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FF9XrX`m,[v@ T(Ix !emOኀP`J@ qh m @ D FIRMWARE_CS35L63 4 FW_HL_STT FIRMWARE_CS35L63_HALO_STATE <
FW_HL_HARTBAT FIRMWARE_CS35L63_HALO_HEARTBEAT <
FW_ADO_BLK_SZ FIRMWARE_CS35L63_AUDIO_BLK_SIZE 8 FW_RFCLK_SRC FIRMWARE_CS35L63_REFCLK_SRC D FW_PLL_RFCLK_FRQ FIRMWARE_CS35L63_PLL_REFCLK_FREQ
D
FW_PLL_F_MCLK %FIRMWARE_CS35L63_REFCLK_PLL_FREQ_MCLK 8 FW_BOT_RASN FIRMWARE_CS35L63_BOOT_REASON @
FW_REFCLK_DET "FIRMWARE_CS35L63_REFCLK_DETECT_32K < FW_HW_CLCK_STT FIRMWARE_CS35L63_HW_CLOCK_STATE @ FW_CP_MTR_ENBL !FIRMWARE_CS35L63_CPU_METER_ENABLE D FW_MPS_OVRRN_FLG "FIRMWARE_CS35L63_MIPS_OVERRUN_FLAG D FW_MIPS_OR_HBN $FIRMWARE_CS35L63_MIPS_OVERRUN_HB_NUM H FW_DPLL_DB_T *FIRMWARE_CS35L63_DPLL_UNLOCK_DEBOUNCE_TYPE H FW_DPLL_DB_CNT +FIRMWARE_CS35L63_DPLL_UNLOCK_DEBOUNCE_COUNT 4 FW_TN_TKN FIRMWARE_CS35L63_TUNE_TOKEN
EVENT_HANDLER GPIO MAILBOX ,
QUEUE_BASE MAILBOX_QUEUE_BASE , QUEUE_LEN MAILBOX_QUEUE_LEN , QUEUE_WT MAILBOX_QUEUE_WT , QUEUE_RD MAILBOX_QUEUE_RD $ STATUS MAILBOX_STATUS 8 PM < PM_TIMEOUT_TICKS PM_PM_TIMER_TIMEOUT_TICKS , PM_CUR_STATE PM_PM_CUR_STATE 4
PM_PWR_ON_SEQ PM_POWER_ON_SEQUENCE 0 ACTIVE_SEQUENCEPM_ACTIVE_SEQUENCE 4 STANDBY_SEQUENCE PM_STANDBY_SEQUENCE AUDIO_SYSTEM 4
AS_ADO_STT AUDIO_SYSTEM_AUDIO_STATE 0
AS_LST_CMD AUDIO_SYSTEM_LAST_CMD D AS_STA_2_SYD &AUDIO_SYSTEM_STRM_ACTIVE_TO_SYNTH_DONE H AS_SYA_2_STA *AUDIO_SYSTEM_SYNTH_ACTIVE_TO_STREAM_ACTIVE
D AS_PLL_RESYNC_R&AUDIO_SYSTEM_AMP_PLL_UNLOCK_RESYNC_REQ H AS_STA_2_SYA *AUDIO_SYSTEM_STREAM_ACTIVE_TO_SYNTH_ACTIVE ( AS_ERRRAUDIO_SYSTEM_ERROR 8
AS_PAK_CP_LAD AUDIO_SYSTEM_PEAK_CPU_LOAD < AS_CRRNT_CP_LAD AUDIO_SYSTEM_CURRENT_CPU_LOAD @ AS_SYNTHSS_ENBLD AUDIO_SYSTEM_SYNTHESIS_ENABLED " 4 AS_ADO_STTSAUDIO_SYSTEM_AUDIO_STATUS # 0 AS_PRJCT_IDAUDIO_SYSTEM_PROJECT_ID $ 0 AS_CHNNL_IDAUDIO_SYSTEM_CHANNEL_ID % 8 AS_SNPSHT_ID AUDIO_SYSTEM_SNAPSHOT_ID MDSYNC p
ULTRASONIC P
ULTRASONIC_EN 3ULTRASONIC_ULTRASONIC_CTRL_STRUCT_ULTRASONIC_ENABLE PROTECT_LITE . < CAL_R_EXPECTED PROTECT_LITE_R_CALIB_0_R_REF < CAL_R_DELTA"PROTECT_LITE_R_CALIB_0_R_DELTA_MAX LCHIRP_CUR_FREQhPROTECT_LITE_DIAGNOSTICS_STRUCT_0_CALIBRATION_AND_DIAGNOSTICS_RX_CMPST_0_LINEARCHIRP_0_CURRENT_FREQUENCY | LCHIRP_FSTOP \PROTECT_LITE_DIAGNOSTICS_STRUCT_0_CALIBRATION_AND_DIAGNOSTICS_RX_CMPST_0_LINEARCHIRP_0_FSTOP |
LCHIRP_AMP `PROTECT_LITE_DIAGNOSTICS_STRUCT_0_CALIBRATION_AND_DIAGNOSTICS_RX_CMPST_0_LINEARCHIRP_0_AMPLITUDE C T CALI_TUNE_APP_EN 2PROTECT_LITE_SMART_CALIBRATION_APPROVE_TUNE_ENABLE D T CALI_NORM_EN 4PROTECT_LITE_SMART_CALIBRATION_NORMALIZE_REDC_ENABLE E L CALI_TEMP_OFFSET *PROTECT_LITE_SMART_CALIBRATION_TEMP_OFFSET F T CALI_MIN_EST_TMP 3PROTECT_LITE_SMART_CALIBRATION_MIN_EST_AMBIENT_TEMP G T CALI_MAX_EST_TMP 3PROTECT_LITE_SMART_CALIBRATION_MAX_EST_AMBIENT_TEMP P PROTECT_LITE_EN2PROTECT_LITE_PROTECT_LITE_CTRL_PROTECT_LITE_ENABLE H CAL_EN 1PROTECT_LITE_PROTECT_LITE_CTRL_CALIBRATION_ENABLE H DIAG_EN1PROTECT_LITE_PROTECT_LITE_CTRL_DIAGNOSTICS_ENABLE L CAL_CHECKSUM ,PROTECT_LITE_VAR_ARRAY_CHECK_SUM_CALIBRATION H
CAL_STATUS /PROTECT_LITE_VAR_ARRAY_IMPEDANCE_MEASURE_STATUS L CAL_R 5PROTECT_LITE_VAR_ARRAY_MEASURED_IMPEDANCE_CALIBRATION P CAL_SET_STATUS 3PROTECT_LITE_VAR_ARRAY_IMPEDANCE_THRESH_CALC_STATUS L CAL_R_SELECTED -PROTECT_LITE_VAR_ARRAY_INITIAL_CALI_IMPEDANCE L TEMP_COIL_RATE /PROTECT_LITE_VAR_ARRAY_RATE_OF_COIL_TEMP_CHANGE H TEMP_EST_COR )PROTECT_LITE_VAR_ARRAY_TEMP_EST_CORRECTED
H TEMP_COIL_C.PROTECT_LITE_VAR_ARRAY_TEMP_MEASURED_CORRECTED L FIX_MOD_MAX_EXC.PROTECT_LITE_VAR_ARRAY_FIX_MODEL_MAX_EXCURSION L
DD_MAX_EXC 0PROTECT_LITE_VAR_ARRAY_DIRECT_DISP_MAX_EXCURSION P OVERS_REACT_GAIN .PROTECT_LITE_VAR_ARRAY_OVERSIGHT_REACTION_GAIN < TONE_FLAG PROTECT_LITE_VAR_ARRAY_TONE_FLAG P MAX_EXC_BEFO_LIM /PROTECT_LITE_VAR_ARRAY_MAX_EXCUR_BEFORE_LIMITER T
EXC_AFTER_LIM 4PROTECT_LITE_VAR_ARRAY_MAX_EXCUR_VALUE_AFTER_LIMITER D EXCUR_GAIN_MAX %PROTECT_LITE_VAR_ARRAY_EXCUR_GAIN_MAX X THERM_OVER_ACT_I 4PROTECT_LITE_VAR_ARRAY_THERM_OVERRIDE_ACTIVATION_IND P THERM_R_ATT_MIN3PROTECT_LITE_VAR_ARRAY_THERMAL_RATE_ATTENUATION_MIN L THERM_ATTEN_MIN.PROTECT_LITE_VAR_ARRAY_THERMAL_ATTENUATION_MIN T CB_THERM_ATT_MIN 3PROTECT_LITE_VAR_ARRAY_COMB_THERMAL_ATTENUATION_MIN L EXC_GAIN_DIG2MM,PROTECT_LITE_VAR_ARRAY_EXCURSION_GAIN_DIG2MM H
EXC_OFFSET_MM *PROTECT_LITE_VAR_ARRAY_EXCURSION_OFFSET_MM ( D
TEMP_COIL_EST $PROTECT_LITE_VAR_ARRAY_TEMP_COIL_EST B T CAL_AMBIENT9PROTECT_LITE_CALIB_DIAG_VAR_ARRAY_CAL_AMBIENT_TEMPERATURE C D DIAG_F0,PROTECT_LITE_CALIB_DIAG_VAR_ARRAY_Z_CURVE_F0 D X DIAG_F0_STATUS 9PROTECT_LITE_CALIB_DIAG_VAR_ARRAY_Z_CURVE_ANALYSIS_STATUS F d CAL_IMP_MEAS_CAL @PROTECT_LITE_CALIB_DIAG_VAR_ARRAY_MEASURED_IMPEDANCE_CALIBRATION G D CAL_R_OUT +PROTECT_LITE_CALIB_DIAG_VAR_ARRAY_CAL_R_OUT K T DIAG_Z_LOW_DIFF6PROTECT_LITE_CALIB_DIAG_VAR_ARRAY_DIAGNOSTICS_LOW_DIFF L L CAL_RE_EST_GAIN-PROTECT_LITE_CALIB_DIAG_VAR_ARRAY_RE_EST_GAIN M P
CAL_ALPHA_REF 1PROTECT_LITE_CALIB_DIAG_VAR_ARRAY_ALPHA_REFERENCE N H
CAL_TC0_CALIB +PROTECT_LITE_CALIB_DIAG_VAR_ARRAY_TC0_CALIB V P CAL_ZCURVE_F_LOW /PROTECT_LITE_CALIB_DIAG_VAR_ARRAY_Z_CURVE_F_LOW Y \ CALI_EST_AMB_TMP 9PROTECT_LITE_SMART_CALIB_VAR_ARRAY_ESTIMATED_AMBIENT_TEMP 8 PEQ20_1 L PEQ20_1_ENABLE ,PEQ20_1_PEQ20_PEQ20_CTRL_STRUCT_PEQ20_ENABLE H PEQ20_1_FILTERS)PEQ20_1_PEQ20_PEQ20_FILTERBANK_PEQ20_BAND 9 PEQ20_2 L PEQ20_2_ENABLE ,PEQ20_2_PEQ20_PEQ20_CTRL_STRUCT_PEQ20_ENABLE H PEQ20_2_FILTERS)PEQ20_2_PEQ20_PEQ20_FILTERBANK_PEQ20_BAND L MBDRC / T M_DRC1_LD_OP_LVL 0MBDRC_DRC_1_STRUCT_DRC_LEVEL_DETECT_OUTPUT_LEVEL O @
M_DRC1_OP_LVL #MBDRC_DRC_1_STRUCT_DRC_OUTPUT_LEVEL T T M_DRC2_LD_OP_LVL 0MBDRC_DRC_2_STRUCT_DRC_LEVEL_DETECT_OUTPUT_LEVEL t @
M_DRC2_OP_LVL #MBDRC_DRC_2_STRUCT_DRC_OUTPUT_LEVEL y T M_DRC3_LD_OP_LVL 0MBDRC_DRC_3_STRUCT_DRC_LEVEL_DETECT_OUTPUT_LEVEL @
M_DRC3_OP_LVL #MBDRC_DRC_3_STRUCT_DRC_OUTPUT_LEVEL D MBDRC_ENABLE $MBDRC_MBDRC_CTRL_STRUCT_MBDRC_ENABLE INPUT_CONDITIONER T IC_EN ?INPUT_CONDITIONER_INPUT_CONDITIONER_CTRL_STRUCT_INP_COND_ENABLE \ IC_CH_BAL AINPUT_CONDITIONER_INPUT_CONDITIONER_CTRL_STRUCT_INP_COND_CHAN_BAL d IC_CH_BALSMHINPUT_CONDITIONER_INPUT_CONDITIONER_CTRL_STRUCT_INP_COND_CHAN_BAL_SMOOTH h IC_MM_XO_ENMINPUT_CONDITIONER_INPUT_CONDITIONER_CTRL_STRUCT_INP_COND_MONOMIX_XOVER_ENABLE d
IC_H_XO_EN JINPUT_CONDITIONER_INPUT_CONDITIONER_CTRL_STRUCT_INP_COND_HALF_XOVER_ENABLE / h IC_PPU_H_XO_BALKINPUT_CONDITIONER_INPUT_CONDITIONER_PPU_CTRL_STRUCT_INP_COND_HALF_XOVER_BAL \ ACTISONIC < ACTISONIC_ENABLE ACTISONIC_ACTISONIC_ENABLE LIMITER T LI_DRC_LD_OP_LVL 2LIMITER_DRC_1_STRUCT_DRC_LEVEL_DETECT_OUTPUT_LEVEL ! D
LI_DRC_OP_LVL %LIMITER_DRC_1_STRUCT_DRC_OUTPUT_LEVEL & D LI_ENABLE *LIMITER_LIMITER_CTRL_STRUCT_LIMITER_ENABLE 0
INPUT_ENHANCE \ IE_DRC_LD_OP_LVL 8INPUT_ENHANCE_DRC_1_STRUCT_DRC_LEVEL_DETECT_OUTPUT_LEVEL & H
IE_DRC_OP_LVL +INPUT_ENHANCE_DRC_1_STRUCT_DRC_OUTPUT_LEVEL + X IE_ENABLE 8 TG23_TONE_DIVIDE SDCA_TG23_TONE_DIVIDER ^ @ XU22_FDL_MES_OFF SDCA_XU22_FDL_MESSAGE_OFFSET ` @ XU22_FDL_MES_LEN SDCA_XU22_FDL_MESSAGE_LENGTH ) WRITE_DETECT # EVENT_LOGGER < EVLOG_HEADER EVENT_LOGGER_EVENT_LOG_HEADER 0 EVLOG_EN EVENT_LOGGER_ENABLED 8
BUFFER_STATUS EVENT_LOGGER_BUFFER_STATUS @ EVLOG_ST_OFF EVENT_LOGGER_START_STREAM_OFFSET 8 WAS_DISABLED EVENT_LOGGER_WAS_DISABLED
< EVLOG_TS_SHIFT EVENT_LOGGER_TIMESTAMP_SHIFT X * ASP_MIXER 8 ASP_MIX_ENABLE ASP_MIXER_ASP_MIX_ENABLE \ B SHORT_DETECT 8 SHORT_DETECTED SHORT_DETECT_SHORT_DETECTED 3 VMON_SYNTHESIS , ENABLE VMON_SYNTHESIS_ENABLE P VMS_AC_MOD_IMAX3VMON_SYNTHESIS_ANALOG_CLIPPING_MODULATION_INDEX_MAX P VMS_AC_INT_R 0VMON_SYNTHESIS_ANALOG_CLIPPING_INTERNAL_RESISTOR P VMS_AC_EXT_R 0VMON_SYNTHESIS_ANALOG_CLIPPING_EXTERNAL_RESISTOR L
VMS_AC_LOAD_R ,VMON_SYNTHESIS_ANALOG_CLIPPING_LOAD_RESISTOR L VMS_IMC_CAL_ST .VMON_SYNTHESIS_IMON_CALIBRATION_IMON_CAL_STATE P VMS_IMC_CAL_LN 2VMON_SYNTHESIS_IMON_CALIBRATION_CALIBRATION_LENGTH P VMS_IMC_COR_MAX3VMON_SYNTHESIS_IMON_CALIBRATION_IMON_CORRECTION_MAX L VMS_IMC_APT_RATE *VMON_SYNTHESIS_IMON_CALIBRATION_ADAPT_RATE ` VMS_IMC_SINE_THR >VMON_SYNTHESIS_IMON_CALIBRATION_SINEGENERATORSENSE_0_THRESHOLD P VMS_IMC_IMON_COR /VMON_SYNTHESIS_IMON_CALIBRATION_IMON_CORRECTION 8 VMON_SCALING VMON_SYNTHESIS_VMON_SCALING 8 IMON_SCALING VMON_SYNTHESIS_IMON_SCALING @ ERROR_VOL_ATTACK VMON_SYNTHESIS_ERROR_VOL_ATTACK @ VMS_ERR_VOL_RLS VMON_SYNTHESIS_ERROR_VOL_RELEASE 4 BOOT_BEEP < BOOT_BEEP_ENABLE BOOT_BEEP_BOOT_BEEP_ENABLE 4
DSP_BEEP_FREQ BOOT_BEEP_DSP_BEEP_FREQ 8 DSP_BEEP_LEVEL BOOT_BEEP_DSP_BEEP_LEVEL 8 BB_DSP_BEEP_DURBOOT_BEEP_DSP_BEEP_DURATION 8 GPIO_BEEP_FREQ BOOT_BEEP_GPIO_BEEP_FREQ 8 GPIO_BEEP_LEVELBOOT_BEEP_GPIO_BEEP_LEVEL 4 BEEP_PENDING BOOT_BEEP_BEEP_PENDING 1
TWEETER_XOVER 8 0 TWEETER_LIMITER \ TLI_DRC_LD_OP_LV :TWEETER_LIMITER_DRC_1_STRUCT_DRC_LEVEL_DETECT_OUTPUT_LEVEL ! L TLI_DRC_OP_LVL -TWEETER_LIMITER_DRC_1_STRUCT_DRC_OUTPUT_LEVEL & \
TLI_ENABLE BTWEETER_LIMITER_TWEETER_LIMITER_CTRL_STRUCT_TWEETER_LIMITER_ENABLE 5 TWEETER_ENHANCE < 7 SWDE H ( SWDE_ENSWDE_SWDE_ENABLE ,
SWDE_SW_EN SWDE_SWDE_SW_ENABLE ,
SWDE_DE_EN SWDE_SWDE_DE_ENABLE 8 SWDE_SW_M_F1_B0SWDE_ST_WIDE_MID_FILT_1_B0 8 SWDE_SW_M_F1_B1SWDE_ST_WIDE_MID_FILT_1_B1 8 SWDE_SW_M_F1_B2SWDE_ST_WIDE_MID_FILT_1_B2 < SWDE_SW_M_F1_MA1 SWDE_ST_WIDE_MID_FILT_1_MA1 < SWDE_SW_M_F1_MA2 SWDE_ST_WIDE_MID_FILT_1_MA2 8 SWDE_SW_M_F2_B0SWDE_ST_WIDE_MID_FILT_2_B0 8 SWDE_SW_M_F2_B1SWDE_ST_WIDE_MID_FILT_2_B1
8 SWDE_SW_M_F2_B2SWDE_ST_WIDE_MID_FILT_2_B2 < SWDE_SW_M_F2_MA1 SWDE_ST_WIDE_MID_FILT_2_MA1 < SWDE_SW_M_F2_MA2 SWDE_ST_WIDE_MID_FILT_2_MA2
8 SWDE_SW_M_F3_B0SWDE_ST_WIDE_MID_FILT_3_B0 8 SWDE_SW_M_F3_B1SWDE_ST_WIDE_MID_FILT_3_B1 8 SWDE_SW_M_F3_B2SWDE_ST_WIDE_MID_FILT_3_B2 < SWDE_SW_M_F3_MA1 SWDE_ST_WIDE_MID_FILT_3_MA1 < SWDE_SW_M_F3_MA2 SWDE_ST_WIDE_MID_FILT_3_MA2 8 SWDE_SW_S_F1_B0SWDE_ST_WIDE_SIDE_FILT_1_B0 8 SWDE_SW_S_F1_B1SWDE_ST_WIDE_SIDE_FILT_1_B1 8 SWDE_SW_S_F1_B2SWDE_ST_WIDE_SIDE_FILT_1_B2 @ SWDE_SW_S_F1_MA1 SWDE_ST_WIDE_SIDE_FILT_1_MA1 @ SWDE_SW_S_F1_MA2 SWDE_ST_WIDE_SIDE_FILT_1_MA2 8 SWDE_SW_S_F2_B0SWDE_ST_WIDE_SIDE_FILT_2_B0 8 SWDE_SW_S_F2_B1SWDE_ST_WIDE_SIDE_FILT_2_B1 8 SWDE_SW_S_F2_B2SWDE_ST_WIDE_SIDE_FILT_2_B2 @ SWDE_SW_S_F2_MA1 SWDE_ST_WIDE_SIDE_FILT_2_MA1 @ SWDE_SW_S_F2_MA2 SWDE_ST_WIDE_SIDE_FILT_2_MA2 8 SWDE_SW_S_F3_B0SWDE_ST_WIDE_SIDE_FILT_3_B0 8 SWDE_SW_S_F3_B1SWDE_ST_WIDE_SIDE_FILT_3_B1 8 SWDE_SW_S_F3_B2SWDE_ST_WIDE_SIDE_FILT_3_B2 @ SWDE_SW_S_F3_MA1 SWDE_ST_WIDE_SIDE_FILT_3_MA1 @ SWDE_SW_S_F3_MA2 SWDE_ST_WIDE_SIDE_FILT_3_MA2 ! 4 SWDE_SW_M_SCALESWDE_ST_WIDE_MID_SCALE " 4 SWDE_SW_M_SHIFTSWDE_ST_WIDE_MID_SHIFT # 4 SWDE_SW_S_SCALESWDE_ST_WIDE_SIDE_SCALE $ 4 SWDE_SW_S_SHIFTSWDE_ST_WIDE_SIDE_SHIFT % 8 SWDE_DE_M_F1_B0SWDE_D_ENH_MID_FILT_1_B0 & 8 SWDE_DE_M_F1_B1SWDE_D_ENH_MID_FILT_1_B1 ' 8 SWDE_DE_M_F1_B2SWDE_D_ENH_MID_FILT_1_B2 ( < SWDE_DE_M_F1_MA1 SWDE_D_ENH_MID_FILT_1_MA1 ) < SWDE_DE_M_F1_MA2 SWDE_D_ENH_MID_FILT_1_MA2 * 8 SWDE_DE_M_F2_B0SWDE_D_ENH_MID_FILT_2_B0 + 8 SWDE_DE_M_F2_B1SWDE_D_ENH_MID_FILT_2_B1 , 8 SWDE_DE_M_F2_B2SWDE_D_ENH_MID_FILT_2_B2 - < SWDE_DE_M_F2_MA1 SWDE_D_ENH_MID_FILT_2_MA1 . < SWDE_DE_M_F2_MA2 SWDE_D_ENH_MID_FILT_2_MA2 / 8 SWDE_DE_M_F3_B0SWDE_D_ENH_MID_FILT_3_B0 0 8 SWDE_DE_M_F3_B1SWDE_D_ENH_MID_FILT_3_B1 1 8 SWDE_DE_M_F3_B2SWDE_D_ENH_MID_FILT_3_B2 2 < SWDE_DE_M_F3_MA1 SWDE_D_ENH_MID_FILT_3_MA1 3 < SWDE_DE_M_F3_MA2 SWDE_D_ENH_MID_FILT_3_MA2 4 8 SWDE_DE_S_F1_B0SWDE_D_ENH_SIDE_FILT_1_B0 5 8 SWDE_DE_S_F1_B1SWDE_D_ENH_SIDE_FILT_1_B1 6 8 SWDE_DE_S_F1_B2SWDE_D_ENH_SIDE_FILT_1_B2 7 < SWDE_DE_S_F1_MA1 SWDE_D_ENH_SIDE_FILT_1_MA1 8 < SWDE_DE_S_F1_MA2 SWDE_D_ENH_SIDE_FILT_1_MA2 9 8 SWDE_DE_S_F2_B0SWDE_D_ENH_SIDE_FILT_2_B0 : 8 SWDE_DE_S_F2_B1SWDE_D_ENH_SIDE_FILT_2_B1 ; 8 SWDE_DE_S_F2_B2SWDE_D_ENH_SIDE_FILT_2_B2 < < SWDE_DE_S_F2_MA1 SWDE_D_ENH_SIDE_FILT_2_MA1 = < SWDE_DE_S_F2_MA2 SWDE_D_ENH_SIDE_FILT_2_MA2 > 8 SWDE_DE_S_F3_B0SWDE_D_ENH_SIDE_FILT_3_B0 ? 8 SWDE_DE_S_F3_B1SWDE_D_ENH_SIDE_FILT_3_B1 @ 8 SWDE_DE_S_F3_B2SWDE_D_ENH_SIDE_FILT_3_B2 A < SWDE_DE_S_v3_MA1 SWDE_D_ENH_SIDE_FILT_3_MA1 B < SWDE_DE_S_F3_MA2 SWDE_D_ENH_SIDE_FILT_3_MA2 C 4 SWDE_DE_M_SCALESWDE_D_ENH_MID_SCALE D 4 SWDE_DE_M_SHIFTSWDE_D_ENH_MID_SHIFT E 4 SWDE_DE_S_SCALESWDE_D_ENH_SIDE_SCALE F 4 SWDE_DE_S_SHIFTSWDE_D_ENH_SIDE_SHIFT I 0 SWDE_XFADE_BAL SWDE_SWDE_BALANCE / SHARED_PATCHING_STRUCTURE P SPTCH_MD_SLW_FRM -SHARED_PATCHING_STRUCTURE_MBDRC_SLEW_N_FRAMES