188     FIXP_SGL currVal,   /*!< current energy value */  in mapLowResEnergyVal()
189     FIXP_SGL *prevData, /*!< pointer to previous data vector */  in mapLowResEnergyVal()
241   FIXP_SGL tempSfbNrgPrev[MAX_FREQ_COEFFS];  in decodeSbrData()
247             MAX_FREQ_COEFFS * sizeof(FIXP_SGL));  in decodeSbrData()
275                 MAX_FREQ_COEFFS * sizeof(FIXP_SGL));  in decodeSbrData()
298   FIXP_SGL tempL_m, tempR_m, tempRplus1_m, newL_m, newR_m;  in sbr_envelope_unmapping()
304     tempR_m = (FIXP_SGL)((LONG)h_data_right->iEnvelope[i] & MASK_M);  in sbr_envelope_unmapping()
309     tempL_m = (FIXP_SGL)((LONG)h_data_left->iEnvelope[i] & MASK_M);  in sbr_envelope_unmapping()
321     if (newR_m >= ((FIXP_SGL)MAXVAL_SGL - ROUNDING)) {  in sbr_envelope_unmapping()
330         ((FIXP_SGL)((SHORT)(FIXP_SGL)(newR_m + ROUNDING) & MASK_M)) +  in sbr_envelope_unmapping()
331         (FIXP_SGL)((SHORT)(FIXP_SGL)(newR_e + NRG_EXP_OFFSET) & MASK_E);  in sbr_envelope_unmapping()
333         ((FIXP_SGL)((SHORT)(FIXP_SGL)(newL_m + ROUNDING) & MASK_M)) +  in sbr_envelope_unmapping()
334         (FIXP_SGL)((SHORT)(FIXP_SGL)(newL_e + NRG_EXP_OFFSET) & MASK_E);  in sbr_envelope_unmapping()
364         ((FIXP_SGL)((SHORT)(FIXP_SGL)(newR_m + ROUNDING) & MASK_M)) +  in sbr_envelope_unmapping()
365         (FIXP_SGL)((SHORT)(FIXP_SGL)(newR_e + NOISE_EXP_OFFSET) & MASK_E);  in sbr_envelope_unmapping()
367         ((FIXP_SGL)((SHORT)(FIXP_SGL)(newL_m + ROUNDING) & MASK_M)) +  in sbr_envelope_unmapping()
368         (FIXP_SGL)((SHORT)(FIXP_SGL)(newL_e + NOISE_EXP_OFFSET) & MASK_E);  in sbr_envelope_unmapping()
385   FIXP_SGL target; /* targeted level for sfb_nrg_prev during fade-down */  in leanSbrConcealment()
386   FIXP_SGL step;   /* speed of fade */  in leanSbrConcealment()
417     target = (FIXP_SGL)SBR_ENERGY_PAN_OFFSET;  in leanSbrConcealment()
418     step = (FIXP_SGL)DECAY_COUPLING;  in leanSbrConcealment()
421     step = (FIXP_SGL)DECAY;  in leanSbrConcealment()
459   FIXP_SGL tempSfbNrgPrev[MAX_FREQ_COEFFS];  in decodeEnvelope()
512                                        : (FIXP_SGL)SBR_ENERGY_PAN_OFFSET;  in decodeEnvelope()
521             h_prev_data->sfb_nrg_prev[i] = (FIXP_SGL)SBR_ENERGY_PAN_OFFSET;  in decodeEnvelope()
527               MAX_FREQ_COEFFS * sizeof(FIXP_SGL));  in decodeEnvelope()
536                 MAX_FREQ_COEFFS * sizeof(FIXP_SGL));  in decodeEnvelope()
556   FIXP_SGL *iEnvelope = h_sbr_data->iEnvelope;  in checkEnvelopeData()
557   FIXP_SGL *sfb_nrg_prev = h_prev_data->sfb_nrg_prev;  in checkEnvelopeData()
559   FIXP_SGL sbr_max_energy = (h_sbr_data->ampResolutionCurrentFrame == 1)  in checkEnvelopeData()
607   ((FIXP_SGL)0) /* lowerLimit actually refers to the _highest_ noise energy */  in limitNoiseLevels()
609   ((FIXP_SGL)35) /* upperLimit actually refers to the _lowest_ noise energy */  in limitNoiseLevels()
637   FIXP_SGL deltaExp;  in timeCompensateFirstEnvelope()
693   FIXP_SGL mantissa;  in requantizeEnvelopeData()
701   static const FIXP_SGL pow2[ENV_EXP_FRACT] = {  in requantizeEnvelopeData()
732         mantissa = (FIXP_SGL)((mantissa * pow2[bit]) << 1);  in requantizeEnvelopeData()
759         ((FIXP_SGL)((SHORT)(FIXP_SGL)mantissa & MASK_M)) +  in requantizeEnvelopeData()
760         (FIXP_SGL)((SHORT)(FIXP_SGL)exponent & MASK_E);  in requantizeEnvelopeData()
774   FIXP_SGL *sfb_nrg_prev = h_prev_data->sfb_nrg_prev;  in deltaToLinearPcmEnvelopeDecoding()
775   FIXP_SGL *ptr_nrg = h_sbr_data->iEnvelope;  in deltaToLinearPcmEnvelopeDecoding()
824     FIXP_SGL noiseLevel = h_sbr_data->sbrNoiseFloorLevel[0];  in decodeNoiseFloorlevels()
840       FIXP_SGL noiseLevel = h_sbr_data->sbrNoiseFloorLevel[nNfb];  in decodeNoiseFloorlevels()
869           (FIXP_SGL)(((LONG)FL2FXCONST_SGL(0.5f)) + /* mantissa */  in decodeNoiseFloorlevels()