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feature/test #9

Merged
njohnson merged 318 commits from feature/test into main 2025-09-07 12:35:21 -04:00
Conversation 0 Commits 318 Files Changed 980 +7287 -483
160 changed files with 7287 additions and 483 deletions
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Showing only changes of commit 0ea4a7ad6f - Show all commits

8
libs/xassets/assetmap.h
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@ -6,7 +6,7 @@
#include "material.h"
#include "materialpixelshader.h"
#include "materialtechset.h"
#include "gfximage.h"
#include "xgfximage.h"
#include "soundalias.h"
#include "soundcurve.h"
#include "loadedsound.h"
@ -16,10 +16,10 @@
#include "mapent.h"
#include "gfxworld.h"
#include "gfxlightdef.h"
#include "gfximage.h"
#include "xgfximage.h"
#include "font.h"
#include "menulist.h"
#include "menudef.h"
#include "xmenulist.h"
#include "xmenudef.h"
#include "xlocalizeentry.h"
#include "weapondef.h"
#include "xsounddriverglobals.h"

34
libs/xassets/assets.cpp
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@ -243,9 +243,9 @@ QVector<GfxStaticModelInst> Assets::Load_GfxStaticModelInstArray(QDataStream *aS
}
// ?Load_ItemKeyHandler@@YAX_N@Z at 0x822a5f68
ItemKeyHandler Assets::Load_ItemKeyHandler(QDataStream *aStream)
XItemKeyHandler Assets::Load_ItemKeyHandler(QDataStream *aStream)
{
ItemKeyHandler result;
XItemKeyHandler result;
*aStream
>> result.key
@ -265,18 +265,18 @@ ItemKeyHandler Assets::Load_ItemKeyHandler(QDataStream *aStream)
return result;
}
typedef ItemKeyHandler ItemKeyHandlerNext;
typedef XItemKeyHandler ItemKeyHandlerNext;
// ?Load_ItemKeyHandlerNext@@YAX_N@Z at 0x822a4aa0
ItemKeyHandler Assets::Load_ItemKeyHandlerNext(QDataStream *aStream)
XItemKeyHandler Assets::Load_ItemKeyHandlerNext(QDataStream *aStream)
{
return Load_ItemKeyHandler(aStream);
}
// ?Load_EditFieldDef@@YAX_N@Z at 0x822a4af0
EditFieldDef Assets::Load_EditFieldDef(QDataStream *aStream)
XEditFieldDef Assets::Load_EditFieldDef(QDataStream *aStream)
{
EditFieldDef result;
XEditFieldDef result;
*aStream
>> result.minVal
@ -2514,7 +2514,7 @@ XLocalizeEntry Assets::Load_LocalizeEntry(QDataStream *aStream)
// ?Load_operandInternalDataUnion@@YAX_N@Z at 0x822a6058
void Assets::Load_operandInternalDataUnion(QDataStream *aStream)
{
Operand *varOperand = new Operand;
XOperand *varOperand = new XOperand;
QString varXString;
if ( varOperand->dataType == VAL_STRING )
{
@ -3572,9 +3572,9 @@ XLocalizeEntry Assets::Load_LocalizeEntryPtr(QDataStream *aStream)
}
// ?Load_MultiDef@@YAX_N@Z at 0x822a78b8
MultiDef Assets::Load_MultiDef(QDataStream *aStream)
XMultiDef Assets::Load_MultiDef(QDataStream *aStream)
{
MultiDef result;
XMultiDef result;
for (int i = 0; i < 32; i++) {
*aStream >> result.dvarListPtrs[i];
@ -3606,9 +3606,9 @@ MultiDef Assets::Load_MultiDef(QDataStream *aStream)
// ?Load_Operand@@YAX_N@Z at 0x822a7958
Operand Assets::Load_Operand(QDataStream *aStream)
XOperand Assets::Load_Operand(QDataStream *aStream)
{
Operand result;
XOperand result;
*aStream >> result.dataType;
@ -5597,7 +5597,7 @@ void Assets::Load_GfxReflectionProbeArray(QDataStream *aStream, int count)
// ?Load_expressionEntry_ptrArray@@YAX_NH@Z at 0x822aa790
void Assets::Load_expressionEntry_ptrArray(QDataStream *aStream, int count)
{
expressionEntry **v3; // r28
XExpressionEntry **v3; // r28
int v4; // r26
unsigned __int8 *v5; // r4
int type; // r10
@ -5998,7 +5998,7 @@ void Assets::Load_GfxLightDefPtr(QDataStream *aStream)
bool v2; // cr58
unsigned __int8 *v3; // r11
const void **inserted; // r30
GfxLightDef **v5; // r31
XGfxLightDef **v5; // r31
XAssetHeader *v6; // r5
Load_Stream(0, varGfxLightDefPtr, 4u);
@ -7153,8 +7153,8 @@ void Assets::Load_itemDef_t(QDataStream *aStream)
{
v2 = (unsigned __int8 *)((unsigned int)(g_streamPos + 3) & 0xFFFFFFFC);
g_streamPos = v2;
varitemDef_t->onKey = (ItemKeyHandler *)v2;
varItemKeyHandler = (ItemKeyHandler *)v2;
varitemDef_t->onKey = (XItemKeyHandler *)v2;
varItemKeyHandler = (XItemKeyHandler *)v2;
Load_ItemKeyHandler(1);
v1 = varitemDef_t;
}
@ -7976,8 +7976,8 @@ void Assets::Load_menuDef_t(QDataStream *aStream)
if ( varmenuDef_t->onKey )
{
g_streamPos = (unsigned __int8 *)((unsigned int)(g_streamPos + 3) & 0xFFFFFFFC);
varItemKeyHandler = (ItemKeyHandler *)g_streamPos;
varmenuDef_t->onKey = (ItemKeyHandler *)g_streamPos;
varItemKeyHandler = (XItemKeyHandler *)g_streamPos;
varmenuDef_t->onKey = (XItemKeyHandler *)g_streamPos;
Load_ItemKeyHandler(1);
v1 = varmenuDef_t;
}

98
libs/xassets/assets.h
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@ -1352,16 +1352,16 @@ struct SunLightParseParams
float angles[3];
};
struct __declspec(align(4)) GfxLightImage
struct __declspec(align(4)) XGfxLightImage
{
GfxImage *image;
quint8 samplerState;
};
struct GfxLightDef
struct XGfxLightDef
{
const char *name;
GfxLightImage attenuation;
XGfxLightImage attenuation;
int lmapLookupStart;
};
@ -1378,7 +1378,7 @@ struct GfxLight
float cosHalfFovInner;
int exponent;
uint spotShadowIndex;
GfxLightDef *def;
XGfxLightDef *def;
};
struct GfxReflectionProbe
@ -1786,7 +1786,7 @@ struct Font_s
Glyph *glyphs;
};
struct rectDef_s
struct XRectDef
{
float x;
float y;
@ -1796,11 +1796,11 @@ struct rectDef_s
int vertAlign;
};
struct windowDef_t
struct XWindowDef
{
const char *name;
rectDef_s rect;
rectDef_s rectClient;
XRectDef rect;
XRectDef rectClient;
const char *group;
int style;
int border;
@ -1817,13 +1817,13 @@ struct windowDef_t
Material *background;
};
struct ItemKeyHandler
struct XItemKeyHandler
{
int key;
qint32 actionPtr;
QString action;
qint32 nextPtr;
ItemKeyHandler *next;
XItemKeyHandler *next;
};
enum OperationEnum : qint32
@ -1912,16 +1912,16 @@ enum OperationEnum : qint32
NUM_OPERATORS = 0x50,
};
enum expDataType : __int32
enum XExpDataType : __int32
{
VAL_INT = 0x0,
VAL_FLOAT = 0x1,
VAL_STRING = 0x2,
};
struct Operand
struct XOperand
{
expDataType dataType;
XExpDataType dataType;
int intVal;
float floatVal;
QString stringVal;
@ -1930,26 +1930,26 @@ struct Operand
union entryInternalData
{
OperationEnum op;
Operand operand;
XOperand operand;
};
struct expressionEntry
struct XExpressionEntry
{
int type;
entryInternalData data;
};
struct statement_s
struct XStatement
{
int numEntries;
expressionEntry **entries;
XExpressionEntry **entries;
};
struct ItemDef;
struct menuDef_t
{
windowDef_t window;
XWindowDef window;
const char *font;
int fullScreen;
int itemCount;
@ -1963,19 +1963,19 @@ struct menuDef_t
const char *onOpen;
const char *onClose;
const char *onESC;
ItemKeyHandler *onKey;
statement_s visibleExp;
XItemKeyHandler *onKey;
XStatement visibleExp;
const char *allowedBinding;
const char *soundName;
int imageTrack;
float focusColor[4];
float disableColor[4];
statement_s rectXExp;
statement_s rectYExp;
XStatement rectXExp;
XStatement rectYExp;
ItemDef **items;
};
struct columnInfo_s
struct XColumnInfo
{
int pos;
int width;
@ -1983,7 +1983,7 @@ struct columnInfo_s
int alignment;
};
struct listBoxDef_s
struct XListBoxDef
{
int startPos[4];
int endPos[4];
@ -1992,7 +1992,7 @@ struct listBoxDef_s
float elementHeight;
int elementStyle;
int numColumns;
columnInfo_s columnInfo[16];
XColumnInfo columnInfo[16];
const char *doubleClick;
int notselectable;
int noScrollBars;
@ -2002,7 +2002,7 @@ struct listBoxDef_s
Material *selectIcon;
};
struct EditFieldDef
struct XEditFieldDef
{
float minVal;
float maxVal;
@ -2014,7 +2014,7 @@ struct EditFieldDef
int paintOffset;
};
struct MultiDef
struct XMultiDef
{
QVector<qint32> dvarListPtrs;
QStringList dvarList;
@ -2025,19 +2025,19 @@ struct MultiDef
int strDef;
};
union ItemDefData
union XItemDefData
{
listBoxDef_s *listBox;
EditFieldDef *editField;
MultiDef *multi;
XListBoxDef *listBox;
XEditFieldDef *editField;
XMultiDef *multi;
const char *enumDvarName;
void *data;
};
struct ItemDef
{
windowDef_t window;
rectDef_s textRect[4];
XWindowDef window;
XRectDef textRect[4];
int type;
int dataType;
int alignment;
@ -2062,22 +2062,22 @@ struct ItemDef
const char *leaveFocus;
const char *dvar;
const char *dvarTest;
ItemKeyHandler *onKey;
XItemKeyHandler *onKey;
const char *enableDvar;
int dvarFlags;
SoundAliasList *focusSound;
float special;
int cursorPos[4];
ItemDefData typeData;
XItemDefData typeData;
int imageTrack;
statement_s visibleExp;
statement_s textExp;
statement_s materialExp;
statement_s rectXExp;
statement_s rectYExp;
statement_s rectWExp;
statement_s rectHExp;
statement_s forecolorAExp;
XStatement visibleExp;
XStatement textExp;
XStatement materialExp;
XStatement rectXExp;
XStatement rectYExp;
XStatement rectWExp;
XStatement rectHExp;
XStatement forecolorAExp;
};
struct MenuList
@ -2911,7 +2911,7 @@ union XAssetHeader
GameWorldMp *gameWorldMp;
MapEnts *mapEnts;
GfxWorld *gfxWorld;
GfxLightDef *lightDef;
XGfxLightDef *lightDef;
Font_s *font;
MenuList *menuList;
menuDef_t *menu;
@ -2951,9 +2951,9 @@ private:
QVector<GfxCullGroup> Load_GfxCullGroupArray(QDataStream *aStream, int count);
QVector<quint16> Load_StaticModelIndexArray(QDataStream *aStream, int count);
QVector<GfxStaticModelInst> Load_GfxStaticModelInstArray(QDataStream *aStream, int count);
ItemKeyHandler Load_ItemKeyHandler(QDataStream *aStream);
ItemKeyHandler Load_ItemKeyHandlerNext(QDataStream *aStream);
EditFieldDef Load_EditFieldDef(QDataStream *aStream);
XItemKeyHandler Load_ItemKeyHandler(QDataStream *aStream);
XItemKeyHandler Load_ItemKeyHandlerNext(QDataStream *aStream);
XEditFieldDef Load_EditFieldDef(QDataStream *aStream);
OperationEnum Load_Operator(QDataStream *aStream);
QVector<quint16> Load_LeafBrushArray(QDataStream *aStream, int count);
CLeaf Load_CLeaf(QDataStream *aStream);
@ -3090,8 +3090,8 @@ private:
StringTable Load_StringTable(QDataStream *aStream);
RawFile Load_RawFilePtr(QDataStream *aStream);
void Load_LocalizeEntryPtr(QDataStream *aStream);
MultiDef Load_MultiDef(QDataStream *aStream);
Operand Load_Operand(QDataStream *aStream);
XMultiDef Load_MultiDef(QDataStream *aStream);
XOperand Load_Operand(QDataStream *aStream);
QVector<XComPrimaryLight> Load_ComPrimaryLightArray(QDataStream *aStream, int count);
CBrushSide Load_cbrushside_t(QDataStream *aStream);
CBrush Load_CBrush(QDataStream *aStream);

1
libs/xassets/d3dresource.cpp
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@ -1 +0,0 @@
#include "d3dresource.h"

15
libs/xassets/d3dresource.h
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@ -1,15 +0,0 @@
#ifndef D3DRESOURCE_H
#define D3DRESOURCE_H
struct D3DResource
{
unsigned int Common;
unsigned int ReferenceCount;
unsigned int Fence;
unsigned int ReadFence;
unsigned int Identifier;
unsigned int BaseFlush;
};
#endif // D3DRESOURCE_H

8
libs/xassets/font.h
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@ -1,7 +1,7 @@
#ifndef FONT_H
#define FONT_H
#include "material.h"
#include "xmaterial.h"
struct Glyph
{
@ -22,9 +22,9 @@ struct GameFont
const char *fontName;
int pixelHeight;
int glyphCount;
Material *material;
Material *glowMaterial;
Glyph *glyphs;
XMaterial *material;
XMaterial *glowMaterial;
XGlyph *glyphs;
};
#endif // FONT_H

1
libs/xassets/gameworld.cpp
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@ -1 +0,0 @@
#include "gameworld.h"

144
libs/xassets/gameworld.h
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@ -1,144 +0,0 @@
#ifndef GAMEWORLD_H
#define GAMEWORLD_H
enum nodeType : __int32
{
NODE_BADNODE = 0x0,
NODE_PATHNODE = 0x1,
NODE_COVER_STAND = 0x2,
NODE_COVER_CROUCH = 0x3,
NODE_COVER_CROUCH_WINDOW = 0x4,
NODE_COVER_PRONE = 0x5,
NODE_COVER_RIGHT = 0x6,
NODE_COVER_LEFT = 0x7,
NODE_COVER_WIDE_RIGHT = 0x8,
NODE_COVER_WIDE_LEFT = 0x9,
NODE_CONCEALMENT_STAND = 0xA,
NODE_CONCEALMENT_CROUCH = 0xB,
NODE_CONCEALMENT_PRONE = 0xC,
NODE_REACQUIRE = 0xD,
NODE_BALCONY = 0xE,
NODE_SCRIPTED = 0xF,
NODE_NEGOTIATION_BEGIN = 0x10,
NODE_NEGOTIATION_END = 0x11,
NODE_TURRET = 0x12,
NODE_GUARD = 0x13,
NODE_NUMTYPES = 0x14,
NODE_DONTLINK = 0x14,
};
struct PathLink
{
float fDist;
unsigned __int16 nodeNum;
unsigned __int8 disconnectCount;
unsigned __int8 negotiationLink;
unsigned __int8 ubBadPlaceCount[4];
};
struct PathNodeConstant
{
nodeType type;
unsigned __int16 spawnflags;
unsigned __int16 targetname;
unsigned __int16 script_linkName;
unsigned __int16 script_noteworthy;
unsigned __int16 target;
unsigned __int16 animscript;
int animscriptfunc;
float vOrigin[3];
float fAngle;
float forward[2];
float fRadius;
float minUseDistSq;
__int16 wOverlapNode[2];
__int16 wChainId;
__int16 wChainDepth;
__int16 wChainParent;
unsigned __int16 totalLinkCount;
PathLink *Links;
};
struct pathnode_dynamic_t
{
void *pOwner;
int iFreeTime;
int iValidTime[3];
int inPlayerLOSTime;
__int16 wLinkCount;
__int16 wOverlapCount;
__int16 turretEntNumber;
__int16 userCount;
};
struct pathnode_t;
struct pathnode_transient_t
{
int iSearchFrame;
pathnode_t *pNextOpen;
pathnode_t *pPrevOpen;
pathnode_t *pParent;
float fCost;
float fHeuristic;
float costFactor;
};
struct pathnode_t
{
PathNodeConstant constant;
pathnode_dynamic_t dynamic;
pathnode_transient_t transient;
};
struct PathBaseNode
{
float vOrigin[3];
unsigned int type;
};
struct PathNodeTreeNodes
{
int nodeCount;
unsigned __int16 *nodes;
};
struct PathNodeTree;
union PathNodeTreeInfo
{
PathNodeTree *child[2];
PathNodeTreeNodes s;
};
struct PathNodeTree
{
int axis;
float dist;
PathNodeTreeInfo u;
};
struct PathData
{
unsigned int nodeCount;
pathnode_t *nodes;
PathBaseNode *basenodes;
unsigned int chainNodeCount;
unsigned __int16 *chainNodeForNode;
unsigned __int16 *nodeForChainNode;
int visBytes;
unsigned __int8 *pathVis;
int nodeTreeCount;
PathNodeTree *nodeTree;
};
struct GameWorldSp
{
const char *name;
PathData path;
};
struct GameWorldMp
{
const char *name;
};
#endif // GAMEWORLD_H

1
libs/xassets/gfximage.cpp
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@ -1 +0,0 @@
#include "gfximage.h"

62
libs/xassets/gfximage.h
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@ -1,62 +0,0 @@
#ifndef GFXIMAGE_H
#define GFXIMAGE_H
#include "material.h"
struct GfxImageLoadDef;
struct GfxTexture
{
qint32 baseMapPtr;
D3DBaseTexture *baseMap;
qint32 mapPtr;
D3DTexture *map;
qint32 volMapPtr;
D3DVolumeTexture *volMap;
qint32 cubeMapPtr;
D3DCubeTexture *cubeMap;
qint32 loadDefPtr;
GfxImageLoadDef *loadDef;
};
struct GfxImageLoadDef
{
quint8 levelCount;
quint8 flags;
quint16 dimensions[3];
int format;
GfxTexture texture;
};
struct CardMemory
{
int platform[1];
};
struct GfxImage
{
MapType mapType;
GfxTexture texture;
quint8 semantic;
CardMemory cardMemory;
quint16 width;
quint16 height;
quint16 depth;
quint8 category;
bool delayLoadPixels;
qint32 pixelsPtr;
quint8 *pixels;
unsigned int baseSize;
quint16 streamSlot;
bool streaming;
qint32 namePtr;
QString name;
};
#endif // GFXIMAGE_H

1
libs/xassets/gfxlightdef.cpp
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@ -1 +0,0 @@
#include "gfxlightdef.h"

18
libs/xassets/gfxlightdef.h
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@ -1,18 +0,0 @@
#ifndef GFXLIGHTDEF_H
#define GFXLIGHTDEF_H
#include "gfximage.h"
struct GfxLightImage
{
GfxImage *image;
unsigned __int8 samplerState;
};
struct GfxLightDef
{
const char *name;
GfxLightImage attenuation;
int lmapLookupStart;
};
#endif // GFXLIGHTDEF_H

4
libs/xassets/gfxworld.h
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@ -1,7 +1,7 @@
#ifndef GFXWORLD_H
#define GFXWORLD_H
#include "gfximage.h"
#include "xgfximage.h"
#include "gfxlightdef.h"
#include "xmodel.h"
@ -72,7 +72,7 @@ struct GfxLight
float cosHalfFovInner;
int exponent;
unsigned int spotShadowIndex;
GfxLightDef *def;
XGfxLightDef *def;
};
struct GfxReflectionProbe

1
libs/xassets/loadedsound.cpp
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@ -1 +0,0 @@
#include "loadedsound.h"

72
libs/xassets/loadedsound.h
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@ -1,72 +0,0 @@
#ifndef LOADEDSOUND_H
#define LOADEDSOUND_H
struct XMALOOPREGION
{
unsigned int LoopStart;
unsigned int LoopEnd;
unsigned __int8 LoopSubframeEnd;
unsigned __int8 LoopSubframeSkip;
};
struct XAUDIOPACKET_ALIGNED
{
char *pBuffer;
unsigned int BufferSize;
unsigned int LoopCount;
XMALOOPREGION XMALoop[6];
char *pContext;
};
union $A914CD29B804E77ACE08D070A31DB5AB
{
unsigned __int8 NumStreams;
unsigned __int8 ChannelCount;
};
struct XAUDIOXMAFORMAT
{
unsigned int SampleRate;
unsigned __int8 ChannelCount;
unsigned __int8 DecodeBufferSize;
};
union $9C5A25260C9CC66355FE8A35CC8403E0
{
XAUDIOXMAFORMAT Stream[6];
unsigned int SampleRate;
};
struct XAUDIOSOURCEFORMAT
{
unsigned __int8 SampleType;
$A914CD29B804E77ACE08D070A31DB5AB ___u1;
$9C5A25260C9CC66355FE8A35CC8403E0 ___u2;
};
struct XaIwXmaDataInfo
{
int totalMsec;
};
struct XaSeekTable
{
int size;
unsigned int *data;
};
struct XaSound
{
XAUDIOPACKET_ALIGNED packet;
XAUDIOSOURCEFORMAT format;
XaIwXmaDataInfo xaIwXmaDataInfo;
XaSeekTable seekTable;
};
struct LoadedSound
{
const char *name;
XaSound sound;
};
#endif // LOADEDSOUND_H

2
libs/xassets/materialpixelshader.h
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@ -1,7 +1,7 @@
#ifndef MATERIAL_PIXERHSHADER_H
#define MATERIAL_PIXERHSHADER_H
#include "d3dresource.h"
#include "xd3dresource.h"
#include <QVector>
#include <QtTypes>

2
libs/xassets/materialtechset.h
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@ -1,7 +1,7 @@
#ifndef MATERIALTECHSET_H
#define MATERIALTECHSET_H
#include "d3dresource.h"
#include "xd3dresource.h"
#include "materialpixelshader.h"
#include "QString"

1
libs/xassets/menudef.cpp
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@ -1 +0,0 @@
#include "menudef.h"

1
libs/xassets/menulist.cpp
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@ -1 +0,0 @@
#include "menulist.h"

13
libs/xassets/menulist.h
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@ -1,13 +0,0 @@
#ifndef MENULIST_H
#define MENULIST_H
#include "menudef.h"
struct MenuList
{
const char *name;
int menuCount;
MenuDef **menus;
};
#endif // MENULIST_H

58
libs/xassets/xanimdeltapart.cpp Normal file
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@ -0,0 +1,58 @@
#include "xanimdeltapart.h"
XAnimDeltaPart::XAnimDeltaPart()
: XAsset() {
}
void XAnimDeltaPart::ParseData(QDataStream *aStream) {
if (GetPtr() == -1) {
aStream->read((char*)&mTransPtr, sizeof(quint32));
mTrans.ParseData(aStream);
aStream->read((char*)&mQuatPtr, sizeof(quint32));
mQuat.ParseData(aStream);
}
}
quint32 XAnimDeltaPart::GetTransPtr() const {
return mTransPtr;
}
void XAnimDeltaPart::SetTransPtr(quint32 ptr) {
mTransPtr = ptr;
}
const XAnimPartTrans& XAnimDeltaPart::GetTrans() const {
return mTrans;
}
void XAnimDeltaPart::SetTrans(const XAnimPartTrans& trans) {
mTrans = trans;
}
quint32 XAnimDeltaPart::GetQuatPtr() const {
return mQuatPtr;
}
void XAnimDeltaPart::SetQuatPtr(quint32 ptr) {
mQuatPtr = ptr;
}
const XAnimDeltaPartQuat& XAnimDeltaPart::GetQuat() const {
return mQuat;
}
void XAnimDeltaPart::SetQuat(const XAnimDeltaPartQuat& quat) {
mQuat = quat;
}

46
libs/xassets/xanimdeltapart.h Normal file
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@ -0,0 +1,46 @@
#ifndef XANIMDELTAPART_H
#define XANIMDELTAPART_H
#include "xasset.h"
#include "xanimparttrans.h"
#include "xanimdeltapartquat.h"
class XAnimDeltaPart : public XAsset
{
public:
explicit XAnimDeltaPart();
void ParseData(QDataStream *aStream) override;
quint32 GetTransPtr() const;
void SetTransPtr(quint32 ptr);
const XAnimPartTrans& GetTrans() const;
void SetTrans(const XAnimPartTrans& trans);
quint32 GetQuatPtr() const;
void SetQuatPtr(quint32 ptr);
const XAnimDeltaPartQuat& GetQuat() const;
void SetQuat(const XAnimDeltaPartQuat& quat);
private:
quint32 mTransPtr = 0;
XAnimPartTrans mTrans;
quint32 mQuatPtr = 0;
XAnimDeltaPartQuat mQuat;
};
#endif // XANIMDELTAPART_H

39
libs/xassets/xanimdeltapartquat.cpp Normal file
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@ -0,0 +1,39 @@
#include "xanimdeltapartquat.h"
XAnimDeltaPartQuat::XAnimDeltaPartQuat()
: XAsset() {
}
void XAnimDeltaPartQuat::ParseData(QDataStream *aStream) {
if (GetPtr() == -1) {
aStream->read((char*)&mSize, sizeof(quint16));
// Parse data
mData.ParseData(aStream);
}
}
quint16 XAnimDeltaPartQuat::GetSize() const {
return mSize;
}
void XAnimDeltaPartQuat::SetSize(quint16 size) {
mSize = size;
}
const XAnimDeltaPartQuatData& XAnimDeltaPartQuat::GetData() const {
return mData;
}
void XAnimDeltaPartQuat::SetData(const XAnimDeltaPartQuatData& data) {
mData = data;
}

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#ifndef XANIMDELTAPARTQUAT_H
#define XANIMDELTAPARTQUAT_H
#include "xasset.h"
#include "xanimdeltapartquatdata.h"
class XAnimDeltaPartQuat : public XAsset
{
public:
explicit XAnimDeltaPartQuat();
void ParseData(QDataStream *aStream) override;
quint16 GetSize() const;
void SetSize(quint16 size);
const XAnimDeltaPartQuatData& GetData() const;
void SetData(const XAnimDeltaPartQuatData& data);
private:
quint16 mSize = 0;
XAnimDeltaPartQuatData mData;
};
#endif // XANIMDELTAPARTQUAT_H

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#include "xanimdeltapartquatdata.h"
XAnimDeltaPartQuatData::XAnimDeltaPartQuatData()
: XAsset() {
}
void XAnimDeltaPartQuatData::ParseData(QDataStream *aStream) {
if (GetPtr() == -1) {
// Parse frames
mFrames.ParseData(aStream);
// Parse frame0
aStream->read((char*)mFrame0, 2 * sizeof(qint16));
}
}
const XAnimDeltaPartQuatDataFrames& XAnimDeltaPartQuatData::GetFrames() const {
return mFrames;
}
void XAnimDeltaPartQuatData::SetFrames(const XAnimDeltaPartQuatDataFrames& frames) {
mFrames = frames;
}
const qint16* XAnimDeltaPartQuatData::GetFrame0() const {
return mFrame0;
}
void XAnimDeltaPartQuatData::SetFrame0(const qint16* frame0, size_t count) {
if (count <= 2) {
memcpy(mFrame0, frame0, count * sizeof(qint16));
}
}

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#ifndef XANIMDELTAPARTQUATDATA_H
#define XANIMDELTAPARTQUATDATA_H
#include "xasset.h"
#include "xanimdeltapartquatdataframes.h"
class XAnimDeltaPartQuatData : public XAsset
{
public:
explicit XAnimDeltaPartQuatData();
void ParseData(QDataStream *aStream) override;
const XAnimDeltaPartQuatDataFrames& GetFrames() const;
void SetFrames(const XAnimDeltaPartQuatDataFrames& frames);
const qint16* GetFrame0() const;
void SetFrame0(const qint16* frame0, size_t count = 2);
private:
XAnimDeltaPartQuatDataFrames mFrames;
qint16 mFrame0[2] = {0};
};
#endif // XANIMDELTAPARTQUATDATA_H

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#include "xanimdeltapartquatdataframes.h"
XAnimDeltaPartQuatDataFrames::XAnimDeltaPartQuatDataFrames()
: XAsset() {
}
void XAnimDeltaPartQuatDataFrames::ParseData(QDataStream *aStream) {
if (GetPtr() == -1) {
aStream->read((char*)&mFramesPtr, sizeof(quint32));
aStream->read((char*)mFrames, 2 * sizeof(qint16));
// Parse indices
mIndices.ParseData(aStream);
}
}
quint32 XAnimDeltaPartQuatDataFrames::GetFramesPtr() const {
return mFramesPtr;
}
void XAnimDeltaPartQuatDataFrames::SetFramesPtr(quint32 ptr) {
mFramesPtr = ptr;
}
const qint16* XAnimDeltaPartQuatDataFrames::GetFrames() const {
return mFrames;
}
void XAnimDeltaPartQuatDataFrames::SetFrames(const qint16* frames, size_t count) {
if (count <= 2) {
memcpy(mFrames, frames, count * sizeof(qint16));
}
}
XAnimDynamicIndices& XAnimDeltaPartQuatDataFrames::GetIndices() {
return mIndices;
}
const XAnimDynamicIndices& XAnimDeltaPartQuatDataFrames::GetIndices() const {
return mIndices;
}
void XAnimDeltaPartQuatDataFrames::SetIndices(const XAnimDynamicIndices& indices) {
mIndices = indices;
}

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#ifndef XANIMDELTAPARTQUATDATAFRAMES_H
#define XANIMDELTAPARTQUATDATAFRAMES_H
#include "xasset.h"
#include "xanimdynamicindices.h"
class XAnimDeltaPartQuatDataFrames : public XAsset
{
public:
explicit XAnimDeltaPartQuatDataFrames();
void ParseData(QDataStream *aStream) override;
quint32 GetFramesPtr() const;
void SetFramesPtr(quint32 ptr);
const qint16* GetFrames() const;
void SetFrames(const qint16* frames, size_t count = 2);
XAnimDynamicIndices& GetIndices();
const XAnimDynamicIndices& GetIndices() const;
void SetIndices(const XAnimDynamicIndices& indices);
private:
quint32 mFramesPtr = 0;
qint16 mFrames[2] = {0};
XAnimDynamicIndices mIndices;
};
#endif // XANIMDELTAPARTQUATDATAFRAMES_H

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#include "xanimdynamicframes.h"
XAnimDynamicFrames::XAnimDynamicFrames()
: XAsset() {
}
void XAnimDynamicFrames::ParseData(QDataStream *aStream) {
if (GetPtr() == -1) {
aStream->read((char*)&mFramesPtr, sizeof(quint32));
aStream->read((char*)mFrames, 3 * sizeof(quint8));
}
}
quint32 XAnimDynamicFrames::GetFramesPtr() const {
return mFramesPtr;
}
void XAnimDynamicFrames::SetFramesPtr(quint32 ptr) {
mFramesPtr = ptr;
}
const quint8* XAnimDynamicFrames::GetFrames() const {
return mFrames;
}
void XAnimDynamicFrames::SetFrames(const quint8* frames, size_t count) {
if (count <= 3) {
memcpy(mFrames, frames, count * sizeof(quint8));
}
}

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#ifndef XANIMDYNAMICFRAMES_H
#define XANIMDYNAMICFRAMES_H
#include "xasset.h"
class XAnimDynamicFrames : public XAsset
{
public:
explicit XAnimDynamicFrames();
void ParseData(QDataStream *aStream) override;
quint32 GetFramesPtr() const;
void SetFramesPtr(quint32 ptr);
const quint8* GetFrames() const;
void SetFrames(const quint8* frames, size_t count = 3);
private:
quint32 mFramesPtr = 0;
quint8 mFrames[3] = {0};
};
#endif // XANIMDYNAMICFRAMES_H

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#include "xanimdynamicindices.h"
XAnimDynamicIndices::XAnimDynamicIndices()
: XAsset() {
}
void XAnimDynamicIndices::ParseData(QDataStream *aStream) {
if (GetPtr() == -1) {
aStream->read((char*)mIndices, sizeof(quint8));
}
}
const quint8* XAnimDynamicIndices::GetIndices() const {
return mIndices;
}
void XAnimDynamicIndices::SetIndices(const quint8* indices, size_t count) {
if (count <= 1) {
memcpy(mIndices, indices, count * sizeof(quint8));
}
}

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#ifndef XANIMDYNAMICINDICES_H
#define XANIMDYNAMICINDICES_H
#include "xasset.h"
class XAnimDynamicIndices : public XAsset
{
public:
explicit XAnimDynamicIndices();
void ParseData(QDataStream *aStream) override;
const quint8* GetIndices() const;
void SetIndices(const quint8* indices, size_t count = 1);
private:
quint8 mIndices[1] = {0};
};
#endif // XANIMDYNAMICINDICES_H

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#include "xanimindices.h"
XAnimIndices::XAnimIndices()
: XAsset() {
}
void XAnimIndices::ParseData(QDataStream *aStream) {
if (GetPtr() == -1) {
aStream->read((char*)&mIndexPtr, sizeof(quint32));
aStream->read((char*)&mIndex, sizeof(quint16));
}
}
quint32 XAnimIndices::GetIndexPtr() const {
return mIndexPtr;
}
void XAnimIndices::SetIndexPtr(quint32 ptr) {
mIndexPtr = ptr;
}
quint16 XAnimIndices::GetIndex() const {
return mIndex;
}
void XAnimIndices::SetIndex(quint16 index) {
mIndex = index;
}

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#ifndef XANIMINDICES_H
#define XANIMINDICES_H
#include "xasset.h"
class XAnimIndices : public XAsset
{
public:
explicit XAnimIndices();
void ParseData(QDataStream *aStream) override;
quint32 GetIndexPtr() const;
void SetIndexPtr(quint32 ptr);
quint16 GetIndex() const;
void SetIndex(quint16 index);
private:
quint32 mIndexPtr = 0;
quint16 mIndex = 0;
};
#endif // XANIMINDICES_H

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#include "xanimnotifyinfo.h"
XAnimNotifyInfo::XAnimNotifyInfo()
: XAsset() {
}
void XAnimNotifyInfo::ParseData(QDataStream *aStream) {
if (GetPtr() == -1) {
aStream->read((char*)&mName, sizeof(quint16));
aStream->read((char*)&mTime, sizeof(float));
}
}
quint16 XAnimNotifyInfo::GetName() const {
return mName;
}
void XAnimNotifyInfo::SetName(quint16 name) {
mName = name;
}
float XAnimNotifyInfo::GetTime() const {
return mTime;
}
void XAnimNotifyInfo::SetTime(float time) {
mTime = time;
}

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#ifndef XANIMNOTIFYINFO_H
#define XANIMNOTIFYINFO_H
#include "xasset.h"
class XAnimNotifyInfo : public XAsset
{
public:
explicit XAnimNotifyInfo();
void ParseData(QDataStream *aStream) override;
quint16 GetName() const;
void SetName(quint16 name);
float GetTime() const;
void SetTime(float time);
private:
quint16 mName = 0;
float mTime = 0.0f;
};
#endif // XANIMNOTIFYINFO_H

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#include "xanimparts.h"
XAnimParts::XAnimParts()
: XAsset() {
}
void XAnimParts::ParseData(QDataStream *aStream) {
if (GetPtr() == -1) {
// Parse all fields
aStream->read((char*)&mNamePtr, sizeof(quint32));
mName = ""; // We'll need to resolve this pointer later
aStream->read((char*)&mDataByteCount, sizeof(quint16));
aStream->read((char*)&mDataShortCount, sizeof(quint16));
aStream->read((char*)&mDataIntCount, sizeof(quint16));
aStream->read((char*)&mRandomDataByteCount, sizeof(quint16));
aStream->read((char*)&mRandomDataIntCount, sizeof(quint16));
aStream->read((char*)&mNumFrames, sizeof(quint16));
quint8 loopDelta;
aStream->read((char*)&loopDelta, sizeof(quint8));
mIsLoop = (loopDelta & 0x1) != 0;
mIsDelta = (loopDelta & 0x2) != 0;
aStream->read((char*)mBoneCount, sizeof(mBoneCount));
aStream->read((char*)&mNotifyCount, sizeof(quint8));
aStream->read((char*)&mAssetType, sizeof(quint8));
quint8 pad;
aStream->read((char*)&pad, sizeof(quint8));
mPad = (pad != 0);
aStream->read((char*)&mRandomDataShortCount, sizeof(quint16));
aStream->read((char*)&mIndexCount, sizeof(quint16));
aStream->read((char*)&mFramerate, sizeof(float));
aStream->read((char*)&mFrequency, sizeof(float));
aStream->read((char*)&mNamesPtr, sizeof(quint32));
aStream->read((char*)&mNames, sizeof(quint16));
aStream->read((char*)&mDataBytePtr, sizeof(quint32));
aStream->read((char*)&mDataByte, sizeof(quint8));
aStream->read((char*)&mDataShortPtr, sizeof(quint32));
aStream->read((char*)&mDataShort, sizeof(qint16));
aStream->read((char*)&mDataIntPtr, sizeof(quint32));
aStream->read((char*)&mDataInt, sizeof(int));
aStream->read((char*)&mRandomDataShortPtr, sizeof(quint32));
aStream->read((char*)&mRandomDataShort, sizeof(qint16));
aStream->read((char*)&mRandomDataBytePtr, sizeof(quint32));
aStream->read((char*)&mRandomDataByte, sizeof(quint8));
aStream->read((char*)&mRandomDataIntPtr, sizeof(quint32));
aStream->read((char*)&mRandomDataInt, sizeof(int));
// Parse indices
mIndices.ParseData(aStream);
aStream->read((char*)&mNotifyPtr, sizeof(qint32));
mNotify.ParseData(aStream);
aStream->read((char*)&mDeltaPartPtr, sizeof(qint32));
mDeltaPart.ParseData(aStream);
}
}
const QString& XAnimParts::GetName() const {
return mName;
}
void XAnimParts::SetName(const QString& name) {
mName = name;
}
quint32 XAnimParts::GetNamePtr() const {
return mNamePtr;
}
void XAnimParts::SetNamePtr(quint32 ptr) {
mNamePtr = ptr;
}
quint16 XAnimParts::GetDataByteCount() const {
return mDataByteCount;
}
void XAnimParts::SetDataByteCount(quint16 count) {
mDataByteCount = count;
}
quint16 XAnimParts::GetDataShortCount() const {
return mDataShortCount;
}
void XAnimParts::SetDataShortCount(quint16 count) {
mDataShortCount = count;
}
quint16 XAnimParts::GetDataIntCount() const {
return mDataIntCount;
}
void XAnimParts::SetDataIntCount(quint16 count) {
mDataIntCount = count;
}
quint16 XAnimParts::GetRandomDataByteCount() const {
return mRandomDataByteCount;
}
void XAnimParts::SetRandomDataByteCount(quint16 count) {
mRandomDataByteCount = count;
}
quint16 XAnimParts::GetRandomDataIntCount() const {
return mRandomDataIntCount;
}
void XAnimParts::SetRandomDataIntCount(quint16 count) {
mRandomDataIntCount = count;
}
quint16 XAnimParts::GetNumFrames() const {
return mNumFrames;
}
void XAnimParts::SetNumFrames(quint16 frames) {
mNumFrames = frames;
}
bool XAnimParts::IsLoop() const {
return mIsLoop;
}
void XAnimParts::SetIsLoop(bool loop) {
mIsLoop = loop;
}
bool XAnimParts::IsDelta() const {
return mIsDelta;
}
void XAnimParts::SetIsDelta(bool delta) {
mIsDelta = delta;
}
const quint8* XAnimParts::GetBoneCount() const {
return mBoneCount;
}
void XAnimParts::SetBoneCount(const quint8* count, size_t boneCount) {
if (boneCount <= 12) {
memcpy(mBoneCount, count, boneCount * sizeof(quint8));
}
}
quint8 XAnimParts::GetNotifyCount() const {
return mNotifyCount;
}
void XAnimParts::SetNotifyCount(quint8 count) {
mNotifyCount = count;
}
quint8 XAnimParts::GetAssetType() const {
return mAssetType;
}
void XAnimParts::SetAssetType(quint8 type) {
mAssetType = type;
}
bool XAnimParts::IsPad() const {
return mPad;
}
void XAnimParts::SetIsPad(bool pad) {
mPad = pad;
}
quint16 XAnimParts::GetRandomDataShortCount() const {
return mRandomDataShortCount;
}
void XAnimParts::SetRandomDataShortCount(quint16 count) {
mRandomDataShortCount = count;
}
quint16 XAnimParts::GetIndexCount() const {
return mIndexCount;
}
void XAnimParts::SetIndexCount(quint16 count) {
mIndexCount = count;
}
float XAnimParts::GetFramerate() const {
return mFramerate;
}
void XAnimParts::SetFramerate(float rate) {
mFramerate = rate;
}
float XAnimParts::GetFrequency() const {
return mFrequency;
}
void XAnimParts::SetFrequency(float frequency) {
mFrequency = frequency;
}
quint32 XAnimParts::GetNamesPtr() const {
return mNamesPtr;
}
void XAnimParts::SetNamesPtr(quint32 ptr) {
mNamesPtr = ptr;
}
quint16 XAnimParts::GetNames() const {
return mNames;
}
void XAnimParts::SetNames(quint16 names) {
mNames = names;
}
quint32 XAnimParts::GetDataBytePtr() const {
return mDataBytePtr;
}
void XAnimParts::SetDataBytePtr(quint32 ptr) {
mDataBytePtr = ptr;
}
quint8 XAnimParts::GetDataByte() const {
return mDataByte;
}
void XAnimParts::SetDataByte(quint8 byte) {
mDataByte = byte;
}
quint32 XAnimParts::GetDataShortPtr() const {
return mDataShortPtr;
}
void XAnimParts::SetDataShortPtr(quint32 ptr) {
mDataShortPtr = ptr;
}
qint16 XAnimParts::GetDataShort() const {
return mDataShort;
}
void XAnimParts::SetDataShort(qint16 shortValue) {
mDataShort = shortValue;
}
quint32 XAnimParts::GetDataIntPtr() const {
return mDataIntPtr;
}
void XAnimParts::SetDataIntPtr(quint32 ptr) {
mDataIntPtr = ptr;
}
int XAnimParts::GetDataInt() const {
return mDataInt;
}
void XAnimParts::SetDataInt(int value) {
mDataInt = value;
}
quint32 XAnimParts::GetRandomDataShortPtr() const {
return mRandomDataShortPtr;
}
void XAnimParts::SetRandomDataShortPtr(quint32 ptr) {
mRandomDataShortPtr = ptr;
}
qint16 XAnimParts::GetRandomDataShort() const {
return mRandomDataShort;
}
void XAnimParts::SetRandomDataShort(qint16 shortValue) {
mRandomDataShort = shortValue;
}
quint32 XAnimParts::GetRandomDataBytePtr() const {
return mRandomDataBytePtr;
}
void XAnimParts::SetRandomDataBytePtr(quint32 ptr) {
mRandomDataBytePtr = ptr;
}
quint8 XAnimParts::GetRandomDataByte() const {
return mRandomDataByte;
}
void XAnimParts::SetRandomDataByte(quint8 byte) {
mRandomDataByte = byte;
}
quint32 XAnimParts::GetRandomDataIntPtr() const {
return mRandomDataIntPtr;
}
void XAnimParts::SetRandomDataIntPtr(quint32 ptr) {
mRandomDataIntPtr = ptr;
}
int XAnimParts::GetRandomDataInt() const {
return mRandomDataInt;
}
void XAnimParts::SetRandomDataInt(int value) {
mRandomDataInt = value;
}
XAnimIndices& XAnimParts::GetIndices() {
return mIndices;
}
const XAnimIndices& XAnimParts::GetIndices() const {
return mIndices;
}
void XAnimParts::SetIndices(const XAnimIndices& indices) {
mIndices = indices;
}
qint32 XAnimParts::GetNotifyPtr() const {
return mNotifyPtr;
}
void XAnimParts::SetNotifyPtr(qint32 ptr) {
mNotifyPtr = ptr;
}
XAnimNotifyInfo& XAnimParts::GetNotify() {
return mNotify;
}
const XAnimNotifyInfo& XAnimParts::GetNotify() const {
return mNotify;
}
void XAnimParts::SetNotify(const XAnimNotifyInfo& notify) {
mNotify = notify;
}
qint32 XAnimParts::GetDeltaPartPtr() const {
return mDeltaPartPtr;
}
void XAnimParts::SetDeltaPartPtr(qint32 ptr) {
mDeltaPartPtr = ptr;
}
XAnimDeltaPart& XAnimParts::GetDeltaPart() {
return mDeltaPart;
}
const XAnimDeltaPart& XAnimParts::GetDeltaPart() const {
return mDeltaPart;
}
void XAnimParts::SetDeltaPart(const XAnimDeltaPart& deltaPart) {
mDeltaPart = deltaPart;
}

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#ifndef XANIMPARTS_H
#define XANIMPARTS_H
#include "xasset.h"
#include <QString>
#include "xanimindices.h"
#include "xanimnotifyinfo.h"
#include "xanimdeltapart.h"
class XAnimParts : public XAsset
{
public:
explicit XAnimParts();
void ParseData(QDataStream *aStream) override;
const QString& GetName() const;
void SetName(const QString& name);
quint32 GetNamePtr() const;
void SetNamePtr(quint32 ptr);
quint16 GetDataByteCount() const;
void SetDataByteCount(quint16 count);
quint16 GetDataShortCount() const;
void SetDataShortCount(quint16 count);
quint16 GetDataIntCount() const;
void SetDataIntCount(quint16 count);
quint16 GetRandomDataByteCount() const;
void SetRandomDataByteCount(quint16 count);
quint16 GetRandomDataIntCount() const;
void SetRandomDataIntCount(quint16 count);
quint16 GetNumFrames() const;
void SetNumFrames(quint16 frames);
bool IsLoop() const;
void SetIsLoop(bool loop);
bool IsDelta() const;
void SetIsDelta(bool delta);
const quint8* GetBoneCount() const;
void SetBoneCount(const quint8* count, size_t boneCount = 12);
quint8 GetNotifyCount() const;
void SetNotifyCount(quint8 count);
quint8 GetAssetType() const;
void SetAssetType(quint8 type);
bool IsPad() const;
void SetIsPad(bool pad);
quint16 GetRandomDataShortCount() const;
void SetRandomDataShortCount(quint16 count);
quint16 GetIndexCount() const;
void SetIndexCount(quint16 count);
float GetFramerate() const;
void SetFramerate(float rate);
float GetFrequency() const;
void SetFrequency(float frequency);
quint32 GetNamesPtr() const;
void SetNamesPtr(quint32 ptr);
quint16 GetNames() const;
void SetNames(quint16 names);
quint32 GetDataBytePtr() const;
void SetDataBytePtr(quint32 ptr);
quint8 GetDataByte() const;
void SetDataByte(quint8 byte);
quint32 GetDataShortPtr() const;
void SetDataShortPtr(quint32 ptr);
qint16 GetDataShort() const;
void SetDataShort(qint16 shortValue);
quint32 GetDataIntPtr() const;
void SetDataIntPtr(quint32 ptr);
int GetDataInt() const;
void SetDataInt(int value);
quint32 GetRandomDataShortPtr() const;
void SetRandomDataShortPtr(quint32 ptr);
qint16 GetRandomDataShort() const;
void SetRandomDataShort(qint16 shortValue);
quint32 GetRandomDataBytePtr() const;
void SetRandomDataBytePtr(quint32 ptr);
quint8 GetRandomDataByte() const;
void SetRandomDataByte(quint8 byte);
quint32 GetRandomDataIntPtr() const;
void SetRandomDataIntPtr(quint32 ptr);
int GetRandomDataInt() const;
void SetRandomDataInt(int value);
XAnimIndices& GetIndices();
const XAnimIndices& GetIndices() const;
void SetIndices(const XAnimIndices& indices);
qint32 GetNotifyPtr() const;
void SetNotifyPtr(qint32 ptr);
XAnimNotifyInfo& GetNotify();
const XAnimNotifyInfo& GetNotify() const;
void SetNotify(const XAnimNotifyInfo& notify);
qint32 GetDeltaPartPtr() const;
void SetDeltaPartPtr(qint32 ptr);
XAnimDeltaPart& GetDeltaPart();
const XAnimDeltaPart& GetDeltaPart() const;
void SetDeltaPart(const XAnimDeltaPart& deltaPart);
private:
QString mName;
quint32 mNamePtr = 0;
quint16 mDataByteCount = 0;
quint16 mDataShortCount = 0;
quint16 mDataIntCount = 0;
quint16 mRandomDataByteCount = 0;
quint16 mRandomDataIntCount = 0;
quint16 mNumFrames = 0;
bool mIsLoop = false;
bool mIsDelta = false;
quint8 mBoneCount[12] = {0};
quint8 mNotifyCount = 0;
quint8 mAssetType = 0;
bool mPad = false;
quint16 mRandomDataShortCount = 0;
quint16 mIndexCount = 0;
float mFramerate = 0.0f;
float mFrequency = 0.0f;
quint32 mNamesPtr = 0;
quint16 mNames = 0;
quint32 mDataBytePtr = 0;
quint8 mDataByte = 0;
quint32 mDataShortPtr = 0;
qint16 mDataShort = 0;
quint32 mDataIntPtr = 0;
int mDataInt = 0;
quint32 mRandomDataShortPtr = 0;
qint16 mRandomDataShort = 0;
quint32 mRandomDataBytePtr = 0;
quint8 mRandomDataByte = 0;
quint32 mRandomDataIntPtr = 0;
int mRandomDataInt = 0;
XAnimIndices mIndices;
qint32 mNotifyPtr = 0;
XAnimNotifyInfo mNotify;
qint32 mDeltaPartPtr = 0;
XAnimDeltaPart mDeltaPart;
};
#endif // XANIMPARTS_H

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#include "xanimparttrans.h"
XAnimPartTrans::XAnimPartTrans()
: XAsset() {
}
void XAnimPartTrans::ParseData(QDataStream *aStream) {
if (GetPtr() == -1) {
aStream->read((char*)&mSize, sizeof(quint16));
quint8 smallTransByte;
aStream->read((char*)&smallTransByte, sizeof(quint8));
mIsSmallTrans = (smallTransByte != 0);
// Parse data
mData.ParseData(aStream);
}
}
quint16 XAnimPartTrans::GetSize() const {
return mSize;
}
void XAnimPartTrans::SetSize(quint16 size) {
mSize = size;
}
bool XAnimPartTrans::IsSmallTrans() const {
return mIsSmallTrans;
}
void XAnimPartTrans::SetIsSmallTrans(bool isSmall) {
mIsSmallTrans = isSmall;
}
XAnimPartTransData& XAnimPartTrans::GetData() {
return mData;
}
const XAnimPartTransData& XAnimPartTrans::GetData() const {
return mData;
}
void XAnimPartTrans::SetData(const XAnimPartTransData& data) {
mData = data;
}

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#ifndef XANIMPARTTRANS_H
#define XANIMPARTTRANS_H
#include "xasset.h"
#include "xanimparttransdata.h"
class XAnimPartTrans : public XAsset
{
public:
explicit XAnimPartTrans();
void ParseData(QDataStream *aStream) override;
quint16 GetSize() const;
void SetSize(quint16 size);
bool IsSmallTrans() const;
void SetIsSmallTrans(bool isSmall);
XAnimPartTransData& GetData();
const XAnimPartTransData& GetData() const;
void SetData(const XAnimPartTransData& data);
private:
quint16 mSize = 0;
bool mIsSmallTrans = false;
XAnimPartTransData mData;
};
#endif // XANIMPARTTRANS_H

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#include "xanimparttransdata.h"
XAnimPartTransData::XAnimPartTransData()
: XAsset() {
}
void XAnimPartTransData::ParseData(QDataStream *aStream) {
if (GetPtr() == -1) {
// We need to determine which part of the union to parse
// For simplicity, we'll assume it's always frames for now
mFrames.ParseData(aStream);
}
}
const XAnimPartTransFrames& XAnimPartTransData::GetFrames() const {
return mFrames;
}
void XAnimPartTransData::SetFrames(const XAnimPartTransFrames& frames) {
mFrames = frames;
}
const float* XAnimPartTransData::GetFrame0() const {
return mFrame0;
}
void XAnimPartTransData::SetFrame0(const float* frame0, size_t count) {
if (count <= 3) {
memcpy(mFrame0, frame0, count * sizeof(float));
}
}

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#ifndef XANIMPARTTRANSDATA_H
#define XANIMPARTTRANSDATA_H
#include "xasset.h"
#include "xanimparttransframes.h"
class XAnimPartTransData : public XAsset
{
public:
explicit XAnimPartTransData();
void ParseData(QDataStream *aStream) override;
// Option 1: Frames data
const XAnimPartTransFrames& GetFrames() const;
void SetFrames(const XAnimPartTransFrames& frames);
// Option 2: Frame0 data
const float* GetFrame0() const;
void SetFrame0(const float* frame0, size_t count = 3);
private:
union {
XAnimPartTransFrames mFrames;
float mFrame0[3] = {0.0f, 0.0f, 0.0f};
};
};
#endif // XANIMPARTTRANSDATA_H

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#include "xanimparttransframes.h"
XAnimPartTransFrames::XAnimPartTransFrames()
: XAsset() {
}
void XAnimPartTransFrames::ParseData(QDataStream *aStream) {
if (GetPtr() == -1) {
aStream->read((char*)mMins, 3 * sizeof(float));
aStream->read((char*)mSize, 3 * sizeof(float));
// Parse frames
mFrames.ParseData(aStream);
// Parse indices
mIndices.ParseData(aStream);
}
}
const float* XAnimPartTransFrames::GetMins() const {
return mMins;
}
void XAnimPartTransFrames::SetMins(const float* mins, size_t count) {
if (count <= 3) {
memcpy(mMins, mins, count * sizeof(float));
}
}
const float* XAnimPartTransFrames::GetSize() const {
return mSize;
}
void XAnimPartTransFrames::SetSize(const float* size, size_t count) {
if (count <= 3) {
memcpy(mSize, size, count * sizeof(float));
}
}
XAnimDynamicFrames& XAnimPartTransFrames::GetFrames() {
return mFrames;
}
const XAnimDynamicFrames& XAnimPartTransFrames::GetFrames() const {
return mFrames;
}
void XAnimPartTransFrames::SetFrames(const XAnimDynamicFrames& frames) {
mFrames = frames;
}
XAnimDynamicIndices& XAnimPartTransFrames::GetIndices() {
return mIndices;
}
const XAnimDynamicIndices& XAnimPartTransFrames::GetIndices() const {
return mIndices;
}
void XAnimPartTransFrames::SetIndices(const XAnimDynamicIndices& indices) {
mIndices = indices;
}

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#ifndef XANIMPARTTRANSFRAMES_H
#define XANIMPARTTRANSFRAMES_H
#include "xasset.h"
#include "xanimdynamicframes.h"
#include "xanimdynamicindices.h"
class XAnimPartTransFrames : public XAsset
{
public:
explicit XAnimPartTransFrames();
void ParseData(QDataStream *aStream) override;
const float* GetMins() const;
void SetMins(const float* mins, size_t count = 3);
const float* GetSize() const;
void SetSize(const float* size, size_t count = 3);
XAnimDynamicFrames& GetFrames();
const XAnimDynamicFrames& GetFrames() const;
void SetFrames(const XAnimDynamicFrames& frames);
XAnimDynamicIndices& GetIndices();
const XAnimDynamicIndices& GetIndices() const;
void SetIndices(const XAnimDynamicIndices& indices);
private:
float mMins[3] = {0.0f, 0.0f, 0.0f};
float mSize[3] = {0.0f, 0.0f, 0.0f};
XAnimDynamicFrames mFrames;
XAnimDynamicIndices mIndices;
};
#endif // XANIMPARTTRANSFRAMES_H

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#include "xassetlist.h"
XAssetList::XAssetList()
: XAsset() {
}
void XAssetList::ParseData(QDataStream *aStream) {
if (GetPtr() == -1) {
// Parse string list
mStringList.ParseData(aStream);
// Parse asset count and assets
aStream->read((char*)&mAssetCount, sizeof(int));
for (int i = 0; i < mAssetCount; ++i) {
XAsset asset;
asset.ParseData(aStream);
mAssets.append(asset);
}
}
}
const ScriptStringList& XAssetList::GetStringList() const {
return mStringList;
}
void XAssetList::SetStringList(const ScriptStringList& stringList) {
mStringList = stringList;
}
int XAssetList::GetAssetCount() const {
return mAssetCount;
}
void XAssetList::SetAssetCount(int count) {
mAssetCount = count;
}
QVector<XAsset>& XAssetList::GetAssets() {
return mAssets;
}
const QVector<XAsset>& XAssetList::GetAssets() const {
return mAssets;
}
void XAssetList::SetAssets(const QVector<XAsset>& assets) {
mAssets = assets;
}

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#ifndef XASSETLIST_H
#define XASSETLIST_H
#include "xasset.h"
#include <QVector>
#include "scriptstringlist.h"
class XAssetList : public XAsset
{
public:
explicit XAssetList();
void ParseData(QDataStream *aStream) override;
const ScriptStringList& GetStringList() const;
void SetStringList(const ScriptStringList& stringList);
int GetAssetCount() const;
void SetAssetCount(int count);
QVector<XAsset>& GetAssets();
const QVector<XAsset>& GetAssets() const;
void SetAssets(const QVector<XAsset>& assets);
private:
ScriptStringList mStringList;
int mAssetCount = 0;
QVector<XAsset> mAssets;
};
#endif // XASSETLIST_H

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#include "xaudiochannelmap.h"
XAudioChannelMap::XAudioChannelMap()
: XAsset()
, mEntryCount(0)
, mEntries(QVector<XAudioChannelMapEntry*>())
{
}
XAudioChannelMap::~XAudioChannelMap()
{
for (int i = 0; i < mEntries.size(); i++)
{
delete mEntries[i];
}
mEntries.clear();
}
quint8 XAudioChannelMap::GetEntryCount() const
{
return mEntryCount;
}
XAudioChannelMapEntry *XAudioChannelMap::GetMapEntry(int aIndex) const
{
return mEntries[aIndex];
}
void XAudioChannelMap::SetMapEntry(int aIndex, XAudioChannelMapEntry *aEntry)
{
mEntries[aIndex] = aEntry;
}
void XAudioChannelMap::ParseData(QDataStream *aStream)
{
*aStream >> mEntryCount;
aStream->skipRawData(3);
quint32 entriesPtr;
*aStream >> entriesPtr;
if (entriesPtr)
{
mEntries.resize(mEntryCount);
for (int i = 0; i < mEntryCount; i++)
{
mEntries[i] = new XAudioChannelMapEntry();
mEntries[i]->ParseData(aStream);
}
}
}
void XAudioChannelMap::Clear()
{
mEntryCount = 0;
for (int i = 0; i < mEntries.size(); i++)
{
delete mEntries[i];
}
mEntries.clear();
}

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#ifndef XAUDIOCHANNELMAP_H
#define XAUDIOCHANNELMAP_H
#include "xasset.h"
#include "xaudiochannelmapentry.h"
class XAudioChannelMap : public XAsset
{
public:
XAudioChannelMap();
~XAudioChannelMap();
quint8 GetEntryCount() const;
XAudioChannelMapEntry* GetMapEntry(int aIndex) const;
void SetMapEntry(int aIndex, XAudioChannelMapEntry* aEntry);
virtual void ParseData(QDataStream* aStream) override;
virtual void Clear() override;
private:
quint8 mEntryCount;
QVector<XAudioChannelMapEntry*> mEntries;
};
#endif // XAUDIOCHANNELMAP_H

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#include "xaudiochannelmapentry.h"
XAudioChannelMapEntry::XAudioChannelMapEntry()
: XAsset()
, mInputChannel(0)
, mOutputChannel(0)
, mVolume(0.0)
{
}
XAudioChannelMapEntry::~XAudioChannelMapEntry()
{
}
quint8 XAudioChannelMapEntry::GetInputChannel() const
{
return mInputChannel;
}
void XAudioChannelMapEntry::SetInputChannel(quint8 aInputChannel)
{
mInputChannel = aInputChannel;
}
quint8 XAudioChannelMapEntry::GetOutputChannel() const
{
return mOutputChannel;
}
void XAudioChannelMapEntry::SetOutputChannel(quint8 aOutputChannel)
{
mOutputChannel = aOutputChannel;
}
float XAudioChannelMapEntry::GetVolume() const
{
return mVolume;
}
void XAudioChannelMapEntry::SetVolume(float aVolume)
{
mVolume = aVolume;
}
void XAudioChannelMapEntry::ParseData(QDataStream *aStream)
{
*aStream
>> mInputChannel
>> mOutputChannel;
// Skip padding bytes in struct
aStream->skipRawData(2);
*aStream >> mVolume;
}
void XAudioChannelMapEntry::Clear()
{
mInputChannel = 0;
mOutputChannel = 0;
mVolume = 0.0;
}

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#ifndef XAUDIOCHANNELMAPENTRY_H
#define XAUDIOCHANNELMAPENTRY_H
#include "xasset.h"
class XAudioChannelMapEntry : public XAsset
{
public:
XAudioChannelMapEntry();
~XAudioChannelMapEntry();
quint8 GetInputChannel() const;
void SetInputChannel(quint8 aInputChannel);
quint8 GetOutputChannel() const;
void SetOutputChannel(quint8 aOutputChannel);
float GetVolume() const;
void SetVolume(float aVolume);
virtual void ParseData(QDataStream* aStream) override;
virtual void Clear() override;
private:
quint8 mInputChannel;
quint8 mOutputChannel;
float mVolume;
};
#endif // XAUDIOCHANNELMAPENTRY_H

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#include "xcardmemory.h"
XCardMemory::XCardMemory()
: XAsset()
, mPlatform(0)
{
}
XCardMemory::~XCardMemory()
{
}
void XCardMemory::ParseData(QDataStream *aStream)
{
*aStream >> mPlatform;
}
void XCardMemory::Clear()
{
mPlatform = 0;
}

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#ifndef XCARDMEMORY_H
#define XCARDMEMORY_H
#include "xasset.h"
class XCardMemory : public XAsset
{
public:
XCardMemory();
~XCardMemory();
virtual void ParseData(QDataStream* aStream) override;
virtual void Clear() override;
private:
int mPlatform;
};
#endif // XCARDMEMORY_H

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#include "xcleaf.h"
XCLeaf::XCLeaf()
: XAsset() {
}
void XCLeaf::ParseData(QDataStream *aStream) {
if (GetPtr() == -1) {
aStream->read((char*)&mFirstCollAabbIndex, sizeof(quint16));
aStream->read((char*)&mCollAabbCount, sizeof(quint16));
aStream->read((char*)&mBrushContents, sizeof(int));
aStream->read((char*)&mTerrainContents, sizeof(int));
aStream->read((char*)mMins, 3 * sizeof(float));
aStream->read((char*)mMaxs, 3 * sizeof(float));
aStream->read((char*)&mLeafBrushNode, sizeof(int));
aStream->read((char*)&mCluster, sizeof(qint16));
}
}
quint16 XCLeaf::GetFirstCollAabbIndex() const {
return mFirstCollAabbIndex;
}
void XCLeaf::SetFirstCollAabbIndex(quint16 index) {
mFirstCollAabbIndex = index;
}
quint16 XCLeaf::GetCollAabbCount() const {
return mCollAabbCount;
}
void XCLeaf::SetCollAabbCount(quint16 count) {
mCollAabbCount = count;
}
int XCLeaf::GetBrushContents() const {
return mBrushContents;
}
void XCLeaf::SetBrushContents(int contents) {
mBrushContents = contents;
}
int XCLeaf::GetTerrainContents() const {
return mTerrainContents;
}
void XCLeaf::SetTerrainContents(int contents) {
mTerrainContents = contents;
}
const float* XCLeaf::GetMins() const {
return mMins;
}
void XCLeaf::SetMins(const float* mins, size_t count) {
if (count <= 3) {
memcpy(mMins, mins, count * sizeof(float));
}
}
const float* XCLeaf::GetMaxs() const {
return mMaxs;
}
void XCLeaf::SetMaxs(const float* maxs, size_t count) {
if (count <= 3) {
memcpy(mMaxs, maxs, count * sizeof(float));
}
}
int XCLeaf::GetLeafBrushNode() const {
return mLeafBrushNode;
}
void XCLeaf::SetLeafBrushNode(int node) {
mLeafBrushNode = node;
}
qint16 XCLeaf::GetCluster() const {
return mCluster;
}
void XCLeaf::SetCluster(qint16 cluster) {
mCluster = cluster;
}

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#ifndef XCLEAF_H
#define XCLEAF_H
#include "xasset.h"
class XCLeaf : public XAsset
{
public:
explicit XCLeaf();
void ParseData(QDataStream *aStream) override;
quint16 GetFirstCollAabbIndex() const;
void SetFirstCollAabbIndex(quint16 index);
quint16 GetCollAabbCount() const;
void SetCollAabbCount(quint16 count);
int GetBrushContents() const;
void SetBrushContents(int contents);
int GetTerrainContents() const;
void SetTerrainContents(int contents);
const float* GetMins() const;
void SetMins(const float* mins, size_t count = 3);
const float* GetMaxs() const;
void SetMaxs(const float* maxs, size_t count = 3);
int GetLeafBrushNode() const;
void SetLeafBrushNode(int node);
qint16 GetCluster() const;
void SetCluster(qint16 cluster);
private:
quint16 mFirstCollAabbIndex = 0;
quint16 mCollAabbCount = 0;
int mBrushContents = 0;
int mTerrainContents = 0;
float mMins[3] = {0.0f, 0.0f, 0.0f};
float mMaxs[3] = {0.0f, 0.0f, 0.0f};
int mLeafBrushNode = 0;
qint16 mCluster = 0;
};
#endif // XCLEAF_H

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#include "xcleafbrushnode.h"
XCLeafBrushNode::XCLeafBrushNode()
: XAsset() {
}
void XCLeafBrushNode::ParseData(QDataStream *aStream) {
if (GetPtr() == -1) {
aStream->read((char*)&mAxis, sizeof(quint8));
aStream->read((char*)&mLeafBrushCount, sizeof(qint16));
aStream->read((char*)&mContents, sizeof(int));
// Parse data
mData.ParseData(aStream);
}
}
quint8 XCLeafBrushNode::GetAxis() const {
return mAxis;
}
void XCLeafBrushNode::SetAxis(quint8 axis) {
mAxis = axis;
}
qint16 XCLeafBrushNode::GetLeafBrushCount() const {
return mLeafBrushCount;
}
void XCLeafBrushNode::SetLeafBrushCount(qint16 count) {
mLeafBrushCount = count;
}
int XCLeafBrushNode::GetContents() const {
return mContents;
}
void XCLeafBrushNode::SetContents(int contents) {
mContents = contents;
}
XCLeafBrushNodeData& XCLeafBrushNode::GetData() {
return mData;
}
const XCLeafBrushNodeData& XCLeafBrushNode::GetData() const {
return mData;
}
void XCLeafBrushNode::SetData(const XCLeafBrushNodeData& data) {
mData = data;
}

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#ifndef XCLEAFBRUSHNODE_H
#define XCLEAFBRUSHNODE_H
#include "xasset.h"
#include "xcleafbrushnodedata.h"
class XCLeafBrushNode : public XAsset
{
public:
explicit XCLeafBrushNode();
void ParseData(QDataStream *aStream) override;
quint8 GetAxis() const;
void SetAxis(quint8 axis);
qint16 GetLeafBrushCount() const;
void SetLeafBrushCount(qint16 count);
int GetContents() const;
void SetContents(int contents);
XCLeafBrushNodeData& GetData();
const XCLeafBrushNodeData& GetData() const;
void SetData(const XCLeafBrushNodeData& data);
private:
quint8 mAxis = 0;
qint16 mLeafBrushCount = 0;
int mContents = 0;
XCLeafBrushNodeData mData;
};
#endif // XCLEAFBRUSHNODE_H

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#include "xcleafbrushnodechildren.h"
XCLeafBrushNodeChildren::XCLeafBrushNodeChildren()
: XAsset() {
}
void XCLeafBrushNodeChildren::ParseData(QDataStream *aStream) {
if (GetPtr() == -1) {
aStream->read((char*)&mDist, sizeof(float));
aStream->read((char*)&mRange, sizeof(float));
aStream->read((char*)mChildOffset, 2 * sizeof(quint16));
}
}
float XCLeafBrushNodeChildren::GetDist() const {
return mDist;
}
void XCLeafBrushNodeChildren::SetDist(float dist) {
mDist = dist;
}
float XCLeafBrushNodeChildren::GetRange() const {
return mRange;
}
void XCLeafBrushNodeChildren::SetRange(float range) {
mRange = range;
}
quint16 XCLeafBrushNodeChildren::GetChildOffset(int index) const {
if (index >= 0 && index < 2) {
return mChildOffset[index];
}
return 0;
}
void XCLeafBrushNodeChildren::SetChildOffset(int index, quint16 offset) {
if (index >= 0 && index < 2) {
mChildOffset[index] = offset;
}
}

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#ifndef XCLEAFBRUSHNODECHILDREN_H
#define XCLEAFBRUSHNODECHILDREN_H
#include "xasset.h"
class XCLeafBrushNodeChildren : public XAsset
{
public:
explicit XCLeafBrushNodeChildren();
void ParseData(QDataStream *aStream) override;
float GetDist() const;
void SetDist(float dist);
float GetRange() const;
void SetRange(float range);
quint16 GetChildOffset(int index) const;
void SetChildOffset(int index, quint16 offset);
private:
float mDist = 0.0f;
float mRange = 0.0f;
quint16 mChildOffset[2] = {0};
};
#endif // XCLEAFBRUSHNODECHILDREN_H

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#include "xcleafbrushnodedata.h"
XCLeafBrushNodeData::XCLeafBrushNodeData()
: XAsset() {
}
void XCLeafBrushNodeData::ParseData(QDataStream *aStream) {
if (GetPtr() == -1) {
// We need to determine which part of the union to parse
// For simplicity, we'll assume it's always leaf for now
mLeaf.ParseData(aStream);
}
}
const XCLeafBrushNodeLeaf& XCLeafBrushNodeData::GetLeaf() const {
return mLeaf;
}
void XCLeafBrushNodeData::SetLeaf(const XCLeafBrushNodeLeaf& leaf) {
mLeaf = leaf;
}
const XCLeafBrushNodeChildren& XCLeafBrushNodeData::GetChildren() const {
return mChildren;
}
void XCLeafBrushNodeData::SetChildren(const XCLeafBrushNodeChildren& children) {
mChildren = children;
}

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#ifndef XCLEAFBRUSHNODEDATA_H
#define XCLEAFBRUSHNODEDATA_H
#include "xasset.h"
#include "xcleafbrushnodeleaf.h"
#include "xcleafbrushnodechildren.h"
class XCLeafBrushNodeData : public XAsset
{
public:
explicit XCLeafBrushNodeData();
void ParseData(QDataStream *aStream) override;
// Option 1: Leaf data
const XCLeafBrushNodeLeaf& GetLeaf() const;
void SetLeaf(const XCLeafBrushNodeLeaf& leaf);
// Option 2: Children data
const XCLeafBrushNodeChildren& GetChildren() const;
void SetChildren(const XCLeafBrushNodeChildren& children);
private:
union {
XCLeafBrushNodeLeaf mLeaf;
XCLeafBrushNodeChildren mChildren;
};
};
#endif // XCLEAFBRUSHNODEDATA_H

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#include "xcleafbrushnodeleaf.h"
XCLeafBrushNodeLeaf::XCLeafBrushNodeLeaf()
: XAsset() {
}
void XCLeafBrushNodeLeaf::ParseData(QDataStream *aStream) {
if (GetPtr() == -1) {
// We would parse brushes here, but we're using a placeholder
}
}
void* XCLeafBrushNodeLeaf::GetBrushes() const {
return mBrushes;
}
void XCLeafBrushNodeLeaf::SetBrushes(void* brushes) {
mBrushes = brushes;
}

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#ifndef XCLEAFBRUSHNODELEAF_H
#define XCLEAFBRUSHNODELEAF_H
#include "xasset.h"
class XCLeafBrushNodeLeaf : public XAsset
{
public:
explicit XCLeafBrushNodeLeaf();
void ParseData(QDataStream *aStream) override;
// Note: In a real implementation, we would have proper handling for brushes pointer
// For now, we'll just use a placeholder
void* GetBrushes() const;
void SetBrushes(void* brushes);
private:
void* mBrushes = nullptr; // Placeholder for unsigned __int16*
};
#endif // XCLEAFBRUSHNODELEAF_H

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#include "xclipmap.h"
XClipMap::XClipMap()
: XAsset() {
}
void XClipMap::ParseData(QDataStream *aStream) {
if (GetPtr() == -1) {
char name[64];
aStream->read(name, 64);
mName = QString::fromUtf8(name);
aStream->read((char*)&mChecksum, sizeof(int));
// We would parse arrays here, but we're using placeholders
}
}
const QString& XClipMap::GetName() const {
return mName;
}
void XClipMap::SetName(const QString& name) {
mName = name;
}
int XClipMap::GetChecksum() const {
return mChecksum;
}
void XClipMap::SetChecksum(int checksum) {
mChecksum = checksum;
}
void* XClipMap::GetStaticModels() const {
return mStaticModels;
}
void XClipMap::SetStaticModels(void* staticModels) {
mStaticModels = staticModels;
}
int XClipMap::GetNumStaticModels() const {
return mNumStaticModels;
}
void XClipMap::SetNumStaticModels(int count) {
mNumStaticModels = count;
}
void* XClipMap::GetCollisionAabbTrees() const {
return mCollisionAabbTrees;
}
void XClipMap::SetCollisionAabbTrees(void* trees) {
mCollisionAabbTrees = trees;
}
int XClipMap::GetNumCollisionAabbTrees() const {
return mNumCollisionAabbTrees;
}
void XClipMap::SetNumCollisionAabbTrees(int count) {
mNumCollisionAabbTrees = count;
}
void* XClipMap::GetMaterials() const {
return mMaterials;
}
void XClipMap::SetMaterials(void* materials) {
mMaterials = materials;
}
int XClipMap::GetNumMaterials() const {
return mNumMaterials;
}
void XClipMap::SetNumMaterials(int count) {
mNumMaterials = count;
}
void* XClipMap::GetLeafBrushNodes() const {
return mLeafBrushNodes;
}
void XClipMap::SetLeafBrushNodes(void* nodes) {
mLeafBrushNodes = nodes;
}
int XClipMap::GetNumLeafBrushNodes() const {
return mNumLeafBrushNodes;
}
void XClipMap::SetNumLeafBrushNodes(int count) {
mNumLeafBrushNodes = count;
}

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#ifndef XCLIPMAP_H
#define XCLIPMAP_H
#include "xasset.h"
#include <QString>
class XCStaticModel_s; // Forward declaration
class XCollisionAabbTree; // Forward declaration
class XDmaterial_t; // Forward declaration
class XCLeafBrushNode; // Forward declaration
class XClipMap : public XAsset
{
public:
explicit XClipMap();
void ParseData(QDataStream *aStream) override;
const QString& GetName() const;
void SetName(const QString& name);
int GetChecksum() const;
void SetChecksum(int checksum);
// Note: In a real implementation, we would have proper handling for these arrays
// For now, we'll just use placeholders
void* GetStaticModels() const;
void SetStaticModels(void* staticModels);
int GetNumStaticModels() const;
void SetNumStaticModels(int count);
void* GetCollisionAabbTrees() const;
void SetCollisionAabbTrees(void* trees);
int GetNumCollisionAabbTrees() const;
void SetNumCollisionAabbTrees(int count);
void* GetMaterials() const;
void SetMaterials(void* materials);
int GetNumMaterials() const;
void SetNumMaterials(int count);
void* GetLeafBrushNodes() const;
void SetLeafBrushNodes(void* nodes);
int GetNumLeafBrushNodes() const;
void SetNumLeafBrushNodes(int count);
private:
QString mName = "";
int mChecksum = 0;
// Placeholders for arrays
void* mStaticModels = nullptr; // Placeholder for XCStaticModel_s*
int mNumStaticModels = 0;
void* mCollisionAabbTrees = nullptr; // Placeholder for XCollisionAabbTree*
int mNumCollisionAabbTrees = 0;
void* mMaterials = nullptr; // Placeholder for XDmaterial_t*
int mNumMaterials = 0;
void* mLeafBrushNodes = nullptr; // Placeholder for XCLeafBrushNode*
int mNumLeafBrushNodes = 0;
};
#endif // XCLIPMAP_H

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#include "xcnode.h"
XCNode_t::XCNode_t()
: XAsset() {
}
void XCNode_t::ParseData(QDataStream *aStream) {
if (GetPtr() == -1) {
// We would parse plane here, but we're using a placeholder
// Parse children
aStream->read((char*)mChildren, 2 * sizeof(qint16));
}
}
void* XCNode_t::GetPlane() const {
return mPlane;
}
void XCNode_t::SetPlane(void* plane) {
mPlane = plane;
}
qint16 XCNode_t::GetChild(int index) const {
if (index >= 0 && index < 2) {
return mChildren[index];
}
return 0;
}
void XCNode_t::SetChild(int index, qint16 child) {
if (index >= 0 && index < 2) {
mChildren[index] = child;
}
}

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#ifndef XCNODE_H
#define XCNODE_H
#include "xasset.h"
class CPlane; // Forward declaration
class XCNode_t : public XAsset
{
public:
explicit XCNode_t();
void ParseData(QDataStream *aStream) override;
// Note: In a real implementation, we would have an XCPlane class
// For now, we'll just use a pointer to CPlane as a placeholder
void* GetPlane() const;
void SetPlane(void* plane);
qint16 GetChild(int index) const;
void SetChild(int index, qint16 child);
private:
void* mPlane = nullptr; // Placeholder for CPlane*
qint16 mChildren[2] = {0};
};
#endif // XCNODE_H

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#include "xcollisionaabbtree.h"
XCollisionAabbTree::XCollisionAabbTree()
: XAsset() {
}
void XCollisionAabbTree::ParseData(QDataStream *aStream) {
if (GetPtr() == -1) {
aStream->read((char*)mOrigin, 3 * sizeof(float));
aStream->read((char*)mHalfSize, 3 * sizeof(float));
aStream->read((char*)&mMaterialIndex, sizeof(quint16));
aStream->read((char*)&mChildCount, sizeof(quint16));
// Parse union
mU.ParseData(aStream);
}
}
const float* XCollisionAabbTree::GetOrigin() const {
return mOrigin;
}
void XCollisionAabbTree::SetOrigin(const float* origin, size_t count) {
if (count <= 3) {
memcpy(mOrigin, origin, count * sizeof(float));
}
}
const float* XCollisionAabbTree::GetHalfSize() const {
return mHalfSize;
}
void XCollisionAabbTree::SetHalfSize(const float* halfSize, size_t count) {
if (count <= 3) {
memcpy(mHalfSize, halfSize, count * sizeof(float));
}
}
quint16 XCollisionAabbTree::GetMaterialIndex() const {
return mMaterialIndex;
}
void XCollisionAabbTree::SetMaterialIndex(quint16 index) {
mMaterialIndex = index;
}
quint16 XCollisionAabbTree::GetChildCount() const {
return mChildCount;
}
void XCollisionAabbTree::SetChildCount(quint16 count) {
mChildCount = count;
}
XCollisionAabbTreeIndex& XCollisionAabbTree::GetU() {
return mU;
}
const XCollisionAabbTreeIndex& XCollisionAabbTree::GetU() const {
return mU;
}
void XCollisionAabbTree::SetU(const XCollisionAabbTreeIndex& u) {
mU = u;
}

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#ifndef XCOLLISIONAABBTREE_H
#define XCOLLISIONAABBTREE_H
#include "xasset.h"
#include "xcollisionaabbtreeindex.h"
class XCollisionAabbTree : public XAsset
{
public:
explicit XCollisionAabbTree();
void ParseData(QDataStream *aStream) override;
const float* GetOrigin() const;
void SetOrigin(const float* origin, size_t count = 3);
const float* GetHalfSize() const;
void SetHalfSize(const float* halfSize, size_t count = 3);
quint16 GetMaterialIndex() const;
void SetMaterialIndex(quint16 index);
quint16 GetChildCount() const;
void SetChildCount(quint16 count);
XCollisionAabbTreeIndex& GetU();
const XCollisionAabbTreeIndex& GetU() const;
void SetU(const XCollisionAabbTreeIndex& u);
private:
float mOrigin[3] = {0.0f, 0.0f, 0.0f};
float mHalfSize[3] = {0.0f, 0.0f, 0.0f};
quint16 mMaterialIndex = 0;
quint16 mChildCount = 0;
XCollisionAabbTreeIndex mU;
};
#endif // XCOLLISIONAABBTREE_H

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#include "xcollisionaabbtreeindex.h"
XCollisionAabbTreeIndex::XCollisionAabbTreeIndex()
: XAsset() {
}
void XCollisionAabbTreeIndex::ParseData(QDataStream *aStream) {
if (GetPtr() == -1) {
// We need to determine which part of the union to parse
// For simplicity, we'll assume it's always firstChildIndex for now
aStream->read((char*)&mFirstChildIndex, sizeof(int));
}
}
int XCollisionAabbTreeIndex::GetFirstChildIndex() const {
return mFirstChildIndex;
}
void XCollisionAabbTreeIndex::SetFirstChildIndex(int index) {
mFirstChildIndex = index;
}
int XCollisionAabbTreeIndex::GetPartitionIndex() const {
return mPartitionIndex;
}
void XCollisionAabbTreeIndex::SetPartitionIndex(int index) {
mPartitionIndex = index;
}

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#ifndef XCOLLISIONAABBTREEINDEX_H
#define XCOLLISIONAABBTREEINDEX_H
#include "xasset.h"
class XCollisionAabbTreeIndex : public XAsset
{
public:
explicit XCollisionAabbTreeIndex();
void ParseData(QDataStream *aStream) override;
// Option 1: First child index
int GetFirstChildIndex() const;
void SetFirstChildIndex(int index);
// Option 2: Partition index
int GetPartitionIndex() const;
void SetPartitionIndex(int index);
private:
union {
int mFirstChildIndex = 0;
int mPartitionIndex = 0;
};
};
#endif // XCOLLISIONAABBTREEINDEX_H

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#include "xcollisionborder.h"
XCollisionBorder::XCollisionBorder()
: XAsset() {
}
void XCollisionBorder::ParseData(QDataStream *aStream) {
if (GetPtr() == -1) {
aStream->read((char*)mDistEq, 3 * sizeof(float));
aStream->read((char*)&mZBase, sizeof(float));
aStream->read((char*)&mZSlope, sizeof(float));
aStream->read((char*)&mStart, sizeof(float));
aStream->read((char*)&mLength, sizeof(float));
}
}
const float* XCollisionBorder::GetDistEq() const {
return mDistEq;
}
void XCollisionBorder::SetDistEq(const float* distEq, size_t count) {
if (count <= 3) {
memcpy(mDistEq, distEq, count * sizeof(float));
}
}
float XCollisionBorder::GetZBase() const {
return mZBase;
}
void XCollisionBorder::SetZBase(float zBase) {
mZBase = zBase;
}
float XCollisionBorder::GetZSlope() const {
return mZSlope;
}
void XCollisionBorder::SetZSlope(float zSlope) {
mZSlope = zSlope;
}
float XCollisionBorder::GetStart() const {
return mStart;
}
void XCollisionBorder::SetStart(float start) {
mStart = start;
}
float XCollisionBorder::GetLength() const {
return mLength;
}
void XCollisionBorder::SetLength(float length) {
mLength = length;
}

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#ifndef XCOLLISIONBORDER_H
#define XCOLLISIONBORDER_H
#include "xasset.h"
class XCollisionBorder : public XAsset
{
public:
explicit XCollisionBorder();
void ParseData(QDataStream *aStream) override;
const float* GetDistEq() const;
void SetDistEq(const float* distEq, size_t count = 3);
float GetZBase() const;
void SetZBase(float zBase);
float GetZSlope() const;
void SetZSlope(float zSlope);
float GetStart() const;
void SetStart(float start);
float GetLength() const;
void SetLength(float length);
private:
float mDistEq[3] = {0.0f, 0.0f, 0.0f};
float mZBase = 0.0f;
float mZSlope = 0.0f;
float mStart = 0.0f;
float mLength = 0.0f;
};
#endif // XCOLLISIONBORDER_H

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#include "xcollisionpartition.h"
XCollisionPartition::XCollisionPartition()
: XAsset() {
}
void XCollisionPartition::ParseData(QDataStream *aStream) {
if (GetPtr() == -1) {
aStream->read((char*)&mTriCount, sizeof(quint8));
aStream->read((char*)&mBorderCount, sizeof(quint8));
aStream->read((char*)&mFirstTri, sizeof(int));
// We would parse borders here, but we're using a placeholder
}
}
quint8 XCollisionPartition::GetTriCount() const {
return mTriCount;
}
void XCollisionPartition::SetTriCount(quint8 count) {
mTriCount = count;
}
quint8 XCollisionPartition::GetBorderCount() const {
return mBorderCount;
}
void XCollisionPartition::SetBorderCount(quint8 count) {
mBorderCount = count;
}
int XCollisionPartition::GetFirstTri() const {
return mFirstTri;
}
void XCollisionPartition::SetFirstTri(int firstTri) {
mFirstTri = firstTri;
}
void* XCollisionPartition::GetBorders() const {
return mBorders;
}
void XCollisionPartition::SetBorders(void* borders) {
mBorders = borders;
}

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#ifndef XCOLLISIONPARTITION_H
#define XCOLLISIONPARTITION_H
#include "xasset.h"
class CollisionBorder; // Forward declaration
class XCollisionPartition : public XAsset
{
public:
explicit XCollisionPartition();
void ParseData(QDataStream *aStream) override;
quint8 GetTriCount() const;
void SetTriCount(quint8 count);
quint8 GetBorderCount() const;
void SetBorderCount(quint8 count);
int GetFirstTri() const;
void SetFirstTri(int firstTri);
// Note: In a real implementation, we would have proper handling for borders pointer
// For now, we'll just use a placeholder
void* GetBorders() const;
void SetBorders(void* borders);
private:
quint8 mTriCount = 0;
quint8 mBorderCount = 0;
int mFirstTri = 0;
void* mBorders = nullptr; // Placeholder for CollisionBorder*
};
#endif // XCOLLISIONPARTITION_H

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#include "xcstaticmodels.h"
XCStaticModel_s::XCStaticModel_s()
: XAsset() {
}
void XCStaticModel_s::ParseData(QDataStream *aStream) {
if (GetPtr() == -1) {
// Parse writable
mWritable.ParseData(aStream);
// We would parse xmodel here, but we're using a placeholder
// Parse origin
aStream->read((char*)mOrigin, 3 * sizeof(float));
// Parse invScaledAxis
for (int i = 0; i < 3; ++i) {
aStream->read((char*)mInvScaledAxis[i], 3 * sizeof(float));
}
// Parse absmin and absmax
aStream->read((char*)mAbsmin, 3 * sizeof(float));
aStream->read((char*)mAbsmax, 3 * sizeof(float));
}
}
const XCStaticModelWritable& XCStaticModel_s::GetWritable() const {
return mWritable;
}
void XCStaticModel_s::SetWritable(const XCStaticModelWritable& writable) {
mWritable = writable;
}
void* XCStaticModel_s::GetXModel() const {
return mXModel;
}
void XCStaticModel_s::SetXModel(void* model) {
mXModel = model;
}
const float* XCStaticModel_s::GetOrigin() const {
return mOrigin;
}
void XCStaticModel_s::SetOrigin(const float* origin, size_t count) {
if (count <= 3) {
memcpy(mOrigin, origin, count * sizeof(float));
}
}
const float* XCStaticModel_s::GetInvScaledAxis() const {
return &mInvScaledAxis[0][0];
}
void XCStaticModel_s::SetInvScaledAxis(const float* axis, size_t rows, size_t cols) {
if (rows <= 3 && cols <= 3) {
for (size_t i = 0; i < rows; ++i) {
memcpy(mInvScaledAxis[i], &axis[i * cols], cols * sizeof(float));
}
}
}
const float* XCStaticModel_s::GetAbsmin() const {
return mAbsmin;
}
void XCStaticModel_s::SetAbsmin(const float* absmin, size_t count) {
if (count <= 3) {
memcpy(mAbsmin, absmin, count * sizeof(float));
}
}
const float* XCStaticModel_s::GetAbsmax() const {
return mAbsmax;
}
void XCStaticModel_s::SetAbsmax(const float* absmax, size_t count) {
if (count <= 3) {
memcpy(mAbsmax, absmax, count * sizeof(float));
}
}

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#ifndef XCSTATICMODELS_H
#define XCSTATICMODELS_H
#include "xasset.h"
#include "xcstaticmodelwritable.h"
class XModel; // Forward declaration
class XCStaticModel_s : public XAsset
{
public:
explicit XCStaticModel_s();
void ParseData(QDataStream *aStream) override;
const XCStaticModelWritable& GetWritable() const;
void SetWritable(const XCStaticModelWritable& writable);
// Note: In a real implementation, we would have an XModel class
// For now, we'll just use a pointer to Model as a placeholder
void* GetXModel() const;
void SetXModel(void* model);
const float* GetOrigin() const;
void SetOrigin(const float* origin, size_t count = 3);
const float* GetInvScaledAxis() const;
void SetInvScaledAxis(const float* axis, size_t rows = 3, size_t cols = 3);
const float* GetAbsmin() const;
void SetAbsmin(const float* absmin, size_t count = 3);
const float* GetAbsmax() const;
void SetAbsmax(const float* absmax, size_t count = 3);
private:
XCStaticModelWritable mWritable;
void* mXModel = nullptr; // Placeholder for Model*
float mOrigin[3] = {0.0f, 0.0f, 0.0f};
float mInvScaledAxis[3][3] = {{0.0f}};
float mAbsmin[3] = {0.0f, 0.0f, 0.0f};
float mAbsmax[3] = {0.0f, 0.0f, 0.0f};
};
#endif // XCSTATICMODELS_H

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#include "xcstaticmodelwritable.h"
XCStaticModelWritable::XCStaticModelWritable()
: XAsset() {
}
void XCStaticModelWritable::ParseData(QDataStream *aStream) {
if (GetPtr() == -1) {
aStream->read((char*)&mNextModelInWorldSector, sizeof(quint16));
}
}
quint16 XCStaticModelWritable::GetNextModelInWorldSector() const {
return mNextModelInWorldSector;
}
void XCStaticModelWritable::SetNextModelInWorldSector(quint16 nextModel) {
mNextModelInWorldSector = nextModel;
}

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#ifndef XCSTATICMODELWRITABLE_H
#define XCSTATICMODELWRITABLE_H
#include "xasset.h"
class XCStaticModelWritable : public XAsset
{
public:
explicit XCStaticModelWritable();
void ParseData(QDataStream *aStream) override;
quint16 GetNextModelInWorldSector() const;
void SetNextModelInWorldSector(quint16 nextModel);
private:
quint16 mNextModelInWorldSector = 0;
};
#endif // XCSTATICMODELWRITABLE_H

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#include "xd3dbasetexture.h"
XD3DBaseTexture::XD3DBaseTexture()
: XAsset()
, mMipFlush(0)
, mFormat(new XGpuTextureFetchConstant())
{
}
XD3DBaseTexture::~XD3DBaseTexture()
{
delete mFormat;
}
void XD3DBaseTexture::ParseData(QDataStream *aStream)
{
}
void XD3DBaseTexture::Clear()
{
mMipFlush = 0;
mFormat->Clear();
}

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#ifndef XD3DBASETEXTURE_H
#define XD3DBASETEXTURE_H
#include "xasset.h"
#include "xd3dresource.h"
class XD3DBaseTexture : public XAsset
{
public:
XD3DBaseTexture();
~XD3DBaseTexture();
virtual void ParseData(QDataStream* aStream) override;
virtual void Clear() override;
private:
unsigned int mMipFlush;
XGpuTextureFetchConstant* mFormat;
XD3DResource* mResource;
};
#endif // XD3DBASETEXTURE_H

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#include "xgfximageloaddef.h"
XGfxImageLoadDef::XGfxImageLoadDef()
: XAsset()
, mLevelCount(0)
, mFlags(0)
, mDimensions(QVector<qint16>(3))
, mFormat(0)
, mTexture(new XGfxTexture())
{
}
XGfxImageLoadDef::~XGfxImageLoadDef()
{
delete mTexture;
}
void XGfxImageLoadDef::ParseData(QDataStream *aStream)
{
}
void XGfxImageLoadDef::Clear()
{
mLevelCount = 0;
mFlags = 0;
mDimensions = QVector<qint16>(3);
mFormat = 0;
mTexture->Clear();
}

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#ifndef XGFXIMAGELOADDEF_H
#define XGFXIMAGELOADDEF_H
#include "xasset.h"
class XGfxImageLoadDef : public XAsset
{
public:
XGfxImageLoadDef();
~XGfxImageLoadDef();
virtual void ParseData(QDataStream* aStream) override;
virtual void Clear() override;
private:
quint8 mLevelCount;
quint8 mFlags;
QVector<qint16> mDimensions;
int mFormat;
XGfxTexture* mTexture;
};
#endif // XGFXIMAGELOADDEF_H

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#include "xd3dresource.h"
XD3DResource::XD3DResource()
: XAsset()
, mCommon(0)
, mReferenceCount(0)
, mFence(0)
, mReadFence(0)
, mIdentifier(0)
, mBaseFlush(0)
{
}
XD3DResource::~XD3DResource()
{
}
void XD3DResource::ParseData(QDataStream *aStream)
{
*aStream
>> mCommon
>> mReferenceCount
>> mFence
>> mReadFence
>> mIdentifier
>> mBaseFlush;
}
void XD3DResource::Clear()
{
mCommon = 0;
mReferenceCount = 0;
mFence = 0;
mReadFence = 0;
mIdentifier = 0;
mBaseFlush = 0;
}

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#ifndef XD3DRESOURCE_H
#define XD3DRESOURCE_H
#include "xasset.h"
class XD3DResource : public XAsset
{
public:
XD3DResource();
~XD3DResource();
virtual void ParseData(QDataStream* aStream) override;
virtual void Clear() override;
private:
unsigned int mCommon;
unsigned int mReferenceCount;
unsigned int mFence;
unsigned int mReadFence;
unsigned int mIdentifier;
unsigned int mBaseFlush;
};
#endif // XD3DRESOURCE_H

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#include "xgfximageloaddef.h"
XGfxImageLoadDef::XGfxImageLoadDef()
: XAsset()
, mLevelCount(0)
, mFlags(0)
, mDimensions(QVector<qint16>(3))
, mFormat(0)
, mTexture(new XGfxTexture())
{
}
XGfxImageLoadDef::~XGfxImageLoadDef()
{
delete mTexture;
}
void XGfxImageLoadDef::ParseData(QDataStream *aStream)
{
}
void XGfxImageLoadDef::Clear()
{
mLevelCount = 0;
mFlags = 0;
mDimensions = QVector<qint16>(3);
mFormat = 0;
mTexture->Clear();
}

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#ifndef XGFXIMAGELOADDEF_H
#define XGFXIMAGELOADDEF_H
#include "xasset.h"
class XGfxImageLoadDef : public XAsset
{
public:
XGfxImageLoadDef();
~XGfxImageLoadDef();
virtual void ParseData(QDataStream* aStream) override;
virtual void Clear() override;
private:
quint8 mLevelCount;
quint8 mFlags;
QVector<qint16> mDimensions;
int mFormat;
XGfxTexture* mTexture;
};
#endif // XGFXIMAGELOADDEF_H

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#include "xdmaterial.h"
XDmaterial_t::XDmaterial_t()
: XAsset() {
}
void XDmaterial_t::ParseData(QDataStream *aStream) {
if (GetPtr() == -1) {
char material[64];
aStream->read(material, 64);
mMaterial = QString::fromUtf8(material);
aStream->read((char*)&mSurfaceFlags, sizeof(int));
aStream->read((char*)&mContentFlags, sizeof(int));
}
}
const QString& XDmaterial_t::GetMaterial() const {
return mMaterial;
}
void XDmaterial_t::SetMaterial(const QString& material) {
mMaterial = material;
}
int XDmaterial_t::GetSurfaceFlags() const {
return mSurfaceFlags;
}
void XDmaterial_t::SetSurfaceFlags(int flags) {
mSurfaceFlags = flags;
}
int XDmaterial_t::GetContentFlags() const {
return mContentFlags;
}
void XDmaterial_t::SetContentFlags(int flags) {
mContentFlags = flags;
}

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libs/xassets/xdmaterial.h Normal file
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#ifndef XDMATERIAL_H
#define XDMATERIAL_H
#include "xasset.h"
#include <QString>
class XDmaterial_t : public XAsset
{
public:
explicit XDmaterial_t();
void ParseData(QDataStream *aStream) override;
const QString& GetMaterial() const;
void SetMaterial(const QString& material);
int GetSurfaceFlags() const;
void SetSurfaceFlags(int flags);
int GetContentFlags() const;
void SetContentFlags(int flags);
private:
QString mMaterial = "";
int mSurfaceFlags = 0;
int mContentFlags = 0;
};
#endif // XDMATERIAL_H

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libs/xassets/xgameworld.cpp Normal file
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#include "xgameworld.h"
XGameWorld::XGameWorld()
: XAsset() {
}
void XGameWorld::ParseData(QDataStream *aStream) {
// Implement parsing logic here based on the GameWorldSp and GameWorldMp structures
// Parse both sp and mp parts using our new classes
sp.ParseData(aStream);
mp.ParseData(aStream);
// TODO: Add any additional parsing code if needed
}

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libs/xassets/xgameworld.h Normal file
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#ifndef XGAMEWORLD_H
#define XGAMEWORLD_H
#include "xasset.h"
#include "gameworld.h"
#include "xgameworldmp.h"
#include "xgameworldsp.h"
class XGameWorld : public XAsset
{
public:
explicit XGameWorld();
void ParseData(QDataStream *aStream) override;
private:
XGameWorldSp sp;
XGameWorldMp mp;
};
#endif // XGAMEWORLD_H

25
libs/xassets/xgameworldmp.cpp Normal file
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#include "xgameworldmp.h"
XGameWorldMp::XGameWorldMp()
: XAsset() {
}
void XGameWorldMp::ParseData(QDataStream *aStream) {
// Parse the name string
if (GetPtr() == -1) {
mName = XString::ParseCustom(aStream);
}
}
QString XGameWorldMp::GetName() const {
return mName;
}
void XGameWorldMp::SetName(const QString& name) {
mName = name;
}

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libs/xassets/xgameworldmp.h Normal file
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#ifndef XGAMEWORLDMP_H
#define XGAMEWORLDMP_H
#include "xasset.h"
class XGameWorldMp : public XAsset
{
public:
explicit XGameWorldMp();
void ParseData(QDataStream *aStream) override;
QString GetName() const;
void SetName(const QString& name);
private:
QString mName;
};
#endif // XGAMEWORLDMP_H

26
libs/xassets/xgameworldsp.cpp Normal file
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#include "xgameworldsp.h"
XGameWorldSp::XGameWorldSp()
: XAsset() {
}
void XGameWorldSp::ParseData(QDataStream *aStream) {
// Parse the name string
if (GetPtr() == -1) {
mName = XString::ParseCustom(aStream);
// Parse the path data using our new XPathData class
path.ParseData(aStream);
}
}
QString XGameWorldSp::GetName() const {
return mName;
}
void XGameWorldSp::SetName(const QString& name) {
mName = name;
}

26
libs/xassets/xgameworldsp.h Normal file
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#ifndef XGAMEWORLDSP_H
#define XGAMEWORLDSP_H
#include "xasset.h"
#include "gameworld.h"
#include "xpathdata.h"
class XGameWorldSp : public XAsset
{
public:
explicit XGameWorldSp();
void ParseData(QDataStream *aStream) override;
QString GetName() const;
void SetName(const QString& name);
private:
QString mName;
XPathData path; // Using our new XPathData class instead of PathData struct
};
#endif // XGAMEWORLDSP_H

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libs/xassets/xgfximage.cpp Normal file
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#include "xgfximage.h"

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libs/xassets/xgfximage.h Normal file
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#ifndef XGFXIMAGE_H
#define XGFXIMAGE_H
#include "material.h"
#include "xasset.h"
#include "xcardmemory.h"
class XGfxImage : public XAsset
{
MapType mapType;
XGfxTexture texture;
quint8 semantic;
XCardMemory cardMemory;
quint16 width;
quint16 height;
quint16 depth;
quint8 category;
bool delayLoadPixels;
qint32 pixelsPtr;
quint8 *pixels;
unsigned int baseSize;
quint16 streamSlot;
bool streaming;
qint32 namePtr;
QString name;
};
#endif // XGFXIMAGE_H

31
libs/xassets/xgfximageloaddef.cpp Normal file
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#include "xgfximageloaddef.h"
XGfxImageLoadDef::XGfxImageLoadDef()
: XAsset()
, mLevelCount(0)
, mFlags(0)
, mDimensions(QVector<qint16>(3))
, mFormat(0)
, mTexture(new XGfxTexture())
{
}
XGfxImageLoadDef::~XGfxImageLoadDef()
{
delete mTexture;
}
void XGfxImageLoadDef::ParseData(QDataStream *aStream)
{
}
void XGfxImageLoadDef::Clear()
{
mLevelCount = 0;
mFlags = 0;
mDimensions = QVector<qint16>(3);
mFormat = 0;
mTexture->Clear();
}

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libs/xassets/xgfximageloaddef.h Normal file
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#ifndef XGFXIMAGELOADDEF_H
#define XGFXIMAGELOADDEF_H
#include "xasset.h"
class XGfxImageLoadDef : public XAsset
{
public:
XGfxImageLoadDef();
~XGfxImageLoadDef();
virtual void ParseData(QDataStream* aStream) override;
virtual void Clear() override;
private:
quint8 mLevelCount;
quint8 mFlags;
QVector<qint16> mDimensions;
int mFormat;
XGfxTexture* mTexture;
};
#endif // XGFXIMAGELOADDEF_H

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libs/xassets/xgfxlight.cpp Normal file
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#include "xgfxlight.h"
XGfxLight::XGfxLight()
: XAsset() {
}
void XGfxLight::ParseData(QDataStream *aStream) {
if (GetPtr() == -1) {
aStream->read((char*)&mType, sizeof(unsigned char));
aStream->read((char*)&mCanUseShadowMap, sizeof(unsigned char));
aStream->ignore(sizeof(unsigned char) * 2); // Skip unused bytes
aStream->read((char*)mColor, 3 * sizeof(float));
aStream->read((char*)mDir, 3 * sizeof(float));
aStream->read((char*)mOrigin, 3 * sizeof(float));
aStream->read((char*)&mRadius, sizeof(float));
aStream->read((char*)&mCosHalfFovOuter, sizeof(float));
aStream->read((char*)&mCosHalfFovInner, sizeof(float));
aStream->read((char*)&mExponent, sizeof(int));
// Skip spotShadowIndex - we'll handle this appropriately later
aStream->ignore(sizeof(unsigned int));
// Skip def pointer - we'll handle this appropriately later
aStream->ignore(sizeof(int));
}
}
unsigned char XGfxLight::GetType() const {
return mType;
}
void XGfxLight::SetType(unsigned char type) {
mType = type;
}
unsigned char XGfxLight::CanUseShadowMap() const {
return mCanUseShadowMap;
}
void XGfxLight::SetCanUseShadowMap(bool canUse) {
mCanUseShadowMap = canUse ? 1 : 0;
}
const float* XGfxLight::GetColor() const {
return mColor;
}
void XGfxLight::SetColor(const float* color, size_t count) {
if (count <= 3) {
memcpy(mColor, color, count * sizeof(float));
}
}
const float* XGfxLight::GetDir() const {
return mDir;
}
void XGfxLight::SetDir(const float* dir, size_t count) {
if (count <= 3) {
memcpy(mDir, dir, count * sizeof(float));
}
}
const float* XGfxLight::GetOrigin() const {
return mOrigin;
}
void XGfxLight::SetOrigin(const float* origin, size_t count) {
if (count <= 3) {
memcpy(mOrigin, origin, count * sizeof(float));
}
}
float XGfxLight::GetRadius() const {
return mRadius;
}
void XGfxLight::SetRadius(float radius) {
mRadius = radius;
}
float XGfxLight::GetCosHalfFovOuter() const {
return mCosHalfFovOuter;
}
void XGfxLight::SetCosHalfFovOuter(float cosHalfFov) {
mCosHalfFovOuter = cosHalfFov;
}
float XGfxLight::GetCosHalfFovInner() const {
return mCosHalfFovInner;
}
void XGfxLight::SetCosHalfFovInner(float cosHalfFov) {
mCosHalfFovInner = cosHalfFov;
}
int XGfxLight::GetExponent() const {
return mExponent;
}
void XGfxLight::SetExponent(int exponent) {
mExponent = exponent;
}
unsigned int XGfxLight::GetSpotShadowIndex() const {
return mSpotShadowIndex;
}
void XGfxLight::SetSpotShadowIndex(unsigned int index) {
mSpotShadowIndex = index;
}
int XGfxLight::GetDefPtr() const {
return mDefPtr;
}
void XGfxLight::SetDefPtr(int ptr) {
mDefPtr = ptr;
}

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#ifndef XGFXLIGHT_H
#define XGFXLIGHT_H
#include "xasset.h"
class XGfxLight : public XAsset
{
public:
explicit XGfxLight();
void ParseData(QDataStream *aStream) override;
unsigned char GetType() const;
void SetType(unsigned char type);
unsigned char CanUseShadowMap() const;
void SetCanUseShadowMap(bool canUse);
const float* GetColor() const;
void SetColor(const float* color, size_t count = 3);
const float* GetDir() const;
void SetDir(const float* dir, size_t count = 3);
const float* GetOrigin() const;
void SetOrigin(const float* origin, size_t count = 3);
float GetRadius() const;
void SetRadius(float radius);
float GetCosHalfFovOuter() const;
void SetCosHalfFovOuter(float cosHalfFov);
float GetCosHalfFovInner() const;
void SetCosHalfFovInner(float cosHalfFov);
int GetExponent() const;
void SetExponent(int exponent);
unsigned int GetSpotShadowIndex() const;
void SetSpotShadowIndex(unsigned int index);
// Note: XGfxLightDef is a placeholder - we need to handle this appropriately
int GetDefPtr() const;
void SetDefPtr(int ptr);
private:
unsigned char mType = 0;
unsigned char mCanUseShadowMap = 0;
unsigned char mUnused[2] = {0, 0};
float mColor[3] = {0.0f, 0.0f, 0.0f};
float mDir[3] = {0.0f, 0.0f, 0.0f};
float mOrigin[3] = {0.0f, 0.0f, 0.0f};
float mRadius = 0.0f;
float mCosHalfFovOuter = 0.0f;
float mCosHalfFovInner = 0.0f;
int mExponent = 0;
unsigned int mSpotShadowIndex = 0;
int mDefPtr = 0; // Placeholder for XGfxLightDef pointer
};
#endif // XGFXLIGHT_H

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