void GetActions()
{
foreach (GameObject _event in EventManager.Instance.GeneralEventList)
{
foreach (Action action in _event.GetComponent <ActionListController>().actions)
{
if (action.tag == "Action" && _event.name != "night")
{
TimeTableData data = new TimeTableData();
data.action = action;
switch (_event.name)
{
case "morning":
data.morning = true;
break;
case "day":
data.day = true;
break;
case "evening":
data.evening = true;
break;
}
ChangeTimeTable(data);
}
}
}
}
public TimeTableData Deserialize(JObject jsonAsJObject)
{
var timeTableData = new TimeTableData()
{
LastUpdate = jsonAsJObject.Value <DateTime>("lastUpdate"),
StopTimes = new List <StopTime>()
};
var stopTimeList = jsonAsJObject.Value <JArray>("stopTimes");
if (!stopTimeList.HasValues)
{
return(timeTableData);
}
foreach (var stopTime in stopTimeList.Children <JObject>())
{
var stopTimeToAdd = new StopTime()
{
RouteId = stopTime.Value <int>("routeId"),
TripId = stopTime.Value <int>("tripId"),
AgencyId = stopTime.Value <int>("agencyId"),
TopologyVersionId = stopTime.Value <int>("topologyVersionId"),
ArrivalTime = stopTime.Value <DateTime>("arrivalTime"),
DepartureTime = stopTime.Value <DateTime>("departureTime"),
StopId = stopTime.Value <int>("stopId"),
StopSequence = stopTime.Value <int>("stopSequence"),
Date = stopTime.Value <DateTime>("date"),
BusServiceName = stopTime.Value <string>("busServiceName"),
Order = stopTime.Value <int>("order")
};
timeTableData.StopTimes.Add(stopTimeToAdd);
}
var firstStopTime = timeTableData.StopTimes.FirstOrDefault();
timeTableData.RouteId = firstStopTime.RouteId;
timeTableData.Date = firstStopTime.Date;
return(timeTableData);
}
void ChangeTimeTable(TimeTableData data)
{
TimeTableData timecheck = timetable.Find(x => x.action == data.action);
if (timecheck == null && data.action.VerifyActionRequirements(true))
{
timetable.Add(data);
}
else if (timecheck != null)
{
if (data.morning)
{
timecheck.morning = true;
}
if (data.day)
{
timecheck.day = true;
}
if (data.evening)
{
timecheck.evening = true;
}
}
}
private async void CnvCSVtoClass(List<string> FileContentList)
{
bool IsTimeTableEditing = false;
bool IsOptDataEditing = false;
TimeTableData TTD = new TimeTableData();
TTList = new List<TimeTableData>();
if (FileContentList == default || FileContentList == null)
{
UsefulFunc.MsgBxShow("ファイル内容の読み取りに失敗しました。", "Error");
return;
}
foreach (string ContLine in FileContentList)
{
if (ContLine == null) continue;
string Content = ContLine.Replace(" ", string.Empty);
string[] RowData = ContLine.Split(',');
if (RowData[0] == string.Empty) continue;//空行なら無視
if (RowData[0].StartsWith("//")) continue;//"//"ならコメント
if (RowData[0].StartsWith(";")) continue;//";"ならコメント
if (RowData[0].StartsWith("#")) continue;//"#"ならコメント
if (IsTimeTableEditing)
{
if (IsOptDataEditing)
{
switch (RowData[0])
{
case "TRTimeTableOPEOF":
IsOptDataEditing = false;
break;
case "SlowPoint":
try
{
SlowPointData SPD = new SlowPointData() { LimitSpeed = double.Parse(RowData[1]) };
SPD.NoticeStartPoint = double.Parse(RowData[2]);
SPD.LimitStartPoint = double.Parse(RowData[3]);
SPD.EndPoint = double.Parse(RowData[4]);
TTD.SlowPointList.Add(SPD);
}
catch (Exception e)
{
UsefulFunc.MsgBxShow("徐行警告機能の位置設定記述が正しくありません。\n" + e.Message, "SlowPoint Location Parsing Error");
DecidedTTData = null;
InsertedICInfo = null;
return;
}
break;
case "AirSec":
try
{
TTD.AirSecList.Add(new SectionData()
{
NoticeStartPoint = double.Parse(RowData[1]),
EndPoint = double.Parse(RowData[2])
});
}
catch (Exception e)
{
UsefulFunc.MsgBxShow("エアセクション警告機能の位置設定記述が正しくありません。\n" + e.Message, "AirSection Location Parsing Error");
DecidedTTData = null;
InsertedICInfo = null;
}
break;
case "ACDCChange":
try
{
TTD.ACDCSecList.Add(new SectionData()
{
NoticeStartPoint = double.Parse(RowData[1]),
EndPoint = double.Parse(RowData[2])
});
}
catch (Exception e)
{
UsefulFunc.MsgBxShow("交直切換警告機能の位置設定記述が正しくありません。\n" + e.Message, "AC-DC Section Location Parsing Error");
DecidedTTData = null;
InsertedICInfo = null;
}
break;
case "ACACSec":
try
{
TTD.ACACSecList.Add(new SectionData()
{
NoticeStartPoint = double.Parse(RowData[1]),
EndPoint = double.Parse(RowData[2])
});
}
catch (Exception e)
{
UsefulFunc.MsgBxShow("交交セクション警告機能の位置設定記述が正しくありません。\n" + e.Message, "AC-AC Section Location Parsing Error");
DecidedTTData = null;
InsertedICInfo = null;
}
break;
case "RadioCH":
try
{
TTD.RCHChangePList.Add(new RadioCHChangingData()
{
ChangeTo = RowData[1],
ChangePoint = double.Parse(RowData[2])
});
}
catch (Exception e)
{
UsefulFunc.MsgBxShow("無線チャンネル自動切換機能の設定記述が正しくありません。\n" + e.Message, "Radio Channel Changing Function Error");
DecidedTTData = null;
InsertedICInfo = null;
}
break;
case "LineColorChange":
try
{
TTD.LineColorList.Add(new LineColorChangingData()
{
ColorTo = StrToSCB(RowData[1]),
StaID = int.Parse(RowData[2])
});
}
catch (Exception e)
{
UsefulFunc.MsgBxShow("進行線色変更機能の設定記述が正しくありません。\n" + e.Message, "Line Color Changing Function Error");
DecidedTTData = null;
InsertedICInfo = null;
}
break;
}
}
else
{
switch (RowData[0])
{
case "TRTimeTableOP100":
IsOptDataEditing = true;
break;
case "TRTimeTableEOF":
IsTimeTableEditing = false;
TTList.Add(TTD);
break;
default://各駅設定
StaInfo SI = new StaInfo();
try
{
int c = 0;
SI.StaName = RowData[c++];
try
{
SI.StaLocation = double.Parse(RowData[c++]);
}
catch (Exception e)
{
UsefulFunc.MsgBxShow("駅位置の設定記述が正しくありません。\n" + e.Message, "Station Location Parsing Error");
DecidedTTData = null;
InsertedICInfo = null;
return;
}
SI.RunMM = RowData[c++].ToNarrow();
SI.RunSS = RowData[c++].ToNarrow();
SI.ArrHH = RowData[c++].ToWide();
SI.ArrMM = RowData[c++].ToWide();
SI.ArrSS = RowData[c++].ToNarrow();
SI.ArrSymbol = RowData[c++];
SI.IsPass = RowData[c++] == "1";
SI.DepHH = RowData[c++].ToWide();
SI.DepMM = RowData[c++].ToWide();
SI.DepSS = RowData[c++].ToNarrow();
SI.DepSymbol = RowData[c++];
SI.TrackName = RowData[c++];
SI.RuninLim = RowData[c++].ToNarrow();
SI.RunoutLim = RowData[c++].ToNarrow();
int StaWorkIndex = c++;
if (RowData[StaWorkIndex] != string.Empty)
{
try
{
SI.StaWork = (StaWorkEnum)int.Parse(RowData[StaWorkIndex]);
}
catch (Exception e)
{
UsefulFunc.MsgBxShow("駅仕業の設定記述が正しくありません。\n" + e.Message, "StationWork Parsing Error");
DecidedTTData = null;
InsertedICInfo = null;
return;
}
}
SI.DispColor = StrToSCB(RowData[c++]);
if (SI.ArrSS == string.Empty) SI.ArrSS = "0";
if (SI.DepSS == string.Empty) SI.DepSS = "0";
TTD.TTList.Add(SI);
}
catch (Exception e)
{
UsefulFunc.MsgBxShow("駅の設定記述が正しくありません。\n" + e.Message, "StationData Parsing Error");
DecidedTTData = null;
InsertedICInfo = null;
return;
}
break;
}
}
}
else
{
switch (RowData[0])
{
case "TRTimeTable100":
if (RowData.Length >= 8)
{
TTD = new TimeTableData();
TTD.TrainNum = RowData[1].ToWide();
TTD.PTrainNum = RowData[2].ToWide();
TTD.IsPassDefault = RowData[3] == "1";
TTD.IsDirectionLeft = RowData[4] == "1";
TTD.RadioNum = RowData[5] == string.Empty ? "-" : RowData[5].ToNarrow();
TTD.LineColor = StrToSCB(RowData[6]);
TTD.LastStation = RowData[7];
IsTimeTableEditing = true;
TTD.LineColorList.Add(new LineColorChangingData() { ColorTo = TTD.LineColor, StaID = 0 });
}
else
{
UsefulFunc.MsgBxShow("時刻表設定のヘッダー行形式が正しくありません。", "IC File Error");
DecidedTTData = null;
InsertedICInfo = null;
return;
}
break;
case "TRTimeTableIC100":
if (RowData.Length >= 6)
{
InsertedICInfo = new ICSettingInfo();
InsertedICInfo.OfficeName = RowData[1];
InsertedICInfo.WorkNumber = RowData[2].ToWide();
InsertedICInfo.EffectedDateYY = RowData[3].ToNarrow();
InsertedICInfo.EffectedDateMM = RowData[4].ToNarrow();
InsertedICInfo.EffectedDateDD = RowData[5].ToNarrow();
}
else
{
UsefulFunc.MsgBxShow("IC情報設定の形式が正しくありません。", "IC File Error");
DecidedTTData = null;
InsertedICInfo = null;
return;
}
break;
}
}
}
if (IsTimeTableEditing || IsOptDataEditing)
{
UsefulFunc.MsgBxShow("行路ICカードファイルの設定が終了していません。\nEOF記述を追加してください。", "EOF Not Found Error");
DecidedTTData = null;
InsertedICInfo = null;
return;
}
switch (TTList.Count)
{
case 0:
DecidedTTData = null;
break;
case 1:
TimeTablesPicked(0);
break;
default:
await Task.Delay(100 * TTList.Count);
ManyTTDataInput?.Invoke(null, null);
break;
}
}
