public void Should_Not_Consider_Lap_Five_As_Best_Pilot_Lap()
{
List <Lap> bestLap = new List <Lap>();
bestLap.Add(new Lap()
{
LapTime = "1:02.769", LapNumber = 1
});
bestLap.Add(new Lap()
{
LapTime = "1:02.770", LapNumber = 2
});
bestLap.Add(new Lap()
{
LapTime = "1:02.771", LapNumber = 3
});
bestLap.Add(new Lap()
{
LapTime = "1:02.772", LapNumber = 4
});
bestLap.Add(new Lap()
{
LapTime = "1:02.768", LapNumber = 5
});
BestLapDetail bestLapDetail = Lap.GetBestLap(bestLap);
Assert.False(bestLapDetail.LapNumber == 5, "Best Lap could not be >5");
}
public void Should_Fail_Best_Pilot_Lap()
{
List <Lap> bestLap = new List <Lap>();
bestLap.Add(new Lap()
{
LapTime = "1:02.769", LapNumber = 1
});
bestLap.Add(new Lap()
{
LapTime = "1:02.770", LapNumber = 2
});
bestLap.Add(new Lap()
{
LapTime = "1:02.771", LapNumber = 3
});
bestLap.Add(new Lap()
{
LapTime = "1:02.772", LapNumber = 4
});
bestLap.Add(new Lap()
{
LapTime = "1:02.773", LapNumber = 5
});
BestLapDetail bestLapDetail = Lap.GetBestLap(bestLap);
Assert.False(bestLapDetail.LapNumber == 2, "Not a best Lap");
}
public static Activity Parse(XElement element)
{
if (element.Name.LocalName != "Activity")
{
return(null);
}
var activity = new Activity();
var sportValue = element.Attributes().Where(d => d.Name.LocalName == "Sport").Select(a => a.Value).FirstOrDefault();
activity.Sport = sportValue;
var creatorElement = element.Descendants().Where(d => d.Name.LocalName == "Creator").FirstOrDefault();
if (creatorElement != null)
{
var nameValue = creatorElement.Descendants().Where(d => d.Name.LocalName == "Name").Select(a => a.Value).FirstOrDefault();
var idValue = creatorElement.Descendants().Where(d => d.Name.LocalName == "UnitId").Select(a => a.Value).FirstOrDefault();
activity.Creator = $"{nameValue} {idValue}";
}
var lapElements = element.Descendants().Where(d => d.Name.LocalName == "Lap").ToList();
var laps = lapElements.Select(e => Lap.Parse(e)).Where(t => t != null).ToList();
activity.Laps = laps.ToArray();
return(activity);
}
public static async void SaveLapAsync(Lap lap)
{
await Task.CompletedTask;
DbContext.Laps.Add(lap);
DbContext.SaveChanges();
}
public void AddLap(Lap l)
{
if (_laps.Contains(l) == false)
{
_laps.Add(l);
}
}
public static LearningApi Useimageedge(this LearningApi a)
{
Lap alg = new Lap();
a.AddModule(alg, "Useimageedge");
return(a);
}
public TrackFileSection625M UnpackTrackSectionLaps()
{
if (this.PacketLength < TrackHeaderLength)
{
return(null);
}
TrackFileSection625M section = new TrackFileSection625M();
ReadHeader(section, 0);
section.LapCount = this.PacketData[6];
section.TrackPointCount = ReadInt16(25);
section.StartPointIndex = ReadInt16(27);
section.EndPointIndex = ReadInt16(29);
int offset = TrackHeaderLength;
while (offset <= this.PacketLength - TrackLapLength)
{
Lap lap = new Lap();
lap.EndTime = TimeSpan.FromSeconds(FromGlobTime(ReadInt32(offset)));
lap.LapTime = TimeSpan.FromSeconds(FromGlobTime(ReadInt32(offset + 4)));
lap.LapDistanceMeters = ReadInt32(offset + 8);
lap.LapCalories = ReadInt16(offset + 12);
lap.MaximumSpeed = FromGlobSpeed(ReadInt16(offset + 14));
lap.MaximumHeartRate = this.PacketData[offset + 16];
lap.AverageHeartRate = this.PacketData[offset + 17];
//lap.StartPointIndex = ReadInt16(18);
//lap.EndPointIndex = ReadInt16(20);
section.Laps.Add(lap);
offset += TrackLapLength;
}
return(section);
}
public bool SubmitLap(Lap lap, int sessionid)
{
string url = "https://racingleaguecharts.com/laps.xml?";
string param
= "session_id=" + sessionid
+ "&lap_number=" + lap.LapNumber
+ "§or_1=" + lap.Sector1
+ "§or_2=" + lap.Sector2
+ "&total=" + lap.LapTime.ToString("n3")
+ "&speed=" + lap.TopSpeed
+ "&fuel=" + lap.FuelRemaining
+ "&position=" + lap.RacePosition;
Console.WriteLine(url + param);
Http web = new Http(url + param);
web.HTTPMethod = Http.Method.POST;
web.Go();
if (web.StatusCode == 200)
{
Console.WriteLine(web.Response);
return(true);
}
else
{
return(false);
// TODO: Save the lap for later submission.
}
}
public string GetLastLap([FromQuery(Name = "token")] string token, string identifier)
{
try {
SessionManager sessionManager = new SessionManager(Server.TeamServer.ObjectManager, Server.TeamServer.TokenIssuer.ValidateToken(token));
Session session = sessionManager.LookupSession(identifier);
Stint stint = session.GetCurrentStint();
if (stint != null)
{
Lap lap = stint.GetCurrentLap();
if (lap != null)
{
return(lap.Identifier.ToString());
}
else if (stint.Nr > 1)
{
lap = sessionManager.LookupStint(session, stint.Nr - 1).GetCurrentLap();
if (lap != null)
{
return(lap.Identifier.ToString());
}
}
}
return("");
}
catch (Exception exception) {
return("Error: " + exception.Message);
}
}
public Lap AddLap([FromBody] Lap value)
{
//new sector 1
if (value.LapTime == null && value.Sector2 == null)
{
while (db.Laps.Any(lap => lap.CompetitorId == value.CompetitorId && lap.LapTime == null))
{
var delLap = db.Laps.FirstOrDefault(lap => lap.CompetitorId == value.CompetitorId && lap.LapTime == null);
db.Laps.Remove(delLap);
db.SaveChanges();
}
}
if (value.LapTime == null)
{
SendNewLapAsync(value);
}
else
{
SendLapCompletedAsync(value);
}
db.Laps.Add(value);
db.SaveChanges();
return(value);
}
private void ProcessSharp(int m)
{
var cho = _image[_fChoose.ChoosedFile];
byte[,,] res = null;
string type = "";
switch (m)
{
case 0:
res = new Robert(cho).RobertData;
type = "-罗伯特锐化最终图";
break;
case 1:
res = new Sobel(cho).SobelData;
type = "-Sobel锐化最终图";
break;
case 2:
res = new Lap(cho).Lapla;
type = "-拉普拉斯锐化最终图";
break;
}
AddNewPic(res, cho.FileName + type, false);
}
public static RoundPosition ParseRating(string line, DateTime roundStartTime)
{
var parts = line.Split(new[] { ' ', '\t', '[', ']', 'L', 'F' }, StringSplitOptions.RemoveEmptyEntries);
var riderId = parts[0];
var finished = line.StartsWith('F');
if (parts.Length == 1)
{
return(RoundPosition.FromLaps(riderId, new Lap[0], false));
}
var lapCount = int.Parse(parts[1]);
if (parts.Length - lapCount < 2)
{
throw new FormatException(
$"Input should be in format: <rider_number> <number_of_laps> [<lap_time1> ... <lap_time_number_of_laps]. Found lapCount={lapCount} but {parts.Length - 2} lap times");
}
Lap prevLap = null;
var laps = parts.Skip(2)
.Select((x, i) =>
{
var cp = new Checkpoint(riderId, roundStartTime + TimeSpanExt.Parse(x));
var l = prevLap?.CreateNext(cp) ?? new Lap(cp, roundStartTime);
prevLap = l;
return(l);
});
return(RoundPosition.FromLaps(riderId, laps, finished));
}
public void Handler()
{
var serializer = Serializer.Create();
var calculate = Calculate.Create();
var template = serializer.GetTemplateConfig(_path);
for (int line = 1; line < LapRepository.GetLengthLines(); line++)
{
var averageLap = Convert.ToDecimal(LapRepository.ReadLine(line, template.RootObjectConfigModel.AverageLap.startIndex, template.RootObjectConfigModel.AverageLap.length));
var raceTracks = Convert.ToInt32(LapRepository.ReadLine(line, template.RootObjectConfigModel.Laps.startIndex, template.RootObjectConfigModel.Laps.length));
var arrivalTime = LapRepository.ReadLine(line, template.RootObjectConfigModel.ArrivalTime.startIndex, template.RootObjectConfigModel.ArrivalTime.length);
var circuitTime = LapRepository.ReadLine(line, template.RootObjectConfigModel.CircuitTime.startIndex, template.RootObjectConfigModel.CircuitTime.length);
var id = Convert.ToInt64(LapRepository.ReadLine(line, template.RootObjectConfigModel.PilotId.startIndex, template.RootObjectConfigModel.PilotId.length));
var name = LapRepository.ReadLine(line, template.RootObjectConfigModel.PilotName.startIndex, template.RootObjectConfigModel.PilotName.length);
var driver = Driver.Create(id, name);
var lap = Lap.Create(arrivalTime, raceTracks, circuitTime, averageLap, driver.Id);
lap.SetArrivalTimeInMinutes(calculate.ConvertHourToMinute(lap.ArrivalTime));
lap.SetCircuitTimeInSeconds(calculate.ConvertMinutesToSeconds(lap.CircuitTime));
LapRepository.AddDriver(driver);
LapRepository.AddLap(lap);
}
}
private ZAMsettings()
{
UserProfiles = new SortedList <string, UserProfile>();
Collectors = new SortedList <string, Collector>();
Splits = new Splits();
Laps = new Lap();
}
public IHttpActionResult PutLap(int id, Lap lap)
{
if (!ModelState.IsValid)
{
return(BadRequest(ModelState));
}
if (id != lap.ID)
{
return(BadRequest());
}
db.Entry(lap).State = EntityState.Modified;
try
{
db.SaveChanges();
}
catch (DbUpdateConcurrencyException)
{
if (!LapExists(id))
{
return(NotFound());
}
else
{
throw;
}
}
return(StatusCode(HttpStatusCode.NoContent));
}
private static List <TimeSpan> GetMaxLapTimeDurations(IEnumerable <Session> sessions)
{
var maxLapTimeDurations = new List <TimeSpan>();
foreach (var session in sessions)
{
var count = 0;
Lap previousLap = null;
foreach (var lap in session.Laps)
{
if (previousLap != null && (lap.LapType == LapType.Lap || lap.LapType == LapType.Stop))
{
var duration = lap.Time - previousLap.Time;
if (maxLapTimeDurations.Count <= count)
{
maxLapTimeDurations.Add(duration);
}
else if (maxLapTimeDurations[count] < duration)
{
maxLapTimeDurations[count] = duration;
}
count++;
}
previousLap = lap;
}
}
return(maxLapTimeDurations);
}
public void Process()
{
if (Race != null && Race.UnprocessedLaps != null)
{
foreach (string UnprocessedLap in Race.UnprocessedLaps)
{
string ul = UnprocessedLap;
ul = PartString(ul, ProcessRaceFieldLength.Hour, out string hour);
ul = PartString(ul, ProcessRaceFieldLength.RacerCode, out string racerCode);
ul = PartString(ul, GetFirstNumberOccurrenceIndex(ul), out string racerName);
ul = PartString(ul, ProcessRaceFieldLength.LapNumber, out string lapNumber);
ul = PartString(ul, ProcessRaceFieldLength.LapTime, out string lapTime);
string lapAVGSpeed = ul;
if (racerCode.Length > 2)
{
racerCode = racerCode.Substring(0, 3);
}
if (!TryGetRacer(racerCode, out Racer racer))
{
racer = CreateRacer(racerCode, racerName);
Race.AddRacer(racer);
}
Lap lap = CreateLap(hour, lapNumber, lapTime, lapAVGSpeed);
if (lap.LapNumber <= 4 && racer.Laps.Count < 4)
{
racer.AddLap(CreateLap(hour, lapNumber, lapTime, lapAVGSpeed));
}
}
}
}
public void ManualDnf_WithRiderOnTrack_ShouldEndLap()
{
Beacon martijnBeacon = new Beacon(new byte[] { 0, 0, 0, 0, 0, 1 }, 0);
Rider martijn = new Rider("Martijn", martijnBeacon);
subject.AddRider(martijn);
//rider enters start box
startId.EmitIdEvent(martijn, new DateTime(2000, 1, 1, 1, 1, 1));
//Martijn triggers timing gate
timer.EmitTriggerEvent(100, "Timer", 0, new DateTime(2000, 1, 1, 1, 2, 1));
subject.AddEvent(new ManualDNFEventArgs(DateTime.Now, martijn.Name, "staff"));
source.Cancel();
race.Wait();
Assert.AreEqual(0, endId.KnownRiders.Count);
Assert.AreEqual(1, subject.Laps.Count);
Lap lap = subject.Laps[0];
Assert.IsTrue(lap.End is ManualDNFEvent);
Assert.AreEqual(-1, lap.GetLapTime());
Assert.IsFalse(lap.Disqualified);
}
public void Should_Return_Valid_Object_Line_Format_One()
{
string mockLine = "23:49:08.277 038 – F.MASSA 1 1:02.852 44,275";
var lap = Lap.BuildLapObject(mockLine);
Assert.NotNull(lap);
}
public EditLapAction(Lap lap, Lap oldLap, Session session)
{
this.lap = lap;
this.session = session;
this.oldLap = oldLap;
this.newLap = (Lap)lap.Clone();
}
public void ValidateLap(Lap lap)
{
if (lap == null)
{
throw new Exception("Not a valid lap...");
}
}
public void DeleteLap(Lap lap)
{
if (lap != null)
{
lap.Delete();
}
}
public EditLapAction(Lap lap, Lap oldLap, Session session)
{
this.lap = lap;
this.session = session;
this.oldLap = oldLap;
this.newLap = (Lap)lap.Clone();
}
public void Should_Return_Valid_Object_Line_Format_Two()
{
string mockLine = "23:49:11.075 002 – K.RAIKKONEN 1 1:04.108 43,408";
var lap = Lap.BuildLapObject(mockLine);
Assert.NotNull(lap);
}
private static bool IsPauseLapComparedTo(int lapIndex, List <Lap> laps, Lap intervalLap)
{
var lap = laps[lapIndex];
if (lap.ElapsedTime < 10)
{
return(false);
}
var isSlowerThanIntervalLap = lap.AverageSpeed < intervalLap.AverageSpeed;
var isLessThanDoubleDistanceOfIntervalLap = lap.Distance < intervalLap.Distance * 2;
var isGreatDistanceDifference = Math.Abs(lap.Distance - intervalLap.Distance) > Math.Max(lap.Distance, intervalLap.Distance) * 0.5;
var isShortLap = lap.Distance < 500;
var isStationary = lap.MovingTime < lap.ElapsedTime / 2;
var isShortAndStationary = isShortLap && isStationary;
var isShortAndSlower = isShortLap && isSlowerThanIntervalLap;
var isLongAndSlowerAndDifferent = !isShortLap && isSlowerThanIntervalLap && isLessThanDoubleDistanceOfIntervalLap && isGreatDistanceDifference;
var isIdenticalInDistance = Math.Abs(lap.Distance - intervalLap.Distance) < 20;
var isIdenticalInDuration = Math.Abs(lap.ElapsedTime - intervalLap.ElapsedTime) < 10;
var isIdentical = lap.Distance > 100 && isIdenticalInDistance && isIdenticalInDuration;
if (isIdentical)
{
return(false);
}
return(isShortAndStationary || isShortAndSlower || isLongAndSlowerAndDifferent);
}
public void Should_Return_Four_Valid_Laps()
{
List <Lap> totalValidLaps = new List <Lap>();
totalValidLaps.Add(new Lap()
{
LapNumber = 1
});
totalValidLaps.Add(new Lap()
{
LapNumber = 2
});
totalValidLaps.Add(new Lap()
{
LapNumber = 3
});
totalValidLaps.Add(new Lap()
{
LapNumber = 4
});
totalValidLaps.Add(new Lap()
{
LapNumber = 5
});
Assert.Equal(4, Lap.GetTotalValidLaps(totalValidLaps).ToList().Count);
}
public void AddLap(GarminUnit garmin, Lap lap)
{
var l = new Laps()
{
AvgCadence = lap.AvgCadence,
AvgHeartRage = lap.AvgHeartRate,
Calories = lap.CaloriesBurned,
EndLat = lap.End.lat,
EndLon = lap.End.lon,
GarminUnit = (int)garmin.ID,
Index = lap.Index,
Intensity = lap.Intensity,
MaxHeartRage = lap.MaxHeartRate,
MaxSpeed = lap.MaxSpeed,
StartLat = lap.Begin.lat,
StartLon = lap.Begin.lon,
StartTime = lap.StartTime.,
TotalDist = lap.TotalDistance,
TotalTime = lap.TotalTime,
TriggerMethod = lap.TriggerMethod
};
database.Laps.InsertOnSubmit(l);
database.SubmitChanges();
}
}
static IList <Driver> PopulateDrivers(string[] laps)
{
List <Driver> drivers = new List <Driver>();
try{
foreach (var lap in laps.Skip(1))
{
string[] lapProps = lap.Split("\t");
string[] driverProps = lapProps[1].Split(" – ");
Lap l = new Lap(lapProps[0], lapProps[2], lapProps[3], lapProps[4]);
Driver d = new Driver(driverProps[0], driverProps[1]);
if (!drivers.Exists(x => x.Id == int.Parse(driverProps[0])))
{
d.Laps = new List <Lap>();
d.Laps.Add(l);
drivers.Add(d);
}
else
{
Driver existingDriver = drivers.First(x => x.Id == int.Parse(driverProps[0]));
existingDriver.Laps.Add(l);
}
}
return(drivers);
}catch (Exception e) {
Console.WriteLine("Problem to get drivers properties");
Console.WriteLine(e.Message);
return(drivers);
}
}
public void CompareTo_ShouldConsiderDNFSlower()
{
Beacon martijnBeacon = new Beacon(new byte[] { 0, 0, 0, 0, 0, 1 }, 2);
Rider martijn = new Rider("Martijn", martijnBeacon);
//make a regular lap
IdEvent startId = new IdEvent(DateTime.Now, martijn, "StartId", Direction.Enter);
TimingEvent startTiming = new TimingEvent(DateTime.Now, martijn, 100, 0);
IdEvent endId = new IdEvent(DateTime.Now, martijn, "EndId", Direction.Enter);
TimingEvent endTiming = new TimingEvent(DateTime.Now, martijn, 200, 1);
FinishedEvent finish = new FinishedEvent(startId, startTiming, endTiming, endId);
Lap normalLap = new Lap(finish);
//make a DNF lap
IdEvent dnfStartId = new IdEvent(DateTime.Now, martijn, "StartId", Direction.Enter);
ManualDNFEvent manualDnf = new ManualDNFEvent(dnfStartId, "staff");
UnitDNFEvent unitDnf = new UnitDNFEvent(finish, dnfStartId);
Lap manualDnfLap = new Lap(manualDnf);
Lap unitDnfLap = new Lap(unitDnf);
//a dnf lap should always be slower (bigger) than a finished lap
Assert.AreEqual(1, manualDnfLap.CompareTo(normalLap));
Assert.AreEqual(-1, normalLap.CompareTo(manualDnfLap));
Assert.AreEqual(1, unitDnfLap.CompareTo(normalLap));
Assert.AreEqual(-1, normalLap.CompareTo(unitDnfLap));
//dnf laps have no mutual ordering
Assert.AreEqual(1, manualDnfLap.CompareTo(unitDnfLap));
Assert.AreEqual(1, unitDnfLap.CompareTo(manualDnfLap));
}
public void GetFastestLap_NoLaps_ReturnsLapWithZeros()
{
Lap fastestLap = _lapTimer.GetFastestLap();
TimeSpan zeroTime = new TimeSpan(0);
Assert.Equal(0, fastestLap.Number);
Assert.Equal(zeroTime, fastestLap.Time);
}
public Lap LookupLap(Guid identifier)
{
Lap lap = FindLap(identifier);
ValidateLap(lap);
return(lap);
}
public TelemetryLapComplete(Aggregates.Telemetry tel, TelemetryDriver driver, Lap lap)
{
Telemetry = tel;
Driver = driver;
Lap = lap;
}
private void ResetMouseHoverHandle()
{
mouseHoverHandle = null;
activeLap = null;
if (activeHandle != null)
{
// reset handle drawer to standard handle drawer
activeHandle.MarkerDrawer = CurrentSession.Settings.MarkerDrawers[MarkerType.Handle];
}
activeHandle = null;
}
public ILap GetLapTime(int l)
{
if (rFactor.Simulator.Modules.Times_History_LapTimes == false) return new Lap(0, 0, 0, 0);
int lapsbase = __LapsData.ToInt32();
float start = rFactor.Game.ReadFloat(new IntPtr(lapsbase + l*0x04*0x06));
float s1 = rFactor.Game.ReadFloat(new IntPtr(lapsbase + 0x04 + l*0x04*0x06));
float s2 = rFactor.Game.ReadFloat(new IntPtr(lapsbase + 0x08 + l*0x04*0x06));
float s3 = rFactor.Game.ReadFloat(new IntPtr(lapsbase + 0x0C + l*0x04*0x06));
s3 -= s2;
s2 -= s1;
Lap lap = new Lap(l, s1, s2, s3);
return lap;
}
public List<ILap> GetLapTimes()
{
List<ILap> laps = new List<ILap>();
if (rFactor.Simulator.Modules.Times_History_LapTimes == false) return laps;
int lapsbase = __LapsData.ToInt32();
for (int l = 0; l < this.Laps + 1; l++)
{
float start = rFactor.Game.ReadFloat(new IntPtr(lapsbase + l * 0x04 * 0x06));
float s1 = rFactor.Game.ReadFloat(new IntPtr(lapsbase + 0x04 + l * 0x04 * 0x06));
float s2 = rFactor.Game.ReadFloat(new IntPtr(lapsbase + 0x08 + l * 0x04 * 0x06));
float s3 = rFactor.Game.ReadFloat(new IntPtr(lapsbase + 0x0C + l * 0x04 * 0x06));
s3 -= s2;
s2 -= s1;
Lap lap = new Lap(l, s1, s2, s3);
laps.Add(lap);
}
return laps;
}
public LapAdded(ScoringDriver driver, Lap lap)
{
Driver = driver;
Lap = lap;
}
public DeleteLapAction(Lap lap, Session session)
{
this.lap = lap;
this.session = session;
}
/*
private void ImportGPX10()
{
if (BeginWork != null) BeginWork(this, new EventArgs());
NumberFormatInfo nfi = new NumberFormatInfo();
nfi.NumberDecimalSeparator = ".";
XmlTextReader sr = new XmlTextReader(fileName);
XmlSerializer xSerializer = new XmlSerializer(typeof(gpx10Type));
gpx10Type gpx = (gpx10Type)xSerializer.Deserialize(sr);
sr.Close();
XmlNamespaceManager nsManager = new XmlNamespaceManager(sr.NameTable);
nsManager.AddNamespace("st", "urn:uuid:D0EB2ED5-49B6-44e3-B13C-CF15BE7DD7DD");
importResult = new ImportResult();
// route
List<RouteSegment> routeSegments = new List<RouteSegment>();
foreach (gpxTrk trk in gpx.trk)
{
for (int i = trk.trkseg.GetLowerBound(0); i <= trk.trkseg.GetUpperBound(0); i++)
{
RouteSegment routeSegment = new RouteSegment();
for (int j = trk.trkseg.GetLowerBound(1); j <= trk.trkseg.GetUpperBound(1); j++)
{
gpxTrkTrksegTrkpt wpt = trk.trkseg[i][j];
double lat = (double)wpt.lat;
double lon = (double)wpt.lon;
DateTime time = wpt.time;
double? heartRate = null;
double? altitude = null;
routeSegment.Waypoints.Add(new Waypoint(time, new LongLat(lon, lat), altitude, heartRate));
}
routeSegments.Add(routeSegment);
}
}
importResult.Route = new Route(routeSegments);
// laps
LapCollection laps = new LapCollection();
importResult.Laps = laps;
if (EndWork != null) EndWork(this, new EventArgs());
}
*/
private void ImportGPX11()
{
ImportResult = new ImportResult();
var isGPX10 = (GPXUtil.GetGPXVersion(fileName) == GPXVersion.GPX10);
string gpx10convertedFileName = null;
string polarConvertedFileName = null;
var originalFileName = fileName;
if (BeginWork != null) BeginWork(this, new EventArgs());
// check if the file is in gpx 1.0 format and convert it to gpx 1.1 if necessary
if (isGPX10)
{
gpx10convertedFileName = Path.GetTempFileName();
GPXUtil.ConvertGPX10ToGPX11(fileName, gpx10convertedFileName);
fileName = gpx10convertedFileName;
}
// check if the file is an invalid Polar ProTrainer file and correct if necessary
if (PolarProTrainerUtil.IsPolarProTrainerGPXFile(fileName))
{
polarConvertedFileName = Path.GetTempFileName();
PolarProTrainerUtil.CorrectPolarProTrainerGPXFile(fileName, polarConvertedFileName);
fileName = polarConvertedFileName;
}
var nfi = new NumberFormatInfo { NumberDecimalSeparator = "." };
var sr = new XmlTextReader(fileName);
var xSerializer = new XmlSerializer(typeof(gpx11Type));
var gpx11 = (gpx11Type)xSerializer.Deserialize(sr);
sr.Close();
var nsManager = new XmlNamespaceManager(sr.NameTable);
// add namespace for split times and heart rates (from SportsTracks software)
nsManager.AddNamespace("st", "urn:uuid:D0EB2ED5-49B6-44e3-B13C-CF15BE7DD7DD");
// add namespace for map reading information (QuickRoute native)
nsManager.AddNamespace("mr", "http://www.matstroeng.se/quickroute/map-reading");
// pre-store heart rates in dictionary (if present)
var heartRates = new Dictionary<DateTime, double>();
// pre-store map-readings in map reading collection (if present)
var mapReadings = new List<DateTime>();
if (gpx11.extensions != null && gpx11.extensions.Any != null)
{
foreach (var element in gpx11.extensions.Any)
{
if (element.Name == "st:activity")
{
var nodes = element.SelectNodes("st:heartRateTrack/st:heartRate[@time and @bpm]", nsManager);
if (nodes != null)
{
foreach (XmlNode node in nodes)
{
DateTime time;
double bpm;
if (DateTime.TryParse(node.Attributes["time"].Value, out time) &&
double.TryParse(node.Attributes["bpm"].Value, NumberStyles.Any, nfi, out bpm))
{
time = time.ToUniversalTime();
if(!heartRates.ContainsKey(time)) heartRates.Add(time, bpm);
}
}
}
}
if(element.Name == "mr:map-reading")
{
DateTime start, end;
if (DateTime.TryParse(element.Attributes["start"].Value, out start) &&
DateTime.TryParse(element.Attributes["end"].Value, out end))
{
mapReadings.Add(start.ToUniversalTime());
mapReadings.Add(end.ToUniversalTime());
}
}
}
}
mapReadings = FilterMapReadings(mapReadings);
// QuickRoute route
var noOfWaypoints = 0;
var noOfWaypointsWithTimes = 0;
var routeSegments = new List<RouteSegment>();
// first use GPX track
if (gpx11.trk != null)
{
foreach (var trk in gpx11.trk)
{
// Garmin Training Center exports each lap as a separate trkseg with end time of trkseg n equal to start time of trkseg n+1
// handle this issue
foreach (var trkseg in trk.trkseg)
{
var routeSegment = new RouteSegment();
wptType lastWpt = null;
if (trkseg.trkpt != null)
{
foreach (var wpt in trkseg.trkpt)
{
if (lastWpt == null || wpt.time != lastWpt.time)
{
if (wpt.extensions != null && wpt.extensions.Any != null && wpt.extensions.Any[0].LocalName == "timerPaused")
{
// new route segment ahead
if (routeSegment.Waypoints.Count > 0) routeSegments.Add(routeSegment);
routeSegment = new RouteSegment();
}
else
{
var lat = (double)wpt.lat;
var lon = (double)wpt.lon;
double? heartRate = null;
double? altitude = null;
// check for heartrate in SportsTracks extensions
if (heartRates.ContainsKey(wpt.time)) heartRate = heartRates[wpt.time];
// check for heartrate in Garmin Trackpoint Extensions
heartRate = GetGarminHeartRateFromWaypoint(wpt) ?? heartRate;
if (wpt.eleSpecified)
{
altitude = (double?)wpt.ele;
}
if (wpt.timeSpecified)
{
routeSegment.Waypoints.Add(new Waypoint(wpt.time, new LongLat(lon, lat), altitude, heartRate, null));
noOfWaypointsWithTimes++;
lastWpt = wpt;
}
}
noOfWaypoints++;
}
}
}
if (routeSegment.Waypoints.Count > 0) routeSegments.Add(routeSegment);
}
}
}
// if no GPX track - use GPX route
if (noOfWaypointsWithTimes == 0 && gpx11.rte != null)
{
foreach (var route in gpx11.rte)
{
var routeSegment = new RouteSegment();
foreach (var rtept in route.rtept)
{
if (rtept.extensions != null && rtept.extensions.Any != null && rtept.extensions.Any[0].LocalName == "timerPaused")
{
// new route segment ahead
if (routeSegment.Waypoints.Count > 0) routeSegments.Add(routeSegment);
routeSegment = new RouteSegment();
}
else
{
var lat = (double) rtept.lat;
var lon = (double) rtept.lon;
double? heartRate = null;
double? altitude = null;
if (heartRates.ContainsKey(rtept.time)) heartRate = heartRates[rtept.time];
if (rtept.eleSpecified)
{
altitude = (double?) rtept.ele;
}
if (rtept.timeSpecified)
{
routeSegment.Waypoints.Add(new Waypoint(rtept.time, new LongLat(lon, lat), altitude, heartRate, null));
noOfWaypointsWithTimes++;
}
}
noOfWaypoints++;
}
if (routeSegment.Waypoints.Count > 0) routeSegments.Add(routeSegment);
}
}
// add map reading waypoints
routeSegments = Route.AddMapReadingWaypoints(routeSegments, mapReadings);
// concat route segments if they are close enough (oddly enough, Garmin Training Center v2 seems to create a trkseg for each lap)
var lapsFromConcatenatedRouteSegments = new List<Lap>();
if (routeSegments.Count > 0)
{
var concatenatedRouteSegments = new List<RouteSegment>() { routeSegments[0] };
for (var i = 1; i < routeSegments.Count; i++)
{
if (concatenatedRouteSegments[concatenatedRouteSegments.Count - 1].LastWaypoint.Time.AddSeconds(10) > routeSegments[i].FirstWaypoint.Time)
{
lapsFromConcatenatedRouteSegments.Add(new Lap(concatenatedRouteSegments[concatenatedRouteSegments.Count - 1].LastWaypoint.Time, LapType.Lap));
concatenatedRouteSegments[concatenatedRouteSegments.Count - 1].Waypoints.AddRange(routeSegments[i].Waypoints);
}
}
routeSegments = concatenatedRouteSegments;
}
importResult.Succeeded = (noOfWaypointsWithTimes > 0);
if (ImportResult.Succeeded)
{
importResult.Route = new Route(routeSegments);
// laps
var laps = new LapCollection();
var startTime = ImportResult.Route.FirstWaypoint.Time;
// from GPX st:split
if (gpx11.extensions != null && gpx11.extensions.Any != null)
{
foreach (var element in gpx11.extensions.Any)
{
if (element.Name == "st:activity")
{
var nodes = element.SelectNodes("st:splits/st:split[@time]", nsManager);
if (nodes != null)
{
foreach (XmlNode node in nodes)
{
var elapsedTime = double.Parse(node.Attributes["time"].Value, nfi);
var lap = new Lap(startTime.AddSeconds(elapsedTime), LapType.Lap);
laps.Add(lap);
}
}
}
}
}
// from GPX waypoints
if (gpx11.wpt != null && laps.Count == 0)
{
foreach (var waypoint in gpx11.wpt)
{
if (waypoint.timeSpecified)
{
laps.Add(new Lap(waypoint.time, LapType.Lap));
}
}
}
laps.AddRange(lapsFromConcatenatedRouteSegments);
foreach (var rs in routeSegments)
{
laps.Add(new Lap(rs.FirstWaypoint.Time, LapType.Start));
laps.Add(new Lap(rs.LastWaypoint.Time, LapType.Stop));
}
importResult.Laps = laps;
}
else
{
if (noOfWaypoints == 0)
{
importResult.Error = ImportError.NoWaypoints;
}
else if (noOfWaypointsWithTimes == 0)
{
importResult.Error = ImportError.NoWaypointTimes;
}
}
if (gpx10convertedFileName != null)
{
File.Delete(gpx10convertedFileName);
fileName = originalFileName;
}
if (polarConvertedFileName != null)
{
File.Delete(polarConvertedFileName);
fileName = originalFileName;
}
// import Polar HRM file with same base file name as the gpx file, if existing
var extension = new FileInfo(fileName).Extension;
if(extension != "")
{
string hrmFileName = new FileInfo(fileName).FullName.Replace(extension, ".hrm");
if(File.Exists(hrmFileName))
{
new PolarHRMImporter().AddLapsAndHRData(hrmFileName, importResult);
}
}
if (EndWork != null) EndWork(this, new EventArgs());
}
private static Session ReadSession(BinaryReader reader, int length)
{
List<DateTime> mapReadingList = null;
Route route = null;
HandleCollection handles = null;
LongLat projectionOrigin = null;
LapCollection laps = null;
var startPos = reader.BaseStream.Position;
SessionInfo sessionInfo = null;
DateTime lastTime;
while (reader.BaseStream.Position < startPos + length)
{
var tag = (Tags)reader.ReadByte();
var tagLength = Convert.ToInt32(reader.ReadUInt32());
switch (tag)
{
case Tags.Route:
var attributes = reader.ReadUInt16();
var extraWaypointAttributesLength = reader.ReadUInt16();
var routeSegments = new List<RouteSegment>();
var segmentCount = reader.ReadUInt32();
lastTime = DateTime.MinValue;
for (var i = 0; i < segmentCount; i++)
{
var rs = new RouteSegment();
var waypointCount = reader.ReadUInt32();
for (var j = 0; j < waypointCount; j++)
{
var w = new Waypoint();
w.LongLat = ReadLongLat(reader);
w.Time = ReadTime(lastTime, reader);
lastTime = w.Time;
if ((attributes & (UInt16)WaypointAttribute.HeartRate) == (UInt16)WaypointAttribute.HeartRate)
{
w.HeartRate = reader.ReadByte();
}
if ((attributes & (UInt16)WaypointAttribute.Altitude) == (UInt16)WaypointAttribute.Altitude)
{
w.Altitude = reader.ReadInt16();
}
reader.BaseStream.Position += extraWaypointAttributesLength; // for forward compatibility
rs.Waypoints.Add(w);
}
routeSegments.Add(rs);
}
route = new Route(routeSegments);
break;
case Tags.Handles:
handles = new HandleCollection();
var handleCount = reader.ReadUInt32();
var handleMarkerDrawer = SessionSettings.CreateDefaultMarkerDrawers()[MarkerType.Handle];
for (var i = 0; i < handleCount; i++)
{
var handle = new Handle();
// transformation matrix
handle.TransformationMatrix = new GeneralMatrix(3, 3);
for (var j = 0; j < 9; j++)
{
handle.TransformationMatrix.SetElement(j / 3, j % 3, reader.ReadDouble());
}
// parameterized location
var segmentIndex = Convert.ToInt32(reader.ReadUInt32());
var value = reader.ReadDouble();
handle.ParameterizedLocation = new ParameterizedLocation(segmentIndex, value);
// pixel location
handle.Location = new PointD(reader.ReadDouble(), reader.ReadDouble());
// type
handle.Type = (Handle.HandleType)reader.ReadInt16();
// use default marker drawer
handle.MarkerDrawer = handleMarkerDrawer;
handles.Add(handle);
}
break;
case Tags.ProjectionOrigin:
projectionOrigin = ReadLongLat(reader);
break;
case Tags.Laps:
laps = new LapCollection();
var lapCount = reader.ReadUInt32();
for (var i = 0; i < lapCount; i++)
{
var lap = new Lap();
lap.Time = DateTime.FromBinary(reader.ReadInt64());
lap.LapType = (LapType)reader.ReadByte();
laps.Add(lap);
}
break;
case Tags.SessionInfo:
sessionInfo = new SessionInfo();
sessionInfo.Person = new SessionPerson();
sessionInfo.Person.Name = ReadString(reader);
sessionInfo.Person.Club = ReadString(reader);
sessionInfo.Person.Id = reader.ReadUInt32();
sessionInfo.Description = ReadString(reader);
// when more fields are added, check so that tagLength is not passed
break;
case Tags.MapReadingInfo:
mapReadingList = new List<DateTime>();
lastTime = DateTime.MinValue;
var startPosition = reader.BaseStream.Position;
while (reader.BaseStream.Position - startPosition < tagLength)
{
var time = ReadTime(lastTime, reader);
mapReadingList.Add(time);
lastTime = time;
}
break;
default:
reader.BaseStream.Position += tagLength;
break;
}
}
if(mapReadingList != null && route != null) route = new Route(Route.AddMapReadingWaypoints(route.Segments, mapReadingList));
var session = new Session(
route,
laps,
new Size(0, 0),
handles != null && handles.Count > 0 ? handles[0].TransformationMatrix : null,
projectionOrigin,
new SessionSettings());
if (handles != null)
{
foreach (var h in handles)
{
session.AddHandle(h);
}
}
if (sessionInfo != null) session.SessionInfo = sessionInfo;
return session;
}
public void DrawActiveHandle(ParameterizedLocation pl)
{
// mouse hover over route
if (activeHandle != null)
{
// reset handle drawer to standard handle drawer
activeHandle.MarkerDrawer = CurrentSession.Settings.MarkerDrawers[MarkerType.Handle];
}
activeHandle = null;
activeLap = null;
PointD routeLocation = CurrentSession.AdjustedRoute.GetLocationFromParameterizedLocation(pl);
if (pl != null)
{
GeneralMatrix transformationMatrix = CurrentSession.GetTransformationMatrixFromParameterizedLocation(pl);
mouseHoverHandle = new Handle(pl, routeLocation, transformationMatrix,
CurrentSession.Settings.MarkerDrawers[MarkerType.MouseHover]);
}
else
{
mouseHoverHandle = null;
}
DrawMap(MapDrawingFlags.Markers);
}
private void CheckMouseHovering()
{
// location of mouse pointer in original map coordinates
PointD mouseLocation =
new PointD((mouseInfo.MouseMoveArgs.X + scrX.Value - origo.X),
(mouseInfo.MouseMoveArgs.Y + scrY.Value - origo.Y)) / zoom;
double distanceToRoute;
ParameterizedLocation closestPL = CurrentSession.AdjustedRoute.GetClosestParameterizedLocation(mouseLocation,
out distanceToRoute);
if (!movingActiveHandleNow && !movingActiveLapNow)
{
if (closestPL == null)
{
// not close to route
if(mouseHoverHandle != null)
{
ResetMouseHoverHandle();
DrawMap(MapDrawingFlags.Markers);
}
return;
}
// check if close to existing handle
double closestHandleDistance = 0;
double closestLapDistance = 0;
Handle closestHandle = null;
Lap closestLap = null;
// Shift key prevents check if close to handle or lap
bool shiftDown = (ModifierKeys & Keys.Shift) == Keys.Shift;
PointD routeLocation = CurrentSession.AdjustedRoute.GetLocationFromParameterizedLocation(closestPL);
if (!shiftDown && currentMouseTool == MouseTool.AdjustRoute)
closestHandle = GetClosestHandle(routeLocation, out closestHandleDistance);
if (!shiftDown) closestLap = GetClosestLap(routeLocation, out closestLapDistance);
if (distanceToRoute >= ROUTE_CLOSENESS_TOLERANCE)
{
// not close to route
ResetMouseHoverHandle();
if (RouteMouseHover != null) RouteMouseHover(this, new RouteMouseHoverEventArgs(closestPL, false));
}
else if (closestHandle != null && closestHandleDistance < ROUTE_CLOSENESS_TOLERANCE &&
!(closestLap != null && closestLapDistance * 1.00001 < closestHandleDistance))
{
// close to existing handle, use it as active handle
if (activeHandle != null)
{
// reset previous handle drawer
activeHandle.MarkerDrawer = CurrentSession.Settings.MarkerDrawers[MarkerType.Handle];
}
activeHandle = closestHandle;
activeHandleOldLocation = activeHandle.Location;
activeHandleOffset = mouseLocation - activeHandle.Location;
activeHandle.MarkerDrawer = CurrentSession.Settings.MarkerDrawers[MarkerType.ActiveHandle];
mouseHoverHandle = null;
activeLap = null;
if (RouteMouseHover != null)
RouteMouseHover(this, new RouteMouseHoverEventArgs(activeHandle.ParameterizedLocation, true));
}
else if (closestLap != null && closestLapDistance < LAP_CLOSENESS_TOLERANCE)
{
// close to existing lap, create a mouse hover over this lap
ParameterizedLocation pl = CurrentSession.Route.GetParameterizedLocationFromTime(closestLap.Time);
PointD lapLocation = CurrentSession.AdjustedRoute.GetLocationFromParameterizedLocation(pl);
GeneralMatrix transformationMatrix = CurrentSession.GetTransformationMatrixFromParameterizedLocation(pl);
mouseHoverHandle = new Handle(pl, closestLap.Time, lapLocation, transformationMatrix,
CurrentSession.Settings.MarkerDrawers[MarkerType.MouseHover]);
if (RouteMouseHover != null) RouteMouseHover(this, new RouteMouseHoverEventArgs(pl, true));
activeLap = closestLap;
}
else
{
// mouse hover over route
if (activeHandle != null)
{
// reset handle drawer to standard handle drawer
activeHandle.MarkerDrawer = CurrentSession.Settings.MarkerDrawers[MarkerType.Handle];
}
activeHandle = null;
activeLap = null;
GeneralMatrix transformationMatrix =
CurrentSession.GetTransformationMatrixFromParameterizedLocation(closestPL);
mouseHoverHandle = new Handle(closestPL, routeLocation, transformationMatrix,
CurrentSession.Settings.MarkerDrawers[MarkerType.MouseHover]);
if (RouteMouseHover != null) RouteMouseHover(this, new RouteMouseHoverEventArgs(closestPL, true));
}
DrawMap(MapDrawingFlags.Markers);
}
else if (movingActiveHandleNow)
{
activeHandle.Location = mouseLocation - activeHandleOffset;
CurrentSession.UpdateHandle(activeHandle);
DrawMap(MapDrawingFlags.Route | MapDrawingFlags.Markers);
}
else if (movingActiveLapNow)
{
if (closestPL == null) return; // not close to the route
activeLap.Time = CurrentSession.Route.GetTimeFromParameterizedLocation(closestPL);
DrawMap(MapDrawingFlags.Markers);
}
}
/// <summary>
/// Makes the route line for the specified lap to appear in a different alpha adjustment than the rest of the course
/// </summary>
/// <param name="session"></param>
/// <param name="lap"></param>
/// <param name="lapAlphaAdjustment"></param>
/// <param name="courseAlphaAdjustment"></param>
/// <param name="defaultAlphaAdjustment"></param>
public void AlphaAdjustLap(Session session, Lap lap, double lapAlphaAdjustment, double courseAlphaAdjustment,
double defaultAlphaAdjustment)
{
Route r = session.Route;
bool lapExists = session.Laps.Contains(lap) && lap.LapType != LapType.Start;
int lapIndex = 0;
if (lapExists)
{
// get the index of the lap
for (int i = 0; i < session.Laps.Count; i++)
{
if (session.Laps[i] == lap)
{
lapIndex = i;
break;
}
}
Lap lastLap = session.Laps[lapIndex - 1];
var aac = new List<AlphaAdjustmentChange>();
if (r.FirstWaypoint.Time < lastLap.Time)
aac.Add(new AlphaAdjustmentChange(r.GetParameterizedLocationFromTime(r.FirstWaypoint.Time),
courseAlphaAdjustment));
aac.Add(new AlphaAdjustmentChange(r.GetParameterizedLocationFromTime(lastLap.Time), lapAlphaAdjustment));
aac.Add(new AlphaAdjustmentChange(r.GetParameterizedLocationFromTime(lap.Time), courseAlphaAdjustment));
session.AlphaAdjustmentChanges = aac;
DrawMap(MapDrawingFlags.Markers | MapDrawingFlags.Route);
}
else
{
var aac = new List<AlphaAdjustmentChange>();
aac.Add(new AlphaAdjustmentChange(r.GetParameterizedLocationFromTime(r.FirstWaypoint.Time),
defaultAlphaAdjustment));
session.AlphaAdjustmentChanges = aac;
DrawMap(MapDrawingFlags.Markers | MapDrawingFlags.Route);
}
}
public void DeleteLap(Lap lap)
{
ExecuteAction(new DeleteLapAction(lap, CurrentSession));
DrawMap(MapDrawingFlags.Markers);
}
public void Import()
{
importResult = new ImportResult();
if (BeginWork != null) BeginWork(this, new EventArgs());
StreamReader reader = new StreamReader(FileName);
RouteSegment rs = new RouteSegment();
LapCollection laps = new LapCollection();
int i;
string[] atoms;
string line;
for (i = 0; i < 3; i++) reader.ReadLine();
// start time
atoms = reader.ReadLine().Split("\t".ToCharArray());
DateTime startTime = DateTime.MinValue;
int firstColonPosition = atoms[1].IndexOf(":");
int lastColonPosition = atoms[1].LastIndexOf(":");
int length = lastColonPosition + 2 - firstColonPosition + 2 + 1;
if (length > 0)
{
if(DateTime.TryParse(atoms[1].Substring(firstColonPosition - 2, lastColonPosition + 2 - firstColonPosition + 2 + 1), out startTime))
{
startTime = startTime.ToUniversalTime();
}
}
// go to start of coordinates
i = 0;
while (i < 5 && !reader.EndOfStream)
{
line = reader.ReadLine();
if (line == "") i++;
}
reader.ReadLine();
reader.ReadLine();
// read all coordinates
while (!reader.EndOfStream)
{
line = reader.ReadLine();
if (line == "") break;
atoms = line.Split("\t".ToCharArray());
Waypoint w = new Waypoint();
w.Time = startTime.AddSeconds(Convert.ToInt32(atoms[0]));
w.LongLat = new LongLat(ParseFRWDLongLatString(atoms[5]), ParseFRWDLongLatString(atoms[4]));
double altitude;
double.TryParse(LocalizeDecimalString(atoms[6]), out altitude);
w.Altitude = altitude;
double heartRate;
double.TryParse(LocalizeDecimalString(atoms[9]), out heartRate);
w.HeartRate = heartRate;
rs.Waypoints.Add(w);
if (atoms[1] != "")
{
// lap
Lap lap = new Lap();
lap.LapType = LapType.Lap;
lap.Time = w.Time;
laps.Add(lap);
}
}
if (laps.Count > 0) laps[0].LapType = LapType.Start;
if (laps.Count > 1) laps[laps.Count - 1].LapType = LapType.Stop;
importResult.Laps = laps;
List<RouteSegment> routeSegments = new List<RouteSegment>();
if(rs.Waypoints.Count > 0)
{
routeSegments.Add(rs);
importResult.Route = new Route(routeSegments);
importResult.Succeeded = true;
}
else
{
importResult.Succeeded = false;
importResult.Error = ImportError.NoWaypoints;
}
reader.Close();
if (EndWork != null) EndWork(this, new EventArgs());
}
private void CanvasPanel_MouseDown(object sender, MouseEventArgs e)
{
mouseInfo.MouseDownArgs = e;
if (e.Button == MouseButtons.Right && (scrXPanel.Visible || scrY.Visible))
{
// move map
BeginMoveMapWithMouse();
}
else
{
switch (currentMouseTool)
{
case MouseTool.AdjustRoute:
#region AdjustRoute
// is there a mouse hover handle?
if (mouseHoverHandle != null)
{
// transform mouse hover handle to adjustment handle
activeHandle = mouseHoverHandle;
activeHandleOldLocation = activeHandle.Location;
PointD mouseLocation =
new PointD((mouseInfo.MouseDownArgs.X + scrX.Value - origo.X),
(mouseInfo.MouseDownArgs.Y + scrY.Value - origo.Y)) / zoom;
activeHandleOffset = mouseLocation - mouseHoverHandle.Location;
BeginActiveHandleMoving();
}
else if (activeHandle != null)
{
if ((ModifierKeys & Keys.Control) == Keys.Control)
{
// delete active handle
DeleteActiveHandle();
}
else
{
BeginActiveHandleMoving();
activeHandle.MarkerDrawer = CurrentSession.Settings.MarkerDrawers[MarkerType.MovingActiveHandle];
}
}
else
{
BeginMoveMapWithMouse();
}
break;
#endregion
case MouseTool.ZoomIn:
break;
case MouseTool.ZoomOut:
ZoomOut();
break;
case MouseTool.Cut:
#region Cut
// cut route
// determine the handle where we should cut
Handle cutHandle = null;
if (activeHandle != null)
{
cutHandle = activeHandle;
}
else if (mouseHoverHandle != null)
{
cutHandle = mouseHoverHandle;
}
else
{
BeginMoveMapWithMouse();
}
if (cutHandle != null)
{
// if not at a lap, round time to nearest second
DateTime cutTime;
if (cutHandle.Time.HasValue)
{
cutTime = cutHandle.Time.Value;
}
else
{
cutTime = CurrentSession.Route.GetTimeFromParameterizedLocation(cutHandle.ParameterizedLocation);
cutTime = new DateTime(TimeSpan.TicksPerSecond * (long)Math.Round((double)cutTime.Ticks / TimeSpan.TicksPerSecond), cutTime.Kind); // round to nearest second
}
Cut(cutHandle.ParameterizedLocation, cutTime);
}
break;
#endregion
case MouseTool.Lap:
#region Lap
if ((ModifierKeys & Keys.Control) == Keys.Control)
{
// Ctrl pressed: delete lap
if (activeLap != null && activeLap.LapType == LapType.Lap)
{
// delete lap
ExecuteAction(new DeleteLapAction(activeLap, CurrentSession));
DrawMap(MapDrawingFlags.Markers);
}
else if(activeLap == null)
{
BeginMoveMapWithMouse();
}
}
else
{
if (activeLap != null && activeLap.LapType == LapType.Lap)
{
// Close to lap: begin move lap
movingActiveLapNow = true;
oldActiveLap = (Lap)activeLap.Clone();
}
else if(activeLap == null)
{
// add lap
Handle addLapHandle = null;
if (activeHandle != null)
{
addLapHandle = activeHandle;
}
else if (mouseHoverHandle != null)
{
addLapHandle = mouseHoverHandle;
}
else
{
BeginMoveMapWithMouse();
}
if (addLapHandle != null)
{
bool showLapTimeForm = ((ModifierKeys & Keys.Shift) == Keys.Shift);
AddLap(addLapHandle.ParameterizedLocation, showLapTimeForm);
}
}
}
break;
default:
BeginMoveMapWithMouse();
break;
#endregion
}
}
}
public ILap GetLapTime(int l)
{
int lapsbase = __LapsData.ToInt32();
float start = rFactor.Game.ReadFloat(new IntPtr(lapsbase + l*0x04*0x06));
float s1 = rFactor.Game.ReadFloat(new IntPtr(lapsbase + 0x04 + l*0x04*0x06));
float s2 = rFactor.Game.ReadFloat(new IntPtr(lapsbase + 0x08 + l*0x04*0x06));
float s3 = rFactor.Game.ReadFloat(new IntPtr(lapsbase + 0x0C + l*0x04*0x06));
s3 -= s2;
s2 -= s1;
Lap lap = new Lap(l, s1, s2, s3);
return lap;
}
public void TestMethod1()
{
Lap lap = new Lap();
Assert.AreEqual(lap, lap);
}
public AddLapAction(Lap lap, Session session)
{
this.lap = lap;
this.session = session;
}