| /frameworks/av/media/libstagefright/codecs/amrwbenc/src/ |
| cor_h_x.c | 42 Word32 L_tmp, y32[L_SUBFR], L_tot;
54 L_tmp = 1; /* 1 -> to avoid null dn[] */
58 L_tmp += vo_L_mult(*p1++, *p2++);
60 y32[i] = L_tmp;
61 L_tmp = (L_tmp > 0)? L_tmp:-L_tmp;
62 if(L_tmp > L_max)
64 L_max = L_tmp;
[all...] |
| deemph.c | 38 Word32 L_tmp;
40 L_tmp = L_deposit_h(x[0]);
41 L_tmp = L_mac(L_tmp, *mem, mu);
42 x[0] = vo_round(L_tmp);
46 L_tmp = L_deposit_h(x[i]);
47 L_tmp = L_mac(L_tmp, x[i - 1], mu);
48 x[i] = voround(L_tmp);
65 Word32 L_tmp;
[all...] |
| syn_filt.c | 40 Word32 L_tmp;
54 L_tmp = vo_mult32(a0, x[i]);
55 L_tmp -= vo_mult32((*p1++), (*p2--));
56 L_tmp -= vo_mult32((*p1++), (*p2--));
57 L_tmp -= vo_mult32((*p1++), (*p2--));
58 L_tmp -= vo_mult32((*p1++), (*p2--));
59 L_tmp -= vo_mult32((*p1++), (*p2--));
60 L_tmp -= vo_mult32((*p1++), (*p2--));
61 L_tmp -= vo_mult32((*p1++), (*p2--));
62 L_tmp -= vo_mult32((*p1++), (*p2--))
[all...] |
| hp_wsp.c | 59 Word32 L_tmp;
63 L_tmp = ((mem[i] << 16) + (mem[i + 1]<<1));
64 L_tmp = L_shl(L_tmp, exp);
65 mem[i] = L_tmp >> 16;
66 mem[i + 1] = (L_tmp & 0xffff)>>1;
71 L_tmp = L_deposit_h(mem[i]); /* x[i] */
72 L_tmp = L_shl(L_tmp, exp);
73 mem[i] = vo_round(L_tmp);
[all...] |
| preemph.c | 36 Word32 i, L_tmp;
42 L_tmp = L_deposit_h(x[i]);
43 L_tmp -= (x[i - 1] * mu)<<1;
44 x[i] = (L_tmp + 0x8000)>>16;
47 L_tmp = L_deposit_h(x[0]);
48 L_tmp -= ((*mem) * mu)<<1;
49 x[0] = (L_tmp + 0x8000)>>16;
65 Word32 i, L_tmp;
71 L_tmp = L_deposit_h(x[i]);
72 L_tmp -= (x[i - 1] * mu)<<1
[all...] |
| hp6k.c | 60 Word32 i, L_tmp;
69 L_tmp = (x[i] + x[i+ 30]) * fir_6k_7k[0];
70 L_tmp += (x[i+1] + x[i + 29]) * fir_6k_7k[1];
71 L_tmp += (x[i+2] + x[i + 28]) * fir_6k_7k[2];
72 L_tmp += (x[i+3] + x[i + 27]) * fir_6k_7k[3];
73 L_tmp += (x[i+4] + x[i + 26]) * fir_6k_7k[4];
74 L_tmp += (x[i+5] + x[i + 25]) * fir_6k_7k[5];
75 L_tmp += (x[i+6] + x[i + 24]) * fir_6k_7k[6];
76 L_tmp += (x[i+7] + x[i + 23]) * fir_6k_7k[7];
77 L_tmp += (x[i+8] + x[i + 22]) * fir_6k_7k[8]
[all...] |
| scale.c | 34 Word32 L_tmp;
39 L_tmp = L_shl2(x[i], 16 + exp);
40 x[i] = extract_h(L_add(L_tmp, 0x8000));
48 L_tmp = x[i] << 16;
49 L_tmp >>= exp;
50 x[i] = (L_tmp + 0x8000)>>16;
|
| lp_dec2.c | 43 Word32 L_tmp;
58 L_tmp = ((*p_x++) * h_fir[0]);
59 L_tmp += ((*p_x++) * h_fir[1]);
60 L_tmp += ((*p_x++) * h_fir[2]);
61 L_tmp += ((*p_x++) * h_fir[3]);
62 L_tmp += ((*p_x++) * h_fir[4]);
63 x[j] = (L_tmp + 0x4000)>>15;
|
| q_gain2.c | 83 Word32 i, j, L_tmp, dist_min;
173 * L_tmp = MEAN_ENER - 10log10(energy of code/ L_subfr) *
177 L_tmp = Dot_product12_asm(code, code, L_subfr, &exp_code);
179 L_tmp = Dot_product12(code, code, L_subfr, &exp_code);
181 /* exp_code: -18 (code in Q9), -6 (/L_subfr), -31 (L_tmp Q31->Q0) */
184 Log2(L_tmp, &exp, &frac);
186 L_tmp = Mpy_32_16(exp, frac, -24660); /* x -3.0103(Q13) -> Q14 */
188 L_tmp += (MEAN_ENER * 8192)<<1; /* + MEAN_ENER in Q14 */
194 L_tmp = (L_tmp << 10); /* From Q14 to Q24 *
[all...] |
| hp400.c | 65 Word32 L_tmp;
81 L_tmp = 8192L; /* rounding to maximise precision */
82 L_tmp += y1_lo * a[1];
83 L_tmp += y2_lo * a[2];
84 L_tmp = L_tmp >> 14;
85 L_tmp += (y1_hi * a[1] + y2_hi * a[2] + (x0 + x2)* b[0] + x1 * b[1]) << 1;
86 L_tmp <<= 1; /* coeff Q12 --> Q13 */
89 y1_hi = (Word16)(L_tmp>>16);
90 y1_lo = (Word16)((L_tmp & 0xffff)>>1)
[all...] |
| hp50.c | 66 Word32 L_tmp;
83 L_tmp = 8192 ; /* rounding to maximise precision */
84 L_tmp += y1_lo * a[1];
85 L_tmp += y2_lo * a[2];
86 L_tmp = L_tmp >> 14;
87 L_tmp += (y1_hi * a[1] + y2_hi * a[2] + (x0 + x2) * b[0] + x1 * b[1]) << 1;
88 L_tmp <<= 2; /* coeff Q12 --> Q13 */
91 y1_hi = (Word16)(L_tmp>>16);
92 y1_lo = (Word16)((L_tmp & 0xffff)>>1)
[all...] |
| pitch_f4.c | 173 Word32 L_tmp, L_tmp1, L_tmp2;
185 L_tmp = 0;
188 L_tmp += (xn[i] * xn[i]);
189 L_tmp += (xn[i+1] * xn[i+1]);
190 L_tmp += (xn[i+2] * xn[i+2]);
191 L_tmp += (xn[i+3] * xn[i+3]);
194 L_tmp = (L_tmp << 1) + 1;
195 exp = norm_l(L_tmp);
205 L_tmp = 0
[all...] |
| pit_shrp.c | 35 Word32 L_tmp;
40 L_tmp = (*x_ptr << 15);
41 L_tmp += *x++ * sharp;
42 *x_ptr++ = ((L_tmp + 0x4000)>>15);
|
| updt_tar.c | 36 Word32 L_tmp;
40 L_tmp = x[i] << 15;
41 L_tmp -= (y[i] * gain)<<1;
42 x2[i] = extract_h(L_shl2(L_tmp, 1));
|
| int_lpc.c | 42 Word32 L_tmp;
51 L_tmp = (isp_old[i] * fac_old)<<1;
52 L_tmp += (isp_new[i] * fac_new)<<1;
53 isp[i] = (L_tmp + 0x8000)>>16;
|
| isp_isf.c | 40 Word32 L_tmp;
52 L_tmp = vo_L_mult(vo_sub(isp[i], table[ind]), slope[ind]);
53 isf[i] = vo_round((L_tmp << 4)); /* (isp[i]-table[ind])*slope[ind])>>11 */
68 Word32 i, ind, L_tmp;
82 L_tmp = vo_L_mult(vo_sub(table[ind + 1], table[ind]), offset);
83 isp[i] = add1(table[ind], (Word16)((L_tmp >> 8)));
|
| gpclip.c | 95 Word32 L_tmp;
96 L_tmp = (29491 * mem[1])<<1;
97 L_tmp += (3277 * gain_pit)<<1;
99 gain = extract_h(L_tmp);
|
| /frameworks/av/media/libstagefright/codecs/amrwbenc/src/asm/ARMV5E/ |
| Norm_Corr_opt.s | 73 MOV r6, #0 @L_tmp = 0
81 SMLABB r6, r9, r9, r6 @L_tmp += (xn[i] * xn[i])
82 SMLATT r6, r9, r9, r6 @L_tmp += (xn[i+1] * xn[i+1])
92 ADD r9, r7, r6, LSL #1 @L_tmp = (L_tmp << 1) + 1
94 SUB r6, r7, #1 @exp = norm_l(L_tmp)
104 MOV r5, #0 @L_tmp = 0
116 SMLABB r5, r10, r11, r5 @L_tmp += xn[i] * excf[i]
117 SMLATT r5, r10, r11, r5 @L_tmp += xn[i+1] * excf[i+1]
127 @r5 --- L_tmp, r6 --- L_tmp
[all...] |
| Deemph_32_opt.s | 44 MOV r10, r6, LSL #16 @L_tmp = x_hi[0]<<16
47 ADD r12, r10, r7, LSL #4 @L_tmp += x_lo[0] << 4
48 MOV r10, r12, LSL #3 @L_tmp <<= 3
53 MOV r12, r10, LSL #1 @L_tmp = L_mac(L_tmp, *mem, fac)
55 MOV r14, r10, ASR #16 @y[0] = round(L_tmp)
66 MOV r14, r10, ASR #16 @y[1] = round(L_tmp)
|
| /frameworks/av/media/libstagefright/codecs/amrwbenc/src/asm/ARMV7/ |
| Norm_Corr_neon.s | 100 QADD r9, r6, r7 @L_tmp = (L_tmp << 1) + 1;
102 SUB r6, r7, #1 @exp = norm_l(L_tmp)
121 VMULL.S16 Q11, D0, D8 @L_tmp += x[] * excf[]
162 VPADD.S32 D22, D22, D22 @D22[0] --- L_tmp << 1
167 @r5 --- L_tmp, r6 --- L_tmp1
169 ADD r5, r10, r5, LSL #1 @L_tmp = (L_tmp << 1) + 1
176 SUB r10, r10, #1 @exp = norm_l(L_tmp)
178 MOV r5, r5, LSL r10 @L_tmp = (L_tmp << exp
[all...] |
| Deemph_32_neon.s | 44 MOV r10, r6, LSL #16 @L_tmp = x_hi[0]<<16
47 ADD r12, r10, r7, LSL #4 @L_tmp += x_lo[0] << 4
48 MOV r10, r12, LSL #3 @L_tmp <<= 3
53 MOV r12, r10, LSL #1 @L_tmp = L_mac(L_tmp, *mem, fac)
55 MOV r14, r10, ASR #16 @y[0] = round(L_tmp)
66 MOV r14, r10, ASR #16 @y[1] = round(L_tmp)
|
| Syn_filt_32_neon.s | 67 @L_tmp = L_msu(L_tmp, sig_lo[i - j], a[j])@
85 @L_tmp = L_msu(L_tmp, sig_hi[i - j], a[j])@
105 VADD.S32 Q12, Q12, Q10 @L_tmp = L_tmp - (result1 >>= 11) - (result2 <<= 1)
108 VSHL.S32 Q12, Q12, #3 @L_tmp <<= 3
111 VSHRN.S32 D20, Q12, #16 @sig_hi[i] = L_tmp >> 16@
113 VSHR.S32 Q12, Q12, #4 @L_tmp >>= 4
116 VMOV.S32 r11, D24[0] @r11 --- L_tmp >>=
[all...] |
| /frameworks/av/media/libstagefright/codecs/amrwb/src/ |
| pvamrwbdecoder.cpp | 323 int32 L_tmp, L_gain_code;
449 L_tmp = mul_16by16_to_int32(isf_tmp[i], sub_int16(32767, interpol_frac[j]));
450 L_tmp = mac_16by16_to_int32(L_tmp, isf[i], interpol_frac[j]);
451 HfIsf[i] = amr_wb_round(L_tmp);
531 L_tmp = 0;
535 L_tmp = mac_16by16_to_int32(L_tmp, tmp, tmp);
537 tmp = extract_h(shl_int32(L_tmp, 8));
538 tmp = mult_int16(tmp, 26214); /* tmp = L_tmp*0.8/256 *
[all...] |
| deemphasis_32.cpp | 130 int32 L_tmp;
133 L_tmp = ((int32)x_hi[0]) << 16;
134 L_tmp += ((int32)x_lo[0]) << 4;
135 L_tmp = shl_int32(L_tmp, 3);
137 L_tmp = fxp_mac_16by16(*mem, mu, L_tmp),
139 L_tmp = shl_int32(L_tmp, 1); /* saturation can occur here */
140 y[0] = amr_wb_round(L_tmp);
[all...] |
| dec_gain2_amr_wb.cpp | 190 int32 L_tmp;
203 * L_tmp = 1.0 / sqrt(energy of code/ L_subfr)
206 L_tmp = Dot_product12(code, code, L_subfr, &exp);
209 one_ov_sqrt_norm(&L_tmp, &exp);
211 gcode_inov = extract_h(shl_int32(L_tmp, exp - 3)); /* g_code_inov in Q12 */
259 L_tmp = tmp;
260 L_tmp += tmp1;
264 L_tmp += tmp;
265 L_tmp += tmp1;
267 qua_ener = (int16)(L_tmp >> 3)
[all...] |
