Refining usage of third octaves (gain vs. factor vs. decibel)

src/Filtering/VAAtmosphere.cpp

@@ -22,7 +22,7 @@ const float DEF_CENTER_FREQUENCY_THIRDS[ 31 ] =
 	1000, 1250, 1600, 2000, 2500, 3150, 4000, 5000, 6300, 8000, 10000, 12500, 16000, 20000
 };
 
-void GetAirAbsorptionMagnitudes( CITAThirdOctaveMagnitudeSpectrum& oMags, double dDistance, double dTemperature, double dPressure, double dHumidity )
+void GetAirAbsorptionMagnitudes( CITAThirdOctaveFactorMagnitudeSpectrum& oMags, double dDistance, double dTemperature, double dPressure, double dHumidity )
 {
 	// ISO 9613-1 Acoustics - Attenuation of sound during propagation outdoors
 
@@ -95,7 +95,7 @@ void GetAirAbsorptionMagnitudes( CITAThirdOctaveMagnitudeSpectrum& oMags, double
 }
 
 
-void CalculateAirAbsorptionAttenuation( CITAThirdOctaveMagnitudeSpectrum& oAirAbsMags, double dDistance, double dTemperature, double dStaticPressure, double dHumidity )
+void CalculateAirAbsorptionAttenuation( CITAThirdOctaveFactorMagnitudeSpectrum& oAirAbsMags, double dDistance, double dTemperature, double dStaticPressure, double dHumidity )
 {
 	std::vector< float > vfGains( oAirAbsMags.GetNumBands() );
 	GetAirAbsorptionMagnitudesThirdOctave( &vfGains[ 0 ], dDistance, dTemperature, dStaticPressure, dHumidity );

src/Filtering/VAAtmosphere.h

@@ -52,7 +52,7 @@ void GetAirAbsorptionAttenuationThirdOctaveDecibel( float* pfAirAbsCoeffs,		// A
   * \param fStaticPressure Statischer Luftdruck [Pa]
   * \param fHumidity Luftfeuchtigkeit [%]
   */
-void CalculateAirAbsorptionAttenuation( CITAThirdOctaveMagnitudeSpectrum& oAirAbsMags, double dDistance, double dTemperature, double dStaticPressure, double dHumidity );
+void CalculateAirAbsorptionAttenuation( CITAThirdOctaveFactorMagnitudeSpectrum& oAirAbsMags, double dDistance, double dTemperature, double dStaticPressure, double dHumidity );
 
 //! Berechnung der Luftschall-Dmpfung in Terzen als Faktoren (von Jonas implementiert)
 /**
@@ -66,6 +66,6 @@ void CalculateAirAbsorptionAttenuation( CITAThirdOctaveMagnitudeSpectrum& oAirAb
   * \param fStaticPressure Statischer Luftdruck [Pa]
   * \param fHumidity Luftfeuchtigkeit [%]
   */
-void GetAirAbsorptionMagnitudes( CITAThirdOctaveMagnitudeSpectrum& oMags, double dDistance, double dTemperature, double dStaticPressure, double dHumidity );
+void GetAirAbsorptionMagnitudes( CITAThirdOctaveFactorMagnitudeSpectrum& oMags, double dDistance, double dTemperature, double dStaticPressure, double dHumidity );
 
 #endif // __VA_ATMOSPHERE__

src/Rendering/Binaural/RoomAcoustics/VARoomAcousticsAudioRenderer.cpp

@@ -2235,7 +2235,7 @@ int CVARoomAcousticsAudioRenderer::PostTaskDiscarded( IRavenSimulationSchedulerI
 	}
 }
 
-void CVARoomAcousticsAudioRenderer::GenerateIRFromTOMags( const CITAThirdOctaveMagnitudeSpectrum& oMags, ITASampleBuffer& sbFilter )
+void CVARoomAcousticsAudioRenderer::GenerateIRFromTOMags( const CITAThirdOctaveGainMagnitudeSpectrum& oMags, ITASampleBuffer& sbFilter )
 {
 	float* pfData = sbFilter.data();
 	m_csFilterGenerator.enter();

src/Rendering/Binaural/RoomAcoustics/VARoomAcousticsAudioRenderer.h

@@ -176,7 +176,7 @@ public:
 	  * Die lnge der Impulsantwort entspricht der Lnge des ITASampleFrame. 
 	  * \note Reentrant (blocking wait)
 	  */
-	void GenerateIRFromTOMags( const CITAThirdOctaveMagnitudeSpectrum& oMags, ITASampleBuffer& sbFilter );
+	void GenerateIRFromTOMags( const CITAThirdOctaveGainMagnitudeSpectrum& oMags, ITASampleBuffer& sbFilter );
 
 	//! Gibt die Schallmediumsgeschwindigkeit zurck [m/s]
 	float GetSpeedOfSound() const;