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import { getBackgroundInfo } from "lib/helpers/validation";
import {
tileArrayToTileData,
tilesAndLookupToTilemap,
toTileLookup,
} from "shared/lib/tiles/tileData";
import {
readFileToTilesDataArray,
indexedImageToTilesDataArray,
} from "lib/tiles/readFileToTiles";
import {
BackgroundData,
Palette,
TilesetData,
} from "shared/lib/entities/entitiesTypes";
import promiseLimit from "lib/helpers/promiseLimit";
import { FLAG_VRAM_BANK_1 } from "consts";
import { fileExists } from "lib/helpers/fs/fileExists";
import {
readFileToPalettes,
readFileToPalettesUsingTiles,
} from "lib/tiles/readFileToPalettes";
import type { ColorModeSetting } from "store/features/settings/settingsState";
import l10n from "shared/lib/lang/l10n";
import { monoOverrideForFilename } from "shared/lib/assets/backgrounds";
import { ColorCorrectionSetting } from "shared/lib/resources/types";
import { ReferencedBackground } from "./precompile/determineUsedAssets";
const TILE_FIRST_CHUNK_SIZE = 128;
const TILE_BANK_SIZE = 192;
type PrecompiledBackgroundData = BackgroundData & {
commonTilesetId?: string;
vramData: [number[], number[]];
tilemap: number[];
attr: number[];
autoPalettes?: Palette[];
is360: boolean;
colorMode: ColorModeSetting;
};
type CompileImageOptions = {
warnings: (msg: string) => void;
};
type ImageTileAllocationStrategy = (
tileIndex: number,
numTiles: number,
image: BackgroundData,
) => { tileIndex: number; inVRAM2: boolean };
/**
* Allocates an image tile for to default DMG location.
*
* @param {number} tileIndex - The index of the tile to allocate.
* @returns {{ tileIndex: number, inVRAM2: boolean }} Updated tile index and flag which is set if tile has been reallocated to VRAM bank2.
*/
export const imageTileAllocationDefault: ImageTileAllocationStrategy = (
tileIndex,
) => {
return {
tileIndex,
inVRAM2: false,
};
};
/**
* Allocates an image tile for color-only mode and adjusts the tile index based on VRAM bank allocation.
*
* @param {number} tileIndex - The index of the tile to allocate.
* @returns {{ tileIndex: number, inVRAM2: boolean }} Updated tile index and flag which is set if tile has been reallocated to VRAM bank2.
*/
export const imageTileAllocationColorOnly: ImageTileAllocationStrategy = (
tileIndex: number,
): { tileIndex: number; inVRAM2: boolean } => {
// First 128 tiles go into vram bank 1
if (tileIndex < 128) {
return {
tileIndex,
inVRAM2: false,
};
// Next 128 tiles go into vram bank 2
} else if (tileIndex < 256) {
return {
tileIndex: tileIndex - 128,
inVRAM2: true,
};
}
// After that split evenly between bank 1 and 2
return {
tileIndex: 128 + Math.floor((tileIndex - 256) / 2),
inVRAM2: tileIndex % 2 !== 0,
};
};
const padArrayEnd = <T>(arr: T[], len: number, padding: T) => {
Iif (arr.length > len) {
return arr.slice(0, len);
}
return arr.concat(Array(len - arr.length).fill(padding));
};
const mergeCommonTiles = async (
tileData: Uint8Array[],
commonTileset: TilesetData | undefined,
projectPath: string,
) => {
if (!commonTileset) {
return tileData;
}
const commonFilename = assetFilename(projectPath, "tilesets", commonTileset);
const commonTileData = await readFileToTilesDataArray(commonFilename);
return [...commonTileData, ...tileData];
};
enum ImageColorMode {
MANUAL,
AUTO_COLOR,
AUTO_COLOR_WITH_DMG,
}
const buildAttr = (
tileColors: number[],
autoTileColors: number[],
tileMapSize: number,
) => {
return padArrayEnd(tileColors || [], tileMapSize, 0).map(
(manualAttr, index) => {
return autoTileColors[index] !== undefined
? (manualAttr & 0xf8) + (autoTileColors[index] & 0x7)
: manualAttr;
},
);
};
const compileImage = async (
img: BackgroundData,
commonTileset: TilesetData | undefined,
is360: boolean,
colorMode: ColorModeSetting,
colorCorrection: ColorCorrectionSetting,
projectPath: string,
{ warnings }: CompileImageOptions,
): Promise<PrecompiledBackgroundData> => {
let autoColorMode = ImageColorMode.MANUAL;
const cgbOnly = colorMode === "color";
const filename = assetFilename(projectPath, "backgrounds", img);
const dmgFilename = monoOverrideForFilename(filename);
Iif (img.autoColor && colorMode !== "mono") {
const useDmgImg = img.monoOverrideId && (await fileExists(dmgFilename));
autoColorMode = useDmgImg
? ImageColorMode.AUTO_COLOR_WITH_DMG
: ImageColorMode.AUTO_COLOR;
}
const tilesFileName =
autoColorMode === ImageColorMode.AUTO_COLOR_WITH_DMG
? dmgFilename
: filename;
const tileAllocationStrategy = cgbOnly
? imageTileAllocationColorOnly
: imageTileAllocationDefault;
let tileData: Uint8Array[] = [];
let autoTileColors: number[] = [];
let autoPalettes: Palette[] | undefined = undefined;
Iif (autoColorMode === ImageColorMode.AUTO_COLOR) {
// Extract both tiles and colors from color PNG
const paletteData = await readFileToPalettes(filename, colorCorrection);
tileData = indexedImageToTilesDataArray(paletteData.indexedImage);
autoTileColors = paletteData.map;
autoPalettes = paletteData.palettes.map((colors, index) => ({
id: `${img.id}_p${index}`,
name: `${img.name} Palette ${index}`,
colors,
}));
} else Iif (autoColorMode === ImageColorMode.AUTO_COLOR_WITH_DMG) {
// Extract colors from color PNG and tiles from .mono PNG
const paletteData = await readFileToPalettesUsingTiles(
filename,
tilesFileName,
);
tileData = indexedImageToTilesDataArray(paletteData.indexedImage);
autoTileColors = paletteData.map;
autoPalettes = paletteData.palettes.map((colors, index) => ({
id: `${img.id}_p${index}`,
name: `${img.name} Palette ${index}`,
colors,
}));
} else {
// Extract tiles from PNG and use manual color data
tileData = await readFileToTilesDataArray(tilesFileName);
}
// Warn if auto palettes extracted too many unique palettes
Iif (autoPalettes && autoPalettes.length > 8) {
warnings(
`${img.filename}: ${l10n("WARNING_BACKGROUND_TOO_MANY_PALETTES", {
paletteLength: autoPalettes.length,
maxPaletteLength: 8,
})}`,
);
}
Iif (is360) {
const tilemap = Array.from(Array(360)).map((_, i) => i);
const tiles = tileArrayToTileData(tileData);
const attr = buildAttr(img.tileColors, autoTileColors, tilemap.length);
return {
...img,
vramData: [[...tiles], []],
tilemap,
attr,
autoPalettes,
is360,
colorMode,
};
}
const tileDataWithCommon = await mergeCommonTiles(
tileData,
commonTileset,
projectPath,
);
const tilesetLookup = toTileLookup(tileDataWithCommon) ?? {};
const uniqueTiles = Object.values(tilesetLookup);
const tilemap = tilesAndLookupToTilemap(tileData, tilesetLookup);
const backgroundInfo = await getBackgroundInfo(
img,
undefined,
false,
cgbOnly,
projectPath,
uniqueTiles.length,
);
const backgroundWarnings = backgroundInfo.warnings;
if (backgroundWarnings.length > 0) {
backgroundWarnings.forEach((warning) => {
warnings(`${img.filename}: ${warning}`);
});
}
const vramData: [number[], number[]] = [[], []];
// Split tiles into VRAM banks based on allocation strategy
uniqueTiles.forEach((tile, i, tiles) => {
const { inVRAM2 } = tileAllocationStrategy(i, tiles.length, img);
vramData[inVRAM2 ? 1 : 0].push(...tile);
});
// Determine tilemap attrs
const attr = buildAttr(img.tileColors, autoTileColors, tilemap.length).map(
(attr, index) => {
const tile = tilemap[index];
const { inVRAM2, tileIndex } = tileAllocationStrategy(
tile,
uniqueTiles.length,
img,
);
// Reallocate tilemap based on strategy
if (tileIndex < TILE_FIRST_CHUNK_SIZE) {
tilemap[index] = tileIndex;
} else {
// tile index > 128 is allocated with an unused tile offset
// to allow as much tiles as possible for sprite data
const bankSize = vramData[inVRAM2 ? 1 : 0].length / 16;
const offset = Math.max(TILE_BANK_SIZE - bankSize, 0);
tilemap[index] = tileIndex + offset;
}
if (inVRAM2) {
return attr | FLAG_VRAM_BANK_1;
}
return attr;
},
);
return {
...img,
symbol: commonTileset
? `${img.symbol}_${commonTileset.symbol}`
: img.symbol,
commonTilesetId: commonTileset?.id,
vramData,
tilemap,
attr,
autoPalettes,
is360,
colorMode,
};
};
const compileImages = async (
imgs: ReferencedBackground[],
commonTilesetsLookup: Record<string, TilesetData[]>,
colorCorrection: ColorCorrectionSetting,
projectPath: string,
{ warnings }: CompileImageOptions,
): Promise<PrecompiledBackgroundData[]> => {
return promiseLimit(
10,
imgs
.map((img) => {
const commonTilesets = commonTilesetsLookup[img.id] ?? [];
// If this background has never been used with a common tileset
// or has been referenced without a common tileset at any point
// it's tiles should always be generated
const forceGenerateTileset =
commonTilesets.length === 0 || img.forceTilesetGeneration;
return [
// Generate background with no common tilesets applied
...(forceGenerateTileset
? [
() =>
compileImage(
img,
undefined,
img.is360,
img.colorMode,
colorCorrection,
projectPath,
{ warnings },
),
]
: []),
// Generate background with each used common tileset
...commonTilesets.map((commonTileset) => {
return () =>
compileImage(
img,
commonTileset,
img.is360,
img.colorMode,
colorCorrection,
projectPath,
{ warnings },
);
}),
];
})
.flat(),
);
};
export default compileImages;
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