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ObsessiveCompulsiveAudiophile / AudysseyOne

Audyssey MultEQ calibration optimization with REW API
https://www.youtube.com/watch?v=iU1ZBsru76M
MIT License
71 stars 9 forks source link

Odd Outcome after REW #3

Open oddyutza opened 8 months ago

oddyutza commented 8 months ago

Hardware used : AVR - Denon X1700H FR FL - KEF 950 Center - KEF Q250C Top Front - Magnat Monitor Supreme 102 Surround - Sony SS-B1000 SW - SVS SB-1000Pro

The log: 7:12:04 PM [INFO] Speed of sound has been automatically set to 300.0 m/s for your AV Receiver model: Denon AVR-X1700H 7:12:04 PM [WARNING] (If you think this setting is incorrect, please notify OCA!) 7:12:04 PM [LOG] Applying Target Curve located @ /home/vlad/Downloads/DrTooleTargetCurve(1).txt 7:12:04 PM [INFO] Optimization process started... 7:12:04 PM [LOG] Transposing measurements from 8 different microphone positions to the primary listening position... 7:12:10 PM [INFO] Done! 7:12:10 PM [INFO] Cleaning up processed measurements... 7:12:29 PM [LOG] Done! 7:12:29 PM [LOG] Calculating precise speaker volume levels... 7:12:30 PM [LOG] Co: 75.83535478115081 dB 7:12:30 PM [LOG] FHLo: 71.88574948310851 dB 7:12:31 PM [LOG] FHRo: 68.89492106437683 dB 7:12:31 PM [LOG] FLo: 70.5207502603531 dB 7:12:32 PM [LOG] FRo: 71.3841578722 dB 7:12:32 PM [LOG] SLAo: 75.19895527362823 dB 7:12:33 PM [LOG] SRAo: 74.94360163211822 dB 7:12:33 PM [INFO] Optimized target volume level: 72.66621290956225 dB 7:12:33 PM [INFO] Total number of speakers averaged (excludes subwoofer): 7 7:12:33 PM [LOG] Finalized speaker volume settings: 7:12:33 PM [LOG] C: -3.0 ; with -0.16914187158856464 dB filter compensation 7:12:33 PM [LOG] FHL: 1.0 ; with -0.21953657354626444 dB filter compensation 7:12:33 PM [LOG] FHR: 4.0 ; with -0.2287081548145835 dB filter compensation 7:12:33 PM [LOG] FL: 2.0 ; with 0.14546264920915064 dB filter compensation 7:12:33 PM [LOG] FR: 1.5 ; with -0.21794496263775898 dB filter compensation 7:12:33 PM [LOG] SLA: -2.5 ; with -0.03274236406598163 dB filter compensation 7:12:33 PM [LOG] SRA: -2.5 ; with 0.22261127744403097 dB filter compensation 7:12:33 PM [INFO] Optimizing subwoofer volume adjustment... 7:12:34 PM [LOG] SW1: -5.5 dB ; with -0.040000000000000036 dB filter compensation 7:12:34 PM [INFO] Deriving optimal speaker distances through cross-correlation analysis... 7:12:35 PM [LOG] C: 3.13m 7:12:35 PM [LOG] FHL: 4.02m 7:12:35 PM [LOG] FHR: 3.95m 7:12:35 PM [LOG] FL: 3.42m 7:12:35 PM [LOG] FR: 3.67m 7:12:35 PM [LOG] SLA: 2.48m 7:12:35 PM [LOG] SRA: 2.39m 7:12:35 PM [LOG] SW1: 5.01m 7:12:35 PM [INFO] Subwoofer distance is 'optimally' set @ 5.01m and is within the AV Receiver's speaker spacing limits. 7:12:35 PM [INFO] Crafting custom room correction filters... 7:12:58 PM [LOG] Done! 7:12:58 PM [INFO] Pinpointing optimal crossover frequencies... 7:12:58 PM [INFO] Crossover frequency for C is set @ 40Hz 7:12:59 PM [INFO] Crossover frequency for FHL is set @ 40Hz 7:12:59 PM [INFO] Crossover frequency for FHR is set @ 60Hz 7:12:59 PM [INFO] Crossover frequency for FL is set @ 200Hz 7:12:59 PM [INFO] Crossover frequency for FR is set @ FULL RANGE <= 20Hz 7:12:59 PM [INFO] Crossover frequency for SLA is set @ 60Hz 7:12:59 PM [INFO] Crossover frequency for SRA is set @ 40Hz 7:12:59 PM [INFO] Consolidating all optimal adjustments into the final calibration file... 7:13:02 PM [LOG] 'Audyssey One' optimization is completed with SUCCESS! 7:13:02 PM [INFO] When prompted, save the .ady file to your PC and send it to your MultEQ Editor app. 7:13:02 PM [INFO] Then transfer it 'as is' from the app to your AV receiver. 7:13:02 PM [INFO] The app will not show the correct final responses of the speakers. 7:13:02 PM [INFO] You can see real final speaker responses under REW / 'All SPL' tab - the ones with 'final' indices. 7:13:02 PM [INFO] The YouTube video description contains a download link for several Dolby Atmos & DTS-X test clips 7:13:02 PM [INFO] compatible for playback via a USB key on your Blu-ray player. 7:13:02 PM [INFO] ENJOY!

Selection_4487

The outcome sound is lacking a lot of things, i do not know if this is something that i did wrong, or if there's something wrong with original calibration or with REW's. KEF Optimized : https://drive.google.com/file/d/1cA6ayE8GcsoIiJkAt1DSKuaK-MRgBUId/view?usp=sharing KEF Ori : https://drive.google.com/file/d/1KE7Q0-63QYv-bJ4cgoU3yfXDkZYfaEjC/view?usp=drive_link Selection_4488

oddyutza commented 8 months ago

as discussed over YT, i've used the latest version on the same base original measurement, please find below the log 10:21:28 AM [INFO] Based on your specific AVR model: Denon AVR-X1700H, speed of sound has been set to 300.0 m/s for all distance calculations. 10:21:28 AM [WARNING] (If you think this setting is incorrect, please notify OCA!) 10:21:28 AM [INFO] **** 10:21:28 AM [LOG] Applying Target Curve located @ /home/vlad/Downloads/DrTooleTargetCurve.txt 10:21:28 AM [INFO] **** 10:21:28 AM [INFO] Optimization process started... 10:21:29 AM [LOG] Transposing measurements from 8 different microphone positions to the primary listening position... 10:21:35 AM [INFO] Done! 10:21:35 AM [INFO] **** 10:21:35 AM [INFO] Cleaning up processed measurements... 10:21:52 AM [LOG] Done! 10:21:52 AM [INFO] **** 10:21:52 AM [LOG] Calculating precise speaker volume levels... 10:21:52 AM [LOG] Co: 75.83535478115081 dB 10:21:53 AM [LOG] FHLo: 71.88574948310851 dB 10:21:53 AM [LOG] FHRo: 68.89492106437683 dB 10:21:54 AM [LOG] FLo: 70.5207502603531 dB 10:21:54 AM [LOG] FRo: 71.3841578722 dB 10:21:55 AM [LOG] SLAo: 75.19895527362823 dB 10:21:55 AM [LOG] SRAo: 74.94360163211822 dB 10:21:55 AM [INFO] Optimized target volume level for all speakers: 72.66621290956225 dB 10:21:55 AM [INFO] Total number of speakers averaged (excludes subwoofer): 7 10:21:55 AM [LOG] Finalized speaker volume settings: 10:21:55 AM [LOG] C: -3.0 ; with -0.16914187158856464 dB filter compensation 10:21:55 AM [LOG] FHL: 1.0 ; with -0.21953657354626444 dB filter compensation 10:21:55 AM [LOG] FHR: 4.0 ; with -0.2287081548145835 dB filter compensation 10:21:55 AM [LOG] FL: 2.0 ; with 0.14546264920915064 dB filter compensation 10:21:55 AM [LOG] FR: 1.5 ; with -0.21794496263775898 dB filter compensation 10:21:55 AM [LOG] SLA: -2.5 ; with -0.03274236406598163 dB filter compensation 10:21:55 AM [LOG] SRA: -2.5 ; with 0.22261127744403097 dB filter compensation 10:21:55 AM [INFO] Optimizing subwoofer volume adjustment... 10:21:55 AM [LOG] SW1: -5.5 dB ; with -0.040000000000000036 dB filter compensation 10:21:56 AM [INFO] **** 10:21:56 AM [INFO] Deriving optimal speaker distances with advanced cross-correlation analysis... 10:21:57 AM [LOG] C: 3.13m 10:21:57 AM [LOG] FHL: 4.02m 10:21:57 AM [LOG] FHR: 3.95m 10:21:57 AM [LOG] FL: 3.42m 10:21:57 AM [LOG] FR: 3.67m 10:21:57 AM [LOG] SLA: 2.48m 10:21:57 AM [LOG] SRA: 2.39m 10:21:57 AM [LOG] SW1: 5.01m 10:21:57 AM [INFO] Subwoofer distance is 'optimally' set @ 5.01m and is 'safely' within the AV Receiver's speaker spacing limits. 10:21:57 AM [INFO] **** 10:21:57 AM [INFO] Crafting custom room correction filters... 10:22:24 AM [LOG] Done! 10:22:24 AM [INFO] **** 10:22:24 AM [INFO] Pinpointing crossover frequencies for each speaker... 10:23:09 AM [LOG] Calculated optimal crossover frequency between C and the subwoofer: 136.596703Hz, nearest match in the unit: 150Hz 10:23:09 AM [LOG] Calculated optimal crossover frequency between FHL and the subwoofer: 103.637713Hz, nearest match in the unit: 100Hz 10:23:09 AM [LOG] Calculated optimal crossover frequency between FHR and the subwoofer: 102.905291Hz, nearest match in the unit: 100Hz 10:23:10 AM [LOG] Calculated optimal crossover frequency between FL and the subwoofer: 51.26954Hz, nearest match in the unit: 60Hz 10:23:10 AM [LOG] Calculated optimal crossover frequency between FR and the subwoofer: 57.861338Hz, nearest match in the unit: 60Hz 10:23:10 AM [LOG] Calculated optimal crossover frequency between SLA and the subwoofer: 147.583033Hz, nearest match in the unit: 150Hz 10:23:10 AM [LOG] Calculated optimal crossover frequency between SRA and the subwoofer: 143.554712Hz, nearest match in the unit: 150Hz 10:23:10 AM [INFO] Done! 10:23:10 AM [INFO] Speaker pairs with different crossover frequencies will be synched at the 'lower one' of the two in the AV Receiver. 10:23:10 AM [INFO] This algorithm will NOT assign any speaker as 'Full Range' to keep the overall bass response under subwoofer control. 10:23:10 AM [INFO] Feel free to experiment with system bass response by switching some or all of your truly full range speakers to "Large". 10:23:10 AM [INFO] Increasing crossover frequencies 'may' lead to audible improvements due to decreased loads on the AVR and the speakers. 10:23:10 AM [INFO] Determined XO frequencies will work best with properly aligned subwoofers. Make all efforts to decrease SW delays. 10:23:10 AM [INFO] **** 10:23:10 AM [INFO] Consolidating all optimal adjustments into the final calibration file... 10:23:10 AM [INFO] **** 10:23:28 AM [INFO] **** 10:23:28 AM [LOG] 'Audyssey One' optimization is completed with SUCCESS! 10:23:28 AM [INFO] **** 10:23:28 AM [INFO] When prompted, save the .ady file to your PC and send it 'as is' to your MultEQ Editor app. 10:23:28 AM [INFO] Next, transfer it 'as is' from the app to your AV receiver as you normally would. 10:23:28 AM [INFO] The Editor app graphs will no longer represent final speaker responses due to the special filtering technique implemented. 10:23:28 AM [INFO] Speaker responses with 'final' indices under REW / All SPL tab are your expected post-calibration responses. 10:23:28 AM [INFO] **** 10:23:28 AM [INFO] YouTube video (https://youtu.be/iU1ZBsru76M) contains a download link for several Dolby Atmos & DTS-X test clips 10:23:28 AM [INFO] compatible for playback via a USB key on your Blu-ray player for testing. 10:23:28 AM [INFO] **** 10:23:28 AM [INFO] Enjoy your new sound!

I will upload the profile and report back with details

oddyutza commented 8 months ago

Reporting back with the test for the above

I've re-run the 1.2 version on the same original measurements and here is the logfile: 7:09:37 AM [INFO] Based on your AVR model - Denon AVR-X1700H, speed of sound has been set to 300.0 m/s for all distance calculations. 7:09:37 AM [WARNING] - if you believe this setting is not correct for your receiver model, please notify OCA! 7:09:37 AM [INFO] **** 7:09:37 AM [LOG] Applying Target Curve located @ /home/vlad/Downloads/DrTooleTargetCurve.txt 7:09:37 AM [INFO] **** 7:09:37 AM [INFO] Optimization process started... 7:09:37 AM [LOG] Transposing measurements from '8' different microphone positions to the primary listening position... 7:09:42 AM [INFO] Done! 7:09:42 AM [INFO] **** 7:09:42 AM [INFO] Cleaning up processed measurements... 7:09:57 AM [LOG] Done! 7:09:57 AM [INFO] **** 7:09:57 AM [LOG] Calculating precise speaker volume levels... 7:09:57 AM [LOG] Co: 75.83535478115081 dB 7:09:58 AM [LOG] FHLo: 71.88574948310851 dB 7:09:58 AM [LOG] FHRo: 68.89492106437683 dB 7:09:59 AM [LOG] FLo: 70.5207502603531 dB 7:09:59 AM [LOG] FRo: 71.3841578722 dB 7:10:00 AM [LOG] SLAo: 75.19895527362823 dB 7:10:00 AM [LOG] SRAo: 74.94360163211822 dB 7:10:00 AM [INFO] Optimized target volume level for all speakers: 72.66621290956225 dB 7:10:00 AM [INFO] Total number of speakers averaged (excludes subwoofer): 7 7:10:00 AM [LOG] Finalized speaker volume settings: 7:10:00 AM [LOG] C: -3.0 ; with -0.16914187158856464 dB filter compensation 7:10:00 AM [LOG] FHL: 1.0 ; with -0.21953657354626444 dB filter compensation 7:10:00 AM [LOG] FHR: 4.0 ; with -0.2287081548145835 dB filter compensation 7:10:00 AM [LOG] FL: 2.0 ; with 0.14546264920915064 dB filter compensation 7:10:00 AM [LOG] FR: 1.5 ; with -0.21794496263775898 dB filter compensation 7:10:00 AM [LOG] SLA: -2.5 ; with -0.03274236406598163 dB filter compensation 7:10:00 AM [LOG] SRA: -2.5 ; with 0.22261127744403097 dB filter compensation 7:10:00 AM [INFO] Optimizing subwoofer volume adjustment... 7:10:01 AM [LOG] SW1: -5.0 dB ; with -0.21999999999999975 dB filter compensation 7:10:01 AM [INFO] **** 7:10:01 AM [INFO] Deriving optimal speaker distances with advanced cross-correlation analysis... 7:10:02 AM [LOG] C: 3.13m 7:10:02 AM [LOG] FHL: 4.02m 7:10:02 AM [LOG] FHR: 3.95m 7:10:02 AM [LOG] FL: 3.42m 7:10:02 AM [LOG] FR: 3.67m 7:10:02 AM [LOG] SLA: 2.48m 7:10:02 AM [LOG] SRA: 2.39m 7:10:02 AM [LOG] SW1: 5.01m 7:10:02 AM [INFO] Subwoofer distance is 'optimally' set @ 5.01m and is 'safely' within the AV Receiver's speaker spacing limits. 7:10:02 AM [INFO] **** 7:10:02 AM [INFO] Crafting custom room correction filters... 7:10:05 AM [LOG] Optimal filter generation for speaker C is completed. 7:10:09 AM [LOG] Optimal filter generation for speaker FHL is completed. 7:10:13 AM [LOG] Optimal filter generation for speaker FHR is completed. 7:10:17 AM [LOG] Optimal filter generation for speaker FL is completed. 7:10:21 AM [LOG] Optimal filter generation for speaker FR is completed. 7:10:25 AM [LOG] Optimal filter generation for speaker SLA is completed. 7:10:29 AM [LOG] Optimal filter generation for speaker SRA is completed. 7:10:33 AM [LOG] Optimal filter generation for speaker SW1 is completed. 7:10:34 AM [LOG] Done! 7:10:34 AM [INFO] **** 7:10:34 AM [INFO] Pinpointing crossover frequencies for each speaker... 7:10:34 AM [LOG] Optimal crossover frequency for speaker C: 56.76270Hz, closest receiver XO freq: 60Hz 7:10:34 AM [LOG] - phase mismatch @ XO: 98.63 degrees, phase delay @ XO: 4.57 ms 7:10:35 AM [LOG] Optimal crossover frequency for speaker FHL: 46.87501Hz, closest receiver XO freq: 40Hz 7:10:35 AM [LOG] - phase mismatch @ XO: 74.19 degrees, phase delay @ XO: 5.15 ms 7:10:35 AM [LOG] Optimal crossover frequency for speaker FHR: 76.90431Hz, closest receiver XO freq: 80Hz 7:10:35 AM [LOG] - phase mismatch @ XO: 144.57 degrees, phase delay @ XO: 5.02 ms 7:10:35 AM [LOG] Optimal crossover frequency for speaker FL: 33.32520Hz, closest receiver XO freq: 40Hz 7:10:35 AM [LOG] - phase mismatch @ XO: 12.34 degrees, phase delay @ XO: 0.86 ms 7:10:35 AM [LOG] Optimal crossover frequency for speaker FR: 31.86036Hz, closest receiver XO freq: 40Hz 7:10:35 AM [LOG] - phase mismatch @ XO: 55.35 degrees, phase delay @ XO: 3.84 ms 7:10:35 AM [LOG] Optimal crossover frequency for speaker SLA: 62.25587Hz, closest receiver XO freq: 60Hz 7:10:35 AM [LOG] - phase mismatch @ XO: -123.72 degrees, phase delay @ XO: -5.73 ms 7:10:35 AM [LOG] Optimal crossover frequency for speaker SRA: 47.60743Hz, closest receiver XO freq: 40Hz 7:10:35 AM [LOG] - phase mismatch @ XO: -111.70 degrees, phase delay @ XO: -7.76 ms 7:10:36 AM [LOG] Subwoofer measures flat down to 22.70508Hz! 7:10:36 AM [INFO] Done! 7:10:36 AM [INFO] All crossovers below 80Hz were moved up to 80Hz to decrease workloads on the amp / speaker drivers and to increase clarity. 7:10:36 AM [INFO] Speaker pairs with different crossover frequencies will be synched at the 'lower frequency' of the two inside the AV Receiver. 7:10:36 AM [INFO] **** 7:10:36 AM [INFO] Uploading all optimization adjustments into the final calibration file... 7:10:38 AM [INFO] **** 7:10:38 AM [LOG] 'AUDYSSEY ONE' optimization has been completed with SUCCESS in 60.787 seconds! 7:10:38 AM [INFO] **** 7:10:38 AM [INFO] **** 7:10:38 AM [INFO] When prompted, save the .ady file to your PC and send it 'as is' to your MultEQ Editor app. 7:10:38 AM [INFO] Next, transfer it 'as is' from the app to your AV receiver as you normally would. 7:10:38 AM [INFO] The Editor app graphs will no longer represent final speaker responses due to the special filtering technique implemented. 7:10:38 AM [INFO] Speaker responses with 'final' indices under REW / All SPL tab are your expected post-calibration responses. 7:10:38 AM [INFO] **** 7:10:38 AM [INFO] YouTube video (https://youtu.be/iU1ZBsru76M) contains a download link for several Dolby Atmos & DTS-X test clips 7:10:38 AM [INFO] compatible for playback via a USB key on your Blu-ray player for testing. 7:10:38 AM [INFO] **** 7:10:38 AM [INFO] Enjoy your new sound!

For the new profile created with 1.2 i guess something might be wrong with the Optimal crossover frequency calculations as some speakers are clearly not to 40hz/60hz ( the Sony SS-B1000 or the Magnat's ).

I will upload the profile today, and report back Thank you

ObsessiveCompulsiveAudiophile commented 8 months ago

Did you check your 'final' responses on the target curve in REW? If you see that speaker responses start falling off earlier than indicated by the logs, let me know but it's highly unlikely.

Your sub time alignment is perfect and you can lower the xo frequencies from 80Hz to measured levels if you wish so since you use your system for stereo listening. The phase delays indicated at the xo levels are all within 6ms which is also very good. Remember Audyssey should be at reference setting and dynamic eq / volume needs to be off. The bass is adjusted to be balanced at 75dB and may be increased by sub volume setting on the go.

Sent from Gmail Mobile

On Wed 20. Mar 2024 at 08:31, oddyutza @.***> wrote:

Reporting back with the test for the above

  • sound clarity is very nice
  • front speakers are lacking depth/dynamics, they sound very flat. the sound changes if DynamicEQ is enabled, which i guess is normal.
  • woofer is a bit absent and i had to adjust the gain with +5db the outcome response was a bit odd. it seem to be too much in some cases while in others it needs more gain. I've left the Parametric EQ disabled in the app.
  • the above feedback is for music in stereo (2.0) and stereo + sub (2.1) with YT as source, Spotify Premium, and local flac files by having a baseline with the same songs on the same listening position at the same volume

I've re-run the 1.2 version on the same original measurements and here is the logfile: 7:09:37 AM [INFO] Based on your AVR model - Denon AVR-X1700H, speed of sound has been set to 300.0 m/s for all distance calculations. 7:09:37 AM [WARNING] - if you believe this setting is not correct for your receiver model, please notify OCA! 7:09:37 AM [INFO]

7:09:37 AM [LOG] Applying Target Curve located @ /home/vlad/Downloads/DrTooleTargetCurve.txt 7:09:37 AM [INFO]

7:09:37 AM [INFO] Optimization process started... 7:09:37 AM [LOG] Transposing measurements from '8' different microphone positions to the primary listening position... 7:09:42 AM [INFO] Done! 7:09:42 AM [INFO]

7:09:42 AM [INFO] Cleaning up processed measurements... 7:09:57 AM [LOG] Done! 7:09:57 AM [INFO]

7:09:57 AM [LOG] Calculating precise speaker volume levels... 7:09:57 AM [LOG] Co: 75.83535478115081 dB 7:09:58 AM [LOG] FHLo: 71.88574948310851 dB 7:09:58 AM [LOG] FHRo: 68.89492106437683 dB 7:09:59 AM [LOG] FLo: 70.5207502603531 dB 7:09:59 AM [LOG] FRo: 71.3841578722 dB 7:10:00 AM [LOG] SLAo: 75.19895527362823 dB 7:10:00 AM [LOG] SRAo: 74.94360163211822 dB 7:10:00 AM [INFO] Optimized target volume level for all speakers: 72.66621290956225 dB 7:10:00 AM [INFO] Total number of speakers averaged (excludes subwoofer): 7 7:10:00 AM [LOG] Finalized speaker volume settings: 7:10:00 AM [LOG] C: -3.0 ; with -0.16914187158856464 dB filter compensation 7:10:00 AM [LOG] FHL: 1.0 ; with -0.21953657354626444 dB filter compensation 7:10:00 AM [LOG] FHR: 4.0 ; with -0.2287081548145835 dB filter compensation 7:10:00 AM [LOG] FL: 2.0 ; with 0.14546264920915064 dB filter compensation 7:10:00 AM [LOG] FR: 1.5 ; with -0.21794496263775898 dB filter compensation 7:10:00 AM [LOG] SLA: -2.5 ; with -0.03274236406598163 dB filter compensation 7:10:00 AM [LOG] SRA: -2.5 ; with 0.22261127744403097 dB filter compensation 7:10:00 AM [INFO] Optimizing subwoofer volume adjustment... 7:10:01 AM [LOG] SW1: -5.0 dB ; with -0.21999999999999975 dB filter compensation 7:10:01 AM [INFO]

7:10:01 AM [INFO] Deriving optimal speaker distances with advanced cross-correlation analysis... 7:10:02 AM [LOG] C: 3.13m 7:10:02 AM [LOG] FHL: 4.02m 7:10:02 AM [LOG] FHR: 3.95m 7:10:02 AM [LOG] FL: 3.42m 7:10:02 AM [LOG] FR: 3.67m 7:10:02 AM [LOG] SLA: 2.48m 7:10:02 AM [LOG] SRA: 2.39m 7:10:02 AM [LOG] SW1: 5.01m 7:10:02 AM [INFO] Subwoofer distance is 'optimally' set @ 5.01m and is 'safely' within the AV Receiver's speaker spacing limits. 7:10:02 AM [INFO]

7:10:02 AM [INFO] Crafting custom room correction filters... 7:10:05 AM [LOG] Optimal filter generation for speaker C is completed. 7:10:09 AM [LOG] Optimal filter generation for speaker FHL is completed. 7:10:13 AM [LOG] Optimal filter generation for speaker FHR is completed. 7:10:17 AM [LOG] Optimal filter generation for speaker FL is completed. 7:10:21 AM [LOG] Optimal filter generation for speaker FR is completed. 7:10:25 AM [LOG] Optimal filter generation for speaker SLA is completed. 7:10:29 AM [LOG] Optimal filter generation for speaker SRA is completed. 7:10:33 AM [LOG] Optimal filter generation for speaker SW1 is completed. 7:10:34 AM [LOG] Done! 7:10:34 AM [INFO]

7:10:34 AM [INFO] Pinpointing crossover frequencies for each speaker... 7:10:34 AM [LOG] Optimal crossover frequency for speaker C: 56.76270Hz, closest receiver XO freq: 60Hz 7:10:34 AM [LOG] - phase mismatch @ XO: 98.63 degrees, phase delay @ XO: 4.57 ms 7:10:35 AM [LOG] Optimal crossover frequency for speaker FHL: 46.87501Hz, closest receiver XO freq: 40Hz 7:10:35 AM [LOG] - phase mismatch @ XO: 74.19 degrees, phase delay @ XO: 5.15 ms 7:10:35 AM [LOG] Optimal crossover frequency for speaker FHR: 76.90431Hz, closest receiver XO freq: 80Hz 7:10:35 AM [LOG] - phase mismatch @ XO: 144.57 degrees, phase delay @ XO: 5.02 ms 7:10:35 AM [LOG] Optimal crossover frequency for speaker FL: 33.32520Hz, closest receiver XO freq: 40Hz 7:10:35 AM [LOG] - phase mismatch @ XO: 12.34 degrees, phase delay @ XO: 0.86 ms 7:10:35 AM [LOG] Optimal crossover frequency for speaker FR: 31.86036Hz, closest receiver XO freq: 40Hz 7:10:35 AM [LOG] - phase mismatch @ XO: 55.35 degrees, phase delay @ XO: 3.84 ms 7:10:35 AM [LOG] Optimal crossover frequency for speaker SLA: 62.25587Hz, closest receiver XO freq: 60Hz 7:10:35 AM [LOG] - phase mismatch @ XO: -123.72 degrees, phase delay @ XO: -5.73 ms 7:10:35 AM [LOG] Optimal crossover frequency for speaker SRA: 47.60743Hz, closest receiver XO freq: 40Hz 7:10:35 AM [LOG] - phase mismatch @ XO: -111.70 degrees, phase delay @ XO: -7.76 ms 7:10:36 AM [LOG] Subwoofer measures flat down to 22.70508Hz! 7:10:36 AM [INFO] Done! 7:10:36 AM [INFO] All crossovers below 80Hz were moved up to 80Hz to decrease workloads on the amp / speaker drivers and to increase clarity. 7:10:36 AM [INFO] Speaker pairs with different crossover frequencies will be synched at the 'lower frequency' of the two inside the AV Receiver. 7:10:36 AM [INFO]

7:10:36 AM [INFO] Uploading all optimization adjustments into the final calibration file... 7:10:38 AM [INFO]

7:10:38 AM [LOG] 'AUDYSSEY ONE' optimization has been completed with SUCCESS in 60.787 seconds! 7:10:38 AM [INFO]

7:10:38 AM [INFO]

7:10:38 AM [INFO] When prompted, save the .ady file to your PC and send it 'as is' to your MultEQ Editor app. 7:10:38 AM [INFO] Next, transfer it 'as is' from the app to your AV receiver as you normally would. 7:10:38 AM [INFO] The Editor app graphs will no longer represent final speaker responses due to the special filtering technique implemented. 7:10:38 AM [INFO] Speaker responses with 'final' indices under REW / All SPL tab are your expected post-calibration responses. 7:10:38 AM [INFO]

7:10:38 AM [INFO] YouTube video (https://youtu.be/iU1ZBsru76M) contains a download link for several Dolby Atmos & DTS-X test clips 7:10:38 AM [INFO] compatible for playback via a USB key on your Blu-ray player for testing. 7:10:38 AM [INFO]

7:10:38 AM [INFO] Enjoy your new sound!

For the new profile created with 1.2 i guess something might be wrong with the Optimal crossover frequency calculations as some speakers are clearly not to 40hz/60hz ( the Sony SS-B1000 or the Magnat's ).

I will upload the profile today, and report back Thank you

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oddyutza commented 8 months ago

Thanks for updating, I had a change to briefly test the build and here is the outcome divided in two sections:

  1. Music in stereo or 2.1 - YT, Spotify Premium, local FLAC files

    • same outcome, it lacks depth and bass. the main speakers L and R which are KEF q950 are lacking bass and the sound does not sound as "spatial", perhaps i`m doing something wrong (which yet i do not know what ) or perhaps the calibration focuses on the Atmos/DTS configuration.

  2. Movies - Bravia Core pure stream, your files which you've made available, local files

    • the sound is dinamic
    • SW needs to be adjusted to +4db ( i think i have to tweak it a bit more using the parametric EQ for compensation on the 25hz dip , don't know yet if this is a good idea )
    • sound effects from the movies are amplified nicely, are crisp and delightful
    • i changed front's to Large from Small I plan to test more, later, today and i will report back any notable news For both tests Audyssey was set to Reference and both Dynamic EQ and Volume were disabled (off)

Thank you