/*
jan_falkenberg
 
 Farb- und Klanguhr
 
 Ich habe mich auf EIN Sinus-Signal beschränkt!("SineWave sin1;")
 
 mit passenden Frequenzen und Farbfeldern zu jeder Tageszeit
 Die Amplitude steigt bis 13:00Uhr an und dann wieder ab
 im oberen Feld sieht man die Minuten, im unteren die Stunden
 die Rechtecke in der Mitte zeigen die Sekunden durch steigende und abnehmende
 Transparenz an.
 Die Frequenzen steigen synchron zu den Sek. an und ab
 */


import rwmidi.*;

MidiInput input;
MidiOutput output;

void setup() {

  MidiOutputDevice devices[] = RWMidi.getOutputDevices();
  for (int i = 0; i < devices.length; i++) {
    println(i + ": " + devices[i].getName());
  }

  input = RWMidi.getInputDevices()[0].createInput(this);
  output = RWMidi.getOutputDevices()[1].createOutput();

  size (500,500);
  colorMode(HSB, 360, 100, 100, 100);
  noStroke();
}

void draw() {

int s = second();
  float m = minute();
  float h = hour();

  float m_color = 0;
  float h_color = 0;
  float m_bright=0;
  float h_bright=0;
  float m_sat=0;
  float h_sat=0;
  float s_trans=0;

  //Klang

  float channel=0;
  float note=0;
  float velocity=0;

  channel= map (h,0,23,0,15);


  //Morgenklang
  if(h>=4 && h<6){
    frameRate(1);
    if(s<=30) note = map (s,0,30,10,60);
    if(s>30) note= map (s,30,59,60,10);

    if(s<=30) velocity= map (s,0,30,0,40);
    if(s>30) velocity= map (s,30,59,40,0);
  }
  
  if(h>=6 && h<8){
    frameRate(1);
       if(s<=30) note = map (s,0,30,20,75);
    if(s>30) note= map (s,30,59,75,20);

    if(s<=30) velocity= map (s,0,30,10,40);
    if(s>30) velocity= map (s,30,59,40,10);
  }

  //Mittagsklang
  if(h>=8 && h<11){
    frameRate(1.5);
    if(s<=30) note = map (s,0,30,50,85);
    if(s>30) note= map (s,30,59,85, 50);

    if(s<=30) velocity= map (s,0,30,20,60);
    if(s>30) velocity= map (s,30,59,60,20);
  }
  
    if(h>=11 && h<=13){
    frameRate(2);
    if(s<=30) note = map (s,0,30,70,90);
    if(s>30) note= map (s,30,59,90, 70);

    if(s<=30) velocity= map (s,0,30,20,65);
    if(s>30) velocity= map (s,30,59,65,20);
  }
  
  //Nachmittag
  if(h>13 && h<=16){
    frameRate(1);
    if(s<=30) note = map (s,0,30,40,80);
    if(s>30) note= map (s,30,59,80,40);

    if(s<=30) velocity= map (s,0,30,15,50);
    if(s>30) velocity= map (s,30,59,50,15);
  }
  
  if(h>16 && h<=18){
    if(s<=30) note = map (s,0,30,30,70);
    if(s>30) note= map (s,30,59,70,30);

    if(s<=30) velocity= map (s,0,30,15,50);
    if(s>30) velocity= map (s,30,59,50,15);
  }

  //Abend
  if(h>=18 && h<21){
    frameRate(1);
    if(s<=30) note = map (s,0,30,20,60);
    if(s>30) note= map (s,30,59,20, 60);

    if(s<=30) velocity= map (s,0,30,10,40);
    if(s>30) velocity= map (s,30,59,40,10);
  }

  //Nacht
  if(h>=21 && h<=23){
    frameRate(1);
    if(s<=30) note = map (s,0,30,0,30);
    if(s>30) note= map (s,30,59,30,0);

    if(s<=30) velocity= map (s,0,30,0,20);
    if(s>30) velocity= map (s,30,59,20,0);
  }

  if(h>=0 && h<5) {
    frameRate(1);
    if(s<=30) note = map (s,0,30,0,30);
    if(s>30) note= map (s,30,59,30, 0);

    if(s<=30) velocity= map (s,0,30,0,20);
    if(s>30) velocity= map (s,30,59,20,0);
  }

  output.sendNoteOn(1,int(note),int (velocity));

  //FARBE

  if(s<=30) s_trans= map (s,0,30,0,100);
  if(s>=30) s_trans= map (s,30,59,100,0);

  //Morgendämmerung
  if(h>=4 && h<6){
    h_color = map(h,4,6,220,258);
    h_sat= map(h,4,6,56,18);
    h_bright=  map(h,4,6,15,95);

    m_color = map (m,0,59,220,258);
    m_bright=  map(m,0,59,35,65);
    m_sat= map(m,0,59,56,18);
  }

  //Morgen
  if(h>=6 && h<8){
    h_color = map(h,6,8,31,48 );
    h_sat= map(h,6,8,51,10);
    h_bright=  map(h,6,8,95,100);

    m_color = map(m,0,59,31,48 );
    m_sat= map(m,0,59,30,20);
    m_bright=  map(m,0,59,95,100);
  }

  //Mittag
  if(h>=8 && h<13){
    h_color = map(h,9,13,191,207 );
    h_sat= map(h,9,13,20, 59);
    h_bright=  map(h,10,13,95,100);

    m_color = map(m,0,59,191,207 );
    m_sat= map(m,0,59,18,49);
    m_bright=  map(m,0,59,95,100);
  }

  //Nachmittag
  if(h>=13 && h<18){
    h_color = map(h,13,18,207,245 );
    h_sat= map(h,13,18, 59,74);
    h_bright=  map(h,13,18,100,40);

    m_color = map(m,0,59,207,245 );
    m_sat= map(m,0,59,49, 35);
    m_bright=  map(m,0,59,100,40);
  }

  //Abend
  if(h>=18 && h<21){
    h_color = map(h,18,21,245,276);
    h_sat= map(h,18,21,74,60);
    h_bright=  map(h,18,21,40,10);

    m_color = map(m,0,59,245,276 );
    m_sat= map(m,0,59,35,49);
    m_bright=  map(m,0,59,60,20);
  }

  //bis Mitternacht
  if(h>=21 && h<=23){ 
    h_color = map(h,21,23,276,249);
    h_sat= map(h,21,23,60, 40);
    h_bright=  map(h,21,23,15,10);
    m_color = map(m,0,59,276,249);
    m_sat= map(m,0,59,60, 40);
    m_bright=  map(m,0,59,15,10);
  }

  //Nacht
  if(h>=0 && h<4){
    h_color = map(h,0,5,249, 220);
    h_sat= map(h,0,5,40, 59);
    h_bright=  map(h,0,5,10,15);
    m_color = map(m,0,59,249, 220);
    m_sat= map(m,0,59,40, 59);
    m_bright=  map(m,0,59,10,15);
  }

  fill(m_color,m_sat,m_bright);
  rect(0,0,500,250);

  fill(h_color,h_sat,h_bright);
  rect(0,250,500,250);

  fill(m_color,m_sat,m_bright,s_trans);
  rect(125,250,250,125);

  fill(h_color,h_sat,h_bright,s_trans);
  rect(125,125,250,125);


  println("stunden"+h);
  println("minuten"+m);
  println("sekunden"+s);
}