public static void midi(CPhrase paramCPhrase) { Part localPart = new Part(); localPart.addCPhrase(paramCPhrase); Score localScore = new Score("Score of " + paramCPhrase.getTitle()); localScore.addPart(localPart); midi(localScore, paramCPhrase.getTitle() + ".mid"); }
public static void main(String[] args) { Phrase phr = new Phrase(); // create a random walk int pitch = 60; for (int i = 0; i < 12; i++) { Note n = new Note(pitch += (int) (Math.random() * 8 - 4), SQ * (int) (Math.random() * 2 + 1)); phr.addNote(n); } // repeat the whole thing three times Mod.repeat(phr, 3); // see the result at this stage View.show(phr); // repeat beats 2 - 4 three times Mod.repeat(phr, 3, 2.0, 4.0); // see the result of this change View.show(phr, 50, 50); // hear the result Part p = new Part(); Score s = new Score(); p.addPhrase(phr); s.addPart(p); s.setTempo(140.0); Play.midi(s, false); // false so that it doesn't close everything, the view.show() window // in particular Write.midi(s, "Repeat.mid"); }
public static void midi(Phrase paramPhrase, String paramString) { Part localPart = new Part(); localPart.addPhrase(paramPhrase); Score localScore = new Score("Score of " + paramPhrase.getTitle()); localScore.addPart(localPart); midi(localScore, paramString); }
public static void midi(Score paramScore) { FileDialog localFileDialog = new FileDialog(new Frame(), "Save as a MIDI file ...", 1); localFileDialog.setFile("jMusic_composition.mid"); localFileDialog.show(); if (localFileDialog.getFile() != null) { midi(paramScore, localFileDialog.getDirectory() + localFileDialog.getFile()); } }
public ParseMidiSmart() { FileDialog fd; Frame f = new Frame(); // open a MIDI file fd = new FileDialog(f, "Open MIDI file or choose cancel to" + " finish.", FileDialog.LOAD); fd.show(); // break out when user presses cancel if (fd.getFile() == null) return; // SMF smf = new SMF(); // try { // smf.read(new FileInputStream(new File(fd.getDirectory()+fd.getFile()))); // } catch (IOException e) { // e.printStackTrace(); // } // Vector vector = smf.getTrackList(); // for (int i = 0; i < vector.size(); i++) { // Score score = new Score(); // MidiParser.SMFToScore(score, smf); // System.out.println(); // } Read.midi(s, fd.getDirectory() + fd.getFile()); s.setTitle(fd.getFile()); // try { // System.out.println(MidiSystem.getMidiFileFormat(fd.getFiles()[0])); // } catch (InvalidMidiDataException e) { // e.printStackTrace(); // } catch (IOException e) { // e.printStackTrace(); // } Score scoreToWrite = null; for (int i = 0; i < s.getSize(); i++) { scoreToWrite = new Score(); scoreToWrite.add(s.getPart(i)); scoreToWrite.setTempo(200); Write.midi(scoreToWrite, String.format(fd.getFile() + "%d.mid", i)); Part part = s.getPart(i); for (int j = 0; j < part.getSize(); j++) { Phrase phrase = part.getPhrase(j); for (int ii = 0; ii < phrase.getSize(); ii++) { System.out.println(phrase.getNote(ii).getNote()); } } } // //keep track of the number of scores analysed // scoreCount++; // //reset melody length // int tempLength = 0; // // iterate through each note // //find the highest and lowest notes // Enumeration enum1 = s.getPartList().elements(); // while(enum1.hasMoreElements()){ // Part nextPt = (Part)enum1.nextElement(); // Enumeration enum2 = // nextPt.getPhraseList().elements(); // while(enum2.hasMoreElements()){ // Phrase nextPhr = // (Phrase)enum2.nextElement(); // Enumeration enum3 = // nextPhr.getNoteList().elements(); // while(enum3.hasMoreElements()){ // Note nextNote = // (Note)enum3.nextElement(); // int pitch = nextNote.getPitch(); // //check range // pitchRange(pitch); // double rv = // nextNote.getRhythmValue(); // //check rhythmic values // rhythmRange(rv); // //check meldoy length // tempLength++; // //check direction // upOrDown(pitch); // } // } // } // update length extremes // musicLength(tempLength); // //output the current stats // System.out.print(PRE_TEXT); // System.out.println("STATS after "+scoreCount+ // " files. Last score called "+ // s.getTitle()); // System.out.print(PRE_TEXT); // System.out.println("Lowest note is "+lowNote); // System.out.println("Highest note is "+highNote); // System.out.println("---------------------------------"); // System.out.println("Shortest note is "+shortestRhythm); // System.out.println("Longest note is "+longestRhythm); // System.out.println("---------------------------------"); // System.out.println("Smallest score contains "+ // shortLength+" notes"); // System.out.println("Largest score contains "+longLength+ // " notes"); // System.out.println("---------------------------------"); // System.out.println("Upward movements were "+ascending); // System.out.println("Downward movements were "+ // descending); // System.out.println("---------------------------------"); }
public static void midi(Phrase paramPhrase) { midi(new Score(new Part(paramPhrase))); }
public static void midi(Part paramPart, String paramString) { Score localScore = new Score("Score of " + paramPart.getTitle()); localScore.addPart(paramPart); midi(localScore, paramString); }
public static void midi(Part paramPart) { midi(new Score(paramPart)); }
public static void midi(Note paramNote, String paramString) { Score localScore = new Score("Score of a single note"); Part localPart = new Part(new Phrase(paramNote)); localScore.addPart(localPart); midi(localScore, paramString); }
public static void midi(Note paramNote) { midi(paramNote, "SingleNote.mid"); }
public void save(String filename) { Write.midi(bird_part, filename); }