199                          FIXP_DBL *gain_code, int mean_ener_bits, int bfi,  in D_gain2_plus()  argument
254     *gain_code = scaleValue(fMult(tgcode, gcode_inov), gcode_inov_e);  in D_gain2_plus()
273   *gain_code = scaleValue(Ltmp, gcode0_e - SF_GAIN_C + SF_QUA_GAIN7B);  in D_gain2_plus()
302                                    FIXP_DBL gain_code, FIXP_DBL ener_code,  in calc_period_factor()  argument
328   L_tmp_e = fNorm(gain_code);  in calc_period_factor()
329   L_tmp = fPow2(gain_code << L_tmp_e);  in calc_period_factor()
398                FIXP_DBL gain_code, /* (i) : Quantized codebook gain SF_GAIN_C */  in noise_enhancer()  argument
410   L_tmp = gain_code;  in noise_enhancer()
412     L_tmp += fMultDiv2(gain_code,  in noise_enhancer()
418     L_tmp = fMult(gain_code,  in noise_enhancer()
435   gain_code = fMult(fac, L_tmp) -  in noise_enhancer()
437                     gain_code);  in noise_enhancer()
438   gain_code <<= (SF_PFAC + SF_STAB);  in noise_enhancer()
440   return gain_code;  in noise_enhancer()
459     FIXP_DBL gain_code, /* (i) : innovative codebook gain g_c          Q16 */  in BuildAdaptiveExcitation()  argument
481   *exc++ = tmp + (fMultDiv2(code[0], gain_code) << SF);  in BuildAdaptiveExcitation()
498     *exc++ = tmp + (fMultDiv2(code_i, gain_code) << SF);  in BuildAdaptiveExcitation()
511   *exc = tmp + (fMultDiv2(code_i, gain_code) << SF);  in BuildAdaptiveExcitation()
754   FIXP_DBL gain_code, gain_code_smooth, Ener_code;  in CLpd_AcelpDecode()  local
844         &gain_code, /* (o)  : Quantized codebook gain                    */  in CLpd_AcelpDecode()
860                            gain_code,     /* (i) : gain of code     */  in CLpd_AcelpDecode()
873                        gain_code,  /* (i) : Quantized codebook gain  */  in CLpd_AcelpDecode()
882     BuildAdaptiveExcitation(code, exc + i_subfr, gain_pit, gain_code,  in CLpd_AcelpDecode()