#include <common-types.bt>
struct HINTEntry
{
string name;
float2 unkFloats;
uint STRGId <format = hex>;
uint unk5;
uint unk6;
uint MLVLId <format = hex>;
uint MREAId <format = hex>;
uint roomNumber; // In MLVL (holy redundant references batman)
uint STRGId2 <format = hex>;
};
struct HINTTemplate
{
uint magic; // 0x0BADBAD
uint version;
uint count;
HINTEntry entries[count] <optimize = false>;
}file;//--------------------------------------
//--- 010 Editor v5.0 Binary Template
//
// File:
// Author:
// Revision:
// Purpose:
//--------------------------------------
#include <common-types.bt>
BigEndian();
struct HINTEntry
{
string name;
float unkFloat;
float fadeInTime;
if (file.version == 3)
uint64 STRGId <format = hex>;
else
uint STRGId <format = hex>;
uint unk5;
uint unk6;
if (file.version != 3)
{
uint MLVLId;
uint MREAId;
uint roomNumber; // In MLVL (holy redundant references batman)
uint STRGId2 <format = hex>;
}
};
struct HINTTemplate
{
uint magic <format = hex>; // 0x0BADBAD
uint version;
uint count;
HINTEntry entries[count] <optimize = false>;
}file;struct STLC {
u32 sound_name_count;
std::vector<std::string> sound_name_table;
};struct sound_info_A {
u16 soundID; // ?
u16 pad;
u32 sound_start_offset; // Relative to the beginning of the ADPCM data section
u32 unknown1;
u16 unknown2; // Always 0x3C00 (15360)?
u16 sample_rate;
u32 sample_count;
u32 loop_start_sample;
u32 loop_length;
u32 sound_info_B_offset; // Relative to the start of the sound info section
};
struct sound_info_B {
u16 unknown1;
u16 unknown2;
u32 unknown3;
s16 coef[16];
};