private void LoadTravelHistorySignatures(EveJimaUniverse.System location)
{
listHistorySignatures.Items.Clear();
listCosmicSifnatures.Items.Clear();
//var fileName = @"Data/TravelHistory/" + location.SolarSystemName + ".csv";
//try
//{
// if (File.Exists(fileName) == false) return;
// using (var sr = new StreamReader(fileName))
// {
// var records = new CsvReader(sr).GetRecords<BasicCosmicSignature>();
// foreach (var record in records)
// {
// Log.DebugFormat("[whlTravelHistory.LoadTravelHistorySignatures] Read csv row. {0} {1}", record.Key, record.Value);
// listHistorySignatures.Items.Add(record.Key.Trim());
// }
// }
//}
//catch (Exception ex)
//{
// Log.ErrorFormat("[whlTravelHistory.LoadTravelHistorySignatures] Critical error = {0}", ex);
//}
}
private EveJimaUniverse.System GetSolarSystemInformation(EveJimaUniverse.System system)
{
try
{
var systemInformation = Global.Space.GetSystemByName(system.Name);
system.Id = systemInformation.Id;
system.Region = systemInformation.Region;
system.Class = systemInformation.Class;
system.Constelation = systemInformation.Constelation;
system.Effect = systemInformation.Effect;
system.Moons = systemInformation.Moons;
system.Planets = systemInformation.Planets;
system.Security = systemInformation.Security;
system.Static = systemInformation.Static;
system.Static2 = systemInformation.Static2;
system.Sun = systemInformation.Sun;
return(system);
}
catch (Exception)
{
return(system);
}
}
private void InsertNewPoint(string systemName)
{
var system = new EveJimaUniverse.System {
Name = systemName, Created = DateTime.UtcNow
};
Systems.TryAdd(system.Name, system);
}
private void RefreshSolarSystemInformation(EveJimaUniverse.System location)
{
if (InvokeRequired)
{
Invoke(new Action(() => RefreshSolarSystemInformation(location)));
}
if (Global.Pilots.Count() > 0)
{
_containerSolarSystem.RefreshSolarSystem(location);
//_containerTravelHistory.RefreshSolarSystem(location);
}
}
public void RefreshSolarSystem(EveJimaUniverse.System location)
{
SolarSystem = location.Clone() as EveJimaUniverse.System;
txtSolarSystemClass.Text = location.Class;
if (location.Effect != null)
{
txtSolarSystemEffect.Text = location.Effect.Trim();
}
txtSolarSystemRegion.Text = location.Region.Replace(" Unknown (", "").Replace(")", "");
txtSolarSystemConstellation.Text = location.Constelation != null?location.Constelation.Replace(" Unknown (", "").Replace(")", "") : "";
txtSolarSystemStaticI.Text = "";
txtSolarSystemStaticII.Text = "";
txtSolarSystemStaticIData.Text = "";
txtSolarSystemStaticIIData.Text = "";
txtSolarSystemStaticI.Visible = false;
txtSolarSystemStaticII.Visible = false;
txtSolarSystemStaticIData.Visible = false;
txtSolarSystemStaticIIData.Visible = false;
if (string.IsNullOrEmpty(location.Static) == false)
{
var wormholeI = Global.Space.WormholeTypes[location.Static.Trim()];
txtSolarSystemStaticI.Text = wormholeI.Name;
txtSolarSystemStaticI.Visible = true;
txtSolarSystemStaticI.ForeColor = Tools.GetColorBySolarSystem(wormholeI.LeadsTo);
txtSolarSystemStaticIData.Text = wormholeI.LeadsTo;
txtSolarSystemStaticIData.Visible = true;
toolTip1.SetToolTip(txtSolarSystemStaticI, "Max Stable Mass=" + wormholeI.TotalMass + "\r\nMax Jump Mass=" + wormholeI.SingleMass);
}
if (string.IsNullOrEmpty(location.Static2) == false)
{
var wormholeII = Global.Space.WormholeTypes[location.Static2.Trim()];
txtSolarSystemStaticII.Text = wormholeII.Name;
txtSolarSystemStaticII.Visible = true;
txtSolarSystemStaticII.ForeColor = Tools.GetColorBySolarSystem(wormholeII.LeadsTo);
txtSolarSystemStaticIIData.Text = wormholeII.LeadsTo;
txtSolarSystemStaticIIData.Visible = true;
toolTip2.SetToolTip(txtSolarSystemStaticII, "Max Stable Mass=" + wormholeII.TotalMass + "\r\nMax Jump Mass=" + wormholeII.SingleMass);
}
}
private void MapsMergeAddSystem(Map map, Map localMap, EveJimaUniverse.System system)
{
foreach (var connection in system.ConnectedSolarSystems)
{
var connectedSystem = localMap.GetSystem(connection);
if (mergedSystems.Contains(connection) == false)
{
mergedSystems.Add(connection);
map.AddSolarSystem(system.Name, connectedSystem.Name, false);
MapsMergeAddSystem(map, localMap, connectedSystem);
}
}
}
private void LoadLocationInfo(string solarSystemName)
{
Log.DebugFormat("[whlSolarSystemOffline.LoadLocationInfo] starting for solarSystemName = {0}", solarSystemName);
try
{
if (SolarSystem == null)
{
SolarSystem = new EveJimaUniverse.System();
}
if (Global.Space.GetSystemByName(solarSystemName) != null)
{
var location = Global.Space.GetSystemByName(solarSystemName);
SolarSystem = location.Clone() as EveJimaUniverse.System;
if (SolarSystem != null)
{
SolarSystem.Id = Global.Space.GetSystemByName(solarSystemName.ToUpper()).Id;
}
}
else
{
SolarSystem.Region = "";
SolarSystem.Constelation = "";
SolarSystem.Effect = "";
SolarSystem.Class = "";
SolarSystem.Static2 = "";
SolarSystem.Static = "";
SolarSystem.Id = Global.Space.GetSystemByName(solarSystemName.ToUpper()).Id;
SolarSystem.Name = solarSystemName;
}
}
catch (Exception ex)
{
Log.ErrorFormat("[whlSolarSystemOffline.LoadLocationInfo] Critical error. Exception {0}", ex);
if (SolarSystem != null)
{
SolarSystem.Name = "unknown";
}
}
}
private Point GetLocationPoint(EveJimaUniverse.System fromSystem)
{
var deltaX = 0;
var deltaY = 0;
var isSearchingPositionInMap = true;
while (isSearchingPositionInMap)
{
var point = GetPoint(fromSystem.LocationInMap.X, fromSystem.LocationInMap.Y);
deltaX = point.X;
deltaY = point.Y;
isSearchingPositionInMap = isPositionUsedInMap(point.X, point.Y);
}
return(new Point(deltaX, deltaY));
}
public void RefreshSolarSystem(EveJimaUniverse.System location)
{
if (location == null)
{
return;
}
try
{
txtSolarSystemName.Text = location.Name;
txtSolarSystemRegion.Text = location.Region.Replace(" Unknown (", "").Replace(")", "");
txtSolarSystemName.ForeColor = Tools.GetColorBySolarSystem(location.Security.ToString());
}
catch (Exception ex)
{
Log.ErrorFormat("[mapSolarSystemKSpace.RefreshSolarSystem] Critical error. Exception {0}", ex);
}
}
public static SecurityStatus GetConnectionType(EveJimaUniverse.System solarSystemFrom, EveJimaUniverse.System solarSystemTo)
{
var _solarSystemFromInfo = Global.Space.GetSystemByName(solarSystemFrom.Name);
var _solarSystemToInfo = Global.Space.GetSystemByName(solarSystemTo.Name);
if (_solarSystemFromInfo.Security == SecurityStatus.WSpace || _solarSystemToInfo.Security == SecurityStatus.WSpace)
{
return(SecurityStatus.WSpace);
}
if (_solarSystemFromInfo.Security == SecurityStatus.Nullsec || _solarSystemToInfo.Security == SecurityStatus.Nullsec)
{
return(SecurityStatus.Nullsec);
}
if (_solarSystemFromInfo.Security == SecurityStatus.Lowsec || _solarSystemToInfo.Security == SecurityStatus.Lowsec)
{
return(SecurityStatus.Lowsec);
}
return(SecurityStatus.Highsec);
}
public void RefreshSolarSystem(EveJimaUniverse.System location)
{
LoadTravelHistorySignatures(location);
}
private void LoadLocationInfo()
{
Log.DebugFormat("[Pilot.LoadLocationInfo] starting for Id = {0}", Id);
_isBusy = true;
var isNeedChangeLocation = false;
try
{
if (Location == null)
{
Location = new EveJimaUniverse.System();
}
Log.DebugFormat("[Pilot {0}] Call CrestData.GetLocation with ID={1}", Name, Id);
dynamic locationInfo = EsiData.GetLocation(Id);
var systemId = locationInfo.solar_system_id.ToString();
dynamic solarSystemInfo = EsiData.GetSolarSystemInfo(systemId);
var systemName = solarSystemInfo.name.ToString();
if (Location.Name == systemName)
{
Log.DebugFormat("[Pilot {0}] No need change location {1}", Name, Location.Name);
return;
}
if (!string.IsNullOrEmpty(systemId))
{
if (LocationCurrentSystemName != systemName)
{
LocationPreviousSystemName = LocationCurrentSystemName;
LocationCurrentSystemName = systemName;
isNeedChangeLocation = true;
}
}
if (Global.Space.GetSystemByName(systemName) != null)
{
var location = Global.Space.GetSystemByName(systemName);
Location = location.Clone() as EveJimaUniverse.System;
if (Location != null)
{
Location.Id = systemId;
}
}
else
{
Location.Region = "";
Location.Constelation = "";
Location.Effect = "";
Location.Class = "";
Location.Static2 = "";
Location.Static = "";
Location.Id = systemId;
Location.Name = systemName;
}
if (isNeedChangeLocation)
{
ChangeLocation();
}
}
catch (Exception ex)
{
Log.DebugFormat("[Pilot.LoadLocationInfo] pilot Id = {0} not login in game. Exception {1}", Id, ex);
if (Location != null)
{
Location.Name = "unknown";
}
}
finally
{
_isBusy = false;
}
}
public void RefreshSolarSystem(EveJimaUniverse.System location)
{
if (location == null)
{
return;
}
try
{
Log.DebugFormat("[whlSolarSystem.RefreshSolarSystem] start");
SolarSystem = location.Clone() as EveJimaUniverse.System;
if (Global.Pilots.Selected.Location.Name == "unknown")
{
return;
}
txtSolarSystemName.Text = Global.Pilots.Selected.Location.Name;
txtSolarSystemStaticI.Text = "";
txtSolarSystemStaticII.Text = "";
txtSolarSystemStaticIData.Text = "";
txtSolarSystemStaticIIData.Text = "";
txtSolarSystemStaticI.Visible = false;
txtSolarSystemStaticII.Visible = false;
txtSolarSystemStaticIData.Visible = false;
txtSolarSystemStaticIIData.Visible = false;
if (Tools.IsWSpaceSystem(Global.Pilots.Selected.Location.Name) == false)
{
return;
}
txtSolarSystemClass.Text = Global.Pilots.Selected.Location.Class;
txtSolarSystemEffect.Text = Global.Pilots.Selected.Location.Effect.Trim();
txtSolarSystemRegion.Text = Global.Pilots.Selected.Location.Region.Replace(" Unknown (", "").Replace(")", "");
txtSolarSystemConstellation.Text = Global.Pilots.Selected.Location.Constelation.Replace(" Unknown (", "").Replace(")", "");
var title = Global.Pilots.Selected.Location.Name + "";
if (string.IsNullOrEmpty(Global.Pilots.Selected.Location.Class) == false)
{
title = title + "[C" + Global.Pilots.Selected.Location.Class + "]";
}
if (string.IsNullOrEmpty(Global.Pilots.Selected.Location.Static) == false)
{
var wormholeI = Global.Space.WormholeTypes[Global.Pilots.Selected.Location.Static.Trim()];
txtSolarSystemStaticI.Text = wormholeI.Name;
txtSolarSystemStaticI.Visible = true;
txtSolarSystemStaticI.ForeColor = Tools.GetColorBySolarSystem(wormholeI.LeadsTo);
txtSolarSystemStaticIData.Text = wormholeI.LeadsTo;
txtSolarSystemStaticIData.Visible = true;
toolTip1.SetToolTip(txtSolarSystemStaticI, "Max Stable Mass=" + wormholeI.TotalMass + "\r\nMax Jump Mass=" + wormholeI.SingleMass + "\r\nMax Life time =" + wormholeI.Lifetime);
title = title + " " + wormholeI.Name + "[" + wormholeI.LeadsTo + "]";
}
if (string.IsNullOrEmpty(Global.Pilots.Selected.Location.Static2) == false)
{
var wormholeII = Global.Space.WormholeTypes[Global.Pilots.Selected.Location.Static2.Trim()];
txtSolarSystemStaticII.Text = wormholeII.Name;
txtSolarSystemStaticII.Visible = true;
txtSolarSystemStaticII.ForeColor = Tools.GetColorBySolarSystem(wormholeII.LeadsTo);
txtSolarSystemStaticIIData.Text = wormholeII.LeadsTo;
txtSolarSystemStaticIIData.Visible = true;
toolTip2.SetToolTip(txtSolarSystemStaticII, "Max Stable Mass=" + wormholeII.TotalMass + "\r\nMax Jump Mass=" + wormholeII.SingleMass + "\r\nMax Life time =" + wormholeII.Lifetime);
title = title + " " + wormholeII.Name + "[" + wormholeII.LeadsTo + "]";
}
if (OnChangeSolarSystemInfo == null)
{
return;
}
try
{
OnChangeSolarSystemInfo(title);
}
catch (Exception ex)
{
Log.ErrorFormat("[whlSolarSystem.RefreshSolarSystem] Critical error = {0}", ex);
}
}
catch (Exception)
{
//throw;
}
}
private void FillInformationForCurrentSolarSystems(EveJimaUniverse.System solarSystem)
{
if (solarSystem == null)
{
return;
}
if (InvokeRequired)
{
Invoke(new Action(() => FillInformationForCurrentSolarSystems(solarSystem)));
return;
}
try
{
txtSolarSystemName.Text = solarSystem.Name;
txtSolarSystemClass.Text = solarSystem.Class;
if (solarSystem.Effect != null)
{
txtSolarSystemEffect.Text = solarSystem.Effect.Trim() == "" ? "None" : solarSystem.Effect.Trim();
}
else
{
txtSolarSystemEffect.Text = "";
}
if (solarSystem.Region != null)
{
txtSolarSystemRegion.Text = solarSystem.Region.Replace(" Unknown (", "").Replace(")", "");
}
else
{
txtSolarSystemRegion.Text = "";
}
txtSolarSystemStaticI.Text = "";
txtSolarSystemStaticII.Text = "";
txtSolarSystemStaticI.Visible = false;
txtSolarSystemStaticII.Visible = false;
label1.Visible = false;
txtSolarSystemName.ForeColor = Tools.GetColorBySolarSystem(solarSystem.Security.ToString());
if (string.IsNullOrEmpty(solarSystem.Static) == false)
{
var wormholeI = Global.Space.WormholeTypes[solarSystem.Static.Trim()];
txtSolarSystemStaticI.Text = wormholeI.Name + " " + wormholeI.LeadsTo;
txtSolarSystemStaticI.Visible = true;
txtSolarSystemStaticI.ForeColor = Tools.GetColorBySolarSystem(wormholeI.LeadsTo);
//toolTip1.SetToolTip(txtSolarSystemStaticI, "Max Stable Mass=" + wormholeI.TotalMass + "\r\nMax Jump Mass=" + wormholeI.SingleMass + "\r\nMax Life time =" + wormholeI.Lifetime);
}
if (string.IsNullOrEmpty(solarSystem.Static2) == false)
{
label1.Visible = true;
var wormholeII = Global.Space.WormholeTypes[solarSystem.Static2.Trim()];
txtSolarSystemStaticII.Text = wormholeII.Name + " " + wormholeII.LeadsTo;
txtSolarSystemStaticII.Visible = true;
txtSolarSystemStaticII.ForeColor = Tools.GetColorBySolarSystem(wormholeII.LeadsTo);
//toolTip2.SetToolTip(txtSolarSystemStaticII, "Max Stable Mass=" + wormholeII.TotalMass + "\r\nMax Jump Mass=" + wormholeII.SingleMass + "\r\nMax Life time =" + wormholeII.Lifetime);
}
}
catch (Exception ex)
{
Log.ErrorFormat("[SolarSystemInformationControl.FillInformationForCurrentSolarSystems] Critical error. Exception {0}", ex);
}
}
public void Initialize(string solarSystemName)
{
_solarSystem = Global.Space.GetSystemByName(solarSystemName);
lblSolarSystemName.Text = _solarSystem.Name;
}
public void RefreshSolarSystem(EveJimaUniverse.System location)
{
if (location == null)
{
return;
}
try
{
txtSolarSystemName.Text = location.Name;
txtSolarSystemClass.Text = location.Class;
if (location.Effect != null)
{
txtSolarSystemEffect.Text = location.Effect.Trim() == "" ? "None" : location.Effect.Trim();
}
else
{
txtSolarSystemEffect.Text = "";
}
if (location.Region != null)
{
txtSolarSystemRegion.Text = location.Region.Replace(" Unknown (", "").Replace(")", "");
}
else
{
txtSolarSystemRegion.Text = "";
}
txtSolarSystemStaticI.Text = "";
txtSolarSystemStaticII.Text = "";
txtSolarSystemStaticI.Visible = false;
txtSolarSystemStaticII.Visible = false;
label1.Visible = false;
txtSolarSystemName.ForeColor = Tools.GetColorBySolarSystem(location.Security.ToString());
if (string.IsNullOrEmpty(location.Static) == false)
{
var wormholeI = Global.Space.WormholeTypes[location.Static.Trim()];
txtSolarSystemStaticI.Text = wormholeI.Name + " " + wormholeI.LeadsTo;
txtSolarSystemStaticI.Visible = true;
txtSolarSystemStaticI.ForeColor = Tools.GetColorBySolarSystem(wormholeI.LeadsTo);
//toolTip1.SetToolTip(txtSolarSystemStaticI, "Max Stable Mass=" + wormholeI.TotalMass + "\r\nMax Jump Mass=" + wormholeI.SingleMass + "\r\nMax Life time =" + wormholeI.Lifetime);
}
if (string.IsNullOrEmpty(location.Static2) == false)
{
label1.Visible = true;
var wormholeII = Global.Space.WormholeTypes[location.Static2.Trim()];
txtSolarSystemStaticII.Text = wormholeII.Name + " " + wormholeII.LeadsTo;
txtSolarSystemStaticII.Visible = true;
txtSolarSystemStaticII.ForeColor = Tools.GetColorBySolarSystem(wormholeII.LeadsTo);
//toolTip2.SetToolTip(txtSolarSystemStaticII, "Max Stable Mass=" + wormholeII.TotalMass + "\r\nMax Jump Mass=" + wormholeII.SingleMass + "\r\nMax Life time =" + wormholeII.Lifetime);
}
}
catch (Exception ex)
{
Log.ErrorFormat("[mapSolarSystemWSpace.RefreshSolarSystem] Critical error. Exception {0}", ex);
}
}
