5F_MIB2_Dataset_0x003B00.BIN.bt

//------------------------------------------------
//--- 010 Editor v12.0 Binary Template
//
//      File: 0x003B00.BIN
//   Authors: Alex Strelets
//   Version: 0.1
//   Purpose: Parse the contents of the Sound Settings of MIB2
//  Category:
// File Mask:
//  ID Bytes:
//   History: 0.1 - Initial version

//------------------------------------------------
// legend:
// yellow/aqua = uncertain
// red         = checksum
// green       = confirmed
// gray        = seemingly irrelevant
// blue        = special

typedef struct {
    byte min <bgcolor=cDkGreen>;
    byte center <bgcolor=cGreen>;
    byte max <bgcolor=cLtGreen>;
} Knob;

struct {
    byte min <bgcolor=cDkYellow>;
    byte unknown <bgcolor=cYellow>;
    byte max <bgcolor=cLtYellow>;
} VolumeBar;

struct {
    Knob Balance;
    Knob Fade;
    Knob Treble;
    Knob MidTreble;
    Knob Middle;
    Knob MidBass;
    Knob Bass;
    Knob Subwoofer;
} ToneControls;

string getEffect(int type) {
    switch(type) {
        case 1: return "All";
        case 2: return "Driver";
        case 4: return "Movie";
        case 8: return "Front";
        case 16: return "Back";
        default:   return "Unknown";
    }
}


ubyte Clicks <bgcolor=cDkAqua>;
ubyte ToneBands <bgcolor=cAqua>;

// Looks like a bit mask to show 3 variations of Balance/Fade screen
// 00000001: Could be Balance bar only
// 00000010: Fade bar or submenu
// 00000100: Top-down view with free position movement by touch
// So, '7' (00000111) as a value enables them all

ubyte BalanceFadeControl <bgcolor=cLtAqua>;
ubyte FocusEffect1 <bgcolor=cDkAqua, read=getEffect>;
ubyte FocusEffect2 <bgcolor=cAqua, read=getEffect>;
struct {
    ubyte value[19] <bgcolor=cDkGray>;
} UnknownGain;

FSeek(51);
struct {
    char major <bgcolor=cDkBlue>;
    char minor <bgcolor=cDkBlue>;
} DatasetVersion;
ushort checksum <bgcolor=cDkRed>;

local int i;
local int j;

Printf("\nVOLUME\n");
Printf("Bar:\t [%2g .. %2g .. %3g ]\n", VolumeBar.min, VolumeBar.unknown, VolumeBar.max);

Printf("\nKNOBS\n");
Printf("Balance:\t [%3g .. %1g .. %1g ]\n",   ToneControls.Balance.min, ToneControls.Balance.center, ToneControls.Balance.max);
Printf("Fade:\t [%3g .. %1g .. %1g ]\n",      ToneControls.Fade.min, ToneControls.Fade.center, ToneControls.Fade.max);
Printf("Treble:\t [%3g .. %1g .. %1g ]\n",    ToneControls.Treble.min, ToneControls.Treble.center, ToneControls.Treble.max);
Printf("MidTreble:\t [%3g .. %1g .. %1g ]\n", ToneControls.MidTreble.min, ToneControls.MidTreble.center, ToneControls.MidTreble.max);
Printf("Middle:\t [%3g .. %1g .. %1g ]\n",    ToneControls.Middle.min, ToneControls.Middle.center, ToneControls.Middle.max);
Printf("MidBass:\t [%3g .. %1g .. %1g ]\n",   ToneControls.MidBass.min, ToneControls.MidBass.center, ToneControls.MidBass.max);
Printf("Bass:\t [%3g .. %1g .. %1g ]\n",      ToneControls.Bass.min, ToneControls.Bass.center, ToneControls.Bass.max);
Printf("Subwoofer:\t [%3g .. %1g .. %1g ]\n", ToneControls.Subwoofer.min, ToneControls.Subwoofer.center, ToneControls.Subwoofer.max);

Printf("\nFocusing:\t [ %s\t> ]\n\t [ %s\t  ]\n", getEffect(FocusEffect1), getEffect(FocusEffect2));

Printf("\nUNKNOWN GAIN\n");
for (j = 0; j < 19; j++) {
    Printf("%4g  ", UnknownGain.value[j]);
}

local int file_checksum = Checksum(CHECKSUM_CRCCCITT, 0, FileSize() - 2, -1, -1); // algo, size, length, poly, init
Printf("\n\nFILE CHECKSUM: %.04X", file_checksum);