#ifndef DiamondVoice_H #define DiamondVoice_H /**************************************************************************************** * HEADER FILE ****************************************************************************************/ #include "samsungSwingFree.h" #include "samsungVB.h" #include "samsungASF.h" #include "samsungDyVE.h" #include "samsungCNG.h" #include "samsungDHA.h" #include "samsungHOWL.h" /**************************************************************************************** * HEADER FILE ****************************************************************************************/ /* DiamondVoice Mode Config */ #define SAMSUNGSF_ON (1<<0) #define SAMSUNGVB_ON (1<<1) #define SAMSUNGASF_ON (1<<2) #define SAMSUNGDYVERCV_ON (1<<3) #define SAMSUNGDYVERCV_TEST (1<<4) #define SAMSUNGCNG_ON (1<<5) #define SAMSUNGDYVESPK_ON (1<<6) #define SAMSUNGDYVESPK_TEST (1<<7) #define SAMSUNGBIGDATARCV_ON (1<<8) #define SAMSUNGBIGDATASPK_ON (1<<9) #define SAMSUNGHOWL_ON (1<<10) #define SAMSUNGSF_OFF 0x0 #define SAMSUNGVB_OFF 0x0 #define SAMSUNGASF_OFF 0x0 #define SAMSUNGDYVERCV_OFF 0x0 #define SAMSUNGCNG_OFF 0x0 #define SAMSUNGDYVESPK_OFF 0x0 #define SAMSUNGBIGDATARCV_OFF 0x0 #define SAMSUNGBIGDATASPK_OFF 0x0 #define SAMSUNGHOWL_OFF 0x0 #define SAMSUNGDIAMONDVOICESUPERWIDEBAND 640 #define SAMSUNGDIAMONDVOICEWIDEBAND 320 #define SAMSUNGDIAMONDVOICENARROWBAND 160 #define SAMSUNGSFADDMODE_NBEQON (1<<0) #define SAMSUNGSFADDMODE_DUALSPKSHOCKON (1<<1) #define SAMSUNGSFADDMODE_OFF 0 #define SAMSUNGSFADDMODE_NBEQOFF 0 #define SAMSUNGSFADDMODE_DUALSPKSHOCKOFF 0 #define SAMSUNGDHAMODE_ON 1 #define SAMSUNGDHAMODE_OFF 0 #define SAMSUNGDIAMONDVOICE_ENABLE 1 #define SAMSUNGDIAMONDVOICE_DISABLE 0 #define SAMSUNGDIAMONDVOICE_DUALSPK_ENABLE 1 #define SAMSUNGDIAMONDVOICE_DUALSPK_DISABLE 0 #if defined(__arm__) #define __DV_GNU_ARM #define __DV_ARM_REL #endif #if defined(__DV_C) //for Window(Visual C/C++ cl.exe) compiler #define ALIGN32 __declspec(align(8)) //prefix_ of structure #define ALIGN32SFX //suffix of structure #elif defined(__DV_WIN_ARM) //for ADS compiler #define ALIGN32 // __align(32) //prefix of structure #define ALIGN32SFX //suffix of structure #elif defined(__DV_GNU_ARM) //for Unix(GNU g++) compiler #define ALIGN32 //prefix of structure #define ALIGN32SFX __attribute__ ((aligned(8))) //suffix of structure #else #define ALIGN32 //prefix of structure #define ALIGN32SFX //suffix of structure #endif #if !defined(_DiamondVoiceEngine_HOWL_Cfg_t_H) #define _DiamondVoiceEngine_HOWL_Cfg_t_H #define HOWL_LPC_ORDER 10 #define HOWL_NUM_CH_WB 14 #define HOWL_Half_Nfft_WB 128 typedef struct { long Xpsd[128]; short CHMinMaxRto[14]; short HowlHangoverCnt[14]; short CHHowlFlag[14]; short CHHowlThreshold[14]; short FreqHowlFlag[128]; short FreqGain[128]; short FirstFrmFlag; short HowlThrLowBand; short HowlThrHighBand; short FrmBuff[256]; long Xs[128]; long Xsavg[128]; short TempFreqGain[128]; short TempFreqGainAvg[128]; short Gain_Band_low_Howl; short Gain_Band_high_Howl; short Gain_low_Howl; short Gain_high_Howl; short last_normb_shift; long L_EEBin[128]; short S_DRCGain[128]; short window_overlap[96]; short overlap[256 - 160]; short pre_emp_mem; short de_emp_mem; short HOWL_oldgain; short HOWL_count; short HOWL_gainGlobal; short HOWL_gainNomIndex; short HOWL_gainCur; short HOWL_gainNorm; short HOWL_lpc[HOWL_LPC_ORDER + 1]; short HOWL_lsp[HOWL_LPC_ORDER]; short HOWL_old_lsp[HOWL_LPC_ORDER]; short HOWL_lsf[HOWL_LPC_ORDER]; short HOWL_lsf_delta[HOWL_LPC_ORDER]; short HOWL_lsf_bin[HOWL_LPC_ORDER]; float HOWL_lsf_freq[HOWL_LPC_ORDER]; short HOWL_lsf_band[HOWL_NUM_CH_WB]; short HOWL_lsf_pband[HOWL_NUM_CH_WB]; short HOWL_lsf_E[HOWL_Half_Nfft_WB]; short HOWL_lsf_HOCnt[HOWL_NUM_CH_WB]; short HOWL_THD_width; short HOWL_THD_power; short HOWL_howl_cnt; short HOWL_reserved; } HOWL_STFT_type; typedef struct { short monitor1; short monitor2; short monitor3; short monitor4; short monitor5[14]; } HOWLState_type; typedef struct { short *Speech; short *OutSignal; short HOWL_mode; short HOWL_bandwidth; HOWL_STFT_type howl_STFTOLA; HOWLState_type HOWLMonitor_v; } DiamondVoiceEngine_HOWL_Cfg_t; #endif //_DiamondVoiceEngine_HOWL_Cfg_t_H #if !defined(_DiamondVoiceEngine_ASF_Cfg_t_H) #define _DiamondVoiceEngine_ASF_Cfg_t_H #define ASF_FRAME_LENGTH_SWB 640 #define ASF_FRAME_LENGTH_WB 320 #define ASF_FRAME_LENGTH_NB 160 typedef struct{ short monitor1; // ASF Filter Mode short monitor2; // ASF Limit Level short monitor3; short monitor4; short monitor5; short monitor6; } ASFState_type; typedef struct { short latt; // level attack short lrel; // level release short gat; // gain attack time short grt; // gain release time short xd_level; // fast rms value short G_old; // past Gain short xd_rms_level; // rms compressor fast rms value short G_rms_old; // rms compressor past Gain short bypass_cnt; short reserved01; // for align } ASFStatus; typedef struct { short THDCOM; short SLOPCOM; short GAINCOM; short RMSTHDCOM; short RMSSLOPCOM; short RMSGAINCOM; } ASFTablestruct; typedef struct { unsigned short tap0; unsigned short tap1; unsigned short tap2; unsigned short tap3; unsigned short tap4; unsigned short tap5; short high_x_d1; short high_x_d2; short high_y_d1; short high_y_d2; long err_h; } ASFIIRCoeffstruct; typedef struct{ short *Speech; short *OutSignal; short ASF_mode; short ASF_bandwidth; short ASF_highpass_level; short ASF_limit_level; ASFStatus comp_api; ASFTablestruct comp_tab; ASFIIRCoeffstruct iir_high_coeff; short SamsungASF_Temp[ASF_FRAME_LENGTH_SWB]; ASFState_type ASFMonitor_v; short ASF_Gain_Mix[ASF_FRAME_LENGTH_SWB/2]; } DiamondVoiceEngine_ASF_Cfg_t; #endif //_DiamondVoiceEngine_ASF_Cfg_t_H #ifndef _DiamondVoiceEngine_CNG_Cfg_t_H #define _DiamondVoiceEngine_CNG_Cfg_t_H typedef struct{ short monitor1; // CNG Gain short monitor2; short monitor3; short monitor4; short monitor5; short monitor6; } CNGState_type; typedef struct{ short *Speech; short *OutSignal; short CNG_mode; short CNG_bandwidth; short CNG_gain_offset; short CNG_gain; short CNG_sample; short CNG_seed; short CNG_pre_value; CNGState_type CNGMonitor_v; /*DualSPK*/ short *Speech_DualSPK; short *OutSignal_DualSPK; short CNG_mode_ds; short CNG_gain_offset_ds; short CNG_gain_ds; short CNG_sample_ds; short CNG_seed_ds; short CNG_pre_value_ds; } DiamondVoiceEngine_CNG_Cfg_t; #endif //_DiamondVoiceEngine_CNG_Cfg_t_H #ifndef _DiamondVoiceEngine_SF_Cfg_t_H_ #define _DiamondVoiceEngine_SF_Cfg_t_H_ #define SF_FRAME_LENGTH_SWB 640 #define SF_FRAME_LENGTH_WB 320 #define SF_FRAME_LENGTH_NB 160 #define VOLUME_LEVELINC_NB 204 #define VOLUME_LEVELINC_WB 102 #define VOLUME_LEVELINC_SWB 51 #define SF_FIRFILTERNUM 63 #define SF_FIRFILTERNUM_QF 33 #define SF_VAD_SWB 320 #define SF_VAD_WB 160 #define SF_VAD_NB 80 #define SF_DENOM_NB 204 #define SF_DENOM_WB 102 #define SF_DENOM_SWB 51 #define SF_XD_LEVEL_V 0 #define SF_G_OLD_V 0 #define SF_FIRFILTER_CENTER 31 #define SF_FIRFILTER_QF_CENTER 17 #define SF_FIRFILTER_BYPASS 16384 #define SAMSUNGSWINGFREE_ENABLE 1 #define SAMSUNGSWINGFREE_DISABLE 0 #define SFAGCCMOP5DB 640 #define N_poly 256 // (N_poly)-subband decomposition #define N_poly2 (N_poly*2) // size of the window #define N_Band 5 // Number of processing band of DHA #define MBDRC_NUM 5 typedef struct{ short monitor1; short monitor2; short monitor3; short monitor4; short monitor5; short monitor6; short monitor7; short monitor8; short monitor9; short monitor10; short monitor11; short monitor12; short monitor13; short monitor14; } DHAState_type; typedef struct{ short frameLength, polySize, polySizex2, hopSize, numBands; short attFactor, relFactor; short oddEvenFlag; short hPoly[512], xCos[128], xSin[128], wr[64], wi[64]; short bandIndex[7][4], LCF[7][2]; short buff[768], bandGain[7], binGain[256]; long env[256], bandPower[7]; long x_l[512], X_l[512], output_l[256], y_l[512], yp_l[256]; short OnOff, dir, Hearing[7][3]; } struct_WDRC; typedef struct { short DHA_mode; short dhaHearingLevel[12]; int dhaChFlag; struct_WDRC structWDRC; DHAState_type DHAMonitor_v; } DHAstruct; typedef struct{ short monitor1; // Rx Volume short monitor2; // pre_amp gain short monitor3; // post_amp gain short monitor4; // compressor threshld short monitor5; // compressor slope short monitor6; // expansion threshold short monitor7; // expansion slope short monitor8; // eq mode short monitor9; // SF_FIRCoef[0] short monitor10; // SF_FIRCoef[1] short monitor11; // SF_FIRCoef[30] short monitor12; // SF_FIRCoef[31] } SFState_type; typedef struct { short latt; // level attack short lrlt; // level release short gat; // gain attack time short grt; // gain release time short thd1; short thd2; short slop1; short slop2; short maxboost1; short maxboost2; short xd_level; // fast rms value short G_old; // past Gain } SFStatus; typedef struct { int band_coeff[5]; int band_state[5]; } SFHPFIIRstruct; typedef struct { short latt; // level attack short lrel; // level release short xd_level; // fast rms value short G_old; // past Gain short THDCOM; short SLOPCOM; short GAINCOM; short GAINCOM_DEC; } SFPBooststruct; typedef struct{ short vad[2]; short rms; short rms_ex; short silence; short rms_var; short vad_out; short long_eng; short var; short tap0; short tap1; short tap2; short tap3; short tap4; short tap5; short high_x_d1; short high_x_d2; short high_y_d1; short high_y_d2; long err_h; long count; short Front; short Delay; short Queue_sil[11]; short Queue_rms[11]; short big_count; short reserved; } Bigdatastruct; typedef struct{ short coeff[5]; short state[5]; long err; } DCRemstruct; typedef struct { short band_num; short limit_thd[MBDRC_NUM]; short limit_slp[MBDRC_NUM]; short boostgain[MBDRC_NUM]; short boostgain_dec[MBDRC_NUM]; short gain_band[MBDRC_NUM]; short band_bound[MBDRC_NUM][2]; short band_div[MBDRC_NUM][2]; short pre_ener[MBDRC_NUM]; long ener_band[MBDRC_NUM]; } SFMBDRCStruct; typedef struct{ short rms_bot; short rms_top; short rms_bot_ex; short rms_top_ex; short bot_dn_ex; short rms_botlf_ex; short rms_botbf_ex; short ho_cnt1; short ho_cnt2; short cnt_max; short count; DCRemstruct dc_bot; DCRemstruct dc_top; DCRemstruct lf_bot; DCRemstruct bf_bot; short MBD_out; short rms_bot_ori_ex; short rms_top_ori_ex; } BigdataMBDstruct; typedef struct{ short *Speech; short *OutSignal; short Data_buffer[512]; short SF_mode; short SF_bandwidth; short SF_prevol; short SF_postvol; short SF_vol; short SF_oldgain; SFStatus ng_api; SFStatus comp_api; short SF_FIRCoefBuff[SF_FRAME_LENGTH_SWB + SF_FIRFILTERNUM - 1]; short SF_FIRCoef[SF_FIRFILTERNUM+1]; short SF_FIRCoef_change[SF_FIRFILTERNUM+1]; short SF_FIRCoefCur[SF_FIRFILTERNUM+1]; short SF_EQCoefBuff[SF_FRAME_LENGTH_SWB + SF_FIRFILTERNUM - 1]; short SF_EQCoef[SF_FIRFILTERNUM]; short SF_NBEQMode; short SF_NBEQCoefBuff[SF_FRAME_LENGTH_SWB + SF_FIRFILTERNUM_QF - 1]; short SF_NBEQCoef[SF_FIRFILTERNUM_QF]; short SF_Init_Vol; short SF_Cfg_Buffer[SF_FRAME_LENGTH_SWB]; short SF_step_gain[11+1]; short SF_ns_level; short SF_HPF_level; SFHPFIIRstruct SF_hpf; short SF_BoosterGain; short SF_PeakLimiter; short SF_PeakLimiterLPF; short SF_LPFCoefBuff[SF_FRAME_LENGTH_SWB + 13 - 1]; short SF_LPFCoef[13]; SFHPFIIRstruct SF_lpf; SFPBooststruct SF_PBoost; short SF_delay_x[SF_FRAME_LENGTH_SWB + 240]; short SF_Idx; short SF_lah; short SF_FD_delay_x[SF_FRAME_LENGTH_SWB + 240]; short SF_FD_Idx; short SF_FDO_max; short SF_FDO_delta; short SF_FDI_mute; short SF_AGCGain_Mix[SF_FRAME_LENGTH_SWB / 2]; long SF_Temp1[319]; // 292 long SF_Temp2[541]; // 475 long SF_Temp3[818]; // 815 (8/2) SFState_type SFMonitor_v; DHAstruct DHA_vars; /*DualSPK*/ short *Speech_DualSPK; short *OutSignal_DualSPK; short Data_buffer_ds[512]; short SF_mode_ds; short SF_prevol_ds; short SF_postvol_ds; short SF_vol_ds; short SF_FIRCoefBuff_ds[SF_FRAME_LENGTH_SWB + SF_FIRFILTERNUM - 1]; short SF_FIRCoef_ds[SF_FIRFILTERNUM+1]; short SF_FIRCoef_change_ds[SF_FIRFILTERNUM+1]; short SF_FIRCoefCur_ds[SF_FIRFILTERNUM+1]; short SF_EQCoefBuff_ds[SF_FRAME_LENGTH_SWB + SF_FIRFILTERNUM - 1]; short SF_EQCoef_ds[SF_FIRFILTERNUM + 1]; short SF_NBEQCoefBuff_ds[SF_FRAME_LENGTH_SWB + SF_FIRFILTERNUM_QF - 1]; short SF_Cfg_Buffer_ds[SF_FRAME_LENGTH_SWB]; short SF_step_gain_ds[11]; short SF_oldgain_ds; short SF_Init_Vol_ds; short SF_HPF_level_ds; SFHPFIIRstruct SF_hpf_ds; short SF_PeakLimiter_ds; short SF_PeakLimiterLPF_ds; short SF_LPFCoefBuff_ds[SF_FRAME_LENGTH_SWB + 13 - 1]; short SF_LPFCoef_ds[13+1]; SFHPFIIRstruct SF_lpf_ds; SFPBooststruct SF_PBoost_ds; short SF_delay_x_ds[SF_FRAME_LENGTH_SWB + 240]; short SF_Idx_ds; short SF_lah_ds; short SF_FD_delay_x_ds[SF_FRAME_LENGTH_SWB + 240]; short SF_FD_Idx_ds; short SF_FDO_max_ds; short SF_FDO_delta_ds; short SF_FDI_mute_ds; long SF_Temp1_ds[319]; // 292 long SF_Temp2_ds[541]; // 475 long SF_Temp3_ds[818]; // 815 (8/2) SFMBDRCStruct mbdrc; short normb; Bigdatastruct Bigdata_rx_vars; SFStatus comp_api_ds; } DiamondVoiceEngine_SF_Cfg_t; #endif //_DiamondVoiceEngine_SF_Cfg_t_H_ #ifndef _DiamondVoiceEngine_VB_Cfg_t_H_ #define _DiamondVoiceEngine_VB_Cfg_t_H_ #define VB_FRAME_LENGTH_SWB 640 #define VB_FRAME_LENGTH_WB 320 #define VB_FRAME_LENGTH_NB 160 #define VB_SUB_LENGTH_SWB 320 #define VB_SUB_LENGTH_WB 160 #define VB_SUB_LENGTH_NB 80 #define VB_FIRFILTERNUM 13 #define VB_DENOM_NB 204 #define VB_DENOM_WB 102 #define VB_DENOM_SWB 51 #define NOISEBITS 4 #define QCOEFFLARGE 30 #define QERMASK (((INT64)1<<32)-1) #define C10LOG2 0x6054 // Q16.13(3.0102999) #define Gain20_2Q15 1638 #define MAX_VAL 32767 #define MIN_VAL -32768 #define VB_XD_LEVEL_V 0 #define VB_G_OLD_V 0 #define VB_MBDRC_NUM 5 #define VB_DELAY_NB 48 // 128 - 80 #define VB_DELAY_WB 96 // 256 - 160 #define VB_DELAY_SWB 192 // 512 - 320 #define VB_FFT_NB 128 #define VB_FFT_WB 256 #define VB_FFT_SWB 512 #define VB_OLA_SWB 320 #define VB_OLA_WB 160 #define VB_OLA_NB 80 #define VB_NYQ_NB 4000 #define VB_NYQ_WB 8000 #define VB_NYQ_SWB 16000 typedef struct{ short monitor1; short monitor2; short monitor3; short monitor4; short monitor5; short monitor6; short monitor7; short monitor8; short monitor9; short monitor10; } VBState_type; typedef struct { int band_coeff[5]; int band_state[5]; } VBIIRstruct; typedef struct { short latt; // level attack short lrel; // level release short xd_level; // fast rms value short G_old; // past Gain short THDCOM; short SLOPCOM; short GAINCOM; short GAINCOM_DEC; short max_sample; short sub_num; short sm[32]; } VBPBooststruct; typedef struct { short latt; // level attack short lrlt; // level release short gat; // gain attack time short grt; // gain release time short thd1; short thd2; short slop1; short slop2; short maxboost1; short maxboost2; short xd_level; // fast rms value short G_old; // past Gain } VBRCompstruct; typedef struct { short band_num; short limit_thd[VB_MBDRC_NUM]; short limit_slp[VB_MBDRC_NUM]; short boostgain[VB_MBDRC_NUM]; short boostgain_dec[VB_MBDRC_NUM]; short gain_band[VB_MBDRC_NUM]; short band_bound[VB_MBDRC_NUM][2]; short band_div[VB_MBDRC_NUM][2]; short pre_ener[VB_MBDRC_NUM]; long ener_band[VB_MBDRC_NUM]; } MBDRCStruct; typedef struct{ short window_nb[VB_DELAY_NB + VB_SUB_LENGTH_NB]; short overlap_nb[VB_FFT_NB - VB_SUB_LENGTH_NB]; short window_overlap_nb[VB_DELAY_NB]; short last_normb_shift_nb; short pre_emp_mem_nb; short de_emp_mem_nb; short normb_shift; short norm_shift; short bandwidth; } VBNBTFstruct; typedef struct{ short window_wb[VB_DELAY_WB + VB_SUB_LENGTH_WB]; short overlap_wb[VB_FFT_WB - VB_SUB_LENGTH_WB]; short window_overlap_wb[VB_DELAY_WB]; short last_normb_shift_wb; short pre_emp_mem_wb; short de_emp_mem_wb; short normb_shift; short norm_shift; short bandwidth; } VBWBTFstruct; typedef struct{ short window_swb[VB_DELAY_SWB + VB_SUB_LENGTH_SWB]; short overlap_swb[VB_FFT_SWB - VB_SUB_LENGTH_SWB]; short window_overlap_swb[VB_DELAY_SWB]; short last_normb_shift_swb; short pre_emp_mem_swb; short de_emp_mem_swb; short normb_shift; short norm_shift; short bandwidth; } VBSWBTFstruct; typedef struct{ short *Speech; short *OutSignal; short Data_buffer[512]; short VB_mode; short VB_bandwidth; short VB_hpfcutoff; // monitoring short VB_Peak_gain; // monitoring short VB_Peak_limt; // monitoring short VB_band_gain[VB_MBDRC_NUM]; // monitoring short VB_band_limt[VB_MBDRC_NUM]; // monitoring short VB_RMS_limit; // monitoring short VB_CompGain_Mix[320]; short VB_delay_x[VB_FRAME_LENGTH_SWB + 240]; short VB_Idx; short VB_lah; VBIIRstruct hpf; VBRCompstruct RMSComp; VBPBooststruct VB_PBoost; VBState_type VBMonitor_v; VBNBTFstruct tf_nb; VBWBTFstruct tf_wb; VBSWBTFstruct tf_swb; MBDRCStruct mbdrc; /*DualSPK*/ short *Speech_DualSPK; short *OutSignal_DualSPK; short Data_buffer_ds[512]; short VB_mode_ds; short VB_bandwidth_ds; short VB_hpfcutoff_ds; // monitoring short VB_Peak_gain_ds; // monitoring short VB_Peak_limt_ds; // monitoring short VB_band_gain_ds[VB_MBDRC_NUM]; // monitoring short VB_band_limt_ds[VB_MBDRC_NUM]; // monitoring short VB_RMS_limit_ds; // monitoring short VB_CompGain_Mix_ds[320]; short VB_delay_x_ds[VB_FRAME_LENGTH_SWB + 240]; short VB_Idx_ds; short VB_lah_ds; VBIIRstruct hpf_ds; VBRCompstruct RMSComp_ds; VBPBooststruct VB_PBoost_ds; VBState_type VBMonitor_ds_v; VBNBTFstruct tf_nb_ds; VBWBTFstruct tf_wb_ds; VBSWBTFstruct tf_swb_ds; MBDRCStruct mbdrc_ds; short VB_BP_x[VB_FRAME_LENGTH_SWB + 240]; short VB_BP_Idx; short VB_BP_lah; } DiamondVoiceEngine_VB_Cfg_t; #endif //_DiamondVoiceEngine_VB_Cfg_t_H_ #ifndef _DiamondVoiceEngine_DyVE_Cfg_t_H_ #define _DiamondVoiceEngine_DyVE_Cfg_t_H_ #define DyVE_FRAME_LENGTH_SWB 640 #define DyVE_FRAME_LENGTH_WB 320 #define DyVE_FRAME_LENGTH_NB 160 #define DyVE_FIRFILTERNUM 13 #define DyVE_FIRFILTER_CENTER 7 #define DyVE_FIRFILTER_BYPASS 16384 #define FRM_LEN_NC 80 #define DELAY_NC 24 #define FFT_LEN_NC 128 #define FRE_FRAME_LEN FFT_LEN_NC/2 #define CNN_CORE_NUM 4 #define CNN_CORE_W 3 #define CNN_CORE_H 16 #define CNN_WEIGHT_NUM CNN_CORE_NUM*CNN_CORE_W*CNN_CORE_H #define CNN_SHILF_RANGE_LEN 7 #define CNN_OUT_NUM CNN_CORE_NUM*CNN_SHILF_RANGE_LEN #define RNN_NODE_NUM 16 #define RNN_W_NUM (RNN_NODE_NUM+CNN_OUT_NUM)*RNN_NODE_NUM #define NN_OUT_NUM 12 #define FCN_W_NUM RNN_NODE_NUM*NN_OUT_NUM #define FCN_SM_FACTOR 1638//327//819//1638//327 // 0.01 #define TIME_1SEC 50 #define TIME_2SEC 100 #define TIME_3SEC 150 #define TIME_4SEC 200 #define TIME_5SEC 250 #define NCLASS_WIND 0 #define NCLASS_CAFE 1 #define NCLASS_CAR 2 #define NCLASS_STREET 3 #define NCLASS_PINK 4 #define NCLASS_OFFICE 5 typedef struct{ short monitor1; short monitor2; short monitor3; short monitor4; short monitor5; short monitor6; short monitor7; short monitor8; short monitor9; short monitor10; } DyVEState_type; typedef struct{ short Step01Gain; short Step02Gain; short Step03Gain; short Step04Gain; short Step05Gain; short Step06Gain; short Step07Gain; short Step08Gain; short Step09Gain; short Step10Gain; short Step11Gain; } DyVEStepGain_type; typedef struct { short x_d1; short x_d2; short y_d1; short y_d2; long err_h; } DyVEIIR; typedef struct { short latt; // level attack short lrel; // level release short gat; // gain attack time short grt; // gain release time short xd_level; // fast rms value short G_old; // past Gain short offset_old; short delay_x[12]; short Idx; short lah; short SLOPCOM_Gain; short DYVEOFFSET_Gain; short THDCP_Gain; short THDCP_Gain2; } DyVEStatus; typedef struct { short latt; // level attack short lrlt; // level release short gat; // gain attack time short grt; // gain release time short thd1; short thd2; short thd3; short thd4; // reserved short slop1; short slop2; short slop3; short slop4; // reserved short slop5; // reserved short maxboost1; short maxboost2; short xd_level; // fast rms value short G_old; // past Gain short maxboost2_old; short maxboost1_old; short reserved1; } DyVEDRCStatus; typedef struct { short DyVERMS_RANGE_TABLE[GAINSTEP]; short DyVEVOLUME_GAIN_TABLE[NUMVOLUME][GAINSTEP]; short TimeconsAT; short IvtimeconsAT; short TimeconsRT; short IvtimeconsRT; short DyVEcoeffL[COEFFNUM]; short DyVEFilterIndx[NUMVOLUME][GAINSTEP]; short SLOPCOM[GAINSTEP]; short SLOPEXP[GAINSTEP]; short SLOPNGT[NUMVOLUME]; short DYVEOFFSET[GAINSTEP]; short THDCP[GAINSTEP]; short pre_old_gain; short gain_old; short idle_old; short idle_cnt; short x_old; short x_bgn_old; short rx_old; short xin_old; short xout_old; short diff_old; ALIGN32 short DyVEcoeffH[COEFFNUM] ALIGN32SFX; short DyVEfircoeff[DyVE_FIRFILTERNUM]; short fir_coeff[DyVE_FIRFILTERNUM]; short hangover_vad_cnt_off; short hangover_vad_cnt_on; short hangover_rms_cnt; short hangover_gain_cnt_up; short hangover_gain_cnt_dn; short clean_cnt; short trigger_cnt; short adrc_trigger_cnt; short noisy_cnt; short ns_in_rms_hocnt; short HS_rx_eadflag; short HF_rx_eadflag; short HS_tx_vadflag; short HF_tx_vadflag; short HS_tx_nadflag; short HF_tx_nadflag; short detect_up_dn; short history_Buff[DyVE_FRAME_LENGTH_SWB]; short RMS_Idx; short rms_buff[50]; short clarity_enable; short stationarity; short stationarity_old; short stationarity_old2; short stationarity_old2_cnt; short stationarity_raw; short diff_frm_old; short in_rms_old; short out_rms_old; short flag_nonstat_update; short ns_in_rms_offset_noisy_cnt; short ns_in_rms_offset_cnt; short ns_in_rms_offset; short stationarity_offset_cnt; short stationarity_offset; short stationarity_noisy_cnt; ALIGN32 short DyVEcoeffDN[COEFFNUM] ALIGN32SFX; ALIGN32 short DyVEcoeffHPF[COEFFNUM] ALIGN32SFX; short vad_ex; short reserved; } DyVEVars; typedef struct{ short tap[DyVE_FIRFILTERNUM]; } DyVEFIRCoeffstruct; typedef struct{ short howl_lowthd; /* minmax threshold in lowband */ short howl_highthd; /* minmax threshold in highband */ short howl_bandthd1; /* minmax threshold in band1 */ short howl_bandthd2; /* minmax threshold in band2 */ short howl_bandthd3; /* minmax threshold in band3 */ short howl_bandthd4; /* minmax threshold in band4 */ short howl_bandthd5; /* minmax threshold in band5 */ short howl_bandthd6; /* minmax threshold in band6 */ short howl_bandthd7; /* minmax threshold in band7 */ short howl_bandthd8; /* minmax threshold in band8 */ short howl_bandthd9; /* minmax threshold in band9 */ short howl_bandthd10; /* minmax threshold in band10 */ short howl_bandthd11; /* minmax threshold in band11 */ short howl_bandthd12; /* minmax threshold in band12 */ short howl_bandthd13; /* minmax threshold in band13 */ short howl_bandthd14; /* minmax threshold in band14 */ short howl_weak_gain; /* suppression gain for weak howiling */ short howl_strong_gain; /* suppression gain for strong howiling */ short howl_global_gain; /* suppression gain for globak howiling */ short howl_frm_cnt; /* howling suppresion frame count */ } Howl_parameter; typedef struct{ short First_vadnb; short pre_emp_mem_vadnb; short update_cnt_vadnb; short window_vad_overlap_vadnb[24]; short hyster_cnt_vadnb; short last_update_cnt_vadnb; short ch_enrg_long_db_vadnb[16]; long frame_cnt_db_vadnb; long ch_enrg_vadnb[16]; long ch_noise_vadnb[16]; short last_normb_shift_vadnb; long tce_long_vadnb; // Noise Classification short mean[FFT_LEN_NC]; short std[FFT_LEN_NC]; short fx_normed_feature[FRE_FRAME_LEN]; short last_frame[FRE_FRAME_LEN]; short fx_CNN_output[CNN_OUT_NUM]; short fx_GRU1_output[RNN_NODE_NUM]; short fx_GRU2_output[RNN_NODE_NUM]; short fx_FCN_output[NN_OUT_NUM]; short fx_FCN_previous_output[NN_OUT_NUM]; short NC_output[3]; short CNN_w[CNN_WEIGHT_NUM]; short CNN_b[CNN_CORE_NUM]; short GRU_1_reset_gate_w[RNN_W_NUM]; short GRU_1_update_gate_w[RNN_W_NUM]; short GRU_1_c_w[RNN_W_NUM]; short GRU_1_reset_gate_b[RNN_NODE_NUM]; short GRU_1_update_gate_b[RNN_NODE_NUM]; short GRU_1_c_b[RNN_NODE_NUM]; short GRU_2_reset_gate_w[RNN_W_NUM]; short GRU_2_update_gate_w[RNN_W_NUM]; short GRU_2_c_w[RNN_W_NUM]; short GRU_2_reset_gate_b[RNN_NODE_NUM]; short GRU_2_update_gate_b[RNN_NODE_NUM]; short GRU_2_c_b[RNN_NODE_NUM]; short fx_GRU_1_state_previous[RNN_NODE_NUM]; short fx_GRU_2_state_previous[RNN_NODE_NUM]; short FCN_w[RNN_NODE_NUM*NN_OUT_NUM]; short FCN_b[NN_OUT_NUM]; short norm_shft_infor[2]; short nc_hangover_cnt; short nc_hidden; short nc_prev; } SamsungVADNB_t; typedef struct{ short *Speech; short *Noise_bot; short *Noise_top; short *Noise_after; short *OutSignal; short DyVE_mode; short DyVE_bandwidth; short DyVE_volume_index; short DyVE_vad_shift; short DyVE_noise_gain; short DyVE_gain; short DyVE_gain_ex; short DyVE_sum; DyVEStatus comp_api; DyVEDRCStatus drc_api; DyVEVars dyve_vars; DyVEIIR lpf_api; DyVEIIR hpf_api; DyVEStepGain_type step_gain; short DyVE_cnt; short DyVE_GainChange_flag; short CompGain_Mix[DyVE_FRAME_LENGTH_SWB/2]; short SamsungDyVE_NoiseBot_Temp[DyVE_FRAME_LENGTH_SWB]; short SamsungDyVE_NoiseBot_buffer[DyVE_FRAME_LENGTH_SWB]; short SamsungDyVE_NoiseTop_Temp[DyVE_FRAME_LENGTH_SWB]; short SamsungDyVE_NoiseTop_buffer[DyVE_FRAME_LENGTH_SWB]; short SamsungDyVE_NoiseAfter_Temp[DyVE_FRAME_LENGTH_SWB]; short SamsungDyVE_NoiseAfter_buffer[DyVE_FRAME_LENGTH_SWB]; short SamsungDyVE_Speech_buffer[DyVE_FRAME_LENGTH_SWB]; short DyVE_Select; short DyVE_diff_thd; short DyVE_hangover_vad_on_thd; // tuning parameter 삭제. 고정값 사용 (DyVE_HANGOVER_VAD_ON_THD) short DyVE_hangover_vad_off_thd; short DyVE_hangover_rms_thd; short DyVE_hangover_gain_up_thd; short DyVE_hangover_gain_dn_thd; short DyVE_ns_in_rms_thd; short DyVE_ns_out_rms_thd; short DyVE_echo_thd; short DyVE_noise_thd; short DyVE_clean_thd; short DyVE_difrms_thd; short DyVE_adrc_enable; short DyVE_adrc_trigger; short DyVE_filter_trigger; short DyVE_filter_trigger_cnt; short DyVE_nonstat_thd; short DyVE_clean_cnt_dn; //DyVE_reserved6 (previous); short DyVE_loudrms_thd; //DyVE_reserved6; //(변경 161124, 고도소음 RMS threshold) short DyVE_stat_offset_thd; short DyVE_stat_rms_thd; short DyVE_max_vol_index; short DyVE_dnn_gain; short DyVE_reserved9; short DyVE_reserved10; long DyVE_Temp1[58]; long DyVE_Temp2[194]; DyVEState_type DyVEMonitor_v; short DyVESPK_mode; short DyVE_Rx_Eng_old; short rx_vad_buffer[5]; short RMS_limit_level; VBRCompstruct RMSComp; short rx_vad_thd; short DyVE_FIRCoefBuff[DyVE_FRAME_LENGTH_SWB + DyVE_FIRFILTERNUM - 1]; short DyVE_ClarityCoefBuff[DyVE_FRAME_LENGTH_SWB + DyVE_FIRFILTERNUM - 1]; DyVEFIRCoeffstruct DyVE_FIRCoef; DyVEFIRCoeffstruct DyVE_FixedCoeff; SamsungVADNB_t noise_class_t; } DiamondVoiceEngine_DyVE_Cfg_t; #endif //_DiamondVoiceEngine_DyVE_Cfg_t_H_ #ifndef _DiamondVoiceEngine_ADD_Cfg_t_H #define _DiamondVoiceEngine_ADD_Cfg_t_H typedef struct{ short monitor1; // nb quality mode short monitor2; short monitor3; short monitor4; short monitor5; } ADDState_type; typedef struct{ short addnbQualityModeFlag; short addDualSpkShockModeFlag; short vol[11]; short atten_gain; ADDState_type ADDMonitor_v; /*DualSPK*/ short addnbQualityModeFlag_ds; } DiamondVoiceEngine_ADD_Cfg_t; #endif //_DiamondVoiceEngine_ADD_Cfg_t_H #ifndef _DiamondVoiceEngine_BigData_Cfg_t_H #define _DiamondVoiceEngine_BigData_Cfg_t_H #define BIGDATA_MAX 10 typedef struct{ Bigdatastruct Bigdata_tx_vars; Bigdatastruct Bigdata_tx1_vars; Bigdatastruct Bigdata_tx2_vars; } DiamondVoiceEngine_BigData_Cfg_t; typedef struct{ BigdataMBDstruct Bigdata_mbd_vars; short mbd_diff; short mbd_ratio; short mbd_time; } DiamondVoiceEngine_BigData_MBD_Cfg_t; #endif //_DiamondVoiceEngine_BigData_Cfg_t_H typedef struct{ short *Speech; short *Noise_bot; short *Noise_top; short *Noise_after; short *OutSignal; /*DualSPK*/ short *Speech_DualSPK; short *OutSignal_DualSPK; short Pre_Mode; short Mode; short BandWidth; short Buff[SAMSUNGDIAMONDVOICESUPERWIDEBAND]; short DBuff[SAMSUNGDIAMONDVOICESUPERWIDEBAND]; short LAH_Buff[SAMSUNGDIAMONDVOICESUPERWIDEBAND]; short Idx; short LAH; /*DualSPK*/ short DualSPKMode; short Buff_ds[SAMSUNGDIAMONDVOICESUPERWIDEBAND]; short DBuff_ds[SAMSUNGDIAMONDVOICESUPERWIDEBAND]; short LAH_Buff_ds[SAMSUNGDIAMONDVOICESUPERWIDEBAND]; short Idx_ds; DiamondVoiceEngine_SF_Cfg_t DiamondVoiceEngine_SF_vars; DiamondVoiceEngine_VB_Cfg_t DiamondVoiceEngine_VB_vars; DiamondVoiceEngine_DyVE_Cfg_t DiamondVoiceEngine_DyVE_vars; DiamondVoiceEngine_ASF_Cfg_t DiamondVoiceEngine_ASF_vars; DiamondVoiceEngine_CNG_Cfg_t DiamondVoiceEngine_CNG_vars; DiamondVoiceEngine_ADD_Cfg_t DiamondVoiceEngine_ADD_vars; DiamondVoiceEngine_BigData_Cfg_t DiamondVoiceEngine_BigData_vars; DiamondVoiceEngine_BigData_MBD_Cfg_t DiamondVoiceEngine_BigData_MBD_vars; DiamondVoiceEngine_HOWL_Cfg_t DiamondVoiceEngine_HOWL_vars; short OutputMono_Buff[SAMSUNGDIAMONDVOICESUPERWIDEBAND]; short OutputDSMono_Buff[SAMSUNGDIAMONDVOICESUPERWIDEBAND]; short input_Mono_Buff[SAMSUNGDIAMONDVOICESUPERWIDEBAND]; short Noise_botMono_Buff[SAMSUNGDIAMONDVOICESUPERWIDEBAND]; short Noise_topMono_Buff[SAMSUNGDIAMONDVOICESUPERWIDEBAND]; } SamsungDiamondVoiceEngine_Handle_t; /****************************************************************************** * TYPEDEFS AND STRUCTURES *****************************************************************************/ typedef struct { short sfRxFilter[32]; } SFParam_type; typedef struct{ short vbHpfCut; #ifndef __DV_ARM_REL short vbBoostGain; short vbPeakLimit; #endif short vbBandNum; short vbCrossFreq[VB_MBDRC_NUM]; short vbBandsGain[VB_MBDRC_NUM]; short vbBandLimit[VB_MBDRC_NUM]; #ifdef __DV_ARM_REL short vbBoostGain; short vbPeakLimit; #endif short vbRMSLimit; short vb_reserv1; short vb_reserv2; short vb_reserv3; } VBParam_type; typedef struct { short cngLevel; } CNGParam_type; typedef struct{ short nbQualityMode ; short DualSpkShockMode ; } ADDMode_type; typedef struct{ short dvMode; short dvDualMode; short dvVolStep_Midh2High; short dvVolStep_Midl2Midh; short dvVolStep_Low2Midl; /* SwingFree */ // SF Common short sfRxVolStepIndex; short sfWNLevel; short sfComThd; short sfComSlope; short sfExpThd; short sfExpSlope; // SF Main short sfHpfCutoff_m; short sfPeakLimiter_m; short sfPeakLimiterLPF_m; short sfStepGain_m[11]; short FadeOutTime_m; short FadeInFrmNum_m; SFParam_type sfStepHigh_m; SFParam_type sfStepMidh_m; SFParam_type sfStepMidl_m; SFParam_type sfStepLow_m; // SF Sub short sfHpfCutoff_s; short sfPeakLimiter_s; short sfPeakLimiterLPF_s; short sfStepGain_s[11]; short FadeOutTime_s; short FadeInFrmNum_s; SFParam_type sfStepHigh_s; SFParam_type sfStepMidh_s; SFParam_type sfStepMidl_s; SFParam_type sfStepLow_s; short sf_reserv1; short sf_reserv2; short sf_reserv3; short sf_reserv4; /* VB */ // VB Main VBParam_type vbStepHigh_m; VBParam_type vbStepMidh_m; VBParam_type vbStepMidl_m; VBParam_type vbStepLow_m; // VB Sub VBParam_type vbStepHigh_s; VBParam_type vbStepMidh_s; VBParam_type vbStepMidl_s; VBParam_type vbStepLow_s; /* ASF */ short asfFilterMode; short asfLimiter; DyVEStepGain_type dyveStepMaxGain; short dyveMicSensitivity; short dyvePreemphasis; short dyveMicGain; short dyveRMSLimiter; short dyveRxVADThd; short dyveRxFilter_max[7]; short dyveRxFilter_nom[7]; short dyve_NumMIC; // 1 or 2 mic selection short dyve_adrc_thd[4]; short dyve_adrc_slp_high; short dyve_adrc_slp_low; short dyve_adrc_gain; short dyve_diff_thd; short dyve_hangover_thd; // dyve_hangover_vad_off_thd short dyve_hangover_rms_thd; short dyve_ns_in_rms_thd; short dyve_stat_rms_thd; short dyve_echo_thd; short dyve_noise_thd; short dyve_clean_cnt_thd; short dyve_filter_trigger; short dyve_filter_trigger_cnt; short dyve_nonstat_max; // dyve_hangover_vad_on_thd short dyve_nonstat_offset; // dyve_hangover_gain_up_thd short dyve_ho_gaindn_thd; // dyve_hangover_gain_dn_thd short dyve_highnoise_thd; short dyve_maxvol_indx; short dyve_reserved_6; short dyve_reserved_7; short dyve_reserved_8; short dyve_diffrms_thd; short dyve_adrc_enable; /* Howling Reduction */ Howl_parameter howl_param; /* CNG */ // CNG Main CNGParam_type cngStepHigh_m; CNGParam_type cngStepMidh_m; CNGParam_type cngStepMidl_m; CNGParam_type cngStepLow_m; // CNG Sub CNGParam_type cngStepHigh_s; CNGParam_type cngStepMidh_s; CNGParam_type cngStepMidl_s; CNGParam_type cngStepLow_s; /* DHA */ short dhaMode; short dhaChannel; short dhaParam[12]; ADDMode_type addMode; short addnbQualityFilter[17]; short ModeChg_flag; short ModeChg_cnt; short ModeChg_flag_ds; short ModeChg_cnt_ds; } SamsungDiamondVoiceParam; /****************************************************************************** * Monitor TYPES *****************************************************************************/ extern SFState_type SFMonitor_v; extern VBState_type VBMonitor_v; extern ASFState_type ASFMonitor_v; extern DyVEState_type DyVEMonitor_v; extern CNGState_type CNGMonitor_v; extern DHAState_type DHAMonitor_v; /****************************************************************************** * FUNCTION PROTOTYPES *****************************************************************************/ extern int SamsungSwingFreeState(DiamondVoiceEngine_SF_Cfg_t* DiamondVoiceEngine_SF_vars); extern int SamsungDHAState(DiamondVoiceEngine_SF_Cfg_t* DiamondVoiceEngine_SF_vars); extern int SamsungVBState(DiamondVoiceEngine_VB_Cfg_t* DiamondVoiceEngine_VB_vars); extern int SamsungASFState(DiamondVoiceEngine_ASF_Cfg_t* DiamondVoiceEngine_ASF_vars); extern int SamsungDyVEState(DiamondVoiceEngine_DyVE_Cfg_t* DiamondVoiceEngine_DyVE_vars); extern int SamsungDyVESPKState(DiamondVoiceEngine_DyVE_Cfg_t* DiamondVoiceEngine_DyVE_vars); extern int SamsungCNGState(DiamondVoiceEngine_CNG_Cfg_t* DiamondVoiceEngine_CNG_vars); extern int SamsungDiamondVoiceEngineInit(SamsungDiamondVoiceEngine_Handle_t* SamsungDiamondVoiceEngine_vars, short bandwidth); extern int SamsungDiamondVoiceEngineModeConfig(SamsungDiamondVoiceEngine_Handle_t* SamsungDiamondVoiceEngine_vars, SamsungDiamondVoiceParam *SamsungDiamondParam_vars); extern int SamsungDiamondVoiceEngineHOWLConfig(SamsungDiamondVoiceEngine_Handle_t* SamsungDiamondVoiceEngine_vars, SamsungDiamondVoiceParam *SamsungDiamondParam_vars); extern int SamsungDiamondVoiceEngineSFConfig(SamsungDiamondVoiceEngine_Handle_t* SamsungDiamondVoiceEngine_vars, SamsungDiamondVoiceParam *SamsungDiamondParam_vars); extern int SamsungDiamondVoiceEngineVBConfig(SamsungDiamondVoiceEngine_Handle_t* SamsungDiamondVoiceEngine_vars, SamsungDiamondVoiceParam *SamsungDiamondParam_vars); extern int SamsungDiamondVoiceEngineASFConfig(SamsungDiamondVoiceEngine_Handle_t* SamsungDiamondVoiceEngine_vars, SamsungDiamondVoiceParam *SamsungDiamondParam_vars); extern int SamsungDiamondVoiceEngineDyVEConfig(SamsungDiamondVoiceEngine_Handle_t* SamsungDiamondVoiceEngine_vars, SamsungDiamondVoiceParam *SamsungDiamondParam_vars); extern int SamsungDiamondVoiceEngineCNGConfig(SamsungDiamondVoiceEngine_Handle_t* SamsungDiamondVoiceEngine_vars, SamsungDiamondVoiceParam *SamsungDiamondParam_vars); extern int SamsungDiamondVoiceEngineDHAConfig(SamsungDiamondVoiceEngine_Handle_t* SamsungDiamondVoiceEngine_vars, SamsungDiamondVoiceParam *SamsungDiamondParam_vars); extern int SamsungDiamondVoiceEngineADDNBQualityConfig(SamsungDiamondVoiceEngine_Handle_t* SamsungDiamondVoiceEngine_vars, SamsungDiamondVoiceParam *SamsungDiamondParam_vars); extern int SamsungDiamondVoiceEngineADDDualSpkShockConfig(SamsungDiamondVoiceEngine_Handle_t* SamsungDiamondVoiceEngine_vars, SamsungDiamondVoiceParam *SamsungDiamondParam_vars); extern int SamsungDiamondVoiceEngineGAINConfig(SamsungDiamondVoiceEngine_Handle_t* SamsungDiamondVoiceEngine_vars, SamsungDiamondVoiceParam *SamsungDiamondParam_vars); extern int SamsungDiamondVoiceEngineFadeConfig(SamsungDiamondVoiceEngine_Handle_t* SamsungDiamondVoiceEngine_vars, SamsungDiamondVoiceParam *SamsungDiamondParam_vars); extern int SamsungDiamondVoiceEngineExe(SamsungDiamondVoiceEngine_Handle_t* SamsungDiamondVoiceEngine_vars, SamsungDiamondVoiceParam *SamsungDiamondParam_vars, short *output, short *output_ds, short *input, short *txinput_bot, short *txinput_top, short *txinput_after); extern int SamsungDiamondVoiceEngineExe_interleave(SamsungDiamondVoiceEngine_Handle_t* SamsungDiamondVoiceEngine_vars, SamsungDiamondVoiceParam *SamsungDiamondParam_vars, short *output_stereo, short *input, short *txinput_bot_stereo, short *txinput_after); extern int SamsungDiamondVoiceEngineBigData(SamsungDiamondVoiceEngine_Handle_t* SamsungDiamondVoiceEngine_vars, short *prx_silent_state, short *ptx_state, short *ptx1_var, short *ptx1_rms, short *ptx2_var, short *ptx2_rms, short *ptx_cnt); extern int SamsungDiamondVoiceEngineBigDataMBD(SamsungDiamondVoiceEngine_Handle_t* SamsungDiamondVoiceEngine_vars, short *pMBD_state, short *pMBD_cnt); #endif // DiamondVoice_H