internal void GenerateFcTimingsC(ControllerModel c, TimingsDataModel model, string ts)
{
var sb = new StringBuilder();
sb.AppendLine("/* DEFINITIE FCTMING FUNCTIES */");
sb.AppendLine("/* -------------------------- */");
sb.AppendLine();
sb.Append(CCOLHeaderGenerator.GenerateFileHeader(c.Data, "fctimings.c"));
sb.AppendLine();
sb.Append(CCOLHeaderGenerator.GenerateVersionHeader(c.Data));
sb.AppendLine();
//sb.AppendLine("/* INCLUDE FILES */");
//sb.AppendLine("/* ============= */");
//sb.AppendLine($"#include \"{c.Data.Naam}sys.h\"");
//sb.AppendLine("#include \"cif.inc\" /* declaratie CIF_IS[] */");
//sb.AppendLine("#include \"fcvar.h\" /* declaratie fasecycli variabelen */");
//sb.AppendLine();
sb.AppendLine("/* DEFINITIE EVENTSTATE */");
sb.AppendLine("/* ==================== */");
sb.AppendLine();
sb.AppendLine("#ifdef EVENTSTATE_MACRODEFINITIES_CIF_INC");
sb.AppendLine();
sb.AppendLine("/* Macrodefinities status EVENTSTATE (Nederlands) */");
sb.AppendLine("/* ---------------------------------------------- */");
sb.AppendLine("#define CIF_TIMING_ONBEKEND 0 /* Unknown(0) */");
sb.AppendLine("#define CIF_TIMING_GEDOOFD 1 /* Dark(1) */");
sb.AppendLine("#define CIF_TIMING_ROOD_KNIPPEREN 2 /* stop - Then - Proceed(2) */");
sb.AppendLine("#define CIF_TIMING_ROOD 3 /* stop - And - Remain(3) */");
sb.AppendLine("#define CIF_TIMING_GROEN_OVERGANG 4 /* pre - Movement(4) - not used in NL */");
sb.AppendLine("#define CIF_TIMING_GROEN_DEELCONFLICT 5 /* permissive - Movement - Allowed(5) */");
sb.AppendLine("#define CIF_TIMING_GROEN 6 /* protected - Movement - Allowed(6) */");
sb.AppendLine("#define CIF_TIMING_GEEL_DEELCONFLICT 7 /* permissive - clearance(7) */");
sb.AppendLine("#define CIF_TIMING_GEEL 8 /* protected - clearance(8) */");
sb.AppendLine("#define CIF_TIMING_GEEL_KNIPPEREN 9 /* caution - Conflicting - Traffic(9) */");
sb.AppendLine("#define CIF_TIMING_GROEN_KNIPPEREN_DEELCONFLICT 10 /* permissive - Movement - PreClearance - not in J2735 */");
sb.AppendLine("#define CIF_TIMING_GROEN_KNIPPEREN 11 /* protected - Movement - PreClearance - not in J2735 */");
sb.AppendLine();
sb.AppendLine("#endif");
sb.AppendLine();
sb.AppendLine($"/* De functie kr52_Eventstate_Definition() definieert de eventstate voor de fasecycli.");
sb.AppendLine($" * De functie kr52_Eventstate_Definition() wordt aangeroepn door de functie control_parameters().");
sb.AppendLine($" */");
sb.AppendLine($"void Timings_Eventstate_Definition(void)");
sb.AppendLine($"{{");
sb.AppendLine($"{ts}register count i;");
sb.AppendLine();
sb.AppendLine($"{ts}/* Zet defaultwaarde */");
sb.AppendLine($"{ts}/* ----------------- */");
sb.AppendLine($"{ts}for (i = 0; i < FCMAX; i++)");
sb.AppendLine($"{ts}{{");
sb.AppendLine($"{ts}{ts}CCOL_FC_EVENTSTATE[i][CIF_ROOD]= CIF_TIMING_ONBEKEND; /* Rood */");
sb.AppendLine($"{ts}{ts}CCOL_FC_EVENTSTATE[i][CIF_GROEN]= CIF_TIMING_ONBEKEND; /* Groen */");
sb.AppendLine($"{ts}{ts}CCOL_FC_EVENTSTATE[i][CIF_GEEL]= CIF_TIMING_ONBEKEND; /* Geel */");
sb.AppendLine($"{ts}}}");
sb.AppendLine();
foreach (var fc in model.TimingsFasen)
{
sb.AppendLine($"/* Fase {fc.FaseCyclus} */");
var fcfc = c.Fasen.FirstOrDefault(x => x.Naam == fc.FaseCyclus);
switch (fc.ConflictType)
{
case TimingsFaseCyclusTypeEnum.Conflictvrij:
sb.AppendLine($"{ts}CCOL_FC_EVENTSTATE[{_fcpf}{fc.FaseCyclus}][CIF_ROOD]= CIF_TIMING_ROOD; /* Rood */");
sb.AppendLine($"{ts}CCOL_FC_EVENTSTATE[{_fcpf}{fc.FaseCyclus}][CIF_GROEN]= CIF_TIMING_GROEN; /* Groen */");
if (fcfc != null)
{
sb.AppendLine($"{ts}CCOL_FC_EVENTSTATE[{_fcpf}{fc.FaseCyclus}][CIF_GEEL]= CIF_TIMING_GEEL; /* Geel */");
}
break;
case TimingsFaseCyclusTypeEnum.Deelconflict:
sb.AppendLine($"{ts}CCOL_FC_EVENTSTATE[{_fcpf}{fc.FaseCyclus}][CIF_ROOD]= CIF_TIMING_ROOD; /* Rood */");
sb.AppendLine($"{ts}CCOL_FC_EVENTSTATE[{_fcpf}{fc.FaseCyclus}][CIF_GROEN]= CIF_TIMING_GROEN_DEELCONFLICT; /* Groen */");
if (fcfc != null)
{
sb.AppendLine($"{ts}CCOL_FC_EVENTSTATE[{_fcpf}{fc.FaseCyclus}][CIF_GEEL]= CIF_TIMING_GEEL_DEELCONFLICT; /* Geel */");
}
break;
}
sb.AppendLine();
}
sb.AppendLine("}");
File.WriteAllText(Path.Combine(Path.GetDirectoryName(DataAccess.TLCGenControllerDataProvider.Default.ControllerFileName), $"{c.Data.Naam}fctimings.c"), sb.ToString(), Encoding.Default);
}
internal void GenerateRisSimC(ControllerModel c, RISDataModel model, string ts)
{
StringBuilder sb = new StringBuilder();
sb.AppendLine("/* APPLICATIE RIS SIMULATIEPROGRAMMA */");
sb.AppendLine("/* --------------------------------- */");
sb.AppendLine();
sb.Append(CCOLHeaderGenerator.GenerateFileHeader(c.Data, "rissim.c"));
sb.AppendLine();
sb.Append(CCOLHeaderGenerator.GenerateVersionHeader(c.Data));
sb.AppendLine();
sb.AppendLine("/* INCLUDE FILES */");
sb.AppendLine("/* ============= */");
sb.AppendLine($"#include \"{c.Data.Naam}sys.h\"");
sb.AppendLine("#include \"cif.inc\" /* declaratie CIF_IS[] */");
sb.AppendLine("#include \"isvar.h\" /* declaratie IS[] */");
sb.AppendLine("#include \"rissimvar.c\" /* ris-simulatie variabelen */");
sb.AppendLine("#include \"xyprintf.h\" /* declaratie xyprintf-functie */");
sb.AppendLine();
sb.AppendLine("/* RIS-FI - ObjectID<Intersection, LaneID en ObjectID<SIgnalGroupID> */");
sb.AppendLine("/* ================================================================= */");
sb.AppendLine("/* The ID of the intersection can be retrieved from the ITF controlData section, ");
sb.AppendLine(" * element “name” in “controlledIntersection” (SYSTEM_ITF).");
sb.AppendLine(" * The LaneNr is a unique number within the intersection (LaneID).");
sb.AppendLine(" * The (TLC) ID of the signal group can be retrieved from the ITF controlData section, ");
sb.AppendLine(" * element “name” in “sg” (FC_code[]).");
sb.AppendLine(" */");
sb.AppendLine($"/*RIS SIMULATIE PARAMETERS */");
sb.AppendLine($"/*======================== */");
sb.AppendLine($"");
sb.AppendLine($"void ris_simulation_parameters(void)");
sb.AppendLine($"{{");
sb.AppendLine($"{ts}#ifdef RISSIMULATIE");
foreach (var l in model.RISFasen.SelectMany(x => x.LaneData).Where(x => x.SimulatedStations.Any()))
{
foreach (var s in l.SimulatedStations)
{
var sitf = "SYSTEM_ITF";
if (_RISModel.HasMultipleSystemITF)
{
var msitf = _RISModel.MultiSystemITF.FirstOrDefault(x => x.SystemITF == s.SystemITF);
if (msitf != null)
{
var j = _RISModel.MultiSystemITF.IndexOf(msitf);
sitf = $"SYSTEM_ITF{j + 1}";
}
}
sb.AppendLine($"{ts}ris_simulation_itsstation_parameters({sitf}, ris_lane{l.SignalGroupName}{l.RijstrookIndex}, {_fcpf}{l.SignalGroupName}, RIF_STATIONTYPE_{s.Type}, 0, 0, {s.Flow}, {s.Snelheid}, 10, {s.Afstand}, 10, 1);");
}
}
sb.AppendLine($"{ts}#endif // RISSIMULATIE");
sb.AppendLine();
foreach (var l in model.RISFasen.SelectMany(x => x.LaneData).Where(x => x.SimulatedStations.Any()))
{
foreach (var s in l.SimulatedStations)
{
var tl = s.Type == RISStationTypeSimEnum.PEDESTRIAN ? 1 : s.Type == RISStationTypeSimEnum.CYCLIST ? 2 : 6;
var dl = s.Type == RISStationTypeSimEnum.PEDESTRIAN ? 50 : s.Type == RISStationTypeSimEnum.CYCLIST ? 100 : 300;
var sitf = "SYSTEM_ITF";
if (_RISModel.HasMultipleSystemITF)
{
var msitf = _RISModel.MultiSystemITF.FirstOrDefault(x => x.SystemITF == s.SystemITF);
if (msitf != null)
{
var j = _RISModel.MultiSystemITF.IndexOf(msitf);
sitf = $"SYSTEM_ITF{j + 1}";
}
}
sb.AppendLine($"{ts}ris_display_lane_parameters({sitf}, ris_lane{l.SignalGroupName}{l.RijstrookIndex}, \"{l.SignalGroupName}-{l.RijstrookIndex}\", {tl}, {dl});");
}
}
sb.AppendLine($"}}");
sb.AppendLine($"");
sb.AppendLine($"/* RIS SIMULATIE APPLICATIE */");
sb.AppendLine($"/* ======================== */");
sb.AppendLine($"");
sb.AppendLine($"#define SIS(is) (IS[is] && !IS_old[is])");
sb.AppendLine($"void ris_simulation_application(void)");
sb.AppendLine($"{{");
sb.AppendLine($"{ts}#if (!defined AUTOMAAT_TEST)");
foreach (var l in model.RISFasen.SelectMany(x => x.LaneData).Where(x => x.SimulatedStations.Any()))
{
foreach (var s in l.SimulatedStations)
{
var sitf = "SYSTEM_ITF";
if (_RISModel.HasMultipleSystemITF)
{
var msitf = _RISModel.MultiSystemITF.FirstOrDefault(x => x.SystemITF == s.SystemITF);
if (msitf != null)
{
var j = _RISModel.MultiSystemITF.IndexOf(msitf);
sitf = $"SYSTEM_ITF{j + 1}";
}
}
sb.AppendLine($"{ts}if (SIS({_ispf}{s.Naam})) ris_simulation_put_itsstation_pb({sitf}, ris_lane{l.SignalGroupName}{l.RijstrookIndex}, {_fcpf}{l.SignalGroupName}, RIF_STATIONTYPE_{s.Type}, 0, 0, {s.Snelheid}, {s.Afstand}, 1);");
}
}
sb.AppendLine($"");
sb.AppendLine($"/* Display ris_lanes met ItsStations */");
sb.AppendLine($"/* --------------------------------- */");
var i = 15;
foreach (var l in model.RISFasen.SelectMany(x => x.LaneData).Where(x => x.SimulatedStations.Any()))
{
sb.AppendLine($"xyprintf(0, {i}, \"%s\", RIS_DISPLAY_LANE_STRING[ris_lane{l.SignalGroupName}{l.RijstrookIndex}]);");
++i;
}
sb.AppendLine($"");
sb.AppendLine($"/* Display aantal ItsStations en PrioRequests */");
sb.AppendLine($"/* ------------------------------------------ */ ");
sb.AppendLine($"xyprintf(0, {i + 1}, \"ItsStation =% -3d ItsStation - Ex =% -3d\", RIS_ITSSTATION_AP_NUMBER, RIS_ITSSTATION_EX_AP_NUMBER);");
sb.AppendLine($"xyprintf(0, {i + 2}, \"PrioRequest =% -3d PrioRequest_Ex =% -3d\", RIS_PRIOREQUEST_AP_NUMBER, RIS_PRIOREQUEST_EX_AP_NUMBER);");
sb.AppendLine($"{ts}#endif");
sb.AppendLine("}");
File.WriteAllText(Path.Combine(Path.GetDirectoryName(DataAccess.TLCGenControllerDataProvider.Default.ControllerFileName), $"{c.Data.Naam}rissim.c"), sb.ToString(), Encoding.Default);
}
