public RaySheet(CogoStation beginStation, CogoStation endStation, Slope initialSlope)
{
interpretWidths = new Profile(beginStation, endStation, (double) enmWidthInterpret.HorizontalOnly);
Widths = null;
interpretCrossSlopes = new Profile(beginStation, endStation, (double)enmCrossSlopeInterpret.xPercentage);
CrossSlopes = new Profile(beginStation, endStation, initialSlope);
LiederLineHeight = 5.0;
}
public Profile getSectionProfile(ptsPoint BeginPoint, double startStation, ptsPoint EndPoint)
{
if (null == theProfile)
{
theProfile = new Profile(startStation, Math.Abs(startStation), 10.0);
}
return theProfile;
}
public ProfileVPI_VM(Profile aProfile)
: base(null)
{
theProfile_ = aProfile;
rawVPI_VM = new ObservableCollection<RawVPI_VM>();
foreach (var aRawVPI in theProfile_.VpiList.theVPIs)
{
rawVPI_VM.Add(new RawVPI_VM(aRawVPI));
}
}
public void arithmaticAdd_computesCorrectElevation_whenBothProfilesAreOnVerticalCurves_subtract()
{
CogoStation sta = new CogoStation(1950.0);
double el1 = (double)profile1.getElevation(sta);
double el2 = (double)profile2.getElevation(sta);
double expectedValue = el1 - el2;
resultingProfile = Profile.arithmaticAddProfile(profile1, profile2, -1.0);
double computedElevation = (double)resultingProfile.getElevation(sta);
Assert.AreEqual(expectedValue, computedElevation, doubleDelta);
}
public ribbonBase(CogoStation beginStation, CogoStation endStation, double initialWidth, Slope initialSlope)
{
if (null == beginStation) throw new ArgumentNullException("beginStation");
if (null == endStation) throw new ArgumentNullException("endStation");
interpretWidths = new Profile(beginStation, endStation, (double) enmWidthInterpret.HorizontalOnly);
NominalWidth = initialWidth;
Widths = new Profile(beginStation, endStation, initialWidth);
interpretCrossSlopes = new Profile(beginStation, endStation, (double)enmCrossSlopeInterpret.xPercentage);
NominalCrossSlope = initialSlope;
resetCrossSlopes();
LiederLineHeight = 5.0;
}
private static List<CogoStation> mergeStationLists(Profile First, Profile Other)
{
List<Double> listOfDoubles = First.allVCs.Select(vc => vc.BeginStation.trueStation).ToList();
listOfDoubles = listOfDoubles.Union(First.allVCs.Select(vc => vc.EndStation.trueStation).ToList()).ToList();
listOfDoubles = listOfDoubles.Union(Other.allVCs.Select(vc => vc.BeginStation.trueStation).ToList()).ToList();
listOfDoubles = listOfDoubles.Union(Other.allVCs.Select(vc => vc.EndStation.trueStation).ToList()).ToList();
listOfDoubles = listOfDoubles.OrderBy(sta => sta).ToList();
List<CogoStation> listOfStations = new List<CogoStation>();
foreach (Double aStationDbl in listOfDoubles)
{
listOfStations.Add((CogoStation) aStationDbl);
}
return listOfStations;
}
public static void generateProfileInstatingCodeToAidTesting(Profile aProf)
{
long index = 0;
StringBuilder instantiationCode = new StringBuilder();
instantiationCode.AppendLine(" {");
instantiationCode.AppendLine(" Profile aPfl = new Profile();");
instantiationCode.AppendLine(" ");
foreach (var aVC in aProf.allVCs)
{
instantiationCode.AppendLine(" ");
instantiationCode.Append(" // Add a Segment: No ");
instantiationCode.AppendLine(index.ToString());
instantiationCode.AppendLine(" aPfl.addSegment(");
instantiationCode.Append(" (CogoStation) ");
instantiationCode.Append(aVC.BeginStation.trueStation.ToString());
instantiationCode.AppendLine(", // BeginStation");
instantiationCode.Append(" ");
instantiationCode.Append(aVC.BeginElevation.ToString());
instantiationCode.Append(", // BeginElevation -- EndElevation = ");
instantiationCode.AppendLine(aVC.EndElevation.ToString());
instantiationCode.Append(" ");
instantiationCode.Append(aVC.BeginSlope.ToString());
instantiationCode.AppendLine(", // BeginSlope");
instantiationCode.Append(" ");
instantiationCode.Append(aVC.EndSlope.ToString());
instantiationCode.Append(", // EndSlope -- KValue = ");
instantiationCode.AppendLine(aVC.Kvalue.ToString());
instantiationCode.Append(" ");
instantiationCode.Append(aVC.Length.ToString());
instantiationCode.AppendLine(", // Length");
instantiationCode.Append(" ");
instantiationCode.Append(lowerCaseToString(aVC.IsBeginPINC));
instantiationCode.AppendLine(", // IsBeginPINC");
instantiationCode.Append(" ");
instantiationCode.Append(lowerCaseToString(aVC.IsEndPINC));
instantiationCode.AppendLine(", // IsEndPINC");
instantiationCode.Append(" ");
instantiationCode.Append(lowerCaseToString(aVC.IsaProfileGap));
instantiationCode.AppendLine("); // IsaProfileGap");
index++;
}
instantiationCode.AppendLine(" }");
try
{
System.Windows.Forms.Clipboard.SetText(instantiationCode.ToString());
}
catch (Exception e) { string ignoreExcepton = e.Message; }
}
public void fixedBug2012011_1()
{
Profile pfl2 = new Profile();
pfl2.addSegment(
(CogoStation) 1000, // BeginStation
12, // BeginElevation -- EndElevation = 12
0, // BeginSlope
0, // EndSlope -- KValue = Infinity
9000, // Length
false, // IsBeginPINC
false, // IsEndPINC
false); // IsaProfileGap
Profile pfl1 = new Profile();
// Add a Segment: No 0
pfl1.addSegment(
(CogoStation)1000, // BeginStation
0, // BeginElevation -- EndElevation = 0
0, // BeginSlope
0, // EndSlope -- KValue = 0
1235, // Length
false, // IsBeginPINC
true, // IsEndPINC
false); // IsaProfileGap
// Add a Segment: No 1
pfl1.addSegment(
(CogoStation)2235, // BeginStation
0, // BeginElevation -- EndElevation = 12
0.0375, // BeginSlope
0.0375, // EndSlope -- KValue = 0
320, // Length
true, // IsBeginPINC
false, // IsEndPINC
false); // IsaProfileGap
// Add a Segment: No 2
pfl1.addSegment(
(CogoStation)2555, // BeginStation
12, // BeginElevation -- EndElevation = 27
0.0375, // BeginSlope
0.0375, // EndSlope -- KValue = 0
400, // Length
false, // IsBeginPINC
true, // IsEndPINC
false); // IsaProfileGap
// Add a Segment: No 3
pfl1.addSegment(
(CogoStation)2955, // BeginStation
27, // BeginElevation -- EndElevation = 27
0, // BeginSlope
0, // EndSlope -- KValue = 0
5095, // Length
true, // IsBeginPINC
true, // IsEndPINC
false); // IsaProfileGap
// Add a Segment: No 4
pfl1.addSegment(
(CogoStation)8050, // BeginStation
27, // BeginElevation -- EndElevation = 0
-26999.9999944994, // BeginSlope
-26999.9999944994, // EndSlope -- KValue = 0
0.00100000000020373, // Length
true, // IsBeginPINC
true, // IsEndPINC
false); // IsaProfileGap
// Add a Segment: No 5
pfl1.addSegment(
(CogoStation)8050.001, // BeginStation
0, // BeginElevation -- EndElevation = 0
0, // BeginSlope
0, // EndSlope -- KValue = 0
1949.999, // Length
true, // IsBeginPINC
false, // IsEndPINC
false); // IsaProfileGap
Profile pflResult = Profile.arithmaticAddProfile(pfl1, pfl2, -1.0);
double actualElevation = (double)pflResult.getElevation((CogoStation)5000);
double expectedElevation = 15.0;
Assert.AreEqual(expectedElevation, actualElevation, 0.000001);
}
public void DrawCrossSection(IRM21cad2dDrawingContext cadContext, CogoStation station)
{
if (allPGLgroupings != null)
{
if (null != existingGroundSurface)
{
ptsPoint leftEndPt = null;
ptsPoint rightEndPt = null;
double distancetoLeftPoint = -200.0;
if (Alignment.GetType is ptsCogo.Horizontal.rm21HorizontalAlignment)
{
((ptsCogo.Horizontal.rm21HorizontalAlignment)Alignment).getCrossSectionEndPoints(station,
out leftEndPt, distancetoLeftPoint, out rightEndPt, Math.Abs(distancetoLeftPoint));
}
existingGroundProfile = existingGroundSurface.getSectionProfile(leftEndPt, distancetoLeftPoint, rightEndPt);
}
DrawExistingGroundLine(cadContext, existingGroundProfile);
DrawCenterLineAnnotationelementsForXS(cadContext, station);
foreach (var pglGrouping in allPGLgroupings)
{
pglGrouping.DrawCrossSection(cadContext, existingGroundProfile, station, pglGrouping.myIndex);
}
}
}
public void setSectionProfileForMocking(Profile aProfileForMocking)
{
theProfile = aProfileForMocking;
}
public void resetCrossSlopes()
{
CrossSlopes = new Profile(this.BeginStation, this.EndStation, NominalCrossSlope);
}
public void Profile_Constraints_createAsUnconstrainedSingleValue_CreateSuccessful()
{
pfl21 = null;
pfl21 = new Profile((CogoStation)0.0, (CogoStation)0.0, 12.0, unconstrained: true);
Assert.IsTrue(pfl21.BeginIsUnconstrained && pfl21.EndIsUnconstrained);
}
public void Profile_Constraints_createAsUnconstrained_createSuccessful()
{
pfl21 = null;
pfl21 = new Profile(unconstrained: true);
Assert.IsNotNull(pfl21);
}
public void Profile_Constraints_constrainedBothUnconstrainedEnd_getValueAfterEnd_is14_complex()
{
pfl21 = null;
pfl21 = new Profile((CogoStation)1000.0, (CogoStation)2000.0, 12.0, true);
pfl21.appendStationAndElevation((CogoStation)2100.0, 18.0);
pfl21.appendStationAndElevation((CogoStation)2200.0, 20.0);
pfl21.appendStationAndElevation((CogoStation)2300.0, 14.0);
double? actual = pfl21.getElevation((CogoStation)2150.0);
double expected = 19.0;
Assert.AreEqual(expected, actual, 0.000001);
actual = pfl21.getElevation((CogoStation)500.0);
Assert.IsNotNull(actual);
expected = 12.0;
Assert.AreEqual(expected, actual, 0.000001);
}
public void Profile_Constraints_constrainedSingleValue_getValuePastEnd()
{
pfl21 = null;
pfl21 = new Profile((CogoStation)0.0, (CogoStation)0.0, 12.0, unconstrained: false);
double? actual = pfl21.getElevation((CogoStation)1000.0);
Assert.IsNull(actual);
}
public void Profile_Constraints_constrainedBeginUnconstrainedEnd_getValueBeforeBegin_isNull()
{
pfl21 = null;
pfl21 = new Profile((CogoStation)1000.0, (CogoStation)2000.0, 12.0);
pfl21.EndIsUnconstrained = true;
double? actual = pfl21.getElevation((CogoStation)500.0);
Assert.IsNull(actual);
}
public void Profile_Constraints_constrainedBeginUnconstrainedEnd_getValueAfterEnd_is12()
{
pfl21 = null;
pfl21 = new Profile((CogoStation)1000.0, (CogoStation)2000.0, 12.0);
pfl21.EndIsUnconstrained = true;
double? actual = pfl21.getElevation((CogoStation)2500.0);
Assert.IsNotNull(actual);
double expected = 12.0;
Assert.AreEqual(expected, actual, 0.000001);
}
public void ProfilesTestSetup()
{
var aVpiList = new vpiList();
aVpiList.add(1062.50, 12.0);
aVpiList.add(1120.00, 12.0);
aVpiList.add(1220.00, 15.0);
aVpiList.add(1315.00, 15.0);
aVpiList.add(1345.00, 10.0);
aVpiList.add(1365.00, 10.0);
aVpiList.add(1400.00, 10.0);
aVpiList.add(2000.00, 14.0, 200);
aVpiList.add(2500.00, 9.0);
aVpiList.add(3000.00, 4.0);
profile1 = new Profile(aVpiList);
aVpiList = new vpiList();
aVpiList.add(1062.50, 12.0);
aVpiList.add(1120.00, 12.0);
aVpiList.add(1220.00, 15.0);
aVpiList.add(1250.00, 15.0);
aVpiList.add(1340.00, 10.0);
aVpiList.add(1365.00, 10.0);
aVpiList.add(1400.00, 10.0);
aVpiList.add(2000.00, 14.0, 200);
aVpiList.add(2500.00, 9.0);
aVpiList.add(3000.00, 4.0);
profile2 = new Profile(aVpiList);
pfl1Setup();
pfl2Setup();
pfl3Setup();
pfl4and5Setup();
pfl6_7and8Setup();
pfl9Setup();
ray1.StartPoint = new ptsPoint(1100.0, 0.0, 10.0);
ray1.Slope = new Slope(1.00);
ray1.HorizontalDirection = null;
ray2.StartPoint = new ptsPoint(1312.0, 0.0, 15.2);
ray2.Slope = new Slope(-1.0 / 7.0);
ray2.HorizontalDirection = null;
ray3.StartPoint = new ptsPoint(1312.0, 0.0, 15.2);
ray3.Slope = new Slope(+1.0 / 7.0);
ray3.HorizontalDirection = null;
ray4.StartPoint = new ptsPoint(1880.0, 0.0, 13.54533333333);
ray4.Slope = new Slope(-0.02 / 100.0);
ray4.HorizontalDirection = null;
ray5.StartPoint = new ptsPoint(1976.600, 0.0, 13.50);
ray5.Slope = new Slope(-0.06 / 100.0);
ray5.advanceDirection = -1;
ray5.HorizontalDirection = null;
}
private static Profile scaleAprofile(Profile ProfileToScale, double scaleSecondProfile)
{
if (null == ProfileToScale) throw new ArgumentNullException();
Profile retProfile = new Profile();
retProfile.BeginProfTrueStation = ProfileToScale.BeginProfTrueStation;
retProfile.EndProfTrueStation = ProfileToScale.EndProfTrueStation;
retProfile.allVCs = new List<verticalCurve>();
foreach (verticalCurve vc in ProfileToScale.allVCs)
{
verticalCurve newVC = new verticalCurve(vc);
if (newVC.IsaProfileGap == false)
{
newVC.BeginElevation *= scaleSecondProfile;
newVC.BeginSlope *= scaleSecondProfile;
newVC.EndSlope *= scaleSecondProfile;
newVC.Length = vc.Length; // force computation of slopeRateOfChange_
}
retProfile.allVCs.Add(newVC);
}
return retProfile;
}
public void Profile_Constraints_createAsUnconstrained_VerifyConstrainedStatus()
{
pfl21 = null;
pfl21 = new Profile(unconstrained: true);
Assert.IsTrue(pfl21.BeginIsUnconstrained && pfl21.EndIsUnconstrained);
}
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 Profile_Constraints_unconstrainedSingleValue_getValuePastEnd_simple()
{
pfl21 = null;
pfl21 = new Profile((CogoStation)0.0, (CogoStation)0.0, 12.0, unconstrained: true);
double expected = 12.0;
double? actual = pfl21.getElevation((CogoStation)1000.0);
Assert.IsNotNull(actual);
Assert.AreEqual(expected, actual, 0.000001);
}
public void resetWidths()
{
Widths = new Profile(this.BeginStation, this.EndStation, NominalWidth);
}
private void pfl3Setup()
{
var aVpiList = new vpiList();
aVpiList.add(1000.00, 12.0);
aVpiList.add(1100.00, 12.0);
pfl3 = new Profile(aVpiList);
}
private void pfl6_7and8Setup()
{
var aVpiList = new vpiList();
aVpiList.add(1062.50, 12.0);
aVpiList.add(1120.00, 12.0);
aVpiList.add(1220.00, 15.0);
aVpiList.add(1315.00, 15.0);
aVpiList.add(1345.00, 10.0);
aVpiList.add(1365.00, 10.0);
pfl6 = new Profile(aVpiList);
aVpiList = new vpiList();
aVpiList.add(2062.50, 12.0);
aVpiList.add(2120.00, 12.0);
aVpiList.add(2220.00, 15.0);
pfl7 = new Profile(aVpiList);
pfl8 = Profile.arithmaticAddProfile(pfl6, pfl7, 1.0);
}
public void arithmaticAdd_computesCorrectElevation_whenOnTangentAndTangent()
{
CogoStation sta = new CogoStation(1100.0);
double el1 = (double)profile1.getElevation(sta);
double el2 = (double)profile2.getElevation(sta);
double expectedValue = el1 + el2;
resultingProfile = Profile.arithmaticAddProfile(profile1, profile2, 1.0);
double computedElevation = (double)resultingProfile.getElevation(sta);
Assert.AreEqual(expectedValue, computedElevation, doubleDelta);
}
private void pfl4and5Setup()
{
var aVpiList = new vpiList();
aVpiList.add(1062.50, 2178.23);
aVpiList.add(1120.00, 2173.973, 115.0);
aVpiList.add(1220.00, 2173.140, 85.0);
aVpiList.add(1315.00, 2168.2265, 90.0);
aVpiList.add(1365.00, 2167.8765);
pfl4 = new Profile(aVpiList);
pfl5 = Profile.arithmaticAddProfile(null, pfl4, -1.0);
}
public static Profile arithmaticAddProfile(Profile This, Profile Other, double scaleSecondProfile)
{
if (Other == null) throw new ArgumentNullException();
if (null == Other.allVCs) throw new Exception("Second profile variable has no profile segments.");
// to do: check to see if both profiles are on the same hor alignment or
// are both unassociated with a horizontal alignment
Profile scaledProfileOther = scaleAprofile(Other, scaleSecondProfile);
if (null == This) return scaledProfileOther;
Profile newProf = new Profile();
newProf.allVCs = new List<verticalCurve>();
This.vcIndex = 0; Other.vcIndex = 0;
Profile prof1; Profile prof2;
/* if profile stations do not overlap, append end to end */
if (This.EndProfTrueStation <= Other.BeginProfTrueStation ||
Other.EndProfTrueStation <= This.BeginProfTrueStation)
{
if (This.EndProfTrueStation <= Other.BeginProfTrueStation)
{
prof1 = This;
prof2 = Other;
}
else
{
prof1 = Other;
prof2 = This;
}
foreach (var vc in prof1.allVCs)
{
newProf.allVCs.Add(new verticalCurve(vc));
}
double gapLength = prof2.BeginProfTrueStation - prof1.EndProfTrueStation;
if (gapLength > 0.0)
{
var gapVC = new verticalCurve();
gapVC.IsaProfileGap = true;
gapVC.BeginStation = (CogoStation) prof1.EndProfTrueStation;
gapVC.Length = gapLength;
newProf.allVCs.Add(gapVC);
}
foreach(var vc in prof2.allVCs)
{
var dupVC = new verticalCurve(vc);
dupVC.Scale(scaleSecondProfile);
newProf.allVCs.Add(dupVC);
}
newProf.BeginProfTrueStation = Math.Min(prof1.BeginProfTrueStation, prof2.BeginProfTrueStation);
newProf.EndProfTrueStation = Math.Max(prof1.EndProfTrueStation, prof2.EndProfTrueStation);
newProf.iHaveOneOrMoreVerticalCurves = prof1.iHaveOneOrMoreVerticalCurves && prof2.iHaveOneOrMoreVerticalCurves;
return newProf;
}
/* end if profile stations do not overlap, append end to end */
prof1 = This;
prof2 = scaledProfileOther;
List<CogoStation> mergedStationList = mergeStationLists(prof1, prof2);
CogoStation begSta = new CogoStation();
verticalCurve prevVC = new verticalCurve();
long count = -1;
foreach (var endSta in mergedStationList)
{
count++;
if (count == 0)
{
begSta = endSta;
newProf.BeginProfTrueStation = begSta.trueStation;
continue;
}
double? begEL1 = prof1.getElevationFromTheRight(begSta);
double? begEL2 = prof2.getElevationFromTheRight(begSta);
double? endEL1 = prof1.getElevationFromTheLeft(endSta); //start here. why is this returning null?
double? endEL2 = prof2.getElevationFromTheLeft(endSta);
double? begSlope1 = prof1.getSlopeFromTheRight(begSta);
double? begSlope2 = prof2.getSlopeFromTheRight(begSta);
double? endSlope1 = prof1.getSlopeFromTheLeft(endSta);
double? endSlope2 = prof2.getSlopeFromTheLeft(endSta);
double? Kvalue1 = prof1.getKValueFromTheRight(begSta);
double? Kvalue2 = prof2.getKValueFromTheRight(begSta);
double newBegEL = utilFunctions.addNullableDoubles(begEL1, begEL2);
double newEndEL = utilFunctions.addNullableDoubles(endEL1, endEL2);
double newBegSlope = utilFunctions.addNullableDoubles(begSlope1, begSlope2);
double newEndSlope = utilFunctions.addNullableDoubles(endSlope1, endSlope2);
double newKValue = utilFunctions.addRecipricals(Kvalue1, Kvalue2);
double length = endSta - begSta;
var newVC = new verticalCurve(begSta, newBegEL, newBegSlope, length, newKValue); // bug: add EndStation value
newProf.allVCs.Add(newVC);
if (count == 1)
{
newVC.IsBeginPINC = false;
}
else
{
prevVC.IsEndPINC = newVC.IsBeginPINC = false;
if (prevVC.EndSlope != newVC.BeginSlope)
prevVC.IsEndPINC = newVC.IsBeginPINC = true;
else if (prevVC.EndElevation != newVC.BeginElevation)
prevVC.IsEndPINC = newVC.IsBeginPINC = true;
}
prevVC = newVC;
begSta = endSta;
newProf.EndProfTrueStation = endSta.trueStation;
}
return newProf;
}
private void DrawExistingGroundLine(IRM21cad2dDrawingContext cadContext, Profile existingGroundProfile)
{
if (null == existingGroundProfile) return;
cadContext.setElementColor(Color.FromArgb(128, 255, 255, 255));
cadContext.setElementWeight(2.0);
cadContext.addToDashArray(12);
cadContext.addToDashArray(2);
existingGroundProfile.draw(cadContext);
}
private void pfl9Setup()
{
// Tests for adding two profiles that cover the same range: No VCs
var aVpiList = new vpiList();
aVpiList.add(1062.50, 12.0);
aVpiList.add(1120.00, 12.0);
aVpiList.add(1220.00, 15.0);
aVpiList.add(1315.00, 15.0);
aVpiList.add(1345.00, 10.0);
aVpiList.add(1365.00, 10.0);
var aProfile = new Profile(aVpiList);
aVpiList = new vpiList();
aVpiList.add(1062.50, 12.0);
aVpiList.add(1120.00, 12.0);
aVpiList.add(1219.00, 15.0);
aVpiList.add(1315.00, 15.0);
aVpiList.add(1345.00, 10.0);
aVpiList.add(1365.00, 10.0);
var otherPfl = new Profile(aVpiList);
pfl9 = Profile.arithmaticAddProfile(aProfile, otherPfl, 1.0);
}