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Incorporate known names from Smilebit code

Browse source 
The Yakuza 1 and 2 rereleases on the Wii U export function symbols,
preserving their names, and some debug data was also available in a PS2
release, providing some struct definitions.  These have been used to
rename analogous classes, functions, and member variables to the same
names used by Smilebit, plus a more general imitation of their naming
and typing conventions (i.e. Win32 style).
This commit is contained in:
KeybadeBlox 2026-03-31 20:20:14 -04:00
parent e7e9d3b1be
commit 836b5eaa41
15 changed files with 2198 additions and 2141 deletions
Download patch file Download diff file Expand all files Collapse all files

10
decompile/Makefile
View file

@ -2,7 +2,7 @@
# An NMAKE Makefile to compile the game with the Visual C++ 7.0 toolchain
# All object files to link together
OBJ = src/JSRF/Jet2.obj src/JSRF/Core.obj src/JSRF/GameData.obj\
OBJ = src/JSRF/Jet2.obj src/JSRF/Action.obj src/JSRF/SaveData.obj\
src/XDK/Xapi/xapi0.obj
# Import library for the only thing we don't compile ourselves, the Xbox kernel
@ -38,12 +38,12 @@ src/JSRF/Jet2.exe: $(OBJ) $(LIB)
# Header files used for each object
src/JSRF/Jet2.obj: src/JSRF/Core.hpp src/XDK/CRT/stddef.h src/XDK/D3D.h\
src/JSRF/Jet2.obj: src/JSRF/Action.hpp src/XDK/CRT/stddef.h src/XDK/D3D.h\
src/XDK/Win32.h
src/JSRF/Core.obj: src/JSRF/Core.hpp src/MUSASHI/MMatrix.hpp\
src/XDK/CRT/stddef.h src/XDK/D3D.h src/XDK/Win32.h
src/JSRF/Action.obj: src/JSRF/Action.hpp src/MUSASHI/MMatrix.hpp\
src/XDK/CRT/stddef.h src/XDK/D3D.h src/XDK/Win32.h
src/JSRF/GameData.obj: src/JSRF/GameData.hpp
src/JSRF/SaveData.obj: src/JSRF/SaveData.hpp
src/XDK/Xapi/xapi0.obj: src/XDK/Win32.h

20
decompile/objdiff.json
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@ -24,21 +24,25 @@
}
},
{
"name": "JSRF/Core",
"target_path": "target/JSRF/Core.obj",
"base_path": "src/JSRF/Core.obj",
"name": "JSRF/Action",
"target_path": "target/JSRF/Action.obj",
"base_path": "src/JSRF/Action.obj",
"metadata": {
"complete": false,
"source_path": "src/JSRF/Core.cpp"
"source_path": "src/JSRF/Action.cpp"
},
"symbol_mappings": {
"?nopMethod0Arg@CActBase@@UAEXXZ": "?Exec0Default@CActBase@@UAEXXZ",
"?nopMethod1Arg@CActBase@@UAEXI@Z": "?DrawListDefault@CActBase@@UAEXI@Z"
}
},
{
"name": "JSRF/GameData",
"target_path": "target/JSRF/GameData.obj",
"base_path": "src/JSRF/GameData.obj",
"name": "JSRF/SaveData",
"target_path": "target/JSRF/SaveData.obj",
"base_path": "src/JSRF/SaveData.obj",
"metadata": {
"complete": false,
"source_path": "src/JSRF/GameData.cpp"
"source_path": "src/JSRF/SaveData.cpp"
},
"symbol_mappings": {
"?finalizeGameData@@YAXXZ": "_$E2",

595
decompile/src/JSRF/Action.cpp Normal file
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@ -0,0 +1,595 @@
/* JSRF Decompilation: JSRF/Action.cpp
CActMan and CActBase classes that form the foundation of the JSRF game code.
*/
#pragma bss_seg(".data")
#include "../XDK/CRT/stddef.h"
#include "Action.hpp"
// Declarations for symbols not yet defined in their own source files
// Remove these once they've been delinked!
void readInput();
// Address: 0x00011000
// Status: unimplemented
CActBase::~CActBase() {
g_lpActMan->m_dwActCount -= 1;
}
// Address: 0x00011070
// Status: unimplemented
void CActBase::recursiveExec0Default() {
}
// Address: 0x000110A0
// Status: unimplemented
void CActBase::drawManyDefault(
eACTFLAG flagFilterAny1,
int drawArg1,
int drawArg2,
eACTFLAG flagFilterAll,
unsigned otherBitfieldFilterAny,
eACTFLAG flagFilterNone,
eACTFLAG flagFilterAny2
) {
}
// Address: 0x00011220
// Status: unimplemented
void CActBase::drawTreeDefault1() {
}
// Address: 0x00011260
// Status: unimplemented
void CActBase::drawTreeDefault2() {
}
// Address: 0x000112A0
// Status: unimplemented
void CActBase::recursiveExec0Event() {
}
// Address: 0x000112D0
// Status: unimplemented
void CActBase::drawManyEvent(
eACTFLAG flagFilterAny1,
int drawArg1,
int drawArg2,
eACTFLAG flagFilterAll,
unsigned otherBitfieldFilterAny,
eACTFLAG flagFilterNone,
eACTFLAG flagFilterAny2
) {
}
// Address: 0x00011450
// Status: unimplemented
void CActBase::drawTreeEvent1() {
}
// Address: 0x00011490
// Status: unimplemented
void CActBase::drawTreeEvent2() {
}
// Address: 0x000114D0
// Status: unimplemented
void CActBase::recursiveExec0CoveredPause() {
}
// Address: 0x00011500
// Status: unimplemented
void CActBase::drawManyCoveredPause(
eACTFLAG flagFilterAny1,
int drawArg1,
int drawArg2,
eACTFLAG flagFilterAll,
unsigned otherBitfieldFilterAny,
eACTFLAG flagFilterNone,
eACTFLAG flagFilterAny2
) {
}
// Address: 0x00011680
// Status: unimplemented
void CActBase::drawTreeCoveredPause1() {
}
// Address: 0x000116C0
// Status: unimplemented
void CActBase::drawTreeCoveredPause2() {
}
// Address: 0x00011700
// Status: unimplemented
void CActBase::recursiveExec0FreezeCam() {
}
// Address: 0x00011730
// Status: unimplemented
void CActBase::drawManyFreezeCam(
eACTFLAG flagFilterAny1,
int drawArg1,
int drawArg2,
eACTFLAG flagFilterAll,
unsigned otherBitfieldFilterAny,
eACTFLAG flagFilterNone,
eACTFLAG flagFilterAny2
) {
}
// Address: 0x000118B0
// Status: unimplemented
void CActBase::drawTreeFreezeCam1() {
}
// Address: 0x000118F0
// Status: unimplemented
void CActBase::drawTreeFreezeCam2() {
}
// Address: 0x00011930
// Status: unimplemented
void CActBase::recursiveExec0UncoveredPause() {
}
// Address: 0x00011960
// Status: unimplemented
void CActBase::drawManyUncoveredPause(
eACTFLAG flagFilterAny1,
int drawArg1,
int drawArg2,
eACTFLAG flagFilterAll,
unsigned otherBitfieldFilterAny,
eACTFLAG flagFilterNone,
eACTFLAG flagFilterAny2
) {
}
// Address: 0x00011AE0
// Status: unimplemented
void CActBase::drawTreeUncoveredPause1() {
}
// Address: 0x00011B20
// Status: unimplemented
void CActBase::drawTreeUncoveredPause2() {
}
// Address: 0x00011B60
// Status: unimplemented
void CActBase::insertActionTreeSub(CActBase * lpSibling, CActBase * lpParent) {
}
// Address: 0x00011B90
// Status: unimplemented
void CActBase::deleteActionChild(CActBase * lpChild) {
}
// Address: 0x00011BD0
// Status: matching
CActBase * CActBase::getParentAction() {
return this->m_lpParent;
}
// Address: 0x00011BE0
// Status: unimplemented
void CActBase::SetDelete(CActBase * lpAct) {
if (lpAct->m_ActFlag > -1) {
}
}
// Address: 0x00011C20
// Status: nonmatching
void CActBase::SetDeleteChild(CActBase * lpChild) {
if (lpChild != NULL) do {
if (lpChild->m_ActFlag > -1) {
lpChild->m_ActFlag = eACTFLAG(lpChild->m_ActFlag | eACTFLAG_DELETE);
g_lpActMan->DeleteDrawList(lpChild);
g_lpActMan->FreeActID(lpChild->m_ActID);
}
this->SetDeleteChild(lpChild->m_lpChild);
lpChild = lpChild->m_lpSiblingNext;
} while (lpChild != NULL);
}
// Address: 0x00011C80
// Status: matching
void CActBase::DrawListDefault(unsigned unknown) {}
// Address: 0x00011C90
// Status: matching
void CActBase::Exec0Default() {}
// Eliminated by link time code generation (aliased with 0x00011C90)
void CActBase::Exec1Default() {}
// Eliminated by link time code generation (aliased with 0x00011C90)
void CActBase::Exec0Event() {}
// Eliminated by link time code generation (aliased with 0x00011C90)
void CActBase::Exec1Event() {}
// Eliminated by link time code generation (aliased with 0x00011C80)
void CActBase::DrawListEvent(unsigned unknown) {}
// Eliminated by link time code generation (aliased with 0x00011C90)
void CActBase::Exec0CoveredPause() {}
// Eliminated by link time code generation (aliased with 0x00011C90)
void CActBase::Exec1CoveredPause() {}
// Eliminated by link time code generation (aliased with 0x00011C80)
void CActBase::DrawListCoveredPause(unsigned unknown) {}
// Eliminated by link time code generation (aliased with 0x00011C90)
void CActBase::Exec0FreezeCam() {}
// Eliminated by link time code generation (aliased with 0x00011C90)
void CActBase::Exec1FreezeCam() {}
// Eliminated by link time code generation (aliased with 0x00011C80)
void CActBase::DrawListFreezeCam(unsigned unknown) {}
// Eliminated by link time code generation (aliased with 0x00011C90)
void CActBase::Exec0UncoveredPause() {}
// Eliminated by link time code generation (aliased with 0x00011C90)
void CActBase::Exec1UncoveredPause() {}
// Eliminated by link time code generation (aliased with 0x00011C80)
void CActBase::DrawListUncoveredPause(unsigned unknown) {}
// Address: 0x00011CA0
// Status: unimplemented
void CDrawBase::copySomeVectors() {
}
// Address: 0x00011D00
// Status: unimplemented
void CActBase::recursiveExec1Default() {
}
// Address: 0x00011D00
// Status: unimplemented
void CActBase::recursiveExec1Event() {
}
// Address: 0x00011E40
// Status: unimplemented
void CActBase::recursiveExec1CoveredPause() {
}
// Address: 0x00011EE0
// Status: unimplemented
void CActBase::recursiveExec1FreezeCam() {
}
// Address: 0x00011F80
// Status: unimplemented
void CActBase::recursiveExec1UncoveredPause() {
}
// Address: 0x00012020
// Status: unimplemented
void CActBase::insertActionTree(CActBase * lpParent) {
}
// Address: 0x00012100
// Status: unimplemented
CActBase::CActBase(CActBase * lpParent, eACTID ActID, eACTFLAG ActFlag) {
g_lpActMan->InsertActionExecList(ActID, this);
this->m_lpParent = NULL;
this->m_lpChild = NULL;
this->m_lpSiblingBefore = NULL;
this->m_lpSiblingNext = NULL;
this->m_ActID = ActID;
this->m_ActFlag = ActFlag;
this->insertActionTree(lpParent);
this->m_dwZSort = 0;
this->m_dwDrawChildMask = 1;
g_lpActMan->m_dwActCount += 1;
}
// Address: 0x00012170
// Status: matching
CDrawBase::CDrawBase(CActBase * lpParent, eACTID ActID, eACTFLAG ActFlag) :
CActBase(lpParent, ActID, ActFlag) {
this->m_dwDrawChildMask = 7;
this->m_SomeActID = eACTID(0);
}
// Address: 0x000121D0
// Status: unimplemented
CDrawBase::~CDrawBase() {}
// Address: 0x000121E0
// Status: unimplemented
CPlayer::CPlayer(CActBase * lpParent, eACTID ActID, eACTFLAG ActFlag) :
CActBase(lpParent, ActID, ActFlag) {
this->unknown0x44 = 0;
this->unknown0x48 = 0;
}
// Eliminated by link time code generation (aliased with 0x000121D0)
CPlayer::~CPlayer() {}
// Address: 0x00012210
// Status: unimplemented
CActMan::CActMan(unsigned * unknown1, unsigned unknown2) {
}
// Address: 0x00012390
// Status: unimplemented
CActMan::~CActMan() {
}
// Address: 0x000123E0
// Status: unimplemented
void CActMan::ActionExec() {
}
// Address: 0x00012580
// Status: unimplemented
void CActMan::drawOne(CActBase * lpAct, unsigned unknown) {
}
// Address: 0x000125E0
// Status: unimplemented
void CActMan::drawListSub(
eACTFLAG flagFilterAny1,
int drawArg1,
int drawArg2,
eACTFLAG flagFilterAll,
unsigned otherBitfieldFilterAny,
eACTFLAG flagFilterNone,
eACTFLAG flagFilterAny2
) {
}
// Address: 0x00012680
// Status: unimplemented
void CActMan::drawTree1(CActBase * lpAct) {
}
// Address: 0x000126D0
// Status: unimplemented
void CActMan::setCoveredPauseNextFrame(BOOL bVal) {
}
// Address: 0x000126F0
// Status: unimplemented
void CActMan::setEventNextFrame(BOOL bVal) {
}
// Address: 0x00012710
// Status: unimplemented
void CActMan::setFreezeCamNextFrame(BOOL bVal) {
}
// Address: 0x00012730
// Status: unimplemented
void CActMan::setUncoveredPauseNextFrame(BOOL bVal) {
}
// Address: 0x00012750
// Status: matching
void CActMan::DrawChildren() {
this->m_bDrawChildren = TRUE;
}
// Address: 0x00012760
// Status: matching
void CActMan::DrawSkip() {
this->m_bSkipDraw = TRUE;
}
// Address: 0x00012770
// Status: unimplemented
void CActMan::Fatal() {
}
// Address: 0x000127B0
// Status: matching
void CActMan::SetDrawMode(eDRAWMODE Mode) {
this->m_DrawMode = Mode;
}
// Address: 0x000127C0
// Status: matching
void CActMan::SetGlobal(eGLOBAL Index, DWORD dwVal) {
this->m_Globals[Index] = dwVal;
}
// Address: 0x000127E0
// Status: matching
DWORD CActMan::GetGlobal(eGLOBAL Index) {
return this->m_Globals[Index];
}
// Address: 0x000127F0
// Status: unimplemented
void CActMan::InsertDrawList(CActBase * lpAct) {
}
// Address: 0x00012840
// Status: unimplemented
void CActMan::DeleteDrawList(CActBase * lpAct) {
}
// Address: 0x00012870
// Status: matching
void CActMan::InsertActionExecList(eACTID ActID, CActBase * lpAct) {
if (0 <= ActID && ActID < eACTID_NUM)
this->m_lpActTbl[ActID] = lpAct;
}
// Address: 0x00012890
// Status: matching
void CActMan::FreeActID(eACTID ActID) {
if (0 <= ActID && this->m_lpActTbl[ActID] != NULL)
this->m_lpActTbl[ActID] = NULL;
}
// Address: 0x000128C0
// Status: matching
CActBase * CActMan::GetAction(eACTID ActID) {
return 0 <= ActID ? this->m_lpActTbl[ActID] : NULL;
}
// Address: 0x000128E0
// Status: matching
int CActMan::GetFreeActionID(eACTID Min, eACTID Max) {
if (Min <= Max) do
if (this->m_lpActTbl[Min] == NULL) return Min;
else Min = eACTID(Min + 1);
while (Min <= Max);
return -1;
}
// Address: 0x00012910
// Status: matching
BOOL CActMan::ActionIDAvail(eACTID ActID) {
return this->m_lpActTbl[ActID] == NULL;
}
// Address: 0x00012930
// Status: matching
void CActMan::SwapActID(eACTID ActID1, eACTID ActID2) {
CActBase * tmp = this->m_lpActTbl[ActID1];
this->m_lpActTbl[ActID1] = this->m_lpActTbl[ActID2];
this->m_lpActTbl[ActID2] = tmp;
if (this->m_lpActTbl[ActID1] != NULL) this->m_lpActTbl[ActID1]->m_ActID = ActID1;
if (this->m_lpActTbl[ActID2] != NULL) this->m_lpActTbl[ActID2]->m_ActID = ActID2;
}
// Address: 0x00012980
// Status: unimplemented
void CActMan::ClearScreen() {
}
// Address: 0x000129B0
// Status: matching
void CActMan::EnableSomeExtraDrawListCode() {
this->m_bRunSomeExtraDrawListCode = TRUE;
}
// Address: 0x000129C0
// Status: matching
void CActMan::SetLogosStarted(BOOL bVal) {
this->m_bLogosStarted = bVal;
}
// Address: 0x000129D0
// Status: matching
void CActMan::initSortDrawList() {
this->m_lpDrawSortRoot = NULL;
this->m_lplpDrawSortPtr = &g_lpActMan->m_lpDrawSortRoot;
}
// Address: 0x000129F0
// Status: matching
CActBase * CActMan::getSortList() {
return this->m_lpDrawSortRoot;
}
// Address: 0x00012A00
// Status: matching
void CActMan::InsertDrawSortList(CActBase * lpAct) {
lpAct->m_lpDrawNext = NULL;
*this->m_lplpDrawSortPtr = lpAct;
this->m_lplpDrawSortPtr = &lpAct->m_lpDrawNext;
}
// Address: 0x00012A20
// Status: unimplemented
void CActMan::SortListSub(unsigned char ucSortKeyBitOffset) {
for (
unsigned i = 0;
i < sizeof this->m_lpDrawSortBinRoots/sizeof *this->m_lpDrawSortBinRoots;
i++
) this->m_lpDrawSortBinRoots[i] = NULL;
}
// Address: 0x00012AC0
// Status: matching
void CActMan::SetFallbackBgColor(D3DCOLOR Color, BOOL bUseFallback) {
this->m_bUseFallbackBgColor = bUseFallback;
this->m_BgColorFallback = Color;
}
// Address: 0x00012AE0
// Status: unimplemented
CActRoot::CActRoot(CActBase * lpParent, eACTID ActID, eACTFLAG ActFlag) :
CActBase(lpParent, ActID, ActFlag) {
}
// Address: 0x00012BE0
// Status: matching
CActRoot::~CActRoot() {
}
// Address: 0x00012C10
// Status: unimplemented
void CActMan::Init() {
}
// Address: 0x00012C80
// Status: unimplemented
void CActMan::drawMany(eACTFLAG flagFilterAll, BOOL unknown) {
}
// Address: 0x000131A0
// Status: nonmatching
void CActMan::sortDrawList() {
this->SortListSub(0x00);
this->SortListSub(0x08);
this->SortListSub(0x10);
this->SortListSub(0x18);
}
// Address: 0x000131F0
// Status: unimplemented
void CActMan::drawSub() {
}
// Address: 0x00013930
// Status: unimplemented
void CActMan::draw() {
}
// Address: 0x00013A80
// Status: unimplemented
void CActMan::IdleSub() {
readInput();
}
// Address: 0x00013F80
// Status: matching
int CActMan::Idle() {
if (this->m_InitState >= 0) while (true) {
if (!this->m_bFatal) this->IdleSub();
else {
readInput();
Sleep(0x10);
}
} else return -1;
}
// Address: 0x00013FC0
// Status: nonmatching
void SetActionDelete(eACTID ActID) {
CActBase * lpAct = g_lpActMan->GetAction(ActID);
if (lpAct != NULL) {
lpAct->SetDelete(lpAct);
lpAct->SetDeleteChild(lpAct->m_lpChild);
}
}

550
decompile/src/JSRF/Action.hpp Normal file
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@ -0,0 +1,550 @@
/* JSRF Decompilation: JSRF/Action.hpp
CActMan and CActBase classes that form the foundation of the JSRF game code.
*/
#ifndef ACTION_HPP
#define ACTION_HPP
#include "../MUSASHI/MMatrix.hpp"
#include "../XDK/CRT/stddef.h"
#include "../XDK/D3D.h"
#include "../XDK/Win32.h"
// TODO; move to header for Graphics COM object in Smilebit libraries
struct SGraphicsPerformanceCounters {
unsigned fps;
unsigned trianglesPerSecond;
unsigned frameTriangleCnt;
unsigned unknown0xC;
unsigned unknown0x10;
unsigned unknown0x14;
};
// TODO: Just here to get delinking working until we make dedicated source
// files for these classes
struct CSysColiManager {
CSysColiManager();
virtual ~CSysColiManager();
};
struct UnknownGlobal {
UnknownGlobal();
virtual ~UnknownGlobal();
};
struct UnknownStatic02 {
UnknownStatic02();
virtual ~UnknownStatic02();
};
struct UnknownStatic04 {
UnknownStatic04();
virtual ~UnknownStatic04();
};
struct UnknownStatic05 {
UnknownStatic05();
virtual ~UnknownStatic05();
};
struct UnknownStatic06 {
UnknownStatic06();
virtual ~UnknownStatic06();
};
struct UnknownStatic07 {
UnknownStatic07();
virtual ~UnknownStatic07();
};
struct UnknownStatic09 {
UnknownStatic09();
virtual ~UnknownStatic09();
};
struct UnknownStatic13 {
char unknown1[0x274];
void * unknown2;
void * unknown3;
};
struct UnknownStatic16 {
UnknownStatic16();
virtual ~UnknownStatic16();
};
struct UnknownStatic17 {
UnknownStatic17();
virtual ~UnknownStatic17();
};
struct UnknownStatic18 {
UnknownStatic18();
virtual ~UnknownStatic18();
};
struct UnknownStatic19 {
UnknownStatic19();
virtual ~UnknownStatic19();
};
struct UnknownStatic24 {
UnknownStatic24();
virtual ~UnknownStatic24();
};
struct UnknownStatic27 {
UnknownStatic27();
virtual ~UnknownStatic27();
void * unknown[3];
};
struct SGraphicsSetting {
unsigned countedIfZero;
char * name;
float unknown[3];
float value;
unsigned index;
};
struct SGraphicsSettings {
float * settings;
unsigned settingsArrSizeInBytes;
unsigned unknown1;
unsigned unknown2;
unsigned srcArrZeroCnt;
SGraphicsSetting * srcItemsMarked0;
unsigned * offsetsFromPrevSrcItemMarked0;
};
enum eGRAPHICSSETTINGTYPE {
eGRAPHICSSETTINGTYPE_WARP = 0x0,
eGRAPHICSSETTINGTYPE_WARP_X = 0x1,
eGRAPHICSSETTINGTYPE_WARP_Y = 0x2,
eGRAPHICSSETTINGTYPE_WARP_Z = 0x3,
eGRAPHICSSETTINGTYPE_GO = 0x4,
eGRAPHICSSETTINGTYPE_MEMORY = 0x5,
eGRAPHICSSETTINGTYPE_DRAW = 0x6,
eGRAPHICSSETTINGTYPE_COLOR = 0x7,
eGRAPHICSSETTINGTYPE_COLOR_R = 0x8,
eGRAPHICSSETTINGTYPE_COLOR_G = 0x9,
eGRAPHICSSETTINGTYPE_COLOR_B = 0xa,
eGRAPHICSSETTINGTYPE_AMBIENT = 0xb,
eGRAPHICSSETTINGTYPE_AMBIENT_R = 0xc,
eGRAPHICSSETTINGTYPE_AMBIENT_G = 0xd,
eGRAPHICSSETTINGTYPE_AMBIENT_B = 0xe,
eGRAPHICSSETTINGTYPE_SHADOWCOLOR = 0xf,
eGRAPHICSSETTINGTYPE_SHADOWCOLOR_A = 0x10,
eGRAPHICSSETTINGTYPE_SHADOWCOLOR_R = 0x11,
eGRAPHICSSETTINGTYPE_SHADOWCOLOR_G = 0x12,
eGRAPHICSSETTINGTYPE_SHADOWCOLOR_B = 0x13,
eGRAPHICSSETTINGTYPE_BGCOLOR = 0x14,
eGRAPHICSSETTINGTYPE_BGCOLOR_R = 0x15,
eGRAPHICSSETTINGTYPE_BGCOLOR_G = 0x16,
eGRAPHICSSETTINGTYPE_BGCOLOR_B = 0x17,
eGRAPHICSSETTINGTYPE_MIPMAPLOD = 0x18,
eGRAPHICSSETTINGTYPE_MIPMAPLOD_BIAS = 0x19,
eGRAPHICSSETTINGTYPE_G_CONTRAST = 0x1a,
eGRAPHICSSETTINGTYPE_G_CONTRAST_R = 0x1b,
eGRAPHICSSETTINGTYPE_G_CONTRAST_G = 0x1c,
eGRAPHICSSETTINGTYPE_G_CONTRAST_B = 0x1d,
eGRAPHICSSETTINGTYPE_G_LUMINANCE = 0x1e,
eGRAPHICSSETTINGTYPE_G_LUMINANCE_R = 0x1f,
eGRAPHICSSETTINGTYPE_G_LUMINANCE_G = 0x20,
eGRAPHICSSETTINGTYPE_G_LUMINANCE_B = 0x21,
eGRAPHICSSETTINGTYPE_GRIND = 0x22,
eGRAPHICSSETTINGTYPE_GRIND_NS = 0x23,
eGRAPHICSSETTINGTYPE_GRIND_XS = 0x24,
eGRAPHICSSETTINGTYPE_GRIND_NR = 0x25,
eGRAPHICSSETTINGTYPE_GRIND_XR = 0x26,
eGRAPHICSSETTINGTYPE_GIZA_NO = 0x27,
eGRAPHICSSETTINGTYPE_GIZA_NO_T = 0x28,
eGRAPHICSSETTINGTYPE_GIZA_SPEED = 0x29,
eGRAPHICSSETTINGTYPE_GIZA_SPEED_R = 0x2a,
eGRAPHICSSETTINGTYPE_GIZA_SPEED_T = 0x2b,
eGRAPHICSSETTINGTYPE_GIZA_SPEED_S = 0x2c,
eGRAPHICSSETTINGTYPE_GIZA_GRIND = 0x2d,
eGRAPHICSSETTINGTYPE_GIZA_GRIND_R = 0x2e,
eGRAPHICSSETTINGTYPE_GIZA_GRIND_T = 0x2f,
eGRAPHICSSETTINGTYPE_GIZA_GRIND_S = 0x30,
eGRAPHICSSETTINGTYPE_GIZA_NORMAL = 0x31,
eGRAPHICSSETTINGTYPE_GIZA_NORMAL_R = 0x32,
eGRAPHICSSETTINGTYPE_GIZA_NORMAL_T = 0x33,
eGRAPHICSSETTINGTYPE_GIZA_NORMAL_S = 0x34,
eGRAPHICSSETTINGTYPE_GIZA_SDASH = 0x35,
eGRAPHICSSETTINGTYPE_GIZA_SDASH_R = 0x36,
eGRAPHICSSETTINGTYPE_GIZA_SDASH_T = 0x37,
eGRAPHICSSETTINGTYPE_GIZA_SDASH_S = 0x38,
eGRAPHICSSETTINGTYPE_GIZA_CAMZ = 0x39,
eGRAPHICSSETTINGTYPE_GIZA_CAMZ_ND = 0x3a,
eGRAPHICSSETTINGTYPE_GIZA_CAMZ_XD = 0x3b,
eGRAPHICSSETTINGTYPE_GIZA_CAMZ_NR = 0x3c,
eGRAPHICSSETTINGTYPE_GIZA_CAMZ_XR = 0x3d,
eGRAPHICSSETTINGTYPE_GIZA_CAMTRT = 0x3e,
eGRAPHICSSETTINGTYPE_GIZA_CAMTRT_ND = 0x3f,
eGRAPHICSSETTINGTYPE_GIZA_CAMTRT_XD = 0x40,
eGRAPHICSSETTINGTYPE_GIZA_CAMTRT_NR = 0x41,
eGRAPHICSSETTINGTYPE_GIZA_CAMTRT_XR = 0x42,
eGRAPHICSSETTINGTYPE_GIZA_CAMANG_NA = 0x43,
eGRAPHICSSETTINGTYPE_GIZA_CAMANG_XA = 0x44,
eGRAPHICSSETTINGTYPE_GIZA_CAMANG_NR = 0x45,
eGRAPHICSSETTINGTYPE_GIZA_CAMANG_XR = 0x46,
eGRAPHICSSETTINGTYPE_GIZA_MESH = 0x47,
eGRAPHICSSETTINGTYPE_GIZA_MESH_IP = 0x48,
eGRAPHICSSETTINGTYPE_GIZA_MESH_AP = 0x49,
eGRAPHICSSETTINGTYPE_GIZA_MESH_BA = 0x4a,
eGRAPHICSSETTINGTYPE_GIZA_CAMALPHA = 0x4b,
eGRAPHICSSETTINGTYPE_GIZA_CAMALPHA_ENABLE = 0x4c,
eGRAPHICSSETTINGTYPE_DIST = 0x4d,
eGRAPHICSSETTINGTYPE_FOG = 0x4e,
eGRAPHICSSETTINGTYPE_FOG_ENABLE = 0x4f,
eGRAPHICSSETTINGTYPE_FOG_R = 0x50,
eGRAPHICSSETTINGTYPE_FOG_G = 0x51,
eGRAPHICSSETTINGTYPE_FOG_B = 0x52,
eGRAPHICSSETTINGTYPE_FOG_RANGE = 0x53,
eGRAPHICSSETTINGTYPE_FOG_RANGE_NEAR = 0x54,
eGRAPHICSSETTINGTYPE_FOG_RANGE_FAR = 0x55,
eGRAPHICSSETTINGTYPE_POWER = 0x56,
eGRAPHICSSETTINGTYPE_WIRE_FRAME = 0x57,
eGRAPHICSSETTINGTYPE_WIRE_FRAME_ENABLE = 0x58,
eGRAPHICSSETTINGTYPE_TEXTURE = 0x59,
eGRAPHICSSETTINGTYPE_TEXTURE_NO = 0x5a,
eGRAPHICSSETTINGTYPE_SCREENGAUGE = 0x5b,
eGRAPHICSSETTINGTYPE_SCREENGAUGE_ENABLE = 0x5c,
eGRAPHICSSETTINGTYPE_OWARI = 0x5d,
eGRAPHICSSETTINGTYPE_COUNT = 0x5e,
};
enum eACTFLAG {
eACTFLAG_CAMERA = 1 << 0,
eACTFLAG_SKIPDRAWINGSOMETHING = 1 << 1,
eACTFLAG_NODRAWPHASE2 = 1 << 16,
eACTFLAG_DRAWTREE2 = 1 << 18,
eACTFLAG_DRAWFIRST = 1 << 22,
eACTFLAG_CAMERACHILD = 1 << 30,
eACTFLAG_DELETE = 1 << 31
};
// Position in g_lpActMan->objects array
// Different indices and ranges are dedicated to different kinds of
// objecs.
enum eACTID {
eACTID_NOTINDEXED = -1, // Not stored in array
eACTID_DIRECTOR = 0,
// TODO
eACTID_NUM = 0x1DF4
};
// Base class of most objects (and everything in g_lpActMan->objects)
struct CActBase {
eACTFLAG m_ActFlag;
eACTID m_ActID;
DWORD m_dwDrawChildMask;
float m_fZ;
DWORD m_dwZSort; // Four-level key, one byte each
float m_vSomeTranslation[3];
// Links forming a tree of objects for exec phase
CActBase * m_lpParent;
CActBase * m_lpChild;
CActBase * m_lpSiblingBefore;
CActBase * m_lpSiblingNext;
// Some data structures used for draw phrase
CActBase * m_lpDrawNext;
CActBase * * m_lplpDrawBeforePtr;
CActBase * * * m_lplplpDrawLastPtr;
CActBase * m_lpZSort;
virtual ~CActBase();
void recursiveExec0Default();
void drawManyDefault(
eACTFLAG flagFilterAny1,
int drawArg1,
int drawArg2,
eACTFLAG flagFilterAll,
unsigned otherBitfieldFilterAny,
eACTFLAG flagFilterNone,
eACTFLAG flagFilterAny2
);
void drawTreeDefault1();
void drawTreeDefault2();
void recursiveExec0Event();
void drawManyEvent(
eACTFLAG flagFilterAny1,
int drawArg1,
int drawArg2,
eACTFLAG flagFilterAll,
unsigned otherBitfieldFilterAny,
eACTFLAG flagFilterNone,
eACTFLAG flagFilterAny2
);
void drawTreeEvent1();
void drawTreeEvent2();
void recursiveExec0CoveredPause();
void drawManyCoveredPause(
eACTFLAG flagFilterAny1,
int drawArg1,
int drawArg2,
eACTFLAG flagFilterAll,
unsigned otherBitfieldFilterAny,
eACTFLAG flagFilterNone,
eACTFLAG flagFilterAny2
);
void drawTreeCoveredPause1();
void drawTreeCoveredPause2();
void recursiveExec0FreezeCam();
void drawManyFreezeCam(
eACTFLAG flagFilterAny1,
int drawArg1,
int drawArg2,
eACTFLAG flagFilterAll,
unsigned otherBitfieldFilterAny,
eACTFLAG flagFilterNone,
eACTFLAG flagFilterAny2
);
void drawTreeFreezeCam1();
void drawTreeFreezeCam2();
void recursiveExec0UncoveredPause();
void drawManyUncoveredPause(
eACTFLAG flagFilterAny1,
int drawArg1,
int drawArg2,
eACTFLAG flagFilterAll,
unsigned otherBitfieldFilterAny,
eACTFLAG flagFilterNone,
eACTFLAG flagFilterAny2
);
void drawTreeUncoveredPause1();
void drawTreeUncoveredPause2();
void insertActionTreeSub(CActBase * lpSibling, CActBase * lpParent);
void deleteActionChild(CActBase * lpChild);
CActBase * getParentAction();
void SetDelete(CActBase * lpAct);
void SetDeleteChild(CActBase * lpChild);
// Each frame, one of these trios of methods is called depending on
// which state the game is in
// Default implementation of each does nothing; inheriting objects
// override these methods to run some code during each phase of each
// frame.
virtual void Exec0Default();
virtual void Exec1Default();
virtual void DrawListDefault(unsigned);
virtual void Exec0Event();
virtual void Exec1Event();
virtual void DrawListEvent(unsigned);
virtual void Exec0CoveredPause();
virtual void Exec1CoveredPause();
virtual void DrawListCoveredPause(unsigned);
virtual void Exec0FreezeCam();
virtual void Exec1FreezeCam();
virtual void DrawListFreezeCam(unsigned);
virtual void Exec0UncoveredPause();
virtual void Exec1UncoveredPause();
virtual void DrawListUncoveredPause(unsigned);
void recursiveExec1Default();
void recursiveExec1Event();
void recursiveExec1CoveredPause();
void recursiveExec1FreezeCam();
void recursiveExec1UncoveredPause();
void insertActionTree(CActBase * lpParent);
CActBase(CActBase * lpParent, eACTID ActID, eACTFLAG ActFlag);
};
// There's a big array of possible arguments for draw methods with these
struct SDrawFuncArgs {
eACTFLAG flagFilterAny;
int arg1;
int arg2;
};
// Base class of objects serving as the head of a tree of objects to draw
// recursively
struct CDrawBase : CActBase {
float unknown0x44[3];
float unknown0x50[3];
float unknown0x5C[3];
float unknown0x68[3];
unsigned unknown0x74;
unsigned unknown0x78;
unsigned unknown0x7C;
unsigned unknown0x80;
float m_fViewport[4];
eACTID m_SomeActID;
void copySomeVectors();
CDrawBase(CActBase * lpParent, eACTID ActID, eACTFLAG ActFlag);
virtual ~CDrawBase();
};
struct CPlayer : CActBase {
unsigned unknown0x44;
unsigned unknown0x48;
CPlayer(CActBase * lpParent, eACTID ActID, eACTFLAG ActFlag);
virtual ~CPlayer();
};
// Top-level globally-accessible "god object" that runs the main loop and
// provides global access to most other objects and many variables
enum eDRAWMODE {
eDRAWMODE_YES,
eDRAWMODE_WAITVBLANK,
eDRAWMODE_NO
};
enum eGLOBAL {
};
#pragma pack(4)
struct CActMan {
char unknown0x4[4];
unsigned unknown0x8;
unsigned * unknown0xC;
HRESULT m_InitState;
unsigned unknown0x14;
BOOL m_bDrawProfilingInfo;
int unknown0x1C;
BOOL m_bLogosStarted;
BOOL m_bFatal;
D3DCOLOR m_Color;
D3DCOLOR m_AmbientColor;
D3DCOLOR m_ShadowColor;
D3DCOLOR m_BgColor;
D3DCOLOR m_BgColorFallback;
BOOL m_bUseFallbackBgColor;
// Game state used to select CActBase methods to call in main loop
// If multiple states are activated, the precedence is
// coveredPause > Event > FreezeCam > UncoveredPause > Default
BOOL m_bCoveredPause; // Game paused with world not visible
BOOL m_bEvent; // Events (cutscenes)
BOOL m_bFreezeCam; // Time-frozen camera shots
BOOL m_bUncoveredPause; // Game paused with world visible, or
// automatic pause at start of mission
BOOL m_bCoveredPauseNextFrame;
BOOL m_bNoCoveredPauseNextFrame;
BOOL m_bEventNextFrame;
BOOL m_bNoEventNextFrame;
BOOL m_bFreezeCamNextFrame;
BOOL m_bNoFreezeCamNextFrame;
BOOL m_bUncoveredPauseNextFrame;
BOOL m_bNoUncoveredPauseNextFrame;
BOOL m_bDrawChildren;
BOOL m_bSkipDraw;
BOOL m_bRunSomeExtraDrawListCode;
SGraphicsPerformanceCounters m_PerfCounters;
eDRAWMODE m_DrawMode;
// Globally accessible objects and variables
CActBase * m_lpActTbl[7668];
DWORD m_Globals[461]; // Items may be any 32-bit type, e.g. ptr
CDrawBase * m_lpCamRoot;
CDrawBase * * m_lplpCamPtr;
CActBase * m_lpDrawRoot;
CActBase * * m_lplpDrawPtr;
CActBase * m_lpDrawSortRoot;
CActBase * * m_lplpDrawSortPtr;
CActBase * m_lpDrawSortBinRoots[256];
CActBase * * m_lplpDrawSortBinPtrs[256];
unsigned unknown0x87B4;
LARGE_INTEGER m_ExecPerfCount;
LARGE_INTEGER m_DrawPerfCount;
unsigned unknown0x87C8;
unsigned unknown0x87CC;
DWORD m_dwFrameCount_MAYBE;
unsigned unknown0x87D4;
unsigned unknown0x87D8;
CActBase * m_lpActExecRoot;
DWORD m_dwAnimCount_MAYBE;
DWORD m_dwAnimStep_MAYBE;
DWORD m_dwActCount;
CDrawBase * m_pCurrentDraw;
eACTID m_CurrentDrawActID;
eACTID m_CurrentDrawSomeActID;
Mat4 m_mParentMatrix;
unsigned unknown0x8838;
unsigned unknown0x883C;
CActMan(unsigned *, unsigned);
virtual ~CActMan();
void ActionExec();
void drawOne(CActBase * lpAct, unsigned);
void drawListSub(
eACTFLAG flagFilterAny1,
int drawArg1,
int drawArg2,
eACTFLAG flagFilterAll,
unsigned otherBitfieldFilterAny,
eACTFLAG flagFilterNone,
eACTFLAG flagFilterAny2
);
void drawTree1(CActBase * lpAct);
void setCoveredPauseNextFrame (BOOL bVal);
void setEventNextFrame (BOOL bVal);
void setFreezeCamNextFrame (BOOL bVal);
void setUncoveredPauseNextFrame(BOOL bVal);
void DrawChildren();
void DrawSkip();
void Fatal();
void SetDrawMode(eDRAWMODE Mode);
void SetGlobal(eGLOBAL Index, DWORD dwVal);
DWORD GetGlobal(eGLOBAL Index);
void InsertDrawList(CActBase * lpAct);
void DeleteDrawList(CActBase * lpAct);
void InsertActionExecList(eACTID ActID , CActBase * lpAct);
void FreeActID (eACTID ActID);
CActBase * GetAction (eACTID ActID);
int GetFreeActionID (eACTID Min , eACTID Max);
BOOL ActionIDAvail (eACTID ActID);
void SwapActID (eACTID ActID1, eACTID ActID2);
void ClearScreen();
void EnableSomeExtraDrawListCode();
void SetLogosStarted(BOOL bVal);
void initSortDrawList();
CActBase * getSortList();
void InsertDrawSortList(CActBase * lpAct);
void SortListSub(unsigned char ucSortKeyBitOffset);
void SetFallbackBgColor(D3DCOLOR Color, BOOL bUseFallback);
void Init();
void drawMany(eACTFLAG flagFilterAll, BOOL);
void sortDrawList();
void drawSub();
void draw();
void IdleSub();
int Idle();
};
extern CActMan * g_lpActMan;
// Root of the exec GameObj tree
struct CActRoot : CActBase {
CActRoot(CActBase * lpParent, eACTID ActID, eACTFLAG ActFlag);
virtual ~CActRoot();
};
void SetActionDelete(eACTID ActID);
#endif

595
decompile/src/JSRF/Core.cpp
View file

@ -1,595 +0,0 @@
/* JSRF Decompilation: JSRF/Core.hpp
Game and GameObj classes that form the foundation of the JSRF game code.
*/
#pragma bss_seg(".data")
#include "../XDK/CRT/stddef.h"
#include "Core.hpp"
// Declarations for symbols not yet defined in their own source files
// Remove these once they've been delinked!
void readInput();
// Address: 0x00011000
// Status: unimplemented
GameObj::~GameObj() {
g_game->gameObjCnt -= 1;
}
// Address: 0x00011070
// Status: unimplemented
void GameObj::recursiveExecDefault() {
}
// Address: 0x000110A0
// Status: unimplemented
void GameObj::drawListDefault(
GameObjFlags flagFilterAny1,
int drawArg1,
int drawArg2,
GameObjFlags flagFilterAll,
unsigned otherBitfieldFilterAny,
GameObjFlags flagFilterNone,
GameObjFlags flagFilterAny2
) {
}
// Address: 0x00011220
// Status: unimplemented
void GameObj::drawTreeDefault1() {
}
// Address: 0x00011260
// Status: unimplemented
void GameObj::drawTreeDefault2() {
}
// Address: 0x000112A0
// Status: unimplemented
void GameObj::recursiveExecEvent() {
}
// Address: 0x000112D0
// Status: unimplemented
void GameObj::drawListEvent(
GameObjFlags flagFilterAny1,
int drawArg1,
int drawArg2,
GameObjFlags flagFilterAll,
unsigned otherBitfieldFilterAny,
GameObjFlags flagFilterNone,
GameObjFlags flagFilterAny2
) {
}
// Address: 0x00011450
// Status: unimplemented
void GameObj::drawTreeEvent1() {
}
// Address: 0x00011490
// Status: unimplemented
void GameObj::drawTreeEvent2() {
}
// Address: 0x000114D0
// Status: unimplemented
void GameObj::recursiveExecCoveredPause() {
}
// Address: 0x00011500
// Status: unimplemented
void GameObj::drawListCoveredPause(
GameObjFlags flagFilterAny1,
int drawArg1,
int drawArg2,
GameObjFlags flagFilterAll,
unsigned otherBitfieldFilterAny,
GameObjFlags flagFilterNone,
GameObjFlags flagFilterAny2
) {
}
// Address: 0x00011680
// Status: unimplemented
void GameObj::drawTreeCoveredPause1() {
}
// Address: 0x000116C0
// Status: unimplemented
void GameObj::drawTreeCoveredPause2() {
}
// Address: 0x00011700
// Status: unimplemented
void GameObj::recursiveExecFreezeCam() {
}
// Address: 0x00011730
// Status: unimplemented
void GameObj::drawListFreezeCam(
GameObjFlags flagFilterAny1,
int drawArg1,
int drawArg2,
GameObjFlags flagFilterAll,
unsigned otherBitfieldFilterAny,
GameObjFlags flagFilterNone,
GameObjFlags flagFilterAny2
) {
}
// Address: 0x000118B0
// Status: unimplemented
void GameObj::drawTreeFreezeCam1() {
}
// Address: 0x000118F0
// Status: unimplemented
void GameObj::drawTreeFreezeCam2() {
}
// Address: 0x00011930
// Status: unimplemented
void GameObj::recursiveExecUncoveredPause() {
}
// Address: 0x00011960
// Status: unimplemented
void GameObj::drawListUncoveredPause(
GameObjFlags flagFilterAny1,
int drawArg1,
int drawArg2,
GameObjFlags flagFilterAll,
unsigned otherBitfieldFilterAny,
GameObjFlags flagFilterNone,
GameObjFlags flagFilterAny2
) {
}
// Address: 0x00011AE0
// Status: unimplemented
void GameObj::drawTreeUncoveredPause1() {
}
// Address: 0x00011B20
// Status: unimplemented
void GameObj::drawTreeUncoveredPause2() {
}
// Address: 0x00011B60
// Status: unimplemented
void GameObj::addToSiblings(GameObj * sibling, GameObj * parent) {
}
// Address: 0x00011B90
// Status: unimplemented
void GameObj::destructChildren(GameObj * firstChild) {
}
// Address: 0x00011BD0
// Status: matching
GameObj * GameObj::getParent() {
return this->parent;
}
// Address: 0x00011BE0
// Status: unimplemented
void GameObj::removeFromObjList(GameObj * obj) {
if (obj->flags > -1) {
}
}
// Address: 0x00011C20
// Status: nonmatching
void GameObj::removeChildrenFromObjList(GameObj * firstChild) {
if (firstChild != NULL) do {
if (firstChild->flags > -1) {
firstChild->flags = GameObjFlags(firstChild->flags | GOF_DELETEAFTEREXEC);
g_game->removeFromDrawList(firstChild);
g_game->unsetObj(firstChild->index);
}
this->removeChildrenFromObjList(firstChild->firstChild);
firstChild = firstChild->nextSibling;
} while (firstChild != NULL);
}
// Address: 0x00011C80
// Status: matching
void GameObj::drawDefault(unsigned unknown) {}
// Address: 0x00011C90
// Status: matching
void GameObj::execDefault() {}
// Eliminated by link time code generation (aliased with 0x00011C90)
void GameObj::postExecDefault() {}
// Eliminated by link time code generation (aliased with 0x00011C90)
void GameObj::execEvent() {}
// Eliminated by link time code generation (aliased with 0x00011C90)
void GameObj::postExecEvent() {}
// Eliminated by link time code generation (aliased with 0x00011C80)
void GameObj::drawEvent(unsigned unknown) {}
// Eliminated by link time code generation (aliased with 0x00011C90)
void GameObj::execCoveredPause() {}
// Eliminated by link time code generation (aliased with 0x00011C90)
void GameObj::postExecCoveredPause() {}
// Eliminated by link time code generation (aliased with 0x00011C80)
void GameObj::drawCoveredPause(unsigned unknown) {}
// Eliminated by link time code generation (aliased with 0x00011C90)
void GameObj::execFreezeCam() {}
// Eliminated by link time code generation (aliased with 0x00011C90)
void GameObj::postExecFreezeCam() {}
// Eliminated by link time code generation (aliased with 0x00011C80)
void GameObj::drawFreezeCam(unsigned unknown) {}
// Eliminated by link time code generation (aliased with 0x00011C90)
void GameObj::execUncoveredPause() {}
// Eliminated by link time code generation (aliased with 0x00011C90)
void GameObj::postExecUncoveredPause() {}
// Eliminated by link time code generation (aliased with 0x00011C80)
void GameObj::drawUncoveredPause(unsigned unknown) {}
// Address: 0x00011CA0
// Status: unimplemented
void DrawTree::copySomeVectors() {
}
// Address: 0x00011D00
// Status: unimplemented
void GameObj::recursivePostExecDefault() {
}
// Address: 0x00011D00
// Status: unimplemented
void GameObj::recursivePostExecEvent() {
}
// Address: 0x00011E40
// Status: unimplemented
void GameObj::recursivePostExecCoveredPause() {
}
// Address: 0x00011EE0
// Status: unimplemented
void GameObj::recursivePostExecFreezeCam() {
}
// Address: 0x00011F80
// Status: unimplemented
void GameObj::recursivePostExecUncoveredPause() {
}
// Address: 0x00012020
// Status: unimplemented
void GameObj::setParent(GameObj * parent) {
}
// Address: 0x00012100
// Status: unimplemented
GameObj::GameObj(GameObj * parent, GameObjIndex index, GameObjFlags flags) {
g_game->setObj(index, this);
this->parent = NULL;
this->firstChild = NULL;
this->prevSibling = NULL;
this->nextSibling = NULL;
this->index = index;
this->flags = flags;
this->setParent(parent);
this->sortKey = 0;
this->otherBitfield = 1;
g_game->gameObjCnt += 1;
}
// Address: 0x00012170
// Status: matching
DrawTree::DrawTree(GameObj * parent, GameObjIndex index, GameObjFlags flags) :
GameObj(parent, index, flags) {
this->otherBitfield = 7;
this->someIndex = 0;
}
// Address: 0x000121D0
// Status: unimplemented
DrawTree::~DrawTree() {}
// Address: 0x000121E0
// Status: unimplemented
PlayerObj::PlayerObj(GameObj * parent, GameObjIndex index, GameObjFlags flags) :
GameObj(parent, index, flags) {
this->unknown0x44 = 0;
this->unknown0x48 = 0;
}
// Eliminated by link time code generation (aliased with 0x000121D0)
PlayerObj::~PlayerObj() {}
// Address: 0x00012210
// Status: unimplemented
Game::Game(unsigned * unknown1, unsigned unknown2) {
}
// Address: 0x00012390
// Status: unimplemented
Game::~Game() {
}
// Address: 0x000123E0
// Status: unimplemented
void Game::exec() {
}
// Address: 0x00012580
// Status: unimplemented
void Game::drawObj(GameObj * obj, unsigned unknown) {
}
// Address: 0x000125E0
// Status: unimplemented
void Game::drawList_(
GameObjFlags flagFilterAny1,
int drawArg1,
int drawArg2,
GameObjFlags flagFilterAll,
unsigned otherBitfieldFilterAny,
GameObjFlags flagFilterNone,
GameObjFlags flagFilterAny2
) {
}
// Address: 0x00012680
// Status: unimplemented
void Game::drawTree1(GameObj * obj) {
}
// Address: 0x000126D0
// Status: unimplemented
void Game::setCoveredPauseNextFrame(BOOL val) {
}
// Address: 0x000126F0
// Status: unimplemented
void Game::setEventNextFrame(BOOL val) {
}
// Address: 0x00012710
// Status: unimplemented
void Game::setFreezeCamNextFrame(BOOL val) {
}
// Address: 0x00012730
// Status: unimplemented
void Game::setUncoveredPauseNextFrame(BOOL val) {
}
// Address: 0x00012750
// Status: matching
void Game::enableDrawChildren() {
this->drawChildren = TRUE;
}
// Address: 0x00012760
// Status: matching
void Game::enableSkipDraw() {
this->skipDraw = TRUE;
}
// Address: 0x00012770
// Status: unimplemented
void Game::fatal() {
}
// Address: 0x000127B0
// Status: matching
void Game::setDrawMode(DrawMode mode) {
this->drawMode = mode;
}
// Address: 0x000127C0
// Status: matching
void Game::setGlobal(GlobalIndex index, unsigned val) {
this->globals[index] = val;
}
// Address: 0x000127E0
// Status: matching
unsigned Game::getGlobal(GlobalIndex index) {
return this->globals[index];
}
// Address: 0x000127F0
// Status: unimplemented
void Game::addToDrawList(GameObj * obj) {
}
// Address: 0x00012840
// Status: unimplemented
void Game::removeFromDrawList(GameObj * obj) {
}
// Address: 0x00012870
// Status: matching
void Game::setObj(GameObjIndex index, GameObj * obj) {
if (0 <= index && index < OBJ_CNT)
this->objects[index] = obj;
}
// Address: 0x00012890
// Status: matching
void Game::unsetObj(GameObjIndex index) {
if (0 <= index && this->objects[index] != NULL)
this->objects[index] = NULL;
}
// Address: 0x000128C0
// Status: matching
GameObj * Game::getObj(GameObjIndex index) {
return 0 <= index ? this->objects[index] : NULL;
}
// Address: 0x000128E0
// Status: matching
int Game::allocObjIndex(GameObjIndex min, GameObjIndex max) {
if (min <= max) do
if (this->objects[min] == NULL) return min;
else min = GameObjIndex(min + 1);
while (min <= max);
return -1;
}
// Address: 0x00012910
// Status: matching
BOOL Game::objIndexAvail(GameObjIndex index) {
return this->objects[index] == NULL;
}
// Address: 0x00012930
// Status: matching
void Game::swapObjs(GameObjIndex index1, GameObjIndex index2) {
GameObj * tmp = this->objects[index1];
this->objects[index1] = this->objects[index2];
this->objects[index2] = tmp;
if (this->objects[index1] != NULL) this->objects[index1]->index = index1;
if (this->objects[index2] != NULL) this->objects[index2]->index = index2;
}
// Address: 0x00012980
// Status: unimplemented
void Game::clearScreen() {
}
// Address: 0x000129B0
// Status: matching
void Game::enableSomeExtraDrawListCode() {
this->runSomeExtraDrawListCode = TRUE;
}
// Address: 0x000129C0
// Status: matching
void Game::setLogosStarted(BOOL val) {
this->logosStarted = val;
}
// Address: 0x000129D0
// Status: matching
void Game::clearDrawPriorityList() {
this->drawPriorityListHead = NULL;
this->drawPriorityListEndNext = &g_game->drawPriorityListHead;
}
// Address: 0x000129F0
// Status: matching
GameObj * Game::getDrawPriorityListHead() {
return this->drawPriorityListHead;
}
// Address: 0x00012A00
// Status: matching
void Game::appendToDrawPriorityList(GameObj * obj) {
obj->drawPriorityListNext = NULL;
*this->drawPriorityListEndNext = obj;
this->drawPriorityListEndNext = &obj->drawPriorityListNext;
}
// Address: 0x00012A20
// Status: unimplemented
void Game::sortDrawPriorityListSingleLevel(unsigned char sortKeyBitOffset) {
for (
unsigned i = 0;
i < sizeof this->drawPriorityListsByKeyHeads/sizeof *this->drawPriorityListsByKeyHeads;
i++
) this->drawPriorityListsByKeyHeads[i] = NULL;
}
// Address: 0x00012AC0
// Status: matching
void Game::setFallbackBgColour(D3DCOLOR colour, BOOL useFallback) {
this->useFallbackBgColour = useFallback;
this->bgColourFallback = colour;
}
// Address: 0x00012AE0
// Status: unimplemented
RootExecObj::RootExecObj(GameObj * parent, GameObjIndex index, GameObjFlags flags) :
GameObj(parent, index, flags) {
}
// Address: 0x00012BE0
// Status: matching
RootExecObj::~RootExecObj() {
}
// Address: 0x00012C10
// Status: unimplemented
void Game::initRootExecObj() {
}
// Address: 0x00012C80
// Status: unimplemented
void Game::drawList(GameObjFlags flagFilterAll, BOOL unknown) {
}
// Address: 0x000131A0
// Status: nonmatching
void Game::sortDrawPriorityList() {
this->sortDrawPriorityListSingleLevel(0x00);
this->sortDrawPriorityListSingleLevel(0x08);
this->sortDrawPriorityListSingleLevel(0x10);
this->sortDrawPriorityListSingleLevel(0x18);
}
// Address: 0x000131F0
// Status: unimplemented
void Game::drawObjs() {
}
// Address: 0x00013930
// Status: unimplemented
void Game::draw() {
}
// Address: 0x00013A80
// Status: unimplemented
void Game::frame() {
readInput();
}
// Address: 0x00013F80
// Status: matching
int Game::mainLoop() {
if (this->initState >= 0) while (true) {
if (!this->fatalErr) this->frame();
else {
readInput();
Sleep(0x10);
}
} else return -1;
}
// Address: 0x00013FC0
// Status: nonmatching
void removeFromObjListByIndex(GameObjIndex index) {
GameObj * obj = g_game->getObj(index);
if (obj != NULL) {
obj->removeFromObjList(obj);
obj->removeChildrenFromObjList(obj->firstChild);
}
}

549
decompile/src/JSRF/Core.hpp
View file

@ -1,549 +0,0 @@
/* JSRF Decompilation: JSRF/Core.hpp
Game and GameObj classes that form the foundation of the JSRF game code.
*/
#ifndef CORE_HPP
#define CORE_HPP
#include "../MUSASHI/MMatrix.hpp"
#include "../XDK/CRT/stddef.h"
#include "../XDK/D3D.h"
#include "../XDK/Win32.h"
// TODO; move to header for Graphics COM object in Smilebit libraries
struct GraphicsPerformanceCounters {
unsigned fps;
unsigned trianglesPerSecond;
unsigned frameTriangleCnt;
unsigned unknown0xC;
unsigned unknown0x10;
unsigned unknown0x14;
};
// TODO: Just here to get delinking working until we make dedicated source
// files for these classes
struct CollisionManager {
CollisionManager();
virtual ~CollisionManager();
};
struct UnknownGlobal {
UnknownGlobal();
virtual ~UnknownGlobal();
};
struct UnknownStatic02 {
UnknownStatic02();
virtual ~UnknownStatic02();
};
struct UnknownStatic04 {
UnknownStatic04();
virtual ~UnknownStatic04();
};
struct UnknownStatic05 {
UnknownStatic05();
virtual ~UnknownStatic05();
};
struct UnknownStatic06 {
UnknownStatic06();
virtual ~UnknownStatic06();
};
struct UnknownStatic07 {
UnknownStatic07();
virtual ~UnknownStatic07();
};
struct UnknownStatic09 {
UnknownStatic09();
virtual ~UnknownStatic09();
};
struct UnknownStatic13 {
char unknown1[0x274];
void * unknown2;
void * unknown3;
};
struct UnknownStatic16 {
UnknownStatic16();
virtual ~UnknownStatic16();
};
struct UnknownStatic17 {
UnknownStatic17();
virtual ~UnknownStatic17();
};
struct UnknownStatic18 {
UnknownStatic18();
virtual ~UnknownStatic18();
};
struct UnknownStatic19 {
UnknownStatic19();
virtual ~UnknownStatic19();
};
struct UnknownStatic24 {
UnknownStatic24();
virtual ~UnknownStatic24();
};
struct UnknownStatic27 {
UnknownStatic27();
virtual ~UnknownStatic27();
void * unknown[3];
};
struct GraphicsSetting {
unsigned countedIfZero;
char * name;
D3DVECTOR unknown;
float value;
unsigned index;
};
struct GraphicsSettings {
float * settings;
unsigned settingsArrSizeInBytes;
unsigned unknown1;
unsigned unknown2;
unsigned srcArrZeroCnt;
GraphicsSetting * srcItemsMarked0;
unsigned * offsetsFromPrevSrcItemMarked0;
};
enum GraphicsSettingType {
GST_WARP = 0x0,
GST_WARP_X = 0x1,
GST_WARP_Y = 0x2,
GST_WARP_Z = 0x3,
GST_GO = 0x4,
GST_MEMORY = 0x5,
GST_DRAW = 0x6,
GST_COLOR = 0x7,
GST_COLOR_R = 0x8,
GST_COLOR_G = 0x9,
GST_COLOR_B = 0xa,
GST_AMBIENT = 0xb,
GST_AMBIENT_R = 0xc,
GST_AMBIENT_G = 0xd,
GST_AMBIENT_B = 0xe,
GST_SHADOWCOLOR = 0xf,
GST_SHADOWCOLOR_A = 0x10,
GST_SHADOWCOLOR_R = 0x11,
GST_SHADOWCOLOR_G = 0x12,
GST_SHADOWCOLOR_B = 0x13,
GST_BGCOLOR = 0x14,
GST_BGCOLOR_R = 0x15,
GST_BGCOLOR_G = 0x16,
GST_BGCOLOR_B = 0x17,
GST_MIPMAPLOD = 0x18,
GST_MIPMAPLOD_BIAS = 0x19,
GST_G_CONTRAST = 0x1a,
GST_G_CONTRAST_R = 0x1b,
GST_G_CONTRAST_G = 0x1c,
GST_G_CONTRAST_B = 0x1d,
GST_G_LUMINANCE = 0x1e,
GST_G_LUMINANCE_R = 0x1f,
GST_G_LUMINANCE_G = 0x20,
GST_G_LUMINANCE_B = 0x21,
GST_GRIND = 0x22,
GST_GRIND_NS = 0x23,
GST_GRIND_XS = 0x24,
GST_GRIND_NR = 0x25,
GST_GRIND_XR = 0x26,
GST_GIZA_NO = 0x27,
GST_GIZA_NO_T = 0x28,
GST_GIZA_SPEED = 0x29,
GST_GIZA_SPEED_R = 0x2a,
GST_GIZA_SPEED_T = 0x2b,
GST_GIZA_SPEED_S = 0x2c,
GST_GIZA_GRIND = 0x2d,
GST_GIZA_GRIND_R = 0x2e,
GST_GIZA_GRIND_T = 0x2f,
GST_GIZA_GRIND_S = 0x30,
GST_GIZA_NORMAL = 0x31,
GST_GIZA_NORMAL_R = 0x32,
GST_GIZA_NORMAL_T = 0x33,
GST_GIZA_NORMAL_S = 0x34,
GST_GIZA_SDASH = 0x35,
GST_GIZA_SDASH_R = 0x36,
GST_GIZA_SDASH_T = 0x37,
GST_GIZA_SDASH_S = 0x38,
GST_GIZA_CAMZ = 0x39,
GST_GIZA_CAMZ_ND = 0x3a,
GST_GIZA_CAMZ_XD = 0x3b,
GST_GIZA_CAMZ_NR = 0x3c,
GST_GIZA_CAMZ_XR = 0x3d,
GST_GIZA_CAMTRT = 0x3e,
GST_GIZA_CAMTRT_ND = 0x3f,
GST_GIZA_CAMTRT_XD = 0x40,
GST_GIZA_CAMTRT_NR = 0x41,
GST_GIZA_CAMTRT_XR = 0x42,
GST_GIZA_CAMANG_NA = 0x43,
GST_GIZA_CAMANG_XA = 0x44,
GST_GIZA_CAMANG_NR = 0x45,
GST_GIZA_CAMANG_XR = 0x46,
GST_GIZA_MESH = 0x47,
GST_GIZA_MESH_IP = 0x48,
GST_GIZA_MESH_AP = 0x49,
GST_GIZA_MESH_BA = 0x4a,
GST_GIZA_CAMALPHA = 0x4b,
GST_GIZA_CAMALPHA_ENABLE = 0x4c,
GST_DIST = 0x4d,
GST_FOG = 0x4e,
GST_FOG_ENABLE = 0x4f,
GST_FOG_R = 0x50,
GST_FOG_G = 0x51,
GST_FOG_B = 0x52,
GST_FOG_RANGE = 0x53,
GST_FOG_RANGE_NEAR = 0x54,
GST_FOG_RANGE_FAR = 0x55,
GST_POWER = 0x56,
GST_WIRE_FRAME = 0x57,
GST_WIRE_FRAME_ENABLE = 0x58,
GST_TEXTURE = 0x59,
GST_TEXTURE_NO = 0x5a,
GST_SCREENGAUGE = 0x5b,
GST_SCREENGAUGE_ENABLE = 0x5c,
GST_OWARI = 0x5d,
GST_COUNT = 0x5e,
};
enum GameObjFlags {
GOF_DRAWTREEHEAD = 1 << 0,
GOF_SKIPDRAWINGSOMETHING = 1 << 1,
GOF_NODRAWPHASE2 = 1 << 16,
GOF_DRAWTREE2 = 1 << 18,
GOF_DRAWPHASE1 = 1 << 22,
GOF_DRAWTREECHILD = 1 << 30,
GOF_DELETEAFTEREXEC = 1 << 31
};
// Position in g_game->objects array
// Different indices and ranges are dedicated to different kinds of
// objecs.
enum GameObjIndex {
OBJ_NOTINDEXED = -1, // Not stored in array
OBJ_DIRECTOR = 0,
// TODO
OBJ_CNT = 0x1DF4
};
// Base class of most objects (and everything in g_game->objects)
struct GameObj {
GameObjFlags flags;
GameObjIndex index;
unsigned otherBitfield;
float reverseSortKey; // Sign flipped to produced sortKey
unsigned sortKey; // Four-level key, one byte each
D3DVECTOR someTranslation;
// Links forming a tree of objects for exec phase
GameObj * parent;
GameObj * firstChild;
GameObj * prevSibling;
GameObj * nextSibling;
// Some data structures used for draw phrase
GameObj * nextDrawTree;
GameObj * * prevDrawTreeNext;
GameObj * * * lastDrawTreeNextPtr;
GameObj * drawPriorityListNext;
virtual ~GameObj();
void recursiveExecDefault();
void drawListDefault(
GameObjFlags flagFilterAny1,
int drawArg1,
int drawArg2,
GameObjFlags flagFilterAll,
unsigned otherBitfieldFilterAny,
GameObjFlags flagFilterNone,
GameObjFlags flagFilterAny2
);
void drawTreeDefault1();
void drawTreeDefault2();
void recursiveExecEvent();
void drawListEvent(
GameObjFlags flagFilterAny1,
int drawArg1,
int drawArg2,
GameObjFlags flagFilterAll,
unsigned otherBitfieldFilterAny,
GameObjFlags flagFilterNone,
GameObjFlags flagFilterAny2
);
void drawTreeEvent1();
void drawTreeEvent2();
void recursiveExecCoveredPause();
void drawListCoveredPause(
GameObjFlags flagFilterAny1,
int drawArg1,
int drawArg2,
GameObjFlags flagFilterAll,
unsigned otherBitfieldFilterAny,
GameObjFlags flagFilterNone,
GameObjFlags flagFilterAny2
);
void drawTreeCoveredPause1();
void drawTreeCoveredPause2();
void recursiveExecFreezeCam();
void drawListFreezeCam(
GameObjFlags flagFilterAny1,
int drawArg1,
int drawArg2,
GameObjFlags flagFilterAll,
unsigned otherBitfieldFilterAny,
GameObjFlags flagFilterNone,
GameObjFlags flagFilterAny2
);
void drawTreeFreezeCam1();
void drawTreeFreezeCam2();
void recursiveExecUncoveredPause();
void drawListUncoveredPause(
GameObjFlags flagFilterAny1,
int drawArg1,
int drawArg2,
GameObjFlags flagFilterAll,
unsigned otherBitfieldFilterAny,
GameObjFlags flagFilterNone,
GameObjFlags flagFilterAny2
);
void drawTreeUncoveredPause1();
void drawTreeUncoveredPause2();
void addToSiblings(GameObj * sibling, GameObj * parent);
void destructChildren(GameObj * firstChild);
GameObj * getParent();
void removeFromObjList (GameObj * obj);
void removeChildrenFromObjList(GameObj * firstChild);
// Each frame, one of these trios of methods is called depending on
// which state the game is in
// Default implementation of each does nothing; inheriting objects
// override these methods to run some code during each phase of each
// frame.
virtual void execDefault();
virtual void postExecDefault();
virtual void drawDefault(unsigned);
virtual void execEvent();
virtual void postExecEvent();
virtual void drawEvent(unsigned);
virtual void execCoveredPause();
virtual void postExecCoveredPause();
virtual void drawCoveredPause(unsigned);
virtual void execFreezeCam();
virtual void postExecFreezeCam();
virtual void drawFreezeCam(unsigned);
virtual void execUncoveredPause();
virtual void postExecUncoveredPause();
virtual void drawUncoveredPause(unsigned);
void recursivePostExecDefault();
void recursivePostExecEvent();
void recursivePostExecCoveredPause();
void recursivePostExecFreezeCam();
void recursivePostExecUncoveredPause();
void setParent(GameObj * parent);
GameObj(GameObj * parent, GameObjIndex index, GameObjFlags flags);
};
// There's a big array of possible arguments for draw methods with these
struct DrawFuncArgs {
GameObjFlags flagFilterAny;
int arg1;
int arg2;
};
// Base class of objects serving as the head of a tree of objects to draw
// recursively
struct DrawTree : GameObj {
D3DVECTOR unknown0x44;
D3DVECTOR unknown0x50;
D3DVECTOR unknown0x5C;
D3DVECTOR unknown0x68;
unsigned unknown0x74;
unsigned unknown0x78;
unsigned unknown0x7C;
unsigned unknown0x80;
D3DRECT viewport;
unsigned someIndex;
void copySomeVectors();
DrawTree(GameObj * parent, GameObjIndex index, GameObjFlags flags);
virtual ~DrawTree();
};
struct PlayerObj : GameObj {
unsigned unknown0x44;
unsigned unknown0x48;
PlayerObj(GameObj * parent, GameObjIndex index, GameObjFlags flags);
virtual ~PlayerObj();
};
// Top-level globally-accessible "god object" that runs the main loop and
// provides global access to most other objects and many variables
enum DrawMode {
DRAW_YES,
DRAW_WAITVBLANK,
DRAW_NO
};
enum GlobalIndex {
};
#pragma pack(4)
struct Game {
char unknown0x4[4];
unsigned unknown0x8;
unsigned * unknown0xC;
int initState;
unsigned unknown0x14;
BOOL drawProfilingInfo;
int unknown0x1C;
BOOL logosStarted;
BOOL fatalErr;
D3DCOLOR colour;
D3DCOLOR ambientColour;
D3DCOLOR shadowColour;
D3DCOLOR bgColour;
D3DCOLOR bgColourFallback;
BOOL useFallbackBgColour;
// Game state used to select GameObj methods to call in main loop
// If multiple states are activated, the precedence is
// coveredPause > Event > FreezeCam > UncoveredPause > Default
BOOL coveredPause; // Game paused with world not visible
BOOL event; // Events (cutscenes)
BOOL freezeCam; // Time-frozen camera shots
BOOL uncoveredPause; // Game paused with world visible, or
// automatic pause at start of mission
BOOL coveredPauseNextFrame;
BOOL noCoveredPauseNextFrame;
BOOL eventNextFrame;
BOOL noEventNextFrame;
BOOL freezeCamNextFrame;
BOOL noFreezeCamNextFrame;
BOOL uncoveredPauseNextFrame;
BOOL noUncoveredPauseNextFrame;
BOOL drawChildren;
BOOL skipDraw;
BOOL runSomeExtraDrawListCode;
GraphicsPerformanceCounters perfCounters;
DrawMode drawMode;
// Globally accessible objects and variables
GameObj * objects[7668];
unsigned globals[461]; // Items may be any 32-bit type, e.g. ptr
DrawTree * drawTreesHead;
DrawTree * * drawTreesEndNext;
GameObj * drawListHead;
GameObj * * drawListEndNext;
GameObj * drawPriorityListHead;
GameObj * * drawPriorityListEndNext;
GameObj * drawPriorityListsByKeyHeads [256];
GameObj * * drawPriorityListsByKeyEndNexts[256];
unsigned unknown0x87B4;
LARGE_INTEGER execPerfCount;
LARGE_INTEGER drawPerfCount;
unsigned unknown0x87C8;
unsigned unknown0x87CC;
unsigned frameCnt1;
unsigned unknown0x87D4;
unsigned unknown0x87D8;
GameObj * rootExecObj;
int frameCnt2;
int frameCnt3;
unsigned gameObjCnt;
DrawTree * currentDrawTree;
GameObjIndex currentDrawTreeIndex;
int unknown0x87F4;
Mat4 parentMatrix;
unsigned unknown0x8838;
unsigned unknown0x883C;
Game(unsigned *, unsigned);
virtual ~Game();
void exec();
void drawObj(GameObj * obj, unsigned);
void drawList_(
GameObjFlags flagFilterAny1,
int drawArg1,
int drawArg2,
GameObjFlags flagFilterAll,
unsigned otherBitfieldFilterAny,
GameObjFlags flagFilterNone,
GameObjFlags flagFilterAny2
);
void drawTree1(GameObj * obj);
void setCoveredPauseNextFrame (BOOL val);
void setEventNextFrame (BOOL val);
void setFreezeCamNextFrame (BOOL val);
void setUncoveredPauseNextFrame(BOOL val);
void enableDrawChildren();
void enableSkipDraw();
void fatal();
void setDrawMode(DrawMode mode);
void setGlobal(GlobalIndex index, unsigned val);
unsigned getGlobal(GlobalIndex index);
void addToDrawList (GameObj * obj);
void removeFromDrawList(GameObj * obj);
void setObj (GameObjIndex index , GameObj * obj);
void unsetObj (GameObjIndex index );
GameObj * getObj (GameObjIndex index );
int allocObjIndex(GameObjIndex min , GameObjIndex max);
BOOL objIndexAvail(GameObjIndex index );
void swapObjs (GameObjIndex index1, GameObjIndex index2);
void clearScreen();
void enableSomeExtraDrawListCode();
void setLogosStarted(BOOL val);
void clearDrawPriorityList();
GameObj * getDrawPriorityListHead();
void appendToDrawPriorityList(GameObj * obj);
void sortDrawPriorityListSingleLevel(unsigned char sortKeyBitOffset);
void setFallbackBgColour(D3DCOLOR colour, BOOL useFallback);
void initRootExecObj();
void drawList(GameObjFlags flagFilterAll, BOOL);
void sortDrawPriorityList();
void drawObjs();
void draw();
void frame();
int mainLoop();
};
extern Game * g_game;
// Root of the exec GameObj tree
struct RootExecObj : GameObj {
RootExecObj(GameObj * parent, GameObjIndex index, GameObjFlags flags);
virtual ~RootExecObj();
};
void removeFromObjListByIndex(GameObjIndex index);
#endif

366
decompile/src/JSRF/GameData.cpp
View file

@ -1,366 +0,0 @@
/* JSRF Decompilation: JSRF/GameData.hpp
Save data and closely-related runtime data.
*/
#pragma bss_seg(".data")
#include "../XDK/Win32.h"
#include "GameData.hpp"
GameData g_gameData = GameData();
// Address: 0x00039B50
// Status: unimplemented
BOOL GameData::checkFlagCondition(unsigned cond) {
return 0;
}
// Address: 0x00039BE0
// Status: unimplemented
void GameData::writeStateFlag(unsigned flagVal) {
}
// Address: 0x00039C70
// Status: unimplemented
void GameData::incrementChapter() {
}
// Address: 0x00039C80
// Status: unimplemented
void GameData::setMissionDigits34(unsigned val) {
}
// Address: 0x00039C90
// Status: unimplemented
void GameData::setSpawnPosIndex(unsigned val) {
}
// Address: 0x00039CA0
// Status: unimplemented
unsigned GameData::getSpawnPosIndex() {
return 0;
}
// Address: 0x00039CB0
// Status: unimplemented
void GameData::unlockCharacter(PlayerCharId charId) {
}
// Address: 0x00039CF0
// Status: unimplemented
void GameData::lockCharacter(PlayerCharId charId) {
}
// Address: 0x00039D10
// Status: unimplemented
BOOL GameData::characterUnlocked(PlayerCharId charId) {
return 0;
}
// Address: 0x00039D40
// Status: unimplemented
BOOL GameData::checkFlagConditions(unsigned * conds, unsigned count) {
return 0;
}
// Address: 0x00039D80
// Status: unimplemented
void GameData::writeStateFlags(unsigned * writes, unsigned count) {
}
// Address: 0x00039DB0
// Status: unimplemented
BOOL GameData::checkFlagConditionUnpacked(FlagList flagList, unsigned index) {
return 0;
}
// Address: 0x00039DE0
// Status: unimplemented
void GameData::writeStateFlagUnpacked(FlagList flagList, unsigned index, unsigned val) {
}
// Address: 0x00039E10
// Status: unimplemented
void GameData::setSoulSpawned(unsigned soulId) {
}
// Address: 0x00039E40
// Status: unimplemented
BOOL GameData::getSoulSpawned(unsigned soulId) {
return 0;
}
// Address: 0x00039E80
// Status: unimplemented
void GameData::setSoulCollected(unsigned soulId) {
}
// Address: 0x00039EB0
// Status: unimplemented
BOOL GameData::getSoulHeld(unsigned soulId) {
return 0;
}
// Address: 0x00039EF0
// Status: unimplemented
BOOL GameData::soulSpawnedUncollected(unsigned soulId) {
return 0;
}
// Address: 0x00039F40
// Status: unimplemented
void GameData::clearHeldSouls() {
}
// Address: 0x00039F60
// Status: unimplemented
void GameData::restoreHeldSouls() {
}
// Address: 0x00039FD0
// Status: unimplemented
unsigned GameData::getSoulCount() {
return 0;
}
// Address: 0x0003A0A0
// Status: unimplemented
unsigned GameData::getTotalSoulsInStage(unsigned stageId) {
return 0;
}
// Address: 0x0003A130
// Status: unimplemented
unsigned GameData::getHeldSoulsInStage(unsigned stageId) {
return 0;
}
// Address: 0x0003A2B0
// Status: unimplemented
BOOL GameData::getSoulCollectedBySize(TagSize size, unsigned index) {
return 0;
}
// Address: 0x0003A2F0
// Status: unimplemented
void GameData::setUnusedPerStageBitmask(unsigned stageId, unsigned index) {
}
// Address: 0x0003A340
// Status: unimplemented
int GameData::getTagState(unsigned stageId, unsigned tagIndex, BOOL rivalTag) {
return 0;
}
// Address: 0x0003A3A0
// Status: unimplemented
void GameData::setTagState(unsigned stageId, unsigned tagIndex, BOOL rivalTag, unsigned val) {
}
// Address: 0x0003A400
// Status: unimplemented
void GameData::setTagCovered(unsigned stageId, unsigned tagIndex, BOOL rivalTag, unsigned gangOrPlayer) {
}
// Address: 0x0003A4A0
// Status: unimplemented
void GameData::setVolumeSettings(float volMusic, float volSfx) {
}
// Address: 0x0003A4C0
// Status: unimplemented
void GameData::getVolumeSettings(float * outMusic, float * outSfx) {
}
// Address: 0x0003A4E0
// Status: unimplemented
void GameData::setRumbleEnabled(BOOL val) {
}
// Address: 0x0003A4F0
// Status: unimplemented
BOOL GameData::getRumbleEnabled() {
return 0;
}
// Address: 0x0003A500
// Status: unimplemented
void GameData::setGarageMusic(unsigned songId) {
}
// Address: 0x0003A510
// Status: unimplemented
unsigned GameData::getGarageMusic() {
return 0;
}
// Address: 0x0003A520
// Status: unimplemented
void GameData::setUnusedBitfield(unsigned index) {
}
// Address: 0x0003A550
// Status: unimplemented
void GameData::setMiscObjective(unsigned index) {
}
// Address: 0x0003A580
// Status: unimplemented
BOOL GameData::getMiscObjective(unsigned index) {
return 0;
}
// Address: 0x0003A5C0
// Status: unimplemented
unsigned GameData::countMiscObjectives() {
return 0;
}
// Address: 0x0003A690
// Status: unimplemented
BOOL GameData::getHighScore(unsigned stageId, TestRunType type, unsigned rank, TestRunScore * out) {
return 0;
}
// Address: 0x0003A750
// Status: unimplemented
void GameData::incrementTimer(Timer timer) {
}
// Address: 0x0003A780
// Status: unimplemented
unsigned GameData::getTimer(Timer timer) {
return 0;
}
// Address: 0x0003A7B0
// Status: unimplemented
void GameData::setTimer(Timer timer, unsigned frames) {
}
// Address: 0x0003A7F0
// Status: unimplemented
void GameData::setSelectedTag(unsigned gangOrPlayer, TagSize size, unsigned tagId, BOOL multiplayer) {
}
// Address: 0x0003A820
// Status: unimplemented
unsigned GameData::getSelectedTag(unsigned gangOrPlayer, TagSize size, BOOL multiplayer) {
return 0;
}
// Address: 0x0003A840
// Status: unimplemented
void GameData::setCustomTagSelected(unsigned gangOrPlayer, TagSize size, BOOL active, BOOL multiplayer) {
}
// Address: 0x0003A870
// Status: unimplemented
BOOL GameData::getCustomTagSelected(unsigned gangOrPlayer, TagSize size, BOOL multiplayer) {
return 0;
}
// Address: 0x0003A890
// Status: unimplemented
void GameData::setEventSeen(unsigned eventId) {
}
// Address: 0x0003A8C0
// Status: unimplemented
BOOL GameData::eventSeen(unsigned eventId) {
return 0;
}
// Address: 0x0003A900
// Status: unimplemented
void GameData::incrementPlaytime() {
}
// Address: 0x0003A910
// Status: matching
unsigned GameData::getSaveDataSize() {
// 0x50 byte key + 0x3508 actual save data + 0x8 extra (why extra?)
return 0x50 + sizeof this->saveActive + 0x8;
}
// Address: 0x0003A920
// Status: unimplemented
BOOL GameData::decrypt(char * saveData) {
return 0;
}
// Address: 0x0003AB60
// Status: unimplemented
void GameData::encrypt(char * outSaveData) {
}
// Address: 0x0003AE00
// Status: unimplemented
void GameData::getSaveDescription(SaveDescription * outDesc) {
}
// Address: 0x0003AE20
// Status: unimplemented
void GameData::clearStateFlags(FlagListOrPtr flagList) {
}
// Address: 0x0003AEA0
// Status: unimplemented
void GameData::resetTimer(Timer timer) {
}
// Address: 0x0003AED0
// Status: unimplemented
GameData::GameData() {
}
// Address: 0x0003B3C0
// Status: unimplemented
void GameData::resetSelectedTags() {
}
// Address: 0x0003B420
// Status: unimplemented
void GameData::resetExceptSettingsAndSouls() {
}
// Address: 0x0003B5A0
// Status: unimplemented
void GameData::resetExceptSettingsAndHighScores() {
}
// Address: 0x0003B640
// Status: unimplemented
void GameData::resetExceptSettings() {
}
// Address: 0x0003B680
// Status: unimplemented
void GameData::stash() {
}
// Address: 0x0003B6A0
// Status: unimplemented
void GameData::stashRestoreExceptSpecialFlags() {
}
// Address: 0x0003B6F0
// Status: unimplemented
void GameData::stashRestoreExceptHighScores() {
}
// Address: 0x0003B790
// Status: unimplemented
void GameData::stashRestore() {
}
// Optimized out
GameData::~GameData() {}
// Address: 0x0003B7E0
// Status: unimplemented
void GameData::addHighScore(unsigned stageId, TestRunType type, TestRunScore * score) {
}

237
decompile/src/JSRF/GameData.hpp
View file

@ -1,237 +0,0 @@
/* JSRF Decompilation: JSRF/GameData.hpp
Save data and closely-related runtime data.
*/
#ifndef GAMEDATA_HPP
#define GAMEDATA_HPP
#include "../XDK/Win32.h"
// Enum that should probably go somewhere else
enum PlayerCharId {
PCHARID_BEAT,
PCHARID_CORN,
PCHARID_GUM,
PCHARID_COMBO,
PCHARID_RHYTH,
PCHARID_SODA,
PCHARID_YOYO,
PCHARID_NT3000,
PCHARID_GARAM,
PCHARID_BOOGIE,
PCHARID_CUBE,
PCHARID_LOVESHOCKERS,
PCHARID_POISONJAM,
PCHARID_NOISETANK,
PCHARID_IMMORTALS,
PCHARID_DOOMRIDERS,
PCHARID_RAPID99,
PCHARID_POTTS,
PCHARID_GOUJI,
PCHARID_ROBOY,
PCHARID_CLUTCH,
PCHARID_JAZZ,
PCHARID_AKUMU,
PCHARID_ZEROBEAT
};
// Data structure actually saved to disk
struct SaveData {
unsigned chapter;
unsigned missionDigits34;
unsigned spawnPosIndex;
unsigned playtimeFrames;
unsigned unlockedChars;
// Boolean flags read and written by missions
unsigned chapterFlags[16]; // Reset every chapter
unsigned globalFlags [16]; // Never reset
unsigned specialFlags[16]; // Never reset; special effects like
// unlocking/completing tutorials, finishing
// street challenges
unsigned spawnedSouls [8]; // Souls that have appeared on streets
unsigned collectedSouls[8]; // Souls that have been acquired
unsigned heldSouls [8]; // Souls currently usable (i.e. not stolen)
unsigned unusedPerStageBitmask[16];
// Which tags have been sprayed and by who
// Indexed by stage, tag ID, and player/rival tag; rival tags don't
// count towards completion and can be painted over. Each entry is a
// packed bit array of 3 bits per "G" mark, valued 7 if nothing is
// painted or 0-3 to indicate player 1-4 painted it (in story mode,
// rival graffiti is considered painted by players 2-4).
unsigned tagState[16][80][2];
struct SaveSettings {
float volumeMusic;
float volumeSfx;
BOOL rumbleEnabled;
unsigned unused[29];
} saveSettings;
unsigned garageMusic;
unsigned unusedBitfield[8];
// Sewer switches at offset 0 then noise tanks at offset 3
unsigned miscObjectives[32];
struct TestRunScoreSaved {
unsigned score;
unsigned char character;
unsigned char rank1; // Used by Jet Tech
unsigned char rank2; // Used by other test runs
} highScores[16][4][5];
unsigned clutchTimer;
unsigned unusedTimer;
unsigned selectedTags [5]; // Like GameData but for P1 in 1-player
unsigned customTagSelected[5]; // Like GameData but for P1 in 1-player
unsigned eventsSeen[16];
};
// Numeric IDs for selecting different listss of state flags
enum FlagList {
FLAGLIST_MISSION,
FLAGLIST_CHAPTER,
FLAGLIST_GLOBAL,
FLAGLIST_SPECIAL
};
// Numeric IDs for tag sizes (should maybe put somewhere else?)
enum TagSize {
TAGSIZE_SS,
TAGSIZE_S,
TAGSIZE_M,
TAGSIZE_L,
TAGSIZE_XL
};
// Numeric IDs for different test run categories
enum TestRunType {
TESTRUN_GRAFFITI,
TESTRUN_TECH,
TESTRUN_DASH,
TESTRUN_FLAG
};
// Unpacked version of TestRunScoreSaved
struct TestRunScore {
unsigned score;
PlayerCharId character;
unsigned rank1; // Used by Jet Tech
unsigned rank2; // Used by other test runs
};
// Numeric IDs for different timers
enum Timer {
TIMER_DEATHBALLPRACTICE,
TIMER_CLUTCH,
TIMER_UNUSED
};
// Info showed in save/load menu
struct SaveDescription {
unsigned chapter, playtimeSeconds;
};
union FlagListOrPtr {
FlagList list;
unsigned * ptr;
};
// Save data-ish data structure used at runtime
struct GameData {
SaveData saveActive;
SaveData saveStashed; // Holds save data during test runs/tutorials
unsigned missionFlags[16]; // Reset every mission transition
unsigned deathBallPracticeTimer; // For Jazz sequence in Future Site
// Indexed like SaveData.highScores; true if score is most recent and
// also made leaderboard
BOOL mostRecentHighScore[16][4][5];
// Tags indexed by single or multiplayer, then gang (GGs, Golden
// Rhinos/Zero Beat, Poison Jam, Immortals) or player, then size
unsigned selectedTags [2][4][5]; // IDs of tags in use
BOOL customTagSelected[2][4][5]; // True means tag ID is for custom
// graffiti list, not ingame list
BOOL checkFlagCondition (unsigned cond);
void writeStateFlag (unsigned flagVal);
void incrementChapter ();
void setMissionDigits34 (unsigned val);
void setSpawnPosIndex (unsigned val);
unsigned getSpawnPosIndex ();
void unlockCharacter (PlayerCharId charId);
void lockCharacter (PlayerCharId charId);
BOOL characterUnlocked (PlayerCharId charId);
BOOL checkFlagConditions (unsigned * conds , unsigned count);
void writeStateFlags (unsigned * writes, unsigned count);
BOOL checkFlagConditionUnpacked(FlagList flagList, unsigned index);
void writeStateFlagUnpacked (FlagList flagList, unsigned index, unsigned val);
void setSoulSpawned (unsigned soulId);
BOOL getSoulSpawned (unsigned soulId);
void setSoulCollected (unsigned soulId);
BOOL getSoulHeld (unsigned soulId);
BOOL soulSpawnedUncollected(unsigned soulId);
void clearHeldSouls ();
void restoreHeldSouls ();
unsigned getSoulCount ();
unsigned getTotalSoulsInStage(unsigned stageId);
unsigned getHeldSoulsInStage (unsigned stageId);
BOOL getSoulCollectedBySize(TagSize size, unsigned index);
void setUnusedPerStageBitmask(unsigned stageId, unsigned index);
int getTagState (unsigned stageId, unsigned index, BOOL rivalTag);
void setTagState (unsigned stageId, unsigned index, BOOL rivalTag, unsigned val);
void setTagCovered (unsigned stageId, unsigned index, BOOL rivalTag, unsigned gangOrPlayer);
void setVolumeSettings (float volMusic, float volSfx);
void getVolumeSettings (float * outMusic, float * outSfx);
void setRumbleEnabled (BOOL val);
BOOL getRumbleEnabled ();
void setGarageMusic (unsigned songId);
unsigned getGarageMusic ();
void setUnusedBitfield (unsigned index);
void setMiscObjective (unsigned index);
BOOL getMiscObjective (unsigned index);
unsigned countMiscObjectives ();
BOOL getHighScore (unsigned stageId, TestRunType type, unsigned rank, TestRunScore * out);
void incrementTimer (Timer timer);
unsigned getTimer (Timer timer);
void setTimer (Timer timer, unsigned frames);
void setSelectedTag (unsigned gangOrPlayer, TagSize size, unsigned tagId, BOOL multiplayer);
unsigned getSelectedTag (unsigned gangOrPlayer, TagSize size, BOOL multiplayer);
void setCustomTagSelected(unsigned gangOrPlayer, TagSize size, BOOL active, BOOL multiplayer);
BOOL getCustomTagSelected(unsigned gangOrPlayer, TagSize size, BOOL multiplayer);
void setEventSeen (unsigned eventId);
BOOL eventSeen (unsigned eventId);
void incrementPlaytime ();
unsigned getSaveDataSize ();
BOOL decrypt (char * saveData);
void encrypt (char * outSaveData);
void getSaveDescription (SaveDescription * outDesc);
void clearStateFlags (FlagListOrPtr flags);
void resetTimer (Timer timer);
GameData();
void resetSelectedTags ();
void resetExceptSettingsAndSouls ();
void resetExceptSettingsAndHighScores();
void resetExceptSettings ();
void stash ();
void stashRestoreExceptSpecialFlags();
void stashRestoreExceptHighScores ();
void stashRestore ();
virtual ~GameData();
void addHighScore(unsigned stageId, TestRunType type, TestRunScore * score);
};
extern GameData g_gameData;
#endif

12
decompile/src/JSRF/Jet2.cpp
View file

@ -5,18 +5,18 @@ Main function.
#pragma bss_seg(".data")
#include "../XDK/CRT/stddef.h"
#include "Core.hpp"
#include "Action.hpp"
// Address: 0x0022FCE0
Game * g_game;
CActMan * g_lpActMan;
// Address: 0x0006F9E0
// Status: matching
void main(void) {
g_game = new Game(NULL, 0);
g_game->initRootExecObj();
g_game->mainLoop();
delete g_game;
g_lpActMan = new CActMan(NULL, 0);
g_lpActMan->Init();
g_lpActMan->Idle();
delete g_lpActMan;
}

366
decompile/src/JSRF/SaveData.cpp Normal file
View file

@ -0,0 +1,366 @@
/* JSRF Decompilation: JSRF/SaveData.cpp
Save data and closely-related runtime data.
*/
#pragma bss_seg(".data")
#include "../XDK/Win32.h"
#include "SaveData.hpp"
CSaveData g_SaveData = CSaveData();
// Address: 0x00039B50
// Status: unimplemented
BOOL CSaveData::CheckFlagCondition(DWORD dwCond) {
return 0;
}
// Address: 0x00039BE0
// Status: unimplemented
void CSaveData::WriteStateFlag(DWORD dwFlagVal) {
}
// Address: 0x00039C70
// Status: unimplemented
void CSaveData::IncreaseChapter() {
}
// Address: 0x00039C80
// Status: unimplemented
void CSaveData::SetReturnMissionNo(DWORD dwVal) {
}
// Address: 0x00039C90
// Status: unimplemented
void CSaveData::SetSpawnPosIndex(DWORD dwVal) {
}
// Address: 0x00039CA0
// Status: unimplemented
DWORD CSaveData::GetSpawnPosIndex() {
return 0;
}
// Address: 0x00039CB0
// Status: unimplemented
void CSaveData::UnlockCharacter(ePLAYERCHARID CharId) {
}
// Address: 0x00039CF0
// Status: unimplemented
void CSaveData::LockCharacter(ePLAYERCHARID CharId) {
}
// Address: 0x00039D10
// Status: unimplemented
BOOL CSaveData::IsCharacterUnlocked(ePLAYERCHARID CharId) {
return 0;
}
// Address: 0x00039D40
// Status: unimplemented
BOOL CSaveData::CheckFlagConditions(DWORD * lpdwConds, DWORD dwCount) {
return 0;
}
// Address: 0x00039D80
// Status: unimplemented
void CSaveData::WriteStateFlags(DWORD * lpdwWrites, DWORD dwCount) {
}
// Address: 0x00039DB0
// Status: unimplemented
BOOL CSaveData::CheckFlagConditionUnpacked(eFLAGLIST FlagList, DWORD dwIndex) {
return 0;
}
// Address: 0x00039DE0
// Status: unimplemented
void CSaveData::WriteStateFlagUnpacked(eFLAGLIST FlagList, DWORD dwIndex, DWORD dwVal) {
}
// Address: 0x00039E10
// Status: unimplemented
void CSaveData::SetSoulSpawned(DWORD dwSoulId) {
}
// Address: 0x00039E40
// Status: unimplemented
BOOL CSaveData::GetSoulSpawned(DWORD dwSoulId) {
return 0;
}
// Address: 0x00039E80
// Status: unimplemented
void CSaveData::SetSoulCollected(DWORD dwSoulId) {
}
// Address: 0x00039EB0
// Status: unimplemented
BOOL CSaveData::GetSoulHeld(DWORD dwSoulId) {
return 0;
}
// Address: 0x00039EF0
// Status: unimplemented
BOOL CSaveData::IsSoulSpawnedUncollected(DWORD dwSoulId) {
return 0;
}
// Address: 0x00039F40
// Status: unimplemented
void CSaveData::ClearHeldSouls() {
}
// Address: 0x00039F60
// Status: unimplemented
void CSaveData::RestoreHeldSouls() {
}
// Address: 0x00039FD0
// Status: unimplemented
DWORD CSaveData::GetSoulCount() {
return 0;
}
// Address: 0x0003A0A0
// Status: unimplemented
DWORD CSaveData::GetTotalSoulsInStage(DWORD dwStageId) {
return 0;
}
// Address: 0x0003A130
// Status: unimplemented
DWORD CSaveData::GetHeldSoulsInStage(DWORD dwStageId) {
return 0;
}
// Address: 0x0003A2B0
// Status: unimplemented
BOOL CSaveData::GetSoulCollectedBySize(eTAGSIZE Size, DWORD dwIndex) {
return 0;
}
// Address: 0x0003A2F0
// Status: unimplemented
void CSaveData::SetUnusedPerStageBitmask(DWORD dwStageId, DWORD dwIndex) {
}
// Address: 0x0003A340
// Status: unimplemented
int CSaveData::GetTagState(DWORD dwStageId, DWORD dwTagIndex, BOOL bRivalTag) {
return 0;
}
// Address: 0x0003A3A0
// Status: unimplemented
void CSaveData::SetTagState(DWORD dwStageId, DWORD dwTagIndex, BOOL bRivalTag, DWORD dwVal) {
}
// Address: 0x0003A400
// Status: unimplemented
void CSaveData::SetTagCovered(DWORD dwStageId, DWORD dwTagIndex, BOOL bRivalTag, DWORD dwGangOrPlayer) {
}
// Address: 0x0003A4A0
// Status: unimplemented
void CSaveData::SetVolumeSettings(float fVolMusic, float fVolSfx) {
}
// Address: 0x0003A4C0
// Status: unimplemented
void CSaveData::GetVolumeSettings(float * lpfOutMusic, float * lpfOutSfx) {
}
// Address: 0x0003A4E0
// Status: unimplemented
void CSaveData::SetRumbleEnabled(BOOL bVal) {
}
// Address: 0x0003A4F0
// Status: unimplemented
BOOL CSaveData::GetRumbleEnabled() {
return 0;
}
// Address: 0x0003A500
// Status: unimplemented
void CSaveData::SetGarageMusic(DWORD dwSongId) {
}
// Address: 0x0003A510
// Status: unimplemented
DWORD CSaveData::GetGarageMusic() {
return 0;
}
// Address: 0x0003A520
// Status: unimplemented
void CSaveData::SetUnusedBitfield(DWORD dwIndex) {
}
// Address: 0x0003A550
// Status: unimplemented
void CSaveData::SetMiscObjective(DWORD dwIndex) {
}
// Address: 0x0003A580
// Status: unimplemented
BOOL CSaveData::GetMiscObjective(DWORD dwIndex) {
return 0;
}
// Address: 0x0003A5C0
// Status: unimplemented
DWORD CSaveData::CountMiscObjectives() {
return 0;
}
// Address: 0x0003A690
// Status: unimplemented
BOOL CSaveData::GetHighScore(DWORD dwStageId, eTESTRUN Type, DWORD dwRank, STestRunScore * lpOut) {
return 0;
}
// Address: 0x0003A750
// Status: unimplemented
void CSaveData::IncreaseTimer(eTIMER Timer) {
}
// Address: 0x0003A780
// Status: unimplemented
DWORD CSaveData::GetTimer(eTIMER Timer) {
return 0;
}
// Address: 0x0003A7B0
// Status: unimplemented
void CSaveData::SetTimer(eTIMER Timer, DWORD dwFrames) {
}
// Address: 0x0003A7F0
// Status: unimplemented
void CSaveData::SetSelectedTag(DWORD dwGangOrPlayer, eTAGSIZE Size, DWORD dwTagId, BOOL bMultiplayer) {
}
// Address: 0x0003A820
// Status: unimplemented
DWORD CSaveData::GetSelectedTag(DWORD dwGangOrPlayer, eTAGSIZE Size, BOOL bMultiplayer) {
return 0;
}
// Address: 0x0003A840
// Status: unimplemented
void CSaveData::SetCustomTagSelected(DWORD dwGangOrPlayer, eTAGSIZE Size, BOOL active, BOOL bMultiplayer) {
}
// Address: 0x0003A870
// Status: unimplemented
BOOL CSaveData::GetCustomTagSelected(DWORD dwGangOrPlayer, eTAGSIZE Size, BOOL bMultiplayer) {
return 0;
}
// Address: 0x0003A890
// Status: unimplemented
void CSaveData::SetEventSeen(DWORD dwEventId) {
}
// Address: 0x0003A8C0
// Status: unimplemented
BOOL CSaveData::GetEventSeen(DWORD dwEventId) {
return 0;
}
// Address: 0x0003A900
// Status: unimplemented
void CSaveData::IncreasePlaytime() {
}
// Address: 0x0003A910
// Status: matching
DWORD CSaveData::GetSaveDataSize() {
// 0x50 byte key + 0x3508 actual save data + 0x8 extra (why extra?)
return 0x50 + sizeof this->m_SaveData + 0x8;
}
// Address: 0x0003A920
// Status: unimplemented
BOOL CSaveData::Decode(void * lpvSaveData) {
return 0;
}
// Address: 0x0003AB60
// Status: unimplemented
void CSaveData::Encode(void * lpvOutSaveData) {
}
// Address: 0x0003AE00
// Status: unimplemented
void CSaveData::GetSaveDescription(SSaveDescription * lpOutDesc) {
}
// Address: 0x0003AE20
// Status: unimplemented
void CSaveData::ClearStateFlags(UFlagListOrPtr FlagList) {
}
// Address: 0x0003AEA0
// Status: unimplemented
void CSaveData::ResetTimer(eTIMER Timer) {
}
// Address: 0x0003AED0
// Status: unimplemented
CSaveData::CSaveData() {
}
// Address: 0x0003B3C0
// Status: unimplemented
void CSaveData::ResetSelectedTags() {
}
// Address: 0x0003B420
// Status: unimplemented
void CSaveData::SaveDataResetTutorial() {
}
// Address: 0x0003B5A0
// Status: unimplemented
void CSaveData::SaveDataResetTestRun() {
}
// Address: 0x0003B640
// Status: unimplemented
void CSaveData::SaveDataResetVs() {
}
// Address: 0x0003B680
// Status: unimplemented
void CSaveData::SaveDataBackup() {
}
// Address: 0x0003B6A0
// Status: unimplemented
void CSaveData::SaveDataRestoreTutorial() {
}
// Address: 0x0003B6F0
// Status: unimplemented
void CSaveData::SaveDataRestoreTestRun() {
}
// Address: 0x0003B790
// Status: unimplemented
void CSaveData::SaveDataRestoreVs() {
}
// Optimized out
CSaveData::~CSaveData() {}
// Address: 0x0003B7E0
// Status: unimplemented
void CSaveData::AddHighScore(DWORD dwStageId, eTESTRUN Type, STestRunScore * lpScore) {
}

237
decompile/src/JSRF/SaveData.hpp Normal file
View file

@ -0,0 +1,237 @@
/* JSRF Decompilation: JSRF/SaveData.hpp
Save data and closely-related runtime data.
*/
#ifndef SAVEDATA_HPP
#define SAVEDATA_HPP
#include "../XDK/Win32.h"
// Enum that should probably go somewhere else
enum ePLAYERCHARID {
ePLAYERCHARID_BEAT,
ePLAYERCHARID_CORN,
ePLAYERCHARID_GUM,
ePLAYERCHARID_COMBO,
ePLAYERCHARID_RHYTH,
ePLAYERCHARID_SODA,
ePLAYERCHARID_YOYO,
ePLAYERCHARID_NT3000,
ePLAYERCHARID_GARAM,
ePLAYERCHARID_BOOGIE,
ePLAYERCHARID_CUBE,
ePLAYERCHARID_LOVESHOCKERS,
ePLAYERCHARID_POISONJAM,
ePLAYERCHARID_NOISETANK,
ePLAYERCHARID_IMMORTALS,
ePLAYERCHARID_DOOMRIDERS,
ePLAYERCHARID_RAPID99,
ePLAYERCHARID_POTTS,
ePLAYERCHARID_GOUJI,
ePLAYERCHARID_ROBOY,
ePLAYERCHARID_CLUTCH,
ePLAYERCHARID_JAZZ,
ePLAYERCHARID_AKUMU,
ePLAYERCHARID_ZEROBEAT
};
// Data structure actually saved to disk
struct sdData {
DWORD m_dwReturnChapterNo;
DWORD m_dwReturnMissionNo;
DWORD m_dwSpawnPosIndex;
DWORD m_dwPlaytimeFrames;
DWORD m_dwUnlockedChars;
// Boolean flags read and written by missions
DWORD m_dwChapterFlags[16]; // Reset every chapter
DWORD m_dwGlobalFlags [16]; // Never reset
DWORD m_dwSpecialFlags[16]; // Never reset; special effects like
// unlocking/completing tutorials, finishing
// street challenges
DWORD m_dwSpawnedSouls [8]; // Souls that have appeared on streets
DWORD m_dwCollectedSouls[8]; // Souls that have been acquired
DWORD m_dwHeldSouls [8]; // Souls currently usable (i.e. not stolen)
DWORD m_dwUnusedPerStageBitmask[16];
// Which tags have been sprayed and by who
// Indexed by stage, tag ID, and player/rival tag; rival tags don't
// count towards completion and can be painted over. Each entry is a
// packed bit array of 3 bits per "G" mark, valued 7 if nothing is
// painted or 0-3 to indicate player 1-4 painted it (in story mode,
// rival graffiti is considered painted by players 2-4).
DWORD m_dwTagState[16][80][2];
struct sdSettings {
float m_fVolumeMusic;
float m_fVolumeSfx;
BOOL m_bRumbleEnabled;
unsigned m_dwUnused[29];
} m_Settings;
DWORD m_dwGarageMusic;
DWORD m_dwUnusedBitfield[8];
// Sewer switches at offset 0 then noise tanks at offset 3
DWORD m_dwMiscObjectives[32];
struct sdTestRunScore {
DWORD m_dwScore;
unsigned char m_ucCharacter;
unsigned char m_ucRank1; // Used by Jet Tech
unsigned char m_ucRank2; // Used by other test runs
} m_HighScores[16][4][5];
DWORD m_dwClutchTimer;
DWORD m_dwUnusedTimer;
DWORD m_dwSelectedTags [5]; // Like GameData but for P1 in 1-player
DWORD m_dwCustomTagSelected[5]; // Like GameData but for P1 in 1-player
DWORD m_dwEventsSeen[16];
};
// Numeric IDs for selecting different listss of state flags
enum eFLAGLIST {
eFLAGLIST_MISSION,
eFLAGLIST_CHAPTER,
eFLAGLIST_GLOBAL,
eFLAGLIST_SPECIAL
};
// Numeric IDs for tag sizes (should maybe put somewhere else?)
enum eTAGSIZE {
eTAGSIZE_SS,
eTAGSIZE_S,
eTAGSIZE_M,
eTAGSIZE_L,
eTAGSIZE_XL
};
// Numeric IDs for different test run categories
enum eTESTRUN {
eTESTRUN_GRAFFITI,
eTESTRUN_TECH,
eTESTRUN_DASH,
eTESTRUN_FLAG
};
// Unpacked version of STestRunScoreSaved
struct STestRunScore {
DWORD m_dwScore;
ePLAYERCHARID m_Character;
DWORD m_dwRank1; // Used by Jet Tech
DWORD m_dwRank2; // Used by other test runs
};
// Numeric IDs for different timers
enum eTIMER {
eTIMER_DEATHBALLPRACTICE,
eTIMER_CLUTCH,
eTIMER_UNUSED
};
// Info showed in save/load menu
struct SSaveDescription {
DWORD m_dwChapter;
DWORD m_dwPlaytimeSeconds;
};
union UFlagListOrPtr {
eFLAGLIST list;
DWORD * lpdw;
};
// Save data-ish data structure used at runtime
struct CSaveData {
sdData m_SaveData;
sdData m_SaveBack; // Holds save data during test runs/tutorials
DWORD m_dwMissionFlags[16]; // Reset every mission transition
DWORD m_dwDeathBallPracticeTimer; // For Jazz sequence in Future Site
// Indexed like SaveData.highScores; true if score is most recent and
// also made leaderboard
BOOL m_bMostRecentHighScore[16][4][5];
// Tags indexed by single or multiplayer, then gang (GGs, Golden
// Rhinos/Zero Beat, Poison Jam, Immortals) or player, then size
DWORD m_dwSelectedTags [2][4][5]; // IDs of tags in use
BOOL m_bCustomTagSelected[2][4][5]; // True means tag ID is for custom
// graffiti list, not ingame list
BOOL CheckFlagCondition (DWORD dwCond);
void WriteStateFlag (DWORD dwFlagVal);
void IncreaseChapter ();
void SetReturnMissionNo (DWORD dwVal);
void SetSpawnPosIndex (DWORD dwVal);
DWORD GetSpawnPosIndex ();
void UnlockCharacter (ePLAYERCHARID CharId);
void LockCharacter (ePLAYERCHARID CharId);
BOOL IsCharacterUnlocked (ePLAYERCHARID CharId);
BOOL CheckFlagConditions (DWORD * lpdwConds , DWORD dwCount);
void WriteStateFlags (DWORD * lpdwWrites, DWORD dwCount);
BOOL CheckFlagConditionUnpacked(eFLAGLIST FlagList, DWORD dwIndex);
void WriteStateFlagUnpacked (eFLAGLIST FlagList, DWORD dwIndex, DWORD dwVal);
void SetSoulSpawned (DWORD dwSoulId);
BOOL GetSoulSpawned (DWORD dwSoulId);
void SetSoulCollected (DWORD dwSoulId);
BOOL GetSoulHeld (DWORD dwSoulId);
BOOL IsSoulSpawnedUncollected(DWORD dwSoulId);
void ClearHeldSouls ();
void RestoreHeldSouls ();
DWORD GetSoulCount ();
DWORD GetTotalSoulsInStage(DWORD dwStageId);
DWORD GetHeldSoulsInStage (DWORD dwStageId);
BOOL GetSoulCollectedBySize(eTAGSIZE Size, DWORD dwIndex);
void SetUnusedPerStageBitmask(DWORD dwStageId, DWORD dwIndex);
int GetTagState (DWORD dwStageId, DWORD dwIndex, BOOL bRivalTag);
void SetTagState (DWORD dwStageId, DWORD dwIndex, BOOL bRivalTag, DWORD dwVal);
void SetTagCovered (DWORD dwStageId, DWORD dwIndex, BOOL bRivalTag, DWORD dwGangOrPlayer);
void SetVolumeSettings (float fVolMusic , float fVolSfx);
void GetVolumeSettings (float * lpfOutMusic, float * lpfOutSfx);
void SetRumbleEnabled (BOOL bVal);
BOOL GetRumbleEnabled ();
void SetGarageMusic (DWORD dwSongId);
DWORD GetGarageMusic ();
void SetUnusedBitfield (DWORD dwIndex);
void SetMiscObjective (DWORD dwIndex);
BOOL GetMiscObjective (DWORD dwIndex);
DWORD CountMiscObjectives ();
BOOL GetHighScore (DWORD dwStageId, eTESTRUN Type, DWORD dwRank, STestRunScore * lpOut);
void IncreaseTimer (eTIMER Timer);
DWORD GetTimer (eTIMER Timer);
void SetTimer (eTIMER Timer, DWORD frames);
void SetSelectedTag (DWORD dwGangOrPlayer, eTAGSIZE Size, DWORD dwTagId, BOOL bMultiplayer);
DWORD GetSelectedTag (DWORD dwGangOrPlayer, eTAGSIZE Size, BOOL bMultiplayer);
void SetCustomTagSelected(DWORD dwGangOrPlayer, eTAGSIZE Size, BOOL bActive, BOOL bMultiplayer);
BOOL GetCustomTagSelected(DWORD dwGangOrPlayer, eTAGSIZE Size, BOOL bMultiplayer);
void SetEventSeen (DWORD dwEventId);
BOOL GetEventSeen (DWORD dwEventId);
void IncreasePlaytime ();
DWORD GetSaveDataSize ();
BOOL Decode (void * lpvSaveData);
void Encode (void * lpvOutSaveData);
void GetSaveDescription (SSaveDescription * lpOutDesc);
void ClearStateFlags (UFlagListOrPtr Flags);
void ResetTimer (eTIMER Timer);
CSaveData();
void ResetSelectedTags ();
void SaveDataResetTutorial ();
void SaveDataResetTestRun ();
void SaveDataResetVs ();
void SaveDataBackup ();
void SaveDataRestoreTutorial();
void SaveDataRestoreTestRun ();
void SaveDataRestoreVs ();
virtual ~CSaveData();
void AddHighScore(DWORD dwStageId, eTESTRUN Type, STestRunScore * lpScore);
};
extern CSaveData g_SaveData;
#endif

2
decompile/src/MUSASHI/MMatrix.hpp
View file

@ -9,6 +9,6 @@ Smilebit's stack-based matrix math library.
// 4x4 matrix type
typedef D3DVECTOR4 Mat4[4];
typedef float Mat4[4][4];
#endif

4
ghidra/make_header.sh
View file

@ -13,8 +13,8 @@ HEADERS="
XDK/CRT/ehdata.h
XDK/D3D.h
MUSASHI/MMatrix.hpp
JSRF/Core.hpp
JSRF/GameData.hpp
JSRF/Action.hpp
JSRF/SaveData.hpp
"
# Process each header file into jsrf.h

4
ghidra/objects.csv
View file

@ -1,6 +1,6 @@
Object,Delink?,.text,.text$yc,.text$yd,.text$x,D3D,DSOUND,MMATRIX,XGRPH,XPP,.rdata,.rdata$x,.data$CRT,.data,DOLBY
JSRF/Core.obj,true,0x00011000-0x00013FEB,,,0x00186BA0-0x00186C14,,,,,,0x001C4390-0x001C44F9,0x001E4D20-0x001E4DAB,,0x001EB880-0x001EB933,
JSRF/GameData.obj,true,0x00039B50-0x0003B937,0x0018AD60-0x0018AD75,0x0018C9A0-0x0018C9AA,,,,,,,0x001CA16C-0x001CA3DB,,0x001EB790-0x001EB793,0x001EFC88-0x001F7047,
JSRF/Action.obj,true,0x00011000-0x00013FEB,,,0x00186BA0-0x00186C14,,,,,,0x001C4390-0x001C44F9,0x001E4D20-0x001E4DAB,,0x001EB880-0x001EB933,
JSRF/SaveData.obj,true,0x00039B50-0x0003B937,0x0018AD60-0x0018AD75,0x0018C9A0-0x0018C9AA,,,,,,,0x001CA16C-0x001CA3DB,,0x001EB790-0x001EB793,0x001EFC88-0x001F7047,
JSRF/Jet2.obj,true,0x0006F9E0-0x0006FA6F,,,0x00187710-0x00187724,,,,,,,0x001E620C-0x001E622F,,0x0022FCE0-0x0022FCE3,
ADX (need to decompose),false,0x0013A570-0x0014555F,?,?,?,?,,,,,,?,?,?,
Xapi (need to decompose),false,0x00145560-0x0014B79F,?,?,?,?,,,,,,?,?,?,

1 Object Delink? .text .text$yc .text$yd .text$x D3D DSOUND MMATRIX XGRPH XPP .rdata .rdata$x .data$CRT .data DOLBY
2 JSRF/Core.obj JSRF/Action.obj true 0x00011000-0x00013FEB 0x00186BA0-0x00186C14 0x001C4390-0x001C44F9 0x001E4D20-0x001E4DAB 0x001EB880-0x001EB933
3 JSRF/GameData.obj JSRF/SaveData.obj true 0x00039B50-0x0003B937 0x0018AD60-0x0018AD75 0x0018C9A0-0x0018C9AA 0x001CA16C-0x001CA3DB 0x001EB790-0x001EB793 0x001EFC88-0x001F7047
4 JSRF/Jet2.obj true 0x0006F9E0-0x0006FA6F 0x00187710-0x00187724 0x001E620C-0x001E622F 0x0022FCE0-0x0022FCE3
5 ADX (need to decompose) false 0x0013A570-0x0014555F ? ? ? ? ? ? ?
6 Xapi (need to decompose) false 0x00145560-0x0014B79F ? ? ? ? ? ? ?

792
ghidra/symboltable.tsv
View file

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