private void SetCurrentSlopeUI(SlopeLine spl)
{
var xdata = spl.XData;
var s = SlopeData.Combine(xdata.Slopes, xdata.Platforms, true);
SetDGVDataSource(spl, s);
}
/// <summary> 提取指定边坡集合中的所有的防护形式（挂网喷锚_6 与 挂网喷锚_9 并不会合并） </summary>
public static string[] GetProtectionTypes(IEnumerable <SlopeData> slopeDatas)
{
return(slopeDatas
.SelectMany(r => SlopeData.Combine(r.Slopes, r.Platforms, false))
.Select(r => r.ProtectionMethod)
.Where(r => !string.IsNullOrEmpty(r))
.Distinct()
.ToArray());
}
private void ChangeSelectedSlopeProtection(ISlopeSeg baseSeg)
{
var changedSlp = dgv.Tag as SlopeLine;
var changedXdata = changedSlp.XData;
var seperateFillCut = checkBox_SeperateFillCut.Checked; // 在统一修改时区分填方与挖方
//
foreach (SlopeLine slp in listBox_slopes.SelectedItems)
{
var xdata = slp.XData;
if (!seperateFillCut || changedXdata.FillCut == xdata.FillCut)
{
var slopes = SlopeData.Combine(slp.XData.Slopes, slp.XData.Platforms, false);
foreach (var s in slopes)
{
if (s.Type == baseSeg.Type && s.Index == baseSeg.Index)
{
s.ProtectionMethod = baseSeg.ProtectionMethod;
}
}
}
}
}
/// <summary> 从边坡线所绑定的防护方式的文字对象来设置防护 </summary>
public ExternalCmdResult FlushProtection(DocumentModifier docMdf, SelectionSet impliedSelection)
{
_docMdf = docMdf;
SQUtils.SubgradeEnvironmentConfiguration(docMdf);
// var allSections = ProtectionUtils.GetAllSections(docMdf);
var slopeLines = SQUtils.SelecteExistingSlopeLines(docMdf, left: null, sort: true);
// 从文字中提取边坡防护方式的数据
foreach (var slp in slopeLines)
{
var xdata = slp.XData;
var slpSegs = SlopeData.Combine(xdata.Slopes, xdata.Platforms, sort: false);
foreach (var s in slpSegs)
{
SlopeLine.ExtractProtectionFromText(s, _docMdf.acDataBase);
}
// 将数据保存下来
slp.Pline.UpgradeOpen();
slp.FlushXData();
slp.Pline.DowngradeOpen();
}
return(ExternalCmdResult.Commit);
}
/// <summary> 根据前后边坡对象构造二维边坡系统 </summary>
private void ConstructSlopeSystem()
{
double backBaseHeight = Math.Abs(_backSlope.RetainingWallHeight);
// 后方边坡
double innerLength = backBaseHeight; // 斜坡长度
double outterLength = innerLength; // 斜坡长度
var backSign = _backSlope.FillCut ? -1 : 1;
_backSlopePoints = new Dictionary <double, Point2d[]>();
var segs = SlopeData.Combine(_backSlope.Slopes, _backSlope.Platforms, true);
foreach (var bs in segs)
{
if (bs.Type == SlopeSegType.边坡)
{
outterLength = innerLength + bs.Length;
_backSlopePoints.Add(bs.Index,
new Point2d[]
{ new Point2d(_backStation, backSign * innerLength), new Point2d(_backStation, backSign * outterLength) });
innerLength = outterLength;
}
else
{
// Point2d[] 数组中两个值是相同的
_backSlopePoints.Add(-bs.Index,
new Point2d[]
{ new Point2d(_backStation, backSign * innerLength), new Point2d(_backStation, backSign * innerLength) });
}
}
//_maxBackSlopeIndex = _backSlope.Slopes.Count > 0 ? _backSlope.Slopes.Last().Index : 0;
// _backEdge = _maxBackSlopeIndex > 0 ? _backSlopePoints[_maxBackSlopeIndex][1] : new Point2d(_backStation, 0);
_backEdge = new Point2d(_backStation, backSign * outterLength);
// 前方边坡
var frontSign = _frontSlope.FillCut ? -1 : 1;
double frontBaseHeight = Math.Abs(_frontSlope.RetainingWallHeight);
innerLength = frontBaseHeight;
outterLength = innerLength;
_frontSlopePoints = new Dictionary <double, Point2d[]>();
segs = SlopeData.Combine(_frontSlope.Slopes, _frontSlope.Platforms, true);
foreach (var bs in segs)
{
if (bs.Type == SlopeSegType.边坡)
{
outterLength = innerLength + bs.Length;
_frontSlopePoints.Add(bs.Index,
new Point2d[]
{
new Point2d(_frontStation, frontSign * innerLength), new Point2d(_frontStation, frontSign * outterLength)
});
innerLength = outterLength;
}
else
{
// Point2d[] 数组中两个值是相同的
_frontSlopePoints.Add(-bs.Index,
new Point2d[]
{ new Point2d(_frontStation, frontSign * innerLength), new Point2d(_frontStation, frontSign * innerLength) });
}
}
//_maxFrontSlopeIndex = _frontSlope.Slopes.Count > 0 ? _frontSlope.Slopes.Last().Index : 0;
// _frontEdge = _maxFrontSlopeIndex > 0 ? _frontSlopePoints[_maxFrontSlopeIndex][1] : new Point2d(_frontStation, 0);
_frontEdge = new Point2d(_frontStation, frontSign * outterLength);
// 开口线
_开口线 = new Line2d(_backEdge, _frontEdge);
}