/// <summary>Creates a draggable label with current unit (mph or km/h).</summary>
/// <param name="builder">The UI builder to use.</param>
private void SetupControls_TitleBar(UBuilder builder)
{
string unitTitle = string.Format(
format: "{0} - {1}",
Translation.SpeedLimits.Get("Window.Title:Speed Limits"),
GlobalConfig.Instance.Main.DisplaySpeedLimitsMph
? Translation.SpeedLimits.Get("Miles per hour")
: Translation.SpeedLimits.Get("Kilometers per hour"));
// The label will be repositioned to the top of the parent
this.windowTitleLabel_ = builder.Label_(
parent: this,
t: unitTitle,
stack: UStackMode.Below);
this.dragHandle_ = this.CreateDragHandle();
// On window drag - clamp to screen and then save in the config
this.eventPositionChanged += (_, value) => {
GlobalConfig.Instance.Main.SpeedLimitsWindowX = (int)value.x;
GlobalConfig.Instance.Main.SpeedLimitsWindowY = (int)value.y;
if (!queuedClampToScreen)
{
// Prevent multiple invocations by setting a flag
queuedClampToScreen = true;
Invoke(eventName: "OnPeriodicClampToScreen", 2.0f);
}
};
}
/// <summary>
/// Sets up two stacked labels: for mode description (what the user sees) and for hint.
/// The text is empty but is updated after every mode or view change.
/// </summary>
public void SetupControls(SpeedLimitsToolWindow window,
UBuilder builder,
SpeedLimitsTool parentTool)
{
this.position = Vector3.zero;
this.backgroundSprite = "GenericPanel";
this.color = new Color32(64, 64, 64, 255);
this.SetPadding(UPadding.Default);
this.ResizeFunction(
resizeFn: (UResizer r) => {
r.Stack(
UStackMode.ToTheRight,
spacing: UConst.UIPADDING,
stackRef: window.modeButtonsPanel_);
r.FitToChildren();
});
this.ModeDescriptionLabel = builder.Label_(
parent: this,
t: string.Empty,
stack: UStackMode.Below,
processMarkup: true);
this.ModeDescriptionLabel.SetPadding(
new UPadding(top: 12f, right: 0f, bottom: 0f, left: 0f));
}
private void CreatePaletteButtonHintLabel(UBuilder builder,
bool showMph,
SpeedValue speedValue,
SpeedLimitPaletteButton button,
UPanel buttonPanel)
{
// Other speed unit info label
string otherUnit = showMph
? ToKmphPreciseString(speedValue)
: ToMphPreciseString(speedValue);
// Choose label text under the button
string GetSpeedButtonHintText()
{
if (FloatUtil.NearlyEqual(speedValue.GameUnits, 0.0f))
{
return(Translation.SpeedLimits.Get("Palette.Text:Default"));
}
if (speedValue.GameUnits >= SpeedValue.UNLIMITED)
{
return(Translation.SpeedLimits.Get("Palette.Text:Unlimited"));
}
return(otherUnit);
}
ULabel label = button.AltUnitsLabel =
builder.Label_(
parent: buttonPanel,
t: GetSpeedButtonHintText(),
stack: UStackMode.Below);
label.width = SpeedLimitPaletteButton.SELECTED_WIDTH;
label.textAlignment = UIHorizontalAlignment.Center;
label.ContributeToBoundingBox(false); // parent ignore our width
}
/// <summary>
/// Create button triples for number of lanes.
/// Buttons are linked to lanes later by LaneArrowTool class.
/// </summary>
/// <param name="builder">The UI Builder.</param>
/// <param name="numLanes">How many lane groups.</param>
public void SetupControls(UBuilder builder, int numLanes)
{
Buttons = new List <LaneArrowButton>();
var buttonRowPanel = builder.Panel_(parent: this, stack: UStackMode.NewRowBelow);
buttonRowPanel.name = "TMPE_ButtonRow";
buttonRowPanel.SetPadding(UPadding.Default);
buttonRowPanel.ResizeFunction((UResizer r) => { r.FitToChildren(); });
// -----------------------------------
// Create a row of button groups
// [ Lane 1 ] [ Lane 2 ] [ Lane 3 ] ...
// [ [←] [↑] [→] ] [... ] [ ... ]
// -----------------------------------
for (var i = 0; i < numLanes; i++)
{
string buttonName = $"TMPE_LaneArrow_ButtonGroup{i + 1}";
UPanel buttonGroupPanel = builder.Panel_(
parent: buttonRowPanel,
stack: i == 0 ? UStackMode.Below : UStackMode.ToTheRight);
buttonGroupPanel.name = buttonName;
buttonGroupPanel.atlas = TextureUtil.Ingame;
buttonGroupPanel.backgroundSprite = "GenericPanel";
int i1 = i; // copy of the loop variable, for the resizeFunction below
buttonGroupPanel.ResizeFunction((UResizer r) => { r.FitToChildren(); });
buttonGroupPanel.SetPadding(UPadding.Default);
// Create a label with "Lane #" title
string labelText = Translation.LaneRouting.Get("Format.Label:Lane") + " " +
(i + 1);
ULabel laneLabel = builder.Label_(
parent: buttonGroupPanel,
t: labelText);
// The label will be repositioned to the top of the parent
laneLabel.ResizeFunction(r => { r.Stack(UStackMode.Below); });
// Create and populate the panel with buttons
// 3 buttons are created [←] [↑] [→],
// The click event is assigned outside in LaneArrowTool.cs
foreach (string prefix in new[] {
"LaneArrowLeft",
"LaneArrowForward",
"LaneArrowRight",
})
{
LaneArrowButton arrowButton = builder.Button <LaneArrowButton>(
parent: buttonGroupPanel,
text: string.Empty,
tooltip: null,
size: new Vector2(40f, 40f),
stack: prefix == "LaneArrowLeft"
? UStackMode.Below
: UStackMode.ToTheRight);
arrowButton.atlas = GetAtlas();
arrowButton.Skin = CreateDefaultButtonSkin();
arrowButton.Skin.ForegroundPrefix = prefix;
Buttons.Add(arrowButton);
} // for each button
} // end button loop, for each lane
}