//最大生成数がMAX以下のときオブジェクトを生成するメゾット
public void RoadAdd()
{
//mapData内の基準点とその前後
Vector3 before, next, now;
GameObject rail;
//各インデックス番号の入る配列
int[] nextIndex = new int[2];
int[] beforeIndex = new int[2];
int[] nowIndex = new int[2];
//c[0]にnext,beforeのX軸の和を、c[1]にZ軸の和を入れる配列
int[] beforeconparison = new int[2];
int[] nextconparison = new int[2];
stageRail = new GameObject[maxRail];
//始点の生成
now = mapData [0];
next = mapData [1];
nowIndex = NowIndex(now);
nextIndex = NextIndex(next);
nextconparison [0] = nextIndex [0] - nowIndex [0];
nextconparison [1] = nextIndex [1] - nowIndex [1];
BeforeState = CheckBeforeState(beforeconparison);
NextState = CheckNextState(nextconparison);
rail = RailMake(BeforeState, NextState);
stageRail [0] = rail;
//mapData[1]から終点の一つ前までを生成
for (int i = 1; i < mapData.Count - 1; i++)
{
before = mapData [i - 1];
next = mapData [i + 1];
now = mapData [i];
beforeIndex = BeforeIndex(before);
nextIndex = NextIndex(next);
nowIndex = NowIndex(now);
//beforeconparisionにx軸z軸の差を代入
beforeconparison [0] = nowIndex [0] - beforeIndex [0];
beforeconparison [1] = nowIndex [1] - beforeIndex [1];
//nextconparisionにx軸z軸の差を代入
nextconparison [0] = nextIndex [0] - nowIndex [0];
nextconparison [1] = nextIndex [1] - nowIndex [1];
BeforeState = CheckBeforeState(beforeconparison);
NextState = CheckNextState(nextconparison);
rail = RailMake(BeforeState, NextState);
stageRail [i] = rail;
}
//終点の生成
now = mapData [mapData.Count - 1];
before = mapData [mapData.Count - 2];
nowIndex = NowIndex(now);
beforeIndex = BeforeIndex(before);
beforeconparison [0] = nowIndex [0] - beforeIndex [0];
beforeconparison [1] = nowIndex [1] - beforeIndex [1];
BeforeState = CheckBeforeState(beforeconparison);
NextState = CheckNextState(nextconparison);
rail = RailMake(BeforeState, NextState);
stageRail [maxRail - 1] = rail;
}
public nextState GenerateFinal()
{
nextState n = nextState.xNegative;
int x = Random.Range(0, 4);
switch (x)
{
case 0:
n = nextState.xPositive;
break;
case 1:
n = nextState.xNegative;
break;
case 2:
n = nextState.zPositive;
break;
case 3:
n = nextState.zNegative;
break;
}
return(n);
}
public int Next(int limit)
{
if (!IsPseudorandom)
{
return(random.Next(limit));
}
var result = 0;
switch (nextStatePointer)
{
case nextState.First:
result = 0;
nextStatePointer = nextState.Middle;
break;
case nextState.Middle:
result = limit / 2;
nextStatePointer = nextState.Last;
break;
case nextState.Last:
result = limit > 0 ? limit - 1 : 0;
nextStatePointer = nextState.First;
break;
}
return(result);
}
public GameObject RailMake(beforeState BeforeState, nextState NextState)
{
GameObject obj = widthStright;
switch (BeforeState)
{
case beforeState.xPositive:
switch (NextState)
{
case nextState.xPositive:
obj = widthStright;
break;
case nextState.xNegative:
obj = widthStright;
break;
case nextState.zPositive:
obj = upRight;
break;
case nextState.zNegative:
obj = downRight;
break;
}
break;
case beforeState.xNegative:
switch (NextState)
{
case nextState.xPositive:
obj = widthStright;
break;
case nextState.xNegative:
obj = widthStright;
break;
case nextState.zPositive:
obj = upLeft;
break;
case nextState.zNegative:
obj = downLeft;
break;
}
break;
case beforeState.zPositive:
switch (NextState)
{
case nextState.zPositive:
obj = lengthStright;
break;
case nextState.zNegative:
obj = lengthStright;
break;
case nextState.xPositive:
obj = downLeft;
break;
case nextState.xNegative:
obj = downRight;
break;
}
break;
case beforeState.zNegative:
switch (NextState)
{
case nextState.zPositive:
obj = lengthStright;
break;
case nextState.zNegative:
obj = lengthStright;
break;
case nextState.xPositive:
obj = upLeft;
break;
case nextState.xNegative:
obj = upRight;
break;
}
break;
}
return(obj);
}
public void Reset()
{
next100000Pointer = 0;
nextStatePointer = nextState.First;
}
