public virtual IEnumerable <Chip> EnumViewChipData()
{
if (_viewChips == null)
{
_viewChips = new List <Chip>();
double[] vpxs = new double[_xLastIdx - _xFirstIdx];
double[] vpys = new double[_yLastIdx - _yFirstIdx];
double[] ppxs = new double[_xLastIdx - _xFirstIdx];
double[] ppys = new double[_yLastIdx - _yFirstIdx];
double[] mvpys = new double[0];
int rlen = _chips.Count > 0 ? _chips[0].Length : 0;
for (int i = _xFirstIdx, s = 0; i < _xLastIdx && i < _chips.Count; i++, s++)
{
if (i < 0)
{
continue;
}
vpxs[s] = convertIdx2VX(i); ppxs[s] = convertIdx2PX(i);
}
for (int j = _yFirstIdx, t = 0; j < _yLastIdx && j < rlen; j++, t++)
{
if (j < 0)
{
continue;
}
vpys[t] = convertIdx2VY(j); ppys[t] = convertIdx2PY(j);
}
if (vpys.Length == 0 || vpys[0] > 0)
{
List <double> tmp = new List <double>();
double y = vpys[0] - _chipData.ChipHeight;
do
{
tmp.Add(y);
y -= _chipData.ChipHeight;
} while (y >= 0);
tmp.Reverse();
mvpys = tmp.ToArray();
}
for (int i = _xFirstIdx, s = 0; i < _xLastIdx && i < _chips.Count; i++, s++)
{
if (i < 0)
{
continue;
}
foreach (double d in mvpys)
{
Chip cd = new Chip();
cd.XIdx = i;
cd.YIdx = int.MinValue;
cd.ViewX = vpxs[s];
cd.ViewY = d;
cd.ChipData = _chipData.WallChip;
if (cd.ChipData >= 0 && cd.ChipData < _chipData.Hardness.Length)
{
cd.Hardness = _chipData.Hardness[cd.ChipData];
}
else
{
cd.Hardness = cd.ChipData == 0 ? 0 : 1;
}
_viewChips.Add(cd);
yield return(cd);
}
for (int j = _yFirstIdx, t = 0; j < _yLastIdx && j < _chips[i].Length; j++, t++)
{
if (j < 0)
{
continue;
}
Chip cd = new Chip();
cd.XIdx = i;
cd.YIdx = j;
cd.ViewX = vpxs[s];
cd.ViewY = vpys[t];
cd.ChipData = _chips[i][j];
if (cd.ChipData >= 0 && cd.ChipData < _chipData.Hardness.Length)
{
cd.Hardness = _chipData.Hardness[cd.ChipData];
}
else
{
cd.Hardness = cd.ChipData == 0 ? 0 : 1;
}
_viewChips.Add(cd);
yield return(cd);
}
}
}
else
{
foreach (Chip cd in _viewChips)
{
yield return(cd);
}
}
}
public virtual IEnumerable<Chip> EnumViewChipData()
{
if (_viewChips == null)
{
_viewChips = new List<Chip>();
double[] vpxs = new double[_xLastIdx - _xFirstIdx];
double[] vpys = new double[_yLastIdx - _yFirstIdx];
double[] ppxs = new double[_xLastIdx - _xFirstIdx];
double[] ppys = new double[_yLastIdx - _yFirstIdx];
double[] mvpys = new double[0];
int rlen = _chips.Count > 0 ? _chips[0].Length : 0;
for (int i = _xFirstIdx, s = 0; i < _xLastIdx && i < _chips.Count; i++, s++)
{
if (i < 0) continue;
vpxs[s] = convertIdx2VX(i); ppxs[s] = convertIdx2PX(i);
}
for (int j = _yFirstIdx, t = 0; j < _yLastIdx && j < rlen; j++, t++)
{
if (j < 0) continue;
vpys[t] = convertIdx2VY(j); ppys[t] = convertIdx2PY(j);
}
if (vpys.Length == 0 || vpys[0] > 0)
{
List<double> tmp = new List<double>();
double y = vpys[0] - _chipData.ChipHeight;
do
{
tmp.Add(y);
y -= _chipData.ChipHeight;
} while (y >= 0);
tmp.Reverse();
mvpys = tmp.ToArray();
}
for (int i = _xFirstIdx, s = 0; i < _xLastIdx && i < _chips.Count; i++, s++)
{
if (i < 0) continue;
foreach (double d in mvpys)
{
Chip cd = new Chip();
cd.XIdx = i;
cd.YIdx = int.MinValue;
cd.ViewX = vpxs[s];
cd.ViewY = d;
cd.ChipData = _chipData.WallChip;
if (cd.ChipData >= 0 && cd.ChipData < _chipData.Hardness.Length)
cd.Hardness = _chipData.Hardness[cd.ChipData];
else
cd.Hardness = cd.ChipData == 0 ? 0 : 1;
_viewChips.Add(cd);
yield return cd;
}
for (int j = _yFirstIdx, t = 0; j < _yLastIdx && j < _chips[i].Length; j++, t++)
{
if (j < 0) continue;
Chip cd = new Chip();
cd.XIdx = i;
cd.YIdx = j;
cd.ViewX = vpxs[s];
cd.ViewY = vpys[t];
cd.ChipData = _chips[i][j];
if (cd.ChipData >= 0 && cd.ChipData < _chipData.Hardness.Length)
cd.Hardness = _chipData.Hardness[cd.ChipData];
else
cd.Hardness = cd.ChipData == 0 ? 0 : 1;
_viewChips.Add(cd);
yield return cd;
}
}
}
else
{
foreach (Chip cd in _viewChips)
{
yield return cd;
}
}
}
public override IEnumerable<Chip> EnumViewChipData()
{
if (_viewChips == null)
{
initChips();
_viewChips = new List<Chip>();
double[] vpxs = new double[_xLastIdx - _xFirstIdx];
double[] vpys = new double[_yLastIdx - _yFirstIdx];
double[] ppxs = new double[_xLastIdx - _xFirstIdx];
double[] ppys = new double[_yLastIdx - _yFirstIdx];
int lidx = _xFirstIdx - (_lastColumnIndex - _chips.Count);
int rlen = _chips.Count > 0 ? _chips[0].Length : 0;
for (int i = _xFirstIdx, s = 0; i < _xLastIdx; i++, lidx++, s++)
{
if (lidx < 0) continue;
vpxs[s] = convertIdx2VX(i);
ppxs[s] = vpxs[s] + view.X;
}
for (int j = _yFirstIdx, t = 0; j < _yLastIdx && j < rlen; j++, t++)
{
if (j < 0) continue;
vpys[t] = convertIdx2VY(j);
ppys[t] = vpys[t] + view.Y;
}
lidx = _xFirstIdx - (_lastColumnIndex - _chips.Count);
for (int i = _xFirstIdx, s = 0; i < _xLastIdx; i++, lidx++, s++)
{
if (lidx < 0) continue;
for (int j = _yFirstIdx, t = 0; j < _yLastIdx && j < _chips[lidx].Length; j++, t++)
{
if (j < 0) continue;
Chip cd = new Chip();
cd.XIdx = lidx; cd.YIdx = j;
cd.ViewX = vpxs[s];
cd.ViewY = vpys[t];
cd.ChipData = _chips[lidx][j];
if (cd.ChipData >= 0 && cd.ChipData < _chipData.Hardness.Length)
cd.Hardness = _chipData.Hardness[cd.ChipData];
else
cd.Hardness = cd.ChipData == 0 ? 0 : 1;
_viewChips.Add(cd);
yield return cd;
}
}
}
else
{
foreach (Chip cd in _viewChips)
{
yield return cd;
}
}
}
public override IEnumerable <Chip> EnumViewChipData()
{
if (_viewChips == null)
{
initChips();
_viewChips = new List <Chip>();
double[] vpxs = new double[_xLastIdx - _xFirstIdx];
double[] vpys = new double[_yLastIdx - _yFirstIdx];
double[] ppxs = new double[_xLastIdx - _xFirstIdx];
double[] ppys = new double[_yLastIdx - _yFirstIdx];
int lidx = _xFirstIdx - (_lastColumnIndex - _chips.Count);
int rlen = _chips.Count > 0 ? _chips[0].Length : 0;
for (int i = _xFirstIdx, s = 0; i < _xLastIdx; i++, lidx++, s++)
{
if (lidx < 0)
{
continue;
}
vpxs[s] = convertIdx2VX(i);
ppxs[s] = vpxs[s] + view.X;
}
for (int j = _yFirstIdx, t = 0; j < _yLastIdx && j < rlen; j++, t++)
{
if (j < 0)
{
continue;
}
vpys[t] = convertIdx2VY(j);
ppys[t] = vpys[t] + view.Y;
}
lidx = _xFirstIdx - (_lastColumnIndex - _chips.Count);
for (int i = _xFirstIdx, s = 0; i < _xLastIdx; i++, lidx++, s++)
{
if (lidx < 0)
{
continue;
}
for (int j = _yFirstIdx, t = 0; j < _yLastIdx && j < _chips[lidx].Length; j++, t++)
{
if (j < 0)
{
continue;
}
Chip cd = new Chip();
cd.XIdx = lidx; cd.YIdx = j;
cd.ViewX = vpxs[s];
cd.ViewY = vpys[t];
cd.ChipData = _chips[lidx][j];
if (cd.ChipData >= 0 && cd.ChipData < _chipData.Hardness.Length)
{
cd.Hardness = _chipData.Hardness[cd.ChipData];
}
else
{
cd.Hardness = cd.ChipData == 0 ? 0 : 1;
}
_viewChips.Add(cd);
yield return(cd);
}
}
}
else
{
foreach (Chip cd in _viewChips)
{
yield return(cd);
}
}
}