Package eu.bandm.music.applications.feldproj

Class Generate_3

java.lang.Object
eu.bandm.music.applications.feldproj.Generate_3
public class Generate_3 extends Object
Generate a FeldmanProjection_n score where dodecaphonic-like serieses are placed by multiplying them with themselves.

  • Field Details

    • partName

      public static final String partName
      The nameof the tscore part to generate
      See Also:

    • msgr

      final MessageReceiver<SimpleMessage<XMLDocumentIdentifier>> msgr
      Evident

    • reihen

      final SeriesTransformation[][] reihen
      The serieses of dodecaphonic modes used for the voices in this order.

    • agents

      final List<Generate_3.Agent> agents
      The generators for the voices, in the order of their acoustic appearance.

    • voiceNames

      final String[] voiceNames
      Permutation fo the voice names: The agents start sounding in their numerical order, but the generated voices do not.

    • agentsByName

      final Map<String,Generate_3.Agent> agentsByName
      Needed only to make the write-out to the FeldmanProjection_n score in the alphabetic order of voice names.

    • score

      FeldmanProjection_n score
      The generated result.

    • viertel2tp

      final Map<Integer,Tp> viertel2tp
      Cache for the generated time points, maintained by .

  • Constructor Details

  • Method Details

    • next_th

      Haken next_th()
      Aux function for Agent() because "this() must be first statement".

    • next_dt

      Haken next_dt()
      Aux function for Agent() because "this() must be first statement".

    • get_tp

      Tp get_tp(int viertel)
      Generate a tp obejct in the output score. Viertel is a zero-based position. Thus related to rational time points only by a factor.

    • get_top

      TpTop get_top(int ganze)
      Generate a tp obejct in the output score. Ganze is a zero-based position. Thus related to rational time points only by a factor.

    • generate

      FeldmanProjection_n generate()
      Generate the FeldmanProjection_n score object ex ovo and determinstically. First construct the agents and generate their series of hakens by Generate_3.Agent.generate_haken(int).. (For starting agent n+1, the series of agent n is needed.)
      In a second step translate the haken series into event series by Generate_3.Agent.generate_eventData(). This is independent for each agent/voice.
      Finall call for each agent Generate_3.Agent.write_to_score() and add some timeless parameters to the result.