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Native L-Vars for ISFD, XPDR and EFIS-Baro / TO-Speeds removed
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@Fragtality
Fragtality committed Apr 15, 2024
1 parent b70956d commit 350b98e
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Showing 10 changed files with 139 additions and 131 deletions.
2 changes: 1 addition & 1 deletion .gitignore
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Original file line number Diff line number Diff line change
Expand Up @@ -8,7 +8,7 @@ Releases/
*CopyToMSFS.ps1
desktop.ini
build.lck
Build.ps1
*Build.ps1

# User-specific files
*.rsuser
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Binary file modified FenixQuartz-latest.zip
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224 changes: 119 additions & 105 deletions FenixQuartz/ElementManager.cs
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Original file line number Diff line number Diff line change
Expand Up @@ -15,11 +15,11 @@ public class ElementManager : IDisposable

protected Dictionary<string, IPCValue> IPCValues;
protected MemoryScanner Scanner;
protected FenixInterface.FenixInterface FenixGateway;
//protected FenixInterface.FenixInterface FenixGateway;
public static readonly NumberFormatInfo formatInfo = new CultureInfo("en-US").NumberFormat;

private bool firstUpdate = true;
public float lastSwitchBaroStd;
//private bool firstUpdate = true;
//public float lastSwitchBaroStd;
public bool isLightTest = false;
public bool isAltManaged = false;
public bool isHdgManaged = false;
Expand All @@ -30,48 +30,48 @@ public class ElementManager : IDisposable
public bool isModeHdgVs = false;
public bool isVsDashed = false;
public bool fcuIsPowered = false;
public int speedV1 = 0;
public int speedVR = 0;
public int speedV2 = 0;
public int toFlex = 0;
//public int speedV1 = 0;
//public int speedVR = 0;
//public int speedV2 = 0;
//public int toFlex = 0;
public bool isBaroStd = false;

private int appTick = 0;
//private int appTick = 0;

public ElementManager(List<OutputDefinition> definitions)
{
IPCValues = new();
MemoryValues = new();
FenixGateway = new();
//FenixGateway = new();
Definitions = definitions;

//// MEMORY PATTERNS
MemoryPatterns = new()
{
{ "FCU-2", new MemoryPattern("00 00 00 00 CE 05 00 00 FF FF FF FF 00 00 00 80") },
{ "ISIS-1", new MemoryPattern("49 00 53 00 49 00 53 00 20 00 70 00 6F 00 77 00 65 00 72 00 65 00 64 00") },
{ "ISIS-2", new MemoryPattern("46 00 65 00 6E 00 69 00 78 00 42 00 72 00 61 00 6B 00 65 00 46 00 61 00 6E 00 73 00") },
//{ "ISIS-1", new MemoryPattern("49 00 53 00 49 00 53 00 20 00 70 00 6F 00 77 00 65 00 72 00 65 00 64 00") },
//{ "ISIS-2", new MemoryPattern("46 00 65 00 6E 00 69 00 78 00 42 00 72 00 61 00 6B 00 65 00 46 00 61 00 6E 00 73 00") },
};

InitializeScanner();


//// MEMORY VALUES
//ISIS
AddMemoryValue("isisStd1", MemoryPatterns["ISIS-1"], -0xC7, 1, "bool");
AddMemoryValue("isisBaro1", MemoryPatterns["ISIS-1"], -0xEC, 8, "double");
AddMemoryValue("isisStd2", MemoryPatterns["ISIS-1"], -0xDF, 1, "bool");
AddMemoryValue("isisBaro2", MemoryPatterns["ISIS-1"], -0x104, 8, "double");
AddMemoryValue("isisStd3", MemoryPatterns["ISIS-2"], -0x3F, 1, "bool");
AddMemoryValue("isisBaro3", MemoryPatterns["ISIS-2"], -0x64, 8, "double");
//AddMemoryValue("isisStd1", MemoryPatterns["ISIS-1"], -0xC7, 1, "bool");
//AddMemoryValue("isisBaro1", MemoryPatterns["ISIS-1"], -0xEC, 8, "double");
//AddMemoryValue("isisStd2", MemoryPatterns["ISIS-1"], -0xDF, 1, "bool");
//AddMemoryValue("isisBaro2", MemoryPatterns["ISIS-1"], -0x104, 8, "double");
//AddMemoryValue("isisStd3", MemoryPatterns["ISIS-2"], -0x3F, 1, "bool");
//AddMemoryValue("isisBaro3", MemoryPatterns["ISIS-2"], -0x64, 8, "double");

//XPDR
//AddMemoryValue("xpdrDisplay", MemoryPatterns["XPDR-1"], -0x110, 2, "int");
AddMemoryValue("xpdrInput", MemoryPatterns["FCU-2"], +0x714, 2, "int");
//AddMemoryValue("xpdrInput", MemoryPatterns["FCU-2"], +0x714, 2, "int");
//AddMemoryValue("xpdrDigits", MemoryPatterns["FCU-2"], +0x90C, 2, "int");

//RUDDER
AddMemoryValue("rudderDashed1", MemoryPatterns["FCU-2"], -0x4D4C, 1, "bool");
AddMemoryValue("rudderDashed1", MemoryPatterns["FCU-2"], -0x4D4C, 1, "bool"); //B_FC_RUDDER_TRIM_DASHED
AddMemoryValue("rudderDashed2", MemoryPatterns["FCU-2"], -0x4D64, 1, "bool");

//// STRING VALUES - StreamDeck
Expand All @@ -93,11 +93,11 @@ public ElementManager(List<OutputDefinition> definitions)
AddIpcLvar(def.ID);
}

////TO L-Vars
AddIpcLvar("speedV1");
AddIpcLvar("speedVR");
AddIpcLvar("speedV2");
AddIpcLvar("toFlex");
//////TO L-Vars
//AddIpcLvar("speedV1");
//AddIpcLvar("speedVR");
//AddIpcLvar("speedV2");
//AddIpcLvar("toFlex");

IPCManager.SimConnect.SubscribeLvar("S_OH_IN_LT_ANN_LT");
IPCManager.SimConnect.SubscribeLvar("B_FCU_POWER");
Expand All @@ -117,10 +117,16 @@ public ElementManager(List<OutputDefinition> definitions)
IPCManager.SimConnect.SubscribeLvar("B_FCU_VERTICALSPEED_DASHED");
IPCManager.SimConnect.SubscribeLvar("S_FCU_EFIS1_BARO_MODE");
IPCManager.SimConnect.SubscribeLvar("S_FCU_EFIS1_BARO_STD");
IPCManager.SimConnect.SubscribeLvar("B_FCU_EFIS1_BARO_STD");
IPCManager.SimConnect.SubscribeLvar("B_MIP_ISFD_BARO_STD");
IPCManager.SimConnect.SubscribeLvar("B_MIP_ISFD_BARO_INCH");
IPCManager.SimConnect.SubscribeLvar("N_MIP_ISFD_BARO_HPA");
IPCManager.SimConnect.SubscribeLvar("N_MIP_ISFD_BARO_INCH");
IPCManager.SimConnect.SubscribeLvar("N_MIP_CLOCK_UTC");
IPCManager.SimConnect.SubscribeLvar("N_MIP_CLOCK_ELAPSED");
IPCManager.SimConnect.SubscribeLvar("N_MIP_CLOCK_CHRONO");
IPCManager.SimConnect.SubscribeLvar("N_FREQ_XPDR_SELECTED");
IPCManager.SimConnect.SubscribeLvar("N_FREQ_STANDBY_XPDR_SELECTED");
IPCManager.SimConnect.SubscribeLvar("N_PED_XPDR_CHAR_DISPLAYED");
IPCManager.SimConnect.SubscribeLvar("N_ELEC_VOLT_BAT_1");
IPCManager.SimConnect.SubscribeLvar("N_ELEC_VOLT_BAT_2");
Expand Down Expand Up @@ -197,30 +203,30 @@ public void Dispose()
GC.SuppressFinalize(this);
}

private bool CheckIsisLocation(string num)
{
double baro = MemoryValues[$"isisBaro{num}"].GetValue();
return baro > 0 && baro < 10000;
}

private void CheckMemoryValues()
{
if (!(CheckIsisLocation("1") || CheckIsisLocation("2") || CheckIsisLocation("3")))
{
Logger.Log(LogLevel.Information, "ElementManager:CheckMemoryValues", $"Memory Locations changed! Rescanning ...");
System.Threading.Thread.Sleep(500);
Rescan();
}
}

private void Rescan()
{
foreach (var pattern in MemoryPatterns.Values)
pattern.Location = 0;
InitializeScanner();
PrintReport();
Scanner.UpdateBuffers(MemoryValues);
}
//private bool CheckIsisLocation(string num)
//{
// double baro = MemoryValues[$"isisBaro{num}"].GetValue();
// return baro > 250 && baro < 4000;
//}

//private void CheckMemoryValues()
//{
// if (!(CheckIsisLocation("1") || CheckIsisLocation("2") || CheckIsisLocation("3")))
// {
// Logger.Log(LogLevel.Information, "ElementManager:CheckMemoryValues", $"Memory Locations changed! Rescanning ...");
// System.Threading.Thread.Sleep(500);
// Rescan();
// }
//}

//private void Rescan()
//{
// foreach (var pattern in MemoryPatterns.Values)
// pattern.Location = 0;
// InitializeScanner();
// PrintReport();
// Scanner.UpdateBuffers(MemoryValues);
//}

private void UpdateSimVars()
{
Expand All @@ -236,17 +242,17 @@ private void UpdateSimVars()
isVsDashed = IPCManager.SimConnect.ReadLvar("B_FCU_VERTICALSPEED_DASHED") == 1;
}

private void UpdateFenixVars()
{
if (appTick % 3 == 0)
{
_ = int.TryParse(FenixGateway.FenixGetVariable("aircraft.fms.perf.takeOff.v1"), out speedV1);
_ = int.TryParse(FenixGateway.FenixGetVariable("aircraft.fms.perf.takeOff.v2"), out speedV2);
_ = int.TryParse(FenixGateway.FenixGetVariable("aircraft.fms.perf.takeOff.vr"), out speedVR);
_ = int.TryParse(FenixGateway.FenixGetVariable("aircraft.fms.perf.takeOff.flexTemp"), out toFlex);
}
appTick++;
}
//private void UpdateFenixVars()
//{
// if (appTick % 3 == 0)
// {
// _ = int.TryParse(FenixGateway.FenixGetVariable("aircraft.fms.perf.takeOff.v1"), out speedV1);
// _ = int.TryParse(FenixGateway.FenixGetVariable("aircraft.fms.perf.takeOff.v2"), out speedV2);
// _ = int.TryParse(FenixGateway.FenixGetVariable("aircraft.fms.perf.takeOff.vr"), out speedVR);
// _ = int.TryParse(FenixGateway.FenixGetVariable("aircraft.fms.perf.takeOff.flexTemp"), out toFlex);
// }
// appTick++;
//}

public bool GenerateValues()
{
Expand All @@ -258,8 +264,8 @@ public bool GenerateValues()
return false;
}
UpdateSimVars();
UpdateFenixVars();
CheckMemoryValues();
//UpdateFenixVars();
//CheckMemoryValues();

UpdateFCU();
UpdateISIS();
Expand All @@ -269,14 +275,14 @@ public bool GenerateValues()
UpdateBatteries();
UpdateRudder();
UpdateClock();
UpdateSpeeds();
//UpdateSpeeds();
UpdateBaro();

if (!App.useLvars)
FSUIPCConnection.Process(App.groupName);

if (firstUpdate)
firstUpdate = false;
//if (firstUpdate)
// firstUpdate = false;

return true;
}
Expand Down Expand Up @@ -488,35 +494,41 @@ private void UpdateRawFCU()

private void UpdateISIS()
{
double baro = MemoryValues["isisBaro1"].GetValue();
bool std = MemoryValues["isisStd1"].GetValue();
if (baro < 800 || baro > 1200)
{
baro = MemoryValues["isisBaro2"].GetValue();
std = MemoryValues["isisStd2"].GetValue();
if (baro < 800 || baro > 1200)
{
baro = MemoryValues["isisBaro3"].GetValue();
std = MemoryValues["isisStd3"].GetValue();
}
}

//double baro = MemoryValues["isisBaro1"].GetValue();
//bool std = MemoryValues["isisStd1"].GetValue();
//if (baro < 800 || baro > 1200)
//{
// baro = MemoryValues["isisBaro2"].GetValue();
// std = MemoryValues["isisStd2"].GetValue();
// if (baro < 800 || baro > 1200)
// {
// baro = MemoryValues["isisBaro3"].GetValue();
// std = MemoryValues["isisStd3"].GetValue();
// }
//}

double hpa = IPCManager.SimConnect.ReadLvar("N_MIP_ISFD_BARO_HPA");
double inhg = IPCManager.SimConnect.ReadLvar("N_MIP_ISFD_BARO_INCH");
bool isInch = IPCManager.SimConnect.ReadLvar("B_MIP_ISFD_BARO_INCH") == 1;
bool std = IPCManager.SimConnect.ReadLvar("B_MIP_ISFD_BARO_STD") == 1;

double baro = 0;
if (!App.rawValues)
{
string result;
if (std)
result = "STD";
else
{
bool isHpa = IPCManager.SimConnect.ReadLvar("S_FCU_EFIS1_BARO_MODE") == 1;
if (isHpa)
//bool isHpa = IPCManager.SimConnect.ReadLvar("S_FCU_EFIS1_BARO_MODE") == 1;
if (!isInch)
{
baro = Math.Round(baro, 0);
baro = Math.Round(hpa, 0);
result = string.Format("{0,4:0000}", baro);
}
else
{
baro = Math.Round(baro * 0.029529983071445, 2);
baro = Math.Round(inhg, 0) / 100.0f;
result = string.Format(CultureInfo.InvariantCulture.NumberFormat, "{0:F2}", baro);
}
}
Expand Down Expand Up @@ -620,7 +632,8 @@ private void UpdateCom(string com)
private void UpdateXpdr()
{
string result;
int input = MemoryValues["xpdrInput"].GetValue() ?? 0;
//int input = MemoryValues["xpdrInput"].GetValue() ?? 0;
int input = (int)IPCManager.SimConnect.ReadLvar("N_FREQ_STANDBY_XPDR_SELECTED");
int disp = (int)IPCManager.SimConnect.ReadLvar("N_FREQ_XPDR_SELECTED");
int digits = (int)IPCManager.SimConnect.ReadLvar("N_PED_XPDR_CHAR_DISPLAYED");

Expand Down Expand Up @@ -761,32 +774,33 @@ private void UpdateClock(string lvar, string strName, string numName)
}
}

private void UpdateSpeeds()
{
IPCValues["speedV1"].SetValue(speedV1);
IPCValues["speedVR"].SetValue(speedVR);
IPCValues["speedV2"].SetValue(speedV2);
IPCValues["toFlex"].SetValue(toFlex);
}
//private void UpdateSpeeds()
//{
// IPCValues["speedV1"].SetValue(speedV1);
// IPCValues["speedVR"].SetValue(speedVR);
// IPCValues["speedV2"].SetValue(speedV2);
// IPCValues["toFlex"].SetValue(toFlex);
//}

public void UpdateBaro()
{
if (firstUpdate)
{
lastSwitchBaroStd = IPCManager.SimConnect.ReadLvar("S_FCU_EFIS1_BARO_STD");
return;
}

float switchBaroStd = IPCManager.SimConnect.ReadLvar("S_FCU_EFIS1_BARO_STD");
if (switchBaroStd != lastSwitchBaroStd)
{
if (switchBaroStd > lastSwitchBaroStd)
isBaroStd = true;
else
isBaroStd = false;
Logger.Log(LogLevel.Information, "ElementManager:UpdateBaro", $"Baro-Std changed: isBaroStd {isBaroStd}");
lastSwitchBaroStd = switchBaroStd;
}
//if (firstUpdate)
//{
// lastSwitchBaroStd = IPCManager.SimConnect.ReadLvar("S_FCU_EFIS1_BARO_STD");
// return;
//}

//float switchBaroStd = IPCManager.SimConnect.ReadLvar("S_FCU_EFIS1_BARO_STD");
//if (switchBaroStd != lastSwitchBaroStd)
//{
// if (switchBaroStd > lastSwitchBaroStd)
// isBaroStd = true;
// else
// isBaroStd = false;
// Logger.Log(LogLevel.Information, "ElementManager:UpdateBaro", $"Baro-Std changed: isBaroStd {isBaroStd}");
// lastSwitchBaroStd = switchBaroStd;
//}
isBaroStd = IPCManager.SimConnect.ReadLvar("B_FCU_EFIS1_BARO_STD") == 1;

float pressure = IPCManager.SimConnect.ReadSimVar("KOHLSMAN SETTING MB:1", "Millibars");
bool isHpa = IPCManager.SimConnect.ReadLvar("S_FCU_EFIS1_BARO_MODE") == 1;
Expand Down
Binary file removed FenixQuartz/FenixInterface.dll
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8 changes: 1 addition & 7 deletions FenixQuartz/FenixQuartz.csproj
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Expand Up @@ -11,7 +11,7 @@
<SignAssembly>False</SignAssembly>
<AssemblyVersion></AssemblyVersion>
<FileVersion></FileVersion>
<Version>1.5</Version>
<Version>1.6</Version>
<Copyright>Fragtality © 2024</Copyright>
<Authors>Fragtality</Authors>
<UseWPF>True</UseWPF>
Expand Down Expand Up @@ -42,9 +42,6 @@
</ItemGroup>

<ItemGroup>
<Reference Include="FenixInterface">
<HintPath>FenixInterface.dll</HintPath>
</Reference>
<Reference Include="Microsoft.FlightSimulator.SimConnect">
<HintPath>Microsoft.FlightSimulator.SimConnect.dll</HintPath>
<ExcludeFromSingleFile>true</ExcludeFromSingleFile>
Expand All @@ -56,9 +53,6 @@
</ItemGroup>

<ItemGroup>
<None Update="FenixInterface.dll">
<CopyToOutputDirectory>Always</CopyToOutputDirectory>
</None>
<None Update="FenixQuartz.config">
<CopyToOutputDirectory>Always</CopyToOutputDirectory>
</None>
Expand Down
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