derivator
5049ba5895
Build with MonoDevelop or make. Summary of the biggest changes: * Correct for case differences between System.Data.SQLite and Mono.Data.Sqlite * Exclude Direct3D and DirectSound from linux builds * Provide linux versions of some windows-specific build events * Exclude VocaluxeTests from linux builds so xbuild will work * Add ability to build the native PitchTracker on linux * Fix some problems with acinerella module * Fix some windows-specific dependency checks that fail on linux * Set OpenGL color format to 24-bit on linux
90 lines
3.1 KiB
C++
90 lines
3.1 KiB
C++
#pragma once
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#include "performous/pitch.hh"
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#include "ptAKF.h"
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#include "dywapitchtrack/ptDyWa.h"
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#ifdef __linux__
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#define DllExport extern "C"
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#else
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#define DllExport extern "C" __declspec(dllexport)
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#endif
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DllExport Analyzer* Analyzer_Create(unsigned step);
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DllExport void Analyzer_Free(Analyzer* analyzer);
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DllExport void Analyzer_InputFloat(Analyzer* analyzer, float* data, int sampleCt);
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DllExport void Analyzer_InputShort(Analyzer* analyzer, short* data, int sampleCt);
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DllExport void Analyzer_InputByte(Analyzer* analyzer, char* data, int sampleCt);
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DllExport void Analyzer_Process(Analyzer* analyzer);
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DllExport float Analyzer_GetPeak(Analyzer* analyzer);
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DllExport double Analyzer_FindNote(Analyzer* analyzer, double minFreq, double maxFreq);
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DllExport bool Analyzer_OutputFloat(Analyzer* analyzer, float* data, int sampleCt, float rate);
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DllExport PtAKF* PtAKF_Create(unsigned step);
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DllExport void PtAKF_Free(PtAKF* analyzer);
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DllExport int PtAKF_GetNumHalfTones();
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DllExport void PtAKF_SetVolumeThreshold(PtAKF* analyzer, float threshold);
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DllExport float PtAKF_GetVolumeThreshold(PtAKF* analyzer);
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DllExport void PtAKF_InputByte(PtAKF* analyzer, char* data, int sampleCt);
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DllExport int PtAKF_GetNote(PtAKF* analyzer, float* maxVolume, float* weights);
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DllExport PtDyWa* PtDyWa_Create(unsigned step);
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DllExport void PtDyWa_Free(PtDyWa* analyzer);
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DllExport void PtDyWa_SetVolumeTreshold(PtDyWa* analyzer,float threshold);
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DllExport float PtDyWa_GetVolumeThreshold(PtDyWa* analyzer);
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DllExport void PtDyWa_InputByte(PtDyWa* analyzer, char* data, int sampleCt);
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DllExport double PtDyWa_FindNote(PtDyWa* analyzer, float* maxVolume);
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/*
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public ref class CTone {
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public:
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static const int MAXHARM = 48; ///< The maximum number of harmonics tracked
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static const int MINAGE = 2; ///< The minimum age required for a tone to be output
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double Freq; ///< Frequency (Hz)
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double DB; ///< Level (dB)
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double Stabledb; ///< Stable level, useful for graphics rendering
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int Age; ///< How many times the tone has been detected in row
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double NoteExact;
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int Note;
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/// Less-than compare by levels (instead of frequencies like operator< does)
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static bool dbCompare(CTone l, CTone r) { return l.DB < r.DB; }
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};
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public ref class CAnalyzer {
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public:
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CAnalyzer(double rate, String^ id) {
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m_analyzer = new Analyzer(rate,"");
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m_id = id;
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}
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CAnalyzer(double rate, String^ id, unsigned step) {
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m_analyzer = new Analyzer(rate,"",step);
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m_id = id;
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}
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~CAnalyzer() { this->!CAnalyzer(); }
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!CAnalyzer() { delete m_analyzer; }
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void Input(array<float>^ data);
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void Input(array<short>^ data);
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void Input(array<Byte>^ data);
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void Process();
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double GetPeak();
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array<CTone^>^ GetTones();
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CTone^ FindTone();
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CTone^ FindTone(double minFreq);
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CTone^ FindTone(double minFreq, double maxFreq);
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void Output(array<float>^ data, float rate);
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String^ GetId();
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private:
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Analyzer* m_analyzer;
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String^ m_id;
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};
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public ref class CPitchTracker abstract sealed{
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public:
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static void Init(double baseToneFrequency, int minHalfTone, int maxHalfTone);
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static void DeInit();
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static int GetTone(array<short>^ samples, array<float>^ weights);
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};
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*/ |