state("InfiltrateAndExtract-Win64-Shipping")
{
    // Module-relative offsets
    int a : 0x68D4788;
    int b : 0x68D4738;
}

startup
{
    vars.currentLevel = 0;         // 0 = not started; 2..10 = next split target; 11 = post-L10
    vars.levelIndicator1 = 0;      // expected 'a' for the target level
    vars.levelIndicator2 = 0;      // expected 'b' for the target level
    vars.postL10AwaitChange = false;
}

onReset
{
    vars.currentLevel = 0;
    vars.levelIndicator1 = 0;
    vars.levelIndicator2 = 0;
    vars.postL10AwaitChange = false;
}

start
{
    // Start when Level 1 pair appears; first split will be Level 2
    if (timer.CurrentPhase == TimerPhase.NotRunning)
    {
        if (current.a == 561 && current.b == 3211) // Level 1 start
        {
            vars.currentLevel = 2;                 // target Level 2 for the first split
            vars.levelIndicator1 = 560;            // L2 'a'
            vars.levelIndicator2 = 3209;           // L2 'b'
            vars.postL10AwaitChange = false;
            return true;
        }
    }
    return false;
}

split
{
    // After L10 split, do a final split only when BOTH values differ from L10 pair
    if (vars.postL10AwaitChange)
    {
        if (current.a != 561 && current.b != 3219) // both changed away from L10
        {
            vars.postL10AwaitChange = false;
            return true;
        }
    }

    int cur = (int)vars.currentLevel;

    switch (cur)
    {
        case 2:
            vars.levelIndicator1 = 560; vars.levelIndicator2 = 3209;
            if (current.a == vars.levelIndicator1 && current.b == vars.levelIndicator2)
            { vars.currentLevel = 3; return true; }
            break;

        case 3:
            vars.levelIndicator1 = 563; vars.levelIndicator2 = 3221;
            if (current.a == vars.levelIndicator1 && current.b == vars.levelIndicator2)
            { vars.currentLevel = 4; return true; }
            break;

        case 4:
            vars.levelIndicator1 = 560; vars.levelIndicator2 = 3211;
            if (current.a == vars.levelIndicator1 && current.b == vars.levelIndicator2)
            { vars.currentLevel = 5; return true; }
            break;

        case 5:
            vars.levelIndicator1 = 563; vars.levelIndicator2 = 3222;
            if (current.a == vars.levelIndicator1 && current.b == vars.levelIndicator2)
            { vars.currentLevel = 6; return true; }
            break;

        case 6:
            vars.levelIndicator1 = 562; vars.levelIndicator2 = 3216;
            if (current.a == vars.levelIndicator1 && current.b == vars.levelIndicator2)
            { vars.currentLevel = 7; return true; }
            break;

        case 7:
            vars.levelIndicator1 = 561; vars.levelIndicator2 = 3215;
            if (current.a == vars.levelIndicator1 && current.b == vars.levelIndicator2)
            { vars.currentLevel = 8; return true; }
            break;

        case 8:
            // NOTE: same as Main Menu pair; no auto-reset included
            vars.levelIndicator1 = 562; vars.levelIndicator2 = 3218;
            if (current.a == vars.levelIndicator1 && current.b == vars.levelIndicator2)
            { vars.currentLevel = 9; return true; }
            break;

        case 9:
            vars.levelIndicator1 = 560; vars.levelIndicator2 = 3213;
            if (current.a == vars.levelIndicator1 && current.b == vars.levelIndicator2)
            { vars.currentLevel = 10; return true; }
            break;

        case 10:
            vars.levelIndicator1 = 561; vars.levelIndicator2 = 3219;
            if (current.a == vars.levelIndicator1 && current.b == vars.levelIndicator2)
            {
                vars.currentLevel = 11;           // post-L10
                vars.postL10AwaitChange = true;   // wait until BOTH change, then final split
                return true;                      // split for entering Level 10 (Level 9 complete)
            }
            break;

        default:
            break;
    }

    return false;
}

isLoading
{
    return false;
}