Some Info

Credits to me and Sudden Attack source.

If you ever use please credit it would be very nice.

Code:

377338D0 aka IL***ient

377338D0 + 0x21C = CreateObject(IL***ient *pClientDE)

377338D0 + 0x230 = SetObjectColor(HOBJECT obj, DWORD  Red, DWORD Green, DWORD Blue, DWORD Alpha)

377338D0 + 0x64  = IntersectSegment(ClientIntersectQuery from, ClientIntersectQuery to) Not 100% About the parms on this one.

377338D0 + 0xFC =  RegisterConsoleProgram(const char *pName, ConsoleProgramFn fn)

377338D0 + 0x158 = GetD3DDevice

377338D0 + 0x308 =  GetEngineHook See Below

void LoadString(int messageCode, char *outBuf, int outBufLen)
{
	void* pModule;
	g_pL***ient->GetEngineHook("cres_hinstance",&pModule);
	HMODULE hModule = (HINSTANCE)pModule;

	*outBuf = '\0';

    if (hModule)
    {
		uint32 nBytes = LoadString(hModule, messageCode, (char*)outBuf, outBufLen);
    }
}
3742C8A0 =  DoProjectile( LTVector const &vPath, LTVector const &vFirePos )

DoVector

Code:

3742C650 =  DoVector( LTVector const &vPath, LTVector const &vFirePos, LTVector *pObjectImpactPos, HOBJECT *pObjectImpact )

void CClientWeapon::DoVector( LTVector const &vPath, LTVector const &vFirePos, LTVector *pObjectImpactPos, HOBJECT *pObjectImpact )
{
	ASSERT( 0 != m_hObject );
	ASSERT( 0 != m_pWeapon );

	LTVector vEndPos;

	IntersectInfo iInfo;
	IntersectQuery qInfo;
	qInfo.m_Flags = INTERSECT_OBJECTS | INTERSECT_HPOLY | IGNORE_NONSOLID;

	// compute the vector end points
	LTVector vTemp;
	VEC_MULSCALAR( vTemp, vPath, m_pWeapon->nRange );
	VEC_ADD( vEndPos, vFirePos, vTemp );

	// filter information
	CW_VOFF_Params cParams(this, vFirePos, vEndPos);
	qInfo.m_FilterFn  = ClientWeapon_VectorObjFilterFn;
	qInfo.m_pUserData = &cParams;
	qInfo.m_PolyFilterFn = ClientWeapon_PolyFilterFn;

	// vector end points
	qInfo.m_From = vFirePos;
	qInfo.m_To = vEndPos;

	LTBOOL bDone = LTFALSE;
	int    nCount = 0;
	//----------------------------------------------------------------
	uint32 dwId;
	g_pL***ient->GetLocalClientID(&dwId);
	while(!bDone && nCount < 4)
	{
		//qInfo.m_From = qInfo.m_From;
		//qInfo.m_To	 = qInfo.m_To;
		// ±¤½Ä
		InitFireDetectionValue();		

		if ( g_pL***ient->IntersectSegment( &qInfo, &iInfo ) )
		//if( g_pL***ient->IntersectSegmen***ient(&qInfo, &iInfo) )
		{
			if( HandleVectorImpact( (uint8)dwId, 0, vPath, &qInfo, &iInfo, pObjectImpactPos, pObjectImpact ) )
			{
				bDone = LTTRUE;
			}
		}
		else
		{
			// hit nothing, pretend we hit the sky
			LTVector vUp;
			vUp.Init( 0.0f, 1.0f, 0.0f );
			AddImpact( (uint8)dwId, LTNULL, vEndPos, vUp, vPath, ST_SKY );

			bDone = LTTRUE;
		}

		nCount++;
	}	
}

CHitBox::Init

Code:

374B8690  =  CHitBox::Init( HOBJECT hModel, const LTVector &vDims, const LTVector &vOffset )
bool CHitBox::Init( HOBJECT hModel, const LTVector &vDims, const LTVector &vOffset )
{
	if( hModel == INVALID_HOBJECT )
		return false;

	if( !s_ShowClientHitBox.IsInitted() )
	{
		s_ShowClientHitBox.Init( g_pL***ient, "ShowClientHitBox", LTNULL, 0.0f );
	}

	m_hModel	= hModel;
	m_vDims		= vDims;
	m_vOffset	= vOffset;

	// Create the hitbox at the propper offset from the models position...

	LTVector vModelPos;
	g_pL***ient->GetObjectPos( m_hModel, &vModelPos );

	LTRotation rModelRot;
	g_pL***ient->GetObjectRotation( m_hModel, &rModelRot );

	LTMatrix mMat;
	rModelRot.ConvertToMatrix( mMat );

	// Get rid of our object if it already exists...

	if( m_hObject != INVALID_HOBJECT )
	{
		g_pL***ient->RemoveObject( m_hObject );
		m_hObject = INVALID_HOBJECT;
	}

	ObjectCreateStruct ocs;
	
	ocs.m_ObjectType	= OT_NORMAL;
	ocs.m_Flags			= FLAG_RAYHIT;
	ocs.m_Pos			= vModelPos + (mMat * m_vOffset);	

	m_hObject = g_pL***ient->CreateObject( &ocs );
	if( m_hObject == INVALID_HOBJECT )
	{
		return false;
	}

	g_pPhysicsLT->SetObjectDims( m_hObject, &m_vDims, 0 );
	
	g_pCommonLT->SetObjectFlags( m_hObject, OFT_User, USRFLG_HITBOX | USRFLG_CHARACTER, USRFLG_HITBOX | USRFLG_CHARACTER );

	return true;
}

CreateBoundingBox

Code:

void CHitBox::CreateBoundingBox()
{
	if( (m_hObject == INVALID_HOBJECT) ||
		(m_hBoundingBox != INVALID_HOBJECT ))
		return;

	ObjectCreateStruct ocs;

	g_pL***ient->GetObjectPos( m_hObject, &ocs.m_Pos );
	
	ocs.m_ObjectType	= OT_MODEL;
	ocs.m_Flags			= FLAG_VISIBLE | FLAG_NOLIGHT | FLAG_GOTHRUWORLD;
	ocs.m_Flags2		= FLAG2_FORCETRANSLUCENT;
	ocs.m_Scale			= m_vDims * 2.0f;

	LTStrCpy( ocs.m_Filename, "MODELS\\sphere.ltb", ARRAY_LEN( ocs.m_Filename ));
		
	m_hBoundingBox = g_pL***ient->CreateObject( &ocs );
	if( m_hBoundingBox == INVALID_HOBJECT )
		return;

	g_pL***ient->SetObjectColor( m_hBoundingBox, HB_COLOR_R, HB_COLOR_G, HB_COLOR_B, HB_COLOR_A);
}

ClientFire

Code:

3742D360  = ClientFire(LTVector const &vPath, LTVector const &vFirePos, LTVector *pObjectImpactPos, HOBJECT *pObjectImpact)

void CClientWeapon::ClientFire( LTVector const &vPath, LTVector const &vFirePos, LTVector *pObjectImpactPos, HOBJECT *pObjectImpact )
{
	// Always process gadget firing...
	if ( m_pAmmo->eType == GADGET )
	{
		DoGadget( vPath, vFirePos );
		return;
	}


	switch ( m_pAmmo->eType )
	{
		case PROJECTILE:
		{
			DoProjectile( vPath, vFirePos );
		}
		break;

		case VECTOR:
		{
			m_vFirePos = vFirePos;

			DoVector( vPath, vFirePos, pObjectImpactPos, pObjectImpact );
		}
		break;

		default:
		{
			g_pL***ient->CPrint( "ERROR in CClientWeapon::ClientFire().  Invalid Ammo Type!" );
		}
		break;
	}
}

the code looks nice. whats it do?

can anyone tell us wat this is?

Nice job, what is the ClientFire for/do though?

What does any of it do?

Why should i tell u what it does read what it does READDDDD.

Is there a site I don't know of that gives names to those constants or are those just guesses?

Aha nice

Looks real nice >

Creds~

PS: This is what i got from it

ClientFire = Shoots with ___ ammo... Say you can probably change a 32mm to a nade?
Boxes: 3D boxes... Box ESP.. Same thing