#ifndef	SolmonVoice_H

#define SolmonVoice_H

#include "Define_config.h"

//#include "SamsungSolomonVoiceW_Int.h"

/****************************************************************************************

*  HEADER FILE

****************************************************************************************/



#define OUTER_NUM 2



/*   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



#define         DVTX_M_LTSV_R            16

#define         DVTX_M_LTSV_Ksrt         15

#define         DVTX_M_LTSV_Kend         127

#define         DVTX_M_LTSV_Nbin         (DVTX_M_LTSV_Kend - DVTX_M_LTSV_Ksrt + 1)



//FOR FIR Filter

#define			SF_FRAME_LENGTH_SWB					640

#define			SF_FIRFILTERNUM						63

#define			SF_FIRFILTER_CENTER					31

#define			SF_FIRFILTER_BYPASS					16384

#define			FIRFILTERTEMP					32

// 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_1,

	CH_OUTER_2

} CHANNEL;

#if(FLAG_SELECT_C_DSP == 0)

#define ALIGN64SFX __attribute__ ((aligned(16)))

#else

#define ALIGN64SFX

#endif

typedef struct { //COMMONBUF

	// Inner output

	short Output_buf_Inner[SAMSUNGDIAMONDVOICEWIDEBAND_TX] ALIGN64SFX;



	// common buffer

	int Buff_L_NB[DVTX_M_FRM_LEN_NB] ALIGN64SFX; //sBuff1

	int Buff_L_NB2[DVTX_M_FRM_LEN_NB] ALIGN64SFX; //sBuff1

	int Buff_L_WB[DVTX_M_FFT_LEN_WB] ALIGN64SFX; //sBuff



	// PreNS

	short	Gmin;

	short dummy;

	int  gL_EEii[DVTX_M_FFT_HALFLEN_NB] ALIGN64SFX;

	short gf0contourAvg[DVTX_M_FFT_HALFLEN_WB] ALIGN64SFX;

	int  *gL_EEoo_07;

	short gtmpf0contour[DVTX_M_FFT_HALFLEN_WB + DVTX_M_FFT_HALFLEN_WB] ALIGN64SFX; // tmporay vector



	// RES

	int     gL_DDBin[DVTX_M_FFT_HALFLEN_WB + DVTX_M_FFT_HALFLEN_NB] ALIGN64SFX;

	int     gL_EEBin[DVTX_M_FFT_HALFLEN_WB + DVTX_M_FFT_HALFLEN_NB] ALIGN64SFX;

	short   gGpwrres[DVTX_M_FFT_HALFLEN_WB + DVTX_M_FFT_HALFLEN_NB] ALIGN64SFX;

	short 	gW_fnlms_reression[DVTX_M_FFT_HALFLEN_WB + DVTX_M_FFT_HALFLEN_NB] ALIGN64SFX;

	short 	gW_fnlms_reression2[DVTX_M_FFT_HALFLEN_WB + DVTX_M_FFT_HALFLEN_NB] ALIGN64SFX;

	short 	gG_fnlms[DVTX_M_FFT_HALFLEN_WB + DVTX_M_FFT_HALFLEN_NB] ALIGN64SFX;



	// NS

	short *gS_tmpfft1;

	int   ECNSbuff_L_SNR_by_Nmmse_ini[DVTX_M_NUM_CHAN_WB] ALIGN64SFX;

	int   ECNSbuff_L_SNR_by_Nmmse_global[DVTX_M_NUM_CHAN_WB] ALIGN64SFX;



	int   ECNSbuff_L_tmpvec[DVTX_M_NUM_CHAN_WB] ALIGN64SFX;

	int   ECNSbuff_L_tmpvec1[DVTX_M_NUM_CHAN_WB] ALIGN64SFX;

	short  ECNSbuff_S_tmpvec[DVTX_M_NUM_CHAN_WB] ALIGN64SFX;

	short  ECNSbuff_S_noise_floor[DVTX_M_NUM_CHAN_WB] ALIGN64SFX;

	short  ECNSbuff_S_spp_ns[DVTX_M_NUM_CHAN_WB] ALIGN64SFX;



	short  ECNSbuff_P_H1[DVTX_M_NUM_CHAN_WB] ALIGN64SFX;

	short  ECNSbuff_P_H1_GbyL[DVTX_M_NUM_CHAN_WB] ALIGN64SFX;

	int   ECNSbuff_L_SNR_by_Nmmse_ini_cepsmooth[DVTX_M_NUM_CHAN_WB] ALIGN64SFX;

	int   ECNSbuff_L_SNR_by_Nmmse_ini_cepsmooth_fix[DVTX_M_NUM_CHAN_WB] ALIGN64SFX;



	short  ECNSbuff_tmpvec_ceps[DVTX_M_Nfft_ceps_WB] ALIGN64SFX;

	short  ECNSbuff_SNR_ini_ceps[DVTX_M_Nfft_ceps_WB] ALIGN64SFX;

	short  ECNSbuff_tmp_beta_ceps[DVTX_M_Nfft_ceps_WB] ALIGN64SFX;



	int     gL_RRBin_step[DVTX_M_FFT_HALFLEN_WB + DVTX_M_FFT_HALFLEN_NB] ALIGN64SFX;



	// AEC

	short gRxFrm_Delay_AEC[((2000 * OUTER_NUM) + 1000)] ALIGN64SFX;

	short gRxFrm_AECin_AEC[(DVTX_M_FRM_LEN_WB + DVTX_Nadf_MAX /*- 1*/) * OUTER_NUM + DVTX_M_FRM_LEN_NB + DVTX_Nadf_MAX] ALIGN64SFX;

	short gE_tx_AEC[DVTX_M_FRM_LEN_WB * OUTER_NUM + DVTX_M_FRM_LEN_NB] ALIGN64SFX;

	short gE_tx_AECaux[DVTX_M_FRM_LEN_WB * OUTER_NUM + DVTX_M_FRM_LEN_NB] ALIGN64SFX;

	short gRxFFTfrm_AEC[DVTX_M_FRM_LEN_WB * OUTER_NUM + DVTX_M_FRM_LEN_NB] ALIGN64SFX;

	short gRxFFTfrm_clp_AEC[DVTX_M_FRM_LEN_WB * OUTER_NUM + DVTX_M_FRM_LEN_NB] ALIGN64SFX;



	// FrmVAD

	int gavg_ANC_sigPwr[DVTX_M_FFT_HALFLEN_WB + DVTX_M_FFT_HALFLEN_NB] ALIGN64SFX;



	// ANC

	int gANC_sigPwr[DVTX_M_FFT_HALFLEN_WB + DVTX_M_FFT_HALFLEN_NB] ALIGN64SFX;

	int  	gANC_sigPwr_inner[DVTX_M_FFT_HALFLEN_WB] ALIGN64SFX;//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] ALIGN64SFX;

	short 	gANC_W_Filter[DVTX_M_FFT_LEN_WB + DVTX_M_FFT_LEN_NB] ALIGN64SFX;



	// Mixing

	int  ECNSbuff_L_EEBin_forMixing[DVTX_M_FFT_HALFLEN_WB] ALIGN64SFX;



}COMMONBUF;



typedef struct {

	short PRE_EMP;

	short BLK_NORM;

	short NORM_PRV;

	short data_buffer[DVTX_M_FFT_LEN_NB] ALIGN64SFX;

	short WINDOW_OVERLAP[DVTX_M_DELAY_NB] ALIGN64SFX;

}FFTBUF_NB;



typedef struct {

	short PRE_EMP;

	short BLK_NORM;

	short NORM_PRV;

	short data_buffer[DVTX_M_FFT_LEN_WB] ALIGN64SFX;

	short WINDOW_OVERLAP[DVTX_M_DELAY_WB] ALIGN64SFX;

}FFTBUF_WB;



typedef struct {

	short DE_EMP;

	short OVERLAP[DVTX_M_FFT_LEN_NB - DVTX_M_FRM_LEN_NB] ALIGN64SFX;

}IFFTBUF_NB;



typedef struct {

	short DE_EMP;

	short OVERLAP[DVTX_M_FFT_LEN_WB - DVTX_M_FRM_LEN_WB] ALIGN64SFX;

}IFFTBUF_WB;



typedef struct {//Inner, Outer °ψΕλ



	short Flag_Tx_Clipping_Inner;

	short Flag_Tx_Clipping_Outer_1;

	short Flag_Tx_Clipping_Outer_2;



	// back up inner 16kHz input signal

	short Speech_Tx_Inner_WB[SAMSUNGDIAMONDVOICEWIDEBAND_TX] ALIGN64SFX;

#if(FLAG_SELECT_C_DSP == 1)

	short dbg_buffer_Outer[DVTX_M_FFT_LEN_WB] ALIGN64SFX;

#endif

	short data_buffer_forMixing[DVTX_M_FFT_LEN_WB] ALIGN64SFX;



	// OLA

	FFTBUF_NB fftbuf_Inner ALIGN64SFX;		//data_buffer_NB

	FFTBUF_NB fftbuf_RX_Inner ALIGN64SFX;	//data_buffer_rx_NB

	FFTBUF_NB fftbuf_RX2_Inner ALIGN64SFX; //data_buffer_rx2_NB

	FFTBUF_WB fftbuf_Inner_WB ALIGN64SFX;	//data_buffer_inner_WB

	FFTBUF_WB fftbuf_Outer_1 ALIGN64SFX;		//data_buffer_WB

	FFTBUF_WB fftbuf_Outer_2 ALIGN64SFX;		//data_buffer_WB

	FFTBUF_WB fftbuf_RX_Outer ALIGN64SFX;	//data_buffer_rx_WB

	FFTBUF_WB fftbuf_RX2_Outer ALIGN64SFX; //data_buffer_rx2_WB

	// OLA (NB mode)

	FFTBUF_NB fftbuf_Outer_NB ALIGN64SFX;	//data_buffer_NB

	FFTBUF_NB fftbuf_RX_Outer_NB ALIGN64SFX;	//data_buffer_rx_NB

	FFTBUF_NB fftbuf_RX2_Outer_NB ALIGN64SFX; //data_buffer_rx2_NB

	

	// IOLA

	IFFTBUF_WB Ifftbuf_Output ALIGN64SFX;

	IFFTBUF_WB Ifftbuf_Inner_WB ALIGN64SFX;

	IFFTBUF_WB Ifftbuf_Outer_WB ALIGN64SFX;

	// IOLA (NB mode)

	IFFTBUF_NB Ifftbuf_Output_NB ALIGN64SFX;



	int  *L_EEBin_forMixing;



	/********* outer IIR Filtering ********/

	int HPFstateOuterTx_1[5] ALIGN64SFX;

	int HPFstateOuterTx_2[5] ALIGN64SFX;

	int HPFstateOuterRx[5] ALIGN64SFX;



	/********* inner downsampling : 16kHz to 8kHz ********/

	long Buf_Downsample_InnerRx[8] ALIGN64SFX;

	long Buf_Downsample_InnerTx[8] ALIGN64SFX;



	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*/] ALIGN64SFX;

	short MinVal_FrmPiLowBand;



} FRAMEStatus;



typedef struct {//Inner, Outer Ί°΅΅

	short *adf_var;



	short ADF_IN[DVTX_Nadf_MAX] ALIGN64SFX;



	short W[DVTX_Nadf_WB] ALIGN64SFX;

	short Waux[DVTX_Nadf_WB] ALIGN64SFX;



	short Buff_RxOnset_aecout[DVTX_RxSigon_BuffLen_MAX] ALIGN64SFX; // max 4 frmae 320*4=1280, NB/WB common

	short Buff_RxOnset_txin[DVTX_RxSigon_BuffLen_MAX] ALIGN64SFX;



	short ADF_IN_short[DVTX_Nadfshort_WB] ALIGN64SFX;



	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 {

	short tmp;



	short XoutGSC[DVTX_M_FFT_LEN_WB] ALIGN64SFX;



	int GXo1Xo2EQ[DVTX_M_FFT_HALFLEN_WB] ALIGN64SFX;

	int PwrXo1EQ[DVTX_M_FFT_HALFLEN_WB] ALIGN64SFX;

	short qXX01EQ;

	int PwrXo2EQ[DVTX_M_FFT_HALFLEN_WB] ALIGN64SFX;

	short qXX02EQ;



	int XXo1[DVTX_M_FFT_HALFLEN_WB] ALIGN64SFX; // 1-frame volatile

	int XXo2[DVTX_M_FFT_HALFLEN_WB] ALIGN64SFX; // 1-frame volatile



	int tmpvec256A[DVTX_M_FFT_HALFLEN_WB] ALIGN64SFX;// 1-frame volatile

	int tmpvec256B[DVTX_M_FFT_HALFLEN_WB] ALIGN64SFX;// 1-frame volatile



	short pH1mic[DVTX_M_FFT_HALFLEN_WB] ALIGN64SFX;// 1-frame volatile

	short pH1micavg[DVTX_M_FFT_HALFLEN_WB] ALIGN64SFX;

	int Npsdmic[DVTX_M_FFT_HALFLEN_WB] ALIGN64SFX;

	int Npsdsppmic[DVTX_M_FFT_HALFLEN_WB] ALIGN64SFX;



	short pH1gsc[DVTX_M_FFT_HALFLEN_WB] ALIGN64SFX;// 1-frame volatile

	short pH1gscavg[DVTX_M_FFT_HALFLEN_WB] ALIGN64SFX;

	int   Npsdgsc[DVTX_M_FFT_HALFLEN_WB] ALIGN64SFX;

	int   Npsdsppgsc[DVTX_M_FFT_HALFLEN_WB] ALIGN64SFX;



	int SxMtxLtsv[DVTX_M_LTSV_Nbin][DVTX_M_LTSV_R] ALIGN64SFX;

	short ColIndexSxMtx;



	short Flag_AbnormalMic;



	/* GSC */

	short(*wBF)[514] ALIGN64SFX;

	short(*wMaxNSR)[514] ALIGN64SFX;

	short X_F_NSR[(DVTX_M_FFT_HALFLEN_WB/* + 1*/) * 2] ALIGN64SFX;

	short X_B_NSR[(DVTX_M_FFT_HALFLEN_WB/* + 1*/) * 2] ALIGN64SFX;

	short XoBcNSRNfrm[2][(DVTX_M_FFT_HALFLEN_WB/* + 1*/) * 2] ALIGN64SFX;

	short WgscNSR[(DVTX_M_FFT_HALFLEN_WB/* + 1*/) * 2] ALIGN64SFX;

	short WgscNSRNfrm[2][(DVTX_M_FFT_HALFLEN_WB/* + 1*/) * 2] ALIGN64SFX;

	int XXgsc[DVTX_M_FFT_HALFLEN_WB/* + 1*/] ALIGN64SFX;

	short  qXXgsc;

	short Q_ps_cepsavg_prev;





	/*Npsdbm for NS */

	int PwrXXgsc[DVTX_M_FFT_HALFLEN_WB] ALIGN64SFX;

	int PwrXXbm[DVTX_M_FFT_HALFLEN_WB] ALIGN64SFX;

	int NpsdBM[DVTX_M_FFT_HALFLEN_WB] ALIGN64SFX;

	int G_gsc_bm[DVTX_M_FFT_HALFLEN_WB] ALIGN64SFX;

	int NpsdBFout[DVTX_M_FFT_HALFLEN_WB] ALIGN64SFX;



	/* pitch enhancement */

	int ps[DVTX_M_FFT_HALFLEN_WB + 1] ALIGN64SFX;

	int ps_ceps[DVTX_M_FFT_LEN_WB] ALIGN64SFX;

	int ps_cepsavg[DVTX_M_FFT_LEN_WB] ALIGN64SFX;

	int XX_GSCcpes[DVTX_M_FFT_LEN_WB] ALIGN64SFX;

	short a_ceps[DVTX_M_FFT_HALFLEN_WB + 1] ALIGN64SFX;

	short dummy1;

	//int XX_GSCcpes[DVTX_M_FFT_LEN_WB] ALIGN64SFX;

	short gain_postNS[DVTX_M_FFT_HALFLEN_WB + 1] ALIGN64SFX;

	short dummy2;

	//short Q_ps_cepsavg_prev;

	//short dummy1;

	//short a_ceps[DVTX_M_FFT_HALFLEN_WB + 1] ALIGN64SFX;		//Q0.15

	//short dummy2;

	

	short Flag_NoiseOnly;



} BFStatus;



typedef struct {

	int   L_SNRMTX[DVTX_M_NUM_CHAN_WB][4] ALIGN64SFX;



	int  L_Npsd[DVTX_M_NUM_CHAN_WB] ALIGN64SFX;

	int  L_Npsd_MMSE_ini[DVTX_M_NUM_CHAN_WB] ALIGN64SFX;

	int  L_Npsd_MMSE_TMP[DVTX_M_NUM_CHAN_WB] ALIGN64SFX;



	short P_H1_ravg[DVTX_M_NUM_CHAN_WB] ALIGN64SFX;

	int  L_SNRpost_prv[DVTX_M_NUM_CHAN_WB] ALIGN64SFX;

	int  L_SERpost_prv[DVTX_M_NUM_CHAN_WB] ALIGN64SFX;

	short Gmmse[DVTX_M_NUM_CHAN_WB] ALIGN64SFX;

	short Gres[DVTX_M_NUM_CHAN_WB] ALIGN64SFX;

	short spp[DVTX_M_NUM_CHAN_WB] ALIGN64SFX;



	int  L_SNRprio_avg[DVTX_M_NUM_CHAN_WB] ALIGN64SFX;

	int  L_SNR_by_Nmmse_ini_avg[DVTX_M_NUM_CHAN_WB] ALIGN64SFX;



	short beta_ceps[DVTX_M_Nfft_ceps_WB] ALIGN64SFX;

	short SNR_ini_ceps_avg[DVTX_M_Nfft_ceps_WB] ALIGN64SFX;

	short SNR_ini_ceps_Fixedavg[DVTX_M_Nfft_ceps_WB] ALIGN64SFX;



	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] ALIGN64SFX;

	int  L_Esqr_q30[DVTX_M_NUM_CHAN_WB] ALIGN64SFX;



	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] ALIGN64SFX;



	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] ALIGN64SFX;



} ANCStatus;



typedef struct {

	int  L_Esqr_ravg_silence[DVTX_M_NUM_CHAN_WB] ALIGN64SFX;

	int  L_Dsqr_ravg[DVTX_M_NUM_CHAN_WB] ALIGN64SFX;



	short   *GmmseNFFT;

	int		L_DDBin2[DVTX_M_FFT_HALFLEN_WB] ALIGN64SFX;

	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 {

	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_outer;

	int		w_inner;

	short	WND_normal_ON;

	short	WND_strong_cand;

	short	WND_strong_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*/] ALIGN64SFX;

	short FreqMix_BLK_NORM;

	int	eng_mean_high, eng_mean_low;

	short HPFouter;

	short LPFouter;



	int Inner_EEBin_UnFit[DVTX_M_FFT_HALFLEN_WB] ALIGN64SFX;



} MixingStatus;



typedef struct {



	short AGC_xd_level;		// fast rms value

	short AGC_G_old;		// past Gain



} AGCStatus;



typedef struct {



	short FIRCoefBuff[SF_FRAME_LENGTH_SWB + SF_FIRFILTERNUM - 1];



} FIRStatus;



#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_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_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 tmp;

#ifndef DIVIDE_TEST2

	int OvrSubFactor[DVTX_M_FFT_HALFLEN_WB + 1] ALIGN64SFX;

#else

	short OvrSubFactor[DVTX_M_FFT_HALFLEN_WB + 1] ALIGN64SFX;

#endif

	short a_cnst[DVTX_M_FFT_HALFLEN_WB + 1] ALIGN64SFX;



	short fl;

	short fh;



	short q1st;

	short qend;

	short beta;



} SamsungSolomonVoiceWTxBFParam;



typedef struct {



	short PARA_Gain_EchoPSD_RES;

	short PARA_NoiseFloor_RES;

	short PARA_Gain_Echo_PSD[DVTX_M_NUM_CHAN_WB] ALIGN64SFX;



	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] ALIGN64SFX;

	short PARA_FixedXi_iniSNR[DVTX_M_NUM_CHAN_WB] ALIGN64SFX;

	short PARA_FixedXi_srtSNR[DVTX_M_NUM_CHAN_WB] ALIGN64SFX;

	short PARA_FixedXi_lotSNR[DVTX_M_NUM_CHAN_WB] ALIGN64SFX;



	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 PreNS_onoff;

	short PARA_wl;

	short PARA_fh;



} SamsungSolomonVoiceWTxPRENSParam;



typedef struct {

	short ANC_onoff;

	short fl;

	short fh;



	short mu_in;

	short mu_out;



} SamsungSolomonVoiceWTxANCParam;





typedef struct {

	short	Mix_Freq_onoff;

	short	Mix_Time_onoff;

	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;





typedef struct {



	short denom;

	short size;



	short agc_comThd;

	short agc_comSlope;

	short agc_expThd;

	short agc_expSlope;



	short latt;			// level attack

	short lrlt;			// level release

	short gat;			// gain attack time

	short grt;			// gain release time	

	short compthd;

	short expthd;

	short compslop;

	short expslop;

	short maxboost1;

	short maxboost2;



} SamsungSolomonVoiceWTxAGCParam;





typedef struct {



	short FIRCoef_out_WB[SF_FIRFILTERNUM + 1] ALIGN64SFX;

	short FIRCoefCur_out_WB[SF_FIRFILTERNUM + 1] ALIGN64SFX;

	short FIRCoefDEST_out_WB[FIRFILTERTEMP] ALIGN64SFX;



	short FIRCoef_out_NB[SF_FIRFILTERNUM + 1] ALIGN64SFX;

	short FIRCoefCur_out_NB[SF_FIRFILTERNUM + 1] ALIGN64SFX;

	short FIRCoefDEST_out_NB[FIRFILTERTEMP] ALIGN64SFX;



} SamsungSolomonVoiceWTxFIRParam;



// tunning parameters

typedef struct {



	short PARA_txMode;// DO NOT CHANGE



	SamsungSolomonVoiceWTxFRAMEParam	FRAME_param ALIGN64SFX;

	SamsungSolomonVoiceWTxAECParam		AEC_Inner_param ALIGN64SFX;

	SamsungSolomonVoiceWTxAECParam		AEC_Outer_param_1 ALIGN64SFX;

	SamsungSolomonVoiceWTxAECParam		AEC_Outer_param_2 ALIGN64SFX;

	SamsungSolomonVoiceWTxBFParam		BF_param ALIGN64SFX;

	SamsungSolomonVoiceWTxRESParam		RES_Inner_param ALIGN64SFX;

	SamsungSolomonVoiceWTxRESParam		RES_Outer_param ALIGN64SFX;

	SamsungSolomonVoiceWTxNSParam		NS_Inner_param ALIGN64SFX;

	SamsungSolomonVoiceWTxNSParam		NS_Outer_param ALIGN64SFX;

	SamsungSolomonVoiceWTxPRENSParam	PreNS_Inner_param ALIGN64SFX;

	SamsungSolomonVoiceWTxPRENSParam	PreNS_Outer_param ALIGN64SFX;

	SamsungSolomonVoiceWTxANCParam		ANC_Inner_param ALIGN64SFX;

	SamsungSolomonVoiceWTxANCParam		ANC_Outer_param ALIGN64SFX;

	SamsungSolomonVoiceWTxMixParam		Mix_param ALIGN64SFX;

	SamsungSolomonVoiceWTxAGCParam		AGC_param_2input ALIGN64SFX;

	SamsungSolomonVoiceWTxAGCParam		AGC_param_output ALIGN64SFX;

	SamsungSolomonVoiceWTxFIRParam		FIR_param ALIGN64SFX;

	

}SamsungSolomonVoiceParam;





typedef struct {

	short *Speech_Tx_Inner;

	short *Speech_Tx_Outer_1;

	short *Speech_Tx_Outer_2;

	short *Speech_Rx_Inner;

	short *Speech_Rx_Outer;



	short *OutSignal_Inner;

	short *OutSignal_Outer;



#if(FLAG_SELECT_C_DSP == 1)

	short *dbgOutput_buf_Inner_NB;

	short *dbgOutput_buf_Inner_WB;

	short *dbgOutput_buf_Outer;

#endif



	short TX_bandwidth_Inner;

	short TX_bandwidth_Outer;



	COMMONBUF   COMMON_buf ALIGN64SFX;



	FRAMEStatus FRAME_buf ALIGN64SFX;

	AECStatus	AEC_Inner_buf ALIGN64SFX;

	AECStatus	AEC_Outer_buf_1 ALIGN64SFX;

	AECStatus	AEC_Outer_buf_2 ALIGN64SFX;

	BFStatus	BF_buf ALIGN64SFX;

	RESStatus	RES_Inner_buf ALIGN64SFX;

	RESStatus	RES_Outer_buf ALIGN64SFX;

	NSStatus	NS_Inner_buf ALIGN64SFX;

	NSStatus	NS_Outer_buf ALIGN64SFX;

	PRENSStatus PRENS_Inner_buf ALIGN64SFX;

	PRENSStatus PRENS_Outer_buf ALIGN64SFX;

	ANCStatus	ANC_Inner_buf ALIGN64SFX;

	ANCStatus	ANC_Outer_buf ALIGN64SFX;

	MixingStatus Mix_buf ALIGN64SFX;

	AGCStatus	AGC_buf_2input ALIGN64SFX;

	AGCStatus	AGC_buf_output ALIGN64SFX;



	SamsungSolomonVoiceWTxFRAMEParam	FRAME_param ALIGN64SFX;

	SamsungSolomonVoiceWTxAECParam		AEC_Inner_param ALIGN64SFX;

	SamsungSolomonVoiceWTxAECParam		AEC_Outer_param_1 ALIGN64SFX;

	SamsungSolomonVoiceWTxAECParam		AEC_Outer_param_2 ALIGN64SFX;

	SamsungSolomonVoiceWTxBFParam		BF_param ALIGN64SFX;

	SamsungSolomonVoiceWTxRESParam		RES_Inner_param ALIGN64SFX;

	SamsungSolomonVoiceWTxRESParam		RES_Outer_param ALIGN64SFX;

	SamsungSolomonVoiceWTxNSParam		NS_Inner_param ALIGN64SFX;

	SamsungSolomonVoiceWTxNSParam		NS_Outer_param ALIGN64SFX;

	SamsungSolomonVoiceWTxPRENSParam	PreNS_Inner_param ALIGN64SFX;

	SamsungSolomonVoiceWTxPRENSParam	PreNS_Outer_param ALIGN64SFX;

	SamsungSolomonVoiceWTxANCParam		ANC_Inner_param ALIGN64SFX;

	SamsungSolomonVoiceWTxANCParam		ANC_Outer_param ALIGN64SFX;

	SamsungSolomonVoiceWTxMixParam		Mix_param ALIGN64SFX;

	SamsungSolomonVoiceWTxAGCParam		AGC_param_2input ALIGN64SFX;

	SamsungSolomonVoiceWTxAGCParam		AGC_param_output ALIGN64SFX;

	SamsungSolomonVoiceWTxFIRParam		FIR_param ALIGN64SFX;



	FIRStatus	FIR_buf_out_WB ALIGN64SFX;

	FIRStatus	FIR_buf_out_NB ALIGN64SFX;



} DVTX_ECNS_Cfg_t;





typedef struct {

	short *Speech_Tx_Inner;

	short *Speech_Tx_Outer_1;

	short *Speech_Tx_Outer_2;

	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 ALIGN64SFX;

	DVTX_ECNS_Cfg_t DVTX_ECNS_vars_STRUCT ALIGN64SFX;



} SamsungSolomonVoiceEngine_Handle_t;







/******************************************************************************

*  FUNCTION PROTOTYPES

*****************************************************************************/

extern void SamsungSolomonVoiceWEngineInit(SamsungSolomonVoiceEngine_Handle_t* SamsungDiamondVoiceEngine_vars_Tx);



extern void SamsungSolomonVoiceWParamSetting(SamsungSolomonVoiceParam* DiamondVoice_DV_TX_Config, short bandwidth);



#if(FLAG_SELECT_C_DSP == 1)

extern void SamsungSolomonVoiceWEngineExe(SamsungSolomonVoiceEngine_Handle_t* SamsungDiamondVoiceEngine_vars_Tx, SamsungSolomonVoiceParam *SamsungDiamondParam_varsTx,

	short *Speech_Tx_Inner, short *Speech_Tx_Outer_1, short *Speech_Tx_Outer_2, short *Speech_rx_Inner, short *Speech_rx_Outer, short *OutSignal,

	short *Output_buf_Inner_NB, short *Output_buf_Inner_WB, short *Output_buf_Outer);

#else

extern void SamsungSolomonVoiceWEngineExe(SamsungSolomonVoiceEngine_Handle_t* SamsungDiamondVoiceEngine_vars_Tx, SamsungSolomonVoiceParam *SamsungDiamondParam_varsTx,

	short *Speech_Tx_Inner, short *Speech_Tx_Outer_1, short *Speech_Tx_Outer_2, short *Speech_rx_Inner, short *Speech_rx_Outer, short *OutSignal);

#endif



extern void SamsungSolomonVoiceWEngineConfig(SamsungSolomonVoiceEngine_Handle_t* SamsungDiamondVoiceEngine_vars_Tx,	SamsungSolomonVoiceParam* SamsungDiamondParam_varsTx);



#endif