13:25:21 [INFORMATION] Initialising...
13:25:21 [INFORMATION] Audyssey calibration '17.4.24 Medium-Original-8 Platz .ady' has been uploaded!
13:25:22 [INFORMATION] Speed of sound setting has been automatically adjusted for your Denon AVC-X6700H at 300 m/s.
13:25:22 [INFORMATION] Reading measurements from the uploaded calibration file...
13:25:22 [IMPORTANT!] Please save the zip file when prompted!
13:25:22 [INFORMATION] Ready!
13:25:30 [IMPORTANT!] Active custom target curve: D:\Downloads\TargetCurve_OCA (14).txt
13:25:30 [INFORMATION] Optimization started...
13:25:37 [IMPORTANT!] 'Standard bass' mode with 2 subwoofer(s) detected.
13:25:37 [INFORMATION] Transposing measurements from <8> different microphone positions to the primary listening location (1st mic position)...
13:25:37 [INFORMATION] This will take a while but ensure 'direct sound' is prioritized with every measurement impulse.
13:25:37 [INFORMATION] Computing optimal spatial averaging configuration for speaker #1...
13:25:52 [INFORMATION] Computing optimal spatial averaging configuration for speaker #2...
13:26:07 [INFORMATION] Computing optimal spatial averaging configuration for speaker #3...
13:26:23 [INFORMATION] Computing optimal spatial averaging configuration for speaker #4...
13:26:36 [INFORMATION] Computing optimal spatial averaging configuration for speaker #5...
13:26:50 [INFORMATION] Computing optimal spatial averaging configuration for speaker #6...
13:27:04 [INFORMATION] Computing optimal spatial averaging configuration for speaker #7...
13:27:17 [INFORMATION] Computing optimal spatial averaging configuration for speaker #8...
13:27:31 [INFORMATION] Computing optimal spatial averaging configuration for speaker #9...
13:27:44 [INFORMATION] Computing optimal spatial averaging configuration for speaker #10...
13:27:58 [INFORMATION] Computing optimal spatial averaging configuration for speaker #11...
13:28:12 [INFORMATION] Computing optimal spatial averaging configuration for speaker #12...
13:28:39 [INFORMATION] Signal to noise ratio gain with excess phase based impulse alignment optimization: 0.0059038%
13:29:06 [INFORMATION] Speaker Co distance has been set to 2.91 meters.
13:29:09 [INFORMATION] Available bass system volume adjustment range → { -11dB : 12dB }
13:29:09 [INFORMATION] Bass system delay headroom available after maxing out all tweaks → 35.39624756265287ms { -36.90521472790179ms : -1.5089671652489256ms }
13:29:09 [INFORMATION] Aligning each speaker's volume to precisely 75dB (Audyssey measurement level at source) at the listening position...
13:29:09 [INFORMATION] C - measured average volume: 77.54dB, applied adjustment: -2.5dB
13:29:09 [INFORMATION] FHL - measured average volume: 78.44dB, applied adjustment: -3.5dB
13:29:09 [INFORMATION] FHR - measured average volume: 77.74dB, applied adjustment: -2.5dB
13:29:09 [INFORMATION] FL - measured average volume: 73.11dB, applied adjustment: 2dB
13:29:09 [INFORMATION] FR - measured average volume: 73.62dB, applied adjustment: 1.5dB
13:29:09 [INFORMATION] RHL - measured average volume: 81.21dB, applied adjustment: -6dB
13:29:09 [INFORMATION] RHR - measured average volume: 81.47dB, applied adjustment: -6.5dB
13:29:09 [INFORMATION] SBL - measured average volume: 76.35dB, applied adjustment: -1.5dB
13:29:09 [INFORMATION] SBR - measured average volume: 75.81dB, applied adjustment: -1dB
13:29:09 [INFORMATION] SLA - measured average volume: 76.41dB, applied adjustment: -1.5dB
13:29:09 [INFORMATION] SRA - measured average volume: 75.58dB, applied adjustment: -0.5dB
13:29:10 [INFORMATION] Aligning subwoofer volume to 75dB between 30Hz - 80Hz (Dolby standard)...
13:29:11 [INFORMATION] Calculated subwoofer volume adjustment requirement with the minimum tracking error (4.59%): 3.5dB
13:29:25 [IMPORTANT!] Determined crossover frequencies based on 12dB/octave Butterworth highpass filter (receiver spec) roll off slopes:
13:29:25 [IMPORTANT!] Speaker C: 40Hz
13:29:25 [IMPORTANT!] Speaker FHL: 120Hz
13:29:25 [IMPORTANT!] Speaker FHR: 120Hz
13:29:25 [IMPORTANT!] Speaker FL: 'Large' shifted to 40Hz
13:29:25 [IMPORTANT!] Speaker FR: 'Large' shifted to 40Hz
13:29:25 [IMPORTANT!] Speaker RHL: 110Hz
13:29:25 [IMPORTANT!] Speaker RHR: 110Hz
13:29:25 [IMPORTANT!] Speaker SBL: 80Hz
13:29:25 [IMPORTANT!] Speaker SBR: 80Hz
13:29:25 [IMPORTANT!] Speaker SLA: 80Hz
13:29:25 [IMPORTANT!] Speaker SRA: 80Hz
13:29:25 [INFORMATION] Subwoofer(s) Linkwitz-Riley 24dB/oct (receiver spec) lowpass filter (receiver spec) roll off frequency: 250Hz
13:29:30 [INFORMATION] Generating optimal room correction filters...
13:30:02 [INFORMATION] Calculating subwoofer system delay for optimal match with the front mains...
13:30:02 [INFORMATION] Available subwoofer delay range → { -36.90521472790179ms : -1.5089671652489256ms }
13:30:03 [IMPORTANT!] Optimal front mains crossover frequency target: 40Hz
13:30:05 [WARNING!] Required delay for 'Impulse' alignment is too large!
13:30:07 [WARNING!] Required delay for 'Phase' alignment is too large!
13:30:07 [WARNING!] Neither alignment method worked within the available delay limits!
13:30:07 [INFORMATION] Evaluating other crossover frequencies for the front mains...
13:30:12 [INFORMATION] For crossover @ 60Hz, required 'Impulse' alignment delay is -1.95ms
13:30:12 [INFORMATION] Expected bass region excess phase: 62.806749722383316°
13:30:12 [INFORMATION] Polarity inversion required? 'false'
13:30:17 [INFORMATION] For crossover @ 80Hz, required 'Impulse' alignment delay is -5.18ms
13:30:17 [INFORMATION] Expected bass region excess phase: 54.34719431356792°
13:30:17 [INFORMATION] Polarity inversion required? 'false'
13:30:21 [INFORMATION] For crossover @ 90Hz, required 'Impulse' alignment delay is -4.8ms
13:30:21 [INFORMATION] Expected bass region excess phase: 57.456189194517414°
13:30:21 [INFORMATION] Polarity inversion required? 'false'
13:30:26 [INFORMATION] For crossover @ 100Hz, required 'Impulse' alignment delay is -3.99ms
13:30:26 [INFORMATION] Expected bass region excess phase: 63.32297902537958°
13:30:26 [INFORMATION] Polarity inversion required? 'false'
13:30:31 [INFORMATION] For crossover @ 110Hz, required 'Impulse' alignment delay is -2.59ms
13:30:31 [INFORMATION] Expected bass region excess phase: 87.22224272776694°
13:30:31 [INFORMATION] Polarity inversion required? 'false'
13:30:35 [INFORMATION] For crossover @ 120Hz, required 'Impulse' alignment delay is -2.2ms
13:30:35 [INFORMATION] Expected bass region excess phase: 103.28967903304275°
13:30:35 [INFORMATION] Polarity inversion required? 'false'
13:30:35 [INFORMATION] Evaluating results and cleaning up calculations...
13:30:40 [IMPORTANT!] Selected crossover frequency for front mains: 80Hz.
13:30:40 [INFORMATION] Required subwoofer delay: -5.18ms
13:30:40 [INFORMATION] Expected bass region excess phase: 54.34719431356792°.
13:30:41 [IMPORTANT!] Final speaker distances:
13:30:41 [IMPORTANT!] C: 2.91 meters
13:30:41 [IMPORTANT!] FHL: 2.18 meters
13:30:41 [IMPORTANT!] FHR: 2.23 meters
13:30:41 [IMPORTANT!] FL: 3.13 meters
13:30:41 [IMPORTANT!] FR: 3.13 meters
13:30:41 [IMPORTANT!] RHL: 1.84 meters
13:30:41 [IMPORTANT!] RHR: 1.86 meters
13:30:41 [IMPORTANT!] SBL: 1.75 meters
13:30:41 [IMPORTANT!] SBR: 1.79 meters
13:30:41 [IMPORTANT!] SLA: 2.01 meters
13:30:41 [IMPORTANT!] SRA: 2.10 meters
13:30:41 [IMPORTANT!] SW1: 6.65 meters, keep this subwoofer's polarity 'as is'.
13:30:42 [INFORMATION] Your bass system is expected to measure flat down to {12.82 ± 0.18} Hz!
13:30:42 [INFORMATION] Uploading all optimization adjustments into the final calibration file...
13:30:49 [IMPORTANT!] 'AUDYSSEY ONE EVO' optimization has been completed with SUCCESS in 319.406 seconds!
13:30:49 [INFORMATION] ************************************************************************************************************************
13:30:49 [IMPORTANT!] When prompted, save the .ady file to your PC and transfer it to your MultEQ Editor app.
13:30:49 [INFORMATION] You will then be prompted to save a copy of this log for your records as a text file.
13:30:49 [IMPORTANT!] Next, transfer the ady file 'as is' from MultEQ Editor app to your AV receiver as you do after a calibration.
13:30:49 [INFORMATION] (Some Android app versions may prompt 'corrupt file' unless the ady file is transferred by using certain cloud drives)
13:30:49 [INFORMATION] The Editor app graphs will no longer represent final speaker responses due to the special filtering technique implemented.
13:30:49 [INFORMATION] You can save this log to your computer with mouse right click and selecting 'Save as'.
13:30:49 [IMPORTANT!] Remember to check YT video comments for detailed information about most issues and solutions:https://www.youtube.com/watch?v=lmZ5yV1-wMI
13:30:49 [INFORMATION] ************************************************************************************************************************
13:30:49 [IMPORTANT!] Enjoy your 'A1 EVO'lved sound!