CVoiceContainerParameterBlender

// MPropertyFriendlyName = Parameter Blender
// MPropertyDescription = Blends two containers according to parameter curves.
class CVoiceContainerParameterBlender : public CVoiceContainerBase
{
public:
    // MPropertyFriendlyName = First Sound
    CSoundContainerReference m_firstSound;
    // MPropertyFriendlyName = Second Sound
    CSoundContainerReference m_secondSound;
    // MPropertyStartGroup = Occlusion
    // MPropertyFriendlyName = Enable Occlusion Blend
    bool m_bEnableOcclusionBlend;
    // MPropertySuppressExpr = m_bEnableOcclusionBlend == false
    // MPropertyFriendlyName = First Curve
    CPiecewiseCurve m_curve1;
    // MPropertySuppressExpr = m_bEnableOcclusionBlend == false
    // MPropertyFriendlyName = Second Curve
    CPiecewiseCurve m_curve2;
    // MPropertyStartGroup = Distance
    // MPropertyFriendlyName = Enable Distance Blend
    bool m_bEnableDistanceBlend;
    // MPropertySuppressExpr = m_bEnableDistanceBlend == false
    // MPropertyFriendlyName = First Curve
    CPiecewiseCurve m_curve3;
    // MPropertySuppressExpr = m_bEnableDistanceBlend == false
    // MPropertyFriendlyName = Second Curve
    CPiecewiseCurve m_curve4;
};

KV3 Class Defaults

{
    _class = "CVoiceContainerParameterBlender"
    m_vSound = 
    {
        m_nRate = 0
        m_nFormat = "PCM16"
        m_nChannels = 0
        m_nLoopStart = 0
        m_nSampleCount = 0
        m_flDuration = 0.0
        m_Sentences = [  ]
        m_nStreamingSize = 0
        m_nSeekTable = [  ]
        m_nLoopEnd = 0
        m_encodedHeader = #[  ]
    }
    m_pEnvelopeAnalyzer = null
    m_firstSound = 
    {
        m_namespace = ""
        m_bUseReference = true
        m_sound = resource:""
        m_pSound = null
    }
    m_secondSound = 
    {
        m_namespace = ""
        m_bUseReference = true
        m_sound = resource:""
        m_pSound = null
    }
    m_bEnableOcclusionBlend = false
    m_curve1 = 
    {
        m_spline = [  ]
        m_tangents = [  ]
        m_vDomainMins = [ 0.0, 0.0 ]
        m_vDomainMaxs = [ 0.0, 0.0 ]
    }
    m_curve2 = 
    {
        m_spline = [  ]
        m_tangents = [  ]
        m_vDomainMins = [ 0.0, 0.0 ]
        m_vDomainMaxs = [ 0.0, 0.0 ]
    }
    m_bEnableDistanceBlend = false
    m_curve3 = 
    {
        m_spline = [  ]
        m_tangents = [  ]
        m_vDomainMins = [ 0.0, 0.0 ]
        m_vDomainMaxs = [ 0.0, 0.0 ]
    }
    m_curve4 = 
    {
        m_spline = [  ]
        m_tangents = [  ]
        m_vDomainMins = [ 0.0, 0.0 ]
        m_vDomainMaxs = [ 0.0, 0.0 ]
    }
}