/// <summary>
///
/// </summary>
/// <param name="tileCountX">X軸のタイル数</param>
/// <param name="tileCountY">Y軸のタイル数</param>
/// <param name="type"></param>
/// <param name="outCount"></param>
/// <param name="strOut"></param>
/// <returns></returns>
public bool CheckReplaceLap(int tileCountX, int tileCountY, int type, out int outCount, out string strOut)
{
outCount = -1;
strOut = "";
if (tileCountX >= m_tileCountX && tileCountY >= m_tileCountY)
{
return(false);
}
int tmpW = 0, tmpH = 0;
BLOCK_AABB aabb = new BLOCK_AABB();
this.ReSizeAABB(tileCountX, tileCountY, type, aabb, out tmpW, out tmpH);
outCount = 0;
string strFrameOut = "", strFrameCat = "";
BLOCK_AABB aabbR = new BLOCK_AABB();
BLOCK_AABB aabbOut = new BLOCK_AABB();
foreach (KeyValuePair <string, SquareTilesTranspose> kvp in m_transPoseTiles)
{
aabbR.vMin.Set(kvp.Value.tilePosX, kvp.Value.tilePosY);
aabbR.vMax.Set(aabbR.vMin);
aabbR.vMax.x += kvp.Value.tileNumX - 1;
aabbR.vMax.y += kvp.Value.tileNumY - 1;
if (aabb.BooleanOperation_AND(aabbOut, aabbR))
{
if (!aabbR.Equal(aabbOut))
{
strFrameCat += " " + kvp.Key + "\n";
++outCount;
}
}
else
{
strFrameOut += " " + kvp.Key + "\n";
++outCount;
}
}
if (strFrameCat.Length > 0)
{
strOut += "切り取られるのは\n" + strFrameCat;
}
if (strFrameOut.Length > 0)
{
strOut += "\n削除されるのは\n" + strFrameOut;
}
return(true);
}
/// <summary>
/// 現行のタイルマップのサイズを変更する
/// </summary>
/// <param name="tileCountX">X軸のタイル数</param>
/// <param name="tileCountY">Y軸のタイル数</param>
/// <param name="type"></param>
/// <returns></returns>
public bool Resize(int tileCountX, int tileCountY, int type)
{
int i, j, k, l, n, kk, ll;
int tmpW = 0, tmpH = 0;
FSquareTileInfoMap rMIM0 = null, rMIM1 = null;
BLOCK_AABB aabbNow = new BLOCK_AABB();
BLOCK_AABB aabb = new BLOCK_AABB();
aabbNow.vMin.Set(0, 0);
aabbNow.vMax.Set(m_tileCountX - 1, m_tileCountY - 1);
this.ReSizeAABB(tileCountX, tileCountY, type, aabb, out tmpW, out tmpH);
D2ArrayObject <FSquareTileInfoMap> newMapChip = new D2ArrayObject <FSquareTileInfoMap>(tileCountX, tileCountY);
for (i = aabb.vMin.y, k = 0; i <= aabb.vMax.y; ++i, ++k)
{
for (j = aabb.vMin.x, l = 0; j <= aabb.vMax.x; ++j, ++l)
{
if (i >= aabbNow.vMin.y && i <= aabbNow.vMax.y &&
j >= aabbNow.vMin.x && j <= aabbNow.vMax.x)
{
rMIM0 = newMapChip[k, l];
rMIM1 = m_mapTiles[i, j];
rMIM0.L00._n = rMIM1.L00._n;
rMIM0.L01._n = rMIM1.L01._n;
}
}
}
m_mapTiles = newMapChip;
m_tileCountX = (short)m_mapTiles.LengthX;
m_tileCountY = (short)m_mapTiles.LengthY;
List <String> aStrDel = new List <string>();
List <String> aStrCat = new List <string>();
BLOCK_AABB aabbR = new BLOCK_AABB();
BLOCK_AABB aabbOut = new BLOCK_AABB();
SquareTilesTransposeFrame rTCF;
//aabb.vMin.Set(0, 0);
//aabb.vMax.Set(m_tileNumX - 1, m_tileNumY - 1);
foreach (KeyValuePair <string, SquareTilesTranspose> kvp in m_transPoseTiles)
{
aabbR.vMin.Set(kvp.Value.tilePosX, kvp.Value.tilePosY);
aabbR.vMax.Set(aabbR.vMin);
aabbR.vMax.x += kvp.Value.tileNumX - 1;
aabbR.vMax.y += kvp.Value.tileNumY - 1;
if (aabb.BooleanOperation_AND(aabbOut, aabbR))
{
if (!aabbR.Equal(aabbOut))
{
kvp.Value.tileNumX = (short)aabbOut.GetWidthBlockCount();
kvp.Value.tileNumY = (short)aabbOut.GetHeightBlockCount();
// X
if (aabbOut.vMin.x <= aabb.vMin.x)
{
kvp.Value.tilePosX = 0;
}
else if (aabb.vMin.x < 0)
{
kvp.Value.tilePosX += (short)(Math.Abs(aabb.vMin.x));
}
// Y
if (aabbOut.vMin.y <= aabb.vMin.y)
{
kvp.Value.tilePosY = 0;
}
else if (aabb.vMin.y < 0)
{
kvp.Value.tilePosY += (short)(Math.Abs(aabb.vMin.y));
}
for (n = 0; n < kvp.Value.aTCF.Count; ++n)
{
newMapChip = new D2ArrayObject <FSquareTileInfoMap>(kvp.Value.tileNumX, kvp.Value.tileNumY);
rTCF = kvp.Value.aTCF[n];
kk = -1;
bool bRY = false;
for (i = aabbR.vMin.y, k = 0; i <= aabbR.vMax.y; ++i, ++k)
{
ll = 0;
if (i >= aabbOut.vMin.y && i <= aabbOut.vMax.y)
{
kk++;
bRY = true;
}
for (j = aabbR.vMin.x, l = 0; j <= aabbR.vMax.x; ++j, ++l)
{
if (bRY && j >= aabbOut.vMin.x && j <= aabbOut.vMax.x)
{
rMIM0 = newMapChip[kk, ll++];
rMIM1 = rTCF.aaMapChip[k, l];
rMIM0.L00._n = rMIM1.L00._n;
rMIM0.L01._n = rMIM1.L01._n;
}
}
}
rTCF.aaMapChip = newMapChip;
}
}
else
{
//
if (aabb.vMin.x < 0)
{
kvp.Value.tilePosX += (short)(Math.Abs(aabb.vMin.x));
}
// Y
if (aabb.vMin.y < 0)
{
kvp.Value.tilePosY += (short)(Math.Abs(aabb.vMin.y));
}
}
}
else
{
// 削除する置き換え
aStrDel.Add(kvp.Key);
}
}// foreach
for (i = 0; i < aStrDel.Count; ++i)
{
m_transPoseTiles.Remove(aStrDel[i]);
}
return(true);
}
/// <summary>
/// 現行のタイルマップのサイズを変更した際のデータを取得する。現行のタイルマップの影響は無い
/// </summary>
/// <param name="tileCountX">X軸のタイル数</param>
/// <param name="tileCountY">Y軸のタイル数</param>
/// <param name="type">リサイズタイプ</param>
/// <param name="aabb"></param>
/// <param name="diffTileCountX">変更前のX軸のタイル群の差</param>
/// <param name="diffTileCountY">変更前のY軸のタイル群の差</param>
/// <returns>常にtrueを返す</returns>
private bool ReSizeAABB(int tileCountX, int tileCountY, int type, BLOCK_AABB aabb, out int diffTileCountX, out int diffTileCountY)
{
int tmpW, tmpH;
aabb.vMin.Set(0, 0);
aabb.vMax.Set(m_tileCountX - 1, m_tileCountY - 1);
diffTileCountX = tmpW = m_tileCountX - tileCountX;
diffTileCountY = tmpH = m_tileCountY - tileCountY;
switch (type)
{
// １行目
case TOP_LEFT: // 左上
aabb.vMin.x += tmpW;
aabb.vMin.y += tmpH;
break;
case TOP_CENTER: // 中央上
tmpW /= 2;
aabb.vMin.x += tmpW;
aabb.vMax.x -= tmpW;
aabb.vMin.y += tmpH;
break;
case TOP_RIGHT: // 右上
aabb.vMax.x -= tmpW;
aabb.vMin.y += tmpH;
break;
// ２行目
case CENTER_LEFT:
aabb.vMin.x += tmpW;
tmpH /= 2;
aabb.vMin.y += tmpH;
aabb.vMax.y -= tmpH;
break;
case CENTER_CENTER:
tmpW /= 2;
aabb.vMin.x += tmpW;
aabb.vMax.x -= tmpW;
tmpH /= 2;
aabb.vMin.y += tmpH;
aabb.vMax.y -= tmpH;
break;
case CENTER_RIGHT:
aabb.vMax.x -= tmpW;
tmpH /= 2;
aabb.vMin.y += tmpH;
aabb.vMax.y -= tmpH;
break;
// ３行目
case BOTTOM_LEFT: // 左下
aabb.vMin.x += tmpW;
aabb.vMax.y -= tmpH;
break;
case BOTTOM_CENTER: // 中央下
aabb.vMax.y -= tmpH;
tmpW /= 2;
aabb.vMin.x += tmpW;
aabb.vMax.x -= tmpW;
break;
case BOTTOM_RIGHT: // 右下
aabb.vMax.x -= tmpW;
aabb.vMax.y -= tmpH;
break;
}
return(true);
}