feat(blackbox): the cab panel as fits the vehicle, every switch the driver worked in the events

- The rest of the cab record is read when written: what drives the
  vehicle, the doors' permits and departure signal, the brakes of the
  whole train, a diesel's oil and temperatures, the cruise control and
  the rest.
- Cab panel: the traction as fits what drives the vehicle (voltage and
  current of an electric one; revolutions, oil pressure and temperatures
  of a diesel; clutch or torque converter of a mechanical or hydraulic
  one; nothing for a draisine), the equalizing reservoir, the main
  reservoir pipe and the most braked cylinder of the train, the brakes'
  setting and mode, a group of the doors, the pumps of a diesel where an
  electric vehicle has its pantographs, the hand brake, the releaser, the
  horn's tone, the radio's channel, the integrated handle of a unit.
- Events: every switch on and off, doors opened and closed, the departure
  signal, the hand brake, the brakes' setting, the radio channel, the
  cruise control's speed; moving with the doors open and an overheating
  engine as faults.
- A vehicle with no lamps at an end (a draisine) is not judged on its
  lights, and one which never had a voltage shows none.
This commit is contained in:
maj00r
2026-11-11 02:43:51 +01:00
parent 4dcfd1c4e3
commit 0d16524953
9 changed files with 585 additions and 89 deletions

View File

@@ -111,8 +111,8 @@ public sealed class DefaultBlackBoxStrings : IBlackBoxStrings
["DevHeating"] = "Train heating",
["DevRadio"] = "Radio",
["DevShuntMode"] = "Shunting mode",
["DevDoorsLeft"] = "Left doors",
["DevDoorsRight"] = "Right doors",
["DevDoorsLeft"] = "Left doors open",
["DevDoorsRight"] = "Right doors open",
["DevSanding"] = "Sanding",
["DevHorn"] = "Horn",
["DevSpringBrake"] = "Spring brake",
@@ -201,6 +201,50 @@ public sealed class DefaultBlackBoxStrings : IBlackBoxStrings
["CabGroupDriving"] = "Driving",
["CabGroupSafety"] = "Safety",
["CabLightsWant"] = "{0}, should be {1}",
["CabLightsNone"] = "no lamps",
["CabBrakeSetting"] = "setting {0}",
["CabEqualizing"] = "Equalizing reservoir",
["CabFeedPipe"] = "Main reservoir pipe",
["CabConsistCylinder"] = "Cylinders, train max",
["CabPower"] = "Power",
["CabSpeedControl"] = "Cruise control",
["CabOilPressure"] = "Oil pressure",
["CabWater"] = "Water",
["CabOil"] = "Oil",
["CabEngine"] = "Engine",
["CabNoDrive"] = "no drive of its own",
["CabClutch"] = "Clutch",
["CabConverterFill"] = "Torque converter",
["CabIntegrated"] = "Driving handle",
["CabGroupDoors"] = "Doors",
["DevDoorPermitLeft"] = "Left doors permitted",
["DevDoorPermitRight"] = "Right doors permitted",
["DevDepartureSignal"] = "Departure signal",
["DevDoorStep"] = "Steps",
["DevDoorLock"] = "Door lock",
["DevDoorsLocked"] = "Doors locked",
["DevBrakeReleaser"] = "Brake releaser",
["DevFuelPump"] = "Fuel pump",
["DevOilPump"] = "Oil pump",
["DevMotorBlowers"] = "Motor fans",
["DevEngineHot"] = "Engine overheating",
["DevSpeedControl"] = "Cruise control",
["DevRadioChannel"] = "Radio, channel {0}",
["DevHandBrake"] = "Hand brake",
["DevHornTone"] = "Horn ({0})",
["HornLow"] = "low",
["HornHigh"] = "high",
["HornBoth"] = "both",
["EventDeviceOn"] = "{0}: on",
["EventDeviceOff"] = "{0}: off",
["EventDoorsLeftClosed"] = "Left doors closed",
["EventDoorsRightClosed"] = "Right doors closed",
["EventMovingDoorsOpen"] = "Moving with the doors open ({0:0} km/h)",
["EventHandBrakeOn"] = "Hand brake applied",
["EventHandBrakeOff"] = "Hand brake released",
["EventBrakeSetting"] = "Brake setting: {0}",
["EventRadioChannel"] = "Radio: channel {0}",
["EventSpeedControlSet"] = "Cruise control: {0:0} km/h",
["DevVigilance"] = "CA",
["DevCabSignal"] = "SHP",
["DevSecurityBraking"] = "CA/SHP braking",
@@ -338,8 +382,8 @@ public sealed class DefaultBlackBoxStrings : IBlackBoxStrings
["DevHeating"] = "Ogrzewanie",
["DevRadio"] = "Radiotelefon",
["DevShuntMode"] = "Jazda manewrowa",
["DevDoorsLeft"] = "Drzwi lewe",
["DevDoorsRight"] = "Drzwi prawe",
["DevDoorsLeft"] = "Drzwi lewe otwarte",
["DevDoorsRight"] = "Drzwi prawe otwarte",
["DevSanding"] = "Piasecznica",
["DevHorn"] = "Syrena",
["DevSpringBrake"] = "Hamulec sprężynowy",
@@ -428,6 +472,50 @@ public sealed class DefaultBlackBoxStrings : IBlackBoxStrings
["CabGroupDriving"] = "Jazda",
["CabGroupSafety"] = "Bezpieczeństwo",
["CabLightsWant"] = "{0}, a ma być {1}",
["CabLightsNone"] = "brak lamp",
["CabBrakeSetting"] = "nastawa {0}",
["CabEqualizing"] = "Zbiornik czasowy",
["CabFeedPipe"] = "Przewód zasilający",
["CabConsistCylinder"] = "Cylindry, skład max",
["CabPower"] = "Moc",
["CabSpeedControl"] = "Tempomat",
["CabOilPressure"] = "Ciśn. oleju",
["CabWater"] = "Woda",
["CabOil"] = "Olej",
["CabEngine"] = "Silnik",
["CabNoDrive"] = "brak własnego napędu",
["CabClutch"] = "Sprzęgło",
["CabConverterFill"] = "Przekładnia hydr.",
["CabIntegrated"] = "Zadajnik",
["CabGroupDoors"] = "Drzwi",
["DevDoorPermitLeft"] = "Zezwolenie lewe",
["DevDoorPermitRight"] = "Zezwolenie prawe",
["DevDepartureSignal"] = "Sygnał odjazdu",
["DevDoorStep"] = "Stopień",
["DevDoorLock"] = "Blokada drzwi",
["DevDoorsLocked"] = "Drzwi zablokowane",
["DevBrakeReleaser"] = "Odluźniacz",
["DevFuelPump"] = "Pompa paliwa",
["DevOilPump"] = "Pompa oleju",
["DevMotorBlowers"] = "Wentylatory silników",
["DevEngineHot"] = "Przegrzanie silnika",
["DevSpeedControl"] = "Tempomat",
["DevRadioChannel"] = "Radiotelefon, kanał {0}",
["DevHandBrake"] = "Hamulec ręczny",
["DevHornTone"] = "Syrena ({0})",
["HornLow"] = "niski",
["HornHigh"] = "wysoki",
["HornBoth"] = "oba",
["EventDeviceOn"] = "{0}: wł.",
["EventDeviceOff"] = "{0}: wył.",
["EventDoorsLeftClosed"] = "Drzwi lewe zamknięte",
["EventDoorsRightClosed"] = "Drzwi prawe zamknięte",
["EventMovingDoorsOpen"] = "Jazda z otwartymi drzwiami ({0:0} km/h)",
["EventHandBrakeOn"] = "Hamulec ręczny zaciągnięty",
["EventHandBrakeOff"] = "Hamulec ręczny zwolniony",
["EventBrakeSetting"] = "Nastawa hamulca: {0}",
["EventRadioChannel"] = "Radiotelefon: kanał {0}",
["EventSpeedControlSet"] = "Tempomat: {0:0} km/h",
["DevVigilance"] = "CA",
["DevCabSignal"] = "SHP",
["DevSecurityBraking"] = "Hamowanie CA/SHP",

View File

@@ -178,7 +178,7 @@ public sealed class BlackBoxWindow : Window
cabCard.Margin = new Thickness(0, UiKit.Gap, 0, 0);
var sideColumn = new DockPanel();
// On a short window the cab scrolls, so the list above keeps room for a few rows.
sideColumn.SizeChanged += (_, e) => cabCard.MaxHeight = Math.Max(160, e.NewSize.Height - 200);
sideColumn.SizeChanged += (_, e) => cabCard.MaxHeight = Math.Max(160, e.NewSize.Height - 160);
DockPanel.SetDock(cabCard, Dock.Bottom);
sideColumn.Children.Add(cabCard);
sideColumn.Children.Add(UiKit.Frame(side));

View File

@@ -9,26 +9,32 @@ using Avalonia.Media;
namespace Eu07.BlackBox.Views;
/// <summary>
/// The cab of the user's train at the moment played: the speed against the AI's, the
/// accelerations, the controllers, the pressures of the brakes as gauges, the traction,
/// the lights at the head and the tail of the train with what they are to show, and a
/// lamp for every device in three groups (power, driving, safety), the alerter (CA) and
/// the cab signalling (SHP) apart.
/// The cab of the user's train at the moment played, for checking what the driver did: the
/// speed against the AI's, the accelerations, the controllers, the brakes (the pressures as
/// gauges, the setting), the traction as fits what drives the vehicle (the voltage and the
/// current of an electric one, the oil and the temperatures of a diesel), the lights at the
/// head and the tail of the train with what they are to show, and a lamp for every device in
/// groups (power, driving, safety, doors), the alerter (CA) and the cab signalling (SHP) apart.
/// </summary>
public sealed class CabPanel : Control
{
private const double Pad = 14;
private const double LampRow = 15;
private const double LampRow = 14;
private const int DoorColumns = 3;
private Recording? _recording;
private double _time;
private int _measured = -1;
private int _controllerTop = 1;
private readonly HashSet<int> _powered = new();
private readonly HashSet<int> _feedPipe = new();
private readonly HashSet<int> _integrated = new();
private readonly HashSet<int> _hydraulic = new();
public CabPanel()
{
ClipToBounds = true;
Height = 506;
Height = 650;
}
public IBlackBoxStrings Strings { get; set; } = new DefaultBlackBoxStrings();
@@ -67,6 +73,7 @@ public sealed class CabPanel : Control
}
Measure(recording);
var culture = CultureInfo.CurrentCulture;
var extra = s.Extra;
// The vehicle at the left; who drives, from which cab, at the right.
double chipX = right;
@@ -105,37 +112,64 @@ public sealed class CabPanel : Control
double column = width / 4;
Value(context, Strings["CabController"], s.MainController.ToString(culture), Pad, top);
Steps(context, s.MainController, _controllerTop, Pad, top + 34, column - 14);
Value(context, Strings["CabShunt"], s.ScndController.ToString(culture), Pad + column, top);
if (extra is { } handle && _integrated.Contains(s.Vehicle))
Value(context, Strings["CabIntegrated"], (handle.IntegratedController * 100).ToString("+0;−0;0", culture) + " %", Pad + column, top);
else
Value(context, Strings["CabShunt"], s.ScndController.ToString(culture), Pad + column, top);
Value(context, Strings["CabReverser"], Strings[s.Reverser > 0 ? "CabForward" : s.Reverser < 0 ? "CabBackward" : "CabNeutral"], Pad + 2 * column, top);
Value(context, Strings["CabTrainBrake"], s.TrainBrake.ToString("0.0", culture), Pad + 3 * column, top);
// The brakes, as gauges.
top = Section(context, Strings["CabSectionBrakes"], Pad, 180, right);
// The brakes, as gauges, the setting (G, P, R) at the right of the title.
string? setting = extra is { } e && (e.BrakeDelay | e.BrakeMode) != 0
? string.Format(culture, Strings["CabBrakeSetting"], string.Join(" · ", new[] { BrakeSetting(e.BrakeDelay), BrakeMode(e.BrakeMode) }.Where(t => t.Length > 0)))
: null;
top = Section(context, Strings["CabSectionBrakes"], Pad, 180, right, setting);
const double gauge = 17;
Gauge(context, Strings["CabPipe"], s.BrakePipe, 6, 5, $"{s.BrakePipe:0.00} bar", Palette.Station, Pad, top, width);
Gauge(context, Strings["CabCylinder"], s.BrakeCylinder, 6, null, $"{s.BrakeCylinder:0.0} bar", Palette.Brakes, Pad, top + 18, width);
Gauge(context, Strings["CabReservoir"], s.MainReservoir, 10, null, $"{s.MainReservoir:0.0} bar", Palette.Controller, Pad, top + 36, width);
Gauge(context, Strings["CabLocalBrake"], s.LocalBrake, 1, null, $"{s.LocalBrake * 100:0} %", Palette.Brakes, Pad, top + 54, width);
double y = top + gauge;
if (extra is { } x1)
{
// where the driver's brake valve takes the pipe
Gauge(context, Strings["CabEqualizing"], x1.EqualizingReservoir, 6, null, $"{x1.EqualizingReservoir:0.00} bar", Palette.Target, Pad, y, width);
y += gauge;
}
Gauge(context, Strings["CabCylinder"], s.BrakeCylinder, 6, null, $"{s.BrakeCylinder:0.0} bar", Palette.Brakes, Pad, y, width);
y += gauge;
if (extra is { } x3)
{
// the most braked vehicle of the train
Gauge(context, Strings["CabConsistCylinder"], x3.ConsistBrakeCylinder, 6, null, $"{x3.ConsistBrakeCylinder:0.0} bar", Palette.Brakes, Pad, y, width);
y += gauge;
}
Gauge(context, Strings["CabReservoir"], s.MainReservoir, 10, null, $"{s.MainReservoir:0.0} bar", Palette.Controller, Pad, y, width);
y += gauge;
if (extra is { } x2)
{
bool has = _feedPipe.Contains(s.Vehicle);
Gauge(context, Strings["CabFeedPipe"], has ? x2.FeedPipe : 0, 10, null, has ? $"{x2.FeedPipe:0.0} bar" : "—", Palette.Controller, Pad, y, width);
y += gauge;
}
Gauge(context, Strings["CabLocalBrake"], s.LocalBrake, 1, null, $"{s.LocalBrake * 100:0} %", Palette.Brakes, Pad, y, width);
// The traction at the left, the lights of both ends of the train at the right, one under the other.
// The traction at the left, as fits what drives the vehicle; the lights of both ends of the train at the right.
double half = Pad + width / 2;
top = Section(context, Strings["CabSectionDrive"], Pad, 272, half - 10);
Section(context, Strings["CabLights"], half + 4, 272, right);
double third = (half - 10 - Pad) / 3;
Value(context, Strings["CabVoltage"], $"{s.Voltage:0} V", Pad, top);
Value(context, Strings["CabCurrent"], $"{s.MotorCurrent:0} A", Pad + third, top);
Value(context, Strings["CabRpm"], $"{s.EngineRpm:0}", Pad + 2 * third, top);
double driveTop = y + gauge + 4;
top = Section(context, Strings["CabSectionDrive"], Pad, driveTop, half - 10);
Section(context, Strings["CabLights"], half + 4, driveTop, right);
DrawDrive(context, s, top, (half - 10 - Pad) / 3, culture);
double row = top;
foreach (var (key, lights, required, isRight) in new[]
foreach (var (key, lights, equipped, required, isRight) in new[]
{
("CabLightsHead", s.LightsHead, HeadCodes.RequiredHead(s), HeadCodes.HeadRight(s)),
("CabLightsTail", s.LightsTail, HeadCodes.RequiredTail(s), HeadCodes.TailRight(s))
("CabLightsHead", s.LightsHead, s.EquippedHead, HeadCodes.RequiredHead(s), HeadCodes.HeadRight(s)),
("CabLightsTail", s.LightsTail, s.EquippedTail, HeadCodes.RequiredTail(s), HeadCodes.TailRight(s))
})
{
DrawFace(context, lights, new Point(half + 4 + 17, row + 15));
// the end, and under it the signal it shows: green as it is to be (with the lamps the vehicle has),
// red otherwise with the one it is to show
var shown = HeadCodes.Of(lights);
var text = isRight == false && required is { } want
var text = HeadCodes.NoLamps(equipped) ? Strings["CabLightsNone"]
: isRight == false && required is { } want
? string.Format(culture, Strings["CabLightsWant"], HeadCodes.Name(shown), HeadCodes.Name(want))
: isRight == true && required is { } met ? HeadCodes.Name(met) : HeadCodes.Name(shown);
var brush = isRight is null ? Palette.DimText : isRight.Value ? Palette.Good : Palette.Bad;
@@ -148,63 +182,187 @@ public sealed class CabPanel : Control
}
// The devices, in three groups side by side: lit as their lamps are in the cab, the ones off faint.
top = Section(context, Strings["CabSectionDevices"], Pad, 350, right);
var groups = Devices(s);
top = Section(context, Strings["CabSectionDevices"], Pad, top + 76, right);
var groups = Devices(s, culture);
var widths = new double[groups.Length];
for (int g = 0; g < groups.Length; g++)
{
widths[g] = MapView.Text(Strings[groups[g].Title], Palette.DimText, 10, FontWeight.SemiBold).Width;
foreach (var (key, _) in groups[g].Lamps)
widths[g] = Math.Max(widths[g], 14 + MapView.Text(Strings[key], Palette.Text, 10.5).Width);
foreach (var (text, _) in groups[g].Lamps)
widths[g] = Math.Max(widths[g], 14 + MapView.Text(text, Palette.Text, 10.5).Width);
}
// each group as wide as its longest name, what is left shared between them
double spare = (width - widths.Sum()) / groups.Length;
double x = Pad;
double x = Pad, bottom = top;
for (int g = 0; g < groups.Length; g++)
{
double groupWidth = Math.Max(20, widths[g] + spare);
using (context.PushClip(new Rect(x, top, groupWidth, size.Height - top)))
{
context.DrawText(MapView.Text(Strings[groups[g].Title], Palette.DimText, 10, FontWeight.SemiBold), new Point(x, top));
double y = top + 16;
foreach (var (key, brush) in groups[g].Lamps)
double lampY = top + 16;
foreach (var (text, brush) in groups[g].Lamps)
{
Led(context, new Point(x + 4, y + 7), brush);
context.DrawText(MapView.Text(Strings[key], brush is null ? Palette.FaintText : Palette.Text, 10.5), new Point(x + 14, y));
y += LampRow;
Lamp(context, text, brush, x, lampY);
lampY += LampRow;
}
bottom = Math.Max(bottom, lampY);
}
x += groupWidth;
}
// The doors under them, across: open, permitted, the departure signal, the steps and the lock.
top = Math.Max(bottom, top + 16 + 9 * LampRow) + 6;
context.DrawText(MapView.Text(Strings["CabGroupDoors"], Palette.DimText, 10, FontWeight.SemiBold), new Point(Pad, top));
var doors = Doors(s);
double doorColumn = width / DoorColumns;
for (int i = 0; i < doors.Length; i++)
{
double doorX = Pad + i % DoorColumns * doorColumn;
using (context.PushClip(new Rect(doorX, top, doorColumn, size.Height - top)))
Lamp(context, doors[i].Text, doors[i].Lit, doorX, top + 16 + i / DoorColumns * LampRow);
}
}
/// <summary>The title of a part of the panel, with a line from it to the right; the top of the part returned.</summary>
private static double Section(DrawingContext context, string title, double x, double y, double right)
/// <summary>
/// The traction, in two rows of three, as fits what drives the vehicle: the voltage, the current and the
/// revolutions of an electric one, the power and the cruise control under; the revolutions and the oil
/// pressure of a diesel, its temperatures under. A recording made before the engine was written: the first
/// row of an electric one, no voltage for a vehicle which never had any.
/// </summary>
private void DrawDrive(DrawingContext context, CabSample s, double top, double third, CultureInfo culture)
{
void At(int column, int row, string label, string value, IBrush? brush = null) =>
Value(context, label, value, Pad + column * third, top + row * 36, brush);
string voltage = _powered.Contains(s.Vehicle) ? $"{s.Voltage:0} V" : "—";
if (s.Extra is not { } e)
{
At(0, 0, Strings["CabVoltage"], voltage);
At(1, 0, Strings["CabCurrent"], $"{s.MotorCurrent:0} A");
At(2, 0, Strings["CabRpm"], $"{s.EngineRpm:0}");
return;
}
string oil = string.Format(culture, "{0:0.00} MPa", e.OilPressure);
switch (e.Engine)
{
case EngineKind.Electric:
case EngineKind.ElectricInduction:
At(0, 0, Strings["CabVoltage"], voltage);
At(1, 0, Strings["CabCurrent"], $"{s.MotorCurrent:0} A");
At(2, 0, Strings["CabRpm"], $"{s.EngineRpm:0}");
At(0, 1, Strings["CabPower"], $"{e.EnginePower:0} kW");
At(1, 1, Strings["CabSpeedControl"], s.Has(CabDevices.SpeedControl) ? $"{e.SpeedControlKmh:0} km/h" : "—");
break;
case EngineKind.DieselElectric:
case EngineKind.Diesel:
At(0, 0, Strings["CabRpm"], $"{s.EngineRpm:0}");
if (e.Engine == EngineKind.DieselElectric)
At(1, 0, Strings["CabCurrent"], $"{s.MotorCurrent:0} A");
else if (_hydraulic.Contains(s.Vehicle))
At(1, 0, Strings["CabConverterFill"], $"{e.ConverterFill * 100:0} %");
else
At(1, 0, Strings["CabClutch"], $"{e.Clutch * 100:0} %");
At(2, 0, Strings["CabOilPressure"], oil);
// the temperatures, warm when the engine is too hot
var heat = s.Has(CabDevices.EngineHot) ? Palette.Bad : null;
At(0, 1, Strings["CabWater"], $"{e.WaterTemperature:0} °C", heat);
At(1, 1, Strings["CabOil"], $"{e.OilTemperature:0} °C", heat);
At(2, 1, Strings["CabEngine"], $"{e.EngineTemperature:0} °C", heat);
break;
case EngineKind.Steam:
At(0, 0, Strings["CabRpm"], $"{s.EngineRpm:0}");
break;
default:
context.DrawText(MapView.Text(Strings["CabNoDrive"], Palette.DimText, 11), new Point(Pad, top + 2));
break;
}
}
/// <summary>The setting of the brakes from its bits: G, P, R, R+Mg.</summary>
public static string BrakeSetting(byte bits)
{
var parts = new List<string>();
if ((bits & 1) != 0)
parts.Add("G");
if ((bits & 2) != 0)
parts.Add("P");
if ((bits & 4) != 0)
parts.Add("R");
if ((bits & 8) != 0)
parts.Add("Mg");
return string.Join("+", parts);
}
/// <summary>The mode of the brakes from its bits: PS, PN, EP, MED.</summary>
public static string BrakeMode(byte bits)
{
var parts = new List<string>();
if ((bits & 1) != 0)
parts.Add("PS");
if ((bits & 2) != 0)
parts.Add("PN");
if ((bits & 4) != 0)
parts.Add("EP");
if ((bits & 8) != 0)
parts.Add("MED");
return string.Join("+", parts);
}
/// <summary>The title of a part of the panel, with a line from it to the right (and a note at its end); the top of the part returned.</summary>
private static double Section(DrawingContext context, string title, double x, double y, double right, string? note = null)
{
var text = MapView.Text(title.ToUpper(CultureInfo.CurrentCulture), Palette.DimText, 9, FontWeight.SemiBold);
context.DrawText(text, new Point(x, y));
double end = right;
if (note is not null)
{
var noted = MapView.Text(note, Palette.Text, 10, FontWeight.SemiBold);
end = right - noted.Width - 8;
context.DrawText(noted, new Point(right - noted.Width, y + (text.Height - noted.Height) / 2));
}
double line = Math.Round(y + text.Height / 2) + 0.5;
if (x + text.Width + 8 < right)
context.DrawLine(new Pen(Palette.Grid, 1), new Point(x + text.Width + 8, line), new Point(right, line));
if (x + text.Width + 8 < end)
context.DrawLine(new Pen(Palette.Grid, 1), new Point(x + text.Width + 8, line), new Point(end, line));
return y + 17;
}
/// <summary>The highest step of the controller used in the recording, for its bar.</summary>
/// <summary>
/// What is the same all the recording long for each vehicle: the highest step of the controller used, for
/// its bar, and which vehicles ever had a voltage, a main reservoir pipe, an integrated controller moved off
/// nought and a torque converter filled, to show the field shunting, the clutch or none for the others.
/// </summary>
private void Measure(Recording recording)
{
if (_measured == recording.Revision)
return;
int top = 1;
_powered.Clear();
_feedPipe.Clear();
_integrated.Clear();
_hydraulic.Clear();
foreach (var sample in recording.Cab)
{
top = Math.Max(top, sample.MainController);
if (sample.Voltage > 1)
_powered.Add(sample.Vehicle);
if (sample.Extra is not { } e)
continue;
if (e.FeedPipe > 0.1f)
_feedPipe.Add(sample.Vehicle);
if (Math.Abs(e.IntegratedController) > 0.01f)
_integrated.Add(sample.Vehicle);
if (e.ConverterFill > 0.01f)
_hydraulic.Add(sample.Vehicle);
}
_controllerTop = top;
_measured = recording.Revision;
}
private static void Value(DrawingContext context, string label, string value, double x, double y)
private static void Value(DrawingContext context, string label, string value, double x, double y, IBrush? brush = null)
{
context.DrawText(MapView.Text(label, Palette.DimText, 10), new Point(x, y));
context.DrawText(MapView.Text(value, Palette.Text, 14, FontWeight.SemiBold), new Point(x, y + 13));
context.DrawText(MapView.Text(value, brush ?? Palette.Text, 14, FontWeight.SemiBold), new Point(x, y + 13));
}
/// <summary>The steps of the controller as a row of cells, lit up to the one it stands at.</summary>
@@ -269,14 +427,14 @@ public sealed class CabPanel : Control
{
context.DrawRectangle(null, new Pen(Palette.Grid, 1), new Rect(center.X - 17, center.Y - 15, 34, 22), 5, 5);
bool rearEnd = lights.HasFlag(Lights.RearEndSignals);
Lamp(context, center + new Vector(0, -8), lights.HasFlag(Lights.HeadlightUpper), false, false);
Lamp(context, center + new Vector(-10, 1), lights.HasFlag(Lights.HeadlightLeft) || lights.HasFlag(Lights.AuxiliaryLeft),
lights.HasFlag(Lights.RedMarkerLeft) || rearEnd, lights.HasFlag(Lights.HighBeamLeft));
Lamp(context, center + new Vector(10, 1), lights.HasFlag(Lights.HeadlightRight) || lights.HasFlag(Lights.AuxiliaryRight),
lights.HasFlag(Lights.RedMarkerRight) || rearEnd, lights.HasFlag(Lights.HighBeamRight));
Light(context, center + new Vector(0, -8), lights.HasFlag(Lights.HeadlightUpper), false, false);
Light(context, center + new Vector(-10, 1), lights.HasFlag(Lights.HeadlightLeft) || lights.HasFlag(Lights.AuxiliaryLeft),
lights.HasFlag(Lights.RedMarkerLeft) || rearEnd, lights.HasFlag(Lights.HighBeamLeft));
Light(context, center + new Vector(10, 1), lights.HasFlag(Lights.HeadlightRight) || lights.HasFlag(Lights.AuxiliaryRight),
lights.HasFlag(Lights.RedMarkerRight) || rearEnd, lights.HasFlag(Lights.HighBeamRight));
}
private static void Lamp(DrawingContext context, Point center, bool white, bool red, bool high)
private static void Light(DrawingContext context, Point center, bool white, bool red, bool high)
{
var fill = white ? Palette.LightWhite : red ? Palette.LightRed : Palette.LampOff;
double radius = high ? 4.5 : 3.5;
@@ -285,55 +443,114 @@ public sealed class CabPanel : Control
context.DrawEllipse(fill, null, center, radius, radius);
}
private static void Led(DrawingContext context, Point center, IBrush? lit)
/// <summary>A device's lamp and its name: lit in its colour, the name bright; off, both faint.</summary>
private static void Lamp(DrawingContext context, string text, IBrush? lit, double x, double y)
{
var center = new Point(x + 4, y + 7);
if (lit is not null)
context.DrawEllipse(Palette.Faded(lit, 0.3), null, center, 6, 6);
context.DrawEllipse(lit ?? Palette.LampOff, null, center, 3.5, 3.5);
context.DrawText(MapView.Text(text, lit is null ? Palette.FaintText : Palette.Text, 10.5), new Point(x + 14, y));
}
/// <summary>Every device, with the colour of its lamp if it was on, in the groups the panel shows.</summary>
private static (string Title, (string Key, IBrush? Lit)[] Lamps)[] Devices(CabSample s)
/// <summary>
/// Every device but the doors, with the colour of its lamp if it was on, in the groups the panel shows. A
/// diesel has its pumps where an electric vehicle has its pantographs; a recording made before the engine
/// was written has the devices it had then.
/// </summary>
private (string Title, (string Text, IBrush? Lit)[] Lamps)[] Devices(CabSample s, CultureInfo culture)
{
IBrush? On(CabDevices device, IBrush colour) => s.Has(device) ? colour : null;
IBrush? Flag(CabFlags flag, IBrush colour) => (s.Flags & flag) != 0 ? colour : null;
(string, IBrush?) On(string key, CabDevices device, IBrush colour) => (Strings[key], s.Has(device) ? colour : null);
(string, IBrush?) Flag(string key, CabFlags flag, IBrush colour) => (Strings[key], (s.Flags & flag) != 0 ? colour : null);
IBrush? Security(SecurityFlags flag, IBrush colour) => s.Has(flag) ? colour : null;
var extra = s.Extra;
bool diesel = extra is { Engine: EngineKind.Diesel or EngineKind.DieselElectric };
(string, IBrush?) Horn()
{
if (!s.Has(CabDevices.Horn))
return (Strings["DevHorn"], null);
string? tone = extra?.Horn switch
{
1 => Strings["HornLow"],
2 => Strings["HornHigh"],
3 => Strings["HornBoth"],
_ => null
};
return (tone is null ? Strings["DevHorn"] : string.Format(culture, Strings["DevHornTone"], tone), Palette.LampWarning);
}
bool electric = extra is null or { Engine: EngineKind.Electric or EngineKind.ElectricInduction };
var power = new[]
var power = new List<(string, IBrush?)> { On("DevBattery", CabDevices.Battery, Palette.LampOn), On("DevMainBreaker", CabDevices.MainBreaker, Palette.LampOn) };
if (electric)
{
("DevBattery", On(CabDevices.Battery, Palette.LampOn)),
("DevMainBreaker", On(CabDevices.MainBreaker, Palette.LampOn)),
("DevPantographFront", On(CabDevices.PantographFront, Palette.LampOn)),
("DevPantographRear", On(CabDevices.PantographRear, Palette.LampOn)),
("DevConverter", On(CabDevices.Converter, Palette.LampOn)),
("DevCompressor", On(CabDevices.Compressor, Palette.LampOn)),
("DevLineContactors", On(CabDevices.LineContactors, Palette.LampOn)),
("DevHeating", On(CabDevices.Heating, Palette.LampOn))
};
var driving = new[]
power.Add(On("DevPantographFront", CabDevices.PantographFront, Palette.LampOn));
power.Add(On("DevPantographRear", CabDevices.PantographRear, Palette.LampOn));
}
if (diesel)
{
("DevShuntMode", On(CabDevices.ShuntMode, Palette.LampOn)),
("DevRadio", On(CabDevices.Radio, Palette.LampOn)),
("DevSanding", On(CabDevices.Sanding, Palette.LampWarning)),
("DevHorn", On(CabDevices.Horn, Palette.LampWarning)),
("DevDoorsLeft", On(CabDevices.DoorsLeft, Palette.LampWarning)),
("DevDoorsRight", On(CabDevices.DoorsRight, Palette.LampWarning)),
("DevSpringBrake", On(CabDevices.SpringBrake, Palette.LampWarning))
power.Add(On("DevFuelPump", CabDevices.FuelPump, Palette.LampOn));
power.Add(On("DevOilPump", CabDevices.OilPump, Palette.LampOn));
}
power.Add(On("DevConverter", CabDevices.Converter, Palette.LampOn));
power.Add(On("DevCompressor", CabDevices.Compressor, Palette.LampOn));
power.Add(On("DevLineContactors", CabDevices.LineContactors, Palette.LampOn));
if (extra is not null)
power.Add(On("DevMotorBlowers", CabDevices.MotorBlowers, Palette.LampOn));
power.Add(On("DevHeating", CabDevices.Heating, Palette.LampOn));
// the radio with its channel
var radio = extra is { RadioChannel: > 0 } r
? (string.Format(culture, Strings["DevRadioChannel"], r.RadioChannel), s.Has(CabDevices.Radio) ? Palette.LampOn : null)
: On("DevRadio", CabDevices.Radio, Palette.LampOn);
var driving = new List<(string, IBrush?)>
{
On("DevShuntMode", CabDevices.ShuntMode, Palette.LampOn), radio,
On("DevSanding", CabDevices.Sanding, Palette.LampWarning), Horn(),
On("DevSpringBrake", CabDevices.SpringBrake, Palette.LampWarning)
};
if (extra is not null)
{
driving.Add((Strings["DevHandBrake"], extra.Value.HandBrake > 0 ? Palette.LampWarning : null));
driving.Add(On("DevBrakeReleaser", CabDevices.BrakeReleaser, Palette.LampWarning));
driving.Add(On("DevSpeedControl", CabDevices.SpeedControl, Palette.LampOn));
}
var safety = new List<(string, IBrush?)>();
if (s.Security != SecurityFlags.None || s.CabEnd != 0)
{
// A recording which tells them apart.
safety.Add(("DevVigilance", Security(SecurityFlags.VigilanceBeeping, Palette.LampAlarm) ?? Security(SecurityFlags.Vigilance, Palette.Vigilance)));
safety.Add(("DevCabSignal", Security(SecurityFlags.CabSignalBeeping, Palette.LampAlarm) ?? Security(SecurityFlags.CabSignal, Palette.CabSignal)));
safety.Add(("DevSecurityBraking", Security(SecurityFlags.Braking, Palette.LampAlarm)));
safety.Add((Strings["DevVigilance"], Security(SecurityFlags.VigilanceBeeping, Palette.LampAlarm) ?? Security(SecurityFlags.Vigilance, Palette.Vigilance)));
safety.Add((Strings["DevCabSignal"], Security(SecurityFlags.CabSignalBeeping, Palette.LampAlarm) ?? Security(SecurityFlags.CabSignal, Palette.CabSignal)));
safety.Add((Strings["DevSecurityBraking"], Security(SecurityFlags.Braking, Palette.LampAlarm)));
}
else
safety.Add(("DevAlerter", Flag(CabFlags.AlerterBeeping, Palette.LampAlarm) ?? Flag(CabFlags.AlerterBlinking, Palette.LampWarning)));
safety.Add(("DevWheelSlip", Flag(CabFlags.WheelSlip, Palette.LampAlarm)));
safety.Add(("DevOverloadRelay", On(CabDevices.OverloadRelay, Palette.LampAlarm)));
safety.Add(("DevRadioStop", Flag(CabFlags.RadioStop, Palette.LampAlarm)));
safety.Add(("DevAlarmChain", Flag(CabFlags.AlarmChain, Palette.LampAlarm)));
return [("CabGroupPower", power), ("CabGroupDriving", driving), ("CabGroupSafety", safety.ToArray())];
safety.Add((Strings["DevAlerter"], (s.Flags & CabFlags.AlerterBeeping) != 0 ? Palette.LampAlarm
: (s.Flags & CabFlags.AlerterBlinking) != 0 ? Palette.LampWarning : null));
safety.Add(Flag("DevWheelSlip", CabFlags.WheelSlip, Palette.LampAlarm));
safety.Add(On("DevOverloadRelay", CabDevices.OverloadRelay, Palette.LampAlarm));
safety.Add(Flag("DevRadioStop", CabFlags.RadioStop, Palette.LampAlarm));
safety.Add(Flag("DevAlarmChain", CabFlags.AlarmChain, Palette.LampAlarm));
if (diesel)
safety.Add(On("DevEngineHot", CabDevices.EngineHot, Palette.LampAlarm));
return [("CabGroupPower", power.ToArray()), ("CabGroupDriving", driving.ToArray()), ("CabGroupSafety", safety.ToArray())];
}
/// <summary>The doors of the vehicle the user is in, in rows of three: open, the lock, the permits, the steps, the departure signal.</summary>
private (string Text, IBrush? Lit)[] Doors(CabSample s)
{
(string, IBrush?) On(string key, CabDevices device, IBrush colour) => (Strings[key], s.Has(device) ? colour : null);
var doors = new List<(string, IBrush?)>
{
On("DevDoorsLeft", CabDevices.DoorsLeft, Palette.LampWarning), On("DevDoorsRight", CabDevices.DoorsRight, Palette.LampWarning)
};
if (s.Extra is null)
return doors.ToArray();
doors.Add(On("DevDoorLock", CabDevices.DoorLock, Palette.LampOn));
doors.Add(On("DevDoorPermitLeft", CabDevices.DoorPermitLeft, Palette.LampOn));
doors.Add(On("DevDoorPermitRight", CabDevices.DoorPermitRight, Palette.LampOn));
doors.Add(On("DevDoorsLocked", CabDevices.DoorsLocked, Palette.LampOn));
doors.Add(On("DevDoorStep", CabDevices.DoorStep, Palette.LampOn));
doors.Add(On("DevDepartureSignal", CabDevices.DepartureSignal, Palette.LampWarning));
return doors.ToArray();
}
}

View File

@@ -186,6 +186,7 @@ public sealed class EventList : ListBox
}
AddCameras(recording, strings, events, culture);
AddCouplings(recording, strings, events, culture);
AddCabChanges(recording, strings, events, culture);
foreach (var t in recording.Timetables)
events.Add(new BlackBoxEvent(t.Time, string.Format(culture, strings["EventTimetable"], $"{t.Category} {t.Train}".Trim(),
string.Format(culture, strings["Relation"], t.From, t.To)), Palette.Station, false));
@@ -266,6 +267,85 @@ public sealed class EventList : ListBox
_ => "CameraFree"
};
/// <summary>The switches the driver worked, as the cab tells them: what came on and went off.</summary>
private static readonly (CabDevices Device, string Key)[] Switched =
[
(CabDevices.MainBreaker, "DevMainBreaker"), (CabDevices.PantographFront, "DevPantographFront"),
(CabDevices.PantographRear, "DevPantographRear"), (CabDevices.FuelPump, "DevFuelPump"), (CabDevices.OilPump, "DevOilPump"),
(CabDevices.Converter, "DevConverter"), (CabDevices.Compressor, "DevCompressor"), (CabDevices.MotorBlowers, "DevMotorBlowers"),
(CabDevices.Heating, "DevHeating"), (CabDevices.Radio, "DevRadio"), (CabDevices.ShuntMode, "DevShuntMode"),
(CabDevices.SpringBrake, "DevSpringBrake"), (CabDevices.BrakeReleaser, "DevBrakeReleaser"),
(CabDevices.DoorPermitLeft, "DevDoorPermitLeft"), (CabDevices.DoorPermitRight, "DevDoorPermitRight"),
(CabDevices.DoorStep, "DevDoorStep"), (CabDevices.DoorLock, "DevDoorLock"), (CabDevices.SpeedControl, "DevSpeedControl")
];
/// <summary>
/// What the driver did in the cab, from one look to the next in the same vehicle: the switches on and off, the
/// doors opened and closed, the departure signal, the hand brake, the brakes' setting, the radio's channel, the
/// speed the cruise control is set to; and, as faults, moving with the doors open and the engine overheating.
/// </summary>
private static void AddCabChanges(Recording recording, IBlackBoxStrings strings, List<BlackBoxEvent> events, CultureInfo culture)
{
CabSample? last = null;
bool movingOpen = false;
foreach (var s in recording.Cab)
{
if (last is not { } b || b.Vehicle != s.Vehicle)
{
last = s;
movingOpen = false;
continue;
}
bool Came(CabDevices device) => !b.Has(device) && s.Has(device);
bool Went(CabDevices device) => b.Has(device) && !s.Has(device);
foreach (var (device, key) in Switched)
{
if (Came(device))
events.Add(new BlackBoxEvent(s.Time, string.Format(culture, strings["EventDeviceOn"], strings[key]), Palette.LampOn, false));
else if (Went(device))
events.Add(new BlackBoxEvent(s.Time, string.Format(culture, strings["EventDeviceOff"], strings[key]), Palette.FaintText, false));
}
foreach (var (device, open, closed) in new[] { (CabDevices.DoorsLeft, "DevDoorsLeft", "EventDoorsLeftClosed"), (CabDevices.DoorsRight, "DevDoorsRight", "EventDoorsRightClosed") })
{
if (Came(device))
events.Add(new BlackBoxEvent(s.Time, strings[open], Palette.LampWarning, false));
else if (Went(device))
events.Add(new BlackBoxEvent(s.Time, strings[closed], Palette.FaintText, false));
}
if (Came(CabDevices.DepartureSignal))
events.Add(new BlackBoxEvent(s.Time, strings["DevDepartureSignal"], Palette.LampWarning, false));
if (Came(CabDevices.EngineHot))
events.Add(new BlackBoxEvent(s.Time, strings["DevEngineHot"], Palette.Bad, true));
// moving with the doors open: once, until they are closed or the train stands
bool doorsOpen = s.Has(CabDevices.DoorsLeft) || s.Has(CabDevices.DoorsRight);
if (doorsOpen && s.AbsSpeedKmh > 2 && !movingOpen)
{
events.Add(new BlackBoxEvent(s.Time, string.Format(culture, strings["EventMovingDoorsOpen"], s.AbsSpeedKmh), Palette.Bad, true));
movingOpen = true;
}
else if (!doorsOpen || s.AbsSpeedKmh < 0.5)
movingOpen = false;
if (b.Extra is { } x && s.Extra is { } y)
{
if (x.HandBrake <= 0 && y.HandBrake > 0)
events.Add(new BlackBoxEvent(s.Time, strings["EventHandBrakeOn"], Palette.LampWarning, false));
else if (x.HandBrake > 0 && y.HandBrake <= 0)
events.Add(new BlackBoxEvent(s.Time, strings["EventHandBrakeOff"], Palette.FaintText, false));
if (x.BrakeDelay != y.BrakeDelay || x.BrakeMode != y.BrakeMode)
{
string setting = string.Join(" · ", new[] { CabPanel.BrakeSetting(y.BrakeDelay), CabPanel.BrakeMode(y.BrakeMode) }.Where(t => t.Length > 0));
events.Add(new BlackBoxEvent(s.Time, string.Format(culture, strings["EventBrakeSetting"], setting), Palette.Brakes, false));
}
if (x.RadioChannel != y.RadioChannel && y.RadioChannel > 0)
events.Add(new BlackBoxEvent(s.Time, string.Format(culture, strings["EventRadioChannel"], y.RadioChannel), Palette.LampOn, false));
// the speed set, while the cruise control holds one
if (s.Has(CabDevices.SpeedControl) && (Came(CabDevices.SpeedControl) || Math.Abs(x.SpeedControlKmh - y.SpeedControlKmh) >= 1))
events.Add(new BlackBoxEvent(s.Time, string.Format(culture, strings["EventSpeedControlSet"], y.SpeedControlKmh), Palette.Target, false));
}
last = s;
}
}
private static void AddCouplings(Recording recording, IBlackBoxStrings strings, List<BlackBoxEvent> events, CultureInfo culture)
{
string Name(int id) => recording.Vehicle(id)?.Name ?? id.ToString(culture);