public override void Update()
{
int nextNormalSignalId = NextSignalId("NORMAL");
string nextNormalSignalTextAspect = nextNormalSignalId >= 0 ? IdTextSignalAspect(nextNormalSignalId, "NORMAL") : "FR_TVM430 Ve80 Vc000";
List <string> nextNormalParts = nextNormalSignalTextAspect.Split(' ').ToList();
nextNormalSignalTextAspect = string.Join(" ", nextNormalParts.Where(x =>
x.StartsWith("FR_TVM") ||
x.StartsWith("Ve") ||
x.StartsWith("Vc") ||
x.StartsWith("Va")));
TVMSpeedType Vc = TVMSpeedType.Any;
foreach (string part in nextNormalParts)
{
if (part.StartsWith("Vc"))
{
Vc = (TVMSpeedType)Enum.Parse(typeof(TVMSpeedType), "_" + part.Substring(2));
}
}
MstsSignalAspect = MstsTranslation[Vc];
if (MstsSignalAspect < Aspect.Restricting)
{
MstsSignalAspect = Aspect.Restricting;
}
TextSignalAspect = nextNormalSignalTextAspect + " BSP_ESL";
DrawState = DefaultDrawState(MstsSignalAspect);
}
public static Aspect TVMSpeedTypeToAspectV320(TVMSpeedType Vc, bool permissive)
{
if (!permissive)
{
return(Aspect.Stop);
}
else
{
return(SNCFV320MstsTranslation[Vc]);
}
}
public override void Update()
{
if (HasHead(8))
{
VeAg = TVMSpeedType._000;
}
else if (HasHead(7))
{
VeAg = TVMSpeedType._60;
}
else if (HasHead(6))
{
VeAg = TVMSpeedType._80;
}
else if (HasHead(5))
{
VeAg = TVMSpeedType._130;
}
else if (HasHead(4))
{
VeAg = TVMSpeedType._160;
}
else if (HasHead(3))
{
VeAg = TVMSpeedType._170;
}
else if (HasHead(2))
{
VeAg = TVMSpeedType._200;
}
else if (HasHead(1))
{
VeAg = TVMSpeedType._220;
}
else
{
VeAg = TVMSpeedType._230;
}
MstsSignalAspect = Aspect.Clear_2;
TextSignalAspect = "FR_TVM430_AG Ve" + VeAg.ToString().Substring(1);
DrawState = DefaultDrawState(MstsSignalAspect);
}
public override void Update()
{
if (IsSignalFeatureEnabled("USER4"))
{
Vpf[1] = TVMSpeedType._80E;
}
else if (IsSignalFeatureEnabled("USER3"))
{
Vpf[1] = TVMSpeedType._170E;
}
else if (IsSignalFeatureEnabled("USER2"))
{
Vpf[1] = TVMSpeedType._230V;
}
else if (IsSignalFeatureEnabled("USER1"))
{
Vpf[1] = TVMSpeedType._270V;
}
else
{
Vpf[1] = TVMSpeedType._300V;
}
int nextNormalSignalId = NextSignalId("NORMAL");
List <string> nextNormalParts = new List <string>();
if (nextNormalSignalId >= 0)
{
nextNormalParts = IdTextSignalAspect(nextNormalSignalId, "NORMAL").Split(' ').ToList();
SendSignalMessage(nextNormalSignalId, "FR_TVM430 Vpf" + Vpf[1].ToString().Substring(1));
}
TVMSpeedType[] Ve = new TVMSpeedType[2] {
TVMSpeedType.Any, TVMSpeedType.Any
};
TVMSpeedType[] Vc = new TVMSpeedType[2] {
TVMSpeedType.Any, TVMSpeedType.Any
};
TVMSpeedType[] Va = new TVMSpeedType[2] {
TVMSpeedType.Any, TVMSpeedType.Any
};
foreach (string part in nextNormalParts)
{
if (part.StartsWith("Ve"))
{
Ve[1] = (TVMSpeedType)Enum.Parse(typeof(TVMSpeedType), "_" + part.Substring(2));
}
else if (part.StartsWith("Vc"))
{
Vc[1] = (TVMSpeedType)Enum.Parse(typeof(TVMSpeedType), "_" + part.Substring(2));
}
else if (part.StartsWith("Va"))
{
Va[1] = (TVMSpeedType)Enum.Parse(typeof(TVMSpeedType), "_" + part.Substring(2));
}
}
if (CurrentBlockState != BlockState.Clear ||
!nextNormalParts.Contains("FR_TVM430") ||
Ve[1] == TVMSpeedType.Any ||
Vc[1] == TVMSpeedType.Any)
{
Vcond = TVMSpeedType._RRR;
Ve[1] = TVMSpeedType._000;
Vc[1] = TVMSpeedType._RRR;
RRRAval = true;
}
else
{
Vcond = Vpf[0];
Ve[1] = Min(Ve[1], TAB2[Vpf[1]]);
RRRAval = false;
}
Vc[0] = Min(Vcond, Ve[1]);
Ve[0] = Min(TAB2[Vcond], TAB1[Vc[0]]);
Va[0] = TAB2[Vc[1]];
if (Va[0] >= Vc[0])
{
Va[0] = TVMSpeedType.Any;
}
if (Ve[0] != VeE || Vc[0] != VcE || Va[0] != VaE)
{
if (Ve[0] < VeE || Vc[0] < VcE || VcE == TVMSpeedType._RRR)
{
VeE = Ve[0];
VcE = Vc[0];
VaE = Va[0];
AspectChangeTimer.Start();
}
else
{
if (AspectChangeTimer.Started)
{
if (AspectChangeTimer.Triggered)
{
AspectChangeTimer.Stop();
}
}
else
{
VeE = Ve[0];
VcE = Vc[0];
VaE = Va[0];
}
}
}
MstsSignalAspect = TVMSpeedTypeToAspectV320(VcE, true);
TextSignalAspect = "FR_TVM430"
+ " Ve" + VeE.ToString().Substring(1)
+ " Vc" + VcE.ToString().Substring(1)
+ (VaE != TVMSpeedType.Any ? " Va" + VaE.ToString().Substring(1) : string.Empty)
+ (RRRAval ? " RRRAval" : string.Empty);
DrawState = DefaultDrawState(MstsSignalAspect);
}
public override void Update()
{
int nextNormalSignalId = NextSignalId("NORMAL");
List <string> nextNormalParts = new List <string>();
if (nextNormalSignalId >= 0)
{
nextNormalParts = IdTextSignalAspect(nextNormalSignalId, "NORMAL").Split(' ').ToList();
SendSignalMessage(nextNormalSignalId, "FR_TVM430 Vpf" + Vpf[1].ToString().Substring(1));
}
int nextInfoSignalId = NextSignalId("INFO");
string nextInfoSignalTextAspect = nextInfoSignalId >= 0 ? IdTextSignalAspect(nextInfoSignalId, "INFO") : string.Empty;
List <string> nextInfoParts = nextInfoSignalTextAspect.Split(' ').ToList();
TVMSpeedType[] Ve = new TVMSpeedType[2] {
TVMSpeedType.Any, TVMSpeedType.Any
};
TVMSpeedType[] Vc = new TVMSpeedType[2] {
TVMSpeedType.Any, TVMSpeedType.Any
};
TVMSpeedType[] Va = new TVMSpeedType[2] {
TVMSpeedType.Any, TVMSpeedType.Any
};
foreach (string part in nextNormalParts)
{
if (part.StartsWith("Ve"))
{
Ve[1] = (TVMSpeedType)Enum.Parse(typeof(TVMSpeedType), "_" + part.Substring(2));
}
else if (part.StartsWith("Vc"))
{
Vc[1] = (TVMSpeedType)Enum.Parse(typeof(TVMSpeedType), "_" + part.Substring(2));
}
else if (part.StartsWith("Va"))
{
Va[1] = (TVMSpeedType)Enum.Parse(typeof(TVMSpeedType), "_" + part.Substring(2));
}
}
TVMSpeedType VeAg = TVMSpeedType._170E;
if (nextInfoParts.Contains("FR_TVM430_AG"))
{
foreach (string part in nextInfoParts)
{
if (part.StartsWith("Ve"))
{
VeAg = (TVMSpeedType)Enum.Parse(typeof(TVMSpeedType), "_" + part.Substring(2));
}
}
}
// Repère Nf fermé => Arret réduit + BSP CNf puis marche à vue (RRR)
if (!Enabled ||
CurrentBlockState != BlockState.Clear ||
Ve[1] == TVMSpeedType.Any ||
Vc[1] == TVMSpeedType.Any)
{
Vcond = TVMSpeedType._80E;
Ve[1] = TVMSpeedType._000;
Vc[1] = TVMSpeedType._RRR;
CNf = true;
RRRAval = true;
}
// Entrée sur VS => Arrêt réduit puis marche à vue (RRR)
else if (!nextNormalParts.Contains("FR_TVM430"))
{
Vcond = TVMSpeedType._80E;
Ve[1] = TVMSpeedType._000;
Vc[1] = TVMSpeedType._RRR;
CNf = false;
RRRAval = true;
}
else
{
Vcond = Vpf[0];
if (!RouteSet)
{
Ve[1] = Min(VeAg, Ve[1]);
}
Ve[1] = Min(Ve[1], Vpf[1]);
CNf = false;
RRRAval = false;
}
Vc[0] = Min(Vcond, Ve[1]);
Ve[0] = Min(TAB2[Vcond], TAB1[Vc[0]]);
Va[0] = TAB2[Vc[1]];
if (Va[0] >= Vc[0])
{
Va[0] = TVMSpeedType.Any;
}
if (Ve[0] != VeE || Vc[0] != VcE || Va[0] != VaE)
{
if (Ve[0] < VeE || Vc[0] < VcE || VcE == TVMSpeedType._RRR)
{
VeE = Ve[0];
VcE = Vc[0];
VaE = Va[0];
AspectChangeTimer.Start();
}
else
{
if (AspectChangeTimer.Started)
{
if (AspectChangeTimer.Triggered)
{
AspectChangeTimer.Stop();
}
}
else
{
VeE = Ve[0];
VcE = Vc[0];
VaE = Va[0];
}
}
}
MstsSignalAspect = TVMSpeedTypeToAspectV320(VcE, !CNf);
TextSignalAspect = "FR_TVM430"
+ " Ve" + VeE.ToString().Substring(1)
+ " Vc" + VcE.ToString().Substring(1)
+ (VaE != TVMSpeedType.Any ? " Va" + VaE.ToString().Substring(1) : string.Empty)
+ (CNf ? " BSP_CNf" : string.Empty)
+ (RRRAval ? " RRRAval" : string.Empty);
DrawState = DefaultDrawState(MstsSignalAspect);
}
public override void Update()
{
if (IsSignalFeatureEnabled("USER1"))
{
Vpf = TVMSpeedType._130E;
}
else
{
Vpf = TVMSpeedType._160E;
}
int nextNormalSignalId = NextSignalId("NORMAL");
string nextNormalSignalTextAspect = nextNormalSignalId >= 0 ? IdTextSignalAspect(nextNormalSignalId, "NORMAL") : string.Empty;
List <string> nextNormalParts = nextNormalSignalTextAspect.Split(' ').ToList();
if (!Enabled ||
CurrentBlockState == BlockState.Obstructed)
{
MstsSignalAspect = Aspect.Stop;
TextSignalAspect = "FR_C_BAL FR_TVM430 Ve80 Vc000";
}
else if (CurrentBlockState == BlockState.Occupied)
{
MstsSignalAspect = Aspect.StopAndProceed;
TextSignalAspect = "FR_S_BAL FR_TVM430 Ve80 Vc000";
}
else if (RouteSet)
{
if (nextNormalParts.FindAll(x => x == "FR_C_BAL" ||
x == "FR_CV" ||
x == "FR_S_BAL" ||
x == "FR_S_BAPR" ||
x == "FR_S_BM" ||
x == "FR_SCLI" ||
x == "FR_MCLI" ||
x == "FR_M" ||
x == "FR_RR_A" ||
x == "FR_RR_ACLI" ||
x == "FR_RR" ||
x == "FR_RRCLI_A" ||
x == "FR_RRCLI_ACLI" ||
x == "FR_RRCLI"
).Count > 0)
{
if (Vpf == TVMSpeedType._130E)
{
MstsSignalAspect = Aspect.Approach_2;
TextSignalAspect = "FR_A FR_TVM430 Ve130 Vc130E";
}
else
{
MstsSignalAspect = Aspect.Approach_1;
TextSignalAspect = "FR_A FR_TVM430 Ve160 Vc160E";
}
}
else
{
if (Vpf == TVMSpeedType._130E)
{
MstsSignalAspect = Aspect.Clear_2;
TextSignalAspect = "FR_VL_INF FR_TVM430 Ve130 Vc130E";
}
else
{
MstsSignalAspect = Aspect.Clear_1;
TextSignalAspect = "FR_VL_INF FR_TVM430 Ve160 Vc160E";
}
}
}
else
{
if (nextNormalParts.FindAll(x => x == "FR_C_BAL" ||
x == "FR_CV" ||
x == "FR_S_BAL" ||
x == "FR_S_BAPR" ||
x == "FR_S_BM" ||
x == "FR_SCLI" ||
x == "FR_MCLI" ||
x == "FR_M" ||
x == "FR_RR_A" ||
x == "FR_RR_ACLI" ||
x == "FR_RR" ||
x == "FR_RRCLI_A" ||
x == "FR_RRCLI_ACLI" ||
x == "FR_RRCLI"
).Count > 0)
{
MstsSignalAspect = Aspect.Approach_3;
if (Vpf == TVMSpeedType._130E)
{
TextSignalAspect = "FR_RRCLI_A FR_TVM430 Ve130 Vc60";
}
else
{
TextSignalAspect = "FR_RRCLI_A FR_TVM430 Ve160 Vc60";
}
}
else
{
MstsSignalAspect = Aspect.Restricting;
if (Vpf == TVMSpeedType._130E)
{
TextSignalAspect = "FR_RRCLI FR_TVM430 Ve130 Vc60";
}
else
{
TextSignalAspect = "FR_RRCLI FR_TVM430 Ve160 Vc60";
}
}
}
TextSignalAspect += " Vpf" + Vpf.ToString().Substring(1);
DrawState = DefaultDrawState(MstsSignalAspect);
}
