void sectorClick(object sender, RoutedEventArgs e)
{
CheckBox fe2 = (CheckBox)e.Source;
int index = Int32.Parse(fe2.Name.Substring(1, fe2.Name.Length - 1));
if ((Boolean)fe2.IsChecked)
{
SharedData.SelectedSectors.Add(SharedData.Sectors[index]);
}
else
{
SharedData.SelectedSectors.Remove(SharedData.Sectors[index]);
}
SharedData.SelectedSectors.Sort();
CfgFile sectorsIni = new CfgFile(Directory.GetCurrentDirectory() + "\\sectors.ini");
sectorsIni.setValue("Sectors", SharedData.Track.Id.ToString(), String.Join(";", SharedData.SelectedSectors), false);
sectorsIni.Save();
}
private void parser(string yaml)
{
int start = 0;
int end = 0;
int length = 0;
length = yaml.Length;
start = yaml.IndexOf("WeekendInfo:\n", 0, length);
end = yaml.IndexOf("\n\n", start, length - start);
string WeekendInfo = yaml.Substring(start, end - start);
SharedData.Track.Length = (Single)parseDoubleValue(WeekendInfo, "TrackLength", "km") * 1000;
SharedData.Track.Id = parseIntValue(WeekendInfo, "TrackID");
SharedData.Track.Turns = parseIntValue(WeekendInfo, "TrackNumTurns");
SharedData.Track.City = parseStringValue(WeekendInfo, "TrackCity");
SharedData.Track.Country = parseStringValue(WeekendInfo, "TrackCountry");
SharedData.Track.Altitude = (Single)parseDoubleValue(WeekendInfo, "TrackAltitude", "m");
SharedData.Track.Sky = parseStringValue(WeekendInfo, "TrackSkies");
SharedData.Track.TrackTemperature = (Single)parseDoubleValue(WeekendInfo, "TrackSurfaceTemp", "C");
SharedData.Track.AirTemperature = (Single)parseDoubleValue(WeekendInfo, "TrackAirTemp", "C");
SharedData.Track.AirPressure = (Single)parseDoubleValue(WeekendInfo, "TrackAirPressure", "Hg");
SharedData.Track.WindSpeed = (Single)parseDoubleValue(WeekendInfo, "TrackWindVel", "m/s");
SharedData.Track.WindDirection = (Single)parseDoubleValue(WeekendInfo, "TrackWindDir", "rad");
SharedData.Track.Humidity = parseIntValue(WeekendInfo, "TrackRelativeHumidity", "%");
SharedData.Track.Fog = parseIntValue(WeekendInfo, "TrackFogLevel", "%");
if (parseIntValue(WeekendInfo, "Official") == 0 &&
parseIntValue(WeekendInfo, "SeasonID") == 0 &&
parseIntValue(WeekendInfo, "SeriesID") == 0)
SharedData.Sessions.Hosted = true;
else
SharedData.Sessions.Hosted = false;
if ( SharedData.theme != null )
SharedData.Track.Name = SharedData.theme.TrackNames.getValue("Tracks", SharedData.Track.Id.ToString(),false,"Unknown Track",false);
SharedData.Sessions.SessionId = parseIntValue(WeekendInfo, "SessionID");
SharedData.Sessions.SubSessionId = parseIntValue(WeekendInfo, "SubSessionID");
length = yaml.Length;
start = yaml.IndexOf("DriverInfo:\n", 0, length);
end = yaml.IndexOf("\n\n", start, length - start);
string DriverInfo = yaml.Substring(start, end - start);
length = DriverInfo.Length;
start = DriverInfo.IndexOf(" Drivers:\n", 0, length);
end = length;
string Drivers = DriverInfo.Substring(start, end - start - 1);
string[] driverList = Drivers.Split(new string[] { "\n - " }, StringSplitOptions.RemoveEmptyEntries);
foreach (string driver in driverList)
{
// KJ: fix
// let's see if car is already in list ...
int carIdx = parseIntValue(driver, "CarIdx");
var driverCarIdx = SharedData.Drivers.Find(d => d.CarIdx.Equals(carIdx));
if (driverCarIdx != null)
{
// car already in list, check if driver changed
var newUserId = parseIntValue(driver, "UserID");
if (driverCarIdx.UserId != newUserId)
{
logger.Info("driverChange detected - new driver ({0})", parseStringValue(driver,"UserName"));
// driver changed - update driver details
SharedData.updateControls = true;
SharedData.Drivers.Find(d => d.CarIdx.Equals(carIdx)).Name = parseStringValue(driver, "UserName");
SharedData.Drivers.Find(d => d.CarIdx.Equals(carIdx)).Initials = parseStringValue(driver, "Initials");
if (parseStringValue(driver, "AbbrevName") != null)
{
string[] splitName = parseStringValue(driver, "AbbrevName").Split(',');
if (splitName.Length > 1)
SharedData.Drivers.Find(d => d.CarIdx.Equals(carIdx)).Shortname = splitName[1] + " " + splitName[0];
else
SharedData.Drivers.Find(d => d.CarIdx.Equals(carIdx)).Shortname = parseStringValue(driver, "AbbrevName");
}
else
SharedData.Drivers.Find(d => d.CarIdx.Equals(carIdx)).Shortname = "";
SharedData.Drivers.Find(d => d.CarIdx.Equals(carIdx)).Club = parseStringValue(driver, "Club");
SharedData.Drivers.Find(d => d.CarIdx.Equals(carIdx)).SR = parseStringValue(driver, "SR");
SharedData.Drivers.Find(d => d.CarIdx.Equals(carIdx)).iRating = parseIntValue(driver, "iRating");
SharedData.Drivers.Find(d => d.CarIdx.Equals(carIdx)).UserId = newUserId;
logger.Info("driverChange - looking for external data", "");
string[] external_driver;
if ( SharedData.externalData.TryGetValue(newUserId, out external_driver) )
{
logger.Info("driverChange - external data found", "");
int ed_idx;
if ( ( ed_idx = Int32.Parse(SharedData.theme.getIniValue("General", "dataFullName") ) ) >= 0 && external_driver.Length > ed_idx )
{
SharedData.Drivers.Find(d => d.CarIdx.Equals(carIdx)).Name = external_driver[ed_idx];
}
if ( ( ed_idx = Int32.Parse(SharedData.theme.getIniValue("General", "dataShortName") ) ) >= 0 && external_driver.Length > ed_idx )
{
SharedData.Drivers.Find(d => d.CarIdx.Equals(carIdx)).Shortname = external_driver[ed_idx];
}
if ( ( ed_idx = Int32.Parse(SharedData.theme.getIniValue("General", "dataInitials") ) ) >= 0 && external_driver.Length > ed_idx )
{
SharedData.Drivers.Find(d => d.CarIdx.Equals(carIdx)).Initials = external_driver[ed_idx];
}
}
logger.Info("driverChange - data ready", "");
}
}
int userId = parseIntValue(driver, "UserID");
if (userId < Int32.MaxValue && userId > 0)
{
int index = SharedData.Drivers.FindIndex(d => d.UserId.Equals(userId));
if (index < 0 &&
parseStringValue(driver, "CarPath") != "safety pcfr500s" &&
parseStringValue(driver, "AbbrevName") != "Pace Car")
{
if (SharedData.settings.IncludeMe || (!SharedData.settings.IncludeMe && parseIntValue(driver, "CarIdx") != 63))
{
DriverInfo driverItem = new DriverInfo();
char[] charsToTrim = {'"'};
driverItem.Name = parseStringValue(driver, "UserName");
if (parseStringValue(driver, "AbbrevName") != null)
{
string[] splitName = parseStringValue(driver, "AbbrevName").Split(',');
if (splitName.Length > 1)
driverItem.Shortname = splitName[1] + " " + splitName[0];
else
driverItem.Shortname = parseStringValue(driver, "AbbrevName");
}
driverItem.Initials = parseStringValue(driver, "Initials");
driverItem.Club = parseStringValue(driver, "ClubName");
driverItem.NumberPlate = parseStringValue(driver, "CarNumber").Trim(charsToTrim);
driverItem.CarId = parseIntValue(driver, "CarID");
driverItem.CarClass = parseIntValue(driver, "CarClassID");
driverItem.UserId = parseIntValue(driver, "UserID");
driverItem.CarIdx = parseIntValue(driver, "CarIdx");
driverItem.CarClassName = ( SharedData.theme != null ? SharedData.theme.getCarClass(driverItem.CarId) : "unknown" );
driverItem.iRating = parseIntValue(driver, "IRating");
// KJ: teamID!
driverItem.TeamId = parseIntValue(driver, "TeamID");
int liclevel = parseIntValue(driver, "LicLevel");
int licsublevel = parseIntValue(driver, "LicSubLevel");
switch (liclevel)
{
case 0:
case 1:
case 2:
case 3:
case 4:
driverItem.SR = "R" + ((double)licsublevel / 100).ToString("0.00");
break;
case 5:
case 6:
case 7:
case 8:
driverItem.SR = "D" + ((double)licsublevel / 100).ToString("0.00");
break;
case 9:
case 10:
case 11:
case 12:
driverItem.SR = "C" + ((double)licsublevel / 100).ToString("0.00");
break;
case 14:
case 15:
case 16:
case 17:
driverItem.SR = "B" + ((double)licsublevel / 100).ToString("0.00");
break;
case 18:
case 19:
case 20:
case 21:
driverItem.SR = "A" + ((double)licsublevel / 100).ToString("0.00");
break;
case 22:
case 23:
case 24:
case 25:
driverItem.SR = "P" + ((double)licsublevel / 100).ToString("0.00");
break;
case 26:
case 27:
case 28:
case 29:
driverItem.SR = "WC" + ((double)licsublevel / 100).ToString("0.00");
break;
default:
driverItem.SR = "Unknown";
break;
}
driverItem.CarClass = -1;
int carclass = parseIntValue(driver, "CarClassID");
int freeslot = -1;
for (int i = 0; i < SharedData.Classes.Length; i++)
{
if (SharedData.Classes[i] == carclass)
{
driverItem.CarClass = i;
}
else if (SharedData.Classes[i] == -1 && freeslot < 0)
{
freeslot = i;
}
}
if (driverItem.CarClass < 0 && freeslot >= 0)
{
SharedData.Classes[freeslot] = carclass;
driverItem.CarClass = freeslot;
}
if (!SharedData.externalPoints.ContainsKey(userId) && driverItem.CarIdx < 60)
SharedData.externalPoints.Add(userId, 0);
// fix bugges
if (driverItem.NumberPlate == null)
driverItem.NumberPlate = "000";
if (driverItem.Initials == null)
driverItem.Initials = "";
// KJ: if we are team-racing: get the teamname or make one up ...
if (driverItem.TeamId > 0)
{
if (SharedData.externalTeamData.ContainsKey(driverItem.TeamId))
{
// found teamname for teamid in teams.csv
string[] td_result;
SharedData.externalTeamData.TryGetValue(driverItem.TeamId, out td_result);
driverItem.TeamName = td_result[0];
}
else if (SharedData.externalTeamData.ContainsKey(Int32.Parse(driverItem.NumberPlate)))
{
// found teamname for carnum in teams.csv
string[] td_result;
SharedData.externalTeamData.TryGetValue(Int32.Parse(driverItem.NumberPlate), out td_result);
driverItem.TeamName = td_result[0];
}
else
{
// make up generic teamname (to be parametrized in future)
driverItem.TeamName = "Team #" + driverItem.NumberPlate;
}
}
// KJ: if we have external data - perhaps we shall overload name data for the driver
string[] external_driver;
if (SharedData.externalData.TryGetValue(userId, out external_driver))
{
// found external data for userid
int ed_idx;
SharedData.theme.getIniValue("General", "dataFullName");
if ((ed_idx = Int32.Parse(SharedData.theme.getIniValue("General", "dataFullName"))) >= 0 && external_driver.Length > ed_idx )
{
// fullname gets replaced with column of data.csv
driverItem.Name = external_driver[ed_idx];
}
if ((ed_idx = Int32.Parse(SharedData.theme.getIniValue("General", "dataShortName"))) >= 0 && external_driver.Length > ed_idx )
{
// shortname gets replaced with column of data.csv
driverItem.Shortname = external_driver[ed_idx];
}
if ((ed_idx = Int32.Parse(SharedData.theme.getIniValue("General", "dataInitials"))) >= 0 && external_driver.Length > ed_idx )
{
// initials get replaced with column of data.csv
driverItem.Initials = external_driver[ed_idx];
}
}
SharedData.Drivers.Add(driverItem);
}
}
}
}
length = yaml.Length;
start = yaml.IndexOf("SessionInfo:\n", 0, length);
end = yaml.IndexOf("\n\n", start, length - start);
string SessionInfo = yaml.Substring(start, end - start);
length = SessionInfo.Length;
start = SessionInfo.IndexOf(" Sessions:\n", 0, length);
end = length;
string Sessions = SessionInfo.Substring(start, end - start);
string[] sessionList = Sessions.Split(new string[] { "\n - " }, StringSplitOptions.RemoveEmptyEntries);
// Get Current running Session
int _CurrentSession = (int)sdk.GetData("SessionNum");
foreach (string session in sessionList)
{
int sessionNum = parseIntValue(session, "SessionNum");
if (sessionNum < Int32.MaxValue)
{
int sessionIndex = SharedData.Sessions.SessionList.FindIndex(s => s.Id.Equals(sessionNum));
if (sessionIndex < 0) // add new session item
{
SessionInfo sessionItem = new SessionInfo();
sessionItem.Id = sessionNum;
sessionItem.LapsTotal = parseIntValue(session, "SessionLaps");
sessionItem.SessionLength = parseFloatValue(session, "SessionTime", "sec");
sessionItem.Type = sessionTypeMap[parseStringValue(session, "SessionType")];
if (sessionItem.Type == SessionTypes.race)
{
sessionItem.FinishLine = parseIntValue(session, "SessionLaps") + 1;
}
else
{
sessionItem.FinishLine = Int32.MaxValue;
}
if (sessionItem.FinishLine < 0)
{
sessionItem.FinishLine = Int32.MaxValue;
}
sessionItem.Cautions = parseIntValue(session, "ResultsNumCautionFlags");
sessionItem.CautionLaps = parseIntValue(session, "ResultsNumCautionLaps");
sessionItem.LeadChanges = parseIntValue(session, "ResultsNumLeadChanges");
sessionItem.LapsComplete = parseIntValue(session, "ResultsLapsComplete");
length = session.Length;
start = session.IndexOf(" ResultsFastestLap:\n", 0, length);
end = length;
string ResultsFastestLap = session.Substring(start, end - start);
sessionItem.FastestLap = parseFloatValue(ResultsFastestLap, "FastestTime");
int index = SharedData.Drivers.FindIndex(d => d.CarIdx.Equals(parseIntValue(ResultsFastestLap, "CarIdx")));
if (index >= 0)
{
sessionItem.FastestLapDriver = SharedData.Drivers[index];
sessionItem.FastestLapNum = parseIntValue(ResultsFastestLap, "FastestLap");
}
SharedData.Sessions.SessionList.Add(sessionItem);
sessionIndex = SharedData.Sessions.SessionList.FindIndex(s => s.Id.Equals(sessionNum));
}
else // update only non fixed fields
{
SharedData.Sessions.SessionList[sessionIndex].LeadChanges = parseIntValue(session, "ResultsNumLeadChanges");
SharedData.Sessions.SessionList[sessionIndex].LapsComplete = parseIntValue(session, "ResultsLapsComplete");
length = session.Length;
start = session.IndexOf(" ResultsFastestLap:\n", 0, length) + " ResultsFastestLap:\n".Length;
end = length;
string ResultsFastestLap = session.Substring(start, end - start);
SharedData.Sessions.SessionList[sessionIndex].FastestLap = parseFloatValue(ResultsFastestLap, "FastestTime");
int index = SharedData.Drivers.FindIndex(d => d.CarIdx.Equals(parseIntValue(ResultsFastestLap, "CarIdx")));
if (index >= 0)
{
SharedData.Sessions.SessionList[sessionIndex].FastestLapDriver = SharedData.Drivers[index];
SharedData.Sessions.SessionList[sessionIndex].FastestLapNum = parseIntValue(ResultsFastestLap, "FastestLap");
}
}
length = session.Length;
start = session.IndexOf(" ResultsPositions:\n", 0, length);
end = session.IndexOf(" ResultsFastestLap:\n", start, length - start);
string Standings = session.Substring(start, end - start);
string[] standingList = Standings.Split(new string[] { "\n - " }, StringSplitOptions.RemoveEmptyEntries);
Int32 position = 1;
List<DriverInfo> standingsDrivers = SharedData.Drivers.ToList();
foreach (string standing in standingList)
{
int carIdx = parseIntValue(standing, "CarIdx");
if (carIdx < Int32.MaxValue)
{
StandingsItem standingItem = new StandingsItem();
standingItem = SharedData.Sessions.SessionList[sessionIndex].FindDriver(carIdx);
standingsDrivers.Remove(standingsDrivers.Find(s => s.CarIdx.Equals(carIdx)));
if (parseFloatValue(standing, "LastTime") > 0)
{
if (parseFloatValue(standing, "LastTime") < SharedData.Sessions.SessionList[sessionIndex].FastestLap && SharedData.Sessions.SessionList[sessionIndex].FastestLap > 0)
{
// Race Condition?
//SharedData.Sessions.SessionList[sessionIndex].FastestLap = parseFloatValue(standing, "FastestTime");
}
}
/*
if (parseFloatValue(standing, "FastestTime") < SharedData.Sessions.SessionList[sessionIndex].FastestLap ||
SharedData.Sessions.SessionList[sessionIndex].FastestLap <= 0)
{
SharedData.Sessions.SessionList[sessionIndex].FastestLap = parseFloatValue(standing, "FastestTime");
}
*/
/*
if (standingItem.Finished == false)
{
standingItem.PreviousLap.LapTime = parseFloatValue(standing, "LastTime");
if (standingItem.PreviousLap.LapTime <= 1)
{
standingItem.PreviousLap.LapTime = standingItem.CurrentLap.LapTime;
}
}
*/
if (SharedData.Sessions.SessionList[sessionIndex].Type == SharedData.Sessions.CurrentSession.Type)
{
if ((standingItem.CurrentTrackPct % 1.0) > 0.1)
{
standingItem.PreviousLap.Position = parseIntValue(standing, "Position");
standingItem.PreviousLap.Gap = parseFloatValue(standing, "Time");
standingItem.PreviousLap.GapLaps = parseIntValue(standing, "Lap");
standingItem.CurrentLap.Position = parseIntValue(standing, "Position");
}
}
if (standingItem.Driver.CarIdx < 0)
{
// insert item
int driverIndex = SharedData.Drivers.FindIndex(d => d.CarIdx.Equals(carIdx));
standingItem.setDriver(carIdx);
standingItem.FastestLap = parseFloatValue(standing, "FastestTime");
standingItem.LapsLed = parseIntValue(standing, "LapsLed");
standingItem.CurrentTrackPct = parseFloatValue(standing, "LapsDriven");
standingItem.Laps = new List<LapInfo>();
LapInfo newLap = new LapInfo();
newLap.LapNum = parseIntValue(standing, "LapsComplete");
newLap.LapTime = parseFloatValue(standing, "LastTime");
newLap.Position = parseIntValue(standing, "Position");
newLap.Gap = parseFloatValue(standing, "Time");
newLap.GapLaps = parseIntValue(standing, "Lap");
newLap.SectorTimes = new List<Sector>(3);
standingItem.Laps.Add(newLap);
standingItem.CurrentLap = new LapInfo();
standingItem.CurrentLap.LapNum = parseIntValue(standing, "LapsComplete") + 1;
standingItem.CurrentLap.Position = parseIntValue(standing, "Position");
standingItem.CurrentLap.Gap = parseFloatValue(standing, "Time");
standingItem.CurrentLap.GapLaps = parseIntValue(standing, "Lap");
lock (SharedData.SharedDataLock)
{
SharedData.Sessions.SessionList[sessionIndex].Standings.Add(standingItem);
SharedData.Sessions.SessionList[sessionIndex].UpdatePosition();
}
}
int lapnum = parseIntValue(standing, "LapsComplete");
standingItem.FastestLap = parseFloatValue(standing, "FastestTime");
standingItem.LapsLed = parseIntValue(standing, "LapsLed");
if (SharedData.Sessions.SessionList[sessionIndex].Type == SharedData.Sessions.CurrentSession.Type)
{
standingItem.PreviousLap.LapTime = parseFloatValue(standing, "LastTime");
}
if (SharedData.Sessions.CurrentSession.State == SessionStates.cooldown)
{
standingItem.CurrentLap.Gap = parseFloatValue(standing, "Time");
standingItem.CurrentLap.GapLaps = parseIntValue(standing, "Lap");
standingItem.CurrentLap.Position = parseIntValue(standing, "Position");
standingItem.CurrentLap.LapNum = parseIntValue(standing, "LapsComplete");
}
standingItem.Position = parseIntValue(standing, "Position");
standingItem.NotifySelf();
standingItem.NotifyLaps();
position++;
}
}
// Trigger Overlay Event, but only in current active session
if ((SharedData.Sessions.SessionList[sessionIndex].FastestLap != SharedData.Sessions.SessionList[sessionIndex].PreviousFastestLap)
&& (_CurrentSession == SharedData.Sessions.SessionList[sessionIndex].Id)
)
{
if (SharedData.Sessions.SessionList[sessionIndex].FastestLap > 0)
{
SessionEvent ev = new SessionEvent(
SessionEventTypes.fastlap,
(Int32)(((Double)sdk.GetData("SessionTime") * 60) + timeoffset),
SharedData.Sessions.SessionList[sessionIndex].FastestLapDriver,
"New session fastest lap (" + Utils.floatTime2String(SharedData.Sessions.SessionList[sessionIndex].FastestLap, 3, false) + ")",
SharedData.Sessions.SessionList[sessionIndex].Type,
SharedData.Sessions.SessionList[sessionIndex].FastestLapNum
);
SharedData.Events.Add(ev);
// Push Event to Overlay
logger.Info("New fastest lap in Session {0} : {1}", _CurrentSession, SharedData.Sessions.SessionList[sessionIndex].FastestLap);
SharedData.triggers.Push(TriggerTypes.fastestlap);
}
}
// update/add position for drivers not in results
foreach (DriverInfo driver in standingsDrivers)
{
StandingsItem standingItem = SharedData.Sessions.SessionList[sessionIndex].FindDriver(driver.CarIdx);
if (standingItem.Driver.CarIdx < 0)
{
if (SharedData.settings.IncludeMe || (!SharedData.settings.IncludeMe && standingItem.Driver.CarIdx != 63))
{
standingItem.setDriver(driver.CarIdx);
standingItem.Position = position;
standingItem.Laps = new List<LapInfo>();
lock (SharedData.SharedDataLock)
{
SharedData.Sessions.SessionList[sessionIndex].Standings.Add(standingItem);
}
position++;
}
}
else if (!SharedData.settings.IncludeMe && driver.CarIdx < 63)
{
standingItem.Position = position;
position++;
}
}
}
}
// add qualify session if it doesn't exist when race starts and fill it with YAML QualifyResultsInfo
SessionInfo qualifySession = SharedData.Sessions.findSessionByType(SessionTypes.qualify);
if (qualifySession.Type == SessionTypes.none)
{
qualifySession.Type = SessionTypes.qualify;
length = yaml.Length;
start = yaml.IndexOf("QualifyResultsInfo:\n", 0, length);
// if found
if (start >= 0)
{
end = yaml.IndexOf("\n\n", start, length - start);
string QualifyResults = yaml.Substring(start, end - start);
length = QualifyResults.Length;
start = QualifyResults.IndexOf(" Results:\n", 0, length);
end = length;
string Results = QualifyResults.Substring(start, end - start - 1);
string[] resultList = Results.Split(new string[] { "\n - " }, StringSplitOptions.RemoveEmptyEntries);
qualifySession.FastestLap = float.MaxValue;
foreach (string result in resultList)
{
if (result != " Results:")
{
StandingsItem qualStandingsItem = qualifySession.FindDriver(parseIntValue(result, "CarIdx"));
if (qualStandingsItem.Driver.CarIdx > 0) // check if driver is in quali session
{
qualStandingsItem.Position = parseIntValue(result, "Position") + 1;
}
else // add driver to quali session
{
qualStandingsItem.setDriver(parseIntValue(result, "CarIdx"));
qualStandingsItem.Position = parseIntValue(result, "Position") + 1;
qualStandingsItem.FastestLap = parseFloatValue(result, "FastestTime");
lock (SharedData.SharedDataLock)
{
qualifySession.Standings.Add(qualStandingsItem);
}
// update session fastest lap
if (qualStandingsItem.FastestLap < qualifySession.FastestLap && qualStandingsItem.FastestLap > 0)
qualifySession.FastestLap = qualStandingsItem.FastestLap;
}
}
}
SharedData.Sessions.SessionList.Add(qualifySession); // add quali session
}
}
// get qualify results if race session standings is empty
foreach (SessionInfo session in SharedData.Sessions.SessionList)
{
if (session.Type == SessionTypes.race && session.Standings.Count < 1)
{
length = yaml.Length;
start = yaml.IndexOf("QualifyResultsInfo:\n", 0, length);
// if found
if (start >= 0)
{
end = yaml.IndexOf("\n\n", start, length - start);
string QualifyResults = yaml.Substring(start, end - start);
length = QualifyResults.Length;
start = QualifyResults.IndexOf(" Results:\n", 0, length);
end = length;
string Results = QualifyResults.Substring(start, end - start - 1);
string[] resultList = Results.Split(new string[] { "\n - " }, StringSplitOptions.RemoveEmptyEntries);
foreach (string result in resultList)
{
if (result != " Results:")
{
StandingsItem standingItem = new StandingsItem();
standingItem.setDriver(parseIntValue(result, "CarIdx"));
standingItem.Position = parseIntValue(result, "Position") + 1;
lock (SharedData.SharedDataLock)
{
session.Standings.Add(standingItem);
}
}
}
}
}
}
length = yaml.Length;
start = yaml.IndexOf("CameraInfo:\n", 0, length);
end = yaml.IndexOf("\n\n", start, length - start);
string CameraInfo = yaml.Substring(start, end - start);
length = CameraInfo.Length;
start = CameraInfo.IndexOf(" Groups:\n", 0, length);
end = length;
string Cameras = CameraInfo.Substring(start, end - start - 1);
string[] cameraList = Cameras.Split(new string[] { "\n - " }, StringSplitOptions.RemoveEmptyEntries);
bool haveNewCam = false;
foreach (string camera in cameraList)
{
int cameraNum = parseIntValue(camera, "GroupNum");
if (cameraNum < Int32.MaxValue)
{
CameraGroup camgrp = SharedData.Camera.FindId(cameraNum);
if (camgrp.Id < 0)
{
CameraGroup cameraGroupItem = new CameraGroup();
cameraGroupItem.Id = cameraNum;
cameraGroupItem.Name = parseStringValue(camera, "GroupName");
lock (SharedData.SharedDataLock)
{
SharedData.Camera.Groups.Add(cameraGroupItem);
haveNewCam = true;
}
}
}
}
if (SharedData.settings.CamerasButtonColumn && haveNewCam) // If we have a new cam and want Camera Buttons, then forece a refresh of the main window buttons
SharedData.refreshButtons = true;
length = yaml.Length;
start = yaml.IndexOf("SplitTimeInfo:\n", 0, length);
end = yaml.IndexOf("\n\n", start, length - start);
string SplitTimeInfo = yaml.Substring(start, end - start);
length = SplitTimeInfo.Length;
start = SplitTimeInfo.IndexOf(" Sectors:\n", 0, length);
end = length;
string Sectors = SplitTimeInfo.Substring(start, end - start - 1);
string[] sectorList = Sectors.Split(new string[] { "\n - " }, StringSplitOptions.RemoveEmptyEntries);
if (sectorList.Length != SharedData.Sectors.Count)
{
SharedData.Sectors.Clear();
foreach (string sector in sectorList)
{
int sectornum = parseIntValue(sector, "SectorNum");
if (sectornum < 100)
{
float sectorborder = parseFloatValue(sector, "SectorStartPct");
SharedData.Sectors.Add(sectorborder);
}
}
// automagic sector selection
if (SharedData.SelectedSectors.Count == 0)
{
SharedData.SelectedSectors.Clear();
// load sectors
CfgFile sectorsIni = new CfgFile(Directory.GetCurrentDirectory() + "\\sectors.ini");
string sectorValue = sectorsIni.getValue("Sectors", SharedData.Track.Id.ToString(),false,String.Empty,false);
string[] selectedSectors = sectorValue.Split(';');
Array.Sort(selectedSectors);
SharedData.SelectedSectors.Clear();
if (sectorValue.Length > 0)
{
foreach (string sector in selectedSectors)
{
float number;
if (Single.TryParse(sector, out number))
{
SharedData.SelectedSectors.Add(number);
}
}
}
else
{
if (SharedData.Sectors.Count == 2)
{
foreach (float sector in SharedData.Sectors)
SharedData.SelectedSectors.Add(sector);
}
else
{
float prevsector = 0;
foreach (float sector in SharedData.Sectors)
{
if (sector == 0 && SharedData.SelectedSectors.Count == 0)
{
SharedData.SelectedSectors.Add(sector);
}
else if (sector >= 0.333 && SharedData.SelectedSectors.Count == 1)
{
if (sector - 0.333 < Math.Abs(prevsector - 0.333))
{
SharedData.SelectedSectors.Add(sector);
}
else
{
SharedData.SelectedSectors.Add(prevsector);
}
}
else if (sector >= 0.666 && SharedData.SelectedSectors.Count == 2)
{
if (sector - 0.666 < Math.Abs(prevsector - 0.666))
{
SharedData.SelectedSectors.Add(sector);
}
else
{
SharedData.SelectedSectors.Add(prevsector);
}
}
prevsector = sector;
}
}
}
}
}
}
public Theme(string themeName)
{
path = "themes\\" + themeName;
// if theme not found pick the first theme on theme dir
if (!File.Exists(Directory.GetCurrentDirectory() + "\\" + path + "\\settings.ini"))
{
System.Windows.MessageBox.Show("Could not find theme named '" + themeName + "' from '" + Directory.GetCurrentDirectory() + "\\" + path + "\\'");
DirectoryInfo d = new DirectoryInfo(Directory.GetCurrentDirectory() + "\\themes\\");
DirectoryInfo[] dis = d.GetDirectories();
foreach (DirectoryInfo di in dis)
{
if (File.Exists(Directory.GetCurrentDirectory() + "\\themes\\" + di.Name + "\\settings.ini"))
{
themeName = di.Name;
break;
}
}
}
path = "themes\\" + themeName;
name = themeName;
fontCache = new FontCache();
fontCache.SetPath(Path.Combine(Directory.GetCurrentDirectory(), "themes\\" + themeName));
settings = new CfgFile(path + "\\settings.ini");
if (getIniValueBool("General", "dynamic"))
{
logger.Info("Dynamic Theme configuration activated");
List<string> secs = settings.getAllSections();
Dictionary<string, List<string>> secStuff = new Dictionary<string, List<string>>();
foreach (string s in secs)
{
string[] parts = s.Split('-');
if (parts.Length != 2)
continue;
if ( !secStuff.ContainsKey( parts[0].ToLowerInvariant() ) )
secStuff[parts[0].ToLowerInvariant()] = new List<string>();
secStuff[parts[0].ToLowerInvariant()].Add(parts[1]);
}
foreach( string k in secStuff.Keys )
{
logger.Info("Setting {0}s = {1}",k,String.Join(",", secStuff[k]));
settings.setValue("General", k+"s", String.Join(",", secStuff[k]), false);
}
}
string filename = Directory.GetCurrentDirectory() + "\\themes\\" + name + "\\tracks.ini";
if (!File.Exists(filename))
filename = Directory.GetCurrentDirectory() + "\\tracks.ini";
if (File.Exists(filename))
{
TrackNames = new CfgFile(filename);
}
width = Int32.Parse(getIniValue("General", "width"));
height = Int32.Parse(getIniValue("General", "height"));
defaultFont = settings.getValue("General", "font", false, "Arial", false);
// point schema
pointscol = Int32.Parse(getIniValue("General", "pointscol"));
minscoringdistance = Single.Parse(getIniValue("General", "minscoringdistance"))/100;
if (minscoringdistance == 0.0f)
minscoringdistance = 1.0f;
string[] pointschemastr = getIniValue("General", "pointschema").Split(',');
pointschema = new Int32[pointschemastr.Length];
for (int i = 0; i < pointschemastr.Length; i++)
pointschema[i] = Int32.Parse(pointschemastr[i]);
// load objects
string tmp = getIniValue("General", "overlays");
string[] overlays;
if (tmp != "0")
{
overlays = tmp.Split(',');
objects = new ObjectProperties[overlays.Length];
}
else
{
objects = new ObjectProperties[0];
overlays = new string[0];
}
for(int i = 0; i < overlays.Length; i++) {
objects[i].name = overlays[i];
objects[i].width = Int32.Parse(getIniValue("Overlay-" + overlays[i], "width"));
objects[i].height = Int32.Parse(getIniValue("Overlay-" + overlays[i], "height"));
objects[i].left = Int32.Parse(getIniValue("Overlay-" + overlays[i], "left"));
objects[i].top = Int32.Parse(getIniValue("Overlay-" + overlays[i], "top"));
objects[i].zIndex = Int32.Parse(getIniValue("Overlay-" + overlays[i], "zIndex"));
objects[i].offset = Int32.Parse(getIniValue("Overlay-" + overlays[i], "offset"));
objects[i].dataset = (DataSets)Enum.Parse(typeof(DataSets), getIniValue("Overlay-" + overlays[i], "dataset"));
if (getIniValue("Overlay-" + overlays[i], "class") != "0")
objects[i].carclass = getIniValue("Overlay-" + overlays[i], "class");
else
objects[i].carclass = null;
if (getIniValue("Overlay-" + overlays[i], "fixed") == "true")
objects[i].presistent = true;
else
objects[i].presistent = false;
if (getIniValue("Overlay-" + overlays[i], "leader") != "0")
objects[i].leadervalue = getIniValue("Overlay-" + overlays[i], "leader");
else
objects[i].leadervalue = null;
objects[i].session = (SessionTypes)Enum.Parse(typeof(SessionTypes), getIniValue("Overlay-" + overlays[i], "session"));
int extraHeight = 0;
// load labels
tmp = getIniValue("Overlay-" + overlays[i], "labels");
string[] labels = tmp.Split(',');
objects[i].labels = new LabelProperties[labels.Length];
for (int j = 0; j < labels.Length; j++)
{
objects[i].labels[j] = loadLabelProperties("Overlay-" + overlays[i], labels[j]);
if (objects[i].labels[j].height > extraHeight)
extraHeight = objects[i].labels[j].height;
if (objects[i].labels[j].session == SessionTypes.none)
objects[i].labels[j].session = objects[i].session;
}
if (objects[i].dataset == DataSets.standing || objects[i].dataset == DataSets.points || objects[i].dataset == DataSets.pit)
{
objects[i].itemCount = Int32.Parse(getIniValue("Overlay-" + overlays[i], "number"));
objects[i].itemSize = Int32.Parse(getIniValue("Overlay-" + overlays[i], "itemHeight"));
objects[i].itemSize += Int32.Parse(getIniValue("Overlay-" + overlays[i], "itemsize"));
objects[i].height = Math.Max(objects[i].height, (objects[i].itemCount * objects[i].itemSize) + extraHeight);
objects[i].page = -1;
objects[i].direction = (direction)Enum.Parse(typeof(direction), getIniValue("Overlay-" + overlays[i], "direction"));
objects[i].offset = Int32.Parse(getIniValue("Overlay-" + overlays[i], "offset"));
objects[i].maxpages = Int32.Parse(getIniValue("Overlay-" + overlays[i], "maxpages"));
objects[i].skip = Int32.Parse(getIniValue("Overlay-" + overlays[i], "skip"));
}
switch (getIniValue("Overlay-" + overlays[i], "dataorder"))
{
case "fastestlap":
objects[i].dataorder = DataOrders.fastestlap;
break;
case "previouslap":
objects[i].dataorder = DataOrders.previouslap;
break;
case "class":
objects[i].dataorder = DataOrders.previouslap;
break;
case "points":
objects[i].dataorder = DataOrders.points;
break;
case "liveposition":
objects[i].dataorder = DataOrders.liveposition;
break;
case "trackposition":
objects[i].dataorder = DataOrders.trackposition;
break;
default:
objects[i].dataorder = DataOrders.position;
break;
}
objects[i].visible = false;
}
// load images
tmp = getIniValue("General", "images");
string[] files;
if (tmp != "0")
{
files = tmp.Split(',');
images = new ImageProperties[files.Length];
}
else
{
images = new ImageProperties[0];
files = new string[0];
}
for (int i = 0; i < files.Length; i++)
{
images[i].filename = getIniValue("Image-" + files[i], "filename");
images[i].zIndex = Int32.Parse(getIniValue("Image-" + files[i], "zIndex"));
images[i].visible = false;
images[i].name = files[i];
images[i].width = Int32.Parse(getIniValue("Image-" + files[i], "width"));
images[i].height = Int32.Parse(getIniValue("Image-" + files[i], "height"));
images[i].left = Int32.Parse(getIniValue("Image-" + files[i], "left"));
images[i].top = Int32.Parse(getIniValue("Image-" + files[i], "top"));
if (getIniValue("Image-" + files[i], "dynamic") == "true")
{
images[i].dynamic = true;
images[i].defaultFile = getIniValue("Image-" + files[i], "default");
}
else
images[i].dynamic = false;
if (getIniValue("Image-" + files[i], "fixed") == "true")
images[i].presistent = true;
else
images[i].presistent = false;
if (getIniValue("Image-" + files[i], "animate") == "true")
images[i].doAnimate = true;
else
images[i].doAnimate = false;
}
// load videos
tmp = getIniValue("General", "videos");
if (tmp != "0")
{
files = tmp.Split(',');
videos = new VideoProperties[files.Length];
}
else
{
videos = new VideoProperties[0];
files = new string[0];
}
for (int i = 0; i < files.Length; i++)
{
videos[i].filename = getIniValue("Video-" + files[i], "filename");
videos[i].zIndex = Int32.Parse(getIniValue("Video-" + files[i], "zIndex"));
videos[i].width = Int32.Parse(getIniValue("Video-" + files[i], "width"));
videos[i].height = Int32.Parse(getIniValue("Video-" + files[i], "height"));
videos[i].left = Int32.Parse(getIniValue("Video-" + files[i], "left"));
videos[i].top = Int32.Parse(getIniValue("Video-" + files[i], "top"));
videos[i].visible = false;
videos[i].playing = false;
videos[i].name = files[i];
videos[i].muteSimulator = getIniValueBool("Video-" + files[i], "mute");
Double volume = 100.0;
bool result = Double.TryParse(getIniValueWithDefault("Video-" + files[i], "volume", "100.0"), NumberStyles.AllowDecimalPoint, CultureInfo.CreateSpecificCulture("en-US"), out volume);
if (!result)
volume = 100.0;
videos[i].volume = Math.Min(volume / 100.0, 100.0);
if (videos[i].volume <= 0)
videos[i].volume = 1.0;
if (getIniValue("Video-" + files[i], "fixed") == "true")
videos[i].presistent = true;
else
videos[i].presistent = false;
if (getIniValue("Video-" + files[i], "loop") == "true")
videos[i].loop = true;
else
videos[i].loop = false;
}
// load sounds
tmp = getIniValue("General", "sounds");
if (tmp != "0")
{
files = tmp.Split(',');
sounds = new SoundProperties[files.Length];
}
else
{
sounds = new SoundProperties[0];
files = new string[0];
}
for (int i = 0; i < files.Length; i++)
{
sounds[i].filename = getIniValue("Sound-" + files[i], "filename");
sounds[i].playing = false;
sounds[i].name = files[i];
Double volume = 100.0;
bool result = Double.TryParse(getIniValueWithDefault("Sound-" + files[i], "volume", "100.0"), NumberStyles.AllowDecimalPoint, CultureInfo.CreateSpecificCulture("en-US"), out volume);
if (!result)
volume = 100.0;
sounds[i].volume = Math.Min(volume / 100.0, 100.0);
if (sounds[i].volume <= 0)
sounds[i].volume = 1.0;
if (getIniValue("Sound-" + files[i], "loop") == "true")
sounds[i].loop = true;
else
sounds[i].loop = false;
}
// load tickers
tmp = getIniValue("General", "tickers");
string[] tickersnames;
if (tmp != "0")
{
tickersnames = tmp.Split(',');
tickers = new TickerProperties[tickersnames.Length];
}
else
{
tickers = new TickerProperties[0];
tickersnames = new string[0];
}
for (int i = 0; i < tickersnames.Length; i++)
{
tickers[i].name = tickersnames[i];
tickers[i].width = Int32.Parse(getIniValue("Ticker-" + tickersnames[i], "width"));
tickers[i].height = Int32.Parse(getIniValue("Ticker-" + tickersnames[i], "height"));
tickers[i].left = Int32.Parse(getIniValue("Ticker-" + tickersnames[i], "left"));
tickers[i].top = Int32.Parse(getIniValue("Ticker-" + tickersnames[i], "top"));
tickers[i].zIndex = Int32.Parse(getIniValue("Ticker-" + tickersnames[i], "zIndex"));
tickers[i].dataset = (DataSets)Enum.Parse(typeof(DataSets), getIniValue("Ticker-" + tickersnames[i], "dataset"));
if (getIniValue("Ticker-" + tickersnames[i], "class") != "0")
tickers[i].carclass = getIniValue("Ticker-" + tickersnames[i], "class");
else
tickers[i].carclass = null;
switch (getIniValue("Ticker-" + tickersnames[i], "dataorder"))
{
case "fastestlap":
tickers[i].dataorder = DataOrders.fastestlap;
break;
case "previouslap":
tickers[i].dataorder = DataOrders.previouslap;
break;
case "class":
tickers[i].dataorder = DataOrders.classposition;
break;
case "classposition":
tickers[i].dataorder = DataOrders.classposition;
break;
default:
tickers[i].dataorder = DataOrders.position;
break;
}
if (getIniValue("Ticker-" + tickersnames[i], "speed") != "0")
tickers[i].speed = Double.Parse(getIniValue("Ticker-" + tickersnames[i], "speed"));
else
tickers[i].speed = 1.0;
if (getIniValue("Ticker-" + tickersnames[i], "header") != "0")
tickers[i].header = loadLabelProperties("Ticker-" + tickersnames[i], getIniValue("Ticker-" + tickersnames[i], "header"));
if (getIniValue("Ticker-" + tickersnames[i], "footer") != "0")
tickers[i].footer = loadLabelProperties("Ticker-" + tickersnames[i], getIniValue("Ticker-" + tickersnames[i], "footer"));
if (getIniValue("Ticker-" + tickersnames[i], "fillvertical") == "true")
tickers[i].fillVertical = true;
else
tickers[i].fillVertical = false;
if (getIniValue("Ticker-" + tickersnames[i], "fixed") == "true")
tickers[i].presistent = true;
else
tickers[i].presistent = false;
if (getIniValue("Ticker-" + tickersnames[i], "leader") != "0")
tickers[i].leadervalue = getIniValue("Ticker-" + overlays[i], "leader");
else
tickers[i].leadervalue = null;
// load labels
tmp = getIniValue("Ticker-" + tickersnames[i], "labels");
string[] labels = tmp.Split(',');
tickers[i].labels = new LabelProperties[labels.Length];
for (int j = 0; j < labels.Length; j++)
tickers[i].labels[j] = loadLabelProperties("Ticker-" + tickersnames[i], labels[j]);
tickers[i].visible = false;
}
// load buttons
tmp = getIniValue("General", "buttons");
string[] btns = tmp.Split(',');
ButtonProperties[] tmpButtons = new ButtonProperties[btns.Length];
for (int i = 0; i < btns.Length; i++)
{
tmpButtons[i].name = btns[i];
tmpButtons[i].text = getIniValue("Button-" + btns[i], "text");
tmpButtons[i].row = Int32.Parse(getIniValue("Button-" + btns[i], "row"));
tmpButtons[i].delay = Int32.Parse(getIniValue("Button-" + btns[i], "delay"));
tmpButtons[i].order = Int32.Parse(getIniValue("Button-" + btns[i], "order"));
tmpButtons[i].active = false;
tmpButtons[i].pressed = DateTime.Now;
if (getIniValue("Button-" + btns[i], "loop") == "true")
tmpButtons[i].delayLoop = true;
else
tmpButtons[i].delayLoop = false;
if (getIniValue("Button-" + btns[i], "hidden") == "true")
tmpButtons[i].hidden = true;
else
tmpButtons[i].hidden = false;
// hotkey
string hotkey = settings.getValue("Button-" + btns[i], "hotkey", false, String.Empty, false);
if (hotkey.Length > 0)
{
tmpButtons[i].hotkey = new HotKeyProperties();
tmpButtons[i].hotkey.key = new Key();
tmpButtons[i].hotkey.modifier = new KeyModifier();
string[] hotkeys = hotkey.Split('-');
tmpButtons[i].hotkey.key = (Key)Enum.Parse(typeof(Key), hotkeys[hotkeys.Length - 1]);
tmpButtons[i].hotkey.modifier = KeyModifier.None;
if (hotkeys.Length > 1)
{
for (int j = 0; j < hotkeys.Length - 1; j++)
{
tmpButtons[i].hotkey.modifier |= (KeyModifier)Enum.Parse(typeof(KeyModifier), hotkeys[j]);
}
}
}
// actions
tmpButtons[i].actions = new string[Enum.GetValues(typeof(ButtonActions)).Length][];
foreach (ButtonActions action in Enum.GetValues(typeof(ButtonActions)))
{
tmp = getIniValue("Button-" + btns[i], action.ToString());
if (tmp != "0")
{
string[] objs = tmp.Split(',');
tmpButtons[i].actions[(int)action] = new string[objs.Length];
for (int j = 0; j < objs.Length; j++)
{
tmpButtons[i].actions[(int)action][j] = objs[j];
}
}
else if (action == ButtonActions.replay)
{
string value = settings.getValue("Button-" + btns[i], "replay", false, String.Empty, false);
if (value.Length > 0)
{
tmpButtons[i].actions[(int)action] = new string[1];
tmpButtons[i].actions[(int)action][0] = value;
}
}
else
{
tmpButtons[i].actions[(int)action] = null;
}
}
}
// Sort and order buttons for display nicely
buttons = new ButtonProperties[btns.Length];
int btnPos = 0;
foreach (var currentButton in tmpButtons.OrderBy(b => b.row).ThenBy(b => b.order))
{
#if DEBUG
logger.Debug("{0},{1} {2}", currentButton.row, currentButton.order, currentButton.text);
#endif
buttons[btnPos] = currentButton;
btnPos++;
}
// load triggers
triggers = new TriggerProperties[Enum.GetValues(typeof(TriggerTypes)).Length];
int trigidx = 0;
foreach (TriggerTypes trigger in Enum.GetValues(typeof(TriggerTypes)))
{
foreach (ThemeTypes type in Enum.GetValues(typeof(ThemeTypes)))
{
triggers[trigidx].name = trigger.ToString();
triggers[trigidx].actions = new string[Enum.GetValues(typeof(ButtonActions)).Length][];
foreach (ButtonActions action in Enum.GetValues(typeof(ButtonActions)))
{
tmp = getIniValue("Trigger-" + trigger.ToString(), action.ToString());
if (tmp != "0")
{
string[] objs = tmp.Split(',');
triggers[trigidx].actions[(int)action] = new string[objs.Length];
for (int j = 0; j < objs.Length; j++)
{
triggers[trigidx].actions[(int)action][j] = objs[j];
}
}
else if (action == ButtonActions.replay)
{
string value = settings.getValue("Button-" + trigger.ToString(), "replay",false,String.Empty,false);
if (value.Length > 0)
{
triggers[trigidx].actions[(int)action] = new string[1];
triggers[trigidx].actions[(int)action][0] = value;
}
}
else
{
triggers[trigidx].actions[(int)action] = null;
}
}
}
trigidx++;
}
SharedData.refreshButtons = true;
string[] translations = new string[20] { // default translations
"lap",
"laps",
"minutes",
"of",
"race",
"qualify",
"practice",
"out",
"remaining",
"gridding",
"pacelap",
"finallap",
"finishing",
"leader",
"invalid",
"replay",
"Clear",
"Partly Cloudy",
"Mostly Cloudy",
"Overcast"
};
foreach (string word in translations)
{
string translatedword = getIniValue("Translation", word);
if(translatedword == "0") // default is the name of the property
translation.Add(word, word);
else
translation.Add(word, translatedword);
}
// signs
if (getIniValue("General", "switchsign") == "true")
{
translation.Add("ahead", "+");
translation.Add("behind", "-");
}
else
{
translation.Add("ahead", "-");
translation.Add("behind", "+");
}
// load scripts
SharedData.scripting = new Scripting();
tmp = getIniValue("General", "scripts");
string[] scripts = tmp.Split(',');
for (int i = 0; i < scripts.Length; i++)
{
if (File.Exists(Directory.GetCurrentDirectory() + "\\" + path + "\\scripts\\" + scripts[i] + ".cs"))
SharedData.scripting.loadScript(Directory.GetCurrentDirectory() + "\\" + path + "\\scripts\\" + scripts[i] + ".cs");
else if (File.Exists(Directory.GetCurrentDirectory() + "\\scripts\\" + scripts[i] + ".cs"))
SharedData.scripting.loadScript(Directory.GetCurrentDirectory() + "\\scripts\\" + scripts[i] + ".cs");
else
{
IScript myScript = System.Reflection.Assembly.GetExecutingAssembly().CreateInstance(scripts[i]) as IScript;
if (myScript != null)
SharedData.scripting.addScript(myScript);
else
Console.WriteLine("Script " + scripts[i] + ".cs not found!");
}
}
}
public string getCar(int car)
{
try
{
return carName[car];
}
catch
{
string filename = Directory.GetCurrentDirectory() + "\\themes\\" + this.name + "\\cars.ini";
if (!File.Exists(filename))
filename = Directory.GetCurrentDirectory() + "\\cars.ini";
if (File.Exists(filename))
{
CfgFile carNames = new CfgFile(filename);
string name = carNames.getValue("Cars", car.ToString(),false,String.Empty,false);
if (name.Length > 0)
{
carName.Add(car, name);
return name;
}
else
{
carName.Add(car, car.ToString());
return car.ToString();
}
}
else
{
carName.Add(car, car.ToString());
return car.ToString();
}
}
}
public string getCarClass(int car)
{
try
{
return carClass[car];
}
catch
{
string filename = Directory.GetCurrentDirectory() + "\\themes\\" + this.name + "\\cars.ini";
if (!File.Exists(filename))
filename = Directory.GetCurrentDirectory() + "\\cars.ini";
if (File.Exists(filename))
{
CfgFile carNames = new CfgFile(filename);
// update class order
string[] order = carNames.getValue("Multiclass", "order", false,String.Empty,false).Split(',');
SharedData.ClassOrder.Clear();
for (Int32 i = 0; i < order.Length; i++)
SharedData.ClassOrder.Add(order[i], i);
string name = carNames.getValue("Multiclass", car.ToString(), false, String.Empty, false);
if (name.Length > 0)
{
carClass.Add(car, name);
return name;
}
else
{
carClass.Add(car, car.ToString());
return car.ToString();
}
}
else
{
carClass.Add(car, car.ToString());
return car.ToString();
}
}
}
void sectorClick(object sender, RoutedEventArgs e)
{
CheckBox fe2 = (CheckBox)e.Source;
int index = Int32.Parse(fe2.Name.Substring(1, fe2.Name.Length - 1));
if ((Boolean)fe2.IsChecked)
{
SharedData.SelectedSectors.Add(SharedData.Sectors[index]);
}
else
{
SharedData.SelectedSectors.Remove(SharedData.Sectors[index]);
}
SharedData.SelectedSectors.Sort();
CfgFile sectorsIni = new CfgFile(Directory.GetCurrentDirectory() + "\\sectors.ini");
sectorsIni.setValue("Sectors", SharedData.Track.Id.ToString(), String.Join(";", SharedData.SelectedSectors),false);
sectorsIni.Save();
}