CASource * CGmResMan::NewASource( CABuffer * poABuffer )
{
CASource * poASource = 0;
if( poABuffer )
{
poASource = new CASource;
if( poASource->Init() )
{
poASource->SetBuffer( poABuffer );
poASource->SetAmp( 1.0f );
poASource->SetPos( TVec() );
poASource->SetDir( TVec() ); // non-directional
poASource->SetVel( TVec() );
poASource->SetPitch( 1.0f );
poASource->SetLooping( false );
poASource->SetAmpMin( 0.0f );
poASource->SetAmpMax( 1.0f );
//poASource->SetMaxDist( MAX_FLOAT );
poASource->SetMaxDist( 800.0f );
poASource->SetRolloffFactor( 1.0f );
poASource->SetConeOuterAmp( 0.0f );
poASource->SetConeInnerAngle( 50.0f );
poASource->SetConeOuterAngle( 120.0f );
poASource->SetReferenceDist( 7.0f );
poASource->SetSourceRelative( false );
m_oArrASource.Append( poASource );
}
else
{
DELETE_INSTANCE( poASource );
}
}
return poASource;
}
void CGSprite::Orient( const TVec &roNormal )
{
CMatrix4x4 oM;
oM.Orient( roNormal );
m_aoPos[0] = oM * TVec( - m_fSize, - m_fSize, 0.0f );
m_aoPos[1] = oM * TVec( + m_fSize, - m_fSize, 0.0f );
m_aoPos[2] = oM * TVec( + m_fSize, + m_fSize, 0.0f );
m_aoPos[3] = oM * TVec( - m_fSize, + m_fSize, 0.0f );
//Init();
//for( unsigned int i=0; i<4; ++i )
// m_aoPos[i] = m_aoPos[i];
/*
const float fAng = m_oNormal.Angle( roNormal );
const TVec oOrg( 0.0f, 0.0f, 0.0f );
const TVec oAx( m_oNormal * roNormal ); //oOrg.CalcNormal( m_oNormal, roNormal );
//for( unsigned int i=0; i<4; ++i )
// m_aoPos[i].Rotate( oAx, fAng );
m_aoPos[0].Rotate( oAx, fAng );
m_aoPos[1].Rotate( oAx, fAng );
m_aoPos[2].Rotate( oAx, fAng );
m_aoPos[3].Rotate( oAx, fAng );
*/
m_oNormal = roNormal;
}
CCurveBezier3::CCurveBezier3()
: CCurve()
, m_uiRes( 23 )
{
for( unsigned int i=0; i<4; ++i )
{
m_aoVertex[i].m_uiVertex = i;
}
m_aoVertex[0].m_oColor.Set( float( rand() ) / RAND_MAX, float( rand() ) / RAND_MAX, float( rand() ) / RAND_MAX );
m_aoVertex[3].m_oColor.Set( float( rand() ) / RAND_MAX, float( rand() ) / RAND_MAX, float( rand() ) / RAND_MAX );
m_aoVertex[0].m_oColor.Dot( TVec( 1.4f, 1.4f, 1.4f ) );
m_aoVertex[3].m_oColor.Dot( TVec( 1.4f, 1.4f, 1.4f ) );
m_aoVertex[0].m_oColor.Clamp();
m_aoVertex[3].m_oColor.Clamp();
}
IMPLEMENT_FUNCTION(VBasePlayer, ClearPlayer)
{
P_GET_SELF;
Self->PClass = 0;
Self->ForwardMove = 0;
Self->SideMove = 0;
Self->FlyMove = 0;
Self->Buttons = 0;
Self->Impulse = 0;
Self->MO = NULL;
Self->PlayerState = 0;
Self->ViewOrg = TVec(0, 0, 0);
Self->PlayerFlags &= ~VBasePlayer::PF_FixAngle;
Self->Health = 0;
Self->PlayerFlags &= ~VBasePlayer::PF_AttackDown;
Self->PlayerFlags &= ~VBasePlayer::PF_UseDown;
Self->PlayerFlags &= ~VBasePlayer::PF_AutomapRevealed;
Self->PlayerFlags &= ~VBasePlayer::PF_AutomapShowThings;
Self->ExtraLight = 0;
Self->FixedColourmap = 0;
Self->CShift = 0;
Self->PSpriteSY = 0;
vuint8* Def = Self->GetClass()->Defaults;
for (VField* F = Self->GetClass()->Fields; F; F = F->Next)
{
VField::CopyFieldValue(Def + F->Ofs, (vuint8*)Self + F->Ofs, F->Type);
}
}
void VBasePlayer::DoClientStartSound(int SoundId, TVec Org, int OriginId,
int Channel, float Volume, float Attenuation, bool Loop)
{
#ifdef CLIENT
guard(VBasePlayer::DoClientStartSound);
GAudio->PlaySound(SoundId, Org, TVec(0, 0, 0), OriginId, Channel, Volume,
Attenuation, Loop);
unguard;
#endif
}
CCurve::TVec CCurveCatmullRom3::ProcColor( float fP ) const // tmp
{
UNUSED_PARAMETER( fP );
return TVec( 1.0f, 1.0f, 1.0f, 1.0f );
/*
const unsigned int i = (unsigned int)( fP );
const unsigned int uiMax = m_oArrVertex.GetSize() - 2;
if( i >= uiMax ) // opt
return m_oArrVertex[uiMax].m_oColor;
const float t = fP - i;
return m_oArrVertex[i+1].m_oColor * ( 1.0f - t ) + m_oArrVertex[i+2].m_oColor * fP;
*/
}
void VLevelInfo::SectorStartSequence(const sector_t* Sector, VName Name,
int ModeNum)
{
guard(VLevelInfo::SectorStartSequence);
if (Sector)
{
if (Sector->SectorFlags & sector_t::SF_Silent)
{
return;
}
StartSoundSequence(Sector->soundorg, (Sector - XLevel->Sectors) +
(SNDORG_Sector << 24), Name, ModeNum);
}
else
{
StartSoundSequence(TVec(0, 0, 0), 0, Name, ModeNum);
}
unguard;
}
void VLevelInfo::SectorStartSound(const sector_t* Sector, int SoundId,
int Channel, float Volume, float Attenuation)
{
guard(VLevelInfo::SectorStartSound);
if (Sector)
{
if (Sector->SectorFlags & sector_t::SF_Silent)
{
return;
}
StartSound(Sector->soundorg, (Sector - XLevel->Sectors) +
(SNDORG_Sector << 24), SoundId, Channel, Volume, Attenuation,
false);
}
else
{
StartSound(TVec(0, 0, 0), 0, SoundId, Channel, Volume,
Attenuation, false);
}
unguard;
}