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#records — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #records, aggregated by home.social.

  1. 💿 New and sealed records just arrived!
    This week's markets and events:
    #markets
    #Cirencester Market- #Friday
    #Bristol Market- # Saturday

    #events
    #Stonor #vw #festival - #Sunday
    (one day only)

    Got a new lot of 40 #new and sealed #vinylrecords

    Have a browse 😉👍👇
    #vinyl #VinylFed #records #vw #newvinyl #fediverse #music #vinylcollectors #vinylcommunity #carshows
    🎶🎶🎶🎶🎶🎶 🎧 🎶🎶🎶🎶🎶🎶
    youtu.be/PFBkf7G3pz0?si=jL5Mr0

  2. 💿 New and sealed records just arrived!
    This week's markets and events:
    #markets
    #Cirencester Market- #Friday
    #Bristol Market- # Saturday

    #events
    #Stonor #vw #festival - #Sunday
    (one day only)

    Got a new lot of 40 #new and sealed #vinylrecords

    Have a browse 😉👍👇
    #vinyl #VinylFed #records #vw #newvinyl #fediverse #music #vinylcollectors #vinylcommunity #carshows
    🎶🎶🎶🎶🎶🎶 🎧 🎶🎶🎶🎶🎶🎶
    youtu.be/PFBkf7G3pz0?si=jL5Mr0

  3. 💿 New and sealed records just arrived!
    This week's markets and events:
    #markets
    #Cirencester Market- #Friday
    #Bristol Market- # Saturday

    #events
    #Stonor #vw #festival - #Sunday
    (one day only)

    Got a new lot of 40 #new and sealed #vinylrecords

    Have a browse 😉👍👇
    #vinyl #VinylFed #records #vw #newvinyl #fediverse #music #vinylcollectors #vinylcommunity #carshows
    🎶🎶🎶🎶🎶🎶 🎧 🎶🎶🎶🎶🎶🎶
    youtu.be/PFBkf7G3pz0?si=jL5Mr0

  4. 💿 New and sealed records just arrived!
    This week's markets and events:
    #markets
    #Cirencester Market- #Friday
    #Bristol Market- # Saturday

    #events
    #Stonor #vw #festival - #Sunday
    (one day only)

    Got a new lot of 40 #new and sealed #vinylrecords

    Have a browse 😉👍👇
    #vinyl #VinylFed #records #vw #newvinyl #fediverse #music #vinylcollectors #vinylcommunity #carshows
    🎶🎶🎶🎶🎶🎶 🎧 🎶🎶🎶🎶🎶🎶
    youtu.be/PFBkf7G3pz0?si=jL5Mr0

  5. 💿 New and sealed records just arrived!
    This week's markets and events:
    #markets
    #Cirencester Market- #Friday
    #Bristol Market- # Saturday

    #events
    #Stonor #vw #festival - #Sunday
    (one day only)

    Got a new lot of 40 #new and sealed #vinylrecords

    Have a browse 😉👍👇
    #vinyl #VinylFed #records #vw #newvinyl #fediverse #music #vinylcollectors #vinylcommunity #carshows
    🎶🎶🎶🎶🎶🎶 🎧 🎶🎶🎶🎶🎶🎶
    youtu.be/PFBkf7G3pz0?si=jL5Mr0

  6. Una cúpula de calor anómala y mortal golpea a Europa occidental en pleno mes de mayo. Análisis profundo sobre récords térmicos, víctimas y el papel del cambio climático.

    #OlaDeCalor #Europa #Récords #Tutiempo

    tutiempo.net/noticias/ola-calo

  7. Java records are great until a DTO starts arriving in pieces.

    I wrote a small Quarkus OrderDesk sample that keeps simple DTOs as records, uses a builder for staged order assembly, and validates request records at the edge. The point is not records versus builders. It is knowing where each one stops helping.

    the-main-thread.com/p/java-rec

    #Java #Quarkus #Records

  8. Java records are great until a DTO starts arriving in pieces.

    I wrote a small Quarkus OrderDesk sample that keeps simple DTOs as records, uses a builder for staged order assembly, and validates request records at the edge. The point is not records versus builders. It is knowing where each one stops helping.

    the-main-thread.com/p/java-rec

    #Java #Quarkus #Records

  9. Java records are great until a DTO starts arriving in pieces.

    I wrote a small Quarkus OrderDesk sample that keeps simple DTOs as records, uses a builder for staged order assembly, and validates request records at the edge. The point is not records versus builders. It is knowing where each one stops helping.

    the-main-thread.com/p/java-rec

    #Java #Quarkus #Records

  10. Java records are great until a DTO starts arriving in pieces.

    I wrote a small Quarkus OrderDesk sample that keeps simple DTOs as records, uses a builder for staged order assembly, and validates request records at the edge. The point is not records versus builders. It is knowing where each one stops helping.

    the-main-thread.com/p/java-rec

    #Java #Quarkus #Records

  11. Java records are great until a DTO starts arriving in pieces.

    I wrote a small Quarkus OrderDesk sample that keeps simple DTOs as records, uses a builder for staged order assembly, and validates request records at the edge. The point is not records versus builders. It is knowing where each one stops helping.

    the-main-thread.com/p/java-rec

    #Java #Quarkus #Records

  12. Deadly Heat Wave Breaks May Records across Northwest Europe

    Islam Times – The first major heat wave of the season broke temperature records across North-West Europe, triggered…
    #Europe #EU #across #and #been #Breaks #broke #deadly #Deaths #first #France #has #heat #in #Islam #linked #major #may #north #Northwest #of #Records #season #several #shortages #temperature #the #Times #to #triggered #UK #water #Wave #West
    europesays.com/europe/53300/

  13. I just posted this to the Blind and Fine subreddit. I wrote about it earlier, but this is much simpler and focused more on a specific program and an alternative.

    Let me start by saying that I am far more familiar and comfortable with analogue audio equipment than digital. My extent of digital recording is using Virtual Recorder to record mp3s and MPCHC to play them, or using a portable recorder like the Milestone 112 ACE or the Olympus DM-720-770. So most of these terms are new to me. That said, to make a very long story short, I have a personal project in which I am attempting to make some acoustic recordings sound like early electric ones. Basically, less tinny and a bit clearer. Obviously I'm not expecting 2026 quality, but 1926 or early 1930's would be nice. I first thought this needed to be done with frequency restoration, since acoustic media, be it disks or cylinders, always fail to record certain ones. But I found that the very few programs designed for this are inaccessible with NVDA. Then, I learned that I can simply use an equalizer and an exciter and/or saturator to do essentially the same thing. I decided to try Reaper. I installed it, along with the Osara and SWS. I was able to load a file and get into the equalizer to change the numbers in the bands as a low and high shelf (this most likely equates to bass and treble). But it seems that the volume is set to 0, because even when loading a file for the first time, when I hit space, it doesn't play. I can't find the volume controls either. When I hit tab and shift+tab, there are numbers, but none appear to be volume. Can anyone help me? Is there a much simpler program that I can use? If not, can anyone recommend an analogue setup for me? It doesn't need to be new at all, just affordable (under $200). I don't need to worry about accessibility there, since it would all be knobs and sliders.

    #accessibility #AcousticRecordings #analog #analogue #blind #digital #FrequencyRestoration #music #NVDA #phonographs #Reaper #recordings #records #restoration #sound #technology

  14. I just posted this to the Blind and Fine subreddit. I wrote about it earlier, but this is much simpler and focused more on a specific program and an alternative.

    Let me start by saying that I am far more familiar and comfortable with analogue audio equipment than digital. My extent of digital recording is using Virtual Recorder to record mp3s and MPCHC to play them, or using a portable recorder like the Milestone 112 ACE or the Olympus DM-720-770. So most of these terms are new to me. That said, to make a very long story short, I have a personal project in which I am attempting to make some acoustic recordings sound like early electric ones. Basically, less tinny and a bit clearer. Obviously I'm not expecting 2026 quality, but 1926 or early 1930's would be nice. I first thought this needed to be done with frequency restoration, since acoustic media, be it disks or cylinders, always fail to record certain ones. But I found that the very few programs designed for this are inaccessible with NVDA. Then, I learned that I can simply use an equalizer and an exciter and/or saturator to do essentially the same thing. I decided to try Reaper. I installed it, along with the Osara and SWS. I was able to load a file and get into the equalizer to change the numbers in the bands as a low and high shelf (this most likely equates to bass and treble). But it seems that the volume is set to 0, because even when loading a file for the first time, when I hit space, it doesn't play. I can't find the volume controls either. When I hit tab and shift+tab, there are numbers, but none appear to be volume. Can anyone help me? Is there a much simpler program that I can use? If not, can anyone recommend an analogue setup for me? It doesn't need to be new at all, just affordable (under $200). I don't need to worry about accessibility there, since it would all be knobs and sliders.

    #accessibility #AcousticRecordings #analog #analogue #blind #digital #FrequencyRestoration #music #NVDA #phonographs #Reaper #recordings #records #restoration #sound #technology

  15. I just posted this to the Blind and Fine subreddit. I wrote about it earlier, but this is much simpler and focused more on a specific program and an alternative.

    Let me start by saying that I am far more familiar and comfortable with analogue audio equipment than digital. My extent of digital recording is using Virtual Recorder to record mp3s and MPCHC to play them, or using a portable recorder like the Milestone 112 ACE or the Olympus DM-720-770. So most of these terms are new to me. That said, to make a very long story short, I have a personal project in which I am attempting to make some acoustic recordings sound like early electric ones. Basically, less tinny and a bit clearer. Obviously I'm not expecting 2026 quality, but 1926 or early 1930's would be nice. I first thought this needed to be done with frequency restoration, since acoustic media, be it disks or cylinders, always fail to record certain ones. But I found that the very few programs designed for this are inaccessible with NVDA. Then, I learned that I can simply use an equalizer and an exciter and/or saturator to do essentially the same thing. I decided to try Reaper. I installed it, along with the Osara and SWS. I was able to load a file and get into the equalizer to change the numbers in the bands as a low and high shelf (this most likely equates to bass and treble). But it seems that the volume is set to 0, because even when loading a file for the first time, when I hit space, it doesn't play. I can't find the volume controls either. When I hit tab and shift+tab, there are numbers, but none appear to be volume. Can anyone help me? Is there a much simpler program that I can use? If not, can anyone recommend an analogue setup for me? It doesn't need to be new at all, just affordable (under $200). I don't need to worry about accessibility there, since it would all be knobs and sliders.

    #accessibility #AcousticRecordings #analog #analogue #blind #digital #FrequencyRestoration #music #NVDA #phonographs #Reaper #recordings #records #restoration #sound #technology

  16. I just posted this to the Blind and Fine subreddit. I wrote about it earlier, but this is much simpler and focused more on a specific program and an alternative.

    Let me start by saying that I am far more familiar and comfortable with analogue audio equipment than digital. My extent of digital recording is using Virtual Recorder to record mp3s and MPCHC to play them, or using a portable recorder like the Milestone 112 ACE or the Olympus DM-720-770. So most of these terms are new to me. That said, to make a very long story short, I have a personal project in which I am attempting to make some acoustic recordings sound like early electric ones. Basically, less tinny and a bit clearer. Obviously I'm not expecting 2026 quality, but 1926 or early 1930's would be nice. I first thought this needed to be done with frequency restoration, since acoustic media, be it disks or cylinders, always fail to record certain ones. But I found that the very few programs designed for this are inaccessible with NVDA. Then, I learned that I can simply use an equalizer and an exciter and/or saturator to do essentially the same thing. I decided to try Reaper. I installed it, along with the Osara and SWS. I was able to load a file and get into the equalizer to change the numbers in the bands as a low and high shelf (this most likely equates to bass and treble). But it seems that the volume is set to 0, because even when loading a file for the first time, when I hit space, it doesn't play. I can't find the volume controls either. When I hit tab and shift+tab, there are numbers, but none appear to be volume. Can anyone help me? Is there a much simpler program that I can use? If not, can anyone recommend an analogue setup for me? It doesn't need to be new at all, just affordable (under $200). I don't need to worry about accessibility there, since it would all be knobs and sliders.

    #accessibility #AcousticRecordings #analog #analogue #blind #digital #FrequencyRestoration #music #NVDA #phonographs #Reaper #recordings #records #restoration #sound #technology

  17. *Update! This is an absolute disaster! I have no ida what I'm doing, and this thing runs on text files, not sliders, so I can't actually hear things live. I might try another digital option, but honestly, I think I'd be better off with a real mixer with manual controls. The problem is that they probably cost hundreds of dollars! I'll need to see. But the fact that nothing like this is accessible for the blind is not only dishearting, it's downright upsetting. Do we not have the right to work on such things as do the sighted?*
    I have returned to my project of frequency restoration in acoustic recordings.

    reddit.com/r/OldOpera/comments

    Because I know very little about all of this, I asked more questions of Perplexity. (This is not medical information or something so important that it requires meticulous manual research, so I do trust Perplexity here.) It seems that, even though programs which explicitly work with frequency restoration are not accessible to the blind, there is another way to do this via equalisers, harmonics, and other means. This is exactly what I was told to do. I would prefer an analogue setup, since I could hear things as I moved the sliders and knobs, but this might be more precise. This also might be more accurate in the longrun, since there is apparently no real way to restore frequencies faithfully i.e. it would be guesswork and who knows how realistic it would sound. This way, it's working with what's already present and simply enhancing it. I am going to use acoustic and electric recordings of Schipa and Bonci as my controls, so that I can judge how early electrics compare directly to acoustics.

    "The good news is that you can build a usable, keyboard‑driven EQ and harmonic‑enhancement workflow without relying on mouse‑dependent GUIs. NVDA will let you navigate most of the necessary controls, and you can use a combination of host‑agnostic EQ and a simple harmonic plugin.

    1. Accessible EQ setup (Windows‑friendly)
    A solid, free option is Equalizer APO running system‑wide, with a simple host such as Audacity (which you already know from your post‑thread) or TagEditor‑style players. 
    videoproc
    +1
    Typical flow:
    1.
    Install Equalizer APO

    Download from equalizerapo.com and run the installer.

    At the device‑selection screen, choose only your playback device (e.g. “Speakers” or your USB DAC) and accept the reboot.

    After reboot, open the Equalizer APO Configurator via Start Menu or the task‑bar icon.
    2.
    Set up a basic config tab

    In the Configurator, remove the default tabs if you want a clean slate.

    Press Tab through the controls until you reach the “+” button; press Enter.

    Choose “Control” → “Include” from the menu, then select a new text file (e.g. Tamagno.cfg).

    Return to the main pane, press Alt+Tab to cycle to the new tab; you will now see a blank filter list.
    3.
    Add a shelving EQ for bass

    Position on the “+” button again; press Enter.

    Navigate to “Basic filters” → “PEQ” or “Low‑shelf”.

    Use the numeric fields to set:

    Filter type: Low‑shelf

    Frequency: around 200–250 Hz to start.

    Gain: +1 dB to +3 dB (very gentle).

    Repeat with a High‑shelf around 3–5 kHz if you want subtle vocal presence, again only +1 to +2 dB.
    4.
    Apply and test

    Go to File → Save in the Configurator.

    Make sure the power‑toggle is on for your device.

    Play your Tamagno file in Audacity or any other player and judge the warmth versus “tinniness”.
    NVDA will announce labels such as “Gain”, “Frequency”, “Q”, and “Filter list”, so you can tab through each numeric field and adjust by typing the value directly. 
    equalizerapo
    +1

    2. Harmonic enhancement (accessible workflow)
    For harmonic “body” without heavy distortion, you want a straightforward exciter/saturator plugin. A free, relatively simple option is HarmonicAdder (Anarchy Sound Software), which is a VST plugin that generates overtones from the dominant frequency content. 
    youtube
     
    reddit
    How to use it with an accessible host:

    Install VST2 into Audacity’s plugin folder (e.g. C:\Program Files (x86)\Audacity\Plug‑Ins).

    In Audacity:

    Open your Tamagno file.

    Press Alt+P → “Add / Remove Plugins…” to ensure the plugin is listed.

    Press Alt+L to open the “Effect” list, then navigate to the exciter/saturator and select “Apply”.

    Use a low drive setting (e.g. 10–25%) and a highpass before saturation if your host supports a simple EQ‑in‑chain, so you avoid muddying the bottom.
    Because the plugin window is usually a simple dialog, you can tab through parameters such as “Drive”, “Mix”, and “High‑cut”; NVDA will read each label if the plugin is coded accessibly. 
    github
    +1

    3. Keyboard‑driven listening‑test schema (for your comparison)
    To keep the process systematic, you can adopt a simple keyboard‑driven test set:
    1.
    File list

    Keep one directory for each singer: Tamagno, Affre, and one or two electric‑era references (Schipa/Bonci).

    Use Windows Explorer with NVDA to open each folder, press Enter on one file at a time.
    2.
    Quick‑switch profile

    In Equalizer APO, save one profile for Tamagno (slightly warm, cautious +‑bass), one for Affre (neutral), and one for Schipa (closer to the original, electric‑era target).

    In the Configurator, switch tabs with Ctrl+Tab and then press File → Save after each change.
    3.
    Test sequence

    Start playback (e.g. in Audacity or your preferred player).

    Use Spacebar to play/pause, Shift+→/← to nudge by 5 seconds.

    For each file, ask:

    Is the voice more “body‑ful” but still recognisably Tamagno‑like?

    Are consonants sharper without sounding artificial?

    Has the timbre begun to resemble your 1926/30 electric reference more than the 1903 original?
    Because you are already using a clean transfer, the main variables are low‑shelf gain, high‑shelf presence, and degree of harmonic saturation. You can keep a small text log (e.g. Notepad) with entries like:

    Tamagno+2.5dB_250Hz_Sat20%

    Tamagno+1.5dB_200Hz_Sat10%
    and move back and forth with the keyboard until you find the most musically convincing setting.

    4. Practical suggestions for your goal
    Given your stated aim (less tinny, more like early electrics, perhaps 1926–30), I would:

    Never boost the bass so much that the fundamental pitch of the voice goes soft or “boomy”.

    Use the harmonic plugin only to add a thin layer of upper‑mids and lower‑highs, not to create a modern‑sounding recording.

    Keep your original 1903 transfer as a reference file and compare it with the processed version on the same tracklist, using the same signal path and volume.
    If you like, I can draft a concrete step‑by‑step checklist tailored to your usual workflow (e.g. starting from Audacity, Equalizer APO, and one exciter plugin), with explicit NVDA‑friendly key sequences and values you can try first."

    We'll see what happens and how accessible all of this is.

    #AcousticRecordings #FrequencyRestoration #music #phonographs #recordings #records #restoration #sound #technology

  18. I have returned to my project of frequency restoration in acoustic recordings.

    reddit.com/r/OldOpera/comments

    Because I know very little about all of this, I asked more questions of Perplexity. (This is not medical information or something so important that it requires meticulous manual research, so I do trust Perplexity here.) It seems that, even though programs which explicitly work with frequency restoration are not accessible to the blind, there is another way to do this via equalisers, harmonics, and other means. This is exactly what I was told to do. I would prefer an analogue setup, since I could hear things as I moved the sliders and knobs, but this might be more precise. This also might be more accurate in the longrun, since there is apparently no real way to restore frequencies faithfully i.e. it would be guesswork and who knows how realistic it would sound. This way, it's working with what's already present and simply enhancing it. I am going to use acoustic and electric recordings of Schipa and Bonci as my controls, so that I can judge how early electrics compare directly to acoustics.

    "The good news is that you can build a usable, keyboard‑driven EQ and harmonic‑enhancement workflow without relying on mouse‑dependent GUIs. NVDA will let you navigate most of the necessary controls, and you can use a combination of host‑agnostic EQ and a simple harmonic plugin.

    1. Accessible EQ setup (Windows‑friendly)
    A solid, free option is Equalizer APO running system‑wide, with a simple host such as Audacity (which you already know from your post‑thread) or TagEditor‑style players. 
    videoproc
    +1
    Typical flow:
    1.
    Install Equalizer APO

    Download from equalizerapo.com and run the installer.

    At the device‑selection screen, choose only your playback device (e.g. “Speakers” or your USB DAC) and accept the reboot.

    After reboot, open the Equalizer APO Configurator via Start Menu or the task‑bar icon.
    2.
    Set up a basic config tab

    In the Configurator, remove the default tabs if you want a clean slate.

    Press Tab through the controls until you reach the “+” button; press Enter.

    Choose “Control” → “Include” from the menu, then select a new text file (e.g. Tamagno.cfg).

    Return to the main pane, press Alt+Tab to cycle to the new tab; you will now see a blank filter list.
    3.
    Add a shelving EQ for bass

    Position on the “+” button again; press Enter.

    Navigate to “Basic filters” → “PEQ” or “Low‑shelf”.

    Use the numeric fields to set:

    Filter type: Low‑shelf

    Frequency: around 200–250 Hz to start.

    Gain: +1 dB to +3 dB (very gentle).

    Repeat with a High‑shelf around 3–5 kHz if you want subtle vocal presence, again only +1 to +2 dB.
    4.
    Apply and test

    Go to File → Save in the Configurator.

    Make sure the power‑toggle is on for your device.

    Play your Tamagno file in Audacity or any other player and judge the warmth versus “tinniness”.
    NVDA will announce labels such as “Gain”, “Frequency”, “Q”, and “Filter list”, so you can tab through each numeric field and adjust by typing the value directly. 
    equalizerapo
    +1

    2. Harmonic enhancement (accessible workflow)
    For harmonic “body” without heavy distortion, you want a straightforward exciter/saturator plugin. A free, relatively simple option is HarmonicAdder (Anarchy Sound Software), which is a VST plugin that generates overtones from the dominant frequency content. 
    youtube
     
    reddit
    How to use it with an accessible host:

    Install VST2 into Audacity’s plugin folder (e.g. C:\Program Files (x86)\Audacity\Plug‑Ins).

    In Audacity:

    Open your Tamagno file.

    Press Alt+P → “Add / Remove Plugins…” to ensure the plugin is listed.

    Press Alt+L to open the “Effect” list, then navigate to the exciter/saturator and select “Apply”.

    Use a low drive setting (e.g. 10–25%) and a highpass before saturation if your host supports a simple EQ‑in‑chain, so you avoid muddying the bottom.
    Because the plugin window is usually a simple dialog, you can tab through parameters such as “Drive”, “Mix”, and “High‑cut”; NVDA will read each label if the plugin is coded accessibly. 
    github
    +1

    3. Keyboard‑driven listening‑test schema (for your comparison)
    To keep the process systematic, you can adopt a simple keyboard‑driven test set:
    1.
    File list

    Keep one directory for each singer: Tamagno, Affre, and one or two electric‑era references (Schipa/Bonci).

    Use Windows Explorer with NVDA to open each folder, press Enter on one file at a time.
    2.
    Quick‑switch profile

    In Equalizer APO, save one profile for Tamagno (slightly warm, cautious +‑bass), one for Affre (neutral), and one for Schipa (closer to the original, electric‑era target).

    In the Configurator, switch tabs with Ctrl+Tab and then press File → Save after each change.
    3.
    Test sequence

    Start playback (e.g. in Audacity or your preferred player).

    Use Spacebar to play/pause, Shift+→/← to nudge by 5 seconds.

    For each file, ask:

    Is the voice more “body‑ful” but still recognisably Tamagno‑like?

    Are consonants sharper without sounding artificial?

    Has the timbre begun to resemble your 1926/30 electric reference more than the 1903 original?
    Because you are already using a clean transfer, the main variables are low‑shelf gain, high‑shelf presence, and degree of harmonic saturation. You can keep a small text log (e.g. Notepad) with entries like:

    Tamagno+2.5dB_250Hz_Sat20%

    Tamagno+1.5dB_200Hz_Sat10%
    and move back and forth with the keyboard until you find the most musically convincing setting.

    4. Practical suggestions for your goal
    Given your stated aim (less tinny, more like early electrics, perhaps 1926–30), I would:

    Never boost the bass so much that the fundamental pitch of the voice goes soft or “boomy”.

    Use the harmonic plugin only to add a thin layer of upper‑mids and lower‑highs, not to create a modern‑sounding recording.

    Keep your original 1903 transfer as a reference file and compare it with the processed version on the same tracklist, using the same signal path and volume.
    If you like, I can draft a concrete step‑by‑step checklist tailored to your usual workflow (e.g. starting from Audacity, Equalizer APO, and one exciter plugin), with explicit NVDA‑friendly key sequences and values you can try first."

    We'll see what happens and how accessible all of this is.

    #AcousticRecordings #FrequencyRestoration #music #phonographs #recordings #records #restoration #sound #technology

  19. *Update! This is an absolute disaster! I have no ida what I'm doing, and this thing runs on text files, not sliders, so I can't actually hear things live. I might try another digital option, but honestly, I think I'd be better off with a real mixer with manual controls. The problem is that they probably cost hundreds of dollars! I'll need to see. But the fact that nothing like this is accessible for the blind is not only dishearting, it's downright upsetting. Do we not have the right to work on such things as do the sighted?*
    I have returned to my project of frequency restoration in acoustic recordings.

    reddit.com/r/OldOpera/comments

    Because I know very little about all of this, I asked more questions of Perplexity. (This is not medical information or something so important that it requires meticulous manual research, so I do trust Perplexity here.) It seems that, even though programs which explicitly work with frequency restoration are not accessible to the blind, there is another way to do this via equalisers, harmonics, and other means. This is exactly what I was told to do. I would prefer an analogue setup, since I could hear things as I moved the sliders and knobs, but this might be more precise. This also might be more accurate in the longrun, since there is apparently no real way to restore frequencies faithfully i.e. it would be guesswork and who knows how realistic it would sound. This way, it's working with what's already present and simply enhancing it. I am going to use acoustic and electric recordings of Schipa and Bonci as my controls, so that I can judge how early electrics compare directly to acoustics.

    "The good news is that you can build a usable, keyboard‑driven EQ and harmonic‑enhancement workflow without relying on mouse‑dependent GUIs. NVDA will let you navigate most of the necessary controls, and you can use a combination of host‑agnostic EQ and a simple harmonic plugin.

    1. Accessible EQ setup (Windows‑friendly)
    A solid, free option is Equalizer APO running system‑wide, with a simple host such as Audacity (which you already know from your post‑thread) or TagEditor‑style players. 
    videoproc
    +1
    Typical flow:
    1.
    Install Equalizer APO

    Download from equalizerapo.com and run the installer.

    At the device‑selection screen, choose only your playback device (e.g. “Speakers” or your USB DAC) and accept the reboot.

    After reboot, open the Equalizer APO Configurator via Start Menu or the task‑bar icon.
    2.
    Set up a basic config tab

    In the Configurator, remove the default tabs if you want a clean slate.

    Press Tab through the controls until you reach the “+” button; press Enter.

    Choose “Control” → “Include” from the menu, then select a new text file (e.g. Tamagno.cfg).

    Return to the main pane, press Alt+Tab to cycle to the new tab; you will now see a blank filter list.
    3.
    Add a shelving EQ for bass

    Position on the “+” button again; press Enter.

    Navigate to “Basic filters” → “PEQ” or “Low‑shelf”.

    Use the numeric fields to set:

    Filter type: Low‑shelf

    Frequency: around 200–250 Hz to start.

    Gain: +1 dB to +3 dB (very gentle).

    Repeat with a High‑shelf around 3–5 kHz if you want subtle vocal presence, again only +1 to +2 dB.
    4.
    Apply and test

    Go to File → Save in the Configurator.

    Make sure the power‑toggle is on for your device.

    Play your Tamagno file in Audacity or any other player and judge the warmth versus “tinniness”.
    NVDA will announce labels such as “Gain”, “Frequency”, “Q”, and “Filter list”, so you can tab through each numeric field and adjust by typing the value directly. 
    equalizerapo
    +1

    2. Harmonic enhancement (accessible workflow)
    For harmonic “body” without heavy distortion, you want a straightforward exciter/saturator plugin. A free, relatively simple option is HarmonicAdder (Anarchy Sound Software), which is a VST plugin that generates overtones from the dominant frequency content. 
    youtube
     
    reddit
    How to use it with an accessible host:

    Install VST2 into Audacity’s plugin folder (e.g. C:\Program Files (x86)\Audacity\Plug‑Ins).

    In Audacity:

    Open your Tamagno file.

    Press Alt+P → “Add / Remove Plugins…” to ensure the plugin is listed.

    Press Alt+L to open the “Effect” list, then navigate to the exciter/saturator and select “Apply”.

    Use a low drive setting (e.g. 10–25%) and a highpass before saturation if your host supports a simple EQ‑in‑chain, so you avoid muddying the bottom.
    Because the plugin window is usually a simple dialog, you can tab through parameters such as “Drive”, “Mix”, and “High‑cut”; NVDA will read each label if the plugin is coded accessibly. 
    github
    +1

    3. Keyboard‑driven listening‑test schema (for your comparison)
    To keep the process systematic, you can adopt a simple keyboard‑driven test set:
    1.
    File list

    Keep one directory for each singer: Tamagno, Affre, and one or two electric‑era references (Schipa/Bonci).

    Use Windows Explorer with NVDA to open each folder, press Enter on one file at a time.
    2.
    Quick‑switch profile

    In Equalizer APO, save one profile for Tamagno (slightly warm, cautious +‑bass), one for Affre (neutral), and one for Schipa (closer to the original, electric‑era target).

    In the Configurator, switch tabs with Ctrl+Tab and then press File → Save after each change.
    3.
    Test sequence

    Start playback (e.g. in Audacity or your preferred player).

    Use Spacebar to play/pause, Shift+→/← to nudge by 5 seconds.

    For each file, ask:

    Is the voice more “body‑ful” but still recognisably Tamagno‑like?

    Are consonants sharper without sounding artificial?

    Has the timbre begun to resemble your 1926/30 electric reference more than the 1903 original?
    Because you are already using a clean transfer, the main variables are low‑shelf gain, high‑shelf presence, and degree of harmonic saturation. You can keep a small text log (e.g. Notepad) with entries like:

    Tamagno+2.5dB_250Hz_Sat20%

    Tamagno+1.5dB_200Hz_Sat10%
    and move back and forth with the keyboard until you find the most musically convincing setting.

    4. Practical suggestions for your goal
    Given your stated aim (less tinny, more like early electrics, perhaps 1926–30), I would:

    Never boost the bass so much that the fundamental pitch of the voice goes soft or “boomy”.

    Use the harmonic plugin only to add a thin layer of upper‑mids and lower‑highs, not to create a modern‑sounding recording.

    Keep your original 1903 transfer as a reference file and compare it with the processed version on the same tracklist, using the same signal path and volume.
    If you like, I can draft a concrete step‑by‑step checklist tailored to your usual workflow (e.g. starting from Audacity, Equalizer APO, and one exciter plugin), with explicit NVDA‑friendly key sequences and values you can try first."

    We'll see what happens and how accessible all of this is.

    #AcousticRecordings #FrequencyRestoration #music #phonographs #recordings #records #restoration #sound #technology

  20. I have returned to my project of frequency restoration in acoustic recordings.

    reddit.com/r/OldOpera/comments

    Because I know very little about all of this, I asked more questions of Perplexity. (This is not medical information or something so important that it requires meticulous manual research, so I do trust Perplexity here.) It seems that, even though programs which explicitly work with frequency restoration are not accessible to the blind, there is another way to do this via equalisers, harmonics, and other means. This is exactly what I was told to do. I would prefer an analogue setup, since I could hear things as I moved the sliders and knobs, but this might be more precise. This also might be more accurate in the longrun, since there is apparently no real way to restore frequencies faithfully i.e. it would be guesswork and who knows how realistic it would sound. This way, it's working with what's already present and simply enhancing it. I am going to use acoustic and electric recordings of Schipa and Bonci as my controls, so that I can judge how early electrics compare directly to acoustics.

    "The good news is that you can build a usable, keyboard‑driven EQ and harmonic‑enhancement workflow without relying on mouse‑dependent GUIs. NVDA will let you navigate most of the necessary controls, and you can use a combination of host‑agnostic EQ and a simple harmonic plugin.

    1. Accessible EQ setup (Windows‑friendly)
    A solid, free option is Equalizer APO running system‑wide, with a simple host such as Audacity (which you already know from your post‑thread) or TagEditor‑style players. 
    videoproc
    +1
    Typical flow:
    1.
    Install Equalizer APO

    Download from equalizerapo.com and run the installer.

    At the device‑selection screen, choose only your playback device (e.g. “Speakers” or your USB DAC) and accept the reboot.

    After reboot, open the Equalizer APO Configurator via Start Menu or the task‑bar icon.
    2.
    Set up a basic config tab

    In the Configurator, remove the default tabs if you want a clean slate.

    Press Tab through the controls until you reach the “+” button; press Enter.

    Choose “Control” → “Include” from the menu, then select a new text file (e.g. Tamagno.cfg).

    Return to the main pane, press Alt+Tab to cycle to the new tab; you will now see a blank filter list.
    3.
    Add a shelving EQ for bass

    Position on the “+” button again; press Enter.

    Navigate to “Basic filters” → “PEQ” or “Low‑shelf”.

    Use the numeric fields to set:

    Filter type: Low‑shelf

    Frequency: around 200–250 Hz to start.

    Gain: +1 dB to +3 dB (very gentle).

    Repeat with a High‑shelf around 3–5 kHz if you want subtle vocal presence, again only +1 to +2 dB.
    4.
    Apply and test

    Go to File → Save in the Configurator.

    Make sure the power‑toggle is on for your device.

    Play your Tamagno file in Audacity or any other player and judge the warmth versus “tinniness”.
    NVDA will announce labels such as “Gain”, “Frequency”, “Q”, and “Filter list”, so you can tab through each numeric field and adjust by typing the value directly. 
    equalizerapo
    +1

    2. Harmonic enhancement (accessible workflow)
    For harmonic “body” without heavy distortion, you want a straightforward exciter/saturator plugin. A free, relatively simple option is HarmonicAdder (Anarchy Sound Software), which is a VST plugin that generates overtones from the dominant frequency content. 
    youtube
     
    reddit
    How to use it with an accessible host:

    Install VST2 into Audacity’s plugin folder (e.g. C:\Program Files (x86)\Audacity\Plug‑Ins).

    In Audacity:

    Open your Tamagno file.

    Press Alt+P → “Add / Remove Plugins…” to ensure the plugin is listed.

    Press Alt+L to open the “Effect” list, then navigate to the exciter/saturator and select “Apply”.

    Use a low drive setting (e.g. 10–25%) and a highpass before saturation if your host supports a simple EQ‑in‑chain, so you avoid muddying the bottom.
    Because the plugin window is usually a simple dialog, you can tab through parameters such as “Drive”, “Mix”, and “High‑cut”; NVDA will read each label if the plugin is coded accessibly. 
    github
    +1

    3. Keyboard‑driven listening‑test schema (for your comparison)
    To keep the process systematic, you can adopt a simple keyboard‑driven test set:
    1.
    File list

    Keep one directory for each singer: Tamagno, Affre, and one or two electric‑era references (Schipa/Bonci).

    Use Windows Explorer with NVDA to open each folder, press Enter on one file at a time.
    2.
    Quick‑switch profile

    In Equalizer APO, save one profile for Tamagno (slightly warm, cautious +‑bass), one for Affre (neutral), and one for Schipa (closer to the original, electric‑era target).

    In the Configurator, switch tabs with Ctrl+Tab and then press File → Save after each change.
    3.
    Test sequence

    Start playback (e.g. in Audacity or your preferred player).

    Use Spacebar to play/pause, Shift+→/← to nudge by 5 seconds.

    For each file, ask:

    Is the voice more “body‑ful” but still recognisably Tamagno‑like?

    Are consonants sharper without sounding artificial?

    Has the timbre begun to resemble your 1926/30 electric reference more than the 1903 original?
    Because you are already using a clean transfer, the main variables are low‑shelf gain, high‑shelf presence, and degree of harmonic saturation. You can keep a small text log (e.g. Notepad) with entries like:

    Tamagno+2.5dB_250Hz_Sat20%

    Tamagno+1.5dB_200Hz_Sat10%
    and move back and forth with the keyboard until you find the most musically convincing setting.

    4. Practical suggestions for your goal
    Given your stated aim (less tinny, more like early electrics, perhaps 1926–30), I would:

    Never boost the bass so much that the fundamental pitch of the voice goes soft or “boomy”.

    Use the harmonic plugin only to add a thin layer of upper‑mids and lower‑highs, not to create a modern‑sounding recording.

    Keep your original 1903 transfer as a reference file and compare it with the processed version on the same tracklist, using the same signal path and volume.
    If you like, I can draft a concrete step‑by‑step checklist tailored to your usual workflow (e.g. starting from Audacity, Equalizer APO, and one exciter plugin), with explicit NVDA‑friendly key sequences and values you can try first."

    We'll see what happens and how accessible all of this is.

    #AcousticRecordings #FrequencyRestoration #music #phonographs #recordings #records #restoration #sound #technology

  21. The Records Nobody Thought to Save
    A note from the making of Pvt. Ravel's Bolero's Film Companion Book
    JZ Murdock - Studio: Author/Filmmaker Notes
    #doc #documentary #WWI #records #vinyl
    jzmurdock.substack.com/p/the-r

  22. The Records Nobody Thought to Save
    A note from the making of Pvt. Ravel's Bolero's Film Companion Book
    JZ Murdock - Studio: Author/Filmmaker Notes
    #doc #documentary #WWI #records #vinyl
    jzmurdock.substack.com/p/the-r

  23. The Records Nobody Thought to Save
    A note from the making of Pvt. Ravel's Bolero's Film Companion Book
    JZ Murdock - Studio: Author/Filmmaker Notes
    #doc #documentary #WWI #records #vinyl
    jzmurdock.substack.com/p/the-r

  24. The Records Nobody Thought to Save
    A note from the making of Pvt. Ravel's Bolero's Film Companion Book
    JZ Murdock - Studio: Author/Filmmaker Notes
    #doc #documentary #WWI #records #vinyl
    jzmurdock.substack.com/p/the-r

  25. The Records Nobody Thought to Save
    A note from the making of Pvt. Ravel's Bolero's Film Companion Book
    JZ Murdock - Studio: Author/Filmmaker Notes
    #doc #documentary #WWI #records #vinyl
    jzmurdock.substack.com/p/the-r

  26. How much do you know about #Palantir, the #spy-tech firm handling your #health #records?

    Take a quick #quiz and find out if you really know the chilling truth about Palantir

    goodlawproject.typeform.com/pa

    #NHS #corruption #privacy #HumanRights #SpyWare #ToxicLabour #HealthCare #AI #BigData

    The seeing stones from The #LordOfTheRings used by the wizard #Saruman

    In the books, the Palantír were powerful but #dangerous tools – using one often allowed the dark lord #Sauron to see into the user’s mind

  27. How much do you know about #Palantir, the #spy-tech firm handling your #health #records?

    Take a quick #quiz and find out if you really know the chilling truth about Palantir

    goodlawproject.typeform.com/pa

    #NHS #corruption #privacy #HumanRights #SpyWare #ToxicLabour #HealthCare #AI #BigData

    The seeing stones from The #LordOfTheRings used by the wizard #Saruman

    In the books, the Palantír were powerful but #dangerous tools – using one often allowed the dark lord #Sauron to see into the user’s mind

  28. How much do you know about #Palantir, the #spy-tech firm handling your #health #records?

    Take a quick #quiz and find out if you really know the chilling truth about Palantir

    goodlawproject.typeform.com/pa

    #NHS #corruption #privacy #HumanRights #SpyWare #ToxicLabour #HealthCare #AI #BigData

    The seeing stones from The #LordOfTheRings used by the wizard #Saruman

    In the books, the Palantír were powerful but #dangerous tools – using one often allowed the dark lord #Sauron to see into the user’s mind

  29. How much do you know about #Palantir, the #spy-tech firm handling your #health #records?

    Take a quick #quiz and find out if you really know the chilling truth about Palantir

    goodlawproject.typeform.com/pa

    #NHS #corruption #privacy #HumanRights #SpyWare #ToxicLabour #HealthCare #AI #BigData

    The seeing stones from The #LordOfTheRings used by the wizard #Saruman

    In the books, the Palantír were powerful but #dangerous tools – using one often allowed the dark lord #Sauron to see into the user’s mind

  30. How much do you know about #Palantir, the #spy-tech firm handling your #health #records?

    Take a quick #quiz and find out if you really know the chilling truth about Palantir

    goodlawproject.typeform.com/pa

    #NHS #corruption #privacy #HumanRights #SpyWare #ToxicLabour #HealthCare #AI #BigData

    The seeing stones from The #LordOfTheRings used by the wizard #Saruman

    In the books, the Palantír were powerful but #dangerous tools – using one often allowed the dark lord #Sauron to see into the user’s mind

  31. No, I don't buy #records anymore, and certainly not vinyl... And yes, #trampolines are absolutely fantastic! Everyone should have one. #music #TheHauntedYouth #BoysCryToo #Shoegaze

  32. No, I don't buy #records anymore, and certainly not vinyl... And yes, #trampolines are absolutely fantastic! Everyone should have one. #music #TheHauntedYouth #BoysCryToo #Shoegaze

  33. No, I don't buy #records anymore, and certainly not vinyl... And yes, #trampolines are absolutely fantastic! Everyone should have one. #music #TheHauntedYouth #BoysCryToo #Shoegaze

  34. No, I don't buy #records anymore, and certainly not vinyl... And yes, #trampolines are absolutely fantastic! Everyone should have one. #music #TheHauntedYouth #BoysCryToo #Shoegaze

  35. No, I don't buy #records anymore, and certainly not vinyl... And yes, #trampolines are absolutely fantastic! Everyone should have one. #music #TheHauntedYouth #BoysCryToo #Shoegaze

  36. “Back in the '80s, when I was searching out used vinyl of #OnTheBeach and #TimeFadesAway in Chicago record stores, those #records felt like guilty pleasures.

    #NeilYoung wasn't widely regarded as a top-drawer artist, like Springsteen or Dylan, although the triple-LP #Decade in 1977 made a pretty strong case.“

    ‘doubter.

    Here’s my copy of TFA I picked up in the late 70’s. Disappeared when I moved out and got it back in the 2010s minus the poster 😕☺️

    #RockMusic / #vinyl / #rock / #GarageRock <allmusic.com/blog/post/ranking>

  37. “Back in the '80s, when I was searching out used vinyl of #OnTheBeach and #TimeFadesAway in Chicago record stores, those #records felt like guilty pleasures.

    #NeilYoung wasn't widely regarded as a top-drawer artist, like Springsteen or Dylan, although the triple-LP #Decade in 1977 made a pretty strong case.“

    ‘doubter.

    Here’s my copy of TFA I picked up in the late 70’s. Disappeared when I moved out and got it back in the 2010s minus the poster 😕☺️

    #RockMusic / #vinyl / #rock / #GarageRock <allmusic.com/blog/post/ranking>

  38. 🎧: Korn
    🎶: Follow The Leader
    💿: Vinyl

    And in the middle of all the new records arriving this week, it would be rude not to put this one on the side.

    Never been a great Korn fan, but there are some tracks on this album that I really like.
    So beat it! 😉

    #korn #vinyl #records #vinylrecords #newvinyl #myvinylcollection

  39. 🎧: Korn
    🎶: Follow The Leader
    💿: Vinyl

    And in the middle of all the new records arriving this week, it would be rude not to put this one on the side.

    Never been a great Korn fan, but there are some tracks on this album that I really like.
    So beat it! 😉

    #korn #vinyl #records #vinylrecords #newvinyl #myvinylcollection