/**
 * driver.java
 *
 * Batch process - command line driven -- to execute an application
 * which creates and writes midi files.
 * Used mainly for early stage development, the application parameters
 * are set with hard-coded vales. Later on, the parameters will be set
 * by a servlet driven by an html form designed for the specific
 * application.
 *
 * This module is part of Karl Brown's MIDI programming project.
 *
 */


package MidiApps;

import java.io.*;
/**
 *
 * @author  Karl Brown
 * @version 1.0
 * last updated 2/16/2003
 */


public class driver {

  public static void main(String argv[]) {


    System.out.println("driver main begin ");


//    hardCodedComposer h = new hardCodedComposer();
//    composer c = (composer)(h);

//    PlayerComposer pc = new PlayerComposer();
   equalTemperScaleDemo etc = new equalTemperScaleDemo();
//    randomComposer etc = new randomComposer();
//    chordComposer cc = new chordComposer();
//    bentComposer etc = new bentComposer();
    composer c = (composer)(etc);
    PrintStream ps = System.out;
    PrintWriter pw = new PrintWriter(ps);
	tracer trc = new tracer();
	trc.setPrintStream(System.out);
	trc.setFile("C:\\javamidi\\MidiApps\\trace.txt");
	System.out.println("tracer allocted -- System.out.println");
	trc.trace("tracer allocted -- trc.trace");
	c.setTracer(trc);

    c.setFileName("karl0209a");
    c.setResolution(96);
   /*
    cc.setNumDivisions(8);
    cc.setNumGroups(3);
    cc.setNumDrumGroups(2);
    cc.setBaseMidiPitch((byte)composer.C_DOWN_3);
    cc.setNumOctaves(7);
 	cc.setBeatLength((long)90);


	cc.setPatch((byte)0,0);  // piano
	cc.setPercentChanceRest(50,0);
	cc.setMinOctave(0,0);
	cc.setMaxOctave(6,0);
 	cc.setMinVelOn((byte)0x20,0);
 	cc.setMaxVelOn((byte)0x80,0);
 	cc.setMinVelOff((byte)0x20,0);
	cc.setMaxVelOff((byte)0x60,0);
 	cc.setMinNoteLength(1,0);
	cc.setMaxNoteLength(5,0);
 	cc.setMinNumPitches(1,0);
	cc.setMaxNumPitches(3,0);




	cc.setPatch((byte)4,1);  //electric piano


	cc.setPercentChanceRest(25,1);
	cc.setMinOctave(1,1);
	cc.setMaxOctave(5,1);
  	cc.setMinVelOn((byte)0x20,1);
 	cc.setMaxVelOn((byte)0x60,1);
 	cc.setMinVelOff((byte)0x20,1);
	cc.setMaxVelOff((byte)0x60,1);
 	cc.setMinNoteLength(1,1);
	cc.setMaxNoteLength(5,1);
 	cc.setMinNumPitches(1,1);
	cc.setMaxNumPitches(3,1);


	cc.setPatch((byte)8,2);  //celeste

	cc.setPercentChanceRest(25,2);
	cc.setMinOctave(4,2);
	cc.setMaxOctave(6,2);
  	cc.setMinVelOn((byte)0x20,2);
 	cc.setMaxVelOn((byte)0x60,2);
 	cc.setMinVelOff((byte)0x20,2);
	cc.setMaxVelOff((byte)0x60,2);
 	cc.setMinNoteLength(1,2);
	cc.setMaxNoteLength(5,2);
 	cc.setMinNumPitches(1,2);
	cc.setMaxNumPitches(3,2);

	cc.setPercentChanceDrumRest(25,0);
 	cc.setMinDrumVelOn((byte)0x20,0);
 	cc.setMaxDrumVelOn((byte)0x60,0);
 	cc.setMinDrumLength(1,0);
	cc.setMaxDrumLength(5,0);
 	cc.setMinNumDrums(1,0);
	cc.setMaxNumDrums(3,0);

	cc.setPercentChanceDrumRest(75,1);
 	cc.setMinDrumVelOn((byte)0x30,1);
 	cc.setMaxDrumVelOn((byte)0x70,1);
	cc.setMinDrumLength(1,1);
	cc.setMaxDrumLength(5,1);
 	cc.setMinNumDrums(1,1);
	cc.setMaxNumDrums(3,1);


*/
    c.createSequence();
    c.setDirectory("C:\\javamidi\\MidiApps\\midifiles");
//    h.setNote((byte)(60));
//    h.setPatch((byte)(0));
//    pc.setNote((byte)(60));
//    pc.setPatch((byte)(0));
    etc.setBaseMidiPitch((byte)(60));
//    etc.setPatch((byte)(0));
    etc.setPatch((byte)(0x4F));

    c.compose();
    c.writeMidiFile();

	trc.close();

    System.out.println("MidiApps driver main ends ");
  }
}