.LATE_DEVELOPMENT: fRate = 1.5f; break;
}
int nMaxRate = 0;
float nParamRate = 0;
// 限界突破の最大値
int fLimitOverMax = cLimitOverMaster.limit_over_max;
switch (nLimitOverParam)
{
case (int)EGET.ePARAM_HP: // HP上昇値
nMaxRate = cLimitOverMaster.limit_over_max_hp;
if (nLimitOverLevel > 0)
{
nParamRate = (nMaxRate * Mathf.Pow((float)nLimitOverLevel / (float)fLimitOverMax, fRate));
}
break;
case (int)EGET.ePARAM_ATK: // ATK上昇値
nMaxRate = cLimitOverMaster.limit_over_max_atk;
if (nLimitOverLevel > 0)
{
nParamRate = (nMaxRate * Mathf.Pow((float)nLimitOverLevel / (float)fLimitOverMax, fRate));
}
break;
case (int)EGET.ePARAM_COST: // COST上昇値
nMaxRate = cLimitOverMaster.limit_over_max_cost;
if (nLimitOverLevel > 0)
{
nParamRate = (int)(nMaxRate * Mathf.Pow((float)nLimitOverLevel / (float)fLimitOverMax, fRate));
}
break;
case (int)EGET.ePARAM_LIMITOVER_MAX: // 限界突破最大値
nParamRate = fLimitOverMax;
break;
}
return(nParamRate);
}
