public void TestGetRings()
{
var pq0 = new Piquet {
Name = "0", Step = 0, X = 0, Y = 0, Z = 0
};
var pqList = new List <Piquet> {
pq0
};
TopoLib.GetTrace(_trcLst, pqList, pq0);
var rings = TopoLib.GetAllRing(_trcLst, pqList, pq0);
var result = true;
if (rings.Count > 0)
{
foreach (var ring in rings)
{
var start = ring.Points.First();
var end = ring.Points.Last();
result = result &&
(_trcLst.Exists(
trc =>
trc.From == start.Name && trc.To == end.Name ||
trc.From == end.Name && trc.To == start.Name));
}
}
Assert.AreEqual(result, true);
}
public void TestGetTrace()
{
var pq0 = new Piquet {
Name = "0", Step = 0, X = 0, Y = 0, Z = 0
};
var res = new List <Piquet> {
pq0
};
TopoLib.GetTrace(_trcLst, res, pq0);
var deltaX = 0D;
var deltaY = 0D;
foreach (var piquet in res)
{
var pq = piquet;
foreach (var piquet1 in _piqLst.Where(p => p.Name == pq.Name))
{
deltaX += Math.Abs(pq.X - piquet1.X);
deltaY += Math.Abs(pq.Y - piquet1.Y);
}
}
//var a = Math.Sqrt(deltaX*deltaX + deltaY*deltaY)/_trcLst.Sum(tr => tr.Tape);//==0.0196 (1.96 %)
var bResult = res.Count == 19 && Math.Sqrt(deltaX * deltaX + deltaY * deltaY) / _trcLst.Sum(tr => tr.Tape) < 0.04;
Assert.AreEqual(bResult, true);
}
public void TestPiquetsCorrection()
{
var pq0 = new Piquet {
Name = "0", Step = 0, X = 0, Y = 0, Z = 0
};
var pqList = new List <Piquet> {
pq0
};
TopoLib.GetTrace(_trcLst, pqList, pq0);
var sumBefore = 0D;
foreach (var piquet in pqList)
{
sumBefore += _piqLst.Where(p => p.Name == piquet.Name)
.Sum(piquet1 =>
(Math.Abs(piquet.X - piquet1.X) + Math.Abs(piquet.Y - piquet1.Y) +
Math.Abs(piquet.Z - piquet1.Z)));
}
var rings = TopoLib.GetAllRing(_trcLst, pqList, pq0);
foreach (var ring in rings)
{
foreach (var point in ring.Points)
{
var piquet = pqList.Find(p => p.Name == point.Name);
piquet.Correct(point.Offset);
TopoLib.PiquetsCorrection(ring, _trcLst, pqList, piquet, point.Offset);
}
}
var sumAfter = 0D;
foreach (var piquet in pqList)
{
sumAfter += _piqLst.Where(p => p.Name == piquet.Name)
.Sum(piquet1 =>
(Math.Abs(piquet.X - piquet1.X) + Math.Abs(piquet.Y - piquet1.Y) +
Math.Abs(piquet.Z - piquet1.Z)));
}
var result = Math.Abs(sumBefore - sumAfter) > MathConst.Accuracy;
Assert.AreEqual(result, true);
}
public void TestGetString()
{
var pq0 = new Piquet {
Name = "0", Step = 0, X = 0, Y = 0, Z = 0
};
var pqList = new List <Piquet> {
pq0
};
TopoLib.GetTrace(_trcLst, pqList, pq0);
var pqTemp = new List <Piquet> {
pqList[0]
};
var res = TopoLib.GetString(pqTemp, _trcLst, pqList[0], pqList);
var result = res.Count <= _trcLst.Count && pqTemp.Count == pqList.Count;
Assert.AreEqual(result, true);
}
public void TestGetRingLength()
{
var pq0 = new Piquet {
Name = "0", Step = 0, X = 0, Y = 0, Z = 0
};
var pqList = new List <Piquet> {
pq0
};
TopoLib.GetTrace(_trcLst, pqList, pq0);
var rings = TopoLib.GetAllRing(_trcLst, pqList, pq0);
var lengths = new List <double>();
if (rings.Count > 0)
{
lengths.AddRange(rings.Select(ring => TopoLib.GetRingLength(ring, _trcLst)));
}
Assert.AreEqual(lengths[0], 15.1);
}
public void TestGetRingOffset()
{
var pq0 = new Piquet {
Name = "0", Step = 0, X = 0, Y = 0, Z = 0
};
var pqList = new List <Piquet> {
pq0
};
TopoLib.GetTrace(_trcLst, pqList, pq0);
var rings = TopoLib.GetAllRing(_trcLst, pqList, pq0);
var offsets = new List <Vector>();
if (rings.Count > 0)
{
offsets.AddRange(rings.Select(ring => TopoLib.GetRingOffset(ring, _trcLst, pqList)));
}
var result = offsets[0].Length - 0.0343 < 0.001 && offsets[0].Teta < MathConst.Accuracy &&
Math.Abs(offsets[0].Fi) - 73 < 0.1;
Assert.AreEqual(result, true);
}