foo_mpv ~ foobar2000 Local Video Support

Posted by tom2tec on

This component allows playing local video files in foobar2000 using libmpv. It is not a foobar decoder, it will just play the video for files that foobar is already playing via other input components. You may need to install other decoders or foo_input_ffmpeg to play certain files.

Features:

  • Video player can be a default UI element, columns UI panel or a separate window
  • On-screen control on the video
  • Fullscreen mode
  • Generates video thumbnails as album art, with optional manual thumbnail chooser
  • Video panels can act as an album art viewer when no video is present to avoid wasting space
  • Reads mpv.conf and input.conf
  • Provides some interfaces for integrating mpv Lua scripts with foobar2000

hydrogenaud.io/index.php?topic=119836.0
www.foobar2000.org/components/view/foo_mpv
github.com/sammoth/foo_mpv

shelfelf ~ Web Player Frontend & Remote

Posted by tom2tec on

The shelfelf is a web frontend to send commands to your music player (iTunes, mpd, squeezebox, xmms2,…). The shelfelf works with all tested browsers (except for Microsoft’s Internet Explorer, Amiga’s AWeb and lynx), but the interface is designed for tablets (with a browser running in full screen mode) like Apple’s iPad. Linux (or Mac OS X) with Apache webserver, MySQL database and the ability to send commands to your stereo equipment is required.

Features:

  • elf at the shelf
  • coverflow
  • full text search
  • record stack
  • communication with other shelfelves

sourceforge.net/projects/shelfelf
shelfelf.vaubeh.de

OpenBroadcaster ~ Broadcast Your Stream

Posted by tom2tec on

OBPlayer is a stable and secure UNIX-based media streaming playout application that can operate as a standalone player or controlled over a network by a managing OBServer. It can be installed remotely at a transmitter site, in the studio or as multiple virtual headless processes.

OBPlayer is built with rules based intelligence to continue broadcasting no matter what happens. It functions by continually syncing with OBServer, looking for updated schedules, media, and priority broadcasts. If there is a blank spot in the schedule, it falls back to a Default Playlist. If that fails, it goes into Fallback Media Mode. If that fails, it plays from the analog input bypass. Finally, it will play a test signal as a last resort. OBPlayer will always play valid CAP (Common Alerting Protocol) Alerts at the highest priority.

OBPlayer can be run in a variety of configurations:

  • Headless OBPlayer (CLI Process)
  • LIVE Assist with Mobile HTML5 Touch Screen interface
  • GTK desktop application for a Digital Display and output to CATV
  • Standalone Emergency Alerting CAP Player supporting audio, image and video
  • Support For IPAWS CAP Profile Version 1.0 via Alert-Hub

github.com/openbroadcaster/obplayer

OpenBroadcaster focuses on reliability, accessibility and scalability over a having a bloated range of half baked / buggy features. It has an organic AJAX interface built with Gstreamer, HTML5 and Javascript to deliver a web application in support of broadcast radio and TV automation, media asset management and dynamic community programming. One OBServer may manage one or more OBPlayer in a synchronized network configuration or have the server and playout on one device or VM. There is a robust Plugin Module Architecture with many modules extending the core server application. The server has a Documented API to enable sharing digital media assets and metadata with revocable secure keys.

github.com/openbroadcaster/observer
openbroadcaster.com

RPM ~ Turntable Accuracy Checker

Posted by tom2tec on

RPM – The Turntable Accuracy Checker Now with the World RPM Turntable Database

Test the rpm accuracy of your turntable, whether 16, 33, 45, or 78.

RPM uses the gyroscope in your iPhone to determine the rotation speed of your turntable, automatically determines which speed setting you’re on and reports how accurate it is.

Simply place your iPhone on your turntable, directly over the centre spindle is recommended but close to the centre will still give good results. As the iPhone rotates the display will remain stationary from your perspective for easy reading.

The best, and UNIQUE, thing about RPM is it also shows a scrolling graph of the rpm accuracy variation over time, this shows wow/flutter effects, especially those associated with the turntable not being level, belt wear, etc.

You can even detect the small drag caused by the stylus resting in the grooves of the record.

While other utilities may well show you the average rpm over many revolutions, RPM shows you how the speed is varying within a single revolution, wow/flutter can sound worse to your ears than simply being slightly fast or slow.  If you can’t identify and measure it you can’t fix it.

Submit your own turntable readings to the World RPM Performance Database, see how turntable makes and models compare with submissions from around the world.  RPM will become the ultimate resource of TT performance out there, a truly crowdsourced turntable database.

apps.apple.com/us/app/rpm-turntable-speed-accuracy/id1030889902
http://rpmapp.info/

Wave Agent ~ Freeware Audio Workstation

Posted by tom2tec on

Designed for Production Sound Mixers and Post Production Editors, Wave Agent provides a comprehensive and indispensable range of tools for preparing audio files for problem-free passage through complex production workflows. Available for Mac and Windows.

www.sounddevices.com

Rathole Media Archiver ~ Lossless Compression Utility

Posted by tom2tec on

EdgeSounds’ RatHole (former GenieSys RatHole) is a free unique nondestructive universal compression utility. Its function is based on a principle of self-training neural networks. EdgeSounds RatHole was especially designed for nondestructive compression of any files containing audio data in PCM 8/16/24 bit or IEEE_FLOAT 32 bit format.

A new EdgeSounds compression algorithm makes it possible to efficiently reduce the size of packed audio data and later unpack exactly same bits, with no difference to the original data. The compression algorithm compresses audio data, considering the bit depth of the digital data contained in the audio file (8/16/24/32 bit). The algorithm is proven to be equally effective on compressing the following file types:

  • Audio files WAV, AU, AIFF, SND;
  • Ensoniq Paris PAS;
  • Sample sound banks such as:
    • AVM Apex bank file APEX
    • Aureal sound bank ARL
    • Creative Labs/E-mu System SoundFont banks format 1&2.x SBK, SF2;
    • Downloadable sounds level 1&2 DLS;
    • Ensoniq EPS Files EFE, Ensoniq Instruments family files INS, Ensoniq Disk Image GKH;
    • Gravis Ultrasound /Forte Patch PAT;
    • Kurzweil 2000-2600 files KRZ;
    • Nemesys/Tascam GIG;
    • Seer Systems Reality banks SEERBANKSET;
    • Turtle Beach WaveFront Bank WFB;
    • Virtual Sampler bank VSB;
  • Multi-track audio data as Cakewalk/Sonar BUN, CWB;
  • Impulse Tracker instrument ITI, Fast Tracker 2 instrument XI;
  • any other formats containing audio data

The compression ratio of  the algorithm depends on the size of audio data, the balance between the tone and noise component, bit depth and other factors, and usually varies from 36% to 78% or even more, with an average of 48-56%. The higher is the bit depth and the fidelity of audio data, the better is the compression ratio.

The RatHole can be successfully used as a common archiving utility for any other file types as well.

www.edgesounds.com/Products/Software/RatHole
www.rarewares.org/others.php#edgesounds-rathole

foo_dsp_TripleStereo ~ Convert 2 To 3 Channels

Posted by tom2tec on

This plugin extracts a central component of the stereo signal and sends it to a separate channel. This makes the sound cleaner with wider panorama.

Just connect additional speaker to center channel and enjoy!

hydrogenaud.io/index.php/topic,108038.0
www.foobar2000.org/components/view/foo_dsp_TripleStereo

DIN Is Noise ~ Synth Of A 3rd Kind

Posted by tom2tec on

It forgets history, To not repeat it.
It doesn’t hide analog music hardware, In digital music software.
You had pulse, sine, triangle and sawtooth, And went forth and made electronic music.
Now there is just the Bezier curve. Go make your pulse, sine, triangle and sawtooths. Or this, this, this and this.
TOPLAP Nick thinks this is nothing new, His old men did it in the 60s, Punching numbers into cards. Now you edit waveforms with a GUI, And watch the sound change before your ears.
Has it got ADSR? It’s got DADSARSADS.
Filters? No because Additive not Subtractive.
Modulation? Bezier on Carrier and Modulator. Wolf that Chowning.
Notes? Yes + Infinite microtones in between.
Input? MIDI Keyboard. Computer keyboard.

dinisnoise.org

CueMaster ~ Cue Sheet Generator

Posted by tom2tec on

This program allows you to find the CD on FreeDB.org and convert it straight into a cue sheet that can be used by musiCutter, CDRWIN or mp3cue. If FreeDB doesn’t have track data for the CD, you can try the unique MP3 scanning feature. It will automatically search through a large MP3 file to find split-points and uses them to recreate a new cue sheet. If possible, it can even extract cue sheets embedded in ID3v2 tags.

You can save the cue sheet to a .cue file or a .xmcd file. You can use musiCutter to split the mp3 file into multiple parts using the .cue file, or Brrrn to burn a CD with correct track-markers. CueMaster can also export the tracklist to a .xml, .html, .csv or .text file. And it can write the cue sheet to an ID3v2-tag inside an mp3 file’s (like mp3cue does).

But it has more: you can use it as a full-featured cue sheet editor. Create a new cue sheet from scratch by adding tracks. Cut, copy, paste, delete and move tracks and edit the titles and durations.

cuemaster.org

AudioRanger ~ Automated Tagging & Organizer

Posted by tom2tec on

AudioRanger is a powerful and versatile music tagger designed to automatically identify and organize your digital music collection. Runs on Windows and Mac. Feature-rich free version available. (Has limits)

www.audioranger.com


musicbrainz.org/doc/AudioRanger
wiki.musicbrainz.org/AudioRanger

Hysolid ~ High Resolution Audio Player

Posted by tom2tec on

When we developed HYSOLID, we were strongly aware that just as audio equipment is different from general industrial products, playback software is also a part of the “Audio” for which a special quality is required. By thinking that the special quality required for the playback software is “to aim a low-noise playback by reducing the load on the PC as low as possible,” we made this thought as the development concept of HYSOLID. HYSOLID has been developed by pursuing this simple concept from the design of the entire software structure to the detailed data manipulation. Please enjoy the difference of the sound by low load by all means.

Method for realizing low system load

Enabling playback by turning ON the PC -> Largely avoids the PC load generated from other software HYSOLID was designed so that you can use it by turning ON the PC in order to avoid the influence of other software as much as possible. You need not sign in to Windows unlike other general software.Since many of Windows programs in both OS and applications operate starting from the Windows sign-in, we have considered this design is particularly important for the PC audio.

Operation is made by smartphone apps -> Avoids the PC load by the user interface

HYSOLID has been enabled to operate with smartphone apps. We have reduced the PC load generated from the user interface (screen display and screen operation) on the PC like other software.

Our own linkage method -> Reduces the PC load of data communication

For the linkage between the smartphone apps and the Windows software, we have adopted the original bi-directional protocol that is designed to reduce the PC load at top priority by avoiding the general scheme or protocols such as DLNA and HTTP. Furthermore, the communication data itself has also been designed to be compact.

For the data format of the communication data, we have adopted UTF-16 for characters and little endian for numerical values so that the software on the Windows can handle them at the lowest load

Precisely implemented playback core -> Reduces the PC load of playback logic

In order to minimize the PC load of playback, the logic portion from reading sound source data from a file up to delivering it to the DAC of the driver becomes important.

We call this logic portion as “playback core,” and have implemented it particularly precisely.

When implementing the playback core, we dare to postpone the elements such as securing the readability that is emphasized in the general software development and reducing the implementation scale to prioritize to minimize the load that the playback core gives on the PC.

Cancelling the read cache by the OS -> Reduces the PC load of data read

In reading the sound source data, HYSOLID has adopted a system to directly read the memory of the playback software without using the read buffer by the OS. This produces an effect to reduce the PC load when reading the sound source data.

* The target functions will be applied to the WAV and DSD playback using a local storage

www.hysolid.com

Accessible Spectrum Analyser ~ Inspect Spectrograms Via Sonification

Posted by tom2tec on

AccessibleSpectrumAnalyser is a real time spectrum analysis plug-in that allows visual impaired users to  as the accessible peak meter. Instead of monitoring the amplitude of the audio signal though, you will be monitoring the frequency components of the signal within a customizable selection of frequencies.

The plug-in uses the “clipping” sonification of the AccessiblePeakMeter. That is, you can set a threshold in dB and, as soon as the energy of any frequency in the selection goes past the threshold, you will hear a short beep. Like in the AccessiblePeakMeter, the beep starts at 440 Hz and it’s raised one semitone for each dB of difference between the frequency magnitude and the threshold. In case more than one frequency within the selection is higher than the threshold, then the highest one is taken into account for the sonification purpose.

There is only one single spectrum for both left and right channels: the two channels are mixed together before being analysed. In AccessiblePeakMeter, there is a separate sonification for peaks in the left and the right audio channel. In the AccessibleSpectrumAnalyser instead, one single sonification is panned from left to right and the panning represents the position of the peaking frequency in the whole spectrum, ranging from 20 Hz on the very left, to 20050 Hz on the very right. For example, if the selected spectrum peaks at 50 Hz then you’ll hear the beep towards the left, whereas if the peak is at 20 kHz the beep will occur towards the right.

depic.eecs.qmul.ac.uk/apm/spectrum
www.tbproaudio.de/products/accessiblemeters