Music/Media Format Product Model: SONY NW-A55 DIGITAL AUDIO PLAYER
Headphone Model: JLAB STUDIO ON-EAR HEADPHONES (wired)
Album List:
Tool - Lateralus: FLAC cd rip Windows Media Player (Highest "Quality" Setting)
A Perfect Circle - Thirteenth Step: FLAC cd rip (internet download)
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utilizing: - freac - audio encoder utility for linux (latest AppImage
Release from freac.org /w flac encoder version 1.3.3)
freac utility warning: dont set any expirmental 'Resources' options because it will cause irregularity in sound quality
Albums: Tool - Lateralus, A Perfect Circle - Thirteenth Step
FLAC Mode Options: Custom settings - Joint Stereo <-- (not enabled) , Adaptive Joint Stereo <-- (not ennabled)
32768 bytes blocksize
Window functions(s):
nuttall;welch;hann;bartlett;triangle;kaiser_bessel;connes;rectangle;flattop;blackman
Maximum LPC Order: 32
Quantized LPC precision: 15
Exaustive Model Search: (unchecked)
Optimize LPC quantization: (unchecked)
Minimum partition order: 16
Maximum partition order: 16
Signal Processing Options Settings:
no processing options enabled for this encoding
(keeping to legacy flac defaults)
Post Processing:
None
Player Settings:
DSEE HX: Off (experimental)
DC Phase Linearizer: Off (experimental)
Player Output Settings:
-3 Decibal Gain set to: On
Same as PCM Gain setting: Off
Equilizer Settings on Equilizer Settings on Model Player:
None
Note:
heres the thing with these players i can take it ... the diaphrams inside of the hardware that make the threshhold from power to output have a type of way there isnt very much room for over bearing the encoding with even the slightest mix of options .... the legacy 16bit and 44 khz sample parameters for the encodings are very much tailored for these specifically small diaphrams for output through the devices hardware.... the release from which is in term 'diaphram' only allow such the idea of a limit so insomuch ive been using 24 bit assingnments through some of the options and some other things like joint stereo and other type of available things to play with , the way this SHOULD work is to take a better backward look and make sure mainly i or anyone else should use legacy options very much in the same the make the device operate on the phones better ... and insomuch you get the signal functions on the flac encoding working the right pattern and you find a type of niche (like ive been working on) the phones tend to pull the weight of the power output through the diaphram particualarly like it should with the mainly legacy paramaters in the sampleing values.... seriously i noticed the battery the pull the strings on the guitar really tense and powerfully within consideration with the legacy option so insomuch you might think about 24 bit you might need a powerful player with powerful headphones because the jlab however the idea of jlab is they are very nice phones with this specific type of diaphram limit on what about is going into pushing the value of the phones with the encoding and also jlab is a cool phone. you should try these things out its like if you get the flac window functions right the damn phones are like better than sony.... its just great to hear and feel the music with the jlab phones its pretty fresh..... ill keep working on the window functions and try to get better results especially with legacy sampling parameters.
Saturday, January 4, 2020
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a previous post without some tapering in certain rounds {update}
<-- punchout pad with hann blackman_harris and rectangle punchout_tukey(4/0.2255);hann;rectangle;welch;blackman_harris_4term_92db;parti...
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gauss(0.123);gauss(0.123);tukey(1/0.341/0.341);blackman gauss(0.123);gauss(0.123);tukey(1/0.341/0.341);blackman_harris_4term_92db gauss(0.12...
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<-- punchout pad with hann blackman_harris and rectangle punchout_tukey(4/0.2255);hann;rectangle;welch;blackman_harris_4term_92db;parti...
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gauss(0.123);partial_tukey(4/0.231);hamming;blackman;gauss(0.123);bartlett;gauss(0.123);welch;gauss(0.123) gauss(0.123);partial_tukey(1/0.23...
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