| /liblc3-latest/tools/ |
| D | elc3.c | 85 struct parameters p = { .frame_ms = 10 }; in parse_args() local
106 case 'b': p.bitrate = atoi(optarg); break; in parse_args()
107 case 'm': p.frame_ms = atof(optarg); break; in parse_args()
108 case 'r': p.srate_hz = atoi(optarg); break; in parse_args()
109 case 'H': p.hrmode = true; break; in parse_args()
116 if (!p.fname_in) in parse_args()
117 p.fname_in = arg; in parse_args()
118 else if (!p.fname_out) in parse_args()
119 p.fname_out = arg; in parse_args()
125 return p; in parse_args()
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| D | dlc3.c | 89 struct parameters p = { .bitdepth = 16 }; in parse_args() local
110 case 'b': p.bitdepth = atoi(optarg); break; in parse_args()
111 case 'r': p.srate_hz = atoi(optarg); break; in parse_args()
118 if (!p.fname_in) in parse_args()
119 p.fname_in = arg; in parse_args()
120 else if (!p.fname_out) in parse_args()
121 p.fname_out = arg; in parse_args()
127 return p; in parse_args()
149 struct parameters p = parse_args(argc, argv); in main() local
152 if (p.fname_in && (fp_in = fopen(p.fname_in, "rb")) == NULL) in main()
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| /liblc3-latest/tables/ |
| D | fastmath.py | 22 def fast_exp2(x, t, p): argument
24 p = p.astype(np.float32)
30 y = ((((p[0]*m) + p[1])*m + p[2])*m + p[3])*m + p[4]
38 p = np.polyfit(x, 2 ** x, 4)
42 y = [ fast_exp2(x[i], t, p) for i in range(len(x)) ]
48 print('{{ {:14.8e}, {:14.8e}, {:14.8e}, {:14.8e}, {:14.8e} }}'.format(*p))
65 def fast_log2(x, p): argument
67 p = p.astype(np.float32)
72 y = ((((p[0]*x) + p[1])*x + p[2])*x + p[3])*x + p[4]
79 p = np.polyfit(x, np.log2(x), 4)
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| D | mktables.py | 185 p = (192 // k) * (k // sr)
186 q = p * (0.5 if sr == 8 else 1)
191 h = h.reshape((len(h) // p, p)).T
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| /liblc3-latest/test/neon/ |
| D | neon.h | 44 static int16x4_t vld1_s16(const int16_t *p) in vld1_s16() argument
46 return (int16x4_t){ { p[0], p[1], p[2], p[3] } }; in vld1_s16()
141 static float32x2_t vld1_f32(const float *p) in vld1_f32() argument
143 return (float32x2_t){ { p[0], p[1] } }; in vld1_f32()
147 static float32x4_t vld1q_f32(const float *p) in vld1q_f32() argument
149 return (float32x4_t){ { p[0], p[1], p[2], p[3] } }; in vld1q_f32()
153 static float32x4_t vld1q_dup_f32(const float *p) in vld1q_dup_f32() argument
155 return (float32x4_t){ { p[0], p[0], p[0], p[0] } }; in vld1q_dup_f32()
159 static float32x2x2_t vld2_f32(const float *p) in vld2_f32() argument
161 return (float32x2x2_t){ .val[0] = { { p[0], p[2] } }, in vld2_f32()
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| /liblc3-latest/src/ |
| D | ltpf_arm.h | 48 static inline void arm_resample_x64k_12k8(const int p, const int16x2_t *h, in arm_resample_x64k_12k8() argument
51 const int w = 40 / p; in arm_resample_x64k_12k8()
56 const int16x2_t *hn = h + (i % (2*p)) * (48 / p); in arm_resample_x64k_12k8()
57 const int16x2_t *xn = x + (i / (2*p)); in arm_resample_x64k_12k8()
79 static inline void arm_resample_x192k_12k8(const int p, const int16x2_t *h, in arm_resample_x192k_12k8() argument
82 const int w = 120 / p; in arm_resample_x192k_12k8()
87 const int16x2_t *hn = h + (i % (2*p)) * (128 / p); in arm_resample_x192k_12k8()
88 const int16x2_t *xn = x + (i / (2*p)); in arm_resample_x192k_12k8()
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| D | fastmath.h | 87 static const float p[] = { in lc3_exp2f() local
109 y.f = ( p[0]) * x; in lc3_exp2f()
110 y.f = (y.f + p[1]) * x; in lc3_exp2f()
111 y.f = (y.f + p[2]) * x; in lc3_exp2f()
112 y.f = (y.f + p[3]) * x; in lc3_exp2f()
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| D | ltpf.c | 213 LC3_HOT static inline void resample_x64k_12k8(const int p, const int16_t *h, in resample_x64k_12k8() argument
216 const int w = 2*(40 / p); in resample_x64k_12k8()
221 const int16_t *hn = h + (i % p) * w; in resample_x64k_12k8()
222 const int16_t *xn = x + (i / p); in resample_x64k_12k8()
258 LC3_HOT static inline void resample_x192k_12k8(const int p, const int16_t *h, in resample_x192k_12k8() argument
261 const int w = 2*(120 / p); in resample_x192k_12k8()
266 const int16_t *hn = h + (i % p) * w; in resample_x192k_12k8()
267 const int16_t *xn = x + (i / p); in resample_x192k_12k8()
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| /liblc3-latest/test/ |
| D | ltpf.py | 30 self.p = 192 // T.SRATE_KHZ[sr]
31 self.w = 240 // self.p
42 p = self.p
64 h = np.zeros(240 + p)
69 e = (15 * i) // p
70 f = (15 * i) % p
71 k = np.arange(-120, 120 + p, p) - f
72 u[2+i] = p * np.dot( x[e:e+w+1], np.take(h, k) )
351 p = (p_e + p_f / 4) * T.SRATE_KHZ[self.sr] / 12.8
353 self.p_e[0] = int(p * 4 + 0.5) // 4
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