Searched refs:maxE (Results 1 – 8 of 8) sorted by relevance
| /external/walt/android/WALT/app/src/main/jni/ |
| D | sync_clock.c | 191 clk->maxE = micros(clk); in zero_remote()
194 LOGD("Sent a 'Z', reply '%c' in %d us\n", clk->buffer[0], clk->maxE); in zero_remote()
211 int sleep_time = (clk->maxE - minE) / kSleepTimeDivider; in improve_minE()
245 LOGD("E is between %d and %d us, sleep_time=%d\n", clk->minE, clk->maxE, sleep_time); in improve_minE()
278 int maxE = clk->maxE; in improve_maxE() local
283 if (tlr != 0 && trs != 0 && dt < maxE) { in improve_maxE()
284 maxE = dt; in improve_maxE()
288 clk->maxE = maxE; in improve_maxE()
290 LOGD("E is between %d and %d us\n", clk->minE, clk->maxE); in improve_maxE()
304 clk->maxE = 1e7; in update_bounds()
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| D | README.md | 10 maxE = current_time() - T0
16 zeroed the local time (recored T0). And also E<= maxE. So 0 = minE < E < maxE.
40 ## Step 3 - find better upper bound `maxE`
48 set maxE = min(maxE, t_local - t_remote)
62 bounds `minE < E < maxE`, though the resulting interval `deltaE = maxE - minE`
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| D | sync_clock_linux.c | 67 (long long int)clk.t_base, clk.minE, clk.maxE); in main()
74 (long long int)(clk.t_base), clk.minE, clk.maxE in main()
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| D | sync_clock.h | 35 int maxE; member
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| D | sync_clock_jni.c | 61 return clk.maxE; in Java_org_chromium_latency_walt_WaltUsbConnection_getMaxE()
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| /external/libopus/src/ |
| D | analysis.c | 234 float maxE = 0; in tonality_analysis() local
415 maxE = 0; in tonality_analysis()
434 maxE = MAX32(maxE, E); in tonality_analysis()
445 if (E>.1*bandwidth_mask && E*1e9f > maxE && E > noise_floor*(band_end-band_start)) in tonality_analysis()
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| /external/walt/docs/usage/ |
| D | WALT_usage.md | 75 Synced clocks, maxE=161us
100 Synced clocks, maxE=154us
148 Synced clocks, maxE=162us
150 Synced clocks, maxE=857us
195 Synced clocks, maxE=158us
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| /external/libopus/celt/ |
| D | celt_encoder.c | 256 opus_val16 maxE; in transient_analysis() local
310 maxE=0; in transient_analysis()
321 maxE = MAX16(maxE, mem0); in transient_analysis()
333 mean = MULT16_16(celt_sqrt(mean), celt_sqrt(MULT16_16(maxE,len2>>1))); in transient_analysis()
335 mean = celt_sqrt(mean * maxE*.5*len2); in transient_analysis()
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