#define _CRT_SECURE_NO_WARNINGS #if defined(__arm__) #if (__ARMCC_VERSION >= 6000000) #pragma clang section data = "SE_SOL_DSRW" text = "SE_SOL_CODE" bss = "SE_SOL_DSZI" rodata = "SE_SOL_DSCONST" #elif (__ARMCC_VERSION >= 5000000) #pragma arm section rwdata = "SE_DMV_DSRW", rodata = "SE_DMV_DSCONST", code = "SE_DMV_CODE", zidata = "SE_DMV_DSZI" #else // to do #endif #endif /*--------------------------------------------------------------*\ * Samsung Electnoics co, LTD. * * * * DiamondVoice (Fixed-point) * * * * main.c * * * \*--------------------------------------------------------------*/ #include #include #include #include double start, end; double duration; long max_iter = 10000; long k; static int flag = 0; //#define _DV_RX_ #ifdef _DV_RX_ #include "samsungDiamondVoice.h" #define DIAMONDVOICE_FRAME SAMSUNGDIAMONDVOICEWIDEBAND // SAMSUNGDIAMONDVOICESUPERWIDEBAND, SAMSUNGDIAMONDVOICEWIDEBAND, SAMSUNGDIAMONDVOICENARROWBAND #define FIRFILTERTEMP 32 #define FIRFILTERTEMP_QF 17 short DiamondVoice_Mode_v = 0; short dhaHearingLevel[12] = {10,5,10,10,15,30,10,5,10,10,15,30}; /* FIR Filter for NBquality */ short NBQualityCoef[FIRFILTERTEMP_QF] = { 104, -157, -354, -346, -105, 250, 508, 476, 106, -445, -861, -808, -107, 1151, 2604, 3762, 4204 }; // 33 Tap FIR for SWB //short NBQualityCoef[FIRFILTERTEMP_QF] = { 91, -332, -91, 388, 92, -462, -93, 570, 93, -737, -93, 1038, 93, -1735, -93, 5214, 8286 }; // 33 Tap FIR for WB SamsungDiamondVoiceParam DiamondVoice_DVConfig = { 0, }; SamsungDiamondVoiceEngine_Handle_t SamsungDiamondVoiceEngine_var; void setMode(int flag); FILE *dfp[20]; char *debug_description[20] = { "_DIFF_RMS", "_NOISE_RMS", "_NOISE_THD", "_GAIN", "_TX_VAD", "_NoiseClass", "_NoiseClass1", "_NoiseClass2", "_NONSTAT", "_IDLE_CNT", "_FILTER_CNT", "_ADRC_CNT", "_SVI_CNT", "_STATUS", "_NS_IN_FRM", "_NS_OUT_FRM", "_NS_IN_RMS", "_NS_OUT_RMS", "_DETECT_NOISE", "_DETECT_IDLE" }; int nDebugFiles = 20; FILE *fp_adrc; FILE *fp_spectro, *fp_fq_para, *fp_ch_minmax, *fp_ch_howl_flag, *fp_freq_howl_flag, *fp_freq_howl_gain, *fp_lsf_eng, *fp_lsf_band; // for howl debug int main(int argc, char *argv[]) { // for howl debug fp_spectro = fopen("howl_spectro.txt", "w"); fp_fq_para = fopen("howl_para.txt", "w"); fp_ch_minmax = fopen("howl_band_minmax.txt", "w"); fp_ch_howl_flag = fopen("howl_band_flag.txt", "w"); fp_freq_howl_flag = fopen("howl_freq_flag.txt", "w"); fp_freq_howl_gain = fopen("howl_freq_gain.txt", "w"); FILE *ifp1, *ifp2, *ifp3, *ifp4, *ofp, *ofp2; short counter = 0; long FrmCnt = 0; short i = 0; short big_rx_silence; short big_tx_state; short big_tx1_var, big_tx1_rms, big_tx2_var, big_tx2_rms; short big_tx_cnt; short big_mbd_state; short big_mbd_maxtime; short n = 0; for (int i = 0; i < nDebugFiles; i++) { char debug_filename[100] = "\0"; strcat(debug_filename, "DEBUG_"); debug_filename[6] = i / 10 + '0'; debug_filename[7] = i % 10 + '0'; strcat(debug_filename, debug_description[i]); strcat(debug_filename, ".pcm"); dfp[i] = fopen(debug_filename, "wb"); } fp_adrc = fopen("adrc_rms.pcm", "wb"); short Speech_buf[640], Noise_buf_bot[640], Noise_buf_top[640], Noise_buf_after[640], Output_buf[640], Output_buf_ds[640]; FILE* fp_bigstatus; FILE* fp_bigrms1; FILE* fp_bigvar1; FILE* fp_bigrms2; FILE* fp_bigvar2; FILE* fp_bigcnt; FILE* fp_mbdstatus; fp_bigstatus = fopen("big_tx_status.txt", "wb"); fp_bigrms1 = fopen("big_tx1_rms.txt", "wb"); fp_bigvar1 = fopen("big_tx1_var.txt", "wb"); fp_bigrms2 = fopen("big_tx2_rms.txt", "wb"); fp_bigvar2 = fopen("big_tx2_var.txt", "wb"); fp_bigcnt = fopen("big_tx_cnt.txt", "wb"); fp_mbdstatus = fopen("big_mbs_status.txt", "wb"); fp_lsf_eng = fopen("howl_lsf_eng.txt", "wb"); fp_lsf_band = fopen("howl_lsf_band.txt", "wb"); if ((ifp1 = fopen(argv[1], "rb")) == (FILE *)NULL) exit(fprintf(stderr, "input file error..\n")); if ((ifp2 = fopen(argv[2], "rb")) == (FILE *)NULL) exit(fprintf(stderr, "input file error..\n")); if ((ifp3 = fopen(argv[3], "rb")) == (FILE *)NULL) exit(fprintf(stderr, "input file error..\n")); if ((ifp4 = fopen(argv[4], "rb")) == (FILE *)NULL) exit(fprintf(stderr, "input file error..\n")); if ((ofp = fopen(argv[5], "wb")) == (FILE *)NULL) exit(fprintf(stderr, "output file error..\n")); if ((ofp2 = fopen(argv[6], "wb")) == (FILE *)NULL) exit(fprintf(stderr, "output file error..\n")); #if defined(__DV_NEON_OPT) if (testBand == 0) DIAMONDVOICE_FRAME = 160; else if (testBand == 1) DIAMONDVOICE_FRAME = 320; else if (testBand == 2) DIAMONDVOICE_FRAME = 640; else{ printf("error(teatBand)\n"); } if (testBand == 0) { if ((ofp = fopen("D:\\00_Temp\\neonout\\NEON_Rxout_8k.pcm", "wb")) == (FILE *)NULL) { fprintf(stderr, "output file error..\n"); return 0; } if ((ofp2 = fopen("D:\\00_Temp\\neonout\\NEON_Rxout_8k_ds.pcm", "wb")) == (FILE *)NULL) { fprintf(stderr, "output file error..\n"); return 0; } } if (testBand == 1) { if ((ofp = fopen("D:\\00_Temp\\neonout\\NEON_Rxout_16k.pcm", "wb")) == (FILE *)NULL) { fprintf(stderr, "output file error..\n"); return 0; } if ((ofp2 = fopen("D:\\00_Temp\\neonout\\NEON_Rxout_16k_ds.pcm", "wb")) == (FILE *)NULL) { fprintf(stderr, "output file error..\n"); return 0; } } if (testBand == 2) { if ((ofp = fopen("D:\\00_Temp\\neonout\\NEON_Rxout_32k.pcm", "wb")) == (FILE *)NULL) { fprintf(stderr, "output file error..\n"); return 0; } if ((ofp2 = fopen("D:\\00_Temp\\neonout\\NEON_Rxout_32k_ds.pcm", "wb")) == (FILE *)NULL) { fprintf(stderr, "output file error..\n"); return 0; } } #elif defined(__DV_ARM_OPT) if (testBand == 0) DIAMONDVOICE_FRAME = 160; else if (testBand == 1) DIAMONDVOICE_FRAME = 320; else if (testBand == 2) DIAMONDVOICE_FRAME = 640; else{ printf("error(teatBand)\n"); } if (testBand == 0) { if ((ofp = fopen("D:\\00_Temp\\neonout\\ARM_Rxout_8k.pcm", "wb")) == (FILE *)NULL) { fprintf(stderr, "output file error..\n"); return 0; } if ((ofp2 = fopen("D:\\00_Temp\\neonout\\ARM_Rxout_8k_ds.pcm", "wb")) == (FILE *)NULL) { fprintf(stderr, "output file error..\n"); return 0; } } if (testBand == 1) { if ((ofp = fopen("D:\\00_Temp\\neonout\\ARM_Rxout_16k.pcm", "wb")) == (FILE *)NULL) { fprintf(stderr, "output file error..\n"); return 0; } if ((ofp2 = fopen("D:\\00_Temp\\neonout\\ARM_Rxout_16k_ds.pcm", "wb")) == (FILE *)NULL) { fprintf(stderr, "output file error..\n"); return 0; } } if (testBand == 2) { if ((ofp = fopen("D:\\00_Temp\\neonout\\ARM_Rxout_32k.pcm", "wb")) == (FILE *)NULL) { fprintf(stderr, "output file error..\n"); return 0; } if ((ofp2 = fopen("D:\\00_Temp\\neonout\\ARM_Rxout_32k_ds.pcm", "wb")) == (FILE *)NULL) { fprintf(stderr, "output file error..\n"); return 0; } } #else #endif // Initialization for NarrowBand or Wideband SamsungDiamondVoiceEngineInit(&SamsungDiamondVoiceEngine_var, DIAMONDVOICE_FRAME); printf("framesize : %d !! \n", DIAMONDVOICE_FRAME); setMode(1); FrmCnt = 0; while ((fread(Speech_buf, sizeof(short), DIAMONDVOICE_FRAME, ifp1) == (unsigned)DIAMONDVOICE_FRAME) && (fread(Noise_buf_bot, sizeof(short), DIAMONDVOICE_FRAME, ifp2) == (unsigned)DIAMONDVOICE_FRAME) && (fread(Noise_buf_top, sizeof(short), DIAMONDVOICE_FRAME, ifp3) == (unsigned)DIAMONDVOICE_FRAME) && (fread(Noise_buf_after, sizeof(short), DIAMONDVOICE_FRAME, ifp4) == (unsigned)DIAMONDVOICE_FRAME)) { SamsungDiamondVoiceEngineExe(&SamsungDiamondVoiceEngine_var, &DiamondVoice_DVConfig, Output_buf, Output_buf_ds, Speech_buf, Noise_buf_bot, Noise_buf_top, Noise_buf_after); FrmCnt++; if ((FrmCnt % 100) == 0) { printf("%d\n", FrmCnt); printf("%d\n", DyVEMonitor_v.monitor4); } fwrite(Output_buf, sizeof(short), DIAMONDVOICE_FRAME, ofp); fwrite(Output_buf_ds, sizeof(short), DIAMONDVOICE_FRAME, ofp2); } fclose(ifp1); fclose(ifp2); fclose(ifp3); fclose(ifp4); fclose(ofp); fclose(ofp2); fclose(fp_bigstatus); fclose(fp_bigrms1); fclose(fp_bigvar1); fclose(fp_bigrms2); fclose(fp_bigvar2); fclose(fp_bigcnt); fclose(fp_mbdstatus); // for howl debug file close fclose(fp_spectro); fclose(fp_fq_para); fclose(fp_ch_minmax); fclose(fp_ch_howl_flag); fclose(fp_freq_howl_flag); fclose(fp_freq_howl_gain); fclose(fp_lsf_eng); fclose(fp_lsf_band); for (int i = 0; i < nDebugFiles; i++) { fclose(dfp[i]); } fclose(fp_adrc); return 0; } void setMode(int flag) { if (flag == 0) //NB { short sf_step_maxgain_m[11] = { 0xFFEE, 0xFFF2, 0xFFF6, 0xFFFA, 0xFFFD, 0x0,0x03,0x06,0x0,0x0,0x0}; short SF_HIGH_FIRCoef_m[FIRFILTERTEMP] = { 0x82, 0x60, 0xA1, 0xA0, 0xBF, 0xA5, 0xAC, 0x39, 0x8D, 0x50, 0x50, 0x2B, 0x09, 0xFFCD, 0xFFB1, 0xFF02, 0xFF7A, 0xFF7F, 0xFF8F, 0xFF43, 0xFF79, 0xFF9A, 0xFF48, 0xFEBC, 0xFF2C, 0xFFF5, 0x030C, 0x01F4, 0x02ED, 0x0533, 0x1A, 0x258A }; short SF_MIDH_FIRCoef_m[FIRFILTERTEMP] = { 0x82, 0x60, 0xA1, 0xA0, 0xBF, 0xA5, 0xAC, 0x39, 0x8D, 0x50, 0x50, 0x2B, 0x09, 0xFFCD, 0xFFB1, 0xFF02, 0xFF7A, 0xFF7F, 0xFF8F, 0xFF43, 0xFF79, 0xFF9A, 0xFF48, 0xFEBC, 0xFF2C, 0xFFF5, 0x030C, 0x01F4, 0x02ED, 0x0533, 0x1A, 0x258A }; short SF_MIDL_FIRCoef_m[FIRFILTERTEMP] = { 0x82, 0x60, 0xA1, 0xA0, 0xBF, 0xA5, 0xAC, 0x39, 0x8D, 0x50, 0x50, 0x2B, 0x09, 0xFFCD, 0xFFB1, 0xFF02, 0xFF7A, 0xFF7F, 0xFF8F, 0xFF43, 0xFF79, 0xFF9A, 0xFF48, 0xFEBC, 0xFF2C, 0xFFF5, 0x030C, 0x01F4, 0x02ED, 0x0533, 0x1A, 0x258A }; short SF_LOW_FIRCoef_m[FIRFILTERTEMP] = { 0x82, 0x60, 0xA1, 0xA0, 0xBF, 0xA5, 0xAC, 0x39, 0x8D, 0x50, 0x50, 0x2B, 0x09, 0xFFCD, 0xFFB1, 0xFF02, 0xFF7A, 0xFF7F, 0xFF8F, 0xFF43, 0xFF79, 0xFF9A, 0xFF48, 0xFEBC, 0xFF2C, 0xFFF5, 0x030C, 0x01F4, 0x02ED, 0x0533, 0x1A, 0x258A }; short sf_step_maxgain_s[11] = { -20, -16, -12, -8, -4, 0, 0, 0, 0, 0, 0 }; short SF_HIGH_FIRCoef_s[FIRFILTERTEMP] = { -27, -35, -11, -48, -37, -41, 8, -16, -36, -83, -26, 4, 37, -1, -1, -77, -111, -50, 99, 12, -148, -155, 335, 1056, 1142, 345, -330, -266, 663, 1038, -1037, 11720 }; short SF_MIDH_FIRCoef_s[FIRFILTERTEMP] = { -27, -35, -11, -48, -37, -41, 8, -16, -36, -83, -26, 4, 37, -1, -1, -77, -111, -50, 99, 12, -148, -155, 335, 1056, 1142, 345, -330, -266, 663, 1038, -1037, 11720 }; short SF_MIDL_FIRCoef_s[FIRFILTERTEMP] = { -27, -35, -11, -48, -37, -41, 8, -16, -36, -83, -26, 4, 37, -1, -1, -77, -111, -50, 99, 12, -148, -155, 335, 1056, 1142, 345, -330, -266, 663, 1038, -1037, 11720 }; short SF_LOW_FIRCoef_s[FIRFILTERTEMP] = { -27, -35, -11, -48, -37, -41, 8, -16, -36, -83, -26, 4, 37, -1, -1, -77, -111, -50, 99, 12, -148, -155, 335, 1056, 1142, 345, -330, -266, 663, 1038, -1037, 11720 }; VBParam_type VB_HIGH_Param_m = { 500, 3, 4, 5, { 1000, 2500, 4000, 6000, 8000 }, { 1, 1, 2, 3, -5 }, { 5, 5, 25, 10, 10 }, 3, 0, 0, 0 }; // WB (voice) VBParam_type VB_MIDH_Param_m = { 500, 3, 4, 5, { 1000, 2500, 4000, 6000, 8000 }, { 1, 1, 2, 3, -5 }, { 5, 5, 25, 10, 10 }, 3, 0, 0, 0 }; // WB (voice) VBParam_type VB_MIDL_Param_m = { 500, 3, 4, 5, { 1000, 2500, 4000, 6000, 8000 }, { 1, 1, 2, 3, -5 }, { 5, 5, 25, 10, 10 }, 3, 0, 0, 0 }; // WB (voice) VBParam_type VB_LOW_Param_m = { 500, 3, 4, 5, { 1000, 2500, 4000, 6000, 8000 }, { 1, 1, 2, 3, -5 }, { 5, 5, 25, 10, 10 }, 3, 0, 0, 0 }; // WB (voice) VBParam_type VB_HIGH_Param_s = { 500, 3, 4, 5, { 1000, 2500, 4000, 6000, 8000 }, { 1, 1, 2, 3, -5 }, { 5, 5, 25, 10, 10 }, 3, 0, 0, 0 }; // WB (voice) VBParam_type VB_MIDH_Param_s = { 500, 3, 4, 5, { 1000, 2500, 4000, 6000, 8000 }, { 1, 1, 2, 3, -5 }, { 5, 5, 25, 10, 10 }, 3, 0, 0, 0 }; // WB (voice) VBParam_type VB_MIDL_Param_s = { 500, 3, 4, 5, { 1000, 2500, 4000, 6000, 8000 }, { 1, 1, 2, 3, -5 }, { 5, 5, 25, 10, 10 }, 3, 0, 0, 0 }; // WB (voice) VBParam_type VB_LOW_Param_s = { 500, 3, 4, 5, { 1000, 2500, 4000, 6000, 8000 }, { 1, 1, 2, 3, -5 }, { 5, 5, 25, 10, 10 }, 3, 0, 0, 0 }; // WB (voice) short CNG_HIGH_Level_m = 32; short CNG_MIDH_Level_m = 32; short CNG_MIDL_Level_m = 32; short CNG_LOW_Level_m = 32; short CNG_HIGH_Level_s = 32; short CNG_MIDH_Level_s = 32; short CNG_MIDL_Level_s = 32; short CNG_LOW_Level_s = 32; /* FIR Filter for DyVE */ short DyVERXFIRCoef_Max[7] = { 0, 0, 0, 0, 0, 0, 0x4C10}; short DyVERXFIRCoef_Nom[7] = { 0, 0, 0, 0, 0, 0, 0x4000}; DyVEStepGain_type step_maxgain = { 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x0, 0x04, 0x0, 0x0, 0x0 }; // DiamondVoice Mode DiamondVoice_DVConfig.dvMode = (SAMSUNGSF_OFF| SAMSUNGVB_OFF | SAMSUNGASF_OFF | SAMSUNGDYVERCV_OFF | SAMSUNGDYVESPK_OFF | SAMSUNGCNG_OFF | SAMSUNGBIGDATARCV_OFF | SAMSUNGBIGDATASPK_OFF | SAMSUNGHOWL_ON); DiamondVoice_DVConfig.dvDualMode = SAMSUNGDIAMONDVOICE_DUALSPK_DISABLE; // SAMSUNGDIAMONDVOICE_DUALSPK_ENABLE , SAMSUNGDIAMONDVOICE_DUALSPK_DISABLE SamsungDiamondVoiceEngineModeConfig(&SamsungDiamondVoiceEngine_var, &DiamondVoice_DVConfig); // Static Params Setting { /********************************************************************************************************/ /* SwingFree */ /********************************************************************************************************/ // SF Function Common Parameter DiamondVoice_DVConfig.dvVolStep_Midh2High = 0; // vol 6 ~ vol max ; high DiamondVoice_DVConfig.dvVolStep_Midl2Midh = 0; // vol 4, vol5 ; mid_high DiamondVoice_DVConfig.dvVolStep_Low2Midl = 0; // vol 2, vol3 ; mid_low DiamondVoice_DVConfig.sfWNLevel = 0x06; DiamondVoice_DVConfig.sfComThd = 0x0F; DiamondVoice_DVConfig.sfComSlope = 0x64; DiamondVoice_DVConfig.sfExpThd = 0; DiamondVoice_DVConfig.sfExpSlope = 0; // Main DiamondVoice_DVConfig.sfHpfCutoff_m = 0xC8; DiamondVoice_DVConfig.sfPeakLimiter_m = 0x1A; DiamondVoice_DVConfig.sfPeakLimiterLPF_m = 0; DiamondVoice_DVConfig.sfStepGain_m[0] = sf_step_maxgain_m[0]; DiamondVoice_DVConfig.sfStepGain_m[1] = sf_step_maxgain_m[1]; DiamondVoice_DVConfig.sfStepGain_m[2] = sf_step_maxgain_m[2]; DiamondVoice_DVConfig.sfStepGain_m[3] = sf_step_maxgain_m[3]; DiamondVoice_DVConfig.sfStepGain_m[4] = sf_step_maxgain_m[4]; DiamondVoice_DVConfig.sfStepGain_m[5] = sf_step_maxgain_m[5]; DiamondVoice_DVConfig.sfStepGain_m[6] = sf_step_maxgain_m[6]; DiamondVoice_DVConfig.sfStepGain_m[7] = sf_step_maxgain_m[7]; DiamondVoice_DVConfig.sfStepGain_m[8] = sf_step_maxgain_m[8]; DiamondVoice_DVConfig.sfStepGain_m[9] = sf_step_maxgain_m[9]; DiamondVoice_DVConfig.sfStepGain_m[10] = sf_step_maxgain_m[10]; memcpy(DiamondVoice_DVConfig.sfStepHigh_m.sfRxFilter, SF_HIGH_FIRCoef_m, sizeof(SF_HIGH_FIRCoef_m)); memcpy(DiamondVoice_DVConfig.sfStepMidh_m.sfRxFilter, SF_MIDH_FIRCoef_m, sizeof(SF_MIDH_FIRCoef_m)); memcpy(DiamondVoice_DVConfig.sfStepMidl_m.sfRxFilter, SF_MIDL_FIRCoef_m, sizeof(SF_MIDL_FIRCoef_m)); memcpy(DiamondVoice_DVConfig.sfStepLow_m.sfRxFilter, SF_LOW_FIRCoef_m, sizeof(SF_LOW_FIRCoef_m)); // Sub DiamondVoice_DVConfig.sfHpfCutoff_s = 0; DiamondVoice_DVConfig.sfPeakLimiter_s = 10; DiamondVoice_DVConfig.sfPeakLimiterLPF_s = 7000; DiamondVoice_DVConfig.sfStepGain_s[0] = sf_step_maxgain_s[0]; DiamondVoice_DVConfig.sfStepGain_s[1] = sf_step_maxgain_s[1]; DiamondVoice_DVConfig.sfStepGain_s[2] = sf_step_maxgain_s[2]; DiamondVoice_DVConfig.sfStepGain_s[3] = sf_step_maxgain_s[3]; DiamondVoice_DVConfig.sfStepGain_s[4] = sf_step_maxgain_s[4]; DiamondVoice_DVConfig.sfStepGain_s[5] = sf_step_maxgain_s[5]; DiamondVoice_DVConfig.sfStepGain_s[6] = sf_step_maxgain_s[6]; DiamondVoice_DVConfig.sfStepGain_s[7] = sf_step_maxgain_s[7]; DiamondVoice_DVConfig.sfStepGain_s[8] = sf_step_maxgain_s[8]; DiamondVoice_DVConfig.sfStepGain_s[9] = sf_step_maxgain_s[9]; DiamondVoice_DVConfig.sfStepGain_s[10] = sf_step_maxgain_s[10]; memcpy(DiamondVoice_DVConfig.sfStepHigh_s.sfRxFilter, SF_HIGH_FIRCoef_s, sizeof(SF_HIGH_FIRCoef_s)); memcpy(DiamondVoice_DVConfig.sfStepMidh_s.sfRxFilter, SF_MIDH_FIRCoef_s, sizeof(SF_MIDH_FIRCoef_s)); memcpy(DiamondVoice_DVConfig.sfStepMidl_s.sfRxFilter, SF_MIDL_FIRCoef_s, sizeof(SF_MIDL_FIRCoef_s)); memcpy(DiamondVoice_DVConfig.sfStepLow_s.sfRxFilter, SF_LOW_FIRCoef_s, sizeof(SF_LOW_FIRCoef_s)); // Reserved DiamondVoice_DVConfig.sf_reserv1 = 10; // Reserved - MBD DiamondVoice_DVConfig.sf_reserv2 = 12; DiamondVoice_DVConfig.sf_reserv3 = 200; DiamondVoice_DVConfig.sf_reserv4 = 4 * 50; SamsungDiamondVoiceEngineSFConfig(&SamsungDiamondVoiceEngine_var, &DiamondVoice_DVConfig); /********************************************************************************************************/ /* VoiceBooster */ /********************************************************************************************************/ // VB50 Main Function Parameter DiamondVoice_DVConfig.vbStepHigh_m = VB_HIGH_Param_m; DiamondVoice_DVConfig.vbStepMidh_m = VB_MIDH_Param_m; DiamondVoice_DVConfig.vbStepMidl_m = VB_MIDL_Param_m; DiamondVoice_DVConfig.vbStepLow_m = VB_LOW_Param_m; // VB50 Dual SPK Function Parameter DiamondVoice_DVConfig.vbStepHigh_s = VB_HIGH_Param_s; DiamondVoice_DVConfig.vbStepMidh_s = VB_MIDH_Param_s; DiamondVoice_DVConfig.vbStepMidl_s = VB_MIDL_Param_s; DiamondVoice_DVConfig.vbStepLow_s = VB_LOW_Param_s; SamsungDiamondVoiceEngineVBConfig(&SamsungDiamondVoiceEngine_var, &DiamondVoice_DVConfig); /********************************************************************************************************/ /* Acoustic Shock Free */ /********************************************************************************************************/ // ASF Function Parameter DiamondVoice_DVConfig.asfFilterMode = ASF_FILTER_MODE2; DiamondVoice_DVConfig.asfLimiter = ASF_PCMMAXLEVEL_M5DB; SamsungDiamondVoiceEngineASFConfig(&SamsungDiamondVoiceEngine_var, &DiamondVoice_DVConfig); /********************************************************************************************************/ /* Dynamic Voice Enhancement */ /********************************************************************************************************/ // DyVE Function Parameter DiamondVoice_DVConfig.dyveStepMaxGain = step_maxgain; DiamondVoice_DVConfig.dyveMicSensitivity = MIC_SENSITIVITY_6; //반응 잡음 크기 DiamondVoice_DVConfig.dyvePreemphasis = 6; DiamondVoice_DVConfig.dyveMicGain = -2;// -2 (NB);// -4 (WB) // 3 (SWB); DiamondVoice_DVConfig.dyveRMSLimiter = 3; DiamondVoice_DVConfig.dyveRxVADThd = 0; memcpy(DiamondVoice_DVConfig.dyveRxFilter_max, DyVERXFIRCoef_Max, sizeof(DyVERXFIRCoef_Max)); memcpy(DiamondVoice_DVConfig.dyveRxFilter_nom, DyVERXFIRCoef_Nom, sizeof(DyVERXFIRCoef_Nom)); DiamondVoice_DVConfig.dyve_NumMIC = 3; /* New VAD 용 파라미터 */ DiamondVoice_DVConfig.dyve_diff_thd = 10;// DYVE_DIFF_THD_10DB; DiamondVoice_DVConfig.dyve_hangover_thd = 50;// DYVE_HO_COUNT_THD_50; DiamondVoice_DVConfig.dyve_hangover_rms_thd = 100; // Fixed DiamondVoice_DVConfig.dyve_ns_in_rms_thd = -57;// -65;// -57;// 0xFFC7; // 값이 작을수록 CR Voice 개선 / 작은 잡음에 민감 DiamondVoice_DVConfig.dyve_stat_rms_thd = -60;// DYVE_RMS_THD_M94DB; // DyVE_stat_rms_thd로 변경: stationarity thd. 이 값보다 작은 nonstationary 신호에 대해 gain 강화. (CR voice에서 DyVE 작동하는 범위 내에서 최소값 사용) DiamondVoice_DVConfig.dyve_echo_thd = DYVE_RMS_THD_M80DB; //Init DiamondVoice_DVConfig.dyve_noise_thd = -26;// DYVE_RMS_THD_M26DB; //Init DiamondVoice_DVConfig.dyve_clean_cnt_thd = 10;// 10;// 0x96;// 150; // DYVE_HO_COUNT_THD_40; DiamondVoice_DVConfig.dyve_filter_trigger = DYVE_FILTER_TRIGGER_3DB;// DYVE_FILTER_TRIGGER_3DB; DiamondVoice_DVConfig.dyve_filter_trigger_cnt = 10;// 10;// 0xFA;// DyVE_FILTER_TRIGGER_CNT_250; /* A-DRC 용 파라미터 */ DiamondVoice_DVConfig.dyve_adrc_enable = DYVE_ADRC_TRIGGER_3DB; DiamondVoice_DVConfig.dyve_adrc_thd[0] = 0x0F; DiamondVoice_DVConfig.dyve_adrc_thd[1] = 0x0F; DiamondVoice_DVConfig.dyve_adrc_thd[2] = DYVE_ADRC_COMPRESSOR_THRESHOLD_M25DB; DiamondVoice_DVConfig.dyve_adrc_thd[3] = DYVE_ADRC_COMPRESSOR_THRESHOLD_M80DB;; DiamondVoice_DVConfig.dyve_adrc_slp_high = DYVE_ADRC_COMPRESSOR_SLOPE_2P5; DiamondVoice_DVConfig.dyve_adrc_slp_low = DYVE_ADRC_EXPANSION_SLOPE_1_1P0; DiamondVoice_DVConfig.dyve_adrc_gain = DYVE_ADRC_STATIC_GAIN_6dB; /* Reverved 파라미터 */ DiamondVoice_DVConfig.dyve_nonstat_max = 0; // DyVE_nonstat_thd로 변경 (161228). Nonstationary gain의 최대값. 커질수록 CR voice 성능이 높아지지만 impulsive noise에 gain이 과도하게 올라갈 수 있음. DiamondVoice_DVConfig.dyve_nonstat_offset = 0; // DyVE_stat_offset_thd로 변경: Stationary일 때 dyve_ns_in_rms_thd 증가 최대값. DiamondVoice_DVConfig.dyve_ho_gaindn_thd = 20; // DYVE_HO_COUNT_THD_50; // DyVE_hangover_gain_dn_thd DiamondVoice_DVConfig.dyve_highnoise_thd = -45; // DyVE_loudrms_thd로 변경 (161124). 고도소음 RMS threshold. Digital domain에서 -30dB가 80dBSPL과 비슷한 수준. DiamondVoice_DVConfig.dyve_maxvol_indx = 7; // Maximum volume index (EUR: 5, QDSP: 7) DiamondVoice_DVConfig.dyve_reserved_6 = 0; DiamondVoice_DVConfig.dyve_reserved_7 = 0; DiamondVoice_DVConfig.dyve_reserved_8 = 0; SamsungDiamondVoiceEngineDyVEConfig(&SamsungDiamondVoiceEngine_var, &DiamondVoice_DVConfig); /********************************************************************************************************/ /* HOWL */ /********************************************************************************************************/ /* SVI Parameters -> Howing Canceller parameters */ DiamondVoice_DVConfig.howl_param.howl_lowthd = 55; // HOWL_MINMAX_THRESHOLD_LowBand DiamondVoice_DVConfig.howl_param.howl_highthd = 45; // HOWL_MINMAX_THRESHOLD_HighBand DiamondVoice_DVConfig.howl_param.howl_bandthd1 = 30; // band1 62.5 Hz~ 1437.5 Hz DiamondVoice_DVConfig.howl_param.howl_bandthd2 = 37; // band2 562.5 Hz~ 1937.5 Hz DiamondVoice_DVConfig.howl_param.howl_bandthd3 = 14; // band3 1062.5 Hz~ 2437.5 Hz DiamondVoice_DVConfig.howl_param.howl_bandthd4 = 2; // band4 1562.5 Hz~ 2937.5 Hz DiamondVoice_DVConfig.howl_param.howl_bandthd5 = -3; // band5 2062.5 Hz~ 3437.5 Hz DiamondVoice_DVConfig.howl_param.howl_bandthd6 = 3; // band6 2562.5 Hz~ 3937.5 Hz DiamondVoice_DVConfig.howl_param.howl_bandthd7 = 20; // band7 3062.5 Hz~ 4437.5 Hz DiamondVoice_DVConfig.howl_param.howl_bandthd8 = 20; // band8 3562.5 Hz~ 4937.5 Hz DiamondVoice_DVConfig.howl_param.howl_bandthd9 = 5; // band9 4062.5 Hz~ 5437.5 Hz DiamondVoice_DVConfig.howl_param.howl_bandthd10 = 5; // band10 4562.5 Hz~ 5937.5 Hz DiamondVoice_DVConfig.howl_param.howl_bandthd11 = 0; // band11 5062.5 Hz~ 6437.5 Hz DiamondVoice_DVConfig.howl_param.howl_bandthd12 = 5; // band12 5562.5 Hz~ 6937.5 Hz DiamondVoice_DVConfig.howl_param.howl_bandthd13 = 35; // band13 6062.5 Hz~ 7437.5 Hz DiamondVoice_DVConfig.howl_param.howl_bandthd14 = 25; // band14 6562.5 Hz~ 7937.5 Hz DiamondVoice_DVConfig.howl_param.howl_weak_gain = 50; // Gain_Band_low_Howl DiamondVoice_DVConfig.howl_param.howl_strong_gain = 5; // Gain_Band_high_Howl DiamondVoice_DVConfig.howl_param.howl_global_gain = 23197; // Gain_low_Howl DiamondVoice_DVConfig.howl_param.howl_frm_cnt = 35; // Howling count SamsungDiamondVoiceEngineHOWLConfig(&SamsungDiamondVoiceEngine_var, &DiamondVoice_DVConfig); /********************************************************************************************************/ /* Comfort Noise Generator */ /********************************************************************************************************/ // CNG Function Parameter DiamondVoice_DVConfig.cngStepHigh_m.cngLevel = CNG_HIGH_Level_m; DiamondVoice_DVConfig.cngStepMidh_m.cngLevel = CNG_MIDH_Level_m; DiamondVoice_DVConfig.cngStepMidl_m.cngLevel = CNG_MIDL_Level_m; DiamondVoice_DVConfig.cngStepLow_m.cngLevel = CNG_LOW_Level_m; // DualSPK CNG Function Parameter DiamondVoice_DVConfig.cngStepHigh_s.cngLevel = CNG_HIGH_Level_s; DiamondVoice_DVConfig.cngStepMidh_s.cngLevel = CNG_MIDH_Level_s; DiamondVoice_DVConfig.cngStepMidl_s.cngLevel = CNG_MIDL_Level_s; DiamondVoice_DVConfig.cngStepLow_s.cngLevel = CNG_LOW_Level_s; SamsungDiamondVoiceEngineCNGConfig(&SamsungDiamondVoiceEngine_var, &DiamondVoice_DVConfig); /********************************************************************************************************/ /* Dynamic Hearing Aid */ /********************************************************************************************************/ // DHA/EQ Function Parameter DiamondVoice_DVConfig.dhaMode = SAMSUNGDHAMODE_OFF; DiamondVoice_DVConfig.dhaChannel = 0; //DiamondVoice_DVConfig.dhaParam = (short *)dhaHearingLevel; memcpy(DiamondVoice_DVConfig.dhaParam, dhaHearingLevel, sizeof(dhaHearingLevel)); SamsungDiamondVoiceEngineDHAConfig(&SamsungDiamondVoiceEngine_var, &DiamondVoice_DVConfig); /********************************************************************************************************/ /* NarrowBand Quality */ /********************************************************************************************************/ // ADD NB Quality Function Parameter DiamondVoice_DVConfig.addMode.nbQualityMode = SAMSUNGSFADDMODE_NBEQOFF; memcpy(DiamondVoice_DVConfig.addnbQualityFilter, NBQualityCoef, sizeof(NBQualityCoef)); SamsungDiamondVoiceEngineADDNBQualityConfig(&SamsungDiamondVoiceEngine_var, &DiamondVoice_DVConfig); /********************************************************************************************************/ /* Dual Spk Shock Free */ /********************************************************************************************************/ // ADD Dual Spk Shock Fnction Parameter DiamondVoice_DVConfig.addMode.DualSpkShockMode = SAMSUNGSFADDMODE_DUALSPKSHOCKOFF; SamsungDiamondVoiceEngineADDDualSpkShockConfig(&SamsungDiamondVoiceEngine_var, &DiamondVoice_DVConfig); /********************************************************************************************************/ /* Mode Change Fade in/out */ /********************************************************************************************************/ DiamondVoice_DVConfig.FadeOutTime_m = 0; DiamondVoice_DVConfig.FadeInFrmNum_m = 0; DiamondVoice_DVConfig.FadeOutTime_s = 0; DiamondVoice_DVConfig.FadeInFrmNum_s = 0; SamsungDiamondVoiceEngineFadeConfig(&SamsungDiamondVoiceEngine_var, &DiamondVoice_DVConfig); } // Dynamic Params Setting { /* Gain Function(SF/VB/CNG) Parameter */ DiamondVoice_DVConfig.sfRxVolStepIndex = SF_VOLUMESTEP_7; SamsungDiamondVoiceEngineGAINConfig(&SamsungDiamondVoiceEngine_var, &DiamondVoice_DVConfig); } } else // WB { short sf_step_maxgain_m[11] = { -18,//sfStepGain_m_0 -15,//sfStepGain_m_1 -11,//sfStepGain_m_2 -7,//sfStepGain_m_3 -3,//sfStepGain_m_4 1,//sfStepGain_m_5 5,//sfStepGain_m_6 8,//sfStepGain_m_7 0,//sfStepGain_m_8 0,//sfStepGain_m_9 0,//sfStepGain_m_10 }; short SF_HIGH_FIRCoef_m[FIRFILTERTEMP] = { 49,//sfRxFilter_0 -76,//sfRxFilter_1 12,//sfRxFilter_2 -176,//sfRxFilter_3 -33,//sfRxFilter_4 -154,//sfRxFilter_5 25,//sfRxFilter_6 -225,//sfRxFilter_7 136,//sfRxFilter_8 1,//sfRxFilter_9 86,//sfRxFilter_10 80,//sfRxFilter_11 314,//sfRxFilter_12 43,//sfRxFilter_13 92,//sfRxFilter_14 163,//sfRxFilter_15 103,//sfRxFilter_16 -493,//sfRxFilter_17 180,//sfRxFilter_18 -301,//sfRxFilter_19 -529,//sfRxFilter_20 59,//sfRxFilter_21 -202,//sfRxFilter_22 -657,//sfRxFilter_23 249,//sfRxFilter_24 102,//sfRxFilter_25 571,//sfRxFilter_26 915,//sfRxFilter_27 1930,//sfRxFilter_28 2161,//sfRxFilter_29 -1814,//sfRxFilter_30 10733,//sfRxFilter_31 }; short SF_MIDH_FIRCoef_m[FIRFILTERTEMP] = { 0x0007, 0x0000, 0x001B, 0xFFF3, 0xFFEE, 0xFFE1, 0xFFD7, 0xFF9D, 0xFF91, 0xFF46, 0xFF50, 0xFEF1, 0xFEEA, 0xFEC7, 0xFEFF, 0xFEF4, 0xFF36, 0xFF49, 0xFFE4, 0x005B, 0x0048, 0x00C3, 0x015C, 0x0117, 0x00C2, 0x0012, 0x0038, 0x01C9, 0xFC2B, 0x042A, 0x0737, 0x29CE }; short SF_MIDL_FIRCoef_m[FIRFILTERTEMP] = { 0x0007, 0x0000, 0x001B, 0xFFF3, 0xFFEE, 0xFFE1, 0xFFD7, 0xFF9D, 0xFF91, 0xFF46, 0xFF50, 0xFEF1, 0xFEEA, 0xFEC7, 0xFEFF, 0xFEF4, 0xFF36, 0xFF49, 0xFFE4, 0x005B, 0x0048, 0x00C3, 0x015C, 0x0117, 0x00C2, 0x0012, 0x0038, 0x01C9, 0xFC2B, 0x042A, 0x0737, 0x29CE }; short SF_LOW_FIRCoef_m[FIRFILTERTEMP] = { 0x0007, 0x0000, 0x001B, 0xFFF3, 0xFFEE, 0xFFE1, 0xFFD7, 0xFF9D, 0xFF91, 0xFF46, 0xFF50, 0xFEF1, 0xFEEA, 0xFEC7, 0xFEFF, 0xFEF4, 0xFF36, 0xFF49, 0xFFE4, 0x005B, 0x0048, 0x00C3, 0x015C, 0x0117, 0x00C2, 0x0012, 0x0038, 0x01C9, 0xFC2B, 0x042A, 0x0737, 0x29CE }; short sf_step_maxgain_s[11] = { -20, -16, -12, -8, -4, 0, 0, 0, 0, 0, 0 }; short SF_HIGH_FIRCoef_s[FIRFILTERTEMP] = { -27, -35, -11, -48, -37, -41, 8, -16, -36, -83, -26, 4, 37, -1, -1, -77, -111, -50, 99, 12, -148, -155, 335, 1056, 1142, 345, -330, -266, 663, 1038, -1037, 11720 }; short SF_MIDH_FIRCoef_s[FIRFILTERTEMP] = { -27, -35, -11, -48, -37, -41, 8, -16, -36, -83, -26, 4, 37, -1, -1, -77, -111, -50, 99, 12, -148, -155, 335, 1056, 1142, 345, -330, -266, 663, 1038, -1037, 11720 }; short SF_MIDL_FIRCoef_s[FIRFILTERTEMP] = { -27, -35, -11, -48, -37, -41, 8, -16, -36, -83, -26, 4, 37, -1, -1, -77, -111, -50, 99, 12, -148, -155, 335, 1056, 1142, 345, -330, -266, 663, 1038, -1037, 11720 }; short SF_LOW_FIRCoef_s[FIRFILTERTEMP] = { -27, -35, -11, -48, -37, -41, 8, -16, -36, -83, -26, 4, 37, -1, -1, -77, -111, -50, 99, 12, -148, -155, 335, 1056, 1142, 345, -330, -266, 663, 1038, -1037, 11720 }; VBParam_type VB_HIGH_Param_m = { 500, 3, 4, 5, { 1000, 2500, 4000, 6000, 8000 }, { 1, 1, 2, 3, -5 }, { 5, 5, 25, 10, 10 }, 2, 0, 0, 0 }; // WB (voice) VBParam_type VB_MIDH_Param_m = { 500, 3, 4, 5, { 1000, 2500, 4000, 6000, 8000 }, { 1, 1, 2, 3, -5 }, { 5, 5, 25, 10, 10 }, 2, 0, 0, 0 }; // WB (voice) VBParam_type VB_MIDL_Param_m = { 500, 3, 4, 5, { 1000, 2500, 4000, 6000, 8000 }, { 1, 1, 2, 3, -5 }, { 5, 5, 25, 10, 10 }, 2, 0, 0, 0 }; // WB (voice) VBParam_type VB_LOW_Param_m = { 500, 3, 4, 5, { 1000, 2500, 4000, 6000, 8000 }, { 1, 1, 2, 3, -5 }, { 5, 5, 25, 10, 10 }, 2, 0, 0, 0 }; // WB (voice) VBParam_type VB_HIGH_Param_s = { 500, 3, 4, 5, { 1000, 2500, 4000, 6000, 8000 }, { 1, 1, 2, 3, -5 }, { 5, 5, 25, 10, 10 }, 2, 0, 0, 0 }; // WB (voice) VBParam_type VB_MIDH_Param_s = { 500, 3, 4, 5, { 1000, 2500, 4000, 6000, 8000 }, { 1, 1, 2, 3, -5 }, { 5, 5, 25, 10, 10 }, 2, 0, 0, 0 }; // WB (voice) VBParam_type VB_MIDL_Param_s = { 500, 3, 4, 5, { 1000, 2500, 4000, 6000, 8000 }, { 1, 1, 2, 3, -5 }, { 5, 5, 25, 10, 10 }, 2, 0, 0, 0 }; // WB (voice) VBParam_type VB_LOW_Param_s = { 500, 3, 4, 5, { 1000, 2500, 4000, 6000, 8000 }, { 1, 1, 2, 3, -5 }, { 5, 5, 25, 10, 10 }, 2, 0, 0, 0 }; // WB (voice) short CNG_HIGH_Level_m = 35; short CNG_MIDH_Level_m = 35; short CNG_MIDL_Level_m = 35; short CNG_LOW_Level_m = 35; short CNG_HIGH_Level_s = 32; short CNG_MIDH_Level_s = 32; short CNG_MIDL_Level_s = 32; short CNG_LOW_Level_s = 32; /* FIR Filter for DyVE */ short DyVERXFIRCoef_Max[7] = { -1297, -1688, -1892, -2187, -773, 3139, 24876 }; //short DyVERXFIRCoef_Max[7] = { 0, 0, 0, 0, 0, 0, 0x4000 }; short DyVERXFIRCoef_Nom[7] = { 0, 0, 0, 0, 0, 0, 0x4000 }; DyVEStepGain_type step_maxgain = { 8, 8, 7, 7, 6, 6, 5, 5, 0x0, 0x0, 0x0 }; // DiamondVoice Mode DiamondVoice_DVConfig.dvMode = (SAMSUNGSF_ON | SAMSUNGVB_OFF | SAMSUNGASF_ON | SAMSUNGDYVERCV_ON | SAMSUNGDYVESPK_OFF | SAMSUNGCNG_OFF | SAMSUNGBIGDATARCV_OFF | SAMSUNGBIGDATASPK_OFF | SAMSUNGHOWL_OFF); DiamondVoice_DVConfig.dvDualMode = SAMSUNGDIAMONDVOICE_DUALSPK_DISABLE; // SAMSUNGDIAMONDVOICE_DUALSPK_ENABLE , SAMSUNGDIAMONDVOICE_DUALSPK_DISABLE SamsungDiamondVoiceEngineModeConfig(&SamsungDiamondVoiceEngine_var, &DiamondVoice_DVConfig); // Static Params Setting { /********************************************************************************************************/ /* SwingFree */ /********************************************************************************************************/ // SF Function Common Parameter DiamondVoice_DVConfig.dvVolStep_Midh2High = 5; // vol 6 ~ vol max ; high DiamondVoice_DVConfig.dvVolStep_Midl2Midh = 2; // vol 4, vol5 ; mid_high DiamondVoice_DVConfig.dvVolStep_Low2Midl = 1; // vol 2, vol3 ; mid_low DiamondVoice_DVConfig.sfWNLevel = 8; DiamondVoice_DVConfig.sfComThd = 19; DiamondVoice_DVConfig.sfComSlope = 85; DiamondVoice_DVConfig.sfExpThd = 75; DiamondVoice_DVConfig.sfExpSlope = 65; // Main DiamondVoice_DVConfig.sfHpfCutoff_m = 150; DiamondVoice_DVConfig.sfPeakLimiter_m = 100; DiamondVoice_DVConfig.sfPeakLimiterLPF_m = 7000; DiamondVoice_DVConfig.sfStepGain_m[0] = sf_step_maxgain_m[0]; DiamondVoice_DVConfig.sfStepGain_m[1] = sf_step_maxgain_m[1]; DiamondVoice_DVConfig.sfStepGain_m[2] = sf_step_maxgain_m[2]; DiamondVoice_DVConfig.sfStepGain_m[3] = sf_step_maxgain_m[3]; DiamondVoice_DVConfig.sfStepGain_m[4] = sf_step_maxgain_m[4]; DiamondVoice_DVConfig.sfStepGain_m[5] = sf_step_maxgain_m[5]; DiamondVoice_DVConfig.sfStepGain_m[6] = sf_step_maxgain_m[6]; DiamondVoice_DVConfig.sfStepGain_m[7] = sf_step_maxgain_m[7]; DiamondVoice_DVConfig.sfStepGain_m[8] = sf_step_maxgain_m[8]; DiamondVoice_DVConfig.sfStepGain_m[9] = sf_step_maxgain_m[9]; DiamondVoice_DVConfig.sfStepGain_m[10] = sf_step_maxgain_m[10]; memcpy(DiamondVoice_DVConfig.sfStepHigh_m.sfRxFilter, SF_HIGH_FIRCoef_m, sizeof(SF_HIGH_FIRCoef_m)); memcpy(DiamondVoice_DVConfig.sfStepMidh_m.sfRxFilter, SF_MIDH_FIRCoef_m, sizeof(SF_MIDH_FIRCoef_m)); memcpy(DiamondVoice_DVConfig.sfStepMidl_m.sfRxFilter, SF_MIDL_FIRCoef_m, sizeof(SF_MIDL_FIRCoef_m)); memcpy(DiamondVoice_DVConfig.sfStepLow_m.sfRxFilter, SF_LOW_FIRCoef_m, sizeof(SF_LOW_FIRCoef_m)); // Sub DiamondVoice_DVConfig.sfHpfCutoff_s = 0; DiamondVoice_DVConfig.sfPeakLimiter_s = 10; DiamondVoice_DVConfig.sfPeakLimiterLPF_s = 7000; DiamondVoice_DVConfig.sfStepGain_s[0] = sf_step_maxgain_s[0]; DiamondVoice_DVConfig.sfStepGain_s[1] = sf_step_maxgain_s[1]; DiamondVoice_DVConfig.sfStepGain_s[2] = sf_step_maxgain_s[2]; DiamondVoice_DVConfig.sfStepGain_s[3] = sf_step_maxgain_s[3]; DiamondVoice_DVConfig.sfStepGain_s[4] = sf_step_maxgain_s[4]; DiamondVoice_DVConfig.sfStepGain_s[5] = sf_step_maxgain_s[5]; DiamondVoice_DVConfig.sfStepGain_s[6] = sf_step_maxgain_s[6]; DiamondVoice_DVConfig.sfStepGain_s[7] = sf_step_maxgain_s[7]; DiamondVoice_DVConfig.sfStepGain_s[8] = sf_step_maxgain_s[8]; DiamondVoice_DVConfig.sfStepGain_s[9] = sf_step_maxgain_s[9]; DiamondVoice_DVConfig.sfStepGain_s[10] = sf_step_maxgain_s[10]; memcpy(DiamondVoice_DVConfig.sfStepHigh_s.sfRxFilter, SF_HIGH_FIRCoef_s, sizeof(SF_HIGH_FIRCoef_s)); memcpy(DiamondVoice_DVConfig.sfStepMidh_s.sfRxFilter, SF_MIDH_FIRCoef_s, sizeof(SF_MIDH_FIRCoef_s)); memcpy(DiamondVoice_DVConfig.sfStepMidl_s.sfRxFilter, SF_MIDL_FIRCoef_s, sizeof(SF_MIDL_FIRCoef_s)); memcpy(DiamondVoice_DVConfig.sfStepLow_s.sfRxFilter, SF_LOW_FIRCoef_s, sizeof(SF_LOW_FIRCoef_s)); // Reserved DiamondVoice_DVConfig.sf_reserv1 = 10; // Reserved - MBD DiamondVoice_DVConfig.sf_reserv2 = 12; DiamondVoice_DVConfig.sf_reserv3 = 200; DiamondVoice_DVConfig.sf_reserv4 = 4 * 50; SamsungDiamondVoiceEngineSFConfig(&SamsungDiamondVoiceEngine_var, &DiamondVoice_DVConfig); /********************************************************************************************************/ /* VoiceBooster */ /********************************************************************************************************/ // VB50 Main Function Parameter DiamondVoice_DVConfig.vbStepHigh_m = VB_HIGH_Param_m; DiamondVoice_DVConfig.vbStepMidh_m = VB_MIDH_Param_m; DiamondVoice_DVConfig.vbStepMidl_m = VB_MIDL_Param_m; DiamondVoice_DVConfig.vbStepLow_m = VB_LOW_Param_m; // VB50 Dual SPK Function Parameter DiamondVoice_DVConfig.vbStepHigh_s = VB_HIGH_Param_s; DiamondVoice_DVConfig.vbStepMidh_s = VB_MIDH_Param_s; DiamondVoice_DVConfig.vbStepMidl_s = VB_MIDL_Param_s; DiamondVoice_DVConfig.vbStepLow_s = VB_LOW_Param_s; SamsungDiamondVoiceEngineVBConfig(&SamsungDiamondVoiceEngine_var, &DiamondVoice_DVConfig); /********************************************************************************************************/ /* Acoustic Shock Free */ /********************************************************************************************************/ // ASF Function Parameter DiamondVoice_DVConfig.asfFilterMode = ASF_FILTER_MODE2; DiamondVoice_DVConfig.asfLimiter = ASF_PCMMAXLEVEL_M6DB; SamsungDiamondVoiceEngineASFConfig(&SamsungDiamondVoiceEngine_var, &DiamondVoice_DVConfig); /********************************************************************************************************/ /* Dynamic Voice Enhancement */ /********************************************************************************************************/ // DyVE Function Parameter DiamondVoice_DVConfig.dyveStepMaxGain = step_maxgain; DiamondVoice_DVConfig.dyveMicSensitivity = MIC_SENSITIVITY_6; //반응 잡음 크기 DiamondVoice_DVConfig.dyvePreemphasis = 9; DiamondVoice_DVConfig.dyveMicGain = 3;// -11;// -2 (NB);// -11 (WB) // 3 (SWB); DiamondVoice_DVConfig.dyveRMSLimiter = 3; DiamondVoice_DVConfig.dyveRxVADThd = 0; memcpy(DiamondVoice_DVConfig.dyveRxFilter_max, DyVERXFIRCoef_Max, sizeof(DyVERXFIRCoef_Max)); memcpy(DiamondVoice_DVConfig.dyveRxFilter_nom, DyVERXFIRCoef_Nom, sizeof(DyVERXFIRCoef_Nom)); DiamondVoice_DVConfig.dyve_NumMIC = 2; /* New VAD 용 파라미터 */ DiamondVoice_DVConfig.dyve_diff_thd = 10;// DYVE_DIFF_THD_10DB; DiamondVoice_DVConfig.dyve_hangover_thd = 50;// DYVE_HO_COUNT_THD_50; DiamondVoice_DVConfig.dyve_hangover_rms_thd = 100; // Fixed DiamondVoice_DVConfig.dyve_ns_in_rms_thd = -60;// 0xFFC7; // 값이 작을수록 CR Voice 개선 / 작은 잡음에 민감 DiamondVoice_DVConfig.dyve_stat_rms_thd = -60;// DYVE_RMS_THD_M94DB; // DyVE_stat_rms_thd로 변경: stationarity thd. 이 값보다 작은 nonstationary 신호에 대해 gain 강화. (CR voice에서 DyVE 작동하는 범위 내에서 최소값 사용) DiamondVoice_DVConfig.dyve_echo_thd = -80; //Init DiamondVoice_DVConfig.dyve_noise_thd = -26;// DYVE_RMS_THD_M26DB; //Init DiamondVoice_DVConfig.dyve_clean_cnt_thd = 10;// 0x96;// 150; // DYVE_HO_COUNT_THD_40; DiamondVoice_DVConfig.dyve_filter_trigger = 3;// DYVE_FILTER_TRIGGER_3DB; DiamondVoice_DVConfig.dyve_filter_trigger_cnt = 10;// 10;// 0xFA;// DyVE_FILTER_TRIGGER_CNT_250; /* A-DRC 용 파라미터 */ DiamondVoice_DVConfig.dyve_adrc_enable = DYVE_ADRC_TRIGGER_3DB; DiamondVoice_DVConfig.dyve_adrc_thd[0] = 10; DiamondVoice_DVConfig.dyve_adrc_thd[1] = 15; DiamondVoice_DVConfig.dyve_adrc_thd[2] = 25; DiamondVoice_DVConfig.dyve_adrc_thd[3] = 80; DiamondVoice_DVConfig.dyve_adrc_slp_high = 10; DiamondVoice_DVConfig.dyve_adrc_slp_low = 10; DiamondVoice_DVConfig.dyve_adrc_gain = DYVE_ADRC_STATIC_GAIN_9dB; /* Reverved 파라미터 */ DiamondVoice_DVConfig.dyve_nonstat_max = 0; // DyVE_nonstat_thd로 변경 (161228). Nonstationary gain의 최대값. 커질수록 CR voice 성능이 높아지지만 impulsive noise에 gain이 과도하게 올라갈 수 있음. DiamondVoice_DVConfig.dyve_nonstat_offset = 0; // DyVE_stat_offset_thd로 변경: Stationary일 때 dyve_ns_in_rms_thd 증가 최대값. DiamondVoice_DVConfig.dyve_ho_gaindn_thd = 20; // DYVE_HO_COUNT_THD_50; // DyVE_hangover_gain_dn_thd DiamondVoice_DVConfig.dyve_highnoise_thd = -45;// -45; // DyVE_loudrms_thd로 변경 (161124). 고도소음 RMS threshold. Digital domain에서 -30dB가 80dBSPL과 비슷한 수준. DiamondVoice_DVConfig.dyve_maxvol_indx = 7; // Maximum volume index (EUR: 5, QDSP: 7) DiamondVoice_DVConfig.dyve_reserved_6 = 0; DiamondVoice_DVConfig.dyve_reserved_7 = 0; DiamondVoice_DVConfig.dyve_reserved_8 = 0; SamsungDiamondVoiceEngineDyVEConfig(&SamsungDiamondVoiceEngine_var, &DiamondVoice_DVConfig); /********************************************************************************************************/ /* HOWL */ /********************************************************************************************************/ /* SVI Parameters -> Howing Canceller parameters */ DiamondVoice_DVConfig.howl_param.howl_lowthd = 70; // HOWL_MINMAX_THRESHOLD_LowBand DiamondVoice_DVConfig.howl_param.howl_highthd = 70; // HOWL_MINMAX_THRESHOLD_HighBand DiamondVoice_DVConfig.howl_param.howl_bandthd1 = 30; // band1 62.5 Hz~ 1437.5 Hz DiamondVoice_DVConfig.howl_param.howl_bandthd2 = 37; // band2 562.5 Hz~ 1937.5 Hz DiamondVoice_DVConfig.howl_param.howl_bandthd3 = 14; // band3 1062.5 Hz~ 2437.5 Hz DiamondVoice_DVConfig.howl_param.howl_bandthd4 = 2; // band4 1562.5 Hz~ 2937.5 Hz DiamondVoice_DVConfig.howl_param.howl_bandthd5 = -3; // band5 2062.5 Hz~ 3437.5 Hz DiamondVoice_DVConfig.howl_param.howl_bandthd6 = 3; // band6 2562.5 Hz~ 3937.5 Hz DiamondVoice_DVConfig.howl_param.howl_bandthd7 = 20; // band7 3062.5 Hz~ 4437.5 Hz DiamondVoice_DVConfig.howl_param.howl_bandthd8 = 20; // band8 3562.5 Hz~ 4937.5 Hz DiamondVoice_DVConfig.howl_param.howl_bandthd9 = 5; // band9 4062.5 Hz~ 5437.5 Hz DiamondVoice_DVConfig.howl_param.howl_bandthd10 = 5; // band10 4562.5 Hz~ 5937.5 Hz DiamondVoice_DVConfig.howl_param.howl_bandthd11 = 0; // band11 5062.5 Hz~ 6437.5 Hz DiamondVoice_DVConfig.howl_param.howl_bandthd12 = 5; // band12 5562.5 Hz~ 6937.5 Hz DiamondVoice_DVConfig.howl_param.howl_bandthd13 = 35; // band13 6062.5 Hz~ 7437.5 Hz DiamondVoice_DVConfig.howl_param.howl_bandthd14 = 50; // band14 6562.5 Hz~ 7937.5 Hz DiamondVoice_DVConfig.howl_param.howl_weak_gain = 50; // Gain_Band_low_Howl DiamondVoice_DVConfig.howl_param.howl_strong_gain = 5; // Gain_Band_high_Howl DiamondVoice_DVConfig.howl_param.howl_global_gain = 32767;// 200; // Gain_low_Howl DiamondVoice_DVConfig.howl_param.howl_frm_cnt = 85; // Howling count SamsungDiamondVoiceEngineHOWLConfig(&SamsungDiamondVoiceEngine_var, &DiamondVoice_DVConfig); /********************************************************************************************************/ /* Comfort Noise Generator */ /********************************************************************************************************/ // CNG Function Parameter DiamondVoice_DVConfig.cngStepHigh_m.cngLevel = CNG_HIGH_Level_m; DiamondVoice_DVConfig.cngStepMidh_m.cngLevel = CNG_MIDH_Level_m; DiamondVoice_DVConfig.cngStepMidl_m.cngLevel = CNG_MIDL_Level_m; DiamondVoice_DVConfig.cngStepLow_m.cngLevel = CNG_LOW_Level_m; // DualSPK CNG Function Parameter DiamondVoice_DVConfig.cngStepHigh_s.cngLevel = CNG_HIGH_Level_s; DiamondVoice_DVConfig.cngStepMidh_s.cngLevel = CNG_MIDH_Level_s; DiamondVoice_DVConfig.cngStepMidl_s.cngLevel = CNG_MIDL_Level_s; DiamondVoice_DVConfig.cngStepLow_s.cngLevel = CNG_LOW_Level_s; SamsungDiamondVoiceEngineCNGConfig(&SamsungDiamondVoiceEngine_var, &DiamondVoice_DVConfig); /********************************************************************************************************/ /* Dynamic Hearing Aid */ /********************************************************************************************************/ // DHA/EQ Function Parameter DiamondVoice_DVConfig.dhaMode = SAMSUNGDHAMODE_OFF; DiamondVoice_DVConfig.dhaChannel = 0; //DiamondVoice_DVConfig.dhaParam = (short *)dhaHearingLevel; memcpy(DiamondVoice_DVConfig.dhaParam, dhaHearingLevel, sizeof(dhaHearingLevel)); SamsungDiamondVoiceEngineDHAConfig(&SamsungDiamondVoiceEngine_var, &DiamondVoice_DVConfig); /********************************************************************************************************/ /* NarrowBand Quality */ /********************************************************************************************************/ // ADD NB Quality Function Parameter DiamondVoice_DVConfig.addMode.nbQualityMode = SAMSUNGSFADDMODE_NBEQOFF; memcpy(DiamondVoice_DVConfig.addnbQualityFilter, NBQualityCoef, sizeof(NBQualityCoef)); SamsungDiamondVoiceEngineADDNBQualityConfig(&SamsungDiamondVoiceEngine_var, &DiamondVoice_DVConfig); /********************************************************************************************************/ /* Dual Spk Shock Free */ /********************************************************************************************************/ // ADD Dual Spk Shock Fnction Parameter DiamondVoice_DVConfig.addMode.DualSpkShockMode = SAMSUNGSFADDMODE_DUALSPKSHOCKOFF; SamsungDiamondVoiceEngineADDDualSpkShockConfig(&SamsungDiamondVoiceEngine_var, &DiamondVoice_DVConfig); /********************************************************************************************************/ /* Mode Change Fade in/out */ /********************************************************************************************************/ DiamondVoice_DVConfig.FadeOutTime_m = 2; DiamondVoice_DVConfig.FadeInFrmNum_m = 2; DiamondVoice_DVConfig.FadeOutTime_s = 0; DiamondVoice_DVConfig.FadeInFrmNum_s = 0; SamsungDiamondVoiceEngineFadeConfig(&SamsungDiamondVoiceEngine_var, &DiamondVoice_DVConfig); } // Dynamic Params Setting { /* Gain Function(SF/VB/CNG) Parameter */ DiamondVoice_DVConfig.sfRxVolStepIndex = SF_VOLUMESTEP_7; SamsungDiamondVoiceEngineGAINConfig(&SamsungDiamondVoiceEngine_var, &DiamondVoice_DVConfig); } } } #else #include "samsungDiamondVoiceTx.h" #define DIAMONDVOICE_FRAME_TX SAMSUNGDIAMONDVOICEWIDEBAND_TX // SAMSUNGDIAMONDVOICESUPERWIDEBAND_TX, SAMSUNGDIAMONDVOICEWIDEBAND_TX, SAMSUNGDIAMONDVOICENARROWBAND_TX #define FIRFILTERTEMP_TX 32 short DiamondVoice_Mode_v = 0; short TXFIRCoef[FIRFILTERTEMP_TX] = { 0xFFF5, 0x0007, 0xFFFC, 0x0013, 0xFFFD, 0x0001, 0xFFE6, 0xFFD7, 0xFFD6, 0x000C, 0x0029, 0x0049, 0x000E, 0xFFF0, 0xFFC9, 0xFFCD, 0x001F, 0x006B, 0x0096, 0x0030, 0xFF51, 0xFF01, 0xFEEE, 0xFF75, 0x00B5, 0x011C, 0x0306, 0xFF81, 0xFF06, 0x0844, 0x2EAE }; #define NUM_PARAM 85 short LoadParm[NUM_PARAM] = { 0,0,0, }; SamsungDiamondVoiceTxParam DiamondVoice_DV_TX_Config = { 0, }; SamsungDiamondVoiceTxEngine_Handle_t SamsungDiamondVoiceEngine_vars_Tx; //#define DEBUG_DUMP #ifdef DEBUG_DUMP FILE *fp_spectro, *fp_fq_para, *fp_ch_minmax, *fp_ch_howl_flag, *fp_freq_howl_flag, *fp_freq_howl_gain, *fp_lsf_eng, *fp_lsf_band; // for howl debug #endif void usage(void) { printf("===========================================================================================\n"); printf(" DiamondVoice Engine HELP \n"); printf("===========================================================================================\n"); printf("\n"); printf("Arguments : input.pcm output.pcm param.txt\n"); printf(" Arg 1st : input.pcm : DiamondVoice input file \n"); printf(" Arg 2nd : output.pcm : DiamondVoice output file \n"); printf(" Arg 3rd : param.txt : Tuning Parameter file \n"); printf("===========================================================================================\n"); } void ParseTuningFile(char *TuningFilePath) { FILE *Tf; if ((Tf = fopen(TuningFilePath, "rb")) == NULL) { fprintf(stderr, "input Tuning file error..\n"); exit(0); } int i; char dummy[NUM_PARAM]; for (i = 0; i < NUM_PARAM; i++) { fscanf(Tf, "%s %d", &dummy, &LoadParm[i]); } int tmp_ind = 0; //Mode DiamondVoice_DV_TX_Config.mode = LoadParm[tmp_ind++]; //HPF . DiamondVoice_DV_TX_Config.hpf_cutoff = LoadParm[tmp_ind++]; DiamondVoice_DV_TX_Config.hpf_gain = LoadParm[tmp_ind++]; // WISE VOICE PRAM DiamondVoice_DV_TX_Config.wisevoice_device_mode = LoadParm[tmp_ind++]; DiamondVoice_DV_TX_Config.wisevoice_att_time = LoadParm[tmp_ind++]; DiamondVoice_DV_TX_Config.wisevoice_rel_time = LoadParm[tmp_ind++]; DiamondVoice_DV_TX_Config.wisevoice_thd[0] = LoadParm[tmp_ind++]; DiamondVoice_DV_TX_Config.wisevoice_thd[1] = LoadParm[tmp_ind++]; DiamondVoice_DV_TX_Config.wisevoice_thd[2] = LoadParm[tmp_ind++]; DiamondVoice_DV_TX_Config.wisevoice_thd[3] = LoadParm[tmp_ind++]; DiamondVoice_DV_TX_Config.wisevoice_slp_high = LoadParm[tmp_ind++]; DiamondVoice_DV_TX_Config.wisevoice_slp_low = LoadParm[tmp_ind++]; DiamondVoice_DV_TX_Config.wisevoice_gain = LoadParm[tmp_ind++]; DiamondVoice_DV_TX_Config.wisevoice_InGain = LoadParm[tmp_ind++]; DiamondVoice_DV_TX_Config.wisevoice_OutGain = LoadParm[tmp_ind++]; DiamondVoice_DV_TX_Config.wisevoice_ngmode = LoadParm[tmp_ind++]; DiamondVoice_DV_TX_Config.wisevoice_ngpara[0] = LoadParm[tmp_ind++]; DiamondVoice_DV_TX_Config.wisevoice_ngpara[1] = LoadParm[tmp_ind++]; DiamondVoice_DV_TX_Config.wisevoice_ComThd = LoadParm[tmp_ind++]; DiamondVoice_DV_TX_Config.wisevoice_ComSlope = LoadParm[tmp_ind++]; DiamondVoice_DV_TX_Config.wisevoice_ExpThd = LoadParm[tmp_ind++]; DiamondVoice_DV_TX_Config.wisevoice_ExpSlope = LoadParm[tmp_ind++]; // Tx Filter & Tx AGC & Tx Limiter & Tx Gain for (i = 0; i < 32; i++) { DiamondVoice_DV_TX_Config.firFilter[i] = LoadParm[tmp_ind++]; } DiamondVoice_DV_TX_Config.agc_comThd = LoadParm[tmp_ind++]; DiamondVoice_DV_TX_Config.agc_comSlope = LoadParm[tmp_ind++]; DiamondVoice_DV_TX_Config.agc_expThd = LoadParm[tmp_ind++]; DiamondVoice_DV_TX_Config.agc_expSlope = LoadParm[tmp_ind++]; DiamondVoice_DV_TX_Config.gain = LoadParm[tmp_ind++]; DiamondVoice_DV_TX_Config.limit_thd = LoadParm[tmp_ind++]; //CNG DiamondVoice_DV_TX_Config.cng_level = LoadParm[tmp_ind++]; // HOWL DiamondVoice_DV_TX_Config.howl_param.howl_lowthd = LoadParm[tmp_ind++]; DiamondVoice_DV_TX_Config.howl_param.howl_highthd = LoadParm[tmp_ind++]; DiamondVoice_DV_TX_Config.howl_param.howl_bandthd1 = LoadParm[tmp_ind++]; DiamondVoice_DV_TX_Config.howl_param.howl_bandthd2 = LoadParm[tmp_ind++]; DiamondVoice_DV_TX_Config.howl_param.howl_bandthd3 = LoadParm[tmp_ind++]; DiamondVoice_DV_TX_Config.howl_param.howl_bandthd4 = LoadParm[tmp_ind++]; DiamondVoice_DV_TX_Config.howl_param.howl_bandthd5 = LoadParm[tmp_ind++]; DiamondVoice_DV_TX_Config.howl_param.howl_bandthd6 = LoadParm[tmp_ind++]; DiamondVoice_DV_TX_Config.howl_param.howl_bandthd7 = LoadParm[tmp_ind++]; DiamondVoice_DV_TX_Config.howl_param.howl_bandthd8 = LoadParm[tmp_ind++]; DiamondVoice_DV_TX_Config.howl_param.howl_bandthd9 = LoadParm[tmp_ind++]; DiamondVoice_DV_TX_Config.howl_param.howl_bandthd10 = LoadParm[tmp_ind++]; DiamondVoice_DV_TX_Config.howl_param.howl_bandthd11 = LoadParm[tmp_ind++]; DiamondVoice_DV_TX_Config.howl_param.howl_bandthd12 = LoadParm[tmp_ind++]; DiamondVoice_DV_TX_Config.howl_param.howl_bandthd13 = LoadParm[tmp_ind++]; DiamondVoice_DV_TX_Config.howl_param.howl_bandthd14 = LoadParm[tmp_ind++]; DiamondVoice_DV_TX_Config.howl_param.howl_weak_gain = LoadParm[tmp_ind++]; DiamondVoice_DV_TX_Config.howl_param.howl_strong_gain = LoadParm[tmp_ind++]; DiamondVoice_DV_TX_Config.howl_param.howl_global_gain = LoadParm[tmp_ind++]; DiamondVoice_DV_TX_Config.howl_param.howl_frm_cnt = LoadParm[tmp_ind++]; DiamondVoice_DV_TX_Config.howl_param.reserved1 = LoadParm[tmp_ind++]; DiamondVoice_DV_TX_Config.howl_param.reserved2 = LoadParm[tmp_ind++]; DiamondVoice_DV_TX_Config.howl_param.reserved3 = LoadParm[tmp_ind++]; DiamondVoice_DV_TX_Config.howl_param.reserved4 = LoadParm[tmp_ind++]; } int main(int argc, char *argv[]) { printf("===========================================================================================\n"); printf(" DiamondVoice Engine Simulation \n"); printf("===========================================================================================\n"); if (argc != 4) { //Normal case argc is 4 printf("argc: %d\n\n\n", argc); usage(); return 0; } //argv[0] : "D:\\VisualstudioWorkspace\\Predict_3QUEST\\DiamondVoice_Ref\\Debug\\DiamondVoice_Ref.exe" //argv[1] : "input.pcm" //argv[2] : "output.pcm" //argv[3] : "param.txt" #ifdef DEBUG_DUMP // for howl debug fp_spectro = fopen("howl_spectro.txt", "w"); fp_fq_para = fopen("howl_para.txt", "w"); fp_ch_minmax = fopen("howl_band_minmax.txt", "w"); fp_ch_howl_flag = fopen("howl_band_flag.txt", "w"); fp_freq_howl_flag = fopen("howl_freq_flag.txt", "w"); fp_freq_howl_gain = fopen("howl_freq_gain.txt", "w"); fp_lsf_eng = fopen("howl_lsf_eng.txt", "w"); fp_lsf_band = fopen("howl_lsf_band.txt", "w"); #endif FILE *ifp, *ofp; short Speech_buf_TX[640], Output_buf_TX[640]; long FrmCnt; if ((ifp = fopen(argv[1], "rb")) == (FILE *)NULL) exit(fprintf(stderr, "input file error..\n")); if ((ofp = fopen(argv[2], "wb")) == (FILE *)NULL) exit(fprintf(stderr, "output file error..\n")); ParseTuningFile(argv[3]); printf(" [1] Input pcm path : %s \n", argv[1]); printf(" [2] Output pcm path : %s \n", argv[2]); printf(" [3] Tuning file path : %s \n", argv[3]); // Initialization for NarrowBand or Wideband SamsungDiamondVoiceTxEngineInit(&SamsungDiamondVoiceEngine_vars_Tx, DIAMONDVOICE_FRAME_TX);//wb fix // I/O Config SamsungDiamondVoiceTxEngineInOutConfig(&SamsungDiamondVoiceEngine_vars_Tx, Speech_buf_TX, Output_buf_TX); // DiamondVoice Mode SamsungDiamondVoiceTxEngineModeConfig(&SamsungDiamondVoiceEngine_vars_Tx, &DiamondVoice_DV_TX_Config); /* DiamondVoice Device Setting */ { //HPF . SamsungDiamondVoiceTxEngineHPFConfig(&SamsungDiamondVoiceEngine_vars_Tx, &DiamondVoice_DV_TX_Config); // WISE VOICE PRAM SamsungDiamondVoiceTxEngineWiseVoiceConfig(&SamsungDiamondVoiceEngine_vars_Tx, &DiamondVoice_DV_TX_Config); // Tx Filter & Tx AGC & Tx Limiter & Tx Gain SamsungDiamondVoiceTxEngineConfig(&SamsungDiamondVoiceEngine_vars_Tx, &DiamondVoice_DV_TX_Config); // HOWL SamsungDiamondVoiceTxEngineHOWLTxConfig(&SamsungDiamondVoiceEngine_vars_Tx, &DiamondVoice_DV_TX_Config); //CNG SamsungDiamondVoiceTxEngineCNGConfig(&SamsungDiamondVoiceEngine_vars_Tx, &DiamondVoice_DV_TX_Config); } //get total frame size FILE *fp = fopen(argv[1], "rb"); fseek(fp, 0, SEEK_END); int TotalFrameSize = ftell(fp); TotalFrameSize = (TotalFrameSize / DIAMONDVOICE_FRAME_TX)>>1; fclose(fp); FrmCnt = 0; printf("\n == Start Simulation ==\n\n"); while (fread(Speech_buf_TX, sizeof(short), DIAMONDVOICE_FRAME_TX, ifp) == (unsigned)DIAMONDVOICE_FRAME_TX) { SamsungDiamondVoiceTxEngineExe(&SamsungDiamondVoiceEngine_vars_Tx, &DiamondVoice_DV_TX_Config, Output_buf_TX, Speech_buf_TX); fwrite(Output_buf_TX, sizeof(short), DIAMONDVOICE_FRAME_TX, ofp); FrmCnt++; //if ((FrmCnt % 100) == 0) printf("\rFrmCnt: %d / %d", FrmCnt, TotalFrameSize); } printf("\n\n == Finished Simulation == \n\n"); //printf("%d\n%d\n",sum_eng,cnt); fclose(ifp); fclose(ofp); #ifdef DEBUG_DUMP // for howl debug file close fclose(fp_spectro); fclose(fp_fq_para); fclose(fp_ch_minmax); fclose(fp_ch_howl_flag); fclose(fp_freq_howl_flag); fclose(fp_freq_howl_gain); fclose(fp_lsf_eng); fclose(fp_lsf_band); #endif return 0; } #endif