tanmayb123

Minecraft on Apple Silicon (v2 - 1.17 & Microsoft authentication)

In this gist, you can find the steps to run Minecraft 1.17 natively on Apple Silicon (AS), without needing Rosetta 2 translation of the dependencies (mainly LWJGL and related libraries).

While it's possible to use a launcher like MultiMC to have a prettier way to run the game on AS, it requires installing even more dependencies (like QT) which take time and are difficult to distribute. Therefore, I've put together a command line-based launcher tool using a couple shell & Python scripts.

To get up and running quickly, follow the steps below. Otherwise, for more detail, watch my YouTube videos: old, new.

Download my package

tanmayb123

Minecraft on Apple Silicon

In this gist, you can find the steps to run Minecraft 1.16.4 natively on Apple Silicon (AS), without needing Rosetta 2 translation of the dependencies (mainly LWJGL and related libraries).

While it's possible to use a launcher like MultiMC to have a prettier way to run the game on AS, it requires installing even more dependencies (like QT) which take time and are difficult to distribute. Therefore, I've put together a command line-based launcher tool using a couple shell & Python scripts.

To get up and running quickly, follow the steps below. Otherwise, for more detail, watch my YouTube video.

Download my package

tanmayb123

import Foundation

struct FastRandomGenerator {
    static var shared = FastRandomGenerator()
    
    private var seed: UInt32

    init() {
        seed = UInt32.random(in: 1...500000000)
    }

tanmayb123

import Foundation

struct SudokuBoard {
    var board: [Int]
    
    subscript(_ x: Int, _ y: Int) -> Int {
        get {
            return board[y * 9 + x]
        }
        set {

tanmayb123

import TensorFlow
import Python

let np = Python.import("numpy")

let randomNumbers = Tensor<Float>(randomUniform: [5, 5])
print(randomNumbers)

let rotatedRandomNumbers = Tensor<Float>(numpy: np.rot90(randomNumbers.makeNumpyArray()))
print(rotatedRandomNumbers)

tanmayb123

tanmayb123

import numpy as np
import csv
import sys
from scipy.spatial.distance import cosine

vec_file = list(csv.reader(open("en_de_model_2.vec"), delimiter=" "))
vec_file = [i[0:-1] for i in vec_file[1:]]

words = [i[0] for i in vec_file]
vectors = [list(map(float, i[1:])) for i in vec_file]

tanmayb123

"Balloc" -> "llvm.dbg.value"
"Balloc" -> "malloc"
"FTB_WORD_cmp" -> "llvm.dbg.value"
"FTB_WORD_cmp.37624" -> "llvm.dbg.value"
"FTB_WORD_cmp_list" -> "llvm.dbg.value"
"FTB_WORD_cmp_list.37625" -> "llvm.dbg.value"
"FT_DOC_cmp" -> "llvm.dbg.value"
"FT_DOC_cmp.37650" -> "llvm.dbg.value"
"FT_STOPWORD_cmp" -> "llvm.dbg.value"
"FT_STOPWORD_free" -> "llvm.dbg.value"

tanmayb123

"BaseException_clear" -> "_Py_Dealloc"
"BaseException_clear" -> "llvm.dbg.value"
"BaseException_dealloc" -> ""
"BaseException_dealloc" -> "BaseException_clear"
"BaseException_dealloc" -> "llvm.dbg.value"
"BaseException_get_args" -> "llvm.dbg.value"
"BaseException_get_cause" -> "llvm.dbg.value"
"BaseException_get_context" -> "llvm.dbg.value"
"BaseException_get_tb" -> "llvm.dbg.value"
"BaseException_init" -> "_PyArg_NoKeywords"

tanmayb123

"BMK_benchCLevel" -> ""
"BMK_benchCLevel" -> "LZ4_XXH64"
"BMK_benchCLevel" -> "LZ4_compressBound"
"BMK_benchCLevel" -> "LZ4_decompress_safe"
"BMK_benchCLevel" -> "RDG_genBuffer"
"BMK_benchCLevel" -> "__assert_fail"
"BMK_benchCLevel" -> "clock_gettime"
"BMK_benchCLevel" -> "exit"
"BMK_benchCLevel" -> "fprintf"
"BMK_benchCLevel" -> "fputc"