Welche Version wird denn mittlerweile empfohlen? Zwischendurch hieß es ja gerne mal, dass die älteren besser klingen, gibt es eine, auf die man sich als vernünftig einigen kann, wenn man das ganze einfach mal ausprobieren will, um mit der Einmessung vom Profi zu vergleichen?
Audyssey One
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Ich nutze immer noch die erste 3.0
Version, da sie bei mir insgesamt(!) am besten und harmonischsten klingt.
Auch die 3.0 UberBetaGiantSpeaker klingt gut, aber etwas anders.
Habe ALLE durchprobiert, aber immer nur nach Gehör.
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Ok, wie gesagt, ist nur eine Spielerei, wenn das ganze besser klingt als eine Manuelle Einmessung, wäre das schon sehr seltsam
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Dank Preset 1 und 2 steht einem direkten Vergleich von EVO und manueller Messung ja nichts im Wege.
Da ich keine Ahnung davon habe,
ist A1 EVO ein Geschenk für mich als REW Noob!
Habe sogar schon gelesen, dass es besser als manuelle Messung klingen soll.
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genau deshalb möchte ich ja mal vergleichen, aber bei so vielen versionen dauert das ja Tage , deshalb die Frage, welche Version man so nimmt
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Ich habe jetzt auch nochmal die GiantSpeaker Beta mit "None" durchlaufen lassen.
Verständnisfrage:
Muss ich BEIDE SW invertieren oder nur SW1?
Das ist nicht schlüssig beschrieben:Code12:09:36 [WARNING!] SW1: 5.97 meters, please SWITCH this subwoofer's POLARITY! 12:09:36 [IMPORTANT!] Reminder: DO NOT FORGET to physically switch the polarity of subwoofer(s) as instructed above. 12:09:36 [IMPORTANT!] If your sub(s) don't have a physical or app controlled phase/polarity switch, you can change polarity of your front main speakers. 12:09:36 [IMPORTANT!] You DO NOT need to repeat Audyssey measurements after subwoofer inversion(s), optimization calculations already account for that. 12:09:36 [IMPORTANT!] Your bass management system is expected to measure flat down to {12.45 ± 0.18} Hz!Wobei dann noch die Frage bleibt, welcher der beiden SW nun 1 und welcher 2 ist...
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Ich würde nur SW1 umpolen, alle anderen Texte sind eher allgemein gehalten. Du hättest bestimmt für SW2 auch diese Meldung, wenn Du den auch tauschen sollst
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UberGiantSpeaker:
Wow... Jetzt mit Target "None"in REW und nur SwPol Switch auf SW1 ist das die mit Abstand beste Version!
Ich glaube auch, dass ich bei der letzten Messung gestern beide SW verpolt habe, weil ich es von den anderen Betas gewohnt war.
Deswegen und wegen Target "Subwoofer" wahrscheinlich der schlechtere Klangeindruck gegenüber der ersten Beta3. 0
Also ruhig ausprobieren und genau die Hinweise nach der Berechnung beachten.
Lohnt sich wirklich!
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HIer noch das Log für Interessierte:
Code
Alles anzeigen11:57:40 [IMPORTANT!] Initialising A1 Evo v3 UberBeta... 11:57:40 [INFORMATION] Audyssey calibration '17.4.24-WideB-Original-8Platz.ady' has been uploaded! 11:57:41 [INFORMATION] Speed of sound setting has been automatically adjusted for your Denon AVC-X6700H at 300 m/s. 11:57:41 [INFORMATION] Speaker measurements have been extracted from the uploaded calibration file. 11:57:41 [IMPORTANT!] Please save Evo3_TargetCurve.txt and 17.4.24-WideB-Original-8Platz_extractedMeasurements.zip files when prompted. 11:57:41 [IMPORTANT!] Both save prompts can be cancelled if the original Audyssey measurements and a target curve are already loaded in REW! 11:57:41 [WARNING!] 'Allow' multiple file downloads when prompted to prevent the browser from blocking saving calibrated files at the end of the optimization. 11:59:02 [IMPORTANT!] All 96 measurements have now been successfully imported! 11:59:06 [IMPORTANT!] Active custom target curve: D:\Downloads\Evo3_TargetCurve (2).txt 11:59:06 [IMPORTANT!] Optimization started... 11:59:06 [WARNING!] Please keep REW on 'SPL & Phase' tab, close any child windows and stay on this web page until optimization is completed! 11:59:24 [IMPORTANT!] 'Standard bass' mode with 2 subwoofers detected. 11:59:24 [INFORMATION] Transposing measurements from <8> different microphone positions to the primary listening location (1st mic position)... 11:59:24 [INFORMATION] This will take a while but ensure 'direct sound' is prioritized for every measurement impulse. 11:59:24 [INFORMATION] Computing optimal spatial averaging configuration for speaker #1... 11:59:25 [INFORMATION] Computing optimal spatial averaging configuration for speaker #2... 11:59:26 [INFORMATION] Computing optimal spatial averaging configuration for speaker #3... 11:59:27 [INFORMATION] Computing optimal spatial averaging configuration for speaker #4... 11:59:29 [INFORMATION] Computing optimal spatial averaging configuration for speaker #5... 11:59:30 [INFORMATION] Computing optimal spatial averaging configuration for speaker #6... 11:59:31 [INFORMATION] Computing optimal spatial averaging configuration for speaker #7... 11:59:32 [INFORMATION] Computing optimal spatial averaging configuration for speaker #8... 11:59:33 [INFORMATION] Computing optimal spatial averaging configuration for speaker #9... 11:59:35 [INFORMATION] Computing optimal spatial averaging configuration for speaker #10... 11:59:36 [INFORMATION] Computing optimal spatial averaging configuration for speaker #11... 11:59:37 [INFORMATION] Computing optimal spatial averaging configuration for speaker #12... 11:59:38 [INFORMATION] Finalizing speaker volume calculations... 12:00:07 [INFORMATION] Deleting processed measurements... 12:00:36 [INFORMATION] Removing imported impulse volume offsets... 12:00:36 [INFORMATION] Executing precision temporal alignment across the speaker array for optimal coherence... 12:01:02 [INFORMATION] Proprietary 'filtered excess phase' based impulse alignment optimization is complete! 12:01:02 [INFORMATION] Speaker Co distance has been set to 2.88 meters. 12:01:02 [INFORMATION] Available bass system volume adjustment range → { -11dB : 12dB } 12:01:02 [INFORMATION] Bass system delay headroom available after maxing out all tweaks → 35.45204842603336ms { -44.62288012534833ms : -9.170831699314975ms } 12:01:02 [INFORMATION] Aligning each speaker's volume to precisely 75dB (Audyssey measurement level at source) at the listening position... 12:01:02 [IMPORTANT!] C - applied adjustment: -3.5dB 12:01:02 [IMPORTANT!] FHL - applied adjustment: -4.5dB 12:01:02 [IMPORTANT!] FHR - applied adjustment: -4dB 12:01:02 [IMPORTANT!] FL - applied adjustment: 0dB 12:01:02 [IMPORTANT!] FR - applied adjustment: -0.5dB 12:01:02 [IMPORTANT!] RHL - applied adjustment: -6.5dB 12:01:02 [IMPORTANT!] RHR - applied adjustment: -6dB 12:01:02 [IMPORTANT!] SBL - applied adjustment: -3dB 12:01:02 [IMPORTANT!] SBR - applied adjustment: -2.5dB 12:01:02 [IMPORTANT!] SLA - applied adjustment: -3.5dB 12:01:02 [IMPORTANT!] SRA - applied adjustment: -2.5dB 12:01:02 [INFORMATION] Aligning subwoofer volume to best track the target curve between 30Hz - 80Hz (Dolby standard)... 12:01:02 [IMPORTANT!] Volume adjustment applied to subwoofer: 2.5dB. 12:01:17 [IMPORTANT!] Observed crossover frequencies based on steady state 12dB/octave Butterworth highpass filter (receiver spec) roll off slopes: 12:01:17 [INFORMATION] Speaker C: 40Hz 12:01:17 [INFORMATION] Speaker FHL: 150Hz 12:01:17 [INFORMATION] Speaker FHR: 150Hz 12:01:17 [INFORMATION] Speaker FL: 'Large/Full range' 12:01:17 [INFORMATION] Speaker FR: 'Large/Full range' 12:01:17 [INFORMATION] Speaker RHL: 110Hz 12:01:17 [INFORMATION] Speaker RHR: 110Hz 12:01:17 [INFORMATION] Speaker SBL: 80Hz 12:01:17 [INFORMATION] Speaker SBR: 80Hz 12:01:17 [INFORMATION] Speaker SLA: 80Hz 12:01:17 [INFORMATION] Speaker SRA: 80Hz 12:01:19 [INFORMATION] Subwoofer(s) Linkwitz-Riley 24dB/oct lowpass filter (receiver spec) roll off frequency: 250Hz 12:01:25 [INFORMATION] Generating proprietary room correction filters based on Hilbert transforms of the impulse responses... 12:02:04 [INFORMATION] Speakers 'FL & FR' measured bass roll off frequency at LP (includes boundary gain): 'Large/Full range' 12:02:04 [IMPORTANT!] FL & FR are set to 'Large / Full Range', bass is set to 'LFE + Main' - sub plays simultaneously with front mains and is applied a LPF. 12:02:04 [INFORMATION] Analysing optimal subwoofer lowpass filter frequency (receiver 'bass extraction lpf' setting) for the above set up: 12:02:04 [INFORMATION] All possible lowpass filter frequencies need to be checked and this will take somee time, please be patient... 12:02:04 [INFORMATION] Calculating front mains integration when subwoofer is lowpass filtered at 40Hz... 12:02:05 [INFORMATION] Deep searching impulse alignment options... 12:02:22 [INFORMATION] Required 'Impulse' alignment delay of -25.43ms is within limits, expected bass region target tracking error: 5.652836265026373 12:02:22 [INFORMATION] Polarity inversion required? 'false' 12:02:23 [INFORMATION] Deep searching phase alignment options... 12:02:34 [INFORMATION] Required delay for 'Phase' alignment is too large! 12:02:34 [INFORMATION] 'Impulse' alignment data is stored at this frequency for comparison! 12:02:34 [INFORMATION] Subwoofer lowpass filter frequency: 40Hz; Target tracking error: 5.652836265026373 12:02:34 [INFORMATION] Calculating front mains integration when subwoofer is lowpass filtered at 60Hz... 12:02:35 [INFORMATION] Deep searching impulse alignment options... 12:02:52 [INFORMATION] Required 'Impulse' alignment delay of -29.86ms is within limits, expected bass region target tracking error: 4.80874219489512 12:02:52 [INFORMATION] Polarity inversion required? 'false' 12:02:52 [INFORMATION] Deep searching phase alignment options... 12:03:03 [INFORMATION] Required delay for 'Phase' alignment is too large! 12:03:03 [INFORMATION] 'Impulse' alignment data is stored at this frequency for comparison! 12:03:03 [INFORMATION] Subwoofer lowpass filter frequency: 60Hz; Target tracking error: 4.80874219489512 12:03:04 [INFORMATION] Calculating front mains integration when subwoofer is lowpass filtered at 80Hz... 12:03:04 [INFORMATION] Deep searching impulse alignment options... 12:03:21 [INFORMATION] Required 'Impulse' alignment delay of -32.05ms is within limits, expected bass region target tracking error: 4.479828525106418 12:03:21 [INFORMATION] Polarity inversion required? 'false' 12:03:21 [INFORMATION] Deep searching phase alignment options... 12:03:33 [INFORMATION] Required delay for 'Phase' alignment is too large! 12:03:33 [INFORMATION] 'Impulse' alignment data is stored at this frequency for comparison! 12:03:33 [INFORMATION] Subwoofer lowpass filter frequency: 80Hz; Target tracking error: 4.479828525106418 12:03:33 [INFORMATION] Calculating front mains integration when subwoofer is lowpass filtered at 90Hz... 12:03:34 [INFORMATION] Deep searching impulse alignment options... 12:03:51 [INFORMATION] Required 'Impulse' alignment delay of -32.76ms is within limits, expected bass region target tracking error: 4.332830271895434 12:03:51 [INFORMATION] Polarity inversion required? 'false' 12:03:52 [INFORMATION] Deep searching phase alignment options... 12:04:04 [INFORMATION] Required delay for 'Phase' alignment is too large! 12:04:04 [INFORMATION] 'Impulse' alignment data is stored at this frequency for comparison! 12:04:04 [INFORMATION] Subwoofer lowpass filter frequency: 90Hz; Target tracking error: 4.332830271895434 12:04:04 [INFORMATION] Calculating front mains integration when subwoofer is lowpass filtered at 100Hz... 12:04:05 [INFORMATION] Deep searching impulse alignment options... 12:04:22 [INFORMATION] Required 'Impulse' alignment delay of -33.3ms is within limits, expected bass region target tracking error: 4.223889420521867 12:04:22 [INFORMATION] Polarity inversion required? 'false' 12:04:22 [INFORMATION] Deep searching phase alignment options... 12:04:34 [INFORMATION] Required delay for 'Phase' alignment is too large! 12:04:34 [INFORMATION] 'Impulse' alignment data is stored at this frequency for comparison! 12:04:34 [INFORMATION] Subwoofer lowpass filter frequency: 100Hz; Target tracking error: 4.223889420521867 12:04:34 [INFORMATION] Calculating front mains integration when subwoofer is lowpass filtered at 110Hz... 12:04:35 [INFORMATION] Deep searching impulse alignment options... 12:04:52 [INFORMATION] Required 'Impulse' alignment delay of -13.66ms is within limits, expected bass region target tracking error: 3.693627391120339 12:04:52 [INFORMATION] Polarity inversion required? 'true' 12:04:52 [INFORMATION] Deep searching phase alignment options... 12:05:03 [INFORMATION] Required delay for 'Phase' alignment is too large! 12:05:03 [INFORMATION] 'Impulse' alignment data is stored at this frequency for comparison! 12:05:03 [INFORMATION] Below configuration will require subwoofer(s) polarity inversion: 12:05:03 [INFORMATION] Subwoofer lowpass filter frequency: 110Hz; Target tracking error: 3.693627391120339 12:05:03 [INFORMATION] Calculating front mains integration when subwoofer is lowpass filtered at 120Hz... 12:05:04 [INFORMATION] Deep searching impulse alignment options... 12:05:20 [INFORMATION] Required 'Impulse' alignment delay of -13.870000000000001ms is within limits, expected bass region target tracking error: 3.550424276540455 12:05:20 [INFORMATION] Polarity inversion required? 'true' 12:05:20 [INFORMATION] Deep searching phase alignment options... 12:05:32 [INFORMATION] Required delay for 'Phase' alignment is too large! 12:05:32 [INFORMATION] 'Impulse' alignment data is stored at this frequency for comparison! 12:05:32 [INFORMATION] Below configuration will require subwoofer(s) polarity inversion: 12:05:32 [INFORMATION] Subwoofer lowpass filter frequency: 120Hz; Target tracking error: 3.550424276540455 12:05:32 [INFORMATION] Calculating front mains integration when subwoofer is lowpass filtered at 150Hz... 12:05:33 [INFORMATION] Deep searching impulse alignment options... 12:05:49 [INFORMATION] Required 'Impulse' alignment delay of -14.469999999999999ms is within limits, expected bass region target tracking error: 3.276333855481036 12:05:49 [INFORMATION] Polarity inversion required? 'true' 12:05:50 [INFORMATION] Deep searching phase alignment options... 12:06:01 [INFORMATION] Required delay for 'Phase' alignment is too large! 12:06:01 [INFORMATION] 'Impulse' alignment data is stored at this frequency for comparison! 12:06:01 [INFORMATION] Below configuration will require subwoofer(s) polarity inversion: 12:06:01 [INFORMATION] Subwoofer lowpass filter frequency: 150Hz; Target tracking error: 3.276333855481036 12:06:01 [INFORMATION] Calculating front mains integration when subwoofer is lowpass filtered at 180Hz... 12:06:02 [INFORMATION] Deep searching impulse alignment options... 12:06:19 [INFORMATION] Required 'Impulse' alignment delay of -14.39ms is within limits, expected bass region target tracking error: 3.277417198620143 12:06:19 [INFORMATION] Polarity inversion required? 'true' 12:06:19 [INFORMATION] Deep searching phase alignment options... 12:06:30 [INFORMATION] Required delay for 'Phase' alignment is too large! 12:06:30 [INFORMATION] 'Impulse' alignment data is stored at this frequency for comparison! 12:06:30 [INFORMATION] Below configuration will require subwoofer(s) polarity inversion: 12:06:30 [INFORMATION] Subwoofer lowpass filter frequency: 180Hz; Target tracking error: 3.277417198620143 12:06:30 [INFORMATION] Calculating front mains integration when subwoofer is lowpass filtered at 200Hz... 12:06:31 [INFORMATION] Deep searching impulse alignment options... 12:06:48 [INFORMATION] Required 'Impulse' alignment delay of -14.64ms is within limits, expected bass region target tracking error: 3.2311399088346544 12:06:48 [INFORMATION] Polarity inversion required? 'true' 12:06:48 [INFORMATION] Deep searching phase alignment options... 12:06:59 [INFORMATION] Required delay for 'Phase' alignment is too large! 12:06:59 [INFORMATION] 'Impulse' alignment data is stored at this frequency for comparison! 12:06:59 [INFORMATION] Below configuration will require subwoofer(s) polarity inversion: 12:06:59 [INFORMATION] Subwoofer lowpass filter frequency: 200Hz; Target tracking error: 3.2311399088346544 12:06:59 [INFORMATION] Calculating front mains integration when subwoofer is lowpass filtered at 250Hz... 12:07:00 [INFORMATION] Deep searching impulse alignment options... 12:07:17 [INFORMATION] Required 'Impulse' alignment delay of -15.09ms is within limits, expected bass region target tracking error: 3.2122263641566886 12:07:17 [INFORMATION] Polarity inversion required? 'true' 12:07:17 [INFORMATION] Deep searching phase alignment options... 12:07:28 [INFORMATION] Required delay for 'Phase' alignment is too large! 12:07:28 [INFORMATION] 'Impulse' alignment data is stored at this frequency for comparison! 12:07:28 [INFORMATION] Below configuration will require subwoofer(s) polarity inversion: 12:07:28 [INFORMATION] Subwoofer lowpass filter frequency: 250Hz; Target tracking error: 3.2122263641566886 12:07:28 [IMPORTANT!] FL & FR: 'Large/Full range' analysis completed. Best subwoofer 'bass extraction lpf': 250Hz, tracking error: 3.2122263641566886. 12:07:28 [IMPORTANT!] Analysing 'Front main' speakers set to 'Small' option: 12:07:28 [INFORMATION] Calculating the case with front main speakers crossovered at 40Hz... 12:07:30 [INFORMATION] Deep searching impulse alignment options... 12:07:48 [INFORMATION] Required 'Impulse' alignment delay of -31.7ms is within limits, expected bass region target tracking error: 5.619646894373927° 12:07:48 [INFORMATION] Polarity inversion required? 'true' 12:07:49 [INFORMATION] Deep searching phase alignment options... 12:08:00 [INFORMATION] Required delay for 'Phase' alignment is too large! 12:08:00 [INFORMATION] 'Impulse' alignment selected! 12:08:00 [INFORMATION] Below configuration will require subwoofer(s) polarity inversion: 12:08:00 [INFORMATION] XO: 40Hz; target tracking error: 5.619646894373927 12:08:01 [INFORMATION] Calculating the case with front main speakers crossovered at 60Hz... 12:08:02 [INFORMATION] Deep searching impulse alignment options... 12:08:20 [INFORMATION] Required 'Impulse' alignment delay of -9.64ms is within limits, expected bass region target tracking error: 4.59367482766461° 12:08:20 [INFORMATION] Polarity inversion required? 'false' 12:08:20 [INFORMATION] Deep searching phase alignment options... 12:08:32 [INFORMATION] Required delay for 'Phase' alignment is too large! 12:08:32 [INFORMATION] 'Impulse' alignment selected! 12:08:32 [INFORMATION] XO: 60Hz; target tracking error: 4.59367482766461 12:08:32 [INFORMATION] Calculating the case with front main speakers crossovered at 80Hz... 12:08:34 [INFORMATION] Deep searching impulse alignment options... 12:08:52 [INFORMATION] Required 'Impulse' alignment delay of -10.16ms is within limits, expected bass region target tracking error: 4.052941574779837° 12:08:52 [INFORMATION] Polarity inversion required? 'false' 12:08:52 [INFORMATION] Deep searching phase alignment options... 12:09:04 [INFORMATION] Required delay for 'Phase' alignment is too large! 12:09:04 [INFORMATION] 'Impulse' alignment selected! 12:09:04 [INFORMATION] XO: 80Hz; target tracking error: 4.052941574779837 12:09:04 [INFORMATION] Calculating the case with front main speakers crossovered at 90Hz... 12:09:06 [INFORMATION] Deep searching impulse alignment options... 12:09:23 [INFORMATION] Required 'Impulse' alignment delay of -10.43ms is within limits, expected bass region target tracking error: 3.768610777354808° 12:09:23 [INFORMATION] Polarity inversion required? 'false' 12:09:23 [INFORMATION] Deep searching phase alignment options... 12:09:35 [INFORMATION] Required delay for 'Phase' alignment is too large! 12:09:35 [INFORMATION] 'Impulse' alignment selected! 12:09:35 [INFORMATION] XO: 90Hz; target tracking error: 3.768610777354808 12:09:35 [INFORMATION] Front speakers set to 'Small' option analysis completed with best crossover set at: 90 with tracking error: 3.768610777354808°. 12:09:35 [IMPORTANT!] Front Main speakers will be set to 'Large / Full Range'! 12:09:35 [WARNING!] Please remember to set LFE setting to 'LFE + Main' in your receiver set up menu. 12:09:35 [WARNING!] Subwoofer 'bass extraction lpf' setting should be set to 250Hz. 12:09:35 [WARNING!] Older models with NO 'bass extraction lpf' setting: 12:09:35 [WARNING!] In AVR menu, set your front speakers temporarily to 'Small', set their crossover frequency at 250Hz, switch front speakers to back 'Large. 12:09:35 [INFORMATION] This will force your receiver to set subwoofer lowpass filter at the now 'greyed out' front mains crossover frequency of 250Hz in 'LFE + Main' mode. 12:09:36 [IMPORTANT!] Final speaker distances: 12:09:36 [IMPORTANT!] C: 2.88 meters 12:09:36 [IMPORTANT!] FHL: 2.16 meters 12:09:36 [IMPORTANT!] FHR: 2.21 meters 12:09:36 [IMPORTANT!] FL: 3.10 meters 12:09:36 [IMPORTANT!] FR: 3.11 meters 12:09:36 [IMPORTANT!] RHL: 1.83 meters 12:09:36 [IMPORTANT!] RHR: 1.85 meters 12:09:36 [IMPORTANT!] SBL: 1.74 meters 12:09:36 [IMPORTANT!] SBR: 1.78 meters 12:09:36 [IMPORTANT!] SLA: 2.00 meters 12:09:36 [IMPORTANT!] SRA: 2.09 meters 12:09:36 [WARNING!] SW1: 5.97 meters, please SWITCH this subwoofer's POLARITY! 12:09:36 [IMPORTANT!] Reminder: DO NOT FORGET to physically switch the polarity of subwoofer(s) as instructed above. 12:09:36 [IMPORTANT!] If your sub(s) don't have a physical or app controlled phase/polarity switch, you can change polarity of your front main speakers. 12:09:36 [IMPORTANT!] You DO NOT need to repeat Audyssey measurements after subwoofer inversion(s), optimization calculations already account for that. 12:09:36 [IMPORTANT!] Your bass management system is expected to measure flat down to {12.45 ± 0.18} Hz! 12:09:36 [INFORMATION] Optimizing crossover frequencies for the remaining speakers: 12:09:44 [IMPORTANT!] Speaker: 'C' 12:09:44 [INFORMATION] Measured bass roll off frequency at the LP (includes room gain): 40Hz 12:09:44 [INFORMATION] Comparing other crossover frequency options for highest clarity... 12:09:46 [INFORMATION] XO: 40Hz; target tracking error: 5.930370501581345 12:09:48 [INFORMATION] XO: 60Hz; target tracking error: 5.4444607549772055 12:09:50 [INFORMATION] XO: 80Hz; target tracking error: 5.221566445046026 12:09:52 [INFORMATION] XO: 90Hz; target tracking error: 6.130594773748207 12:09:53 [IMPORTANT!] Selected crossover frequency: 80Hz. 12:09:53 [INFORMATION] ______________________________________________________________________________________________ 12:09:53 [IMPORTANT!] Speaker pair: 'FHL & FHR' 12:09:53 [INFORMATION] Measured bass roll off frequency at the LP (includes room gain): 150Hz 12:09:53 [INFORMATION] Comparing other crossover frequency options for highest clarity... 12:09:55 [INFORMATION] XO: 80Hz; target tracking error: 3.821060115910383 12:09:57 [INFORMATION] XO: 90Hz; target tracking error: 3.8721080414870728 12:09:59 [INFORMATION] XO: 100Hz; target tracking error: 5.965313251504639 12:10:01 [INFORMATION] XO: 110Hz; target tracking error: 7.779762687603827 12:10:03 [INFORMATION] XO: 120Hz; target tracking error: 9.382440693089954 12:10:05 [INFORMATION] XO: 150Hz; target tracking error: 10.731304960153759 12:10:08 [INFORMATION] XO: 180Hz; target tracking error: 11.936248484689889 12:10:10 [INFORMATION] XO: 200Hz; target tracking error: 12.910667135718958 12:10:10 [IMPORTANT!] Selected crossover frequency: 80Hz. 12:10:10 [INFORMATION] ______________________________________________________________________________________________ 12:10:11 [IMPORTANT!] Speaker pair: 'RHL & RHR' 12:10:11 [INFORMATION] Measured bass roll off frequency at the LP (includes room gain): 110Hz 12:10:11 [INFORMATION] Comparing other crossover frequency options for highest clarity... 12:10:12 [INFORMATION] XO: 80Hz; target tracking error: 3.344094154409498 12:10:15 [INFORMATION] XO: 90Hz; target tracking error: 3.5499468260553564 12:10:17 [INFORMATION] XO: 100Hz; target tracking error: 6.080938101536567 12:10:19 [INFORMATION] XO: 110Hz; target tracking error: 8.045509886000108 12:10:21 [INFORMATION] XO: 120Hz; target tracking error: 9.748070238764452 12:10:22 [IMPORTANT!] Selected crossover frequency: 80Hz. 12:10:22 [INFORMATION] ______________________________________________________________________________________________ 12:10:22 [IMPORTANT!] Speaker pair: 'SBL & SBR' 12:10:22 [INFORMATION] Measured bass roll off frequency at the LP (includes room gain): 80Hz 12:10:22 [INFORMATION] Comparing other crossover frequency options for highest clarity... 12:10:24 [INFORMATION] XO: 60Hz; target tracking error: 4.977915595667671 12:10:26 [INFORMATION] XO: 80Hz; target tracking error: 4.7017042417200825 12:10:28 [INFORMATION] XO: 90Hz; target tracking error: 6.178633791203524 12:10:30 [INFORMATION] XO: 100Hz; target tracking error: 8.016710653711982 12:10:32 [INFORMATION] XO: 110Hz; target tracking error: 9.662468383778732 12:10:33 [IMPORTANT!] Selected crossover frequency: 80Hz. 12:10:33 [INFORMATION] ______________________________________________________________________________________________ 12:10:33 [IMPORTANT!] Speaker pair: 'SLA & SRA' 12:10:33 [INFORMATION] Measured bass roll off frequency at the LP (includes room gain): 80Hz 12:10:33 [INFORMATION] Comparing other crossover frequency options for highest clarity... 12:10:35 [INFORMATION] XO: 60Hz; target tracking error: 3.415513923218563 12:10:37 [INFORMATION] XO: 80Hz; target tracking error: 4.999365902358363 12:10:39 [INFORMATION] XO: 90Hz; target tracking error: 7.264519818132341 12:10:42 [INFORMATION] XO: 100Hz; target tracking error: 9.103792697441792 12:10:44 [INFORMATION] XO: 110Hz; target tracking error: 10.690752301611596 12:10:44 [IMPORTANT!] Selected crossover frequency: 60Hz. 12:10:44 [INFORMATION] ______________________________________________________________________________________________ 12:10:44 [INFORMATION] Evo iterates through a preset range of frequencies for each observed frequency but the search range can be customized. 12:10:44 [INFORMATION] You can customize the frequency search map 'freqMap' in the script if you so wish e.g., to avoid bass localization. 12:10:50 [INFORMATION] Generating expected final outputs in REW for each channel... 12:10:50 [IMPORTANT!] Please note that high frequency responses of speakers will be a bit higher at the MLP than shown in REW graphs! 12:11:18 [INFORMATION] Calculating Audyssey auto-leveling compensations and uploading optimization settings into the 'master' calibration file... 12:11:19 [INFORMATION] 0dB Audyssey auto-leveling compensation needed for speaker C. 12:11:19 [INFORMATION] 0dB Audyssey auto-leveling compensation needed for speaker FHL. 12:11:19 [INFORMATION] 0dB Audyssey auto-leveling compensation needed for speaker FHR. 12:11:19 [INFORMATION] 0dB Audyssey auto-leveling compensation needed for speaker FL. 12:11:19 [INFORMATION] 0dB Audyssey auto-leveling compensation needed for speaker FR. 12:11:19 [INFORMATION] 0dB Audyssey auto-leveling compensation needed for speaker RHL. 12:11:19 [INFORMATION] 0dB Audyssey auto-leveling compensation needed for speaker RHR. 12:11:19 [INFORMATION] 0dB Audyssey auto-leveling compensation needed for speaker SBL. 12:11:19 [INFORMATION] 0dB Audyssey auto-leveling compensation needed for speaker SBR. 12:11:19 [INFORMATION] 0dB Audyssey auto-leveling compensation needed for speaker SLA. 12:11:19 [INFORMATION] 0dB Audyssey auto-leveling compensation needed for speaker SRA. 12:11:19 [INFORMATION] -1.5dB Audyssey auto-leveling compensation needed to subwoofer SW1 volume level. 12:11:19 [INFORMATION] -1.5dB Audyssey auto-leveling compensation needed for subwoofer SW1. 12:11:19 [INFORMATION] -1.5dB Audyssey auto-leveling compensation needed to subwoofer SW2 volume level. 12:11:19 [INFORMATION] -1.5dB Audyssey auto-leveling compensation needed for subwoofer SW2. 12:11:20 [INFORMATION] Calculating Audyssey auto-leveling compensations and uploading optimization settings into the 'DEQ0dB' calibration file... 12:11:20 [INFORMATION] 0dB Audyssey auto-leveling compensation needed for speaker C for 'DEQ' ady. 12:11:20 [INFORMATION] -1.5dB Audyssey auto-leveling compensation needed for speaker FHL for 'DEQ' ady. 12:11:20 [INFORMATION] -1.5dB Audyssey auto-leveling compensation needed for speaker FHR for 'DEQ' ady. 12:11:20 [INFORMATION] 0dB Audyssey auto-leveling compensation needed for speaker FL for 'DEQ' ady. 12:11:20 [INFORMATION] 0dB Audyssey auto-leveling compensation needed for speaker FR for 'DEQ' ady. 12:11:20 [INFORMATION] -1.5dB Audyssey auto-leveling compensation needed for speaker RHL for 'DEQ' ady. 12:11:20 [INFORMATION] -1.5dB Audyssey auto-leveling compensation needed for speaker RHR for 'DEQ' ady. 12:11:20 [INFORMATION] -3dB Audyssey auto-leveling compensation needed for speaker SBL for 'DEQ' ady. 12:11:21 [INFORMATION] -3dB Audyssey auto-leveling compensation needed for speaker SBR for 'DEQ' ady. 12:11:21 [INFORMATION] -3dB Audyssey auto-leveling compensation needed for speaker SLA for 'DEQ' ady. 12:11:21 [INFORMATION] -3dB Audyssey auto-leveling compensation needed for speaker SRA for 'DEQ' ady. 12:11:21 [INFORMATION] -6dB Audyssey auto-leveling compensation needed for subwoofer SW1 for 'DEQ' ady. 12:11:21 [INFORMATION] -6dB Audyssey auto-leveling compensation needed for subwoofer SW2 for 'DEQ' ady. 12:11:21 [IMPORTANT!] Congratulations! 'A1 EVO' optimization completed successfully in 12 minutes and 15 seconds on Jul 7, 2024, 12:11 PM. 12:11:21 [INFORMATION] ************************************************************************************************************************ 12:11:21 [IMPORTANT!] When prompted, save both .ady files to your PC and transfer them to your MultEQ Editor app. 12:11:21 [IMPORTANT!] Next, transfer either ady file 'as is' from MultEQ Editor app to your AV receiver as you do after a calibration. 12:11:21 [WARNING!] The calibration file with '_DEQ0dB.ady' extension is ONLY for LOW VOLUME LISTENING, use the 'master' calibration file at all other times. 12:11:21 [IMPORTANT!] Do not turn Dynamic EQ on with the normal calibration file, use a different target curve if you need more bass and highs. 12:11:21 [INFORMATION] If your receiver has 2 different presets, you can transfer both ady files and switch between them as you need. 12:11:21 [INFORMATION] The Editor app graphs will no longer represent before/after speaker responses due to the special filtering technique implemented. 12:11:21 [IMPORTANT!] You can save this complete log to your computer with mouse right click and selecting 'Save as'. 12:11:21 [INFORMATION] Check YT video comments for information on most issues and solutions:https://www.youtube.com/watch?v=lmZ5yV1-wMI 12:11:21 [INFORMATION] ***************************************************************************************************************************** 12:11:21 [IMPORTANT!] Enjoy your 'A1 EVO'lved sound! -
Neue REW Beta 41:
REW 5.40 Beta 41 - Windows 64bit
EDIT:
Achtung: Diese Version berechnet andere Ergebnisse, als die 39!
zb statt FLR XO40Hz, jetzt plötzlich FLR XO250Hz
Lieber abwarten, statt zu installieren.
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Vielen lieben Dank für deine Mühe in diesem Thema .👍 Welche Target Curve verwendest du aktuell ? LG Holymann
Habe es jetzt auch mal Probiert .Bei mir zeigt er keine Warnungen an . Ohne Übesehe ich da was ?
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Welche Target Curve verwendest du aktuell ? LG Holymann
Die von Script generierte OCA Kurve
PS: damit dein log nicht so viel Platz wegnimmt, markiere im Evo Log
alles im grauen Fenster (und nur dort!) und füge es hier mit Rechtsklick ein.
Dann erscheint es im erweiterbaren Fenster und nimmt weniger Platz ein.
Dein Log sieht gut aus. Polarität der SW bleibt wie sie ist. Sehe keine Fehlermeldungen.
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Ok mache ich das kommende mal . Was bewirkt dieses None in der Target curve ? LG holymann
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Was bewirkt dieses None in der Target curve ? LG holymann
Die Basswiedergabe ist besser.
Und editier mal deinen Beitrag mit dem Log bitte...mein Monk dreht durch ;)
PS: damit dein log nicht so viel Platz wegnimmt, markiere im Evo Log
alles im grauen Fenster (und nur dort!) und füge es hier mit Rechtsklick ein.
Dann erscheint es im erweiterbaren Fenster und nimmt weniger Platz ein. -
Muss ich BEIDE SW invertieren oder nur SW1?
Das ist nicht schlüssig beschrieben:Hab jetzt noch mal die v3 Uber Beta mit der REW Einstellung "none" durchlaufen lassen, es ändert sich die Entfernung der SW und da wird mir explicit geschrieben das ich beide Subwoofer umpolen soll:
(Ich hatte bei allen vorherigen Messungen immer "Subwoofer" in REW stehen!)
Hier noch mal der Durchgang mit REW Einstellung "Subwoofer"
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Ich denke, SWMix könnte beide Subwoofer zusammenfassen. Ansonsten stand ja meinst SW1 oder 2 dort.
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Achtung, die REW Beta 41 will meine Fronts auf 250Hz XO, LFE +Main setzen.
Da kann ja was nicht stimmen.
Also lieber vorerst bei der Beta 39 bleiben.
Hier das Log mit REW Beta 41;
gleiche ADY und Einstellungen:Code
Alles anzeigen15:17:34 [IMPORTANT!] Initialising A1 Evo v3 UberBeta... 15:17:34 [INFORMATION] Audyssey calibration '17.4.24-WideB-Original-8Platz.ady' has been uploaded! 15:17:34 [INFORMATION] Speed of sound setting has been automatically adjusted for your Denon AVC-X6700H at 300 m/s. 15:17:34 [INFORMATION] Speaker measurements have been extracted from the uploaded calibration file. 15:17:34 [IMPORTANT!] Please save Evo3_TargetCurve.txt and 17.4.24-WideB-Original-8Platz_extractedMeasurements.zip files when prompted. 15:17:34 [IMPORTANT!] Both save prompts can be cancelled if the original Audyssey measurements and a target curve are already loaded in REW! 15:17:34 [WARNING!] 'Allow' multiple file downloads when prompted to prevent the browser from blocking saving calibrated files at the end of the optimization. 15:18:36 [IMPORTANT!] All 96 measurements have now been successfully imported! 15:18:40 [IMPORTANT!] Active custom target curve: D:\Downloads\Evo3_TargetCurve (3).txt 15:18:40 [IMPORTANT!] Optimization started... 15:18:40 [WARNING!] Please keep REW on 'SPL & Phase' tab, close any child windows and stay on this web page until optimization is completed! 15:19:12 [IMPORTANT!] 'Standard bass' mode with 2 subwoofers detected. 15:19:12 [INFORMATION] Transposing measurements from <8> different microphone positions to the primary listening location (1st mic position)... 15:19:12 [INFORMATION] This will take a while but ensure 'direct sound' is prioritized for every measurement impulse. 15:19:12 [INFORMATION] Computing optimal spatial averaging configuration for speaker #1... 15:19:14 [INFORMATION] Computing optimal spatial averaging configuration for speaker #2... 15:19:15 [INFORMATION] Computing optimal spatial averaging configuration for speaker #3... 15:19:17 [INFORMATION] Computing optimal spatial averaging configuration for speaker #4... 15:19:19 [INFORMATION] Computing optimal spatial averaging configuration for speaker #5... 15:19:21 [INFORMATION] Computing optimal spatial averaging configuration for speaker #6... 15:19:23 [INFORMATION] Computing optimal spatial averaging configuration for speaker #7... 15:19:25 [INFORMATION] Computing optimal spatial averaging configuration for speaker #8... 15:19:26 [INFORMATION] Computing optimal spatial averaging configuration for speaker #9... 15:19:28 [INFORMATION] Computing optimal spatial averaging configuration for speaker #10... 15:19:30 [INFORMATION] Computing optimal spatial averaging configuration for speaker #11... 15:19:32 [INFORMATION] Computing optimal spatial averaging configuration for speaker #12... 15:19:34 [INFORMATION] Finalizing speaker volume calculations... 15:20:11 [INFORMATION] Deleting processed measurements... 15:20:44 [INFORMATION] Removing imported impulse volume offsets... 15:20:44 [INFORMATION] Executing precision temporal alignment across the speaker array for optimal coherence... 15:21:10 [INFORMATION] Proprietary 'filtered excess phase' based impulse alignment optimization is complete! 15:21:10 [INFORMATION] Speaker Co distance has been set to 2.88 meters. 15:21:10 [INFORMATION] Available bass system volume adjustment range → { -11dB : 12dB } 15:21:10 [INFORMATION] Bass system delay headroom available after maxing out all tweaks → 35.45204842603336ms { -44.62288012534833ms : -9.170831699314975ms } 15:21:10 [INFORMATION] Aligning each speaker's volume to precisely 75dB (Audyssey measurement level at source) at the listening position... 15:21:10 [IMPORTANT!] C - applied adjustment: -3.5dB 15:21:10 [IMPORTANT!] FHL - applied adjustment: -4.5dB 15:21:10 [IMPORTANT!] FHR - applied adjustment: -4dB 15:21:10 [IMPORTANT!] FL - applied adjustment: 0dB 15:21:10 [IMPORTANT!] FR - applied adjustment: -0.5dB 15:21:10 [IMPORTANT!] RHL - applied adjustment: -6.5dB 15:21:10 [IMPORTANT!] RHR - applied adjustment: -6dB 15:21:10 [IMPORTANT!] SBL - applied adjustment: -3dB 15:21:10 [IMPORTANT!] SBR - applied adjustment: -2.5dB 15:21:10 [IMPORTANT!] SLA - applied adjustment: -3.5dB 15:21:10 [IMPORTANT!] SRA - applied adjustment: -2.5dB 15:21:10 [INFORMATION] Aligning subwoofer volume to best track the target curve between 30Hz - 80Hz (Dolby standard)... 15:21:11 [IMPORTANT!] Volume adjustment applied to subwoofer: 2.5dB. 15:21:26 [IMPORTANT!] Observed crossover frequencies based on steady state 12dB/octave Butterworth highpass filter (receiver spec) roll off slopes: 15:21:26 [INFORMATION] Speaker C: 40Hz 15:21:26 [INFORMATION] Speaker FHL: 150Hz 15:21:26 [INFORMATION] Speaker FHR: 150Hz 15:21:26 [INFORMATION] Speaker FL: 'Large/Full range' 15:21:26 [INFORMATION] Speaker FR: 'Large/Full range' 15:21:26 [INFORMATION] Speaker RHL: 110Hz 15:21:26 [INFORMATION] Speaker RHR: 110Hz 15:21:26 [INFORMATION] Speaker SBL: 80Hz 15:21:26 [INFORMATION] Speaker SBR: 80Hz 15:21:26 [INFORMATION] Speaker SLA: 80Hz 15:21:26 [INFORMATION] Speaker SRA: 80Hz 15:21:28 [INFORMATION] Subwoofer(s) Linkwitz-Riley 24dB/oct lowpass filter (receiver spec) roll off frequency: 250Hz 15:21:34 [INFORMATION] Generating proprietary room correction filters based on Hilbert transforms of the impulse responses... 15:22:15 [INFORMATION] Speakers 'FL & FR' measured bass roll off frequency at LP (includes boundary gain): 'Large/Full range' 15:22:15 [IMPORTANT!] FL & FR are set to 'Large / Full Range', bass is set to 'LFE + Main' - sub plays simultaneously with front mains and is applied a LPF. 15:22:15 [INFORMATION] Analysing optimal subwoofer lowpass filter frequency (receiver 'bass extraction lpf' setting) for the above set up: 15:22:15 [INFORMATION] All possible lowpass filter frequencies need to be checked and this will take somee time, please be patient... 15:22:15 [INFORMATION] Calculating front mains integration when subwoofer is lowpass filtered at 40Hz... 15:22:16 [INFORMATION] Deep searching impulse alignment options... 15:22:35 [INFORMATION] Required 'Impulse' alignment delay of -25.43ms is within limits, expected bass region target tracking error: 5.652836265026373 15:22:35 [INFORMATION] Polarity inversion required? 'false' 15:22:35 [INFORMATION] Deep searching phase alignment options... 15:22:47 [INFORMATION] Required delay for 'Phase' alignment is too large! 15:22:47 [INFORMATION] 'Impulse' alignment data is stored at this frequency for comparison! 15:22:47 [INFORMATION] Subwoofer lowpass filter frequency: 40Hz; Target tracking error: 5.652836265026373 15:22:47 [INFORMATION] Calculating front mains integration when subwoofer is lowpass filtered at 60Hz... 15:22:48 [INFORMATION] Deep searching impulse alignment options... 15:23:06 [INFORMATION] Required 'Impulse' alignment delay of -29.86ms is within limits, expected bass region target tracking error: 4.80874219489512 15:23:06 [INFORMATION] Polarity inversion required? 'false' 15:23:06 [INFORMATION] Deep searching phase alignment options... 15:23:18 [INFORMATION] Required delay for 'Phase' alignment is too large! 15:23:18 [INFORMATION] 'Impulse' alignment data is stored at this frequency for comparison! 15:23:18 [INFORMATION] Subwoofer lowpass filter frequency: 60Hz; Target tracking error: 4.80874219489512 15:23:18 [INFORMATION] Calculating front mains integration when subwoofer is lowpass filtered at 80Hz... 15:23:19 [INFORMATION] Deep searching impulse alignment options... 15:23:36 [INFORMATION] Required 'Impulse' alignment delay of -32.05ms is within limits, expected bass region target tracking error: 4.479828525106418 15:23:36 [INFORMATION] Polarity inversion required? 'false' 15:23:37 [INFORMATION] Deep searching phase alignment options... 15:23:48 [INFORMATION] Required delay for 'Phase' alignment is too large! 15:23:48 [INFORMATION] 'Impulse' alignment data is stored at this frequency for comparison! 15:23:48 [INFORMATION] Subwoofer lowpass filter frequency: 80Hz; Target tracking error: 4.479828525106418 15:23:48 [INFORMATION] Calculating front mains integration when subwoofer is lowpass filtered at 90Hz... 15:23:49 [INFORMATION] Deep searching impulse alignment options... 15:24:06 [INFORMATION] Required 'Impulse' alignment delay of -32.76ms is within limits, expected bass region target tracking error: 4.332830271895434 15:24:06 [INFORMATION] Polarity inversion required? 'false' 15:24:06 [INFORMATION] Deep searching phase alignment options... 15:24:18 [INFORMATION] Required delay for 'Phase' alignment is too large! 15:24:18 [INFORMATION] 'Impulse' alignment data is stored at this frequency for comparison! 15:24:18 [INFORMATION] Subwoofer lowpass filter frequency: 90Hz; Target tracking error: 4.332830271895434 15:24:18 [INFORMATION] Calculating front mains integration when subwoofer is lowpass filtered at 100Hz... 15:24:19 [INFORMATION] Deep searching impulse alignment options... 15:24:36 [INFORMATION] Required 'Impulse' alignment delay of -33.3ms is within limits, expected bass region target tracking error: 4.223889420521867 15:24:36 [INFORMATION] Polarity inversion required? 'false' 15:24:36 [INFORMATION] Deep searching phase alignment options... 15:24:47 [INFORMATION] Required delay for 'Phase' alignment is too large! 15:24:47 [INFORMATION] 'Impulse' alignment data is stored at this frequency for comparison! 15:24:47 [INFORMATION] Subwoofer lowpass filter frequency: 100Hz; Target tracking error: 4.223889420521867 15:24:47 [INFORMATION] Calculating front mains integration when subwoofer is lowpass filtered at 110Hz... 15:24:48 [INFORMATION] Deep searching impulse alignment options... 15:25:05 [INFORMATION] Required 'Impulse' alignment delay of -13.66ms is within limits, expected bass region target tracking error: 3.693627391120339 15:25:05 [INFORMATION] Polarity inversion required? 'true' 15:25:05 [INFORMATION] Deep searching phase alignment options... 15:25:16 [INFORMATION] Required delay for 'Phase' alignment is too large! 15:25:16 [INFORMATION] 'Impulse' alignment data is stored at this frequency for comparison! 15:25:16 [INFORMATION] Below configuration will require subwoofer(s) polarity inversion: 15:25:16 [INFORMATION] Subwoofer lowpass filter frequency: 110Hz; Target tracking error: 3.693627391120339 15:25:16 [INFORMATION] Calculating front mains integration when subwoofer is lowpass filtered at 120Hz... 15:25:17 [INFORMATION] Deep searching impulse alignment options... 15:25:33 [INFORMATION] Required 'Impulse' alignment delay of -13.870000000000001ms is within limits, expected bass region target tracking error: 3.550424276540455 15:25:33 [INFORMATION] Polarity inversion required? 'true' 15:25:33 [INFORMATION] Deep searching phase alignment options... 15:25:44 [INFORMATION] Required delay for 'Phase' alignment is too large! 15:25:44 [INFORMATION] 'Impulse' alignment data is stored at this frequency for comparison! 15:25:44 [INFORMATION] Below configuration will require subwoofer(s) polarity inversion: 15:25:44 [INFORMATION] Subwoofer lowpass filter frequency: 120Hz; Target tracking error: 3.550424276540455 15:25:44 [INFORMATION] Calculating front mains integration when subwoofer is lowpass filtered at 150Hz... 15:25:45 [INFORMATION] Deep searching impulse alignment options... 15:26:02 [INFORMATION] Required 'Impulse' alignment delay of -14.469999999999999ms is within limits, expected bass region target tracking error: 3.276333855481036 15:26:02 [INFORMATION] Polarity inversion required? 'true' 15:26:02 [INFORMATION] Deep searching phase alignment options... 15:26:12 [INFORMATION] Required delay for 'Phase' alignment is too large! 15:26:12 [INFORMATION] 'Impulse' alignment data is stored at this frequency for comparison! 15:26:12 [INFORMATION] Below configuration will require subwoofer(s) polarity inversion: 15:26:12 [INFORMATION] Subwoofer lowpass filter frequency: 150Hz; Target tracking error: 3.276333855481036 15:26:13 [INFORMATION] Calculating front mains integration when subwoofer is lowpass filtered at 180Hz... 15:26:14 [INFORMATION] Deep searching impulse alignment options... 15:26:30 [INFORMATION] Required 'Impulse' alignment delay of -14.39ms is within limits, expected bass region target tracking error: 3.277417198620143 15:26:30 [INFORMATION] Polarity inversion required? 'true' 15:26:30 [INFORMATION] Deep searching phase alignment options... 15:26:41 [INFORMATION] Required delay for 'Phase' alignment is too large! 15:26:41 [INFORMATION] 'Impulse' alignment data is stored at this frequency for comparison! 15:26:41 [INFORMATION] Below configuration will require subwoofer(s) polarity inversion: 15:26:41 [INFORMATION] Subwoofer lowpass filter frequency: 180Hz; Target tracking error: 3.277417198620143 15:26:42 [INFORMATION] Calculating front mains integration when subwoofer is lowpass filtered at 200Hz... 15:26:44 [INFORMATION] Deep searching impulse alignment options... 15:27:09 [INFORMATION] Required 'Impulse' alignment delay of -14.64ms is within limits, expected bass region target tracking error: 3.2311399088346544 15:27:09 [INFORMATION] Polarity inversion required? 'true' 15:27:09 [INFORMATION] Deep searching phase alignment options... 15:27:19 [INFORMATION] Required delay for 'Phase' alignment is too large! 15:27:19 [INFORMATION] 'Impulse' alignment data is stored at this frequency for comparison! 15:27:19 [INFORMATION] Below configuration will require subwoofer(s) polarity inversion: 15:27:19 [INFORMATION] Subwoofer lowpass filter frequency: 200Hz; Target tracking error: 3.2311399088346544 15:27:19 [INFORMATION] Calculating front mains integration when subwoofer is lowpass filtered at 250Hz... 15:27:20 [INFORMATION] Deep searching impulse alignment options... 15:27:38 [INFORMATION] Required 'Impulse' alignment delay of -15.09ms is within limits, expected bass region target tracking error: 3.2122263641566886 15:27:38 [INFORMATION] Polarity inversion required? 'true' 15:27:38 [INFORMATION] Deep searching phase alignment options... 15:27:48 [INFORMATION] Required delay for 'Phase' alignment is too large! 15:27:48 [INFORMATION] 'Impulse' alignment data is stored at this frequency for comparison! 15:27:48 [INFORMATION] Below configuration will require subwoofer(s) polarity inversion: 15:27:48 [INFORMATION] Subwoofer lowpass filter frequency: 250Hz; Target tracking error: 3.2122263641566886 15:27:48 [IMPORTANT!] FL & FR: 'Large/Full range' analysis completed. Best subwoofer 'bass extraction lpf': 250Hz, tracking error: 3.2122263641566886. 15:27:48 [IMPORTANT!] Analysing 'Front main' speakers set to 'Small' option: 15:27:48 [INFORMATION] Calculating the case with front main speakers crossovered at 40Hz... 15:27:50 [INFORMATION] Deep searching impulse alignment options... 15:28:22 [INFORMATION] Required 'Impulse' alignment delay of -31.7ms is within limits, expected bass region target tracking error: 5.619646894373927° 15:28:22 [INFORMATION] Polarity inversion required? 'true' 15:28:22 [INFORMATION] Deep searching phase alignment options... 15:28:33 [INFORMATION] Required delay for 'Phase' alignment is too large! 15:28:33 [INFORMATION] 'Impulse' alignment selected! 15:28:33 [INFORMATION] Below configuration will require subwoofer(s) polarity inversion: 15:28:33 [INFORMATION] XO: 40Hz; target tracking error: 5.619646894373927 15:28:34 [INFORMATION] Calculating the case with front main speakers crossovered at 60Hz... 15:28:36 [INFORMATION] Deep searching impulse alignment options... 15:28:53 [INFORMATION] Required 'Impulse' alignment delay of -9.64ms is within limits, expected bass region target tracking error: 4.59367482766461° 15:28:53 [INFORMATION] Polarity inversion required? 'false' 15:28:53 [INFORMATION] Deep searching phase alignment options... 15:29:04 [INFORMATION] Required delay for 'Phase' alignment is too large! 15:29:04 [INFORMATION] 'Impulse' alignment selected! 15:29:04 [INFORMATION] XO: 60Hz; target tracking error: 4.59367482766461 15:29:05 [INFORMATION] Calculating the case with front main speakers crossovered at 80Hz... 15:29:06 [INFORMATION] Deep searching impulse alignment options... 15:29:24 [INFORMATION] Required 'Impulse' alignment delay of -10.16ms is within limits, expected bass region target tracking error: 4.052941574779837° 15:29:24 [INFORMATION] Polarity inversion required? 'false' 15:29:24 [INFORMATION] Deep searching phase alignment options... 15:29:36 [INFORMATION] Required delay for 'Phase' alignment is too large! 15:29:36 [INFORMATION] 'Impulse' alignment selected! 15:29:36 [INFORMATION] XO: 80Hz; target tracking error: 4.052941574779837 15:29:36 [INFORMATION] Calculating the case with front main speakers crossovered at 90Hz... 15:29:38 [INFORMATION] Deep searching impulse alignment options... 15:29:55 [INFORMATION] Required 'Impulse' alignment delay of -10.43ms is within limits, expected bass region target tracking error: 3.768610777354808° 15:29:55 [INFORMATION] Polarity inversion required? 'false' 15:29:56 [INFORMATION] Deep searching phase alignment options... 15:30:07 [INFORMATION] Required delay for 'Phase' alignment is too large! 15:30:07 [INFORMATION] 'Impulse' alignment selected! 15:30:07 [INFORMATION] XO: 90Hz; target tracking error: 3.768610777354808 15:30:07 [INFORMATION] Front speakers set to 'Small' option analysis completed with best crossover set at: 90 with tracking error: 3.768610777354808°. 15:30:07 [IMPORTANT!] Front Main speakers will be set to 'Large / Full Range'! 15:30:07 [WARNING!] Please remember to set LFE setting to 'LFE + Main' in your receiver set up menu. 15:30:07 [WARNING!] Subwoofer 'bass extraction lpf' setting should be set to 250Hz. 15:30:07 [WARNING!] Older models with NO 'bass extraction lpf' setting: 15:30:07 [WARNING!] In AVR menu, set your front speakers temporarily to 'Small', set their crossover frequency at 250Hz, switch front speakers to back 'Large. 15:30:07 [INFORMATION] This will force your receiver to set subwoofer lowpass filter at the now 'greyed out' front mains crossover frequency of 250Hz in 'LFE + Main' mode. 15:30:08 [IMPORTANT!] Final speaker distances: 15:30:08 [IMPORTANT!] C: 2.88 meters 15:30:08 [IMPORTANT!] FHL: 2.16 meters 15:30:08 [IMPORTANT!] FHR: 2.21 meters 15:30:08 [IMPORTANT!] FL: 3.10 meters 15:30:08 [IMPORTANT!] FR: 3.11 meters 15:30:08 [IMPORTANT!] RHL: 1.83 meters 15:30:08 [IMPORTANT!] RHR: 1.85 meters 15:30:08 [IMPORTANT!] SBL: 1.74 meters 15:30:08 [IMPORTANT!] SBR: 1.78 meters 15:30:08 [IMPORTANT!] SLA: 2.00 meters 15:30:08 [IMPORTANT!] SRA: 2.09 meters 15:30:08 [WARNING!] SW1: 5.97 meters, please SWITCH this subwoofer's POLARITY! 15:30:08 [IMPORTANT!] Reminder: DO NOT FORGET to physically switch the polarity of subwoofer(s) as instructed above. 15:30:08 [IMPORTANT!] If your sub(s) don't have a physical or app controlled phase/polarity switch, you can change polarity of your front main speakers. 15:30:08 [IMPORTANT!] You DO NOT need to repeat Audyssey measurements after subwoofer inversion(s), optimization calculations already account for that. 15:30:08 [IMPORTANT!] Your bass management system is expected to measure flat down to {12.45 ± 0.18} Hz! 15:30:08 [INFORMATION] Optimizing crossover frequencies for the remaining speakers: 15:30:16 [IMPORTANT!] Speaker: 'C' 15:30:16 [INFORMATION] Measured bass roll off frequency at the LP (includes room gain): 40Hz 15:30:16 [INFORMATION] Comparing other crossover frequency options for highest clarity... 15:30:18 [INFORMATION] XO: 40Hz; target tracking error: 5.930370501581345 15:30:20 [INFORMATION] XO: 60Hz; target tracking error: 5.4444607549772055 15:30:23 [INFORMATION] XO: 80Hz; target tracking error: 5.221566445046026 15:30:25 [INFORMATION] XO: 90Hz; target tracking error: 6.130594773748207 15:30:25 [IMPORTANT!] Selected crossover frequency: 80Hz. 15:30:25 [INFORMATION] ______________________________________________________________________________________________ 15:30:26 [IMPORTANT!] Speaker pair: 'FHL & FHR' 15:30:26 [INFORMATION] Measured bass roll off frequency at the LP (includes room gain): 150Hz 15:30:26 [INFORMATION] Comparing other crossover frequency options for highest clarity... 15:30:27 [INFORMATION] XO: 80Hz; target tracking error: 3.821060115910383 15:30:30 [INFORMATION] XO: 90Hz; target tracking error: 3.8721080414870728 15:30:32 [INFORMATION] XO: 100Hz; target tracking error: 5.965313251504639 15:30:35 [INFORMATION] XO: 110Hz; target tracking error: 7.779762687603827 15:30:37 [INFORMATION] XO: 120Hz; target tracking error: 9.382440693089954 15:30:39 [INFORMATION] XO: 150Hz; target tracking error: 10.731304960153759 15:30:41 [INFORMATION] XO: 180Hz; target tracking error: 11.936248484689889 15:30:44 [INFORMATION] XO: 200Hz; target tracking error: 12.910667135718958 15:30:44 [IMPORTANT!] Selected crossover frequency: 80Hz. 15:30:44 [INFORMATION] ______________________________________________________________________________________________ 15:30:44 [IMPORTANT!] Speaker pair: 'RHL & RHR' 15:30:44 [INFORMATION] Measured bass roll off frequency at the LP (includes room gain): 110Hz 15:30:44 [INFORMATION] Comparing other crossover frequency options for highest clarity... 15:30:46 [INFORMATION] XO: 80Hz; target tracking error: 3.344094154409498 15:30:49 [INFORMATION] XO: 90Hz; target tracking error: 3.5499468260553564 15:30:51 [INFORMATION] XO: 100Hz; target tracking error: 6.080938101536567 15:30:53 [INFORMATION] XO: 110Hz; target tracking error: 8.045509886000108 15:30:55 [INFORMATION] XO: 120Hz; target tracking error: 9.748070238764452 15:30:56 [IMPORTANT!] Selected crossover frequency: 80Hz. 15:30:56 [INFORMATION] ______________________________________________________________________________________________ 15:30:56 [IMPORTANT!] Speaker pair: 'SBL & SBR' 15:30:56 [INFORMATION] Measured bass roll off frequency at the LP (includes room gain): 80Hz 15:30:56 [INFORMATION] Comparing other crossover frequency options for highest clarity... 15:30:58 [INFORMATION] XO: 60Hz; target tracking error: 4.977915595667671 15:31:01 [INFORMATION] XO: 80Hz; target tracking error: 4.7017042417200825 15:31:03 [INFORMATION] XO: 90Hz; target tracking error: 6.178633791203524 15:31:05 [INFORMATION] XO: 100Hz; target tracking error: 8.016710653711982 15:31:08 [INFORMATION] XO: 110Hz; target tracking error: 9.662468383778732 15:31:08 [IMPORTANT!] Selected crossover frequency: 80Hz. 15:31:08 [INFORMATION] ______________________________________________________________________________________________ 15:31:08 [IMPORTANT!] Speaker pair: 'SLA & SRA' 15:31:08 [INFORMATION] Measured bass roll off frequency at the LP (includes room gain): 80Hz 15:31:08 [INFORMATION] Comparing other crossover frequency options for highest clarity... 15:31:10 [INFORMATION] XO: 60Hz; target tracking error: 3.415513923218563 15:31:13 [INFORMATION] XO: 80Hz; target tracking error: 4.999365902358363 15:31:15 [INFORMATION] XO: 90Hz; target tracking error: 7.264519818132341 15:31:17 [INFORMATION] XO: 100Hz; target tracking error: 9.103792697441792 15:31:20 [INFORMATION] XO: 110Hz; target tracking error: 10.690752301611596 15:31:20 [IMPORTANT!] Selected crossover frequency: 60Hz. 15:31:20 [INFORMATION] ______________________________________________________________________________________________ 15:31:20 [INFORMATION] Evo iterates through a preset range of frequencies for each observed frequency but the search range can be customized. 15:31:20 [INFORMATION] You can customize the frequency search map 'freqMap' in the script if you so wish e.g., to avoid bass localization. 15:31:27 [INFORMATION] Generating expected final outputs in REW for each channel... 15:31:27 [IMPORTANT!] Please note that high frequency responses of speakers will be a bit higher at the MLP than shown in REW graphs! 15:31:59 [INFORMATION] Calculating Audyssey auto-leveling compensations and uploading optimization settings into the 'master' calibration file... 15:31:59 [INFORMATION] 0dB Audyssey auto-leveling compensation needed for speaker C. 15:32:00 [INFORMATION] 0dB Audyssey auto-leveling compensation needed for speaker FHL. 15:32:00 [INFORMATION] 0dB Audyssey auto-leveling compensation needed for speaker FHR. 15:32:00 [INFORMATION] 0dB Audyssey auto-leveling compensation needed for speaker FL. 15:32:00 [INFORMATION] 0dB Audyssey auto-leveling compensation needed for speaker FR. 15:32:00 [INFORMATION] 0dB Audyssey auto-leveling compensation needed for speaker RHL. 15:32:00 [INFORMATION] 0dB Audyssey auto-leveling compensation needed for speaker RHR. 15:32:00 [INFORMATION] 0dB Audyssey auto-leveling compensation needed for speaker SBL. 15:32:00 [INFORMATION] 0dB Audyssey auto-leveling compensation needed for speaker SBR. 15:32:00 [INFORMATION] 0dB Audyssey auto-leveling compensation needed for speaker SLA. 15:32:00 [INFORMATION] 0dB Audyssey auto-leveling compensation needed for speaker SRA. 15:32:01 [INFORMATION] -1.5dB Audyssey auto-leveling compensation needed to subwoofer SW1 volume level. 15:32:01 [INFORMATION] -1.5dB Audyssey auto-leveling compensation needed for subwoofer SW1. 15:32:01 [INFORMATION] -1.5dB Audyssey auto-leveling compensation needed to subwoofer SW2 volume level. 15:32:01 [INFORMATION] -1.5dB Audyssey auto-leveling compensation needed for subwoofer SW2. 15:32:01 [INFORMATION] Calculating Audyssey auto-leveling compensations and uploading optimization settings into the 'DEQ0dB' calibration file... 15:32:01 [INFORMATION] 0dB Audyssey auto-leveling compensation needed for speaker C for 'DEQ' ady. 15:32:01 [INFORMATION] -1.5dB Audyssey auto-leveling compensation needed for speaker FHL for 'DEQ' ady. 15:32:01 [INFORMATION] -1.5dB Audyssey auto-leveling compensation needed for speaker FHR for 'DEQ' ady. 15:32:01 [INFORMATION] 0dB Audyssey auto-leveling compensation needed for speaker FL for 'DEQ' ady. 15:32:01 [INFORMATION] 0dB Audyssey auto-leveling compensation needed for speaker FR for 'DEQ' ady. 15:32:01 [INFORMATION] -1.5dB Audyssey auto-leveling compensation needed for speaker RHL for 'DEQ' ady. 15:32:01 [INFORMATION] -1.5dB Audyssey auto-leveling compensation needed for speaker RHR for 'DEQ' ady. 15:32:01 [INFORMATION] -3dB Audyssey auto-leveling compensation needed for speaker SBL for 'DEQ' ady. 15:32:02 [INFORMATION] -3dB Audyssey auto-leveling compensation needed for speaker SBR for 'DEQ' ady. 15:32:02 [INFORMATION] -3dB Audyssey auto-leveling compensation needed for speaker SLA for 'DEQ' ady. 15:32:02 [INFORMATION] -3dB Audyssey auto-leveling compensation needed for speaker SRA for 'DEQ' ady. 15:32:02 [INFORMATION] -6dB Audyssey auto-leveling compensation needed for subwoofer SW1 for 'DEQ' ady. 15:32:02 [INFORMATION] -6dB Audyssey auto-leveling compensation needed for subwoofer SW2 for 'DEQ' ady. 15:32:02 [IMPORTANT!] Congratulations! 'A1 EVO' optimization completed successfully in 13 minutes and 23 seconds on Jul 7, 2024, 03:32 PM. 15:32:02 [INFORMATION] ************************************************************************************************************************ 15:32:02 [IMPORTANT!] When prompted, save both .ady files to your PC and transfer them to your MultEQ Editor app. 15:32:02 [IMPORTANT!] Next, transfer either ady file 'as is' from MultEQ Editor app to your AV receiver as you do after a calibration. 15:32:02 [WARNING!] The calibration file with '_DEQ0dB.ady' extension is ONLY for LOW VOLUME LISTENING, use the 'master' calibration file at all other times. 15:32:02 [IMPORTANT!] Do not turn Dynamic EQ on with the normal calibration file, use a different target curve if you need more bass and highs. 15:32:02 [INFORMATION] If your receiver has 2 different presets, you can transfer both ady files and switch between them as you need. 15:32:02 [INFORMATION] The Editor app graphs will no longer represent before/after speaker responses due to the special filtering technique implemented. 15:32:02 [IMPORTANT!] You can save this complete log to your computer with mouse right click and selecting 'Save as'. 15:32:02 [INFORMATION] Check YT video comments for information on most issues and solutions:https://www.youtube.com/watch?v=lmZ5yV1-wMI 15:32:02 [INFORMATION] ***************************************************************************************************************************** 15:32:02 [IMPORTANT!] Enjoy your 'A1 EVO'lved sound! -
Mh, die App akzeptiert die optimierte Datei nicht, angeblich nicht im lokalen speicher oder keine richtige Kurvendatei?!
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Ich lade immer zu Google Drive hoch und hol sie mit der App von dort.
Gab noch nie Probleme.
Habe schon gehört, dass es bei lokaler Speicherung und Upload Fehler geben kann.
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Du musst ggf. die Datei über einen Cloud-Dienst (Google Drive) aufs Phone bringen.
Jetzt mitmachen!
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