private void DrawStoneTypesSelection()
{
DrawEntryHeader("StoneTypesHere".Translate(), backgroundColor: ColorLibrary.RoyalPurple);
var selectedStoneDefs = _gameData.GodModeData.SelectedStoneDefs;
var orderedStoneDefs = _gameData.GodModeData.OrderedStoneDefs;
// Reset button: reset all entries to Off state
if (ListingStandard.ButtonText("Reset"))
{
_gameData.GodModeData.ResetSelectedStoneDefs();
}
// re-orderable list group
var reorderableGroup = ReorderableWidget.NewGroup(delegate(int from, int to)
{
orderedStoneDefs.ReorderElements(from, to);
SoundDefOf.Tick_High.PlayOneShotOnCamera();
}, ReorderableDirection.Vertical);
var maxNumStones = (InRect.height - ListingStandard.CurHeight - DefaultGapLineHeight -
DefaultElementHeight - 15f) / DefaultElementHeight;
var maxHeight = maxNumStones * DefaultElementHeight;
var height = Mathf.Min(selectedStoneDefs.Count * DefaultElementHeight, maxHeight);
// stone types, standard selection
var inLs = ListingStandard.BeginScrollView(height, selectedStoneDefs.Count * DefaultElementHeight,
ref _scrollPosStoneSelection, DefaultScrollableViewShrinkWidth);
foreach (var currentOrderedStoneDef in orderedStoneDefs)
{
var itemRect = inLs.GetRect(DefaultElementHeight);
var tmpState = selectedStoneDefs[currentOrderedStoneDef];
var selected = currentOrderedStoneDef == _selectedStoneDef;
if (Widgets.CheckboxLabeledSelectable(itemRect, currentOrderedStoneDef.LabelCap, ref selected,
ref tmpState))
{
_selectedStoneDef = currentOrderedStoneDef;
}
// if the state changed, update the item with the new state
if (tmpState != selectedStoneDefs[currentOrderedStoneDef])
{
selectedStoneDefs[currentOrderedStoneDef] = tmpState;
}
ReorderableWidget.Reorderable(reorderableGroup, itemRect);
if (!string.IsNullOrEmpty(currentOrderedStoneDef.description))
{
TooltipHandler.TipRegion(itemRect, currentOrderedStoneDef.description);
}
}
ListingStandard.EndScrollView(inLs);
}
private void DrawOverLaySelection()
{
DrawEntryHeader("Overlay Selection", backgroundColor: ColorLibrary.BurntOrange);
var boxRect = ListingStandard.GetRect(DefaultElementHeight);
// draw the map colors
GUI.DrawTexture(boxRect, _gameData.WorldData.TemperatureData.TemperatureGradientTexure);
ListingStandard.GapLine(DefaultGapLineHeight);
var buttonsRect = ListingStandard.GetRect(DefaultElementHeight);
var drawOverlayButtonRect = buttonsRect.LeftHalf();
var clearOverlayButtonRect = buttonsRect.RightHalf();
if (Widgets.ButtonText(drawOverlayButtonRect, "Draw Overlay"))
{
_gameData.WorldData.TemperatureData.AllowDrawOverlay = true;
}
if (Widgets.ButtonText(clearOverlayButtonRect, "Clear Overlay"))
{
_gameData.WorldData.TemperatureData.AllowDrawOverlay = false;
}
#if DEBUG
if (ListingStandard.ButtonText("DebugLog"))
{
_gameData.WorldData.TemperatureData.DebugLog();
}
#endif
}
private void DrawHillinessTypeSelection()
{
DrawEntryHeader("PLMWTT_TerrainTypes".Translate(),
backgroundColor: ColorFromFilterType(typeof(TileFilterHilliness)));
if (ListingStandard.ButtonText("PLMWTT_SelectTerrain".Translate()))
{
var floatMenuOptions = new List <FloatMenuOption>();
foreach (var hillinessValue in _gameData.DefData.HillinessCollection)
{
var label = "PLMW_SelectAny".Translate();
if (hillinessValue != Hilliness.Undefined)
{
label = hillinessValue.GetLabelCap();
}
var menuOption = new FloatMenuOption(label,
delegate { _gameData.UserData.ChosenHilliness = hillinessValue; });
floatMenuOptions.Add(menuOption);
}
var floatMenu = new FloatMenu(floatMenuOptions, "PLMWTT_SelectTerrain".Translate());
Find.WindowStack.Add(floatMenu);
}
// note: RimWorld logs an error when .GetLabelCap() is used on Hilliness.Undefined
var rightLabel = _gameData.UserData.ChosenHilliness != Hilliness.Undefined
? _gameData.UserData.ChosenHilliness.GetLabelCap()
: "PLMW_SelectAny".Translate();
ListingStandard.LabelDouble($"{"Terrain".Translate()}:", rightLabel);
}
private void DrawHillinessTypeSelection()
{
DrawEntryHeader("Terrain Types", backgroundColor: ColorLibrary.RoyalPurple);
if (ListingStandard.ButtonText("Select Terrain"))
{
var floatMenuOptions = new List <FloatMenuOption>();
foreach (var hillinessValue in _gameData.DefData.HillinessCollection)
{
var label = "Any";
if (hillinessValue != Hilliness.Undefined)
{
label = hillinessValue.GetLabelCap();
}
var menuOption = new FloatMenuOption(label,
delegate { _gameData.GodModeData.Hilliness = hillinessValue; });
floatMenuOptions.Add(menuOption);
}
var floatMenu = new FloatMenu(floatMenuOptions, "Select terrain");
Find.WindowStack.Add(floatMenu);
}
// note: RimWorld logs an error when .GetLabelCap() is used on Hilliness.Undefined
var rightLabel = _gameData.GodModeData.Hilliness != Hilliness.Undefined
? _gameData.GodModeData.Hilliness.GetLabelCap()
: "Any";
ListingStandard.LabelDouble($"{"Terrain".Translate()}:", rightLabel);
}
protected virtual void DrawHillinessTypeSelection()
{
DrawEntryHeader($"{"Terrain".Translate()} Types",
backgroundColor: ColorFromFilterSubjectThingDef("Terrains"));
if (ListingStandard.ButtonText("Select Terrain"))
{
var floatMenuOptions = new List <FloatMenuOption>();
foreach (var hillinessValue in _userData.HillinessCollection)
{
var label = "Any";
if (hillinessValue != Hilliness.Undefined)
{
label = hillinessValue.GetLabelCap();
}
var menuOption = new FloatMenuOption(label,
delegate { _userData.ChosenHilliness = hillinessValue; });
floatMenuOptions.Add(menuOption);
}
var floatMenu = new FloatMenu(floatMenuOptions, "Select terrain");
Find.WindowStack.Add(floatMenu);
}
// note: RimWorld logs an error when .GetLabelCap() is used on Hilliness.Undefined
var rightLabel = _userData.ChosenHilliness != Hilliness.Undefined
? _userData.ChosenHilliness.GetLabelCap()
: "Any";
ListingStandard.LabelDouble($"{"Terrain".Translate()}:", rightLabel);
}
private void DrawTileSelection()
{
DrawEntryHeader("Tile Setup", backgroundColor: ColorLibrary.RoyalPurple);
var tileId = Find.WorldSelector.selectedTile;
if (!Find.WorldSelector.AnyObjectOrTileSelected || tileId < 0)
{
var labelRect = ListingStandard.GetRect(DefaultElementHeight);
Widgets.Label(labelRect, "Pick a tile on world map!");
_gameData.GodModeData.SelectedTileId = -1;
return;
}
ListingStandard.LabelDouble("Selected Tile: ", tileId.ToString());
if (_gameData.GodModeData.SelectedTileId != tileId)
{
_gameData.GodModeData.InitFromTileId(tileId);
}
if (ListingStandard.ButtonText("Set Tile"))
{
if (Find.WorldObjects.AnySettlementBaseAtOrAdjacent(tileId))
{
Messages.Message("You're not allowed to settle on or near another settlement tile.", MessageTypeDefOf.RejectInput);
_gameData.GodModeData.SelectedTileId = -1;
return;
}
PrepareLanding.Instance.TileFilter.ClearMatchingTiles();
//TODO: you need to clear the temperature cache for the tile, otherwise it's wrong after being changed...
// see RimWorld.Planet.TileTemperaturesComp.RetrieveCachedData for the cache itself. It's private...
// but could be cleaned with RimWorld.Planet.TileTemperaturesComp.ClearCaches() but that would invalidate *all* caches...
_redrawMapEnabled = _gameData.GodModeData.SetupTile();
}
var heightBefore = ListingStandard.StartCaptureHeight();
if (ListingStandard.ButtonText("Redraw Map"))
{
if (_redrawMapEnabled)
{
LongEventHandler.QueueLongEvent(delegate { Find.World.renderer.SetAllLayersDirty(); },
"GeneratingWorld", true, null);
}
else
{
Messages.Message("You need to change a tile first to be able to redraw the map.",
MessageTypeDefOf.RejectInput);
}
}
var tooltipRect = ListingStandard.EndCaptureHeight(heightBefore);
TooltipHandler.TipRegion(tooltipRect,
"[Warning: this redraws the map entirely; use it only when you have finished *all* your modifications.]");
}
private void DrawRiverTypesSelection()
{
DrawEntryHeader("River Types", backgroundColor: ColorLibrary.RoyalPurple);
var riverDefs = _gameData.DefData.RiverDefs;
var selectedRiverDefs = _gameData.GodModeData.SelectedRiverDefs;
if (ListingStandard.ButtonText("Reset"))
{
_gameData.GodModeData.ResetSelectedRiverDefs();
}
/*
* ScrollView
*/
var scrollViewHeight = riverDefs.Count * DefaultElementHeight;
var inLs = ListingStandard.BeginScrollView(5 * DefaultElementHeight, scrollViewHeight,
ref _scrollPosRiverSelection, DefaultScrollableViewShrinkWidth);
// display road elements
foreach (var riverDef in riverDefs)
{
// save temporary state as it might change in CheckBoxLabeledMulti
var tmpState = selectedRiverDefs[riverDef];
var itemRect = inLs.GetRect(DefaultElementHeight);
Widgets.CheckboxLabeled(itemRect, riverDef.LabelCap, ref tmpState);
// if the state changed, update the item with the new state
if (tmpState != selectedRiverDefs[riverDef])
{
if (tmpState)
{
var countTrue = selectedRiverDefs.Values.Count(selectedRiverDefValue => selectedRiverDefValue);
if (countTrue >= MaxNumberOfRivers)
{
Messages.Message($"Can't have more than {MaxNumberOfRivers} types of river per tile.",
MessageTypeDefOf.RejectInput);
tmpState = false;
}
}
selectedRiverDefs[riverDef] = tmpState;
}
if (!string.IsNullOrEmpty(riverDef.description))
{
TooltipHandler.TipRegion(itemRect, riverDef.description);
}
}
ListingStandard.EndScrollView(inLs);
}
protected virtual void DrawRoadTypesSelection()
{
DrawEntryHeader("Road Types", backgroundColor: ColorFromFilterSubjectThingDef("Roads"));
var roadDefs = _userData.RoadDefs;
var selectedRoadDefs = _userData.SelectedRoadDefs;
// Reset button: reset all entries to Off state
if (ListingStandard.ButtonText("Reset All"))
{
foreach (var roadDefEntry in selectedRoadDefs)
{
roadDefEntry.Value.State = MultiCheckboxState.Partial;
}
}
var scrollViewHeight = selectedRoadDefs.Count * DefaultElementHeight;
var inLs = ListingStandard.BeginScrollView(5 * DefaultElementHeight, scrollViewHeight,
ref _scrollPosRoadSelection);
// display road elements
foreach (var roadDef in roadDefs)
{
ThreeStateItem threeStateItem;
if (!selectedRoadDefs.TryGetValue(roadDef, out threeStateItem))
{
Log.Error(
$"[PrepareLanding] [DrawRoadTypesSelection] an item in RoadDefs is not in SelectedRoadDefs: {roadDef.LabelCap}");
continue;
}
// save temporary state as it might change in CheckBoxLabeledMulti
var tmpState = threeStateItem.State;
var itemRect = inLs.GetRect(DefaultElementHeight);
Widgets.CheckBoxLabeledMulti(itemRect, roadDef.LabelCap, ref tmpState);
// if the state changed, update the item with the new state
// ReSharper disable once RedundantCheckBeforeAssignment
if (tmpState != threeStateItem.State)
{
threeStateItem.State = tmpState;
}
if (!string.IsNullOrEmpty(roadDef.description))
{
TooltipHandler.TipRegion(itemRect, roadDef.description);
}
}
ListingStandard.EndScrollView(inLs);
}
private void DrawTemperatureInfo()
{
DrawEntryHeader("Temperature Info", backgroundColor: Color.yellow);
/*
* Forecast
*/
if (ListingStandard.ButtonText("View Temperature Forecast"))
{
var tileId = _gameData.GodModeData.SelectedTileId;
TabTemperature.ViewTemperatureForecast(tileId, WorldData.NowToTicks(tileId));
}
}
protected void DrawGrowingPeriodSelection()
{
const string label = "Growing Period";
DrawEntryHeader($"{label} (days)", backgroundColor: ColorFromFilterSubjectThingDef("Growing Periods"));
var boundField = _userData.GrowingPeriod;
var tmpCheckedOn = boundField.Use;
ListingStandard.Gap();
ListingStandard.CheckboxLabeled(label, ref tmpCheckedOn, $"Use Min/Max {label}");
boundField.Use = tmpCheckedOn;
// MIN
if (ListingStandard.ButtonText($"Min {label}"))
{
var floatMenuOptions = new List <FloatMenuOption>();
foreach (var growingTwelfth in boundField.Options)
{
var menuOption = new FloatMenuOption(growingTwelfth.GrowingDaysString(),
delegate { boundField.Min = growingTwelfth; });
floatMenuOptions.Add(menuOption);
}
var floatMenu = new FloatMenu(floatMenuOptions, $"Select {label}");
Find.WindowStack.Add(floatMenu);
}
ListingStandard.LabelDouble($"Min. {label}:", boundField.Min.GrowingDaysString());
// MAX
if (ListingStandard.ButtonText($"Max {label}"))
{
var floatMenuOptions = new List <FloatMenuOption>();
foreach (var growingTwelfth in boundField.Options)
{
var menuOption = new FloatMenuOption(growingTwelfth.GrowingDaysString(),
delegate { boundField.Max = growingTwelfth; });
floatMenuOptions.Add(menuOption);
}
var floatMenu = new FloatMenu(floatMenuOptions, $"Select {label}");
Find.WindowStack.Add(floatMenu);
}
ListingStandard.LabelDouble($"Max. {label}:", boundField.Max.GrowingDaysString());
}
protected virtual void DrawFilterInfo()
{
DrawEntryHeader("Filter Info", backgroundColor: Color.yellow);
if (ListingStandard.ButtonText("Clear Info"))
{
PrepareLanding.Instance.TileFilter.FilterInfoLogger.Clear();
}
ListingStandard.Gap();
var text = PrepareLanding.Instance.TileFilter.FilterInfoLogger.Text;
if (text.NullOrEmpty())
{
return;
}
var maxOuterRectHeight = InRect.height - ListingStandard.CurHeight - 30f;
ListingStandard.ScrollableTextArea(maxOuterRectHeight, text, ref _scrollPosFilterInfo, _styleFilterInfo,
16f);
}
private void DrawFilterInfo()
{
DrawEntryHeader("PLMWINF_FilterInfo".Translate(), backgroundColor: Color.yellow);
if (ListingStandard.ButtonText("PLMWINF_ClearInfo".Translate()))
{
PrepareLanding.Instance.TileFilter.FilterInfoLogger.Clear();
}
ListingStandard.Gap();
var text = PrepareLanding.Instance.TileFilter.FilterInfoLogger.Text;
if (text.NullOrEmpty())
{
return;
}
var maxOuterRectHeight = InRect.height - ListingStandard.CurHeight - DefaultElementHeight;
ListingStandard.ScrollableTextArea(maxOuterRectHeight, text, ref _scrollPosFilterInfo, _styleFilterInfo,
DefaultScrollableViewShrinkWidth);
}
private void DrawOpenCoordinatesWindow()
{
DrawEntryHeader("PLMWT2T_CoordinatesWindow".Translate(), backgroundColor: Color.magenta);
if (!ListingStandard.ButtonText("PLMWT2T_OpenCoordinatesWindow".Translate()))
{
return;
}
if (Coordinates.MainWindow.IsInWindowStack)
{
return;
}
if (!Coordinates.MainWindow.CanBeDisplayed)
{
return;
}
var coordinatesWindow = new Coordinates.MainWindow();
Find.WindowStack.Add(coordinatesWindow);
}
protected virtual void DrawStoneTypesSelection()
{
DrawEntryHeader("StoneTypesHere".Translate(), backgroundColor: ColorFromFilterSubjectThingDef("Stones"));
var selectedStoneDefs = _userData.SelectedStoneDefs;
var orderedStoneDefs = _userData.OrderedStoneDefs;
// Reset button: reset all entries to Off state
if (ListingStandard.ButtonText("Reset All"))
{
foreach (var stoneDefEntry in selectedStoneDefs)
{
stoneDefEntry.Value.State = stoneDefEntry.Value.DefaultState;
}
_userData.StoneTypesNumberOnly = false;
}
// re-orderable list group
var reorderableGroup = ReorderableWidget.NewGroup(delegate(int from, int to)
{
//TODO find a way to raise an event to tell an observer that the list order has changed
ReorderElements(from, to, orderedStoneDefs);
SoundDefOf.TickHigh.PlayOneShotOnCamera();
});
var maxNumStones = (InRect.height - ListingStandard.CurHeight - DefaultGapLineHeight - DefaultElementHeight - 15f) / DefaultElementHeight;
var maxHeight = maxNumStones * DefaultElementHeight;
var height = Mathf.Min(selectedStoneDefs.Count * DefaultElementHeight, maxHeight);
if (!_userData.StoneTypesNumberOnly)
{
// stone types, standard selection
var inLs = ListingStandard.BeginScrollView(height, selectedStoneDefs.Count * DefaultElementHeight,
ref _scrollPosStoneSelection, DefaultScrollableViewShrinkWidth);
foreach (var currentOrderedStoneDef in orderedStoneDefs)
{
ThreeStateItem threeStateItem;
if (!selectedStoneDefs.TryGetValue(currentOrderedStoneDef, out threeStateItem))
{
Log.Message("A stoneDef wasn't found in selectedStoneDefs");
continue;
}
var flag = currentOrderedStoneDef == _selectedStoneDef;
// save temporary state as it might change in CheckBoxLabeledMulti
var tmpState = threeStateItem.State;
var itemRect = inLs.GetRect(DefaultElementHeight);
if (Widgets.CheckBoxLabeledSelectableMulti(itemRect, currentOrderedStoneDef.LabelCap,
ref flag, ref tmpState))
{
_selectedStoneDef = currentOrderedStoneDef;
}
// if the state changed, update the item with the new state
threeStateItem.State = tmpState;
ReorderableWidget.Reorderable(reorderableGroup, itemRect);
TooltipHandler.TipRegion(itemRect, currentOrderedStoneDef.description);
}
ListingStandard.EndScrollView(inLs);
}
else
{
// just keep the height of what should have been the scroll view but don't draw it. Put a big red cross on it.
var scrollViewRect = ListingStandard.GetRect(height);
GUI.DrawTexture(scrollViewRect, Verse.Widgets.CheckboxOffTex);
}
// choose stone types depending on their number on tiles.
ListingStandard.GapLine(DefaultGapLineHeight);
var stoneTypesNumberRect = ListingStandard.GetRect(DefaultElementHeight);
var leftRect = stoneTypesNumberRect.LeftPart(0.80f);
var rightRect = stoneTypesNumberRect.RightPart(0.20f);
var filterByStoneNumber = _userData.StoneTypesNumberOnly;
Verse.Widgets.CheckboxLabeled(leftRect, "Use # of stone types [2,3]:", ref filterByStoneNumber);
_userData.StoneTypesNumberOnly = filterByStoneNumber;
var numberOfStones = _userData.StoneTypesNumber;
Verse.Widgets.TextFieldNumeric(rightRect, ref numberOfStones, ref _bufferStringNumberOfStones, 2, 3);
_userData.StoneTypesNumber = numberOfStones;
const string tooltipText =
"Filter tiles that have only the given number of stone types (whatever the types are). This disables the other stone filters.";
TooltipHandler.TipRegion(leftRect, tooltipText);
}
private void DrawForageability()
{
DrawEntryHeader($"{"Forageability".Translate()} (%)", false,
backgroundColor: ColorFromFilterType(typeof(TileFilterForageability)));
DrawUsableMinMaxNumericField(_gameData.UserData.Forageability, "Forageability".Translate());
ListingStandard.GapLine();
// "Select" button
if (ListingStandard.ButtonText("Select Forageable Food"))
{
var floatMenuOptions = new List <FloatMenuOption>();
// add a dummy 'Any' fake biome type. This sets the chosen biome to null.
Action actionClick = delegate { _gameData.UserData.ForagedFood = null; };
// tool-tip when hovering above the 'Any' biome name on the floating menu
Action mouseOverAction = delegate
{
var mousePos = Event.current.mousePosition;
var rect = new Rect(mousePos.x, mousePos.y, DefaultElementHeight, DefaultElementHeight);
TooltipHandler.TipRegion(rect, "Any Food");
};
var menuOption = new FloatMenuOption("PLMW_SelectAny".Translate(), actionClick, MenuOptionPriority.Default, mouseOverAction);
floatMenuOptions.Add(menuOption);
var foragedFoods = _gameData.DefData.ForagedFoodsPerBiome.Values.Where(x => x != null).Distinct().ToList();
// loop through all known biomes
foreach (var foragedFood in foragedFoods)
{
Log.Message($"[PL] foragedFood: label: {foragedFood.label}; labelCap: {foragedFood.LabelCap}");
// clicking on the floating menu saves the selected biome
actionClick = delegate { _gameData.UserData.ForagedFood = foragedFood; };
// tool-tip when hovering above the biome name on the floating menu
mouseOverAction = delegate
{
var mousePos = Event.current.mousePosition;
var rect = new Rect(mousePos.x, mousePos.y, DefaultElementHeight, DefaultElementHeight);
TooltipHandler.TipRegion(rect, foragedFood.description);
};
//create the floating menu
menuOption = new FloatMenuOption(foragedFood.LabelCap, actionClick, MenuOptionPriority.Default,
mouseOverAction);
// add it to the list of floating menu options
floatMenuOptions.Add(menuOption);
}
// create the floating menu
var floatMenu = new FloatMenu(floatMenuOptions, "Select Forageable Food");
// add it to the window stack to display it
Find.WindowStack.Add(floatMenu);
}
var currHeightBefore = ListingStandard.CurHeight;
var rightLabel = _gameData.UserData.ForagedFood != null ? _gameData.UserData.ForagedFood.LabelCap : "Select Any";
ListingStandard.LabelDouble("Forageable Food: ", rightLabel);
var currHeightAfter = ListingStandard.CurHeight;
// display tool-tip over label
if (_gameData.UserData.ForagedFood != null)
{
var currentRect = ListingStandard.GetRect(0f);
currentRect.height = currHeightAfter - currHeightBefore;
if (!string.IsNullOrEmpty(_gameData.UserData.ForagedFood.description))
{
TooltipHandler.TipRegion(currentRect, _gameData.UserData.ForagedFood.description);
}
}
}
private void DrawBiomeTypesSelection() // TODO : factorize this function with the one from TabTerrain
{
DrawEntryHeader("Biome Types", backgroundColor: ColorLibrary.RoyalPurple);
var biomeDefs = _gameData.DefData.BiomeDefs;
// "Select" button
if (ListingStandard.ButtonText("Select Biome"))
{
var floatMenuOptions = new List <FloatMenuOption>();
// add a dummy 'Any' fake biome type. This sets the chosen biome to null.
Action actionClick = delegate { _gameData.GodModeData.Biome = null; };
// tool-tip when hovering above the 'Any' biome name on the floating menu
Action mouseOverAction = delegate
{
var mousePos = Event.current.mousePosition;
var rect = new Rect(mousePos.x, mousePos.y, DefaultElementHeight, DefaultElementHeight);
TooltipHandler.TipRegion(rect, "Any Biome");
};
var menuOption = new FloatMenuOption("Any", actionClick, MenuOptionPriority.Default, mouseOverAction);
floatMenuOptions.Add(menuOption);
// loop through all known biomes
foreach (var currentBiomeDef in biomeDefs)
{
// clicking on the floating menu saves the selected biome
actionClick = delegate { _gameData.GodModeData.Biome = currentBiomeDef; };
// tool-tip when hovering above the biome name on the floating menu
mouseOverAction = delegate
{
var mousePos = Event.current.mousePosition;
var rect = new Rect(mousePos.x, mousePos.y, DefaultElementHeight, DefaultElementHeight);
TooltipHandler.TipRegion(rect, currentBiomeDef.description);
};
//create the floating menu
menuOption = new FloatMenuOption(currentBiomeDef.LabelCap, actionClick, MenuOptionPriority.Default,
mouseOverAction);
// add it to the list of floating menu options
floatMenuOptions.Add(menuOption);
}
// create the floating menu
var floatMenu = new FloatMenu(floatMenuOptions, "Select Biome Type");
// add it to the window stack to display it
Find.WindowStack.Add(floatMenu);
}
var currHeightBefore = ListingStandard.CurHeight;
var rightLabel = _gameData.GodModeData.Biome != null ? _gameData.GodModeData.Biome.LabelCap : "Any";
ListingStandard.LabelDouble("Biome:", rightLabel);
var currHeightAfter = ListingStandard.CurHeight;
// display tool-tip over label
if (_gameData.GodModeData.Biome != null)
{
var currentRect = ListingStandard.GetRect(0f);
currentRect.height = currHeightAfter - currHeightBefore;
if (!string.IsNullOrEmpty(_gameData.GodModeData.Biome.description))
{
TooltipHandler.TipRegion(currentRect, _gameData.GodModeData.Biome.description);
}
}
}
private void DrawFilteredTiles()
{
DrawEntryHeader("PLMWFTIL_FilteredTiles".Translate(), backgroundColor: Color.yellow);
// default line height
const float gapLineHeight = 4f;
//check if we have something to display (tiles)
var matchingTiles = PrepareLanding.Instance.TileFilter.AllMatchingTiles;
var matchingTilesCount = matchingTiles.Count;
if (matchingTilesCount == 0)
{
return;
}
/*
* Buttons
*/
if (ListingStandard.ButtonText("PLMWFTIL_ClearFilteredTiles".Translate()))
{
// clear everything
PrepareLanding.Instance.TileFilter.ClearMatchingTiles();
// reset starting display index
_tileDisplayIndexStart = 0;
// reset selected index
_selectedTileIndex = -1;
// don't go further as there are no tile content to draw
return;
}
var buttonsRectSpace = ListingStandard.GetRect(30f);
var splittedRect = buttonsRectSpace.SplitRectWidthEvenly(_minimizedWindowButtonsDescriptorList.Count);
for (var i = 0; i < _minimizedWindowButtonsDescriptorList.Count; i++)
{
// get button descriptor
var buttonDescriptor = _minimizedWindowButtonsDescriptorList[i];
// display button; if clicked: call the related action
if (Widgets.ButtonText(splittedRect[i], buttonDescriptor.Label))
{
buttonDescriptor.Action();
}
// display tool-tip (if any)
if (!string.IsNullOrEmpty(buttonDescriptor.ToolTip))
{
TooltipHandler.TipRegion(splittedRect[i], buttonDescriptor.ToolTip);
}
}
/*
* Label
*/
// number of elements (tiles) to display
var itemsToDisplay = Math.Min(matchingTilesCount - _tileDisplayIndexStart, MaxDisplayedTileWhenMinimized);
// label to display where we actually are in the tile list
GenUI.SetLabelAlign(TextAnchor.MiddleCenter);
var heightBefore = ListingStandard.StartCaptureHeight();
ListingStandard.Label(
$"{_tileDisplayIndexStart}: {_tileDisplayIndexStart + itemsToDisplay - 1} / {matchingTilesCount - 1}",
DefaultElementHeight);
GenUI.ResetLabelAlign();
var counterLabelRect = ListingStandard.EndCaptureHeight(heightBefore);
Core.Gui.Widgets.DrawHighlightColor(counterLabelRect, Color.cyan, 0.50f);
// add a gap before the scroll view
ListingStandard.Gap(gapLineHeight);
/*
* Calculate heights
*/
// height of the scrollable outer Rect (visible portion of the scroll view, not the 'virtual' one)
var maxScrollViewOuterHeight = InRect.height - ListingStandard.CurHeight - 30f;
// height of the 'virtual' portion of the scroll view
var scrollableViewHeight = itemsToDisplay * DefaultElementHeight + gapLineHeight * MaxDisplayedTileWhenMinimized;
/*
* Scroll view
*/
var innerLs = ListingStandard.BeginScrollView(maxScrollViewOuterHeight, scrollableViewHeight,
ref _scrollPosMatchingTiles, 16f);
var endIndex = _tileDisplayIndexStart + itemsToDisplay;
for (var i = _tileDisplayIndexStart; i < endIndex; i++)
{
var selectedTileId = matchingTiles[i];
var selectedTile = Find.World.grid[selectedTileId];
// get latitude & longitude for the tile
var vector = Find.WorldGrid.LongLatOf(selectedTileId);
var labelText =
$"{i}: {vector.y.ToStringLatitude()} {vector.x.ToStringLongitude()} - {selectedTile.biome.LabelCap} ; {selectedTileId}";
// display the label
var labelRect = innerLs.GetRect(DefaultElementHeight);
var selected = i == _selectedTileIndex;
if (Core.Gui.Widgets.LabelSelectable(labelRect, labelText, ref selected, TextAnchor.MiddleCenter))
{
// go to the location of the selected tile
_selectedTileIndex = i;
Find.WorldInterface.SelectedTile = selectedTileId;
Find.WorldCameraDriver.JumpTo(Find.WorldGrid.GetTileCenter(Find.WorldInterface.SelectedTile));
}
// add a thin line between each label
innerLs.GapLine(gapLineHeight);
}
ListingStandard.EndScrollView(innerLs);
}
private void DrawCoastalSelection()
{
DrawEntryHeader("PLMWTT_CoastalTiles".Translate(), false,
backgroundColor: ColorFromFilterType(typeof(TileFilterCoastalTiles)));
// coastal tiles (sea)
var rect = ListingStandard.GetRect(DefaultElementHeight);
var tmpCheckState = _gameData.UserData.ChosenCoastalTileState;
Widgets.CheckBoxLabeledMulti(rect, $"{"PLMWTT_IsCoastalTileOcean".Translate()}:", ref tmpCheckState);
_gameData.UserData.ChosenCoastalTileState = tmpCheckState;
ListingStandard.Gap(6f);
/*
* Coastal rotation
*/
var filterCoastalRotation = _gameData.UserData.CoastalRotation.Use;
ListingStandard.CheckboxLabeled("PLMWTT_UseCoastalRoation".Translate(), ref filterCoastalRotation,
"PLMWTT_UseCoastalRoationTooltip".Translate());
_gameData.UserData.CoastalRotation.Use = filterCoastalRotation;
// "Select" button
if (ListingStandard.ButtonText("PLMWTT_SelectCoastRotation".Translate()))
{
var floatMenuOptions = new List <FloatMenuOption>();
// loop through all meaningful rotations
foreach (var currentRotation in TileFilterCoastRotation.PossibleRotations)
{
// clicking on the floating menu saves the selected rotation
void ActionClick()
{
_gameData.UserData.CoastalRotation.Selected = currentRotation.AsInt;
}
// tool-tip when hovering above the rotation name on the floating menu
void MouseOverAction()
{
var mousePos = Event.current.mousePosition;
rect = new Rect(mousePos.x, mousePos.y, DefaultElementHeight, DefaultElementHeight);
TooltipHandler.TipRegion(rect, ("HasCoast" + currentRotation).Translate());
}
//create the floating menu
var menuOption = new FloatMenuOption(currentRotation.ToStringHuman(), ActionClick, MenuOptionPriority.Default,
MouseOverAction);
// add it to the list of floating menu options
floatMenuOptions.Add(menuOption);
}
// create the floating menu
var floatMenu = new FloatMenu(floatMenuOptions, "PLMWTT_SelectCoastRotation".Translate());
// add it to the window stack to display it
Find.WindowStack.Add(floatMenu);
}
var rightLabel = _gameData.UserData.CoastalRotation.Use /*&& _gameData.UserData.CoastalRotation.Selected != Rot4.Invalid*/
? ("HasCoast" + _gameData.UserData.CoastalRotation.Selected).Translate().CapitalizeFirst()
: "PLMW_None".Translate();
ListingStandard.LabelDouble($"{"PLMWTT_SelectedCoastRotation".Translate()}:", rightLabel);
/*
* coastal tiles (lake)
*/
ListingStandard.Gap(6f);
rect = ListingStandard.GetRect(DefaultElementHeight);
TooltipHandler.TipRegion(rect, "PLMWTT_IsCoastalTileLakeTooltip".Translate());
tmpCheckState = _gameData.UserData.ChosenCoastalLakeTileState;
Widgets.CheckBoxLabeledMulti(rect, $"{"PLMWTT_IsCoastalTileLake".Translate()}:", ref tmpCheckState);
_gameData.UserData.ChosenCoastalLakeTileState = tmpCheckState;
}
private void DrawFeatureSelection()
{
DrawEntryHeader("PLMWT2T_WorldFeatureSelection".Translate(),
backgroundColor: ColorFromFilterType(typeof(TileFilterWorldFeature)));
var features = _gameData.WorldData.WorldFeatures;
// "Select" button
if (ListingStandard.ButtonText("PLMWT2T_SelectWorldFeature".Translate()))
{
var floatMenuOptions = new List <FloatMenuOption>();
// add a dummy 'Any' fake feature type. This sets the chosen feature to null.
Action actionClick = delegate { _gameData.UserData.WorldFeature = null; };
// tool-tip when hovering above the 'Any' feature name on the floating menu
void MouseOverAction()
{
var mousePos = Event.current.mousePosition;
var rect = new Rect(mousePos.x, mousePos.y, DefaultElementHeight, DefaultElementHeight);
TooltipHandler.TipRegion(rect, "PLMWT2T_AnyWorldFeature".Translate());
}
var menuOption = new FloatMenuOption("PLMW_SelectAny".Translate(), actionClick, MenuOptionPriority.Default, MouseOverAction);
floatMenuOptions.Add(menuOption);
// loop through all known feature
foreach (var currentFeature in features)
{
// do not allow ocean and lakes
if (currentFeature.def.rootBiomes.Count != 0)
{
if (currentFeature.def.rootBiomes.Contains(BiomeDefOf.Ocean) ||
currentFeature.def.rootBiomes.Contains(BiomeDefOf.Lake))
{
continue;
}
}
// TODO: handle other water bodies, you'll need to parse the def name as there are no other ways
// see \Mods\Core\Defs\Misc\FeatureDefs\Features.xml
// or another solution would be to patch the definition (e.g. OuterOcean) to have a root biome as "Ocean" (or lake or whatever water body).
//if(currentFeature.def.defName contains "Ocean")
// clicking on the floating menu saves the selected feature
actionClick = delegate { _gameData.UserData.WorldFeature = currentFeature; };
//create the floating menu
menuOption = new FloatMenuOption(currentFeature.name, actionClick);
// add it to the list of floating menu options
floatMenuOptions.Add(menuOption);
}
// create the floating menu
var floatMenu = new FloatMenu(floatMenuOptions, "PLMWT2T_SelectWorldFeature".Translate());
// add it to the window stack to display it
Find.WindowStack.Add(floatMenu);
}
var currHeightBefore = ListingStandard.CurHeight;
var rightLabel = _gameData.UserData.WorldFeature != null ? _gameData.UserData.WorldFeature.name : (string)"PLMW_SelectAny".Translate();
ListingStandard.LabelDouble($"{"PLMWT2T_WorldFeature".Translate()}:", rightLabel);
var currHeightAfter = ListingStandard.CurHeight;
// display tool-tip over label
if (_gameData.UserData.WorldFeature != null)
{
var currentRect = ListingStandard.GetRect(0f);
currentRect.height = currHeightAfter - currHeightBefore;
if (!string.IsNullOrEmpty(_gameData.UserData.WorldFeature.name))
{
TooltipHandler.TipRegion(currentRect, _gameData.UserData.WorldFeature.name);
}
}
}
private void DrawMostLeastCharacteristicSelection()
{
DrawEntryHeader("PLMWT2T_MostLeastCharacteristics".Translate(),
backgroundColor: ColorFromFilterType(typeof(TileFilterMostLeastCharacteristic)));
/*
* Select Characteristic
*/
var selectCharacteristic = "PLMWT2T_MostLeastSelectCharacteristic".Translate();
if (ListingStandard.ButtonText(selectCharacteristic))
{
var floatMenuOptions = new List <FloatMenuOption>();
foreach (var characteristic in Enum.GetValues(typeof(MostLeastCharacteristic)).Cast <MostLeastCharacteristic>())
{
var menuOption = new FloatMenuOption(characteristic.ToString(),
delegate { _gameData.UserData.MostLeastItem.Characteristic = characteristic; });
floatMenuOptions.Add(menuOption);
}
var floatMenu = new FloatMenu(floatMenuOptions, selectCharacteristic);
Find.WindowStack.Add(floatMenu);
}
/*
* Number of tiles to select.
*/
ListingStandard.GapLine(DefaultGapLineHeight);
var tilesNumberRect = ListingStandard.GetRect(DefaultElementHeight);
var leftRect = tilesNumberRect.LeftPart(0.80f);
var rightRect = tilesNumberRect.RightPart(0.20f);
Widgets.Label(leftRect, $"{"PLMWT2T_MostLeastNumberOfTiles".Translate()} [1, 10000]:");
_numberOfTilesForCharacteristic = _gameData.UserData.MostLeastItem.NumberOfItems;
Widgets.TextFieldNumeric(rightRect, ref _numberOfTilesForCharacteristic, ref _numberOfTilesForCharacteristicString,
1, 10000);
_gameData.UserData.MostLeastItem.NumberOfItems = _numberOfTilesForCharacteristic;
/*
* Select Characteristic Type (most / least)
*/
var selectCharacteristicType = "PLMWT2T_MostLeastSelectCharacteristicType".Translate();
if (ListingStandard.ButtonText(selectCharacteristicType))
{
var floatMenuOptions = new List <FloatMenuOption>();
foreach (var characteristicType in Enum.GetValues(typeof(MostLeastType)).Cast <MostLeastType>())
{
var menuOption = new FloatMenuOption(characteristicType.ToString(),
delegate { _gameData.UserData.MostLeastItem.CharacteristicType = characteristicType; });
floatMenuOptions.Add(menuOption);
}
var floatMenu = new FloatMenu(floatMenuOptions, selectCharacteristicType);
Find.WindowStack.Add(floatMenu);
}
/*
* Result label
*/
string text;
if (_gameData.UserData.MostLeastItem.Characteristic == MostLeastCharacteristic.None)
{
text = string.Format("PLMWT2T_MostLeastPressButtonFirst".Translate(), selectCharacteristic);
}
else if (_gameData.UserData.MostLeastItem.CharacteristicType == MostLeastType.None)
{
text = string.Format("PLMWT2T_MostLeastNowUseButton".Translate(), selectCharacteristicType);
}
else
{
var highestLowest = _gameData.UserData.MostLeastItem.CharacteristicType == MostLeastType.Most
? "PLMWT2T_MostLeastHighest".Translate()
: "PLMWT2T_MostLeastLowest".Translate();
var tileString = _gameData.UserData.MostLeastItem.NumberOfItems > 1 ? "PLMW_Tiles".Translate() : "PLMW_Tile".Translate();
text = string.Format("PLMWT2T_MostLeastSelectingTiles".Translate(),
_gameData.UserData.MostLeastItem.NumberOfItems, tileString, highestLowest,
_gameData.UserData.MostLeastItem.Characteristic);
}
ListingStandard.Label($"{"PLMWT2T_MostLeastResult".Translate()}: {text}", DefaultElementHeight * 2);
}
private void DrawTemperatureForecast()
{
DrawEntryHeader("PLMWT2T_TemperatureForecast".Translate(), backgroundColor: Color.magenta);
var tileId = Find.WorldSelector.selectedTile;
if (!Find.WorldSelector.AnyObjectOrTileSelected || tileId < 0)
{
var labelRect = ListingStandard.GetRect(DefaultElementHeight);
Widgets.Label(labelRect, "PLMWT2T_TempPickTileOnWorldMap".Translate());
_selectedTileIdForTemperatureForecast = -1;
return;
}
ListingStandard.LabelDouble($"{"PLMWT2T_TempSelectedTile".Translate()}: ", tileId.ToString());
_selectedTileIdForTemperatureForecast = tileId;
ListingStandard.GapLine(DefaultGapLineHeight);
/*
* Day / Quadrum / Year selector
*/
var backupAnchor = Text.Anchor;
Text.Anchor = TextAnchor.MiddleLeft;
// day
var daySelector = ListingStandard.GetRect(30f);
var dayLabelRect = daySelector.LeftPart(0.70f);
var dayFieldRect = daySelector.RightPart(0.30f);
Widgets.Label(dayLabelRect, $"{"PLMWT2T_QuadrumDay".Translate()} [1, 15]: ");
Widgets.TextFieldNumeric(dayFieldRect, ref _dayOfQuadrum, ref _dayOfQuadrumString, 1,
GenDate.DaysPerQuadrum);
ListingStandard.Gap(6f);
// quadrum
var quadrumRect = ListingStandard.GetRect(30f);
var quadrumButtonRect = quadrumRect.LeftHalf();
if (Widgets.ButtonText(quadrumButtonRect, "PLMWT2T_SelectQuadrum".Translate()))
{
// get all possible enumeration values for hilliness
var quadrumList = Enum.GetValues(typeof(Quadrum)).Cast <Quadrum>().ToList();
var floatMenuOptions = new List <FloatMenuOption>();
foreach (var quadrum in quadrumList)
{
if (quadrum == Quadrum.Undefined)
{
continue;
}
var label = quadrum.Label();
var menuOption = new FloatMenuOption(label,
delegate { _quadrum = quadrum; });
floatMenuOptions.Add(menuOption);
}
var floatMenu = new FloatMenu(floatMenuOptions, "PLMWT2T_SelectQuadrum".Translate());
Find.WindowStack.Add(floatMenu);
}
var quadrumLabelRect = quadrumRect.RightHalf();
Widgets.Label(quadrumLabelRect, _quadrum.ToString());
ListingStandard.Gap(6f);
// year
var yearSelector = ListingStandard.GetRect(30f);
var yearLabelRect = yearSelector.LeftPart(0.7f);
var yearFieldRect = yearSelector.RightPart(0.3f);
Widgets.Label(yearLabelRect, $"{"ClockYear".Translate()} [{GenDate.DefaultStartingYear}, {GenDate.DefaultStartingYear + 50}]: ");
Widgets.TextFieldNumeric(yearFieldRect, ref _year, ref _yearString, GenDate.DefaultStartingYear,
GenDate.DefaultStartingYear + 50);
// translate day, quadrum and year to ticks
_dateTicks = WorldData.DateToTicks(_dayOfQuadrum - 1, _quadrum, _year);
// date display
var dateNowRect = ListingStandard.GetRect(30f);
var labelDateLeftRect = dateNowRect.LeftPart(0.20f);
Widgets.Label(labelDateLeftRect, $"{"ClockDate".Translate()}: ");
var labelDateRightRect = dateNowRect.RightPart(0.60f);
var dateString = GenDate.DateReadoutStringAt(_dateTicks,
Find.WorldGrid.LongLatOf(_selectedTileIdForTemperatureForecast));
Widgets.Label(labelDateRightRect, dateString);
Text.Anchor = backupAnchor;
ListingStandard.GapLine(DefaultGapLineHeight);
/*
* Forecast
*/
if (ListingStandard.ButtonText("PLMWT2T_ViewTemperatureForecast".Translate()))
{
ViewTemperatureForecast(_selectedTileIdForTemperatureForecast, _dateTicks);
}
}
private void DrawBiomeTypesSelection()
{
DrawEntryHeader("PLMWTT_BiomeTypes".Translate(), false, backgroundColor: ColorFromFilterType(typeof(TileFilterBiomes)));
var biomeDefs = _gameData.DefData.BiomeDefs;
// "Select" button
if (ListingStandard.ButtonText("PLMWTT_SelectBiome".Translate()))
{
var floatMenuOptions = new List <FloatMenuOption>();
// add a dummy 'Any' fake biome type. This sets the chosen biome to null.
Action actionClick = delegate { _gameData.UserData.ChosenBiome = null; };
// tool-tip when hovering above the 'Any' biome name on the floating menu
Action mouseOverAction = delegate
{
var mousePos = Event.current.mousePosition;
var rect = new Rect(mousePos.x, mousePos.y, DefaultElementHeight, DefaultElementHeight);
TooltipHandler.TipRegion(rect, "PLMWTT_AnyBiome".Translate());
};
var menuOption = new FloatMenuOption("PLMW_SelectAny".Translate(), actionClick, MenuOptionPriority.Default, mouseOverAction);
floatMenuOptions.Add(menuOption);
// loop through all known biomes
foreach (var currentBiomeDef in biomeDefs)
{
// clicking on the floating menu saves the selected biome
actionClick = delegate { _gameData.UserData.ChosenBiome = currentBiomeDef; };
// tool-tip when hovering above the biome name on the floating menu
mouseOverAction = delegate
{
var mousePos = Event.current.mousePosition;
var rect = new Rect(mousePos.x, mousePos.y, DefaultElementHeight, DefaultElementHeight);
TooltipHandler.TipRegion(rect, currentBiomeDef.description);
};
//create the floating menu
menuOption = new FloatMenuOption(currentBiomeDef.LabelCap, actionClick, MenuOptionPriority.Default,
mouseOverAction);
// add it to the list of floating menu options
floatMenuOptions.Add(menuOption);
}
// create the floating menu
var floatMenu = new FloatMenu(floatMenuOptions, "PLMWTT_SelectBiomeType".Translate());
// add it to the window stack to display it
Find.WindowStack.Add(floatMenu);
}
var currHeightBefore = ListingStandard.CurHeight;
var rightLabel = _gameData.UserData.ChosenBiome != null ? _gameData.UserData.ChosenBiome.LabelCap : "PLMW_SelectAny".Translate();
ListingStandard.LabelDouble($"{"Biome".Translate()}:", rightLabel);
var currHeightAfter = ListingStandard.CurHeight;
// display tool-tip over label
if (_gameData.UserData.ChosenBiome != null)
{
var currentRect = ListingStandard.GetRect(0f);
currentRect.height = currHeightAfter - currHeightBefore;
if (!string.IsNullOrEmpty(_gameData.UserData.ChosenBiome.description))
{
TooltipHandler.TipRegion(currentRect, _gameData.UserData.ChosenBiome.description);
}
}
}
protected void DrawUsableMinMaxFromRestrictedListItem <T>(MinMaxFromRestrictedListItem <T> item, string label, Func <T, string> itemToStringFunc = null)
where T : struct, IConvertible
{
var tmpCheckedOn = item.Use;
var textMin = "PLINT_UsableMinMaxNumFieldMin".Translate();
var textMax = "PLINT_UsableMinMaxNumFieldMax".Translate();
// Use
ListingStandard.Gap();
ListingStandard.CheckboxLabeled(label, ref tmpCheckedOn, $"{"PLINT_UsableMinMaxNumFieldUse".Translate()} {textMin}/{textMax} {label}");
item.Use = tmpCheckedOn;
// MIN
if (ListingStandard.ButtonText($"{"PLINT_UsableMinMaxNumFieldMin".Translate()} {label}"))
{
var floatMenuOptions = new List <FloatMenuOption>();
foreach (var itemOption in item.Options)
{
var menuOptionString = itemToStringFunc == null
? itemOption.ToString(CultureInfo.InvariantCulture)
: itemToStringFunc(itemOption);
var menuOption = new FloatMenuOption(menuOptionString, delegate { item.Min = itemOption; });
floatMenuOptions.Add(menuOption);
}
var floatMenu = new FloatMenu(floatMenuOptions, $"{"PLINT_MinMaxFromRestrictedListItemSelect".Translate()} {label}");
Find.WindowStack.Add(floatMenu);
}
var minValueString = itemToStringFunc == null
? item.Min.ToString(CultureInfo.InvariantCulture)
: itemToStringFunc(item.Min);
ListingStandard.LabelDouble($"{"PLINT_UsableMinMaxNumFieldMin".Translate()} {label}:", minValueString);
// MAX
if (ListingStandard.ButtonText($"{"PLINT_UsableMinMaxNumFieldMax".Translate()} {label}"))
{
var floatMenuOptions = new List <FloatMenuOption>();
foreach (var itemOption in item.Options)
{
var menuOptionString = itemToStringFunc == null
? itemOption.ToString(CultureInfo.InvariantCulture)
: itemToStringFunc(itemOption);
var menuOption = new FloatMenuOption(menuOptionString, delegate { item.Max = itemOption; });
floatMenuOptions.Add(menuOption);
}
var floatMenu = new FloatMenu(floatMenuOptions, $"{"PLINT_MinMaxFromRestrictedListItemSelect".Translate()} {label}");
Find.WindowStack.Add(floatMenu);
}
var maxValueString = itemToStringFunc == null
? item.Min.ToString(CultureInfo.InvariantCulture)
: itemToStringFunc(item.Max);
ListingStandard.LabelDouble($"{"PLINT_UsableMinMaxNumFieldMax".Translate()} {label}:", maxValueString);
}