368 lines
8.7 KiB
C++
368 lines
8.7 KiB
C++
// Copyright (c) 2008-2010 Raynaldo (Wildicv) Rivera, Joshua (Dark_Kilauea) Jones
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// This file is part of the "cAudio Engine"
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// For conditions of distribution and use, see copyright notice in cAudio.h
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#ifndef IEFFECTPARAMETERS_H
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#define IEFFECTPARAMETERS_H
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#include "cVector3.h"
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namespace cAudio
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{
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struct sEAXReverbParameters
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{
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sEAXReverbParameters(
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float density = 1.0f,
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float diffusion = 1.0f,
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float gain = 0.32f,
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float gainHF = 0.89f,
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float gainLF = 0.0f,
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float decayTime = 1.49f,
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float decayHFRatio = 0.83f,
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float decayLFRatio = 1.0f,
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float reflectionsGain = 0.05f,
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float reflectionsDelay = 0.007f,
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cVector3 reflectionsPan = cVector3(0.0f, 0.0f, 0.0f),
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float lateReverbGain = 1.26f,
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float lateReverbDelay = 0.011f,
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cVector3 lateReverbPan = cVector3(0.0f, 0.0f, 0.0f),
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float echoTime = 0.25f,
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float echoDepth = 0.0f,
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float modulationTime = 0.25f,
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float modulationDepth = 0.0f,
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float airAbsorptionGainHF = 0.994f,
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float hFReference = 5000.0f,
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float lFReference = 250.0f,
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float roomRolloffFactor = 0.0f,
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bool decayHFLimit = true) :
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Density(density), Diffusion(diffusion), Gain(gain), GainHF(gainHF), GainLF(gainLF),
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DecayTime(decayTime), DecayHFRatio(decayHFRatio), DecayLFRatio(decayLFRatio),
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ReflectionsGain(reflectionsGain), ReflectionsDelay(reflectionsDelay),
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ReflectionsPan(reflectionsPan), LateReverbGain(lateReverbGain),
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LateReverbDelay(lateReverbDelay), LateReverbPan(lateReverbPan),
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EchoTime(echoTime), EchoDepth(echoDepth),ModulationTime(modulationTime),
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ModulationDepth(modulationDepth), AirAbsorptionGainHF(airAbsorptionGainHF),
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HFReference(hFReference), LFReference(lFReference),
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RoomRolloffFactor(roomRolloffFactor), DecayHFLimit(decayHFLimit) { }
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float Density;
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float Diffusion;
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float Gain;
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float GainHF;
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float GainLF;
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float DecayTime;
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float DecayHFRatio;
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float DecayLFRatio;
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float ReflectionsGain;
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float ReflectionsDelay;
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cVector3 ReflectionsPan;
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float LateReverbGain;
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float LateReverbDelay;
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cVector3 LateReverbPan;
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float EchoTime;
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float EchoDepth;
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float ModulationTime;
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float ModulationDepth;
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float AirAbsorptionGainHF;
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float HFReference;
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float LFReference;
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float RoomRolloffFactor;
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bool DecayHFLimit;
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};
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struct sReverbParameters
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{
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sReverbParameters(
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float density = 1.0f,
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float diffusion = 1.0f,
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float gain = 0.32f,
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float gainHF = 0.89f,
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float decayTime = 1.49f,
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float decayHFRatio = 0.83f,
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float reflectionsGain = 0.05f,
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float reflectionsDelay = 0.007f,
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float lateReverbGain = 1.26f,
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float lateReverbDelay = 0.011f,
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float airAbsorptionGainHF = 0.994f,
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float roomRolloffFactor = 0.0f,
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bool decayHFLimit = true) :
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Density(density), Diffusion(diffusion), Gain(gain), GainHF(gainHF),
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DecayTime(decayTime), DecayHFRatio(decayHFRatio),
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ReflectionsGain(reflectionsGain), ReflectionsDelay(reflectionsDelay),
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LateReverbGain(lateReverbGain), LateReverbDelay(lateReverbDelay),
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AirAbsorptionGainHF(airAbsorptionGainHF), RoomRolloffFactor(roomRolloffFactor),
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DecayHFLimit(decayHFLimit) { }
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float Density;
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float Diffusion;
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float Gain;
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float GainHF;
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float DecayTime;
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float DecayHFRatio;
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float ReflectionsGain;
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float ReflectionsDelay;
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float LateReverbGain;
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float LateReverbDelay;
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float AirAbsorptionGainHF;
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float RoomRolloffFactor;
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bool DecayHFLimit;
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};
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struct sChorusParameters
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{
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enum ChorusWaveform
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{
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ECW_SINUSOID,
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ECW_TRIANGLE,
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ECW_COUNT
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};
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sChorusParameters(
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ChorusWaveform waveform = ECW_TRIANGLE,
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int phase = 90,
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float rate = 1.1f,
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float depth = 0.1f,
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float feedback = 0.25f,
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float delay = 0.016f) :
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Waveform(waveform), Phase(phase), Rate(rate), Depth(depth), Feedback(feedback),
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Delay(delay) { }
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ChorusWaveform Waveform;
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int Phase;
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float Rate;
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float Depth;
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float Feedback;
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float Delay;
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};
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struct sDistortionParameters
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{
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sDistortionParameters(
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float edge = 0.2f,
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float gain = 0.05f,
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float lowpassCutoff = 8000.0f,
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float eqCenter = 3600.0f,
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float eqBandwidth = 3600.0f) :
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Edge(edge), Gain(gain), LowpassCutoff(lowpassCutoff), EqCenter(eqCenter),
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EqBandwidth(eqBandwidth) { }
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float Edge;
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float Gain;
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float LowpassCutoff;
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float EqCenter;
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float EqBandwidth;
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};
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struct sEchoParameters
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{
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sEchoParameters(
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float delay = 0.1f,
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float lRDelay = 0.1f,
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float damping = 0.5f,
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float feedback = 0.5f,
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float spread = -1.0f) :
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Delay(delay), LRDelay(lRDelay), Damping(damping), Feedback(feedback),
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Spread(spread) { }
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float Delay;
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float LRDelay;
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float Damping;
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float Feedback;
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float Spread;
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};
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struct sFlangerParameters
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{
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enum FlangerWaveform
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{
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EFW_SINUSOID,
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EFW_TRIANGLE,
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EFW_COUNT
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};
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sFlangerParameters(
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FlangerWaveform waveform = EFW_TRIANGLE,
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int phase = 0,
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float rate = 0.27f,
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float depth = 1.0f,
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float feedback = -0.5f,
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float delay = 0.002f) :
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Waveform(waveform), Phase(phase), Rate(rate), Depth(depth), Feedback(feedback),
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Delay(delay) { }
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FlangerWaveform Waveform;
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int Phase;
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float Rate;
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float Depth;
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float Feedback;
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float Delay;
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};
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struct sFrequencyShiftParameters
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{
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enum ShiftDirection
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{
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ESD_DOWN,
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ESD_UP,
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ESD_OFF,
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ESD_COUNT
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};
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sFrequencyShiftParameters(
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float frequency = 0.0f,
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ShiftDirection left = ESD_DOWN,
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ShiftDirection right = ESD_DOWN) :
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Frequency(frequency), Left(left), Right(right) { }
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float Frequency;
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ShiftDirection Left;
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ShiftDirection Right;
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};
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struct sVocalMorpherParameters
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{
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enum MorpherPhoneme
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{
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EMP_A,
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EMP_E,
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EMP_I,
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EMP_O,
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EMP_U,
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EMP_AA,
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EMP_AE,
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EMP_AH,
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EMP_AO,
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EMP_EH,
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EMP_ER,
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EMP_IH,
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EMP_IY,
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EMP_UH,
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EMP_UW,
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EMP_B,
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EMP_D,
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EMP_F,
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EMP_G,
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EMP_J,
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EMP_K,
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EMP_L,
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EMP_M,
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EMP_N,
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EMP_P,
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EMP_R,
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EMP_S,
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EMP_T,
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EMP_V,
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EMP_Z,
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ESD_COUNT
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};
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enum MorpherWaveform
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{
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EMW_SINUSOID,
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EMW_TRIANGLE,
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EMW_SAW,
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EMW_COUNT
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};
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sVocalMorpherParameters(
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MorpherPhoneme phonemeA = EMP_A,
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MorpherPhoneme phonemeB = EMP_ER,
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int phonemeACoarseTune = 0,
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int phonemeBCoarseTune = 0,
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MorpherWaveform waveform = EMW_SINUSOID,
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float rate = 1.41f) :
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PhonemeA(phonemeA), PhonemeB(phonemeB), PhonemeACoarseTune(phonemeACoarseTune),
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PhonemeBCoarseTune(phonemeBCoarseTune), Waveform(waveform), Rate(rate) { }
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MorpherPhoneme PhonemeA;
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MorpherPhoneme PhonemeB;
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int PhonemeACoarseTune;
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int PhonemeBCoarseTune;
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MorpherWaveform Waveform;
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float Rate;
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};
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struct sPitchShifterParameters
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{
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sPitchShifterParameters(
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int coarseTune = 12,
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int fineTune = 0) :
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CoarseTune(coarseTune), FineTune(fineTune) { }
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int CoarseTune;
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int FineTune;
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};
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struct sRingModulatorParameters
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{
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enum ModulatorWaveform
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{
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EMW_SINUSOID,
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EMW_SAW,
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EMW_SQUARE,
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EMW_COUNT
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};
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sRingModulatorParameters(
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float frequency = 440.0f,
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float highPassCutoff = 800.0f,
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ModulatorWaveform waveform = EMW_SINUSOID) :
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Frequency(frequency), HighPassCutoff(highPassCutoff), Waveform(waveform) { }
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float Frequency;
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float HighPassCutoff;
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ModulatorWaveform Waveform;
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};
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struct sAutowahParameters
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{
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sAutowahParameters(
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float attackTime = 0.06f,
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float releaseTime = 0.06f,
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float resonance = 1000.0f,
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float peakGain = 11.22f) :
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AttackTime(attackTime), ReleaseTime(releaseTime), Resonance(resonance),
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PeakGain(peakGain) { }
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float AttackTime;
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float ReleaseTime;
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float Resonance;
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float PeakGain;
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};
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struct sCompressorParameters
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{
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sCompressorParameters(
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bool active = true) :
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Active(active) { }
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bool Active;
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};
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struct sEqualizerParameters
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{
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sEqualizerParameters(
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float lowGain = 1.0f,
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float lowCutoff = 200.0f,
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float mid1Gain = 1.0f,
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float mid1Center = 500.0f,
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float mid1Width = 1.0f,
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float mid2Gain = 1.0f,
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float mid2Center = 3000.0f,
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float mid2Width = 1.0f,
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float highGain = 1.0f,
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float highCutoff = 6000.0f) :
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LowGain(lowGain), LowCutoff(lowCutoff), Mid1Gain(mid1Gain),
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Mid1Center(mid1Center), Mid1Width(mid1Width), Mid2Gain(mid2Gain),
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Mid2Center(mid2Center), Mid2Width(mid2Width), HighGain(highGain),
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HighCutoff(highCutoff) { }
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float LowGain;
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float LowCutoff;
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float Mid1Gain;
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float Mid1Center;
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float Mid1Width;
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float Mid2Gain;
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float Mid2Center;
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float Mid2Width;
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float HighGain;
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float HighCutoff;
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};
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};
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#endif //! IEFFECTPARAMETERS_H
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