void ADSREnvOld::setAllTimes( FLOAT aTime, FLOAT dTime, FLOAT sLevel, FLOAT rTime )
{
setAttackTime( aTime );
setDecayTime( dTime );
setSustainLevel( sLevel );
setReleaseTime( rTime );
}
void ADSREnvOld::setParameter( UINT16 paramId, FLOAT value )
{
switch( paramId ) {
case PARAM_ATTACK: setAttackTime( value ); break;
case PARAM_DECAY: setDecayTime( value ); break;
case PARAM_SUSTAIN: setSustainLevel( value ); break;
case PARAM_RELEASE: setReleaseTime( value ); break;
}
}
/*!
\brief set the serial of the item's container
\author Anthalir
\since 0.82a
\param serial new serial
\param old set the saved cont serial or the actual one ?
\param update update the container map ?
*/
void cItem::setContSerial(SI32 serial, LOGICAL old, LOGICAL update )
{
if( old ) {
oldcontserial.serial32= serial;
} else { //Luxor bug fix
oldcontserial.serial32= contserial.serial32;
contserial.serial32= serial;
if (serial == INVALID)
setDecayTime();
}
if( update )
pointers::updContMap(this);
}
void LaserScanVisualizer::propertyChanged( wxPropertyGridEvent& event )
{
wxPGProperty* property = event.GetProperty();
const wxString& name = property->GetName();
wxVariant value = property->GetValue();
if ( name == property_prefix_ + SCAN_TOPIC_PROPERTY )
{
wxString topic = value.GetString();
setScanTopic( std::string(topic.fn_str()) );
}
else if ( name == property_prefix_ + CLOUD_TOPIC_PROPERTY )
{
wxString topic = value.GetString();
setCloudTopic( std::string(topic.fn_str()) );
}
else if ( name == property_prefix_ + COLOR_PROPERTY )
{
wxColour color;
color << value;
setColor( color.Red() / 255.0f, color.Green() / 255.0f, color.Blue() / 255.0f );
}
else if ( name == property_prefix_ + DECAY_TIME_PROPERTY )
{
float val = value.GetDouble();
setDecayTime( val );
}
else if ( name == property_prefix_ + STYLE_PROPERTY )
{
int val = value.GetLong();
setStyle( (Style)val );
}
else if ( name == property_prefix_ + BILLBOARD_SIZE_PROPERTY )
{
float val = value.GetDouble();
setBillboardSize( val );
}
}
SoundEnvironnement::SoundEnvironnement(const float& p_density, const float& p_diffusion,
const float& p_gain, const float& p_gainHF, const float& p_decayTime,
const float& p_decayHFRatio, const float& p_reflexionsGain,
const float& p_reflexionsDelay, const float& p_lateReverbGain,
const float& p_lateReverbDelay, const float& p_roomRollofFactor,
const float& p_airAbsorptionGainHF, const bool& p_decayHFLimit)
: m_density(1.0), m_diffusion(1.0), m_gain(0.32), m_gainHF(0.89), m_decayTime(1.49),
m_decayHFRatio(0.83), m_reflexionsGain(0.05), m_reflexionsDelay(0.007), m_lateReverbGain(1.26),
m_lateReverbDelay(0.011), m_roomRollofFactor(0.0), m_airAbsorptionGainHF(0.994), m_decayHFLimit(true)
{
setDensity(p_density) ;
setDiffusion(p_diffusion) ;
setGain(p_gain) ;
setGainHF(p_gainHF) ;
setDecayTime(p_decayTime) ;
setDecayHFRatio(p_decayHFRatio) ;
setReflexionsGain(p_reflexionsGain) ;
setReflexionsDelay(p_reflexionsDelay) ;
setLateReverbGain(p_lateReverbGain) ;
setLateReverbDelay(p_lateReverbDelay) ;
setRoomRollofFactor(p_roomRollofFactor) ;
setAirAbsorptionGainHF(p_airAbsorptionGainHF) ;
setDecayHFLimit(p_decayHFLimit) ;
}
void EaxReverb::loadPreset(const EFXEAXREVERBPROPERTIES& prop) {
// reflections and reverb pans are always 0 vectors, skip it
setDensity(prop.flDensity);
setDiffusion(prop.flDiffusion);
setGain(prop.flGain);
setGainHf(prop.flGainHF);
setGainLf(prop.flGainLF);
setDecayTime(prop.flDecayTime);
setDecayHfRatio(prop.flDecayHFRatio);
setDecayLfRatio(prop.flDecayLFRatio);
setReflectionsGain(prop.flReflectionsGain);
setReflectionsDelay(prop.flReflectionsDelay);
setLateReverbGain(prop.flLateReverbGain);
setLateReverbDelay(prop.flLateReverbDelay);
setEchoTime(prop.flEchoTime);
setEchoDepth(prop.flEchoDepth);
setModulationTime(prop.flModulationTime);
setModulationDepth(prop.flModulationDepth);
setAirAbsorptionGainHf(prop.flAirAbsorptionGainHF);
setHfReference(prop.flHFReference);
setLfReference(prop.flLFReference);
setRoomRolloffFactor(prop.flRoomRolloffFactor);
setDecayHfLimit(prop.iDecayHFLimit ? true : false);
}
/*!
\author Luxor
\brief execute decay on the item
\return true if decayed (so deleted), false else
*/
LOGICAL cItem::doDecay()
{
if ( !canDecay() )
return false;
if ( magic == 4/* || magic == 2*/ )
return false;
if ( !isInWorld() )
return false;
if ( TIMEOUT( decaytime ) )
{
if ( amxevents[EVENT_IONDECAY] !=NULL )
{
g_bByPass = false;
amxevents[EVENT_IONDECAY]->Call(getSerial32(), DELTYPE_DECAY);
if ( g_bByPass == true )
return false;
}
/*
g_bByPass = false;
runAmxEvent( EVENT_IONDECAY, getSerial32(), DELTYPE_DECAY );
if ( g_bByPass == true )
return false;
*/
//Multis
if ( !isFieldSpellItem() && !corpse )
{
if ( getMultiSerial32() == INVALID )
{
P_ITEM pi_multi = findmulti(getPosition());
if ( ISVALIDPI(pi_multi) )
{
if ( pi_multi->more4 == 0 )
{
setDecayTime();
SetMultiSerial(pi_multi->getSerial32());
return false;
}
}
}
else
{
setDecayTime();
return false;
}
}
//End Multis
if( type == ITYPE_CONTAINER || ( !SrvParms->lootdecayswithcorpse && corpse ) )
{
NxwItemWrapper si;
si.fillItemsInContainer( this, false );
for( si.rewind(); !si.isEmpty(); si++ )
{
P_ITEM pj = si.getItem();
if( ISVALIDPI(pj) )
{
pj->setContSerial(INVALID);
pj->MoveTo( getPosition() );
pj->setDecayTime();
pj->Refresh();
}
}
}
Delete();
return true;
}
else
return false;
}
