//コンストラクタ
public Job(JobName jobname, JobLevel jobLevel, List <Skill> skills, List <JobName> classChangeDestination,
List <WeaponType> weaponTypes, JobStatusDto statusDto, GrowthRateDto growthRateDto, int move)
{
this.jobName = jobname;
this.jobLevel = jobLevel;
this.skills = skills;
this.classChangeDestination = classChangeDestination;
this.weaponTypes = weaponTypes;
//ステータス
this.statusDto = statusDto;
//成長率補正
this.growthRateDto = growthRateDto;
this.move = move;
}
//レベルアップするメソッド 直接Static型のUnitController.unitListを変更
public List <StatusType> lvup(string lvUpUnitName, int resultExp)
{
//上がった要素をstring型リストに詰めて返す
var lvUpList = new List <StatusType>();
List <Unit> unitList = UnitController.unitList;
List <Unit> newUnitList = new List <Unit>();
foreach (var unit in unitList)
{
//リストの中でレベルアップしたユニットが居れば
if (unit.name == lvUpUnitName)
{
//データベースを名前で検索して成長率を取得
GrowthRate growthRate = growthDatabase.FindByName(lvUpUnitName);
//職業成長率
GrowthRateDto growthRateDto = unit.job.growthRateDto;
//ユニット成長率と職業成長率を合算
int hpRate = growthRate.hpRate + growthRateDto.jobHpRate;
int latkRate = growthRate.latkRate + growthRateDto.jobLatkRate;
int catkRate = growthRate.catkRate + growthRateDto.jobCatkRate;
int agiRate = growthRate.agiRate + growthRateDto.jobAgiRate;
int dexRate = growthRate.dexRate + growthRateDto.jobDexRate;
int lukRate = growthRate.lukRate + growthRateDto.jobLukRate;
int ldefRate = growthRate.ldefRate + growthRateDto.jobLdefRate;
int cdefRate = growthRate.cdefRate + growthRateDto.jobCdefRate;
//200719 同じステが2回上がるのを防止
bool hpUpped = false;
bool latkUpped = false;
bool catkUpped = false;
bool agiUpped = false;
bool dexUpped = false;
bool lukUpped = false;
bool ldefUpped = false;
bool cdefUpped = false;
//Lv
unit.lv++;
unit.exp = resultExp;
//210225 LVのピンピン処理に追加
lvUpList.Add(StatusType.LV);
//2ピン補正したか否か
//2ピン補正：上がったステが2個以下ならHPからループしなおし
bool isRetry = false;
//レベルアップループ 2つ以上パラメータが成長した時点でbreak
while (true)
{
//各成長判定 成長率以下の乱数なら+1
//HP
//1～100の値を作成
float ran = Random.Range(1.0f, 100.0f);
if (ran <= hpRate && !hpUpped)
{
unit.maxhp += 1;
lvUpList.Add(StatusType.HP);
hpUpped = true;
//2ピン補正時の時は2つパラメータが成長した時点でループ終了
if (lvUpList.Count > 2 && isRetry)
{
break;
}
}
ran = Random.Range(1.0f, 100.0f);
//遠距離攻撃
if (ran <= latkRate && !latkUpped)
{
unit.latk += 1;
lvUpList.Add(StatusType.LATK);
latkUpped = true;
if (lvUpList.Count > 2 && isRetry)
{
break;
}
}
ran = Random.Range(1.0f, 100.0f);
//近距離攻撃
if (ran <= catkRate && !catkUpped)
{
unit.catk += 1;
lvUpList.Add(StatusType.CATK);
catkUpped = true;
if (lvUpList.Count > 2 && isRetry)
{
break;
}
}
ran = Random.Range(1.0f, 100.0f);
//速さ
if (ran <= agiRate && !agiUpped)
{
unit.agi += 1;
lvUpList.Add(StatusType.AGI);
agiUpped = true;
if (lvUpList.Count > 2 && isRetry)
{
break;
}
}
ran = Random.Range(1.0f, 100.0f);
//技
if (ran <= dexRate && !dexUpped)
{
unit.dex += 1;
lvUpList.Add(StatusType.DEX);
dexUpped = true;
if (lvUpList.Count > 2 && isRetry)
{
break;
}
}
ran = Random.Range(1.0f, 100.0f);
//運
if (ran <= lukRate && !lukUpped)
{
unit.luk += 1;
lvUpList.Add(StatusType.LUK);
lukUpped = true;
if (lvUpList.Count > 2 && isRetry)
{
break;
}
}
ran = Random.Range(1.0f, 100.0f);
//遠距離防御
if (ran <= ldefRate && !ldefUpped)
{
unit.ldef += 1;
lvUpList.Add(StatusType.LDEF);
ldefUpped = true;
if (lvUpList.Count > 2 && isRetry)
{
break;
}
}
ran = Random.Range(1.0f, 100.0f);
//近距離防御
if (ran <= cdefRate && !cdefUpped)
{
unit.cdef += 1;
lvUpList.Add(StatusType.CDEF);
cdefUpped = true;
if (lvUpList.Count > 2 && isRetry)
{
break;
}
}
//2つ以上パラメータが成長していたらループ終了
if (lvUpList.Count > 2)
{
break;
}
//下まで来たら2ピン補正に入る
isRetry = true;
}
newUnitList.Add(unit);
}
else
{
//レベルアップしたユニット以外はそのまま
newUnitList.Add(unit);
}
}
return(lvUpList);
}
