pubg-dma-offset

我因为工作问题和时间问题，随时停止更新这个offset.txt，如果你想获取新的offset，请移步Uc

Due to work and time issues, I will stop updating this offset.exe at any time. If you want to obtain a new offset, please move to Uc

2025.10.23
DWORD Decrypt::CIndex(DWORD encrypted_id)
{
    // Define the hardcoded constants directly from the IDA code
    const DWORD keyA = 0x5;
    const DWORD keyB = 0x50200000;
    const DWORD shiftL = 27;
    const DWORD shiftR = 5;
    const DWORD mask = 0x7FF0000;

    const DWORD key1_rot = 0x502E3065;
    const DWORD rval = 21;
    const DWORD key2_final = 0x1AD9281;

    // 1. Calculate the complex part
    // Corresponds to: (((a1 ^ 5) << 27) | ((a1 ^ 0x50200000u) >> 5) & 0x7FF0000)
    DWORD partA = (encrypted_id ^ keyA) << shiftL;
    DWORD partB = ((encrypted_id ^ keyB) >> shiftR) & mask;
    DWORD complex_part = partA | partB;

    // 2. Calculate the rotated part
    // Corresponds to: __ROR4__(a1 ^ 0x502E3065, 21)
    DWORD rotated_part = _rotr(encrypted_id ^ key1_rot, rval);

    // 3. Combine the parts with the final XOR key
    // Corresponds to: complex_part ^ rotated_part ^ 0x1AD9281
    return complex_part ^ rotated_part ^ key2_final;
}
2025.11.1
DWORD Decrypt::CIndex(DWORD value)
{
    return (((value ^ 0xC7C846D) << 26) | ((value ^ 0xC7C846Du) >> 6) & 0x3FF0000) ^ _rotr(value ^ 0xC7C846D, 22) ^ 0xCE1353CB;
}
2025.11.5
DWORD Decrypt::CIndex(DWORD value)
{
    return (16 * value) & 0xFFFF0000 ^ _rotr(value ^ 0x426749E3, 12) ^ 0xDF75B4A6;
}
2025.11.12
DWORD Decrypt::CIndex(DWORD value)
{
    // (((value ^ 0x795DBCD8) << 23) | ((value ^ 0x795DBCD8u) >> 9) & 0x7F0000) ^ _rotr(value ^ 0x795DBCD8, 25)
    auto v13 = (((value ^ 0x795DBCD8) << 23) | ((value ^ 0x795DBCD8u) >> 9) & 0x7F0000) ^ _rotr(value ^ 0x795DBCD8, 25);
    
    // (v13 ^ 0xECED5D70)
    return (v13 ^ 0xECED5D70);
}
2025.11.19
纯纯代码：
DWORD Decrypt::CIndex(DWORD value)
{
    // Key1 = 0x43FD4C92
    // Sval = 30 (0x1E)
    // Dval = 2
    // Mask = 0x3FFF0000
    // Rval = 18 (0x12)
    // Key2 = 0xC207C55F

    auto temp = value ^ 0x43FD4C92;
    auto v13 = ((temp << 30) | (temp >> 2) & 0x3FFF0000) ^ _rotr(temp, 18);
    return (v13 ^ 0xC207C55F);
}
云更新：
DWORD Decrypt::CIndex(DWORD encrypted_id)
{
    // 基础异或
    DWORD xor_result = encrypted_id ^ DecryptNameIndexXorKey1; 
    
    // 组合部分: ((X^K1) << Sval) | ((X^K1 >> Dval) & Mask)
    DWORD left_part = xor_result << DecryptNameIndexSval;
    DWORD right_part = (xor_result >> DecryptNameIndexDval) & DecryptNameIndexXorKey3;
    
    // 旋转部分
    DWORD rotated_part = _rotr(xor_result, DecryptNameIndexRval);

    // 最终组合
    return left_part | right_part ^ rotated_part ^ DecryptNameIndexXorKey2;
}