refactor: move mii classes into lib folder

This commit is contained in:
trafficlunar 2025-04-07 16:58:25 +01:00
parent 0f2609ff3a
commit 45fb0c07a7
7 changed files with 4 additions and 4 deletions

3
src/lib/mii.js/README.md Normal file
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Every file in here is from https://github.com/PretendoNetwork/mii-js/
./mii.ts has been edited to remove the asset URL functions and remove some assertions related to hair dye (hairColor, facialHairColor, eyebrowColor)

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// Stolen from https://github.com/PretendoNetwork/mii-js/
import { BitStream } from "bit-buffer";
export default class ExtendedBitStream extends BitStream {
constructor(buffer: Buffer) {
super(buffer, buffer.byteOffset, buffer.byteLength);
}
public swapEndian(): void {
this.bigEndian = !this.bigEndian;
}
// the type definition for BitStream does not include the _index property
// since it's supposed to be private, but it's needed 4 times here sooo
public alignByte(): void {
// @ts-expect-error _index is private
const nextClosestByteIndex = 8 * Math.ceil(this._index / 8);
// @ts-expect-error _index is private
const bitDistance = nextClosestByteIndex - this._index;
this.skipBits(bitDistance);
}
public bitSeek(bitPos: number): void {
// @ts-expect-error _index is private
this._index = bitPos;
}
public skipBits(bitCount: number): void {
// @ts-expect-error _index is private
this._index += bitCount;
}
public skipBytes(bytes: number): void {
const bits = bytes * 8;
this.skipBits(bits);
}
public skipBit(): void {
this.skipBits(1);
}
public skipInt8(): void {
this.skipBytes(1);
}
public skipInt16(): void {
// Skipping a uint16 is the same as skipping 2 uint8's
this.skipBytes(2);
}
public readBit(): number {
return this.readBits(1);
}
public readBytes(length: number): number[] {
return Array(length)
.fill(0)
.map(() => this.readUint8());
}
public readBuffer(length: number): Buffer {
return Buffer.from(this.readBytes(length));
}
public readUTF16String(length: number): string {
return this.readBuffer(length).toString("utf16le").replace(/\0.*$/, "");
}
public writeBit(bit: number): void {
this.writeBits(bit, 1);
}
public writeBuffer(buffer: Buffer): void {
buffer.forEach((byte) => this.writeUint8(byte));
}
public writeUTF16String(string: string): void {
const stringBuffer = Buffer.from(string, "utf16le");
const terminatedBuffer = Buffer.alloc(0x14);
stringBuffer.copy(terminatedBuffer);
this.writeBuffer(terminatedBuffer);
}
}

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src/lib/mii.js/mii.ts Normal file
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// Stolen and edited from https://github.com/PretendoNetwork/mii-js/
import assert from "assert";
import ExtendedBitStream from "./extended-bit-stream";
import Util from "./util";
const STUDIO_RENDER_URL_BASE = "https://studio.mii.nintendo.com/miis/image.png";
const STUDIO_RENDER_DEFAULTS = {
type: "face",
expression: "normal",
width: 96,
bgColor: "FFFFFF00",
clothesColor: "default",
cameraXRotate: 0,
cameraYRotate: 0,
cameraZRotate: 0,
characterXRotate: 0,
characterYRotate: 0,
characterZRotate: 0,
lightXDirection: 0,
lightYDirection: 0,
lightZDirection: 0,
lightDirectionMode: "none",
instanceCount: 1,
instanceRotationMode: "model",
};
const STUDIO_RENDER_TYPES = ["face", "face_only", "all_body"];
const STUDIO_RENDER_EXPRESSIONS = [
"normal",
"smile",
"anger",
"sorrow",
"surprise",
"blink",
"normal_open_mouth",
"smile_open_mouth",
"anger_open_mouth",
"surprise_open_mouth",
"sorrow_open_mouth",
"blink_open_mouth",
"wink_left",
"wink_right",
"wink_left_open_mouth",
"wink_right_open_mouth",
"like_wink_left",
"like_wink_right",
"frustrated",
];
const STUDIO_RENDER_CLOTHES_COLORS = [
"default",
"red",
"orange",
"yellow",
"yellowgreen",
"green",
"blue",
"skyblue",
"pink",
"purple",
"brown",
"white",
"black",
];
const STUDIO_RENDER_LIGHT_DIRECTION_MODS = ["none", "zerox", "flipx", "camera", "offset", "set"];
const STUDIO_RENDER_INSTANCE_ROTATION_MODES = ["model", "camera", "both"];
const STUDIO_BG_COLOR_REGEX = /^[0-9A-F]{8}$/; // Mii Studio does not allow lowercase
export default class Mii {
public bitStream: ExtendedBitStream;
// Mii data
// can be sure that these are all initialized in decode()
public version!: number;
public allowCopying!: boolean;
public profanityFlag!: boolean;
public regionLock!: number;
public characterSet!: number;
public pageIndex!: number;
public slotIndex!: number;
public unknown1!: number;
public deviceOrigin!: number;
public systemId!: Buffer;
public normalMii!: boolean;
public dsMii!: boolean;
public nonUserMii!: boolean;
public isValid!: boolean;
public creationTime!: number;
public consoleMAC!: Buffer;
public gender!: number;
public birthMonth!: number;
public birthDay!: number;
public favoriteColor!: number;
public favorite!: boolean;
public miiName!: string;
public height!: number;
public build!: number;
public disableSharing!: boolean;
public faceType!: number;
public skinColor!: number;
public wrinklesType!: number;
public makeupType!: number;
public hairType!: number;
public hairColor!: number;
public flipHair!: boolean;
public eyeType!: number;
public eyeColor!: number;
public eyeScale!: number;
public eyeVerticalStretch!: number;
public eyeRotation!: number;
public eyeSpacing!: number;
public eyeYPosition!: number;
public eyebrowType!: number;
public eyebrowColor!: number;
public eyebrowScale!: number;
public eyebrowVerticalStretch!: number;
public eyebrowRotation!: number;
public eyebrowSpacing!: number;
public eyebrowYPosition!: number;
public noseType!: number;
public noseScale!: number;
public noseYPosition!: number;
public mouthType!: number;
public mouthColor!: number;
public mouthScale!: number;
public mouthHorizontalStretch!: number;
public mouthYPosition!: number;
public mustacheType!: number;
public unknown2!: number;
public beardType!: number;
public facialHairColor!: number;
public mustacheScale!: number;
public mustacheYPosition!: number;
public glassesType!: number;
public glassesColor!: number;
public glassesScale!: number;
public glassesYPosition!: number;
public moleEnabled!: boolean;
public moleScale!: number;
public moleXPosition!: number;
public moleYPosition!: number;
public creatorName!: string;
public checksum!: number;
constructor(buffer: Buffer) {
this.bitStream = new ExtendedBitStream(buffer);
this.decode();
}
public validate(): void {
// Size check
assert.equal(this.bitStream.length / 8, 0x60, `Invalid Mii data size. Got ${this.bitStream.length / 8}, expected 96`);
// Value range and type checks
assert.ok(this.version === 0 || this.version === 3, `Invalid Mii version. Got ${this.version}, expected 0 or 3`);
assert.equal(typeof this.allowCopying, "boolean", `Invalid Mii allow copying. Got ${this.allowCopying}, expected true or false`);
assert.equal(typeof this.profanityFlag, "boolean", `Invalid Mii profanity flag. Got ${this.profanityFlag}, expected true or false`);
assert.ok(Util.inRange(this.regionLock, Util.range(4)), `Invalid Mii region lock. Got ${this.regionLock}, expected 0-3`);
assert.ok(Util.inRange(this.characterSet, Util.range(4)), `Invalid Mii region lock. Got ${this.characterSet}, expected 0-3`);
assert.ok(Util.inRange(this.pageIndex, Util.range(10)), `Invalid Mii page index. Got ${this.pageIndex}, expected 0-9`);
assert.ok(Util.inRange(this.slotIndex, Util.range(10)), `Invalid Mii slot index. Got ${this.slotIndex}, expected 0-9`);
assert.equal(this.unknown1, 0, `Invalid Mii unknown1. Got ${this.unknown1}, expected 0`);
assert.ok(Util.inRange(this.deviceOrigin, Util.range(1, 5)), `Invalid Mii device origin. Got ${this.deviceOrigin}, expected 1-4`);
assert.equal(this.systemId.length, 8, `Invalid Mii system ID size. Got ${this.systemId.length}, system IDs must be 8 bytes long`);
assert.equal(typeof this.normalMii, "boolean", `Invalid normal Mii flag. Got ${this.normalMii}, expected true or false`);
assert.equal(typeof this.dsMii, "boolean", `Invalid DS Mii flag. Got ${this.dsMii}, expected true or false`);
assert.equal(typeof this.nonUserMii, "boolean", `Invalid non-user Mii flag. Got ${this.nonUserMii}, expected true or false`);
assert.equal(typeof this.isValid, "boolean", `Invalid Mii valid flag. Got ${this.isValid}, expected true or false`);
assert.ok(this.creationTime < 268435456, `Invalid Mii creation time. Got ${this.creationTime}, max value for 28 bit integer is 268,435,456`);
assert.equal(
this.consoleMAC.length,
6,
`Invalid Mii console MAC address size. Got ${this.consoleMAC.length}, console MAC addresses must be 6 bytes long`
);
assert.ok(Util.inRange(this.gender, Util.range(2)), `Invalid Mii gender. Got ${this.gender}, expected 0 or 1`);
assert.ok(Util.inRange(this.birthMonth, Util.range(13)), `Invalid Mii birth month. Got ${this.birthMonth}, expected 0-12`);
assert.ok(Util.inRange(this.birthDay, Util.range(32)), `Invalid Mii birth day. Got ${this.birthDay}, expected 0-31`);
assert.ok(Util.inRange(this.favoriteColor, Util.range(12)), `Invalid Mii favorite color. Got ${this.favoriteColor}, expected 0-11`);
assert.equal(typeof this.favorite, "boolean", `Invalid favorite Mii flag. Got ${this.favorite}, expected true or false`);
assert.ok(Buffer.from(this.miiName, "utf16le").length <= 0x14, `Invalid Mii name. Got ${this.miiName}, name may only be up to 10 characters`);
assert.ok(Util.inRange(this.height, Util.range(128)), `Invalid Mii height. Got ${this.height}, expected 0-127`);
assert.ok(Util.inRange(this.build, Util.range(128)), `Invalid Mii build. Got ${this.build}, expected 0-127`);
assert.equal(typeof this.disableSharing, "boolean", `Invalid disable sharing Mii flag. Got ${this.disableSharing}, expected true or false`);
assert.ok(Util.inRange(this.faceType, Util.range(12)), `Invalid Mii face type. Got ${this.faceType}, expected 0-11`);
assert.ok(Util.inRange(this.skinColor, Util.range(7)), `Invalid Mii skin color. Got ${this.skinColor}, expected 0-6`);
assert.ok(Util.inRange(this.wrinklesType, Util.range(12)), `Invalid Mii wrinkles type. Got ${this.wrinklesType}, expected 0-11`);
assert.ok(Util.inRange(this.makeupType, Util.range(12)), `Invalid Mii makeup type. Got ${this.makeupType}, expected 0-11`);
assert.ok(Util.inRange(this.hairType, Util.range(132)), `Invalid Mii hair type. Got ${this.hairType}, expected 0-131`);
// assert.ok(Util.inRange(this.hairColor, Util.range(8)), `Invalid Mii hair color. Got ${this.hairColor}, expected 0-7`);
assert.equal(typeof this.flipHair, "boolean", `Invalid flip hair flag. Got ${this.flipHair}, expected true or false`);
assert.ok(Util.inRange(this.eyeType, Util.range(60)), `Invalid Mii eye type. Got ${this.eyeType}, expected 0-59`);
assert.ok(Util.inRange(this.eyeColor, Util.range(6)), `Invalid Mii eye color. Got ${this.eyeColor}, expected 0-5`);
assert.ok(Util.inRange(this.eyeScale, Util.range(8)), `Invalid Mii eye scale. Got ${this.eyeScale}, expected 0-7`);
assert.ok(Util.inRange(this.eyeVerticalStretch, Util.range(7)), `Invalid Mii eye vertical stretch. Got ${this.eyeVerticalStretch}, expected 0-6`);
assert.ok(Util.inRange(this.eyeRotation, Util.range(8)), `Invalid Mii eye rotation. Got ${this.eyeRotation}, expected 0-7`);
assert.ok(Util.inRange(this.eyeSpacing, Util.range(13)), `Invalid Mii eye spacing. Got ${this.eyeSpacing}, expected 0-12`);
assert.ok(Util.inRange(this.eyeYPosition, Util.range(19)), `Invalid Mii eye Y position. Got ${this.eyeYPosition}, expected 0-18`);
assert.ok(Util.inRange(this.eyebrowType, Util.range(25)), `Invalid Mii eyebrow type. Got ${this.eyebrowType}, expected 0-24`);
// assert.ok(Util.inRange(this.eyebrowColor, Util.range(8)), `Invalid Mii eyebrow color. Got ${this.eyebrowColor}, expected 0-7`);
assert.ok(Util.inRange(this.eyebrowScale, Util.range(9)), `Invalid Mii eyebrow scale. Got ${this.eyebrowScale}, expected 0-8`);
assert.ok(
Util.inRange(this.eyebrowVerticalStretch, Util.range(7)),
`Invalid Mii eyebrow vertical stretch. Got ${this.eyebrowVerticalStretch}, expected 0-6`
);
assert.ok(Util.inRange(this.eyebrowRotation, Util.range(12)), `Invalid Mii eyebrow rotation. Got ${this.eyebrowRotation}, expected 0-11`);
assert.ok(Util.inRange(this.eyebrowSpacing, Util.range(13)), `Invalid Mii eyebrow spacing. Got ${this.eyebrowSpacing}, expected 0-12`);
assert.ok(Util.inRange(this.eyebrowYPosition, Util.range(3, 19)), `Invalid Mii eyebrow Y position. Got ${this.eyebrowYPosition}, expected 3-18`);
assert.ok(Util.inRange(this.noseType, Util.range(18)), `Invalid Mii nose type. Got ${this.noseType}, expected 0-17`);
assert.ok(Util.inRange(this.noseScale, Util.range(9)), `Invalid Mii nose scale. Got ${this.noseScale}, expected 0-8`);
assert.ok(Util.inRange(this.noseYPosition, Util.range(19)), `Invalid Mii nose Y position. Got ${this.noseYPosition}, expected 0-18`);
assert.ok(Util.inRange(this.mouthType, Util.range(36)), `Invalid Mii mouth type. Got ${this.mouthType}, expected 0-35`);
assert.ok(Util.inRange(this.mouthColor, Util.range(5)), `Invalid Mii mouth color. Got ${this.mouthColor}, expected 0-4`);
assert.ok(Util.inRange(this.mouthScale, Util.range(9)), `Invalid Mii mouth scale. Got ${this.mouthScale}, expected 0-8`);
assert.ok(
Util.inRange(this.mouthHorizontalStretch, Util.range(7)),
`Invalid Mii mouth stretch. Got ${this.mouthHorizontalStretch}, expected 0-6`
);
assert.ok(Util.inRange(this.mouthYPosition, Util.range(19)), `Invalid Mii mouth Y position. Got ${this.mouthYPosition}, expected 0-18`);
assert.ok(Util.inRange(this.mustacheType, Util.range(6)), `Invalid Mii mustache type. Got ${this.mustacheType}, expected 0-5`);
assert.ok(Util.inRange(this.beardType, Util.range(6)), `Invalid Mii beard type. Got ${this.beardType}, expected 0-5`);
// assert.ok(Util.inRange(this.facialHairColor, Util.range(8)), `Invalid Mii beard type. Got ${this.facialHairColor}, expected 0-7`);
assert.ok(Util.inRange(this.mustacheScale, Util.range(9)), `Invalid Mii mustache scale. Got ${this.mustacheScale}, expected 0-8`);
assert.ok(Util.inRange(this.mustacheYPosition, Util.range(17)), `Invalid Mii mustache Y position. Got ${this.mustacheYPosition}, expected 0-16`);
assert.ok(Util.inRange(this.glassesType, Util.range(9)), `Invalid Mii glassess type. Got ${this.glassesType}, expected 0-8`);
assert.ok(Util.inRange(this.glassesColor, Util.range(6)), `Invalid Mii glassess type. Got ${this.glassesColor}, expected 0-5`);
assert.ok(Util.inRange(this.glassesScale, Util.range(8)), `Invalid Mii glassess type. Got ${this.glassesScale}, expected 0-7`);
assert.ok(Util.inRange(this.glassesYPosition, Util.range(21)), `Invalid Mii glassess Y position. Got ${this.glassesYPosition}, expected 0-20`);
assert.equal(typeof this.moleEnabled, "boolean", `Invalid mole enabled flag. Got ${this.moleEnabled}, expected true or false`);
assert.ok(Util.inRange(this.moleScale, Util.range(9)), `Invalid Mii mole scale. Got ${this.moleScale}, expected 0-8`);
assert.ok(Util.inRange(this.moleXPosition, Util.range(17)), `Invalid Mii mole X position. Got ${this.moleXPosition}, expected 0-16`);
assert.ok(Util.inRange(this.moleYPosition, Util.range(31)), `Invalid Mii mole Y position. Got ${this.moleYPosition}, expected 0-30`);
// Sanity checks
/*
HEYimHeroic says this check must be true,
but in my testing my Mii's have both these flags
set and are valid
Commenting out until we get more info
if (this.dsMii && this.isValid) {
assert.fail('If DS Mii flag is true, the is valid flag must be false');
}
*/
if (this.nonUserMii && (this.creationTime !== 0 || this.isValid || this.dsMii || this.normalMii)) {
assert.fail("Non-user Mii's must have all other Mii ID bits set to 0");
}
if (!this.normalMii && !this.disableSharing) {
assert.fail("Special Miis must have sharing disabled");
}
}
public decode(): void {
this.version = this.bitStream.readUint8();
this.allowCopying = this.bitStream.readBoolean();
this.profanityFlag = this.bitStream.readBoolean();
this.regionLock = this.bitStream.readBits(2);
this.characterSet = this.bitStream.readBits(2);
this.bitStream.alignByte();
this.pageIndex = this.bitStream.readBits(4);
this.slotIndex = this.bitStream.readBits(4);
this.unknown1 = this.bitStream.readBits(4);
this.deviceOrigin = this.bitStream.readBits(3);
this.bitStream.alignByte();
this.systemId = this.bitStream.readBuffer(8);
this.bitStream.swapEndian(); // * Mii ID data is BE
this.normalMii = this.bitStream.readBoolean();
this.dsMii = this.bitStream.readBoolean();
this.nonUserMii = this.bitStream.readBoolean();
this.isValid = this.bitStream.readBoolean();
this.creationTime = this.bitStream.readBits(28);
this.bitStream.swapEndian(); // * Swap back to LE
this.consoleMAC = this.bitStream.readBuffer(6);
this.bitStream.skipInt16(); // * 0x0000 padding
this.gender = this.bitStream.readBit();
this.birthMonth = this.bitStream.readBits(4);
this.birthDay = this.bitStream.readBits(5);
this.favoriteColor = this.bitStream.readBits(4);
this.favorite = this.bitStream.readBoolean();
this.bitStream.alignByte();
this.miiName = this.bitStream.readUTF16String(0x14);
this.height = this.bitStream.readUint8();
this.build = this.bitStream.readUint8();
this.disableSharing = this.bitStream.readBoolean();
this.faceType = this.bitStream.readBits(4);
this.skinColor = this.bitStream.readBits(3);
this.wrinklesType = this.bitStream.readBits(4);
this.makeupType = this.bitStream.readBits(4);
this.hairType = this.bitStream.readUint8();
this.hairColor = this.bitStream.readBits(3);
this.flipHair = this.bitStream.readBoolean();
this.bitStream.alignByte();
this.eyeType = this.bitStream.readBits(6);
this.eyeColor = this.bitStream.readBits(3);
this.eyeScale = this.bitStream.readBits(4);
this.eyeVerticalStretch = this.bitStream.readBits(3);
this.eyeRotation = this.bitStream.readBits(5);
this.eyeSpacing = this.bitStream.readBits(4);
this.eyeYPosition = this.bitStream.readBits(5);
this.bitStream.alignByte();
this.eyebrowType = this.bitStream.readBits(5);
this.eyebrowColor = this.bitStream.readBits(3);
this.eyebrowScale = this.bitStream.readBits(4);
this.eyebrowVerticalStretch = this.bitStream.readBits(3);
this.bitStream.skipBit();
this.eyebrowRotation = this.bitStream.readBits(4);
this.bitStream.skipBit();
this.eyebrowSpacing = this.bitStream.readBits(4);
this.eyebrowYPosition = this.bitStream.readBits(5);
this.bitStream.alignByte();
this.noseType = this.bitStream.readBits(5);
this.noseScale = this.bitStream.readBits(4);
this.noseYPosition = this.bitStream.readBits(5);
this.bitStream.alignByte();
this.mouthType = this.bitStream.readBits(6);
this.mouthColor = this.bitStream.readBits(3);
this.mouthScale = this.bitStream.readBits(4);
this.mouthHorizontalStretch = this.bitStream.readBits(3);
this.mouthYPosition = this.bitStream.readBits(5);
this.mustacheType = this.bitStream.readBits(3);
this.unknown2 = this.bitStream.readUint8();
this.beardType = this.bitStream.readBits(3);
this.facialHairColor = this.bitStream.readBits(3);
this.mustacheScale = this.bitStream.readBits(4);
this.mustacheYPosition = this.bitStream.readBits(5);
this.bitStream.alignByte();
this.glassesType = this.bitStream.readBits(4);
this.glassesColor = this.bitStream.readBits(3);
this.glassesScale = this.bitStream.readBits(4);
this.glassesYPosition = this.bitStream.readBits(5);
this.moleEnabled = this.bitStream.readBoolean();
this.moleScale = this.bitStream.readBits(4);
this.moleXPosition = this.bitStream.readBits(5);
this.moleYPosition = this.bitStream.readBits(5);
this.bitStream.alignByte();
this.creatorName = this.bitStream.readUTF16String(0x14);
this.bitStream.skipInt16(); // * 0x0000 padding
this.bitStream.swapEndian(); // * Swap to big endian because thats how checksum is calculated here
this.checksum = this.bitStream.readUint16();
this.bitStream.swapEndian(); // * Swap back to little endian
this.validate();
if (this.checksum !== this.calculateCRC()) {
throw new Error("Invalid Mii checksum");
}
}
public calculateCRC(): number {
const view = this.bitStream.view;
// @ts-expect-error _view is private
const data = view._view.subarray(0, 0x5e);
let crc = 0x0000;
for (const byte of data) {
for (let bit = 7; bit >= 0; bit--) {
const flag = (crc & 0x8000) != 0;
crc = ((crc << 1) | ((byte >> bit) & 0x1)) ^ (flag ? 0x1021 : 0);
}
}
for (let i = 16; i > 0; i--) {
const flag = (crc & 0x8000) != 0;
crc = (crc << 1) ^ (flag ? 0x1021 : 0);
}
return crc & 0xffff;
}
public encodeStudio(): Buffer {
this.validate();
/*
Can also disable randomization with:
let miiStudioData = Buffer.alloc(0x2F);
let next = 256;
and removing "randomizer" and the "miiStudioData.writeUInt8(randomizer);" call
*/
const miiStudioData = Buffer.alloc(0x2f);
const randomizer = Math.floor(256 * Math.random());
let next = randomizer;
let pos = 1;
function encodeMiiPart(partValue: number): void {
const encoded = (7 + (partValue ^ next)) % 256;
next = encoded;
miiStudioData.writeUInt8(encoded, pos);
pos++;
}
miiStudioData.writeUInt8(randomizer);
if (this.facialHairColor === 0) {
encodeMiiPart(8);
} else {
encodeMiiPart(this.facialHairColor);
}
encodeMiiPart(this.beardType);
encodeMiiPart(this.build);
encodeMiiPart(this.eyeVerticalStretch);
encodeMiiPart(this.eyeColor + 8);
encodeMiiPart(this.eyeRotation);
encodeMiiPart(this.eyeScale);
encodeMiiPart(this.eyeType);
encodeMiiPart(this.eyeSpacing);
encodeMiiPart(this.eyeYPosition);
encodeMiiPart(this.eyebrowVerticalStretch);
if (this.eyebrowColor === 0) {
encodeMiiPart(8);
} else {
encodeMiiPart(this.eyebrowColor);
}
encodeMiiPart(this.eyebrowRotation);
encodeMiiPart(this.eyebrowScale);
encodeMiiPart(this.eyebrowType);
encodeMiiPart(this.eyebrowSpacing);
encodeMiiPart(this.eyebrowYPosition);
encodeMiiPart(this.skinColor);
encodeMiiPart(this.makeupType);
encodeMiiPart(this.faceType);
encodeMiiPart(this.wrinklesType);
encodeMiiPart(this.favoriteColor);
encodeMiiPart(this.gender);
if (this.glassesColor == 0) {
encodeMiiPart(8);
} else if (this.glassesColor < 6) {
encodeMiiPart(this.glassesColor + 13);
} else {
encodeMiiPart(0);
}
encodeMiiPart(this.glassesScale);
encodeMiiPart(this.glassesType);
encodeMiiPart(this.glassesYPosition);
if (this.hairColor == 0) {
encodeMiiPart(8);
} else {
encodeMiiPart(this.hairColor);
}
encodeMiiPart(this.flipHair ? 1 : 0);
encodeMiiPart(this.hairType);
encodeMiiPart(this.height);
encodeMiiPart(this.moleScale);
encodeMiiPart(this.moleEnabled ? 1 : 0);
encodeMiiPart(this.moleXPosition);
encodeMiiPart(this.moleYPosition);
encodeMiiPart(this.mouthHorizontalStretch);
if (this.mouthColor < 4) {
encodeMiiPart(this.mouthColor + 19);
} else {
encodeMiiPart(0);
}
encodeMiiPart(this.mouthScale);
encodeMiiPart(this.mouthType);
encodeMiiPart(this.mouthYPosition);
encodeMiiPart(this.mustacheScale);
encodeMiiPart(this.mustacheType);
encodeMiiPart(this.mustacheYPosition);
encodeMiiPart(this.noseScale);
encodeMiiPart(this.noseType);
encodeMiiPart(this.noseYPosition);
return miiStudioData;
}
public studioUrl(
queryParams: {
type?: string;
expression?: string;
width?: number;
bgColor?: string;
clothesColor?: string;
cameraXRotate?: number;
cameraYRotate?: number;
cameraZRotate?: number;
characterXRotate?: number;
characterYRotate?: number;
characterZRotate?: number;
lightXDirection?: number;
lightYDirection?: number;
lightZDirection?: number;
lightDirectionMode?: string;
instanceCount?: number;
instanceRotationMode?: string;
data?: string;
} = STUDIO_RENDER_DEFAULTS
): string {
const params = {
...STUDIO_RENDER_DEFAULTS,
...queryParams,
data: this.encodeStudio().toString("hex"),
};
// TODO - Assert and error out instead of setting defaults?
params.type = STUDIO_RENDER_TYPES.includes(params.type as string) ? params.type : STUDIO_RENDER_DEFAULTS.type;
params.expression = STUDIO_RENDER_EXPRESSIONS.includes(params.expression as string) ? params.expression : STUDIO_RENDER_DEFAULTS.expression;
params.width = Util.clamp(params.width, 512);
params.bgColor = STUDIO_BG_COLOR_REGEX.test(params.bgColor as string) ? params.bgColor : STUDIO_RENDER_DEFAULTS.bgColor;
params.clothesColor = STUDIO_RENDER_CLOTHES_COLORS.includes(params.clothesColor) ? params.clothesColor : STUDIO_RENDER_DEFAULTS.clothesColor;
params.cameraXRotate = Util.clamp(params.cameraXRotate, 359);
params.cameraYRotate = Util.clamp(params.cameraYRotate, 359);
params.cameraZRotate = Util.clamp(params.cameraZRotate, 359);
params.characterXRotate = Util.clamp(params.characterXRotate, 359);
params.characterYRotate = Util.clamp(params.characterYRotate, 359);
params.characterZRotate = Util.clamp(params.characterZRotate, 359);
params.lightXDirection = Util.clamp(params.lightXDirection, 359);
params.lightYDirection = Util.clamp(params.lightYDirection, 359);
params.lightZDirection = Util.clamp(params.lightZDirection, 359);
params.lightDirectionMode = STUDIO_RENDER_LIGHT_DIRECTION_MODS.includes(params.lightDirectionMode)
? params.lightDirectionMode
: STUDIO_RENDER_DEFAULTS.lightDirectionMode;
params.instanceCount = Util.clamp(params.instanceCount, 1, 16);
params.instanceRotationMode = STUDIO_RENDER_INSTANCE_ROTATION_MODES.includes(params.instanceRotationMode)
? params.instanceRotationMode
: STUDIO_RENDER_DEFAULTS.instanceRotationMode;
// converts non-string params to strings
const query = new URLSearchParams(Object.fromEntries(Object.entries(params).map(([key, value]) => [key, value.toString()])));
if (params.lightDirectionMode === "none") {
query.delete("lightDirectionMode");
query.delete("lightXDirection");
query.delete("lightYDirection");
query.delete("lightZDirection");
}
return `${STUDIO_RENDER_URL_BASE}?${query.toString()}`;
}
}

24
src/lib/mii.js/util.ts Normal file
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// Stolen from https://github.com/PretendoNetwork/mii-js/
export default class Util {
public static inRange(val: number, range: number[]): boolean {
return range.includes(val);
}
public static clamp(val: number, min: number, max?: number): number {
if (max === undefined) {
max = min;
min = 0;
}
return Math.min(Math.max(val, min), max);
}
public static range(start: number, end?: number): number[] {
if (end === undefined) {
end = start;
start = 0;
}
return Array.from({ length: end - start }, (_, i) => i + start);
}
}

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import { TOMODACHI_LIFE_DECRYPTION_KEY } from "@/lib/constants";
import { AES_CTR } from "@trafficlunar/asmcrypto.js";
// Converts hair dye to studio color
// (Credits to kat21)
const hairDyeConverter = [
55, 51, 50, 12, 16, 12, 67, 61, 51, 64, 69, 66, 65, 86, 85, 93, 92, 19, 20, 20, 15, 32, 35, 26, 38, 41, 43, 18, 95, 97, 97, 99,
];
// (Credits to ariankordi for the byte locations)
export default class TomodachiLifeMii {
firstName: string;
lastName: string;
islandName: string;
hairDye: number;
hairDyeEnabled: boolean;
// There is more properties but I don't plan to add them *yet*
// Property below is not located in the bytes
studioHairColor: number;
constructor(buffer: ArrayBuffer) {
const view = new DataView(buffer);
let offset = 0;
this.firstName = this.readUtf16String(buffer, offset, 32);
offset += 32;
this.lastName = this.readUtf16String(buffer, offset, 32);
offset += 32;
// Skip 3 unknown bytes
offset += 3;
// Read bit fields
const bitField = view.getUint8(offset++);
this.hairDyeEnabled = (bitField & 0x80) !== 0;
this.hairDye = (bitField & 0x3e) >> 1;
// Skip 12 unknown bytes
offset += 12;
// Skip catchphrase
offset += 32;
// Skip 58 unknown bytes
offset += 58;
// Skip voice properties
offset += 6;
// Skip character properties
offset += 5;
// Skip 35 unknown bytes
offset += 35;
this.islandName = this.readUtf16String(buffer, offset, 20);
// Convert hair dye color to studio color
this.studioHairColor = hairDyeConverter[this.hairDye];
}
static fromBytes(bytes: Uint8Array): TomodachiLifeMii {
const iv = bytes.slice(0x70, 128);
const encryptedExtraData = bytes.slice(128, -4);
const decryptedExtraData = AES_CTR.decrypt(encryptedExtraData, TOMODACHI_LIFE_DECRYPTION_KEY, iv);
const data = new Uint8Array(decryptedExtraData);
return new TomodachiLifeMii(data.buffer);
}
private readUtf16String(buffer: ArrayBuffer, offset: number, byteLength: number): string {
const bytes = new Uint8Array(buffer, offset, byteLength);
let str = "";
// We process every 2 bytes (UTF-16)
for (let i = 0; i < bytes.length; i += 2) {
const charCode = bytes[i] | (bytes[i + 1] << 8);
if (charCode === 0) break; // Stop at the null terminator (0x0000)
str += String.fromCharCode(charCode);
}
return str;
}
}