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useCallback,
useEffect,
useMemo,
useRef,
useState,
} from "react";
import styled from "styled-components";
import {
useAppDispatch,
useAppSelector,
useAppSelectorPick,
useAppSelectorPickArray,
} from "store/hooks";
import {
sceneSelectors,
tilesetSelectors,
paletteSelectors,
} from "store/features/entities/entitiesSelectors";
import entitiesActions from "store/features/entities/entitiesActions";
import editorActions from "store/features/editor/editorActions";
import settingsActions from "store/features/settings/settingsActions";
import { TilesetSelect } from "components/forms/TilesetSelect";
import { Button } from "ui/buttons/Button";
import { assetURL } from "shared/lib/helpers/assets";
import {
DMG_PALETTE,
TILE_COLOR_PROP_PRIORITY,
TILE_DEFAULT_UNSET,
TILE_SIZE,
defaultCollisionTileDefs,
} from "consts";
import l10n from "shared/lib/lang/l10n";
import {
PencilIcon,
EraserIcon,
PriorityTileIcon,
ShieldIcon,
Autotile9SliceIcon,
Autotile2x2Icon,
} from "ui/icons/Icons";
import PaletteBlock from "components/forms/PaletteBlock";
import { CollisionTileIcon } from "components/collisions/CollisionTileIcon";
import { isCollisionTileActive } from "shared/lib/collisions/collisionTiles";
import { paletteName } from "shared/lib/entities/entitiesHelpers";
import { ZoomButton } from "ui/buttons/ZoomButton";
import ColorizedImage from "components/rendering/ColorizedImage";
import ScenePriorityMap from "components/world/entities/scenes/ScenePriorityMap";
import SceneCollisions from "components/world/entities/scenes/SceneCollisions";
import SceneAutotileSelection from "components/world/inspector/scenes/tilemap/SceneAutotileSelection";
import TilesetUnsetDefaultsOverlay from "components/world/inspector/scenes/tilemap/TilesetUnsetDefaultsOverlay";
import {
isAutotileDefinitionWithinBounds,
isTileWithinAutotileDefinition,
} from "shared/lib/tiles/sceneTilemapData";
import { SplitPaneHeader } from "ui/splitpane/SplitPaneHeader";
import { FormContainer, FormField, FormRow } from "ui/form/layout/FormLayout";
import { FixedSpacer } from "ui/spacing/Spacing";
import { InputGroup, InputGroupAppend } from "ui/form/InputGroup";
import { TabBar } from "ui/tabs/Tabs";
import { Alert } from "ui/alerts/Alert";
const Wrapper = styled.div`
max-width: 100%;
`;
const PaletteViewport = styled.div`
width: 100%;
max-width: 100%;
box-sizing: border-box;
padding: 5px;
overflow: auto;
margin-top: -1px;
background: ${(props) => props.theme.colors.input.background};
border-top: 1px solid ${(props) => props.theme.colors.input.border};
border-bottom: 1px solid ${(props) => props.theme.colors.input.border};
min-height: 224px;
`;
const PaletteSurfaceFrame = styled.div`
position: relative;
`;
const PaletteSurface = styled.div`
position: relative;
line-height: 0;
cursor: crosshair;
user-select: none;
canvas {
position: absolute;
inset: 0;
width: 100%;
height: 100%;
image-rendering: pixelated;
}
`;
const TileSelection = styled.div`
position: absolute;
pointer-events: none;
box-sizing: border-box;
outline: 1px solid ${(props) => props.theme.colors.highlight};
box-shadow: 0px 0px 10px 5px rgba(0, 0, 0, 1);
`;
const PaintTools = styled.div`
display: flex;
overflow-x: auto;
gap: 1px;
padding: 4px;
background: ${(props) => props.theme.colors.tabs.secondaryBackground};
& > * {
width: 36px;
height: 36px;
border-radius: 0;
}
`;
interface SceneTilemapPalettePaneProps {
sceneId: string;
}
const paletteZoomLevels = [100, 200, 400, 800, 1600];
const SceneTilemapPalettePane = ({ sceneId }: SceneTilemapPalettePaneProps) => {
const dispatch = useAppDispatch();
const scene = useAppSelectorPick(
(state) => sceneSelectors.selectById(state, sceneId),
["type", "paletteIds"] as const,
);
const hasTilemap = useAppSelector((state) =>
Boolean(sceneSelectors.selectById(state, sceneId)?.tilemap),
);
const layers = useAppSelectorPickArray(
(state) => sceneSelectors.selectById(state, sceneId)?.tilemap?.layers ?? [],
["id", "name", "visible"] as const,
);
const tilesets = useAppSelectorPickArray(tilesetSelectors.selectAll, [
"id",
"width",
"autotiles",
] as const);
const colorMode = useAppSelector(
(state) => state.project.present.settings.colorMode,
);
const previewAsMono = useAppSelector(
(state) =>
state.project.present.settings.colorMode === "mono" ||
(state.project.present.settings.colorMode === "mixed" &&
state.project.present.settings.previewAsMono),
);
const selectedSceneTile = useAppSelector(
(state) => state.editor.selectedSceneTile,
);
const selectedTilesetId = selectedSceneTile?.tilesetId ?? "";
const selectedTileIndex = selectedSceneTile?.tileIndex ?? 0;
const selectedTileWidth = selectedSceneTile?.width ?? 1;
const selectedTileHeight = selectedSceneTile?.height ?? 1;
const selectedLayerId = useAppSelector(
(state) => state.editor.selectedTilemapLayerId,
);
const preferredTilesetId = useAppSelector(
(state) => state.project.present.settings.selectedSceneTilesetId,
);
const selectedTileset = useAppSelector((state) =>
tilesetSelectors.selectById(state, selectedTilesetId),
);
const validAutotileType = useMemo(() => {
if (
!selectedTileset ||
selectedTileWidth !== 1 ||
selectedTileHeight !== 1 ||
selectedTileIndex < 0
) {
return false;
}
return (
selectedTileset.autotiles?.find(
(definition) => definition.startTile === selectedTileIndex,
)?.type ?? false
);
}, [
selectedTileset,
selectedTileWidth,
selectedTileHeight,
selectedTileIndex,
]);
const selectedAutotileType =
selectedSceneTile?.autotile && validAutotileType
? validAutotileType
: false;
const [paletteZoom, setPaletteZoom] = useState(200);
const [editingDefaults, setEditingDefaults] = useState(false);
const [defaultEditMode, setDefaultEditMode] = useState<string>("collisions");
const [autotileType, setAutotileType] = useState<"2x2" | "9slice">("2x2");
const dragStart = useRef<{ x: number; y: number } | undefined>(undefined);
const defaultPaintLast = useRef<{ x: number; y: number } | undefined>(
undefined,
);
const defaultPaintValue = useRef(0);
const defaultPaintIsTileProp = useRef(false);
const defaultCollisionValue = useRef(0);
const defaultCollisionMask = useRef(0xff);
const selectedPalette = useAppSelector(
(state) => state.editor.selectedPalette,
);
const selectedTileType = useAppSelector(
(state) => state.editor.selectedTileType,
);
const selectedTileMask = useAppSelector(
(state) => state.editor.selectedTileMask,
);
const eraser = useAppSelector((state) => state.editor.scenePaintEraser);
const palettesLookup = useAppSelector(paletteSelectors.selectEntities);
const defaultPaletteIds = useAppSelector(
(state) => state.project.present.settings.defaultBackgroundPaletteIds,
);
const collisionTileDefs = useAppSelector((state) => {
const sceneType = state.engine.sceneTypes?.find(
(item) => item.key === scene?.type,
);
return sceneType?.collisionTiles ?? defaultCollisionTileDefs;
});
const tilesetWidth = (selectedTileset?.width ?? 0) * TILE_SIZE;
const tilesetHeight = (selectedTileset?.height ?? 0) * TILE_SIZE;
const displayTileColors = useMemo(
() =>
selectedTileset?.tileColors.map((value) =>
value === TILE_DEFAULT_UNSET ? 0 : value,
) ?? [],
[selectedTileset?.tileColors],
);
const displayTileCollisions = useMemo(
() =>
selectedTileset?.tileCollisions.map((value) =>
value === TILE_DEFAULT_UNSET ? 0 : value,
) ?? [],
[selectedTileset?.tileCollisions],
);
const palettes = useMemo(
() =>
Array.from({ length: 8 }, (_, index) =>
scene?.paletteIds?.[index] === "dmg"
? DMG_PALETTE
: palettesLookup[scene?.paletteIds?.[index] ?? ""] ||
palettesLookup[defaultPaletteIds[index]] ||
DMG_PALETTE,
),
[defaultPaletteIds, palettesLookup, scene?.paletteIds],
);
const tileDefaultsTabs = useMemo(
() => ({
collisions: l10n("TOOL_COLLISIONS_LABEL"),
...(colorMode !== "mono" ? { colors: l10n("FIELD_COLORS") } : {}),
autotiles: l10n("FIELD_AUTOTILES"),
}),
[colorMode],
);
useEffect(() => {
if (selectedSceneTile?.autotile && !validAutotileType) {
dispatch(editorActions.setSelectedSceneTileAutotile(false));
}
}, [dispatch, selectedSceneTile?.autotile, validAutotileType]);
useEffect(() => {
const clearDrag = () => {
dragStart.current = undefined;
defaultPaintLast.current = undefined;
};
window.addEventListener("mouseup", clearDrag);
return () => window.removeEventListener("mouseup", clearDrag);
}, []);
useEffect(() => {
const preferredTileset = tilesets.find(
(tileset) => tileset.id === preferredTilesetId,
);
const currentTileset = tilesets.find(
(tileset) => tileset.id === selectedTilesetId,
);
const tileset = preferredTileset ?? currentTileset ?? tilesets[0];
if (tileset && tileset.id !== selectedTilesetId) {
dispatch(
editorActions.selectSceneTileForPainting({
tilesetId: tileset.id,
tileIndex: 0,
tilesetWidth: tileset.width,
autotile: Boolean(
tileset.autotiles?.some((definition) => definition.startTile === 0),
),
persistTileset: tileset.id !== preferredTilesetId,
activateTool: false,
}),
);
} else Iif (tileset && tileset.id !== preferredTilesetId) {
dispatch(
settingsActions.editSettings({ selectedSceneTilesetId: tileset.id }),
);
}
}, [dispatch, preferredTilesetId, selectedTilesetId, tilesets]);
useEffect(() => {
Iif (
layers.length &&
!layers.some((layer) => layer.id === selectedLayerId)
) {
dispatch(
editorActions.setSelectedTilemapLayerId(layers[layers.length - 1].id),
);
}
}, [dispatch, layers, selectedLayerId]);
const selectTileset = useCallback(
(tilesetId: string) => {
const tileset = tilesets.find((item) => item.id === tilesetId);
dispatch(
editorActions.selectSceneTileForPainting({
tilesetId,
tileIndex: 0,
tilesetWidth: tileset?.width,
autotile: Boolean(
tileset?.autotiles?.some(
(definition) => definition.startTile === 0,
),
),
persistTileset: true,
}),
);
},
[dispatch, tilesets],
);
const getTilePosition = useCallback(
(e: React.MouseEvent<HTMLDivElement>) => {
Iif (!selectedTileset) return undefined;
const bounds = e.currentTarget.getBoundingClientRect();
return {
x: Math.max(
0,
Math.min(
selectedTileset.width - 1,
Math.floor(
((e.clientX - bounds.left) / bounds.width) *
selectedTileset.width,
),
),
),
y: Math.max(
0,
Math.min(
selectedTileset.height - 1,
Math.floor(
((e.clientY - bounds.top) / bounds.height) *
selectedTileset.height,
),
),
),
};
},
[selectedTileset],
);
const updateTileSelection = useCallback(
(e: React.MouseEvent<HTMLDivElement>) => {
const position = getTilePosition(e);
const start = dragStart.current;
Iif (!selectedTileset || !position || !start) return;
const x = Math.min(start.x, position.x);
const y = Math.min(start.y, position.y);
dispatch(
editorActions.selectSceneTileForPainting({
tilesetId: selectedTileset.id,
tileIndex: y * selectedTileset.width + x,
width: Math.abs(position.x - start.x) + 1,
height: Math.abs(position.y - start.y) + 1,
tilesetWidth: selectedTileset.width,
autotile: false,
}),
);
},
[dispatch, getTilePosition, selectedTileset],
);
const startTileSelection = useCallback(
(e: React.MouseEvent<HTMLDivElement>) => {
const position = getTilePosition(e);
Iif (!selectedTileset || !position) return;
e.preventDefault();
const clickedIndex = position.y * selectedTileset.width + position.x;
const autotileDefinition = selectedTileset.autotiles?.find((definition) =>
isTileWithinAutotileDefinition(
clickedIndex,
selectedTileset.width,
definition,
),
);
if (autotileDefinition) {
dragStart.current = undefined;
const selectIndividualTile =
Boolean(selectedAutotileType) &&
selectedTileIndex === autotileDefinition.startTile;
dispatch(
editorActions.selectSceneTileForPainting({
tilesetId: selectedTileset.id,
tileIndex: selectIndividualTile
? clickedIndex
: autotileDefinition.startTile,
tilesetWidth: selectedTileset.width,
autotile: !selectIndividualTile,
}),
);
return;
}
dragStart.current = position;
updateTileSelection(e);
},
[
dispatch,
getTilePosition,
selectedAutotileType,
selectedTileIndex,
selectedTileset,
updateTileSelection,
],
);
const toggleAutotileGroup = useCallback(
(e: React.MouseEvent<HTMLDivElement>) => {
const position = getTilePosition(e);
Iif (!selectedTileset || !position) {
return;
}
e.preventDefault();
const tileIndex = position.y * selectedTileset.width + position.x;
const existingDefinition = selectedTileset.autotiles?.find((definition) =>
isTileWithinAutotileDefinition(
tileIndex,
selectedTileset.width,
definition,
),
);
const isValidAutotile = isAutotileDefinitionWithinBounds(
{ type: autotileType, startTile: tileIndex },
selectedTileset.width,
selectedTileset.height,
);
dispatch(
entitiesActions.toggleTilesetAutotileGroup({
tilesetId: selectedTileset.id,
tileIndex,
type: autotileType,
}),
);
if (!existingDefinition && isValidAutotile) {
dispatch(
editorActions.selectSceneTileForPainting({
tilesetId: selectedTileset.id,
tileIndex,
tilesetWidth: selectedTileset.width,
autotile: true,
activateTool: false,
}),
);
}
},
[autotileType, dispatch, getTilePosition, selectedTileset],
);
const startDefaultPaint = useCallback(
(e: React.MouseEvent<HTMLDivElement>) => {
const position = getTilePosition(e);
Iif (!selectedTileset || !position) return;
e.preventDefault();
defaultPaintLast.current = position;
if (defaultEditMode === "collisions") {
const index = position.y * selectedTileset.width + position.x;
const current = selectedTileset.tileCollisions[index];
const normalizedCurrent =
current === undefined || current === TILE_DEFAULT_UNSET ? 0 : current;
defaultCollisionMask.current = eraser ? 0xff : selectedTileMask;
defaultCollisionValue.current = eraser
? 0
: (normalizedCurrent & selectedTileMask) ===
(selectedTileType & selectedTileMask)
? 0
: selectedTileType;
dispatch(
entitiesActions.paintTilesetCollision({
tilesetId: selectedTileset.id,
...position,
value: defaultCollisionValue.current,
mask: defaultCollisionMask.current,
clear: eraser,
}),
);
return;
}
const index = position.y * selectedTileset.width + position.x;
const current = selectedTileset.tileColors[index];
defaultPaintIsTileProp.current =
!eraser && Boolean(selectedPalette & TILE_COLOR_PROP_PRIORITY);
defaultPaintValue.current = defaultPaintIsTileProp.current
? current !== undefined &&
current !== TILE_DEFAULT_UNSET &&
current & TILE_COLOR_PROP_PRIORITY
? 0
: TILE_COLOR_PROP_PRIORITY
: selectedPalette;
dispatch(
entitiesActions.paintTilesetColor({
tilesetId: selectedTileset.id,
...position,
value: defaultPaintValue.current,
isTileProp: defaultPaintIsTileProp.current,
clear: eraser,
}),
);
},
[
defaultEditMode,
dispatch,
eraser,
getTilePosition,
selectedPalette,
selectedTileMask,
selectedTileType,
selectedTileset,
],
);
const moveDefaultPaint = useCallback(
(e: React.MouseEvent<HTMLDivElement>) => {
const position = getTilePosition(e);
const last = defaultPaintLast.current;
if (!selectedTileset || !position || !last || e.buttons !== 1) return;
if (position.x === last.x && position.y === last.y) return;
if (defaultEditMode === "collisions") {
dispatch(
entitiesActions.paintTilesetCollision({
tilesetId: selectedTileset.id,
...position,
value: defaultCollisionValue.current,
mask: defaultCollisionMask.current,
clear: eraser,
}),
);
} else {
dispatch(
entitiesActions.paintTilesetColor({
tilesetId: selectedTileset.id,
...position,
value: defaultPaintValue.current,
isTileProp: defaultPaintIsTileProp.current,
clear: eraser,
}),
);
}
defaultPaintLast.current = position;
},
[defaultEditMode, dispatch, eraser, getTilePosition, selectedTileset],
);
Iif (!scene) {
return null;
}
const tilemap = hasTilemap ? { layers } : undefined;
const selectCollision = (
tileIndex: number,
e: React.MouseEvent<HTMLButtonElement>,
) => {
const tile = collisionTileDefs[tileIndex];
if (!tile) {
return;
}
let value = tile.flag;
const mask = tile.mask ?? 0xff;
if (e.shiftKey && tile.multi) {
value =
selectedTileType & tile.flag
? selectedTileType & mask & ~tile.flag
: (selectedTileType & mask) | tile.flag;
}
if (e.shiftKey && tile.extra !== undefined) {
value |= tile.extra;
}
dispatch(
editorActions.setSelectedTileType({ tileType: value, tileMask: mask }),
);
};
return (
<Wrapper>
{tilemap && (
<>
<SplitPaneHeader
collapsed={false}
buttons={
<ZoomButton
zoom={paletteZoom}
size="small"
variant="transparent"
title={l10n("TOOLBAR_ZOOM_RESET")}
titleIn={l10n("TOOLBAR_ZOOM_IN")}
titleOut={l10n("TOOLBAR_ZOOM_OUT")}
onZoomReset={() => setPaletteZoom(200)}
onZoomIn={() => {
const index = paletteZoomLevels.indexOf(paletteZoom);
setPaletteZoom(
paletteZoomLevels[
Math.min(index + 1, paletteZoomLevels.length - 1)
],
);
}}
onZoomOut={() => {
const index = paletteZoomLevels.indexOf(paletteZoom);
setPaletteZoom(paletteZoomLevels[Math.max(index - 1, 0)]);
}}
/>
}
borderTop
>
{l10n("FIELD_TILESET")}
</SplitPaneHeader>
<FormContainer>
<FixedSpacer height={10} />
<FormRow>
<FormField name="">
{tilesets.length > 0 ? (
<InputGroup>
<TilesetSelect
name="paintTilesetId"
value={selectedTilesetId}
onChange={selectTileset}
/>
<InputGroupAppend>
<Button
variant={editingDefaults ? "primary" : "normal"}
title={l10n("FIELD_EDIT_TILE_DEFAULTS")}
onClick={() => setEditingDefaults(!editingDefaults)}
>
<PencilIcon />
</Button>
</InputGroupAppend>
</InputGroup>
) : (
<Alert variant="warning">
<strong>{l10n("MESSAGE_NO_TILESETS_FOUND")}</strong>
<p>{l10n("MESSAGE_ADD_TILESET_FILES")}</p>
</Alert>
)}
</FormField>
</FormRow>
</FormContainer>
{editingDefaults && tilesets.length > 0 && (
<>
<TabBar
value={defaultEditMode}
values={tileDefaultsTabs}
overflowActiveTab
onChange={setDefaultEditMode}
/>
{defaultEditMode === "colors" && (
<PaintTools>
<Button
variant="transparent"
active={eraser}
title={l10n("FIELD_KEEP")}
onClick={() =>
dispatch(editorActions.setScenePaintEraser(true))
}
>
<ShieldIcon />
</Button>
{palettes.map((palette, index) => (
<Button
key={index}
variant="transparent"
active={!eraser && selectedPalette === index}
title={paletteName(palette, index)}
onClick={() =>
dispatch(
editorActions.setSelectedPalette({
paletteIndex: index,
}),
)
}
>
<PaletteBlock colors={palette.colors} />
</Button>
))}
<Button
variant="transparent"
active={
!eraser && selectedPalette === TILE_COLOR_PROP_PRIORITY
}
title={l10n("TOOL_TILE_PRIORITY")}
onClick={() =>
dispatch(
editorActions.setSelectedPalette({
paletteIndex: TILE_COLOR_PROP_PRIORITY,
}),
)
}
>
<PriorityTileIcon />
</Button>
</PaintTools>
)}
{defaultEditMode === "collisions" && (
<PaintTools>
<Button
variant="transparent"
active={eraser}
title={l10n("FIELD_KEEP")}
onClick={() =>
dispatch(editorActions.setScenePaintEraser(true))
}
>
<ShieldIcon />
</Button>
<Button
variant="transparent"
active={!eraser && selectedTileType === 0}
title={l10n("FIELD_NO_COLLISION")}
onClick={() =>
dispatch(
editorActions.setSelectedTileType({
tileType: 0,
tileMask: 0xff,
}),
)
}
>
<EraserIcon />
</Button>
{collisionTileDefs.map((tile, index) => (
<Button
key={tile.key}
variant="transparent"
active={
!eraser &&
isCollisionTileActive(
selectedTileType,
tile,
collisionTileDefs,
)
}
onClick={(e) => selectCollision(index, e)}
>
<CollisionTileIcon icon={tile.icon} color={tile.color} />
</Button>
))}
</PaintTools>
)}
{defaultEditMode === "autotiles" && (
<PaintTools>
<Button
variant="transparent"
title={l10n("FIELD_AUTOTILE_TYPE_2X2")}
active={autotileType === "2x2"}
onClick={() => setAutotileType("2x2")}
>
<Autotile2x2Icon />
</Button>
<Button
variant="transparent"
title={l10n("FIELD_AUTOTILE_TYPE_9_SLICE")}
active={autotileType === "9slice"}
onClick={() => setAutotileType("9slice")}
>
<Autotile9SliceIcon />
</Button>
</PaintTools>
)}
</>
)}
{selectedTileset && (
<PaletteViewport>
<PaletteSurfaceFrame
style={{
width: tilesetWidth * (paletteZoom / 100),
height: tilesetHeight * (paletteZoom / 100),
}}
>
<PaletteSurface
data-testid="scene-tile-palette-surface"
style={{
width: tilesetWidth,
height: tilesetHeight,
transform: `scale(${paletteZoom / 100})`,
transformOrigin: "top left",
}}
onMouseDown={
editingDefaults && defaultEditMode === "autotiles"
? toggleAutotileGroup
: editingDefaults
? startDefaultPaint
: startTileSelection
}
onMouseMove={(e) => {
Iif (editingDefaults && defaultEditMode !== "autotiles") {
moveDefaultPaint(e);
} else Eif (dragStart.current && e.buttons === 1) {
updateTileSelection(e);
}
}}
>
<ColorizedImage
width={tilesetWidth}
height={tilesetHeight}
src={assetURL("tilesets", selectedTileset)}
tiles={displayTileColors}
palettes={palettes}
previewAsMono={previewAsMono}
/>
{editingDefaults && defaultEditMode === "colors" && (
<>
{selectedPalette === TILE_COLOR_PROP_PRIORITY && (
<ScenePriorityMap
width={selectedTileset.width}
height={selectedTileset.height}
tileColors={displayTileColors}
/>
)}
<TilesetUnsetDefaultsOverlay
width={selectedTileset.width}
height={selectedTileset.height}
values={selectedTileset.tileColors}
unsetValue={TILE_DEFAULT_UNSET}
/>
</>
)}
{editingDefaults && defaultEditMode === "collisions" && (
<>
<SceneCollisions
width={selectedTileset.width}
height={selectedTileset.height}
collisions={displayTileCollisions}
sceneTypeKey={scene.type}
/>
<TilesetUnsetDefaultsOverlay
width={selectedTileset.width}
height={selectedTileset.height}
values={selectedTileset.tileCollisions}
unsetValue={TILE_DEFAULT_UNSET}
/>
</>
)}
{editingDefaults &&
defaultEditMode === "autotiles" &&
selectedTileset.autotiles?.map((definition) => (
<SceneAutotileSelection
key={`${definition.type}-${definition.startTile}`}
tileIndex={definition.startTile}
tilesetWidth={selectedTileset.width}
type={definition.type}
/>
))}
{!editingDefaults && selectedAutotileType && (
<SceneAutotileSelection
tileIndex={selectedTileIndex}
tilesetWidth={selectedTileset.width}
type={selectedAutotileType}
/>
)}
{!editingDefaults && !selectedAutotileType && (
<TileSelection
style={{
left:
(selectedTileIndex % selectedTileset.width) *
TILE_SIZE,
top:
Math.floor(
selectedTileIndex / selectedTileset.width,
) * TILE_SIZE,
width: selectedTileWidth * TILE_SIZE,
height: selectedTileHeight * TILE_SIZE,
}}
/>
)}
</PaletteSurface>
</PaletteSurfaceFrame>
</PaletteViewport>
)}
</>
)}
</Wrapper>
);
};
export default React.memo(SceneTilemapPalettePane);
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