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enum struct cplane_tOffsets
{
int normal;
int dist;
int type;
int signbits;
}
enum struct csurface_tOffsets
{
int name;
int surfaceProps;
int flags;
}
enum struct CGameTraceOffsets
{
//CBaseTrace
int startpos;
int endpos;
int plane;
int fraction;
int contents;
int dispFlags;
int allsolid;
int startsolid;
//CGameTrace
int fractionleftsolid;
int surface;
int hitgroup;
int physicsbone;
int m_pEnt;
int hitbox;
int size;
}
enum struct Ray_tOffsets
{
int m_Start;
int m_Delta;
int m_StartOffset;
int m_Extents;
int m_pWorldAxisTransform;
int m_IsRay;
int m_IsSwept;
int size;
}
enum struct CTraceFilterSimpleOffsets
{
int vptr;
int m_pPassEnt;
int m_collisionGroup;
int m_pExtraShouldHitCheckFunction;
int size;
Address vtable;
}
enum struct GameTraceOffsets
{
cplane_tOffsets cptoffsets;
csurface_tOffsets cstoffsets;
CGameTraceOffsets cgtoffsets;
Ray_tOffsets rtoffsets;
CTraceFilterSimpleOffsets ctfsoffsets;
}
static GameTraceOffsets offsets;
methodmap Cplane_t < AddressBase
{
property Vector normal
{
public get() { return view_as<Vector>(this.Address + offsets.cptoffsets.normal); }
}
property float dist
{
public get() { return view_as<float>(LoadFromAddress(this.Address + offsets.cptoffsets.dist, NumberType_Int32)); }
}
property char type
{
public get() { return view_as<char>(LoadFromAddress(this.Address + offsets.cptoffsets.type, NumberType_Int8)); }
}
property char signbits
{
public get() { return view_as<char>(LoadFromAddress(this.Address + offsets.cptoffsets.signbits, NumberType_Int8)); }
}
}
methodmap Csurface_t < AddressBase
{
property Address name
{
public get() { return view_as<Address>(LoadFromAddress(this.Address + offsets.cstoffsets.name, NumberType_Int32)); }
}
property int surfaceProps
{
public get() { return LoadFromAddress(this.Address + offsets.cstoffsets.surfaceProps, NumberType_Int16); }
}
property int flags
{
public get() { return LoadFromAddress(this.Address + offsets.cstoffsets.flags, NumberType_Int16); }
}
}
methodmap CGameTrace < AllocatableBase
{
public static int Size()
{
return offsets.cgtoffsets.size;
}
property Vector startpos
{
public get() { return view_as<Vector>(this.Address + offsets.cgtoffsets.startpos); }
}
property Vector endpos
{
public get() { return view_as<Vector>(this.Address + offsets.cgtoffsets.endpos); }
}
property Cplane_t plane
{
public get() { return view_as<Cplane_t>(this.Address + offsets.cgtoffsets.plane); }
}
property float fraction
{
public get() { return view_as<float>(LoadFromAddress(this.Address + offsets.cgtoffsets.fraction, NumberType_Int32)); }
}
property int contents
{
public get() { return LoadFromAddress(this.Address + offsets.cgtoffsets.contents, NumberType_Int32); }
}
property int dispFlags
{
public get() { return LoadFromAddress(this.Address + offsets.cgtoffsets.dispFlags, NumberType_Int16); }
}
property bool allsolid
{
public get() { return view_as<bool>(LoadFromAddress(this.Address + offsets.cgtoffsets.allsolid, NumberType_Int8)); }
}
property bool startsolid
{
public get() { return view_as<bool>(LoadFromAddress(this.Address + offsets.cgtoffsets.startsolid, NumberType_Int8)); }
}
property float fractionleftsolid
{
public get() { return view_as<float>(LoadFromAddress(this.Address + offsets.cgtoffsets.fractionleftsolid, NumberType_Int32)); }
}
property Csurface_t surface
{
public get() { return view_as<Csurface_t>(this.Address + offsets.cgtoffsets.surface); }
}
property int hitgroup
{
public get() { return LoadFromAddress(this.Address + offsets.cgtoffsets.hitgroup, NumberType_Int32); }
}
property int physicsbone
{
public get() { return LoadFromAddress(this.Address + offsets.cgtoffsets.physicsbone, NumberType_Int16); }
}
property Address m_pEnt
{
public get() { return view_as<Address>(LoadFromAddress(this.Address + offsets.cgtoffsets.m_pEnt, NumberType_Int32)); }
}
property int hitbox
{
public get() { return LoadFromAddress(this.Address + offsets.cgtoffsets.hitbox, NumberType_Int32); }
}
public CGameTrace()
{
return MALLOC(CGameTrace);
}
}
methodmap Ray_t < AllocatableBase
{
public static int Size()
{
return offsets.rtoffsets.size;
}
property Vector m_Start
{
public get() { return view_as<Vector>(this.Address + offsets.rtoffsets.m_Start); }
}
property Vector m_Delta
{
public get() { return view_as<Vector>(this.Address + offsets.rtoffsets.m_Delta); }
}
property Vector m_StartOffset
{
public get() { return view_as<Vector>(this.Address + offsets.rtoffsets.m_StartOffset); }
}
property Vector m_Extents
{
public get() { return view_as<Vector>(this.Address + offsets.rtoffsets.m_Extents); }
}
property Address m_pWorldAxisTransform
{
public get() { return view_as<Address>(LoadFromAddress(this.Address + offsets.rtoffsets.m_pWorldAxisTransform, NumberType_Int32)); }
public set(Address _worldaxistransform) { StoreToAddress(this.Address + offsets.rtoffsets.m_pWorldAxisTransform, view_as<int>(_worldaxistransform), NumberType_Int32, false); }
}
property bool m_IsRay
{
public get() { return view_as<bool>(LoadFromAddress(this.Address + offsets.rtoffsets.m_IsRay, NumberType_Int8)); }
public set(bool _isray) { StoreToAddress(this.Address + offsets.rtoffsets.m_IsRay, _isray, NumberType_Int8, false); }
}
property bool m_IsSwept
{
public get() { return view_as<bool>(LoadFromAddress(this.Address + offsets.rtoffsets.m_IsSwept, NumberType_Int8)); }
public set(bool _isswept) { StoreToAddress(this.Address + offsets.rtoffsets.m_IsSwept, _isswept, NumberType_Int8, false); }
}
public Ray_t()
{
return MALLOC(Ray_t);
}
//That function is quite heavy, linux builds have it inlined, so can't use it!
//Replacing this function with lighter alternative may increase speed by ~4 times!
//From my testings the main performance killer here is StoreToAddress()....
public void Init(float start[3], float end[3], float mins[3], float maxs[3])
{
float buff[3], buff2[3];
SubtractVectors(end, start, buff);
this.m_Delta.FromArray(buff);
if(gEngineVersion == Engine_CSGO)
this.m_pWorldAxisTransform = Address_Null;
this.m_IsSwept = (this.m_Delta.LengthSqr() != 0.0);
SubtractVectors(maxs, mins, buff);
ScaleVector(buff, 0.5);
this.m_Extents.FromArray(buff);
this.m_IsRay = (this.m_Extents.LengthSqr() < 1.0e-6);
AddVectors(mins, maxs, buff);
ScaleVector(buff, 0.5);
AddVectors(start, buff, buff2);
this.m_Start.FromArray(buff2);
NegateVector(buff);
this.m_StartOffset.FromArray(buff);
}
}
methodmap CTraceFilterSimple < AllocatableBase
{
public static int Size()
{
return offsets.ctfsoffsets.size;
}
property Address vptr
{
public get() { return view_as<Address>(LoadFromAddress(this.Address + offsets.ctfsoffsets.vptr, NumberType_Int32)); }
public set(Address _vtbladdr) { StoreToAddress(this.Address + offsets.ctfsoffsets.vptr, view_as<int>(_vtbladdr), NumberType_Int32, false); }
}
property CBaseHandle m_pPassEnt
{
public get() { return view_as<CBaseHandle>(LoadFromAddress(this.Address + offsets.ctfsoffsets.m_pPassEnt, NumberType_Int32)); }
public set(CBaseHandle _passent) { StoreToAddress(this.Address + offsets.ctfsoffsets.m_pPassEnt, view_as<int>(_passent), NumberType_Int32, false); }
}
property int m_collisionGroup
{
public get() { return LoadFromAddress(this.Address + offsets.ctfsoffsets.m_collisionGroup, NumberType_Int32); }
public set(int _collisiongroup) { StoreToAddress(this.Address + offsets.ctfsoffsets.m_collisionGroup, _collisiongroup, NumberType_Int32, false); }
}
property Address m_pExtraShouldHitCheckFunction
{
public get() { return view_as<Address>(LoadFromAddress(this.Address + offsets.ctfsoffsets.m_pExtraShouldHitCheckFunction, NumberType_Int32)); }
public set(Address _checkfnc) { StoreToAddress(this.Address + offsets.ctfsoffsets.m_pExtraShouldHitCheckFunction, view_as<int>(_checkfnc), NumberType_Int32, false); }
}
public CTraceFilterSimple()
{
CTraceFilterSimple addr = MALLOC(CTraceFilterSimple);
addr.vptr = offsets.ctfsoffsets.vtable;
return addr;
}
public void Init(CBaseHandle passentity, int collisionGroup, Address pExtraShouldHitCheckFn = Address_Null)
{
this.m_pPassEnt = passentity;
this.m_collisionGroup = collisionGroup;
this.m_pExtraShouldHitCheckFunction = pExtraShouldHitCheckFn;
}
}
static Handle gCanTraceRay;
methodmap ITraceListData < AddressBase
{
public bool CanTraceRay(Ray_t ray)
{
return SDKCall(gCanTraceRay, this.Address, ray.Address);
}
}
static Handle gTraceRay, gTraceRayAgainstLeafAndEntityList;
static Address gEngineTrace;
stock void InitGameTrace(GameData gd)
{
char buff[128];
//cplane_t
ASSERT_FMT(gd.GetKeyValue("cplane_t::normal", buff, sizeof(buff)), "Can't get \"cplane_t::normal\" offset from gamedata.");
offsets.cptoffsets.normal = StringToInt(buff);
ASSERT_FMT(gd.GetKeyValue("cplane_t::dist", buff, sizeof(buff)), "Can't get \"cplane_t::dist\" offset from gamedata.");
offsets.cptoffsets.dist = StringToInt(buff);
ASSERT_FMT(gd.GetKeyValue("cplane_t::type", buff, sizeof(buff)), "Can't get \"cplane_t::type\" offset from gamedata.");
offsets.cptoffsets.type = StringToInt(buff);
ASSERT_FMT(gd.GetKeyValue("cplane_t::signbits", buff, sizeof(buff)), "Can't get \"cplane_t::signbits\" offset from gamedata.");
offsets.cptoffsets.signbits = StringToInt(buff);
//csurface_t
ASSERT_FMT(gd.GetKeyValue("csurface_t::name", buff, sizeof(buff)), "Can't get \"csurface_t::name\" offset from gamedata.");
offsets.cstoffsets.name = StringToInt(buff);
ASSERT_FMT(gd.GetKeyValue("csurface_t::surfaceProps", buff, sizeof(buff)), "Can't get \"csurface_t::surfaceProps\" offset from gamedata.");
offsets.cstoffsets.surfaceProps = StringToInt(buff);
ASSERT_FMT(gd.GetKeyValue("csurface_t::flags", buff, sizeof(buff)), "Can't get \"csurface_t::flags\" offset from gamedata.");
offsets.cstoffsets.flags = StringToInt(buff);
//CGameTrace
ASSERT_FMT(gd.GetKeyValue("CGameTrace::startpos", buff, sizeof(buff)), "Can't get \"CGameTrace::startpos\" offset from gamedata.");
offsets.cgtoffsets.startpos = StringToInt(buff);
ASSERT_FMT(gd.GetKeyValue("CGameTrace::endpos", buff, sizeof(buff)), "Can't get \"CGameTrace::endpos\" offset from gamedata.");
offsets.cgtoffsets.endpos = StringToInt(buff);
ASSERT_FMT(gd.GetKeyValue("CGameTrace::plane", buff, sizeof(buff)), "Can't get \"CGameTrace::plane\" offset from gamedata.");
offsets.cgtoffsets.plane = StringToInt(buff);
ASSERT_FMT(gd.GetKeyValue("CGameTrace::fraction", buff, sizeof(buff)), "Can't get \"CGameTrace::fraction\" offset from gamedata.");
offsets.cgtoffsets.fraction = StringToInt(buff);
ASSERT_FMT(gd.GetKeyValue("CGameTrace::contents", buff, sizeof(buff)), "Can't get \"CGameTrace::contents\" offset from gamedata.");
offsets.cgtoffsets.contents = StringToInt(buff);
ASSERT_FMT(gd.GetKeyValue("CGameTrace::dispFlags", buff, sizeof(buff)), "Can't get \"CGameTrace::dispFlags\" offset from gamedata.");
offsets.cgtoffsets.dispFlags = StringToInt(buff);
ASSERT_FMT(gd.GetKeyValue("CGameTrace::allsolid", buff, sizeof(buff)), "Can't get \"CGameTrace::allsolid\" offset from gamedata.");
offsets.cgtoffsets.allsolid = StringToInt(buff);
ASSERT_FMT(gd.GetKeyValue("CGameTrace::startsolid", buff, sizeof(buff)), "Can't get \"CGameTrace::startsolid\" offset from gamedata.");
offsets.cgtoffsets.startsolid = StringToInt(buff);
ASSERT_FMT(gd.GetKeyValue("CGameTrace::fractionleftsolid", buff, sizeof(buff)), "Can't get \"CGameTrace::fractionleftsolid\" offset from gamedata.");
offsets.cgtoffsets.fractionleftsolid = StringToInt(buff);
ASSERT_FMT(gd.GetKeyValue("CGameTrace::surface", buff, sizeof(buff)), "Can't get \"CGameTrace::surface\" offset from gamedata.");
offsets.cgtoffsets.surface = StringToInt(buff);
ASSERT_FMT(gd.GetKeyValue("CGameTrace::hitgroup", buff, sizeof(buff)), "Can't get \"CGameTrace::hitgroup\" offset from gamedata.");
offsets.cgtoffsets.hitgroup = StringToInt(buff);
ASSERT_FMT(gd.GetKeyValue("CGameTrace::physicsbone", buff, sizeof(buff)), "Can't get \"CGameTrace::physicsbone\" offset from gamedata.");
offsets.cgtoffsets.physicsbone = StringToInt(buff);
ASSERT_FMT(gd.GetKeyValue("CGameTrace::m_pEnt", buff, sizeof(buff)), "Can't get \"CGameTrace::m_pEnt\" offset from gamedata.");
offsets.cgtoffsets.m_pEnt = StringToInt(buff);
ASSERT_FMT(gd.GetKeyValue("CGameTrace::hitbox", buff, sizeof(buff)), "Can't get \"CGameTrace::hitbox\" offset from gamedata.");
offsets.cgtoffsets.hitbox = StringToInt(buff);
ASSERT_FMT(gd.GetKeyValue("CGameTrace::size", buff, sizeof(buff)), "Can't get \"CGameTrace::size\" offset from gamedata.");
offsets.cgtoffsets.size = StringToInt(buff);
//Ray_t
ASSERT_FMT(gd.GetKeyValue("Ray_t::m_Start", buff, sizeof(buff)), "Can't get \"Ray_t::m_Start\" offset from gamedata.");
offsets.rtoffsets.m_Start = StringToInt(buff);
ASSERT_FMT(gd.GetKeyValue("Ray_t::m_Delta", buff, sizeof(buff)), "Can't get \"Ray_t::m_Delta\" offset from gamedata.");
offsets.rtoffsets.m_Delta = StringToInt(buff);
ASSERT_FMT(gd.GetKeyValue("Ray_t::m_StartOffset", buff, sizeof(buff)), "Can't get \"Ray_t::m_StartOffset\" offset from gamedata.");
offsets.rtoffsets.m_StartOffset = StringToInt(buff);
ASSERT_FMT(gd.GetKeyValue("Ray_t::m_Extents", buff, sizeof(buff)), "Can't get \"Ray_t::m_Extents\" offset from gamedata.");
offsets.rtoffsets.m_Extents = StringToInt(buff);
if(gEngineVersion == Engine_CSGO)
{
ASSERT_FMT(gd.GetKeyValue("Ray_t::m_pWorldAxisTransform", buff, sizeof(buff)), "Can't get \"Ray_t::m_pWorldAxisTransform\" offset from gamedata.");
offsets.rtoffsets.m_pWorldAxisTransform = StringToInt(buff);
}
ASSERT_FMT(gd.GetKeyValue("Ray_t::m_IsRay", buff, sizeof(buff)), "Can't get \"Ray_t::m_IsRay\" offset from gamedata.");
offsets.rtoffsets.m_IsRay = StringToInt(buff);
ASSERT_FMT(gd.GetKeyValue("Ray_t::m_IsSwept", buff, sizeof(buff)), "Can't get \"Ray_t::m_IsSwept\" offset from gamedata.");
offsets.rtoffsets.m_IsSwept = StringToInt(buff);
ASSERT_FMT(gd.GetKeyValue("Ray_t::size", buff, sizeof(buff)), "Can't get \"Ray_t::size\" offset from gamedata.");
offsets.rtoffsets.size = StringToInt(buff);
//CTraceFilterSimple
ASSERT_FMT(gd.GetKeyValue("CTraceFilterSimple::vptr", buff, sizeof(buff)), "Can't get \"CTraceFilterSimple::vptr\" offset from gamedata.");
offsets.ctfsoffsets.vptr = StringToInt(buff);
ASSERT_FMT(gd.GetKeyValue("CTraceFilterSimple::m_pPassEnt", buff, sizeof(buff)), "Can't get \"CTraceFilterSimple::m_pPassEnt\" offset from gamedata.");
offsets.ctfsoffsets.m_pPassEnt = StringToInt(buff);
ASSERT_FMT(gd.GetKeyValue("CTraceFilterSimple::m_collisionGroup", buff, sizeof(buff)), "Can't get \"CTraceFilterSimple::m_collisionGroup\" offset from gamedata.");
offsets.ctfsoffsets.m_collisionGroup = StringToInt(buff);
ASSERT_FMT(gd.GetKeyValue("CTraceFilterSimple::m_pExtraShouldHitCheckFunction", buff, sizeof(buff)), "Can't get \"CTraceFilterSimple::m_pExtraShouldHitCheckFunction\" offset from gamedata.");
offsets.ctfsoffsets.m_pExtraShouldHitCheckFunction = StringToInt(buff);
ASSERT_FMT(gd.GetKeyValue("CTraceFilterSimple::size", buff, sizeof(buff)), "Can't get \"CTraceFilterSimple::size\" offset from gamedata.");
offsets.ctfsoffsets.size = StringToInt(buff);
if(gEngineVersion == Engine_CSS)
{
offsets.ctfsoffsets.vtable = gd.GetAddress("CTraceFilterSimple::vtable");
ASSERT_MSG(offsets.ctfsoffsets.vtable != Address_Null, "Can't get \"CTraceFilterSimple::vtable\" address from gamedata. Gamedata needs an update.");
}
//enginetrace
gd.GetKeyValue("CEngineTrace", buff, sizeof(buff));
gEngineTrace = CreateInterface(buff);
ASSERT_MSG(gEngineTrace != Address_Null, "Can't create \"enginetrace\" from CreateInterface().");
//RayTrace
StartPrepSDKCall(SDKCall_Raw);
PrepSDKCall_SetVirtual(gd.GetOffset("TraceRay"));
PrepSDKCall_AddParameter(SDKType_PlainOldData, SDKPass_Plain);
PrepSDKCall_AddParameter(SDKType_PlainOldData, SDKPass_Plain);
PrepSDKCall_AddParameter(SDKType_PlainOldData, SDKPass_Plain);
PrepSDKCall_AddParameter(SDKType_PlainOldData, SDKPass_Plain);
gTraceRay = EndPrepSDKCall();
ASSERT(gTraceRay);
if(gEngineVersion == Engine_CSGO)
{
//TraceRayAgainstLeafAndEntityList
StartPrepSDKCall(SDKCall_Raw);
PrepSDKCall_SetVirtual(gd.GetOffset("TraceRayAgainstLeafAndEntityList"));
PrepSDKCall_AddParameter(SDKType_PlainOldData, SDKPass_Plain);
PrepSDKCall_AddParameter(SDKType_PlainOldData, SDKPass_Plain);
PrepSDKCall_AddParameter(SDKType_PlainOldData, SDKPass_Plain);
PrepSDKCall_AddParameter(SDKType_PlainOldData, SDKPass_Plain);
PrepSDKCall_AddParameter(SDKType_PlainOldData, SDKPass_Plain);
gTraceRayAgainstLeafAndEntityList = EndPrepSDKCall();
ASSERT(gTraceRayAgainstLeafAndEntityList);
//CanTraceRay
StartPrepSDKCall(SDKCall_Raw);
PrepSDKCall_SetVirtual(gd.GetOffset("CanTraceRay"));
PrepSDKCall_AddParameter(SDKType_PlainOldData, SDKPass_Plain);
PrepSDKCall_SetReturnInfo(SDKType_Bool, SDKPass_Plain);
gCanTraceRay = EndPrepSDKCall();
ASSERT(gCanTraceRay);
}
}
stock void TraceRayAgainstLeafAndEntityList(Ray_t ray, ITraceListData traceData, int mask, CTraceFilterSimple filter, CGameTrace trace)
{
SDKCall(gTraceRayAgainstLeafAndEntityList, gEngineTrace, ray.Address, traceData.Address, mask, filter.Address, trace.Address);
}
stock void TraceRay(Ray_t ray, int mask, CTraceFilterSimple filter, CGameTrace trace)
{
SDKCall(gTraceRay, gEngineTrace, ray.Address, mask, filter.Address, trace.Address);
}
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