1 /*---------------------------------------------------------------------------* 2 Project: NintendoWare 3 File: snd_HardwareManager.h 4 5 Copyright (C)2009-2010 Nintendo Co., Ltd./HAL Laboratory, Inc. All rights reserved. 6 7 These coded instructions, statements, and computer programs contain 8 proprietary information of Nintendo of America Inc. and/or Nintendo 9 Company Ltd., and are protected by Federal copyright law. They may 10 not be disclosed to third parties or copied or duplicated in any form, 11 in whole or in part, without the prior written consent of Nintendo. 12 13 $Revision: 25093 $ 14 *---------------------------------------------------------------------------*/ 15 16 #ifndef NW_SND_HARDWARE_MANAGER_H_ 17 #define NW_SND_HARDWARE_MANAGER_H_ 18 19 #include <nw/ut/ut_LinkList.h> 20 #include <nw/snd/snd_Global.h> 21 #include <nw/snd/snd_MoveValue.h> 22 #include <nw/snd/snd_Util.h> 23 #include <nw/snd/snd_Macro.h> 24 #include <nw/snd/snd_FxBase.h> 25 #include <nw/snd/snd_BiquadFilterCallback.h> 26 #include <nw/snd/snd_BiquadFilterPresets.h> 27 28 namespace nw { 29 namespace snd { 30 namespace internal { 31 namespace driver { 32 33 class HardwareManager : public Util::Singleton<HardwareManager> 34 { 35 public: 36 typedef void (*HardwareCallback)(); 37 38 public: 39 40 // 1 オーディオフレームあたり何ミリ秒か？ 41 static const u32 SOUND_FRAME_INTERVAL_MSEC = 5; // 大体の数値 42 43 // 何ボイスあるか？ 44 static const u32 SOUND_VOICE_COUNT = NN_SND_VOICE_NUM; 45 46 // ------------------------------------------------------------------------ 47 // 初期化 48 void Initialize(); IsInitialized()49 bool IsInitialized() { return m_IsInitialized != 0; } 50 void Finalize(); 51 52 void Update(); 53 54 // ------------------------------------------------------------------------ 55 // 出力モード 56 void SetOutputMode( OutputMode mode ); GetOutputMode()57 OutputMode GetOutputMode() const { return m_OutputMode; } 58 59 // ------------------------------------------------------------------------ 60 // エフェクト 61 62 // エフェクト管理 63 typedef ut::LinkList< FxBase, offsetof(FxBase, m_Link) > FxList; 64 static const SampleFormat FX_SAMPLE_FORMAT = SAMPLE_FORMAT_PCM_S32; 65 static const int FX_SAMPLE_RATE = 32728; 66 67 // エフェクト登録、削除、削除確認 68 bool AppendEffect( AuxBus bus, FxBase* pFx ); 69 void ClearEffect( AuxBus bus, int fadeTimes ); IsFinishedClearEffect(AuxBus bus)70 bool IsFinishedClearEffect( AuxBus bus ) const 71 { 72 NW_MINMAXLT_ASSERT( bus, AUX_BUS_A, AUX_BUS_A + AUX_BUS_NUM ); 73 return m_AuxFadeVolume[ bus ].IsFinished(); 74 } 75 76 // リターンボリューム SetAuxReturnVolume(AuxBus bus,f32 volume,int fadeTimes)77 void SetAuxReturnVolume( AuxBus bus, f32 volume, int fadeTimes ) 78 { 79 NW_MINMAXLT_ASSERT( bus, AUX_BUS_A, AUX_BUS_A + AUX_BUS_NUM ); 80 m_AuxUserVolume[ bus ].SetTarget( volume, fadeTimes ); 81 } GetAuxReturnVolume(AuxBus bus)82 f32 GetAuxReturnVolume( AuxBus bus ) const 83 { 84 NW_MINMAXLT_ASSERT( bus, AUX_BUS_A, AUX_BUS_A + AUX_BUS_NUM ); 85 return m_AuxUserVolume[ bus ].GetValue(); 86 } 87 88 #ifdef NW_PLATFORM_CTR 89 // エフェクト負荷計測 GetEffectProcessTick(AuxBus bus)90 nn::os::Tick GetEffectProcessTick( AuxBus bus ) const 91 { 92 return m_EffectProcessTick[ bus ]; 93 } 94 #endif 95 96 97 // ------------------------------------------------------------------------ 98 f32 GetOutputVolume() const; 99 100 // ------------------------------------------------------------------------ 101 // マスターボリューム 102 void SetMasterVolume( float volume, int fadeTimes ); GetMasterVolume()103 f32 GetMasterVolume() const { return m_MasterVolume.GetValue(); } 104 105 // ------------------------------------------------------------------------ 106 // SRC タイプ 107 void SetSrcType( SrcType type ); GetSrcType()108 SrcType GetSrcType() const { return m_SrcType; } 109 110 // ------------------------------------------------------------------------ 111 // Biquad フィルタ 112 void SetBiquadFilterCallback( int type, const BiquadFilterCallback* cb ); GetBiquadFilterCallback(int type)113 const BiquadFilterCallback* GetBiquadFilterCallback( int type ) 114 { 115 NW_MINMAX_ASSERT( type, BIQUAD_FILTER_TYPE_NONE, BIQUAD_FILTER_TYPE_USER_MAX ); 116 return m_BiquadFilterCallbackTable[ type ]; 117 } 118 119 // ------------------------------------------------------------------------ 120 // リセット前準備 121 void PrepareReset(); 122 bool IsResetReady() const; 123 124 u32 GetChannelCount() const; 125 126 HardwareManager(); 127 128 private: 129 static const u8 AUX_CALLBACK_WAIT_FRAME = 2; 130 #ifdef NW_PLATFORM_CTRWIN 131 static const u16 AUX_RETURN_VOLUME_MAX = 0x8000; 132 static void AuxCallbackFunc( void* data, void* context ); 133 typedef void (*AuxCallback)(void *data, void *context); 134 #else 135 static const f32 AUX_RETURN_VOLUME_MAX = 1.0f; 136 static void AuxCallbackFunc( nn::snd::AuxBusData* data, s32 sampleLength, uptr userData ); 137 typedef void (*AuxCallback)( nn::snd::AuxBusData* data, s32 sampleLength, uptr userData ); 138 #endif 139 static const BiquadFilterLpf BIQUAD_FILTER_LPF; 140 static const BiquadFilterHpf BIQUAD_FILTER_HPF; 141 static const BiquadFilterBpf512 BIQUAD_FILTER_BPF_512; 142 static const BiquadFilterBpf1024 BIQUAD_FILTER_BPF_1024; 143 static const BiquadFilterBpf2048 BIQUAD_FILTER_BPF_2048; 144 145 void FinalizeEffect( AuxBus bus ); GetEffectList(AuxBus bus)146 FxList& GetEffectList( AuxBus bus ) 147 { 148 NW_MINMAXLT_ASSERT( bus, AUX_BUS_A, AUX_BUS_A + AUX_BUS_NUM ); 149 return m_FxList[ bus ]; 150 } 151 152 bool m_IsInitialized; 153 154 OutputMode m_OutputMode; 155 SrcType m_SrcType; 156 157 MoveValue<f32,int> m_MasterVolume; 158 MoveValue<f32,int> m_VolumeForReset; 159 MoveValue<f32,int> m_AuxFadeVolume[ AUX_BUS_NUM ]; 160 MoveValue<f32,int> m_AuxUserVolume[ AUX_BUS_NUM ]; 161 FxList m_FxList[ AUX_BUS_NUM ]; 162 AuxCallback m_AuxCallback[ AUX_BUS_NUM ]; // Initialize 前の登録 CB 163 164 const BiquadFilterCallback* m_BiquadFilterCallbackTable[BIQUAD_FILTER_TYPE_USER_MAX+1]; 165 166 #ifdef NW_PLATFORM_CTRWIN 167 void* m_AuxCallbackContext[ AUX_BUS_NUM ]; 168 OSTick m_EffectProcessTick[ AUX_BUS_NUM ]; 169 #else 170 uptr m_AuxCallbackContext[ AUX_BUS_NUM ]; 171 nn::os::Tick m_EffectProcessTick[ AUX_BUS_NUM ]; 172 #endif 173 174 // コールバック登録後、バッファがクリアになるまで待つ 175 // (AUX_CALLBACK_WAIT_FRAME [=2] フレーム) 176 u8 m_AuxCallbackWaitCounter[ AUX_BUS_NUM ]; 177 178 #ifdef NW_PLATFORM_CTRWIN 179 public: 180 struct CallbackListNode 181 { 182 ut::LinkListNode link; 183 HardwareCallback callback; 184 }; 185 186 typedef ut::LinkList< CallbackListNode, offsetof(CallbackListNode,link)> CallbackList; 187 188 // 189 // プラットフォーム固有のもの 190 // 191 public: 192 static void AxCallbackFunc(); 193 static const int ZERO_BUFFER_SIZE = 256; 194 195 // ------------------------------------------------------------------------ 196 // 定期的なコールバック設定 (3msec[等] ごとに呼ばれる) 197 void RegisterCallback( CallbackListNode* node, HardwareCallback callback ); 198 void UnregisterCallback( CallbackListNode* node ); 199 200 void* GetZeroBufferAddress(); 201 202 private: 203 static void HardwareCallbackFunc(); 204 static void AiDmaCallbackFunc(); // for PrepareReset 205 void PrepareResetProc(); // for PrepareReset 206 207 CallbackList m_CallbackList; 208 209 AXUserCallback m_PreRegisteredCallback; 210 void* m_pZeroBufferAddress; 211 AIDCallback m_OldAidCallback; 212 vs32 m_ResetReadyCounter; 213 #endif // NW_PLATFORM_CTRWIN 214 215 }; 216 217 } // namespace nw::snd::internal::driver 218 } // namespace nw::snd::internal 219 } // namespace nw::snd 220 } // namespace nw 221 222 223 #endif /* NW_SND_HARDWARE_MANAGER_H_ */ 224 225