public override void DrawCrossSection(IRM21cad2dDrawingContext cadContext,
ref StationOffsetElevation aSOE, int whichSide)
{
base.setupCrossSectionDrawing(cadContext);
cadContext.setElementColor(Color.FromArgb(255, 40, 123, 54));
cadContext.setElementWeight(1.1);
base.DrawCrossSection(cadContext, ref aSOE, whichSide);
}
public override void DrawCrossSection(IRM21cad2dDrawingContext cadContext,
ref StationOffsetElevation aSOE, int whichSide)
{
base.setupCrossSectionDrawing(cadContext);
cadContext.setElementColor(Color.FromArgb(128, 128, 128, 128));
cadContext.setElementWeight(0.75);
cadContext.addToDashArray(5);
SuppressSlopeText = true;
base.DrawCrossSection(cadContext, ref aSOE, whichSide);
}
public void ComplexRibbon_WhenAtStation1550offset18_ElevationChangeIsPlus1p28()
{
String conditionString = "Elevation change is +1.28 when 18.0' rt of station 15+50";
Double expectedDbl = 1.28;
var soe1 = new StationOffsetElevation();
soe1.station = 1550.00;
soe1.offset = 18.0;
soe1.elevation = 0.0;
complexRibbon.accumulateRibbonTraversal(ref soe1);
Double actualDbl = (Double)soe1.elevation;
Assert.AreEqual(expected: expectedDbl, actual: actualDbl, message: conditionString);
}
public override void DrawCrossSection(IRM21cad2dDrawingContext cadContext,
ref StationOffsetElevation aSOE, int whichSide)
{
double LLH = LiederLineHeight;
double ribbonWidth;
double X1 = aSOE.offset;
double Y1 = aSOE.elevation;
this.moveToOuterEdge(ref aSOE, whichSide);
if (X1 == aSOE.offset && Y1 == aSOE.elevation) return;
cadContext.Draw(X1, Y1, aSOE.offset, aSOE.elevation);
return;
}
public override void moveToOuterEdge(ref StationOffsetElevation aSOE, int whichSide)
{
//double traversedWidth;
double? theWidth;
tupleNullableDoubles result;
double? theCrossSlope = getCrossSlope((CogoStation)aSOE.station, out result);
if (result.isSingleValue == false)
{
if (result.ahead != null)
{
theCrossSlope = result.ahead;
}
else if (result.back != null)
{
theCrossSlope = result.back;
}
else
{
throw new NotImplementedException("Width discontinuity is not allowed. This happens at station = " + aSOE.station);
}
}
ptsRay thisAsRay = new ptsRay();
thisAsRay.StartPoint = new ptsPoint(aSOE.offset, 0.0, aSOE.elevation);
thisAsRay.Slope = (double)theCrossSlope;
thisAsRay.advanceDirection = whichSide;
Profile rayAsProfile = this.MyParentPGLgrouping.ParentCorridor.existingGroundProfile.getIntersections(thisAsRay).FirstOrDefault<Profile>();
theWidth = Math.Abs(rayAsProfile.EndProfTrueStation - rayAsProfile.BeginProfTrueStation);
if (theWidth == null) theWidth = 0.0;
aSOE.offset += theWidth * whichSide;
if (theCrossSlope == null) theCrossSlope = 0.0;
aSOE.elevation += theCrossSlope * theWidth;
}
public override ptsPoint getXYZcoordinates(StationOffsetElevation anSOE)
{
Double piOver2 = Math.PI / 2.0;
ptsVector alongVector = new ptsVector(this.BeginAzimuth, anSOE.station - this.BeginStation);
ptsPoint returnPoint = this.BeginPoint + alongVector;
returnPoint.z = anSOE.elevation.EL;
Azimuth perpandicularAzimuth = this.BeginAzimuth + piOver2;
ptsVector perpandicularVector = new ptsVector(perpandicularAzimuth, anSOE.offset.OFST);
returnPoint = returnPoint + perpandicularVector;
return returnPoint;
}
public override void drawHorizontalByOffset(IPersistantDrawer_Cogo drawer, StationOffsetElevation soe1, StationOffsetElevation soe2)
{
ptsPoint startPoint = this.getXYZcoordinates(soe1);
ptsPoint endPoint = this.getXYZcoordinates(soe2);
drawer.PlaceLine(this, startPoint, soe1, endPoint, soe2);
}
public virtual void moveToOuterEdge(ref StationOffsetElevation aSOE, int whichSide)
{
//double traversedWidth;
tupleNullableDoubles result;
double? theWidth = getActualWidth((CogoStation)aSOE.station, out result);
if (result.isSingleValue == false)
{
if (result.ahead !=null)
{
theWidth = result.ahead;
}
else if (result.back != null)
{
theWidth = result.back;
}
else
{
throw new NotImplementedException("Width discontinuity is not allowed. This happens at station = " + aSOE.station);
}
}
double? theCrossSlope = getCrossSlope((CogoStation)aSOE.station, out result);
if (result.isSingleValue == false)
{
if (result.ahead != null)
{
theCrossSlope = result.ahead;
}
else if (result.back != null)
{
theCrossSlope = result.back;
}
else
{
throw new NotImplementedException("Width discontinuity is not allowed. This happens at station = " + aSOE.station);
}
}
if (theWidth == null) theWidth = 0.0;
aSOE.offset += theWidth * whichSide;
if (theCrossSlope == null) theCrossSlope = 0.0;
aSOE.elevation += theCrossSlope * theWidth;
}
public virtual void PersistantDraw(IPersistantDrawer drawer)
{
StationOffsetElevation soe1 = null;
StationOffsetElevation soe2 = new StationOffsetElevation();
var drawPoints = getOutsideEdgeDrawPoints();
if (null == drawPoints) return;
foreach (var sta2 in drawPoints)
{
soe2 = this.getOutsideEdgeStationOffsetElevation(sta2);
if (soe1 != null)
{
Double aveStation = (sta2.trueStation + soe1.station) / 2.0;
HorizontalAlignmentBase HAelement =
this.GoverningAlignment.GetElementByStation(aveStation);
HAelement.drawHorizontalByOffset(drawer, soe1, soe2);
}
soe1 = soe2;
}
}
public virtual ptsPoint getXYZcoordinates(StationOffsetElevation anSOE)
{
return null;
}
public override List<StationOffsetElevation> getStationOffsetElevation(ptsPoint interestPoint)
{
ptsVector arcCenterToInterestPtVector = new ptsVector(this.ArcCenterPt, interestPoint);
Deflection deflToInterestPt = new Deflection(this.BeginRadiusVector.Azimuth, arcCenterToInterestPtVector.Azimuth, true);
int arcDeflDirection = Math.Sign(this.Deflection.getAsDegreesDouble());
if (arcDeflDirection * deflToInterestPt.getAsDegreesDouble() < 0.0)
{
return null;
}
else if (Math.Abs(this.Deflection.getAsDegreesDouble()) - Math.Abs(deflToInterestPt.getAsDegreesDouble()) < 0.0)
{
return null;
}
Double interestLength = this.Length * deflToInterestPt.getAsRadians() / this.Deflection.getAsRadians();
Offset offset = new Offset(arcDeflDirection * (this.Radius - arcCenterToInterestPtVector.Length));
var soe = new StationOffsetElevation(this.BeginStation + interestLength, offset, 0.0);
var returnList = new List<StationOffsetElevation>();
returnList.Add(soe);
return returnList;
}
public int getCrossSlope(StationOffsetElevation soePoint, ref Slope theCrossSlope)
{
StationOffsetElevation workingSOE = new StationOffsetElevation(soePoint);
workingSOE.offset *= myIndex;
IRibbonLike bingoRibbon=null;
// seek the correct ribbon
if (thePGLoffsetRibbon != null)
{
double? pglOffset = thePGLoffsetRibbon.getActualWidth((CogoStation)workingSOE.station);
if (pglOffset != null)
workingSOE.offset -= pglOffset;
}
if (workingSOE.offset > 0.0)
{
if (outsideRibbons == null) return 1;
foreach (var aRibbon in outsideRibbons)
{
aRibbon.accumulateRibbonTraversal(ref workingSOE);
bingoRibbon = aRibbon;
if (workingSOE.offset <= 0.0) break;
}
if (workingSOE.offset > 0.0)
return 1;
}
else if (workingSOE.offset < 0.0)
{
if (insideRibbons == null) return -1;
workingSOE.offset *= -1.0;
foreach (var aRibbon in insideRibbons)
{
aRibbon.accumulateRibbonTraversal(ref workingSOE);
bingoRibbon = aRibbon;
if (workingSOE.offset <= 0.0) break;
}
if (workingSOE.offset > 0.0)
return -1;
}
else
workingSOE.elevation = 0.0;
theCrossSlope = null;
if (bingoRibbon != null)
{
theCrossSlope = bingoRibbon.getCrossSlope((CogoStation) (soePoint.station));
}
return 0;
}
public bool getElevation(ref StationOffsetElevation soePoint)
{
foreach (var pglGr in allPGLgroupings)
{
int isOnThisPGLgrp = pglGr.getElevationFromSOE(ref soePoint);
if (isOnThisPGLgrp == 0)
return true;
}
return false;
}
public void RibbonSingleSimple_WhenAtStation1150offset7RT_ElevationDropIsNeg0p14()
{
String conditionString = "Verify elevation drop is -0.14 when 7.0' rt of station 11+50";
Double expectedDbl = -0.14;
var soe1 = new StationOffsetElevation();
soe1.station = 1150.00;
soe1.offset = 7.0;
soe1.elevation = 0.0;
simpleRibbon.accumulateRibbonTraversal(ref soe1);
Double actualDbl = soe1.elevation;
Assert.AreEqual(expected: expectedDbl, actual: actualDbl, message: conditionString);
}
public override List<StationOffsetElevation> getStationOffsetElevation(ptsPoint interestPoint)
{
ptsVector BeginToInterestPtVector = new ptsVector(this.BeginPoint, interestPoint);
Deflection BeginToInterestDeflection = new Deflection(this.BeginAzimuth, BeginToInterestPtVector.Azimuth, true);
if (Math.Abs(BeginToInterestDeflection.getAsDegreesDouble()) > 90.0)
return null;
ptsVector EndToInterestPtVector = new ptsVector(this.EndPoint, interestPoint);
Deflection EndToInterestDeflection = new Deflection(this.EndAzimuth, EndToInterestPtVector.Azimuth, true);
if (Math.Abs(EndToInterestDeflection.getAsDegreesDouble()) < 90.0)
return null;
Double length = BeginToInterestPtVector.Length * Math.Cos(BeginToInterestDeflection.getAsRadians());
Double theStation = this.BeginStation + length;
Double offset = BeginToInterestPtVector.Length * Math.Sin(BeginToInterestDeflection.getAsRadians());
var soe = new StationOffsetElevation(this.BeginStation + length, offset, 0.0);
var returnList = new List<StationOffsetElevation>();
returnList.Add(soe);
return returnList;
}
public void RibbonSingleSimple_WhenAtStation1150offset14_OffsetRemainderIs2()
{
String conditionString = "At 14 ft right of 11+50, offset has remainder value of 2.0.";
Double expectedDbl = 2.0;
var soe1 = new StationOffsetElevation();
soe1.station = 1150.00;
soe1.offset = 14.0;
soe1.elevation = 0.0;
simpleRibbon.accumulateRibbonTraversal(ref soe1);
Double actualDbl = soe1.offset;
Assert.AreEqual(expected: expectedDbl, actual: actualDbl, message: conditionString);
}
public void HorizontalAlignment_givenStationOffsetValues_getXYvalues()
{
bool allValuesAgree = true;
List<IRM21fundamentalGeometry> fundmtlGeoms = createTestHA_fundGeom1();
rm21HorizontalAlignment HA = new rm21HorizontalAlignment(
fundamentalGeometryList: fundmtlGeoms,
Name: null, stationEquationing: null);
StationOffsetElevation anSOE = new StationOffsetElevation();
// test a point right of the second line segment (the third segment)
anSOE.station = 3611.75; anSOE.offset.OFST = 238.949;
ptsPoint anXYpoint = HA.getXYZcoordinates(anSOE);
if (anXYpoint != null)
{
allValuesAgree &= anXYpoint.x.tolerantEquals(6180.0, 0.014);
allValuesAgree &= anXYpoint.y.tolerantEquals(4460.0, 0.014);
allValuesAgree &= anXYpoint.z.tolerantEquals(0.0, 0.000001);
}
else
{
allValuesAgree = false;
}
// test a point right of the second arc (the fourth segment)
anSOE.station = 4469.2978; anSOE.offset.OFST = 138.1336;
anXYpoint = HA.getXYZcoordinates(anSOE);
if (anXYpoint != null)
{
allValuesAgree &= anXYpoint.x.tolerantEquals(7062.3839, 0.014);
allValuesAgree &= anXYpoint.y.tolerantEquals(4636.0766, 0.014);
allValuesAgree &= anXYpoint.z.tolerantEquals(0.0, 0.000001);
}
else
{
allValuesAgree = false;
}
Assert.IsTrue(allValuesAgree);
}
public void HorizontalAlignment_buildFreehand_PointIs8LeftOf2000()
{
var HA = buildFrehandHAforTesting();
Assert.IsNotNull(HA);
StationOffsetElevation soe = new StationOffsetElevation(2000.0, -8.0, 0.0);
var pt = HA.getXYZcoordinates(soe);
Double expectedX = 2084191.011134;
Double actualX = pt.x;
Assert.AreEqual(expected: expectedX, actual: actualX, delta: 0.0025);
Double expectedY = 741266.52458;
Double actualY = pt.y;
Assert.AreEqual(expected: expectedY, actual: actualY, delta: 0.0025);
}
internal void DrawCrossSection(IRM21cad2dDrawingContext cadContext, Profile existingGroundProfile,
CogoStation station, int whichSide_)
{
int whichSide = Math.Sign(whichSide_);
StationOffsetElevation StaOffEL =
new StationOffsetElevation(station.trueStation, 0.0, 0.0);
if (pglProfile != null)
StaOffEL.elevation = pglProfile.getElevation(station);
if (thePGLoffsetRibbon != null)
thePGLoffsetRibbon.DrawCrossSection(cadContext, ref StaOffEL, whichSide);
if (insideRibbons != null)
{
double pglOffset = StaOffEL.offset;
double pglElevation = StaOffEL.elevation;
foreach (var aRibbon in insideRibbons)
{
aRibbon.DrawCrossSection(cadContext, ref StaOffEL, -1 * whichSide);
}
StaOffEL.offset = pglOffset;
StaOffEL.elevation = pglElevation;
}
if (outsideRibbons != null)
{
foreach (var aRibbon in outsideRibbons)
{
aRibbon.DrawCrossSection(cadContext, ref StaOffEL, whichSide);
}
}
}
//public void accumulateRibbonTraversal(ref StationOffsetElevation aSOE);
/// <summary>
/// Gets the elevation of a point on the PGLgrouping
/// if the point is on the grouping. If the point is off the grouping to
/// the left, return -1. If it is off the grouping to the right,
/// retrun +1.
/// </summary>
/// <param name="soePoint">Reads station and offset.
/// Sets elevation.</param>
/// <returns>0 if the point is on the PGLgrouping
/// -1 if the point is left of the grouping
/// +1 if the point is right of the grouping</returns>
public int getElevationFromSOE(ref StationOffsetElevation soePoint)
{
StationOffsetElevation workingSOE = new StationOffsetElevation(soePoint);
workingSOE.offset *= myIndex;
// seek the correct ribbon
if (thePGLoffsetRibbon != null)
{
double? pglOffset = thePGLoffsetRibbon.getActualWidth((CogoStation)workingSOE.station);
if (pglOffset != null)
workingSOE.offset -= pglOffset;
}
if (workingSOE.offset > 0.0)
{
if (outsideRibbons == null) return 1;
foreach (var aRibbon in outsideRibbons)
{
aRibbon.accumulateRibbonTraversal(ref workingSOE);
if (workingSOE.offset <= 0.0) break;
}
if (workingSOE.offset > 0.0)
return 1;
}
else if (workingSOE.offset < 0.0)
{
if (insideRibbons == null) return -1;
workingSOE.offset *= -1.0;
foreach (var aRibbon in insideRibbons)
{
aRibbon.accumulateRibbonTraversal(ref workingSOE);
if (workingSOE.offset <= 0.0) break;
}
if (workingSOE.offset > 0.0)
return -1;
}
else
workingSOE.elevation = 0.0;
soePoint.elevation = workingSOE.elevation;
return 0;
}
public override ptsPoint getXYZcoordinates(StationOffsetElevation anSOE)
{
if (anSOE.station < this.BeginStation || anSOE.station > this.EndStation)
return null;
ptsPoint returnPoint = new ptsPoint();
foreach (var segment in this.allChildSegments)
{
if (anSOE.station < segment.EndStation)
{
return segment.getXYZcoordinates(anSOE);
}
}
return null;
}
public override ptsPoint getXYZcoordinates(StationOffsetElevation anSOE)
{
if (anSOE.station < this.BeginStation || anSOE.station > this.EndStation)
return null;
Double lengthIntoCurve = anSOE.station - this.BeginStation;
Deflection deflToSOEpoint = new Deflection(this.BeginDegreeOfCurve.getAsRadians() * lengthIntoCurve / 100.0, this.deflDirection);
Azimuth ccToSOEpointAzimuth = this.BeginRadiusVector.Azimuth + deflToSOEpoint;
Double ccToSOEpointDistance = this.Radius - this.deflDirection * anSOE.offset.OFST;
ptsVector ccToSOEpoint = new ptsVector(ccToSOEpointAzimuth, ccToSOEpointDistance);
return this.ArcCenterPt + ccToSOEpoint;
}
public ptsPoint getXYZcoordinates(double station, double offset, double elevation)
{
var anSOE = new StationOffsetElevation(station, new Offset(offset), new Elevation(elevation));
return getXYZcoordinates(anSOE);
}
public void ComplexRibbon_WhenAtStation1550offset18_remainderOffsetIs2()
{
String conditionString = "Offset remainder is 2.0 when 18.0' rt of station 15+50";
Double expectedDbl = 2.0;
var soe1 = new StationOffsetElevation();
soe1.station = 1550.00;
soe1.offset = 18.0;
soe1.elevation = 0.0;
complexRibbon.accumulateRibbonTraversal(ref soe1);
Double actualDbl = (Double)soe1.offset;
Assert.AreEqual(expected: expectedDbl, actual: actualDbl, message: conditionString);
}
public bool getCrossSlope(StationOffsetElevation soePoint, ref Slope xSlope)
{
foreach (var pglGr in allPGLgroupings)
{
int isOnThisPGLgrp = pglGr.getCrossSlope(soePoint, ref xSlope);
if (isOnThisPGLgrp == 0)
return true;
}
return false;
}
public virtual void accumulateRibbonTraversal(ref StationOffsetElevation aSOE)
{
double traversedWidth;
tupleNullableDoubles result;
double? availableWidth = getActualWidth((CogoStation) aSOE.station, out result);
if (result.isSingleValue == false)
{ throw new NotImplementedException("Width discontinuity is not allowed. This happens at station = " + aSOE.station);}
double? crossSlope = getCrossSlope((CogoStation)aSOE.station, out result);
if (result.isSingleValue == false)
{ throw new NotImplementedException("Cross slope discontinuity is not allowed. This happens at station = " + aSOE.station); }
if (availableWidth == null) availableWidth = 0.0;
if ((double)availableWidth > aSOE.offset)
{
traversedWidth = aSOE.offset;
aSOE.offset = 0.0;
}
else
{
traversedWidth = (double) availableWidth;
aSOE.offset -= traversedWidth;
}
if (crossSlope == null) crossSlope = 0.0;
if (aSOE.elevation == null) aSOE.elevation = new Elevation(0.0);
aSOE.elevation += traversedWidth * (double)crossSlope;
}
/* * /
public bool isUnitUSsurveyFoot { get { return thisUnit == Unit.SurveyFoot; } set { thisUnit = Unit.SurveyFoot; } }
public bool isUnitFoot { get; set; }
public bool isUnitMeter { get; set; }
private enum Unit{Meter, Foot, SurveyFoot}
private HorizontalAlignmentBase.Unit thisUnit { get; set; } /* */
public virtual void drawHorizontalByOffset(IPersistantDrawer_Cogo drawer, StationOffsetElevation soe1, StationOffsetElevation soe2)
{
}
public virtual void DrawCrossSection(IRM21cad2dDrawingContext cadContext,
ref StationOffsetElevation aSOE, int whichSide)
{
double LLH = LiederLineHeight;
double ribbonWidth;
double X1 = aSOE.offset;
double Y1 = aSOE.elevation;
this.moveToOuterEdge(ref aSOE, whichSide);
if (X1 == aSOE.offset && Y1 == aSOE.elevation) return;
cadContext.Draw(X1, Y1, aSOE.offset, aSOE.elevation);
setupCrossSectionDrawing(cadContext);
ribbonWidth = Math.Abs(aSOE.offset - X1);
cadContext.setElementWeight(0.8);
cadContext.setElementColor(Color.FromArgb(124, 255, 255, 255));
cadContext.Draw(X1, LLH + 0.5, aSOE.offset, LLH + 0.5);
cadContext.Draw(aSOE.offset, 0.5, aSOE.offset, LLH + 1.5);
string widthStr = (Math.Round(ribbonWidth*10)/10).ToString();
cadContext.Draw(widthStr, X1 + whichSide * ribbonWidth / 2, LLH + 0.5, 0.0);
if (false == SuppressSlopeText)
{
Slope mySlope = new Slope((aSOE.elevation - Y1) / (aSOE.offset - X1));
if (whichSide > 0)
cadContext.Draw(mySlope.ToString(),
(X1 + aSOE.offset) / 2,
(Y1 + aSOE.elevation) / 2,
mySlope.getAsDegreesDouble());
else
cadContext.Draw(mySlope.FlipDirection().ToString(),
(X1 + aSOE.offset) / 2,
(Y1 + aSOE.elevation) / 2,
mySlope.getAsDegreesDouble());
}
SuppressSlopeText = false;
}
public StationOffsetElevation getOutsideEdgeStationOffsetElevation(CogoStation sta)
{
StationOffsetElevation returnItem = new StationOffsetElevation();
returnItem.station = sta.trueStation;
returnItem.offset = this.myOffsets.getElevation(sta);
returnItem.elevation = 0.0;
return returnItem;
}
public StationOffsetElevation(StationOffsetElevation soeOther)
{
station = soeOther.station;
offset = soeOther.offset;
elevation = soeOther.elevation;
}