public DMIButton(string displayName, bool upType, DriverMachineInterface dmi, bool showButtonBorder) : base(dmi)
{
DisplayName = displayName;
Enabled = false;
UpType = upType;
ShowButtonBorder = showButtonBorder;
}
public DMITextLabel(string caption, int width, int height, DriverMachineInterface dmi) :
base(dmi, width, height)
{
Caption = caption.Split('\n');
CaptionText = new TextPrimitive[Caption.Length];
SetFont();
SetText();
}
public DMISubwindow(string title, bool fullScreen, DriverMachineInterface dmi) : base(dmi, fullScreen ? 640 : 306, 450)
{
WindowTitle = title;
FullScreen = fullScreen;
CloseButton = new DMIIconButton("NA_11.bmp", "NA_12.bmp", Viewer.Catalog.GetString("Close"), true, () => dmi.ExitWindow(this), 82, 50, dmi);
CloseButton.Enabled = true;
BackgroundColor = DMI.BlackWhiteTheme ? Color.Black : ColorBackground;
SetFont();
AddToLayout(CloseButton, new Point(fullScreen ? 334 : 0, 400));
}
public DriverMachineInterfaceRenderer(Viewer viewer, MSTSLocomotive locomotive, CVCScreen control, CabShader shader)
: base(viewer, locomotive, control, shader)
{
Position.X = (float)Control.PositionX;
Position.Y = (float)Control.PositionY;
if ((int)Control.Height == 102 && (int)Control.Width == 136)
{
// Hack for ETR400 cab, which was built with a bugged size calculation of digital displays
Control.Height *= 0.75f;
Control.Width *= 0.75f;
}
DMI = new DriverMachineInterface((int)Control.Height, (int)Control.Width, locomotive, viewer, control);
}
public PlanningWindow(DriverMachineInterface dmi) : base(dmi, 246, 300)
{
ButtonScaleUp = new DMIIconButton("NA_03.bmp", "NA_05.bmp", Viewer.Catalog.GetString("Scale Up"), true, ScaleUp, 40, 15, dmi);
ButtonScaleDown = new DMIIconButton("NA_04.bmp", "NA_06.bmp", Viewer.Catalog.GetString("Scale Down"), true, ScaleDown, 40, 15, dmi)
{
ExtendedSensitiveArea = new Rectangle(0, 15, 0, 0)
};
ButtonScaleUp.ExtendedSensitiveArea = new Rectangle(0, 0, 0, 15);
ButtonScaleUp.ShowButtonBorder = false;
ButtonScaleDown.ShowButtonBorder = false;
ButtonScaleUp.Enabled = MaxViewingDistanceM > MinZoomDistanceM;
ButtonScaleDown.Enabled = MaxViewingDistanceM < MaxZoomDistanceM;
ScaleChanged();
}
public TargetDistance(DriverMachineInterface dmi) : base(dmi, 54, 221)
{
ScaleChanged();
}
public TTIandLSSMArea(DriverMachineInterface dmi) : base(dmi, 54, 54)
{
}
public CircularSpeedGaugeRenderer(Viewer viewer, MSTSLocomotive locomotive, CVCDigital control, CabShader shader)
: base(viewer, locomotive, control, shader)
{
// Height is adjusted to keep compatibility
DMI = new DriverMachineInterface((int)Control.Width, (int)Control.Height, locomotive, viewer, control);
}
public DMIIconButton(string enabledSymbol, string disabledSymbol, string displayName, bool upType, Action pressedAction, int width, int height, DriverMachineInterface dmi) :
base(displayName, upType, pressedAction, width, height, dmi, true)
{
DisabledSymbol = disabledSymbol;
EnabledSymbol = enabledSymbol;
SetIcon();
}
public DMIButton(string displayName, bool upType, Action pressedAction, int width, int height, DriverMachineInterface dmi, bool showButtonBorder = false) : base(dmi, width, height)
{
DisplayName = displayName;
Enabled = false;
UpType = upType;
PressedAction = pressedAction;
ShowButtonBorder = showButtonBorder;
}
protected DMIWindow(DriverMachineInterface dmi, int width, int height) : base(dmi, width, height)
{
}
public DMIArea(DriverMachineInterface dmi, int width, int height)
{
DMI = dmi;
Width = width;
Height = height;
}
public DMIArea(DriverMachineInterface dmi)
{
DMI = dmi;
}
public ETCSDefaultWindow(DriverMachineInterface dmi, CabViewControl control) : base(dmi, dmi.Width, dmi.Height)
{
if (dmi.CurrentDMIMode == DMIMode.GaugeOnly)
{
var dig = control as CVCDigital;
CircularSpeedGauge = new CircularSpeedGauge(
(int)dig.MaxValue,
dig.Units != CABViewControlUnits.MILES_PER_HOUR,
dig.Units != CABViewControlUnits.NONE,
dig.MaxValue == 240 || dig.MaxValue == 260,
(int)dig.MinValue,
DMI);
AddToLayout(CircularSpeedGauge, new Point(0, 0));
return;
}
if (dmi.CurrentDMIMode != DMIMode.PlanningArea)
{
var param = (control as CVCScreen).CustomParameters;
int maxSpeed = 400;
if (param.ContainsKey("maxspeed"))
{
int.TryParse(param["maxspeed"], out maxSpeed);
}
int maxVisibleSpeed = maxSpeed;
if (param.ContainsKey("maxvisiblespeed"))
{
int.TryParse(param["maxvisiblespeed"], out maxVisibleSpeed);
}
CircularSpeedGauge = new CircularSpeedGauge(
maxSpeed,
control.Units != CABViewControlUnits.MILES_PER_HOUR,
param.ContainsKey("displayunits") && param["displayunits"] == "1",
maxSpeed == 240 || maxSpeed == 260,
maxVisibleSpeed,
dmi
);
TTIandLSSMArea = new TTIandLSSMArea(dmi);
TargetDistance = new TargetDistance(dmi);
MessageArea = new MessageArea(dmi);
CircularSpeedGauge.Layer = -1;
TargetDistance.Layer = -1;
TTIandLSSMArea.Layer = -1;
MessageArea.Layer = -1;
AddToLayout(CircularSpeedGauge, new Point(54, DMI.IsSoftLayout ? 0 : 15));
AddToLayout(TTIandLSSMArea, new Point(0, DMI.IsSoftLayout ? 0 : 15));
AddToLayout(TargetDistance, new Point(0, 54 + (DMI.IsSoftLayout ? 0 : 15)));
AddToLayout(MessageArea, new Point(54, DMI.IsSoftLayout ? 350 : 365));
AddToLayout(MessageArea.ButtonScrollUp, new Point(54 + 234, DMI.IsSoftLayout ? 350 : 365));
AddToLayout(MessageArea.ButtonScrollDown, new Point(54 + 234, MessageArea.Height / 2 + (DMI.IsSoftLayout ? 350 : 365)));
}
if (dmi.CurrentDMIMode != DMIMode.SpeedArea)
{
// Calculate start position of the planning area when a two-screen display is used
// Real width of the left area in ETCS specs is 306 px, however in order to have
// both screens with the same size I assumed both have 334 px
// To be checked
int startPos = dmi.CurrentDMIMode == DMIMode.FullSize ? 334 : (334 - 306) / 2;
PlanningWindow = new PlanningWindow(dmi);
MenuBar = new MenuBar(dmi);
AddToLayout(PlanningWindow, new Point(startPos, DMI.IsSoftLayout ? 0 : 15));
AddToLayout(PlanningWindow.ButtonScaleDown, new Point(startPos, DMI.IsSoftLayout ? 0 : 15));
AddToLayout(PlanningWindow.ButtonScaleUp, new Point(startPos, 285 + (DMI.IsSoftLayout ? 0 : 15)));
foreach (int i in Enumerable.Range(0, MenuBar.Buttons.Count))
{
AddToLayout(MenuBar.Buttons[i], new Point(580, 15 + 50 * i));
}
}
}
public CircularSpeedGauge(int maxSpeed, bool unitMetric, bool unitVisible, bool dialQuarterLines, int maxVisibleScale, DriverMachineInterface dmi) : base(dmi, 280, 300)
{
UnitVisible = unitVisible;
SetUnit(unitMetric);
DialQuarterLines = dialQuarterLines;
MaxSpeed = maxSpeed;
MaxVisibleScale = maxVisibleScale;
SetRange(MaxSpeed);
CurrentSpeed = new TextPrimitive[3];
foreach (int i in Enumerable.Range(0, CurrentSpeed.Length))
{
CurrentSpeed[i] = new TextPrimitive(new Point(CurrentSpeedPosition[i], CurrentSpeedPosition[3]), Color.Black, "0", FontCurrentSpeed);
}
ReleaseSpeed = new TextPrimitive(ReleaseSpeedPosition, ColorGrey, String.Empty, FontReleaseSpeed);
if (NeedleTextureData == null)
{
NeedleTextureData = new Color[128 * 16];
// Needle texture is according to ETCS specification
foreach (int v in Enumerable.Range(0, 128))
{
foreach (int u in Enumerable.Range(0, 16))
{
NeedleTextureData[u + 16 * v] = (
v <= 15 && 5 < u && u < 9 ||
15 < v && v <= 23 && 5f - (float)(v - 15) / 8f * 3f < u && u < 9f + (float)(v - 15) / 8f * 3f ||
23 < v && v < 82 && 2 < u && u < 12
) ? Color.White : Color.Transparent;
}
}
}
}
public DMITextButton(string caption, string displayName, bool upType, Action pressedAction, int width, int height, DriverMachineInterface dmi, int fontHeight = 12) :
base(displayName, upType, pressedAction, width, height, dmi, true)
{
Caption = caption.Split('\n');
CaptionText = new TextPrimitive[Caption.Length];
ConfirmerCaption = caption;
FontHeightButton = fontHeight;
SetFont();
SetText();
}
public ETCSDefaultWindow(DriverMachineInterface dmi, CabViewControl control) : base(dmi, 640, 480)
{
if (control is CVCDigital)
{
var dig = control as CVCDigital;
CircularSpeedGauge = new CircularSpeedGauge(
(int)dig.MaxValue,
dig.Units != CABViewControlUnits.MILES_PER_HOUR,
dig.Units != CABViewControlUnits.NONE,
dig.MaxValue == 240 || dig.MaxValue == 260,
(int)dig.MinValue,
DMI);
}
else
{
var param = (control as CVCScreen).CustomParameters;
int maxSpeed = 400;
if (param.ContainsKey("maxspeed"))
{
int.TryParse(param["maxspeed"], out maxSpeed);
}
int maxVisibleSpeed = maxSpeed;
if (param.ContainsKey("maxvisiblespeed"))
{
int.TryParse(param["maxvisiblespeed"], out maxVisibleSpeed);
}
CircularSpeedGauge = new CircularSpeedGauge(
maxSpeed,
control.Units != CABViewControlUnits.MILES_PER_HOUR,
param.ContainsKey("displayunits") && param["displayunits"] == "1",
maxSpeed == 240 || maxSpeed == 260,
maxVisibleSpeed,
dmi
);
}
if (DMI.GaugeOnly)
{
AddToLayout(CircularSpeedGauge, new Point(0, 0));
return;
}
PlanningWindow = new PlanningWindow(dmi);
TTIandLSSMArea = new TTIandLSSMArea(dmi);
TargetDistance = new TargetDistance(dmi);
MessageArea = new MessageArea(dmi);
MenuBar = new MenuBar(dmi);
CircularSpeedGauge.Layer = -1;
TargetDistance.Layer = -1;
TTIandLSSMArea.Layer = -1;
MessageArea.Layer = -1;
AddToLayout(CircularSpeedGauge, new Point(54, DMI.IsSoftLayout ? 0 : 15));
AddToLayout(PlanningWindow, new Point(334, DMI.IsSoftLayout ? 0 : 15));
AddToLayout(PlanningWindow.ButtonScaleDown, new Point(334, DMI.IsSoftLayout ? 0 : 15));
AddToLayout(PlanningWindow.ButtonScaleUp, new Point(334, 285 + (DMI.IsSoftLayout ? 0 : 15)));
AddToLayout(TTIandLSSMArea, new Point(0, DMI.IsSoftLayout ? 0 : 15));
AddToLayout(TargetDistance, new Point(0, 54 + (DMI.IsSoftLayout ? 0 : 15)));
AddToLayout(MessageArea, new Point(54, DMI.IsSoftLayout ? 350 : 365));
AddToLayout(MessageArea.ButtonScrollUp, new Point(54 + 234, DMI.IsSoftLayout ? 350 : 365));
AddToLayout(MessageArea.ButtonScrollDown, new Point(54 + 234, MessageArea.Height / 2 + (DMI.IsSoftLayout ? 350 : 365)));
foreach (int i in Enumerable.Range(0, MenuBar.Buttons.Count))
{
AddToLayout(MenuBar.Buttons[i], new Point(580, 15 + 50 * i));
}
}