Έτσι από περιέργεια είδα το βίντεο κ το έκανα κ εγώ αλλά δεν το φόρτωσα ακόμα στο Denon στο preset 2 .
9:48:37 μ.μ. [INFO] Based on your AVR model - Denon AVC-X4700H, speed of sound has been set to 300.0 m/s for all distance calculations.
9:48:37 μ.μ. [WARNING] - if you believe this setting is not correct for your receiver model, please notify OCA!
9:48:37 μ.μ. [INFO] ************************************************************************************************************************
9:48:38 μ.μ. [LOG] Applying Target Curve located @ C:\Users\manve\Downloads\DrTooleTargetCurve (4).txt
9:48:38 μ.μ. [INFO] ************************************************************************************************************************
9:48:38 μ.μ. [INFO] Optimization process started...
9:48:38 μ.μ. [LOG] Transposing measurements from '8' different microphone positions to the primary listening position...
9:48:43 μ.μ. [INFO] Done!
9:48:43 μ.μ. [INFO] ************************************************************************************************************************
9:48:43 μ.μ. [INFO] Cleaning up processed measurements...
9:49:09 μ.μ. [LOG] Done!
9:49:09 μ.μ. [INFO] ************************************************************************************************************************
9:49:09 μ.μ. [LOG] Calculating precise speaker volume levels...
9:49:09 μ.μ. [LOG] Co: 69.97598993778229 dB
9:49:10 μ.μ. [LOG] FDLo: 65.21943516731262 dB
9:49:10 μ.μ. [LOG] FDRo: 66.27844332456588 dB
9:49:10 μ.μ. [LOG] FLo: 71.43202688694001 dB
9:49:10 μ.μ. [LOG] FRo: 71.88455293178558 dB
9:49:10 μ.μ. [LOG] SBLo: 75.47293245792389 dB
9:49:11 μ.μ. [LOG] SBRo: 77.10151777267457 dB
9:49:11 μ.μ. [LOG] SDLo: 68.383982026577 dB
9:49:11 μ.μ. [LOG] SDRo: 68.60003623962403 dB
9:49:11 μ.μ. [LOG] SLAo: 74.0658071756363 dB
9:49:11 μ.μ. [LOG] SRAo: 73.72223811149597 dB
9:49:11 μ.μ. [INFO] Optimized target volume level for all speakers: 71.1033601847562 dB
9:49:11 μ.μ. [INFO] Total number of speakers averaged (excludes subwoofer): 11
9:49:11 μ.μ. [LOG] Finalized speaker volume settings:
9:49:11 μ.μ. [LOG] C: 1.0 ; with 0.12737024697391064 dB filter compensation
9:49:12 μ.μ. [LOG] FDL: 6.0 ; with -0.11607498255642668 dB filter compensation
9:49:12 μ.μ. [LOG] FDR: 5.0 ; with -0.17508313980968637 dB filter compensation
9:49:12 μ.μ. [LOG] FL: -0.5 ; with 0.1713332978161901 dB filter compensation
9:49:12 μ.μ. [LOG] FR: -1.0 ; with 0.21880725297062043 dB filter compensation
9:49:12 μ.μ. [LOG] SBL: -4.5 ; with 0.13042772683230908 dB filter compensation
9:49:12 μ.μ. [LOG] SBR: -6.0 ; with 0.0018424120816291634 dB filter compensation
9:49:12 μ.μ. [LOG] SDL: 2.5 ; with 0.2193781581791967 dB filter compensation
9:49:12 μ.μ. [LOG] SDR: 2.5 ; with 0.0033239451321662727 dB filter compensation
9:49:12 μ.μ. [LOG] SLA: -3.0 ; with 0.03755300911990389 dB filter compensation
9:49:12 μ.μ. [LOG] SRA: -2.5 ; with -0.1188779267397706 dB filter compensation
9:49:12 μ.μ. [INFO] Optimizing subwoofer volume adjustment...
9:49:12 μ.μ. [LOG] SW1: -5.5 dB ; with -0.13999999999999968 dB filter compensation
9:49:12 μ.μ. [INFO] ************************************************************************************************************************
9:49:12 μ.μ. [INFO] Deriving optimal speaker distances with advanced cross-correlation analysis...
9:49:12 μ.μ. [LOG] C: 5m
9:49:12 μ.μ. [LOG] FDL: 6.25m
9:49:12 μ.μ. [LOG] FDR: 6.17m
9:49:12 μ.μ. [LOG] FL: 5m
9:49:12 μ.μ. [LOG] FR: 4.91m
9:49:12 μ.μ. [LOG] SBL: 1.66m
9:49:12 μ.μ. [LOG] SBR: 1.62m
9:49:12 μ.μ. [LOG] SDL: 4.22m
9:49:12 μ.μ. [LOG] SDR: 4.21m
9:49:12 μ.μ. [LOG] SLA: 2.05m
9:49:12 μ.μ. [LOG] SRA: 2.03m
9:49:12 μ.μ. [LOG] SW1: 19.22m
9:49:12 μ.μ. [WARNING] Calculated optimal subwoofer distance of 19.22m exceeds AV Receiver's max. speaker spacing limit [17.6m vs 5.88m]!
9:49:12 μ.μ. [INFO] Attempting to re-align the sub...
9:49:13 μ.μ. [WARNING] Recalculated subwoofer distance of 13.03m still exceeds AV Receiver's max. speaker spacing limit [11.41m vs 5.88m]!
9:49:13 μ.μ. [INFO] Attempting to re-align the sub...
9:49:14 μ.μ. [INFO] Subwoofer distance is again re-set to 4.74m and is finally within the receiver speaker spacing limits [3.12m vs 5.88m].
9:49:14 μ.μ. [INFO] ************************************************************************************************************************
9:49:14 μ.μ. [INFO] Crafting custom room correction filters...
9:49:17 μ.μ. [LOG] Optimal filter generation for speaker C is completed.
9:49:20 μ.μ. [LOG] Optimal filter generation for speaker FDL is completed.
9:49:24 μ.μ. [LOG] Optimal filter generation for speaker FDR is completed.
9:49:27 μ.μ. [LOG] Optimal filter generation for speaker FL is completed.
9:49:30 μ.μ. [LOG] Optimal filter generation for speaker FR is completed.
9:49:34 μ.μ. [LOG] Optimal filter generation for speaker SBL is completed.
9:49:41 μ.μ. [LOG] Optimal filter generation for speaker SBR is completed.
9:49:49 μ.μ. [LOG] Optimal filter generation for speaker SDL is completed.
9:49:57 μ.μ. [LOG] Optimal filter generation for speaker SDR is completed.
9:50:02 μ.μ. [LOG] Optimal filter generation for speaker SLA is completed.
9:50:06 μ.μ. [LOG] Optimal filter generation for speaker SRA is completed.
9:50:09 μ.μ. [LOG] Optimal filter generation for speaker SW1 is completed.
9:50:10 μ.μ. [LOG] Done!
9:50:10 μ.μ. [INFO] ************************************************************************************************************************
9:50:10 μ.μ. [INFO] Pinpointing crossover frequencies for each speaker...
9:50:10 μ.μ. [LOG] Optimal crossover frequency for speaker C: 27.09961Hz, closest receiver XO freq: 40Hz
9:50:10 μ.μ. [LOG] - @ 40Hz - phase difference with SW: 106.91 degrees, phase delay: 7.42 ms
9:50:10 μ.μ. [LOG] Optimal crossover frequency for speaker FDL: 87.52443Hz, closest receiver XO freq: 90Hz
9:50:10 μ.μ. [LOG] - @ 90Hz - phase difference with SW: -132.19 degrees, phase delay: -4.08 ms
9:50:11 μ.μ. [LOG] Optimal crossover frequency for speaker FDR: 27.46582Hz, closest receiver XO freq: 40Hz
9:50:11 μ.μ. [LOG] - @ 40Hz - phase difference with SW: 101.08 degrees, phase delay: 7.02 ms
9:50:11 μ.μ. [LOG] Optimal crossover frequency for speaker FL: 27.46582Hz, closest receiver XO freq: 40Hz
9:50:11 μ.μ. [LOG] - @ 40Hz - phase difference with SW: 55.01 degrees, phase delay: 3.82 ms
9:50:11 μ.μ. [LOG] Optimal crossover frequency for speaker FR: 23.43750Hz, closest receiver XO freq: 40Hz
9:50:11 μ.μ. [LOG] - @ 40Hz - phase difference with SW: 79.98 degrees, phase delay: 5.55 ms
9:50:11 μ.μ. [LOG] Optimal crossover frequency for speaker SBL: 46.14259Hz, closest receiver XO freq: 40Hz
9:50:11 μ.μ. [LOG] - @ 40Hz - phase difference with SW: -178.95 degrees, phase delay: -12.43 ms
9:50:11 μ.μ. [LOG] Optimal crossover frequency for speaker SBR: 50.90333Hz, closest receiver XO freq: 60Hz
9:50:11 μ.μ. [LOG] - @ 60Hz - phase difference with SW: -91.43 degrees, phase delay: -4.23 ms
9:50:11 μ.μ. [LOG] Optimal crossover frequency for speaker SDL: 28.19825Hz, closest receiver XO freq: 40Hz
9:50:11 μ.μ. [LOG] - @ 40Hz - phase difference with SW: -151.79 degrees, phase delay: -10.54 ms
9:50:11 μ.μ. [LOG] Optimal crossover frequency for speaker SDR: 27.83204Hz, closest receiver XO freq: 40Hz
9:50:11 μ.μ. [LOG] - @ 40Hz - phase difference with SW: -163.98 degrees, phase delay: -11.39 ms
9:50:11 μ.μ. [LOG] Optimal crossover frequency for speaker SLA: 46.50880Hz, closest receiver XO freq: 40Hz
9:50:11 μ.μ. [LOG] - @ 40Hz - phase difference with SW: 171.30 degrees, phase delay: 11.90 ms
9:50:12 μ.μ. [LOG] Optimal crossover frequency for speaker SRA: 38.08594Hz, closest receiver XO freq: 40Hz
9:50:12 μ.μ. [LOG] - @ 40Hz - phase difference with SW: 166.21 degrees, phase delay: 11.54 ms
9:50:12 μ.μ. [LOG] Subwoofer measures flat down to 16.47950Hz!
9:50:12 μ.μ. [INFO] Done!
9:50:12 μ.μ. [INFO] All crossover frequencies below 80Hz were set to 80Hz to reduce the workload on the amplifier and speaker drivers, and to improve clarity.
9:50:12 μ.μ. [INFO] Feel free to lower the crossover frequencies if you're using power amplifiers or high-sensitivity speakers, but be cautious to remain above the calculated frequencies shown above.
9:50:12 μ.μ. [INFO] For speaker pairs with different crossover frequencies, the AV receiver will synchronize them to the lower frequency of the two.
9:50:12 μ.μ. [INFO] ***********************************************************************************************************************************
9:50:12 μ.μ. [INFO] Uploading all optimization adjustments into the final calibration file...
9:50:15 μ.μ. [INFO] ************************************************************************************************************************
9:50:15 μ.μ. [LOG] 'AUDYSSEY ONE' optimization has been completed with SUCCESS in 96.983 seconds!
9:50:15 μ.μ. [INFO] ************************************************************************************************************************
9:50:15 μ.μ. [INFO] ************************************************************************************************************************
9:50:15 μ.μ. [INFO] When prompted, save the .ady file to your PC and send it 'as is' to your MultEQ Editor app.
9:50:15 μ.μ. [INFO] Next, transfer it 'as is' from the app to your AV receiver as you normally would.
9:50:15 μ.μ. [INFO] The Editor app graphs will no longer represent final speaker responses due to the special filtering technique implemented.
9:50:15 μ.μ. [INFO] Speaker responses with 'final' indices under REW / All SPL tab are your expected post-calibration responses.
9:50:15 μ.μ. [INFO] ************************************************************************************************************************
9:50:15 μ.μ. [INFO] YouTube video (
) contains a download link for several Dolby Atmos & DTS-X test clips
9:50:15 μ.μ. [INFO] compatible for playback via a USB key on your Blu-ray player for testing.
9:50:15 μ.μ. [INFO] ************************************************************************************************************************
9:50:15 μ.μ. [INFO] Enjoy your new sound!