quince.


quince

quince라는 프로그램인데 독일에서 개발되었네요.

주로 믹싱작업이나 채널위주로 되는게 아니라 single채널에 여러 이벤트들이 모여 소리를 디자인 하는데 사용되는 듯 합니다.

장점은 공짜라는것/비디오 믹싱 가능하다는것/그리고 macro개념이 아닌 micro개념으로는 디테일 할것 같다는것입니다.


http://quince.maximilianmarcoll.de/img/quince_screenshot_1.png



http://quince.maximilianmarcoll.de/img/quince_screenshot_2.png


더 많은 사항은 홈페이지를 확인하세요. :http://quince.maximilianmarcoll.de/


quince is a program, similar to a daw, for editing time-based data on the mac (at least os 10.5).
major features include:
– the paradigm “tape-recorder – mixing desk” is broken: there are no
channels. arbitrary numbers of objects can be layered, thus displayed
and edited, on top of or next to each other.

– nested object-trees: each event may contain arbitrary numbers of
events which themselves may contain any number of events and so on.

– all the functionality is implemented in a plug-in structure with an
open API. adding custom plug-ins requires a minimum of code.

– combined functions: using the function composer, function plug-ins can
be combined into functionGraphs, enabling you to create powerful and
complex tools with just a few clicks.

– although quince was developed to serve musical purposes,
theoretically, not only audio but video and every other time-based data
type can be edited in quince. all it needs is a corresponding plug-in.

Baudline spectral visualizer


Baudline spectral visualizer는 원래 Linux만 지원했는데 Mac을 위한 버전이 출시되었네요.

가능한 Application은 다음과 같습니다.


또한 기본적인 기능은 다음과 같습니다.

  • 192 kHz real-time bandwidth
  • 96 dB dynamic range
  • Real or Quadrature input 
  • Multiple sound card support
  • JACK Audio Connection Kit sound server support
  • Input Digital Down Converter
    (tuner)

  • Configurable input channels that can perform various DSP operations
  • Fourier, Correlation, Impulse Response, Transfer Function, and Raster transforms
  • Channel Equalization
  • Frequency, time, amplitude, and sample probability distribution analysis 
  • Drift Integration “de-chirping” 
  • High speed displays
  • Test signal generation


    • Audio player

      • looping
      • speed control with multirate resampling
      • pitch scaling
      • heterodyning (frequency shifting)
      • 2D matrix surround panning 
      • notch, high, and low pass filters
      • digital gain boost



    • File loading

      • file formats: .wav, .aiff, .au, .al, .snd, .voc, .rmd, .pvf,
        .mp3, ID3, .ogg, .gsm, .sah, .fna,
        raw,
        .avi, .mov 
      • channels: mono, stereo, … up to 9 channels 
      • data formats: ASCII decimal, A-law, u-law, 1-bit (msb & lsb),
        8-bit (signed & unsigned), 16/24/32-bit integer (little & big endian),
        float, double

      • compression

        • lossless suffixes: .gz, .bz2, .Z, .zip, .flac
        • codecs: ADPCM, GSM, MPEG, Ogg Vorbis 






    • Measurements

      • peaks: primary, secondary, delta (Hz dB PSD)
      • fundamental: (Hz dB PSD), auto drift rate, chromatic, periodicity, RPM
      • distortion: SNR, THD, SINAD, ENOB, SFDR
      • power: full, select, noise ratio (dB PSD)
      • system: clips, delta selected, frequency range, cursor time, UTC time





    더 자세한 내용은 여기를 참조하세요

    :http://www.baudline.com/what_is_baudline.html   

AlgoScore

AlgoScore is a graphical environment for algorithmic composition, where music is constructed directly in an interactive graphical score. The result is output as audio (through CSound), arbitrary control data (through JACK ports) for control of other applications, MIDI through JACK or to file, or OpenSoundControl messages. The generated audio can be played back through JACK or exported to an audiofile.
Graphical objects are placed in a timeline and connected together. Some objects are fully dependent on user data, while some are generative and reacts on input from other objects.

AlgoScore has a non-realtime perspective, where the composer can relate freely to time and construct the composition outside of time. This also means that an object has the ability to access all data of another object in a single moment, instead of being limited to the streaming data of a current "now".

It is highly customizable and extendible with the Nasal scripting language. It’s easy to make your own classes, and also to use nasal code directly in the score for generating or transforming events or control data.

Since the composer works directly with the score, there’s no need for an additional step of creating a graphical score of the piece. The score can be exported to PDF or SVG. Examples of scores exported as PDF can be downloaded at the Works page.

http://kymatica.com/Software/AlgoScore