#ifndef SolmonVoice_H #define SolmonVoice_H #include "Define_config.h" /**************************************************************************************** * HEADER FILE ****************************************************************************************/ /* DiamondVoice Mode Config */ #define SAMSUNGECNS_TX_ON (1<<0) #define SAMSUNGECNS_TX_OFF 0x0 #define SAMSUNGDIAMONDVOICE_TX_ENABLE 1 #define SAMSUNGDIAMONDVOICE_TX_DISABLE 0 #define SAMSUNGDIAMONDVOICESUPERWIDEBAND_TX 640 #define SAMSUNGDIAMONDVOICEWIDEBAND_TX 320 #define SAMSUNGDIAMONDVOICENARROWBAND_TX 160 #ifndef _SolomonVoiceEngine_ECNS_Cfg_t_H #define _SolomonVoiceEngine_ECNS_Cfg_t_H //FOR NB #define DVTX_M_FRM_LEN_NB 160 #define DVTX_M_DELAY_NB 96 // max 96 for 256pointFFT #define DVTX_M_FFT_LEN_NB 256 #define DVTX_M_FFT_HALFLEN_NB 128 #define DVTX_M_NUM_CHAN_NB 28 //28 #define DVTX_Nadf_NB 80 // multiple number of 8, mumax 256 #define DVTX_Nadfshort_NB 32 // same to WB #define DVTX_M_Nfft_ceps_NB 64 // same to WB //FOR WB #define DVTX_M_FRM_LEN_WB 320 #define DVTX_M_DELAY_WB 192 #define DVTX_M_FFT_LEN_WB 512 #define DVTX_M_FFT_HALFLEN_WB 256 #define DVTX_M_NUM_CHAN_WB 40 //40 #define DVTX_Nadf_WB 80// multiple number of 8, max 256 #define DVTX_Nadfshort_WB 48 #define DVTX_M_Nfft_ceps_WB 64 // for NB WB common #define DVTX_Nadf_MAX 256 #define DVTX_FIXED_ONE(qfrac) ((unsigned int) 1 << (qfrac)) #define DVTX_RxSigon_BuffLen_MAX 1920 // 320*6 #define DVTX_RxSigOnset_FRAME_WB 6 #define DVTX_RxSigOnset_FRAME_NB 12 #define DVTX_DelayCompenRange_Less_WB 20 #define DVTX_DelayCompenRange_Less_NB 10 /* 20180713 Moving Average for Outer Power */ #define MA_frame 64 #define MA_frame_s 8 // 20180914 ADF delay represented # of FrameSize #define Delay_numFrame 12 //160 * Delay_numFrame #define data_opt_notUsed // not used data buffer #define data_reduce /* 20181015 check Data optimization (sqrt_root, table) */ #define sqrt_root #define table_cal #define NFIR 20 #define LPCORDER 16 #define LPCORDER_NB 10 typedef enum { CH_INNER, CH_OUTER } CHANNEL; typedef struct { //COMMONBUF // Inner output short Output_buf_Inner[SAMSUNGDIAMONDVOICEWIDEBAND_TX]; // common buffer int Buff_L_NB[DVTX_M_FRM_LEN_NB]; //sBuff1 int Buff_L_WB[DVTX_M_FFT_LEN_WB]; //sBuff // PreNS short Gmin; int gL_EEii[DVTX_M_FFT_HALFLEN_NB]; short gf0contourAvg[DVTX_M_FFT_HALFLEN_WB]; int *gL_EEoo_07; short gtmpf0contour[DVTX_M_FFT_HALFLEN_WB + DVTX_M_FFT_HALFLEN_WB]; // tmporay vector // RES int gL_DDBin[DVTX_M_FFT_HALFLEN_WB + DVTX_M_FFT_HALFLEN_NB]; int gL_EEBin[DVTX_M_FFT_HALFLEN_WB + DVTX_M_FFT_HALFLEN_NB]; short gGpwrres[DVTX_M_FFT_HALFLEN_WB + DVTX_M_FFT_HALFLEN_NB]; short gW_fnlms_reression[DVTX_M_FFT_HALFLEN_WB + DVTX_M_FFT_HALFLEN_NB]; short gW_fnlms_reression2[DVTX_M_FFT_HALFLEN_WB + DVTX_M_FFT_HALFLEN_NB]; short gG_fnlms[DVTX_M_FFT_HALFLEN_WB + DVTX_M_FFT_HALFLEN_NB]; // NS short *gS_tmpfft1; int ECNSbuff_L_SNR_by_Nmmse_ini[DVTX_M_NUM_CHAN_WB]; int ECNSbuff_L_SNR_by_Nmmse_global[DVTX_M_NUM_CHAN_WB]; int ECNSbuff_L_tmpvec[DVTX_M_NUM_CHAN_WB]; int ECNSbuff_L_tmpvec1[DVTX_M_NUM_CHAN_WB]; short ECNSbuff_S_tmpvec[DVTX_M_NUM_CHAN_WB]; short ECNSbuff_S_noise_floor[DVTX_M_NUM_CHAN_WB]; short ECNSbuff_S_spp_ns[DVTX_M_NUM_CHAN_WB]; short ECNSbuff_P_H1[DVTX_M_NUM_CHAN_WB]; short ECNSbuff_P_H1_GbyL[DVTX_M_NUM_CHAN_WB]; int ECNSbuff_L_SNR_by_Nmmse_ini_cepsmooth[DVTX_M_NUM_CHAN_WB]; int ECNSbuff_L_SNR_by_Nmmse_ini_cepsmooth_fix[DVTX_M_NUM_CHAN_WB]; short ECNSbuff_tmpvec_ceps[DVTX_M_Nfft_ceps_WB]; short ECNSbuff_SNR_ini_ceps[DVTX_M_Nfft_ceps_WB]; short ECNSbuff_tmp_beta_ceps[DVTX_M_Nfft_ceps_WB]; int gL_RRBin_step[DVTX_M_FFT_HALFLEN_WB + DVTX_M_FFT_HALFLEN_NB]; // AEC short gRxFrm_Delay_AEC[2000 + 1000]; short gRxFrm_AECin_AEC[DVTX_M_FRM_LEN_WB + DVTX_Nadf_MAX - 1 + DVTX_M_FRM_LEN_NB + DVTX_Nadf_MAX - 1]; short gE_tx_AEC[DVTX_M_FRM_LEN_WB + DVTX_M_FRM_LEN_NB]; short gE_tx_AECaux[DVTX_M_FRM_LEN_WB + DVTX_M_FRM_LEN_NB]; short gRxFFTfrm_AEC[DVTX_M_FRM_LEN_WB + DVTX_M_FRM_LEN_NB]; short gRxFFTfrm_clp_AEC[DVTX_M_FRM_LEN_WB + DVTX_M_FRM_LEN_NB]; // FrmVAD int gavg_ANC_sigPwr[DVTX_M_FFT_HALFLEN_WB + DVTX_M_FFT_HALFLEN_NB]; // ANC int gANC_sigPwr[DVTX_M_FFT_HALFLEN_WB + DVTX_M_FFT_HALFLEN_NB]; int gANC_sigPwr_inner[DVTX_M_FFT_HALFLEN_WB];//TODO: Need to debug actually DVTX_M_FFT_HALFLEN_WB + DVTX_M_FFT_HALFLEN_NB shld be suficient int gEnhenced_Signal[DVTX_M_FFT_LEN_WB + DVTX_M_FFT_LEN_NB]; short gANC_W_Filter[DVTX_M_FFT_LEN_WB + DVTX_M_FFT_LEN_NB]; // BWE short ginner_x_win[DVTX_M_FFT_LEN_WB]; short ginner_x_win_256[DVTX_M_FFT_LEN_WB / 2]; short ginner_a_nbf[LPCORDER_NB + 1]; short gouter_a_wbf[LPCORDER + 1]; short ginner_e_wb[DVTX_M_FFT_LEN_WB]; long greSampleBuf3[8]; long greSampleBuf4[8]; // Mixing int ECNSbuff_L_EEBin_forMixing[DVTX_M_FFT_HALFLEN_WB]; }COMMONBUF; typedef struct { short PRE_EMP; short BLK_NORM; short NORM_PRV; short data_buffer[DVTX_M_FFT_LEN_NB]; short WINDOW_OVERLAP[DVTX_M_DELAY_NB]; }FFTBUF_NB; typedef struct { short PRE_EMP; short BLK_NORM; short NORM_PRV; short data_buffer[DVTX_M_FFT_LEN_WB]; short WINDOW_OVERLAP[DVTX_M_DELAY_WB]; }FFTBUF_WB; typedef struct { short DE_EMP; short OVERLAP[DVTX_M_FFT_LEN_WB - DVTX_M_FRM_LEN_WB]; }IFFTBUF_NB; typedef struct { short DE_EMP; short OVERLAP[DVTX_M_FFT_LEN_WB - DVTX_M_FRM_LEN_WB]; }IFFTBUF_WB; typedef struct {//Inner, Outer °ψΕλ short Flag_Tx_Clipping_Inner; short Flag_Tx_Clipping_Outer; // back up inner 16kHz input signal short Speech_Tx_Inner_WB[SAMSUNGDIAMONDVOICEWIDEBAND_TX]; short dbg_buffer_Outer[DVTX_M_FFT_LEN_WB]; short data_buffer_forMixing[DVTX_M_FFT_LEN_WB]; // OLA FFTBUF_NB fftbuf_Inner; //data_buffer_NB FFTBUF_NB fftbuf_RX_Inner; //data_buffer_rx_NB FFTBUF_NB fftbuf_RX2_Inner; //data_buffer_rx2_NB FFTBUF_WB fftbuf_Inner_WB; //data_buffer_inner_WB FFTBUF_WB fftbuf_Outer; //data_buffer_WB FFTBUF_WB fftbuf_RX_Outer; //data_buffer_rx_WB FFTBUF_WB fftbuf_RX2_Outer; //data_buffer_rx2_WB // IOLA IFFTBUF_WB Ifftbuf_Output; IFFTBUF_WB Ifftbuf_Inner_WB; IFFTBUF_WB Ifftbuf_Outer_WB; IFFTBUF_WB Ifftbuf_BWE; int *L_EEBin_forMixing; /********* outer IIR Filtering ********/ int HPFstateOuterTx[5]; int HPFstateOuterRx[5]; /********* inner downsampling : 16kHz to 8kHz ********/ long Buf_Downsample_InnerRx[8]; long Buf_Downsample_InnerTx[8]; int Pwr_1kHz_to_4kHz_Inner; int Pwr_100Hz_to_1kHz_Inner; int Pwr_1kHz_to_4kHz_Outer; int Pwr_100Hz_to_1kHz_Outer; int *avg_ANC_sigPwr_Inner; int *avg_ANC_sigPwr_Outer; int FrmPiLowBand_Inner; int FrmRioLowBand_Inner; int FrmPiLowBand_Outer; int FrmRioLowBand_Outer; short VariableTHD_Ratio_LowBandPwr; short VariableTHD_THD_Pwr_inner; short FrmDT_Inner; short FrmDT_Outer; short FrmVAD_Inner; short FrmVAD_Outer; // MCRA-based VAD THD decision short Avg_FrmPiLowBand; short PtBuff_FrmPiLowBand; short Buff_FrmPiLowBand[100/*DVTX_NumFrm_MCRA_VAD*/]; short MinVal_FrmPiLowBand; } FRAMEStatus; typedef struct {//Inner, Outer Ί°΅΅ short *adf_var; short ADF_IN[DVTX_Nadf_MAX]; short W[DVTX_Nadf_WB]; short Waux[DVTX_Nadf_WB]; short Buff_RxOnset_aecout[DVTX_RxSigon_BuffLen_MAX]; // max 4 frmae 320*4=1280, NB/WB common short Buff_RxOnset_txin[DVTX_RxSigon_BuffLen_MAX]; short ADF_IN_short[DVTX_Nadfshort_WB]; short Pwr_RX_AECIN_dB; short Pwr_TX_AECIN_dB; short Pwr_TX_AECOUT_dB; short Pwr_TX_AECauxOUT_dB; short PwrDiff_AECinout_dB; int L_Pwr_tonality_ringband; int L_Pwr_tonality_otherband; short Count_DelayCompensation_function_exe; int Cnt_Samples_NLMSupdate; short *E_tx_AEC; short *E_tx_AECaux; short *RxFrm_Delay_AEC; short *RxFrm_AECin_AEC; short *RxFFTfrm_AEC; short *RxFFTfrm_clp_AEC; //short Flag_Tx_Clipping; short Flag_RxVAD_AEC;/*Flag_RxVAD_AEC=1 when PwrRx>THD, ini_val = 0 */ short Flag_TxSilence_AEC;// 1:sig activ 0:silence, ini=1, Npsd_silence est. short Flag_Tx_LoudSig; // 1:oud Tx. avoid cepstral smoothing short Flag_SingleTalk; short Flag_SingleNET; short Flag_ringbakctone; short Flag_IniRxSigOnset; short Flag_Waux_update; short Flag_Tx_silent_mode; short hangover_cnt_flag_RxVAD_First; short Qex_q; short Qxx_q; int L_Qex; int L_Qxx; short XECC; short Threshold_XECC; } AECStatus; typedef struct { int L_SNRMTX[DVTX_M_NUM_CHAN_WB][4]; int L_Npsd[DVTX_M_NUM_CHAN_WB]; int L_Npsd_MMSE_ini[DVTX_M_NUM_CHAN_WB]; int L_Npsd_MMSE_TMP[DVTX_M_NUM_CHAN_WB]; short P_H1_ravg[DVTX_M_NUM_CHAN_WB]; int L_SNRpost_prv[DVTX_M_NUM_CHAN_WB]; int L_SERpost_prv[DVTX_M_NUM_CHAN_WB]; short Gmmse[DVTX_M_NUM_CHAN_WB]; short Gres[DVTX_M_NUM_CHAN_WB]; short spp[DVTX_M_NUM_CHAN_WB]; int L_SNRprio_avg[DVTX_M_NUM_CHAN_WB]; int L_SNR_by_Nmmse_ini_avg[DVTX_M_NUM_CHAN_WB]; short beta_ceps[DVTX_M_Nfft_ceps_WB]; short SNR_ini_ceps_avg[DVTX_M_Nfft_ceps_WB]; short SNR_ini_ceps_Fixedavg[DVTX_M_Nfft_ceps_WB]; short INDEX_SNRMTX; short hov_tx_noisefree_cnt; short noise_floor_offset; short gain_Npsd; int *L_SNR_by_Nmmse_ini; int *L_SNR_by_Nmmse_global; int L_Esqr[DVTX_M_NUM_CHAN_WB]; int L_Esqr_q30[DVTX_M_NUM_CHAN_WB]; int *L_tmpvec; int *L_tmpvec1; short *S_tmpvec; short *S_noise_floor; short *S_spp_ns; short S_Gns_final[DVTX_M_NUM_CHAN_WB]; short *P_H1; short *P_H1_GbyL; int *L_SNRpost; int *L_SNRprio; int *L_Dsqr_q30; int *L_PSD_resiEcho; int *L_SERpost; int *L_SERprio; int *L_EsqrNS; int *L_EsqrNS_q30; int *L_SNR_by_Nmmse_ini_cepsmooth; int *L_SNR_by_Nmmse_ini_cepsmooth_fix; int *L_RRBin_step; short *tmpvec_ceps; short *SNR_ini_ceps; short *tmp_beta_ceps; } NSStatus; typedef struct { // f0 harmonic contour int *L_tmp256; // tmporay vector int *L_EEoo_07; int *L_Eoo;// tmporay vector int *L_EEii; short *tmpf0contour; // tmporay vector short *f0contourAvg; short *G_NS;// tmporay vector short F0flag; short ANCflag; } PRENSStatus; typedef struct { int *ANC_sigPwr; int *ANC_sigPwr_inner; int *Enhenced_Signal; short *ANC_W_Filter; short Aeq[DVTX_M_FFT_HALFLEN_WB]; } ANCStatus; typedef struct { int L_Esqr_ravg_silence[DVTX_M_NUM_CHAN_WB]; int L_Dsqr_ravg[DVTX_M_NUM_CHAN_WB]; short *GmmseNFFT; int *L_DDBin2; int *L_RRBin; short *S_tmpfft1; short CntFrmRxVADon; // FNLMS int *L_DDBin; int *L_EEBin; short *Gpwrres; short *W_fnlms_reression; short *W_fnlms_reression2; short *G_fnlms; short Cnt_Cascade_tx_silent_frames; short Gain_echo_PSD_RES; } RESStatus; typedef struct { int outer_gain_x_win; short *inner_x_win; short *inner_x_win_256; short *inner_a_nbf; short *outer_a_wbf; short *inner_e_wb; int inner_g; int outer_g; long *reSampleBuf3; long *reSampleBuf4; short BWE_pwr_in_dB; short data_buffer_lpc[DVTX_M_FFT_LEN_WB]; short F0; } BWEStatus; typedef struct { short State; short State_prev; short State_Wind; short State_Car; short State_Noise2Clean; short UnFit_State; short UnFit_NS_ON; short ECNS_out_VAD; short Noise_Diff; int w_bwe; int w_outer; int w_inner; short WND_ON; short mixing_cnt_up; short mixing_cnt_down; short mixing_cnt_up_car; short mixing_cnt_down_car; short mixing_cnt_up_verylowband; short mixing_cnt_down_verylowband; short FreqMix_data_buffer[2 * 80/*DVTX_FreqMix_MaxBin*/]; short FreqMix_BLK_NORM; int eng_mean_high, eng_mean_low; short HPFouter; short LPFouter; int Inner_EEBin_UnFit[DVTX_M_FFT_HALFLEN_WB]; } MixingStatus; #endif //Basic typedef struct { short PARA_txMode;// DO NOT CHANGE short PARA_call_mode_HS_HF_EAR; short TX_Inner_bandwidth; short TX_Outer_bandwidth; short PARA_AEC_ONOFF_Inner; // Outer_PARA_AEC_on_off short PARA_AEC_ONOFF_Outer; // Outer_PARA_AEC_on_off short PARA_FNLMS_ONOFF_Inner; // Outer_PARA_FNLMS_on_off short PARA_FNLMS_ONOFF_Outer; // Outer_PARA_FNLMS_on_off short PARA_RES_ONOFF_Inner; // Outer_PARA_RES_on_off short PARA_RES_ONOFF_Outer; // Outer_PARA_RES_on_off short PARA_NS_ONOFF_Inner; // Outer_PARA_NS_on_off short PARA_NS_ONOFF_Outer; // Outer_PARA_NS_on_off short PARA_BWE_ONOFF_Inner; // Outer_PARA_BWE_on_off short PARA_Mixing_ONOFF_Outer; // Outer_PARA_Mixing_on_off short PARA_FLAG_FIRST_FRM_Inner; short PARA_FLAG_FIRST_FRM_Outer; short PARA_Q_for_InSigGain_Inner; short PARA_Gain_TxSig_Inner; short PARA_Gain_RxSig_Inner; short PARA_Gain_TxSig_NS_IN_Inner; short PARA_Gain_RxSig_NS_IN_Inner; short PARA_Gain_TxSig_NS_Out_Inner; short PARA_Q_for_InSigGain_Outer; short PARA_Gain_TxSig_Outer; short PARA_Gain_RxSig_Outer; short PARA_Gain_TxSig_NS_IN_Outer; short PARA_Gain_RxSig_NS_IN_Outer; short PARA_Gain_TxSig_NS_Out_Outer; short PARA_Gain_TxSig_BWE_IN; short PARA_Gain_TxSig_BWE_Out; short PARA_reserved_11; // gain is Q4.11 format... short PARA_reserved_12; //reserved short PARA_reserved_13; short PARA_reserved_14; short PARA_reserved_15; short PARA_reserved_16; short PARA_reserved_17; short PARA_reserved_18; short PARA_reserved_19; short PARA_reserved_20; } SamsungSolomonVoiceWTxFRAMEParam; typedef struct { short DelayCompensation; short PARA_FLAG_RxVAD_First_AEC; short PARA_reserved_7; // PARA_EchoBulkDelay_Search_samplerange short PARA_Nadfdelay; short PARA_Pwr_LoTHD_ADF_IN; short PARA_THD_Pwr_Rx_AEC_IN_dB; short PARA_THD_Pwr_Tx_dB; short PARA_THD_Pwr_Tx_Loud_dB; short PARA_THD_RxTx_Pwr_Difference; int PARA_ADF_reference_step; short PARA_ADF_reference_step_lowbit; // int to two-short short PARA_ADF_reference_step_highbit; int PARA_ADF_Wvar_THD; short PARA_ADF_Wvar_THD_lowbit; short PARA_ADF_Wvar_THD_highbit; short PARA_reserved_1; short PARA_reserved_21; // PARA_THD_XECC_high : xcorr upper threshold short PARA_reserved_22; // PARA_THD_XECC_low : xcorr lower threshold short PARA_reserved_23; // PARA_EchoPSD_Gain_highXECC : resi Echo psd gain in high xcorr short PARA_reserved_24; // PARA_EchoPSD_Gain_lowXECC : resi Echo psd gain in low xcorr short PARA_reserved_25; // ringback sig pwrdiff thd lowbit short PARA_reserved_26; // ringback sig pwrdiff thd lowbit short PARA_reserved_27; // PwrDiff_TxRx_to detect strong ST short PARA_reserved_28;// PARA_RxClipping_Bound short PARA_reserved_29; // PARA_THD_Pwr_Tx_AECin_low short PARA_reserved_30; // PwrDiff TxRx to detect strong tx-NET only short PARA_reserved_33; // PARA_THD_AECinoutDIFFerence to update Waux short PARA_reserved_34; // reserved short PARA_reserved_35; short PARA_reserved_36; short PARA_reserved_37; short PARA_reserved_38; short PARA_reserved_39; short PARA_reserved_40; } SamsungSolomonVoiceWTxAECParam; typedef struct { short PARA_Gain_EchoPSD_RES; short PARA_NoiseFloor_RES; short PARA_Gain_Echo_PSD[DVTX_M_NUM_CHAN_WB]; short PARA_reserved_2; // flag FNLMS on off short PARA_reserved_3; // flag RES on off short PARA_reserved_31;// PARA_RESgainlIMIT_IniRxSigOnSet short PARA_reserved_32;// PARA_RES_prioSNRga in ST interval : not used short PARA_reserved_41; // Fadf oversubtraction bit sifht 0~1kHz short PARA_reserved_42; // Fadf oversubtraction bit sifht 1~4kHz short PARA_reserved_43; // Fadf oversubtraction bit sifht 4~8kHz short PARA_reserved_44; // over Rx psd estimation for single NET flag short PARA_reserved_45; // single NET flag, Wiener gain THD 0~1.0 short PARA_reserved_46; // Wfnlms ini value short PARA_reserved_47; // reserved short PARA_reserved_48; short PARA_reserved_49; short PARA_reserved_50; short PARA_reserved_51; short PARA_reserved_52; short PARA_reserved_53; short PARA_reserved_54; short PARA_reserved_55; short PARA_reserved_56; short PARA_reserved_57; short PARA_reserved_58; short PARA_reserved_59; short PARA_reserved_60; } SamsungSolomonVoiceWTxRESParam; typedef struct { short PARA_ns_level; short PARA_HangOver_Cnt_NoiseFree; short PARA_Gain_EchoPSD_NS; // Echo psd gain for Noisd psd calculation 0 to 32767 q15 short PARA_xi_for_SPP_Table; // 0 to 15 [dB] scale short PARA_Npsd_Gain_MIN; // Npsd gain in silence interval short PARA_NoiseFloor_Offset_MAX; // Gain floor offset in silence interval short PARA_MIN_CHAN_PWR; short PARA_MIN_NOISE_PWR; short PARA_NoiseFloorOffset_0_250Hz_low; // 0.2 Q15 short PARA_NoiseFloorOffset_0_250Hz_high; // 0.25 Q15 short PARA_NoiseFloorOffset_250_4000Hz_low; // 0.12 Q15 short PARA_NoiseFloorOffset_250_4000Hz_high; // 0.3 Q15 short PARA_NoiseFloorOffset_4000_8000Hz_low; // 0.04 Q15 short PARA_NoiseFloorOffset_4000_8000Hz_high; // 0.3 Q15 int PARA_THD_Pwr_Lo_1k_4k; short PARA_THD_Pwr_Lo_1k_4k_lowbit; short PARA_THD_Pwr_Lo_1k_4k_highbit; short PARA_Slop_SNRiniAvg_for_beta; int PARA_THD_Lo_SNRiniAvg_for_beta; short PARA_THD_Lo_SNRiniAvg_for_beta_lowbit; short PARA_THD_Lo_SNRiniAvg_for_beta_highbit; int PARA_THD_Hi_SNRiniAvg_for_beta; short PARA_THD_Hi_SNRiniAvg_for_beta_lowbit; short PARA_THD_Hi_SNRiniAvg_for_beta_highbit; short PARA_slope_prioriSNR_for_NoiseFloor; int PARA_THD_Lo_prioriSNR_for_NoiseFloor; short PARA_THD_Lo_prioriSNR_for_NoiseFloor_lowbit; short PARA_THD_Lo_prioriSNR_for_NoiseFloor_highbit; int PARA_THD_Hi_prioriSNR_for_NoiseFloor; short PARA_THD_Hi_prioriSNR_for_NoiseFloor_lowbit; short PARA_THD_Hi_prioriSNR_for_NoiseFloor_highbit; short PARA_FixedXi[DVTX_M_NUM_CHAN_WB][3]; short PARA_FixedXi_iniSNR[DVTX_M_NUM_CHAN_WB]; short PARA_FixedXi_srtSNR[DVTX_M_NUM_CHAN_WB]; short PARA_FixedXi_lotSNR[DVTX_M_NUM_CHAN_WB]; short PARA_reserved_4; // flag NS on off short PARA_reserved_61; // PARA_post_fDRC_OnOff_FLAG : 0(off), 1(on) short PARA_reserved_62;// PARA_THD_TxPwr_LOWER short PARA_reserved_63; // PARA_THD_TxPwr_UPPER short PARA_reserved_64; // PARA_fDRC_SNT_Gain : Rx off fDRC gain short PARA_reserved_65; short PARA_reserved_66; short PARA_reserved_67; short PARA_reserved_68; short PARA_reserved_69; short PARA_reserved_70; short PARA_reserved_71; short PARA_reserved_72; short PARA_reserved_73; short PARA_reserved_74; short PARA_reserved_75; short PARA_reserved_76; short PARA_reserved_77; short PARA_reserved_78; short PARA_reserved_79; short PARA_reserved_80; } SamsungSolomonVoiceWTxNSParam; typedef struct { short PARA_wl; short PARA_fh; } SamsungSolomonVoiceWTxPRENSParam; typedef struct { short fl; short fh; short mu_in; short mu_out; } SamsungSolomonVoiceWTxANCParam; typedef struct { short PARA_reserved_8;// short PARA_reserved_10;// THD BWE_pwr_in_dB } SamsungSolomonVoiceWTxBWEParam; typedef struct { short PARA_reserved_9; //in/out Mixing flag short PARA_reserved_5; //PARA_Modechange_Hangover short PARA_reserved_6; // PARA_TxRxHPFcoef_index for BT path } SamsungSolomonVoiceWTxMixParam; // tunning parameters typedef struct { short PARA_txMode;// DO NOT CHANGE SamsungSolomonVoiceWTxFRAMEParam FRAME_param; SamsungSolomonVoiceWTxAECParam AEC_Inner_param; SamsungSolomonVoiceWTxAECParam AEC_Outer_param; SamsungSolomonVoiceWTxRESParam RES_Inner_param; SamsungSolomonVoiceWTxRESParam RES_Outer_param; SamsungSolomonVoiceWTxNSParam NS_Inner_param; SamsungSolomonVoiceWTxNSParam NS_Outer_param; SamsungSolomonVoiceWTxPRENSParam PreNS_Inner_param; SamsungSolomonVoiceWTxPRENSParam PreNS_Outer_param; SamsungSolomonVoiceWTxANCParam ANC_Inner_param; SamsungSolomonVoiceWTxANCParam ANC_Outer_param; SamsungSolomonVoiceWTxBWEParam BWE_param; SamsungSolomonVoiceWTxMixParam Mix_param; }SamsungSolomonVoiceParam; typedef struct { short *Speech_Tx_Inner; short *Speech_Tx_Outer; short *Speech_Rx_Inner; short *Speech_Rx_Outer; short *OutSignal_Inner; short *OutSignal_Outer; short *dbgOutput_buf_Inner_NB; short *dbgOutput_buf_Inner_WB; short *dbgOutput_buf_BWE; short *dbgOutput_buf_Outer; short TX_bandwidth_Inner; short TX_bandwidth_Outer; COMMONBUF COMMON_buf; FRAMEStatus FRAME_buf; AECStatus AEC_Inner_buf; AECStatus AEC_Outer_buf; RESStatus RES_Inner_buf; RESStatus RES_Outer_buf; NSStatus NS_Inner_buf; NSStatus NS_Outer_buf; PRENSStatus PRENS_Inner_buf; PRENSStatus PRENS_Outer_buf; ANCStatus ANC_Inner_buf; ANCStatus ANC_Outer_buf; BWEStatus BWE_buf; MixingStatus Mix_buf; SamsungSolomonVoiceWTxFRAMEParam FRAME_param; SamsungSolomonVoiceWTxAECParam AEC_Inner_param; SamsungSolomonVoiceWTxAECParam AEC_Outer_param; SamsungSolomonVoiceWTxRESParam RES_Inner_param; SamsungSolomonVoiceWTxRESParam RES_Outer_param; SamsungSolomonVoiceWTxNSParam NS_Inner_param; SamsungSolomonVoiceWTxNSParam NS_Outer_param; SamsungSolomonVoiceWTxPRENSParam PreNS_Inner_param; SamsungSolomonVoiceWTxPRENSParam PreNS_Outer_param; SamsungSolomonVoiceWTxANCParam ANC_Inner_param; SamsungSolomonVoiceWTxANCParam ANC_Outer_param; SamsungSolomonVoiceWTxBWEParam BWE_param; SamsungSolomonVoiceWTxMixParam Mix_param; } DVTX_ECNS_Cfg_t; typedef struct { short *Speech_Tx_Inner; short *Speech_Tx_Outer; short *Speech_Rx_Inner; short *Speech_Rx_Outer; short *OutSignal; short Mode; short BandWidth_Inner; short BandWidth_Outer; DVTX_ECNS_Cfg_t* DVTX_ECNS_vars; DVTX_ECNS_Cfg_t DVTX_ECNS_vars_STRUCT; } SamsungSolomonVoiceEngine_Handle_t; /****************************************************************************** * FUNCTION PROTOTYPES *****************************************************************************/ extern void SamsungSolomonVoiceWEngineInit(SamsungSolomonVoiceEngine_Handle_t* SamsungDiamondVoiceEngine_vars_Tx); extern void SamsungSolomonVoiceWParamSetting(SamsungSolomonVoiceParam* DiamondVoice_DV_TX_Config); extern void SamsungSolomonVoiceWEngineExe(SamsungSolomonVoiceEngine_Handle_t* SamsungDiamondVoiceEngine_vars_Tx, SamsungSolomonVoiceParam *SamsungDiamondParam_varsTx, short *Speech_Tx_Inner, short *Speech_Tx_Outer, short *Speech_rx_Inner, short *Speech_rx_Outer, short *OutSignal, short *Output_buf_Inner_NB, short *Output_buf_Inner_WB, short *Output_buf_BWE, short *Output_buf_Outer); extern void SamsungSolomonVoiceWEngineConfig(SamsungSolomonVoiceEngine_Handle_t* SamsungDiamondVoiceEngine_vars_Tx, SamsungSolomonVoiceParam* SamsungDiamondParam_varsTx); #endif