/*
Copyright (C) 2016, 2018-2021 cc9cii
This software is provided 'as-is', without any express or implied
warranty. In no event will the authors be held liable for any damages
arising from the use of this software.
Permission is granted to anyone to use this software for any purpose,
including commercial applications, and to alter it and redistribute it
freely, subject to the following restrictions:
1. The origin of this software must not be misrepresented; you must not
claim that you wrote the original software. If you use this software
in a product, an acknowledgment in the product documentation would be
appreciated but is not required.
2. Altered source versions must be plainly marked as such, and must not be
misrepresented as being the original software.
3. This notice may not be removed or altered from any source distribution.
cc9cii cc9c@iinet.net.au
Much of the information on the data structures are based on the information
from Tes4Mod:Mod_File_Format and Tes5Mod:File_Formats but also refined by
trial & error. See http://en.uesp.net/wiki for details.
*/
#include "loadrace.hpp"
#include <cstring>
#include <stdexcept>
#include "reader.hpp"
//#include "writer.hpp"
void ESM4::Race::load(ESM4::Reader& reader)
{
mId = reader.getFormIdFromHeader();
mFlags = reader.hdr().record.flags;
std::uint32_t esmVer = reader.esmVersion();
bool isTES4 = (esmVer == ESM::VER_080 || esmVer == ESM::VER_100) && !reader.hasFormVersion();
bool isFONV = esmVer == ESM::VER_132 || esmVer == ESM::VER_133 || esmVer == ESM::VER_134;
bool isFO3 = false;
bool isMale = false;
int curr_part = -1; // 0 = head, 1 = body, 2 = egt, 3 = hkx
std::uint32_t currentIndex = 0xffffffff;
while (reader.getSubRecordHeader())
{
const ESM4::SubRecordHeader& subHdr = reader.subRecordHeader();
// std::cout << "RACE " << ESM::printName(subHdr.typeId) << std::endl;
switch (subHdr.typeId)
{
case ESM4::SUB_EDID:
{
reader.getZString(mEditorId);
// TES4
// Sheogorath 0x0005308E
// GoldenSaint 0x0001208F
// DarkSeducer 0x0001208E
// VampireRace 0x00000019
// Dremora 0x00038010
// Argonian 0x00023FE9
// Nord 0x000224FD
// Breton 0x000224FC
// WoodElf 0x000223C8
// Khajiit 0x000223C7
// DarkElf 0x000191C1
// Orc 0x000191C0
// HighElf 0x00019204
// Redguard 0x00000D43
// Imperial 0x00000907
break;
}
case ESM4::SUB_FULL:
reader.getLocalizedString(mFullName);
break;
case ESM4::SUB_DESC:
{
if (subHdr.dataSize == 1) // FO3?
{
reader.skipSubRecordData();
break;
}
reader.getLocalizedString(mDesc);
break;
}
case ESM4::SUB_SPLO: // bonus spell formid (TES5 may have SPCT and multiple SPLO)
reader.getFormId(mBonusSpells.emplace_back());
break;
case ESM4::SUB_DATA: // ?? different length for TES5
{
// DATA:size 128
// 0f 0f ff 00 ff 00 ff 00 ff 00 ff 00 ff 00 00 00
// 9a 99 99 3f 00 00 80 3f 00 00 80 3f 00 00 80 3f
// 48 89 10 00 00 00 40 41 00 00 00 00 00 00 48 43
// 00 00 48 43 00 00 80 3f 9a 99 19 3f 00 00 00 40
// 01 00 00 00 ff ff ff ff ff ff ff ff 00 00 00 00
// ff ff ff ff 00 00 00 00 00 00 20 41 00 00 a0 40
// 00 00 a0 40 00 00 80 42 ff ff ff ff 00 00 00 00
// 00 00 00 00 9a 99 99 3e 00 00 a0 40 02 00 00 00
#if 0
unsigned char mDataBuf[256/*bufSize*/];
reader.get(mDataBuf, subHdr.dataSize);
std::ostringstream ss;
ss << ESM::printName(subHdr.typeId) << ":size " << subHdr.dataSize << "\n";
for (unsigned int i = 0; i < subHdr.dataSize; ++i)
{
//if (mDataBuf[i] > 64 && mDataBuf[i] < 91)
//ss << (char)(mDataBuf[i]) << " ";
//else
ss << std::setfill('0') << std::setw(2) << std::hex << (int)(mDataBuf[i]);
if ((i & 0x000f) == 0xf)
ss << "\n";
else if (i < 256/*bufSize*/-1)
ss << " ";
}
std::cout << ss.str() << std::endl;
#else
if (subHdr.dataSize == 36) // TES4/FO3/FONV
{
if (!isTES4 && !isFONV && !mIsTES5)
isFO3 = true;
std::uint8_t skill;
std::uint8_t bonus;
for (unsigned int i = 0; i < 8; ++i)
{
reader.get(skill);
reader.get(bonus);
mSkillBonus[static_cast<SkillIndex>(skill)] = bonus;
}
reader.get(mHeightMale);
reader.get(mHeightFemale);
reader.get(mWeightMale);
reader.get(mWeightFemale);
reader.get(mRaceFlags);
}
else if (subHdr.dataSize == 128 || subHdr.dataSize == 164) // TES5
{
mIsTES5 = true;
std::uint8_t skill;
std::uint8_t bonus;
for (unsigned int i = 0; i < 7; ++i)
{
reader.get(skill);
reader.get(bonus);
mSkillBonus[static_cast<SkillIndex>(skill)] = bonus;
}
std::uint16_t unknown;
reader.get(unknown);
reader.get(mHeightMale);
reader.get(mHeightFemale);
reader.get(mWeightMale);
reader.get(mWeightFemale);
reader.get(mRaceFlags);
// FIXME
float dummy;
reader.get(dummy); // starting health
reader.get(dummy); // starting magicka
reader.get(dummy); // starting stamina
reader.get(dummy); // base carry weight
reader.get(dummy); // base mass
reader.get(dummy); // accleration rate
reader.get(dummy); // decleration rate
uint32_t dummy2;
reader.get(dummy2); // size
reader.get(dummy2); // head biped object
reader.get(dummy2); // hair biped object
reader.get(dummy); // injured health % (0.f..1.f)
reader.get(dummy2); // shield biped object
reader.get(dummy); // health regen
reader.get(dummy); // magicka regen
reader.get(dummy); // stamina regen
reader.get(dummy); // unarmed damage
reader.get(dummy); // unarmed reach
reader.get(dummy2); // body biped object
reader.get(dummy); // aim angle tolerance
reader.get(dummy2); // unknown
reader.get(dummy); // angular accleration rate
reader.get(dummy); // angular tolerance
reader.get(dummy2); // flags
if (subHdr.dataSize == 164)
{
reader.get(dummy2); // unknown 1
reader.get(dummy2); // unknown 2
reader.get(dummy2); // unknown 3
reader.get(dummy2); // unknown 4
reader.get(dummy2); // unknown 5
reader.get(dummy2); // unknown 6
reader.get(dummy2); // unknown 7
reader.get(dummy2); // unknown 8
reader.get(dummy2); // unknown 9
}
}
else
{
reader.skipSubRecordData();
// std::cout << "RACE " << ESM::printName(subHdr.typeId) << " skipping..." << subHdr.dataSize <<
// std::endl;
}
#endif
break;
}
case ESM4::SUB_DNAM:
{
reader.getFormId(mDefaultHair[0]); // male
reader.getFormId(mDefaultHair[1]); // female
break;
}
case ESM4::SUB_CNAM:
// CNAM SNAM VNAM
// Sheogorath 0x0 0000 98 2b 10011000 00101011
// Golden Saint 0x3 0011 26 46 00100110 01000110
// Dark Seducer 0xC 1100 df 55 11011111 01010101
// Vampire Race 0x0 0000 77 44 01110111 10001000
// Dremora 0x7 0111 bf 32 10111111 00110010
// Argonian 0x0 0000 dc 3c 11011100 00111100
// Nord 0x5 0101 b6 03 10110110 00000011
// Breton 0x5 0101 48 1d 01001000 00011101 00000000 00000907 (Imperial)
// Wood Elf 0xD 1101 2e 4a 00101110 01001010 00019204 00019204 (HighElf)
// khajiit 0x5 0101 54 5b 01010100 01011011 00023FE9 00023FE9 (Argonian)
// Dark Elf 0x0 0000 72 54 01110010 01010100 00019204 00019204 (HighElf)
// Orc 0xC 1100 74 09 01110100 00001001 000224FD 000224FD (Nord)
// High Elf 0xF 1111 e6 21 11100110 00100001
// Redguard 0xD 1101 a9 61 10101001 01100001
// Imperial 0xD 1101 8e 35 10001110 00110101
{
reader.skipSubRecordData();
break;
}
case ESM4::SUB_PNAM:
reader.get(mFaceGenMainClamp);
break; // 0x40A00000 = 5.f
case ESM4::SUB_UNAM:
reader.get(mFaceGenFaceClamp);
break; // 0x40400000 = 3.f
case ESM4::SUB_ATTR: // Only in TES4?
{
if (subHdr.dataSize == 2) // FO3?
{
reader.skipSubRecordData();
break;
}
reader.get(mAttribMale.strength);
reader.get(mAttribMale.intelligence);
reader.get(mAttribMale.willpower);
reader.get(mAttribMale.agility);
reader.get(mAttribMale.speed);
reader.get(mAttribMale.endurance);
reader.get(mAttribMale.personality);
reader.get(mAttribMale.luck);
reader.get(mAttribFemale.strength);
reader.get(mAttribFemale.intelligence);
reader.get(mAttribFemale.willpower);
reader.get(mAttribFemale.agility);
reader.get(mAttribFemale.speed);
reader.get(mAttribFemale.endurance);
reader.get(mAttribFemale.personality);
reader.get(mAttribFemale.luck);
break;
}
// [0..9]-> ICON
// NAM0 -> INDX -> MODL --+
// ^ -> MODB |
// | |
// +-------------+
//
case ESM4::SUB_NAM0: // start marker head data /* 1 */
{
curr_part = 0; // head part
if (isFO3 || isFONV)
{
mHeadParts.resize(8);
mHeadPartsFemale.resize(8);
}
else if (isTES4)
mHeadParts.resize(9); // assumed based on Construction Set
else // Optimized for TES5
{
mHeadPartIdsMale.resize(5);
mHeadPartIdsFemale.resize(5);
}
currentIndex = 0xffffffff;
break;
}
case ESM4::SUB_INDX:
{
reader.get(currentIndex);
// FIXME: below check is rather useless
// if (headpart)
//{
// if (currentIndex > 8)
// throw std::runtime_error("ESM4::RACE::load - too many head part " + currentIndex);
//}
// else // bodypart
//{
// if (currentIndex > 4)
// throw std::runtime_error("ESM4::RACE::load - too many body part " + currentIndex);
//}
break;
}
case ESM4::SUB_MODL:
{
if (currentIndex == 0xffffffff)
{
reader.skipSubRecordData();
}
else if (curr_part == 0) // head part
{
if (isMale || isTES4)
reader.getZString(mHeadParts[currentIndex].mesh);
else
reader.getZString(mHeadPartsFemale[currentIndex].mesh); // TODO: check TES4
// TES5 keeps head part formid in mHeadPartIdsMale and mHeadPartIdsFemale
}
else if (curr_part == 1) // body part
{
if (isMale)
reader.getZString(mBodyPartsMale[currentIndex].mesh);
else
reader.getZString(mBodyPartsFemale[currentIndex].mesh);
// TES5 seems to have no body parts at all, instead keep EGT models
}
// else if (curr_part == 2) // egt
// {
// // std::cout << mEditorId << " egt " << currentIndex << std::endl; // FIXME
// reader.skipSubRecordData(); // FIXME TES5 egt
// }
else
{
// std::cout << mEditorId << " hkx " << currentIndex << std::endl; // FIXME
reader.skipSubRecordData(); // FIXME TES5 hkx
}
break;
}
case ESM4::SUB_MODB:
reader.skipSubRecordData();
break; // always 0x0000?
case ESM4::SUB_ICON:
{
if (currentIndex == 0xffffffff)
{
reader.skipSubRecordData();
}
else if (curr_part == 0) // head part
{
if (isMale || isTES4)
reader.getZString(mHeadParts[currentIndex].texture);
else
reader.getZString(mHeadPartsFemale[currentIndex].texture); // TODO: check TES4
}
else if (curr_part == 1) // body part
{
if (isMale)
reader.getZString(mBodyPartsMale[currentIndex].texture);
else
reader.getZString(mBodyPartsFemale[currentIndex].texture);
}
else
reader.skipSubRecordData(); // FIXME TES5
break;
}
//
case ESM4::SUB_NAM1: // start marker body data /* 4 */
{
if (isFO3 || isFONV)
{
curr_part = 1; // body part
mBodyPartsMale.resize(4);
mBodyPartsFemale.resize(4);
}
else if (isTES4)
{
curr_part = 1; // body part
mBodyPartsMale.resize(5); // 0 = upper body, 1 = legs, 2 = hands, 3 = feet, 4 = tail
mBodyPartsFemale.resize(5); // 0 = upper body, 1 = legs, 2 = hands, 3 = feet, 4 = tail
}
else // TES5
curr_part = 2; // for TES5 NAM1 indicates the start of EGT model
if (isTES4)
currentIndex = 4; // FIXME: argonian tail mesh without preceeding INDX
else
currentIndex = 0xffffffff;
break;
}
case ESM4::SUB_MNAM:
isMale = true;
break; /* 2, 5, 7 */
case ESM4::SUB_FNAM:
isMale = false;
break; /* 3, 6, 8 */
//
case ESM4::SUB_HNAM:
{
// FIXME: this is a texture name in FO4
if (subHdr.dataSize % sizeof(ESM::FormId32) != 0)
reader.skipSubRecordData();
else
{
std::size_t numHairChoices = subHdr.dataSize / sizeof(ESM::FormId32);
mHairChoices.resize(numHairChoices);
for (unsigned int i = 0; i < numHairChoices; ++i)
reader.getFormId(mHairChoices.at(i));
}
break;
}
case ESM4::SUB_ENAM:
{
std::size_t numEyeChoices = subHdr.dataSize / sizeof(ESM::FormId32);
mEyeChoices.resize(numEyeChoices);
for (unsigned int i = 0; i < numEyeChoices; ++i)
reader.getFormId(mEyeChoices.at(i));
break;
}
case ESM4::SUB_FGGS:
{
if (isMale || isTES4)
{
mSymShapeModeCoefficients.resize(50);
for (std::size_t i = 0; i < 50; ++i)
reader.get(mSymShapeModeCoefficients.at(i));
}
else
{
mSymShapeModeCoeffFemale.resize(50);
for (std::size_t i = 0; i < 50; ++i)
reader.get(mSymShapeModeCoeffFemale.at(i));
}
break;
}
case ESM4::SUB_FGGA:
{
if (isMale || isTES4)
{
mAsymShapeModeCoefficients.resize(30);
for (std::size_t i = 0; i < 30; ++i)
reader.get(mAsymShapeModeCoefficients.at(i));
}
else
{
mAsymShapeModeCoeffFemale.resize(30);
for (std::size_t i = 0; i < 30; ++i)
reader.get(mAsymShapeModeCoeffFemale.at(i));
}
break;
}
case ESM4::SUB_FGTS:
{
if (isMale || isTES4)
{
mSymTextureModeCoefficients.resize(50);
for (std::size_t i = 0; i < 50; ++i)
reader.get(mSymTextureModeCoefficients.at(i));
}
else
{
mSymTextureModeCoeffFemale.resize(50);
for (std::size_t i = 0; i < 50; ++i)
reader.get(mSymTextureModeCoeffFemale.at(i));
}
break;
}
//
case ESM4::SUB_SNAM: // skipping...2 // only in TES4?
{
reader.skipSubRecordData();
break;
}
case ESM4::SUB_XNAM:
{
ESM::FormId race;
std::int32_t adjustment;
reader.getFormId(race);
reader.get(adjustment);
mDisposition[race] = adjustment;
break;
}
case ESM4::SUB_VNAM:
{
if (subHdr.dataSize == 8) // TES4
{
reader.getFormId(mVNAM[0]); // For TES4 seems to be 2 race formids
reader.getFormId(mVNAM[1]);
}
else if (subHdr.dataSize == 4) // TES5
{
// equipment type flags meant to be uint32 ??? GLOB reference? shows up in
// SCRO in sript records and CTDA in INFO records
uint32_t dummy;
reader.get(dummy);
}
else
{
reader.skipSubRecordData();
// std::cout << "RACE " << ESM::printName(subHdr.typeId) << " skipping..." << subHdr.dataSize <<
// std::endl;
}
break;
}
//
case ESM4::SUB_ANAM: // TES5
{
if (isMale)
reader.getZString(mModelMale);
else
reader.getZString(mModelFemale);
break;
}
case ESM4::SUB_KSIZ:
reader.get(mNumKeywords);
break;
case ESM4::SUB_KWDA:
{
ESM::FormId formid;
for (unsigned int i = 0; i < mNumKeywords; ++i)
reader.getFormId(formid);
break;
}
//
case ESM4::SUB_WNAM: // ARMO FormId
{
reader.getFormId(mSkin);
// std::cout << mEditorId << " skin " << formIdToString(mSkin) << std::endl; // FIXME
break;
}
case ESM4::SUB_BODT: // body template
{
reader.get(mBodyTemplate.bodyPart);
reader.get(mBodyTemplate.flags);
reader.get(mBodyTemplate.unknown1); // probably padding
reader.get(mBodyTemplate.unknown2); // probably padding
reader.get(mBodyTemplate.unknown3); // probably padding
reader.get(mBodyTemplate.type);
break;
}
case ESM4::SUB_BOD2:
{
if (subHdr.dataSize == 8 || subHdr.dataSize == 4) // TES5, FO4
{
reader.get(mBodyTemplate.bodyPart);
mBodyTemplate.flags = 0;
mBodyTemplate.unknown1 = 0; // probably padding
mBodyTemplate.unknown2 = 0; // probably padding
mBodyTemplate.unknown3 = 0; // probably padding
mBodyTemplate.type = 0;
if (subHdr.dataSize == 8)
reader.get(mBodyTemplate.type);
}
else
{
reader.skipSubRecordData();
}
break;
}
case ESM4::SUB_HEAD: // TES5
{
ESM::FormId formId;
reader.getFormId(formId);
if (currentIndex != 0xffffffff)
{
// FIXME: no order? head, mouth, eyes, brow, hair
if (isMale)
{
if (currentIndex >= mHeadPartIdsMale.size())
mHeadPartIdsMale.resize(currentIndex + 1);
mHeadPartIdsMale[currentIndex] = formId;
}
else
{
if (currentIndex >= mHeadPartIdsFemale.size())
mHeadPartIdsFemale.resize(currentIndex + 1);
mHeadPartIdsFemale[currentIndex] = formId;
}
}
// std::cout << mEditorId << (isMale ? " male head " : " female head ")
// << formIdToString(formId) << " " << currentIndex << std::endl; // FIXME
break;
}
case ESM4::SUB_NAM3: // start of hkx model
{
curr_part = 3; // for TES5 NAM3 indicates the start of hkx model
break;
}
// Not sure for what this is used - maybe to indicate which slots are in use? e.g.:
//
// ManakinRace HEAD
// ManakinRace Hair
// ManakinRace BODY
// ManakinRace Hands
// ManakinRace Forearms
// ManakinRace Amulet
// ManakinRace Ring
// ManakinRace Feet
// ManakinRace Calves
// ManakinRace SHIELD
// ManakinRace
// ManakinRace LongHair
// ManakinRace Circlet
// ManakinRace
// ManakinRace
// ManakinRace
// ManakinRace
// ManakinRace
// ManakinRace
// ManakinRace
// ManakinRace DecapitateHead
// ManakinRace Decapitate
// ManakinRace
// ManakinRace
// ManakinRace
// ManakinRace
// ManakinRace
// ManakinRace
// ManakinRace
// ManakinRace
// ManakinRace
// ManakinRace FX0
case ESM4::SUB_NAME: // TES5 biped object names (x32)
{
std::string name;
reader.getZString(name);
// std::cout << mEditorId << " " << name << std::endl;
break;
}
case ESM4::SUB_MTNM: // movement type
case ESM4::SUB_ATKD: // attack data
case ESM4::SUB_ATKE: // attach event
case ESM4::SUB_GNAM: // body part data
case ESM4::SUB_NAM4: // material type
case ESM4::SUB_NAM5: // unarmed impact?
case ESM4::SUB_LNAM: // close loot sound
case ESM4::SUB_QNAM: // equipment slot formid
case ESM4::SUB_HCLF: // default hair colour
case ESM4::SUB_UNES: // unarmed equipment slot formid
case ESM4::SUB_TINC:
case ESM4::SUB_TIND:
case ESM4::SUB_TINI:
case ESM4::SUB_TINL:
case ESM4::SUB_TINP:
case ESM4::SUB_TINT:
case ESM4::SUB_TINV:
case ESM4::SUB_TIRS:
case ESM4::SUB_PHWT:
case ESM4::SUB_AHCF:
case ESM4::SUB_AHCM:
case ESM4::SUB_MPAI:
case ESM4::SUB_MPAV:
case ESM4::SUB_DFTF:
case ESM4::SUB_DFTM:
case ESM4::SUB_FLMV:
case ESM4::SUB_FTSF:
case ESM4::SUB_FTSM:
case ESM4::SUB_MTYP:
case ESM4::SUB_NAM7:
case ESM4::SUB_NAM8:
case ESM4::SUB_PHTN:
case ESM4::SUB_RNAM:
case ESM4::SUB_RNMV:
case ESM4::SUB_RPRF:
case ESM4::SUB_RPRM:
case ESM4::SUB_SNMV:
case ESM4::SUB_SPCT:
case ESM4::SUB_SPED:
case ESM4::SUB_SWMV:
case ESM4::SUB_WKMV:
case ESM4::SUB_SPMV:
case ESM4::SUB_ATKR:
case ESM4::SUB_CTDA:
case ESM4::SUB_CIS1:
case ESM4::SUB_CIS2:
case ESM4::SUB_MODT: // Model data
case ESM4::SUB_MODC:
case ESM4::SUB_MODS:
case ESM4::SUB_MODF: // Model data end
//
case ESM4::SUB_YNAM: // FO3
case ESM4::SUB_NAM2: // FO3
case ESM4::SUB_VTCK: // FO3
case ESM4::SUB_MODD: // FO3
case ESM4::SUB_ONAM: // FO3
case ESM4::SUB_APPR: // FO4
case ESM4::SUB_ATKS: // FO4
case ESM4::SUB_ATKT: // FO4
case ESM4::SUB_ATKW: // FO4
case ESM4::SUB_BMMP: // FO4
case ESM4::SUB_BSMB: // FO4
case ESM4::SUB_BSMP: // FO4
case ESM4::SUB_BSMS: // FO4
case ESM4::SUB_FMRI: // FO4
case ESM4::SUB_FMRN: // FO4
case ESM4::SUB_HLTX: // FO4
case ESM4::SUB_MLSI: // FO4
case ESM4::SUB_MPGN: // FO4
case ESM4::SUB_MPGS: // FO4
case ESM4::SUB_MPPC: // FO4
case ESM4::SUB_MPPF: // FO4
case ESM4::SUB_MPPI: // FO4
case ESM4::SUB_MPPK: // FO4
case ESM4::SUB_MPPM: // FO4
case ESM4::SUB_MPPN: // FO4
case ESM4::SUB_MPPT: // FO4
case ESM4::SUB_MSID: // FO4
case ESM4::SUB_MSM0: // FO4
case ESM4::SUB_MSM1: // FO4
case ESM4::SUB_NNAM: // FO4
case ESM4::SUB_NTOP: // FO4
case ESM4::SUB_PRPS: // FO4
case ESM4::SUB_PTOP: // FO4
case ESM4::SUB_QSTI: // FO4
case ESM4::SUB_RBPC: // FO4
case ESM4::SUB_SADD: // FO4
case ESM4::SUB_SAKD: // FO4
case ESM4::SUB_SAPT: // FO4
case ESM4::SUB_SGNM: // FO4
case ESM4::SUB_SRAC: // FO4
case ESM4::SUB_SRAF: // FO4
case ESM4::SUB_STCP: // FO4
case ESM4::SUB_STKD: // FO4
case ESM4::SUB_TETI: // FO4
case ESM4::SUB_TTEB: // FO4
case ESM4::SUB_TTEC: // FO4
case ESM4::SUB_TTED: // FO4
case ESM4::SUB_TTEF: // FO4
case ESM4::SUB_TTET: // FO4
case ESM4::SUB_TTGE: // FO4
case ESM4::SUB_TTGP: // FO4
case ESM4::SUB_UNWP: // FO4
case ESM4::SUB_WMAP: // FO4
case ESM4::SUB_ZNAM: // FO4
reader.skipSubRecordData();
break;
default:
throw std::runtime_error("ESM4::RACE::load - Unknown subrecord " + ESM::printName(subHdr.typeId));
}
}
}
// void ESM4::Race::save(ESM4::Writer& writer) const
//{
// }
// void ESM4::Race::blank()
//{
// }