public I_LydianAug(String keyNote)
{
String note1, note2, note3, note4, note5, note6;
WS_Sharp ws_sharp = new WS_Sharp();
HS_Sharp hs_sharp = new HS_Sharp();
WS_Flat ws_flat = new WS_Flat();
HS_Flat hs_flat = new HS_Flat();
// Find the new root for melodic minor scale used on for the Lydian Augmented scale
// W W H W W
if (keyNote.Equals("d") || keyNote.Equals("e") || keyNote.Equals("a") || keyNote.Equals("c#") ||
keyNote.Equals("d#") || keyNote.Equals("f#") || keyNote.Equals("g#") || keyNote.Equals("a#"))
{
note1 = keyNote;
//intervalli1 = "W";
note2 = ws_sharp.getScales(note1);
//intervalli1 = "W";
note3 = ws_sharp.getScales(note2);
//intervalli1 = "H";
note4 = hs_sharp.getScales(note3);
//intervalli1 = "W";
note5 = ws_sharp.getScales(note4);
//intervalli1 = "W";
note6 = ws_sharp.getScales(note5);
this.newRoot4MMScale = note6;
}
else if (keyNote.Equals("c") || keyNote.Equals("f") || keyNote.Equals("g") || keyNote.Equals("b") ||
keyNote.Equals("db") || keyNote.Equals("eb") || keyNote.Equals("gb") || keyNote.Equals("ab") || keyNote.Equals("bb"))
{
note1 = keyNote;
//intervalli1 = "W";
note2 = ws_flat.getScales(note1);
//intervalli1 = "W";
note3 = ws_flat.getScales(note2);
//intervalli1 = "H";
note4 = hs_flat.getScales(note3);
//intervalli1 = "W";
note5 = ws_flat.getScales(note4);
//intervalli1 = "W";
note6 = ws_flat.getScales(note5);
this.newRoot4MMScale = note6;
}
else
{
}
}
public LydianAug(String keyNote)
{
String note1, note2, note3, note4, note5, note6, note7, note8;
WS_Sharp ws_sharp = new WS_Sharp();
HS_Sharp hs_sharp = new HS_Sharp();
WS_Flat ws_flat = new WS_Flat();
HS_Flat hs_flat = new HS_Flat();
if (keyNote.Equals("d") || keyNote.Equals("e") || keyNote.Equals("a") || keyNote.Equals("c#") ||
keyNote.Equals("d#") || keyNote.Equals("f#") || keyNote.Equals("g#") || keyNote.Equals("a#"))
{
//System.out.println("Ma7#5 Lydian augmented scale");
//System.out.println(" W W W W H W H ");
note1 = keyNote;
//intervalli1 = "W";
note2 = ws_sharp.getScales(note1);
//intervalli2 = "W";
note3 = ws_sharp.getScales(note2);
//intervalli3 = "W";
note4 = ws_sharp.getScales(note3);
//intervalli4 = "W";
note5 = ws_sharp.getScales(note4);
//intervalli5 = "H";
note6 = hs_sharp.getScales(note5);
//intervalli6 = "W";
note7 = ws_sharp.getScales(note6);
//intervalli7 = "H";
note8 = hs_sharp.getScales(note7);
this.newMmScaleFor_I = note1 + " " + note2 + " " + note3 + " " + note4 + " " + note5 + " " + note6 + " " + note7 + " " + note8;
}
else if (keyNote.Equals("c") || keyNote.Equals("f") || keyNote.Equals("g") || keyNote.Equals("b") ||
keyNote.Equals("db") || keyNote.Equals("eb") || keyNote.Equals("gb") || keyNote.Equals("ab") || keyNote.Equals("bb"))
{
//System.out.println("Ma7#5 Lydian augmented scale");
//System.out.println(" W W W W H W H ");
note1 = keyNote;
//intervalli1 = "W";
note2 = ws_flat.getScales(note1);
//intervalli2 = "W";
note3 = ws_flat.getScales(note2);
//intervalli3 = "W";
note4 = ws_flat.getScales(note3);
//intervalli4 = "W";
note5 = ws_flat.getScales(note4);
//intervalli5 = "H";
note6 = hs_flat.getScales(note5);
//intervalli6 = "W";
note7 = ws_flat.getScales(note6);
//intervalli7 = "H";
note8 = hs_flat.getScales(note7);
this.newMmScaleFor_I = note1 + " " + note2 + " " + note3 + " " + note4 + " " + note5 + " " + note6 + " " + note7 + " " + note8;
}
else
{
}
}
public AeolianDom(String keyNote)
{
String note1, note2, note3, note4, note5, note6, note7, note8;
WS_Sharp ws_sharp = new WS_Sharp();
HS_Sharp hs_sharp = new HS_Sharp();
WS_Flat ws_flat = new WS_Flat();
HS_Flat hs_flat = new HS_Flat();
if (keyNote.Equals("d") || keyNote.Equals("e") || keyNote.Equals("a") || keyNote.Equals("c#") ||
keyNote.Equals("d#") || keyNote.Equals("f#") || keyNote.Equals("g#") || keyNote.Equals("a#"))
{
//System.out.println("Aeolian dominant scale for V cord (7)");
//System.out.println(" W W H W H W W ");
note1 = keyNote;
//intervalli1 = "W";
note2 = ws_sharp.getScales(note1);
//intervalli2 = "W";
note3 = ws_sharp.getScales(note2);
//intervalli3 = "H";
note4 = hs_sharp.getScales(note3);
//intervalli4 = "W";
note5 = ws_sharp.getScales(note4);
//intervalli5 = "H";
note6 = hs_sharp.getScales(note5);
//intervalli6 = "W";
note7 = ws_sharp.getScales(note6);
//intervalli7 = "W";
note8 = ws_sharp.getScales(note7);
this.newMmScaleFor_V = note1 + " " + note2 + " " + note3 + " " + note4 + " " + note5 + " " + note6 + " " + note7 + " " + note8;
}
else if (keyNote.Equals("c") || keyNote.Equals("f") || keyNote.Equals("g") || keyNote.Equals("b") ||
keyNote.Equals("db") || keyNote.Equals("eb") || keyNote.Equals("gb") || keyNote.Equals("ab") || keyNote.Equals("bb"))
{
//System.out.println("Aeolian dominant scale for V cord (7)");
//System.out.println(" W W H W H W W ");
note1 = keyNote;
//intervalli1 = "W";
note2 = ws_flat.getScales(note1);
//intervalli2 = "W";
note3 = ws_flat.getScales(note2);
//intervalli3 = "H";
note4 = hs_flat.getScales(note3);
//intervalli4 = "W";
note5 = ws_flat.getScales(note4);
//intervalli5 = "H";
note6 = hs_flat.getScales(note5);
//intervalli6 = "W";
note7 = ws_flat.getScales(note6);
//intervalli7 = "W";
note8 = ws_flat.getScales(note7);
this.newMmScaleFor_V = note1 + " " + note2 + " " + note3 + " " + note4 + " " + note5 + " " + note6 + " " + note7 + " " + note8;
}
else
{
}
}