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main.ino
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//KOSMO BIG BUTTON 2016 SAM BATTLE
//email address is computer@lookmumnocomputer.com
//look mum no computer
//lookmumnocomputer@gmail.com
//www.facebook.com/lookmumnocomputer
//ITS AN ABSOLUTE MESS BUT IT WORKS.... SORT OF....
//YOU NEED QUITE A CLEAN CLOCK TRIGGER SIGNAL. QUITE A SHORT PULSE!
//To make it work better add this circuit to the clock input :-
//https://www.cgs.synth.net/modules/cgs24_gatetotrigger.html
//the premise of this is a simple performance sequencer.
//it is used in synth bike mk2 to sequencer the drums.
//i figured whats the point in not sharing it!!!
//dont be a pleb and steal it for a product or some shit. Build it and
//enjoy it as a musical instrument :)
// Clock in is pin 2
// Clear Button is pin 4 .... this clears the whole loop sequence
// Button Delete is pin 7 This deletes the step your on
// Bank select Pin 3 .... each channel has 2 banks of patterns, so you can record 2 alternative patterns and go between with this button
// BIG BUTTON is pin 19 (A5), this is the performance button!
// Reset in is pin 6 you can add a button or a jack!
// FILL BUTTON pin 5, push this and it will continuously play the channel your on, doesnt record, push it and twist the select knob to make a fill!
// STEP LENGTH analog pin 1 (A1)
// Channel select Analog pin (A0)
// SHIFT KNOB Analog pin (A2)
// LED (big button LED) pin 20 (A6)
// OUTPUT 1 ... pin 8
// OUTPUT 2 ... pin 9
// OUTPUT 3 ... pin 10
// OUTPUT 4 ... pin 11
// OUTPUT 5 ... pin 12
// OUTPUT 6 ... pin 13
int buttonPushCounter = 0; // counter for the number of button presses
volatile int buttonState = LOW; // current state of the button
int lastButtonState = 0; // previous state of the button
int RecordButtonState = 0;
int LastRecordButtonState = 0;
int DeleteButtonState = 0;
int LastDeleteButtonState = 0;
int ClearButtonState = 0;
//Clock Reset Keepers
int ClockKeep = 0;
int ResetSteps = 33;
//RESET BUTTON
int ResetButton = 6;
int ResetButtonState = 0;
int LastResetButtonState = 0;
int CHANNELSELECT = 0;
//BeatShiftingPot
int PotValue1 = 0;
int PotValue2 = 0;
int PotValue3 = 0;
int PotValue4 = 0;
int PotValue5 = 0;
int PotValue6 = 0;
int Potval;
int UnscaledPotval = 0;
//FILL BUTTON
int FillButton =5;
int FillButtonState = 0;
int Fill1 = 0;
int Fill2 = 0;
int Fill3 = 0;
int Fill4 = 0;
int Fill5 = 0;
int Fill6 = 0;
//CLEAR
int ClearState = 0;
//Bank Button Latching
long time = 0;
long debounce = 150;
int ButtonBankSelectState[7];
int BankState[7] = {LOW,LOW,LOW,LOW,LOW,LOW,LOW};
int Bankprevious[7] = {HIGH,HIGH,HIGH,HIGH,HIGH,HIGH,HIGH};
int BankArrayShift1 = 0;
int BankArrayShift2 = 0;
int BankArrayShift3 = 0;
int BankArrayShift4 = 0;
int BankArrayShift5 = 0;
int BankArrayShift6 = 0;
int BankClear = 0;
int BankRecord = 0;
int BankArrayNumber = 0;
int ButtonBankSelectButton = 0;
//SHIFT KNOB
int KnobValue = 0;
int BankPush1 = 0;
int BankPush2 = 0;
int BankPush3 = 0;
int BankPush4 = 0;
int BankPush5 = 0;
int BankPush6 = 0;
int KnobVal = 0;
int OldKnobValue = 0;
int NewKnobValue = 0;
int NewKnobValue1 = 0;
int NewKnobValue2 = 0;
int NewKnobValue3 = 0;
int NewKnobValue4 = 0;
int NewKnobValue5 = 0;
int NewKnobValue6 = 0;
#define TOLERANCE 0
int looper = 0;
int Channel = 1;
int ClockState = 0; //clock state stuff
int StepLength = 0; //What the pot uses for step length
int steps = 0; //beginning number of the steps in the sequence adjusted by StepLength
const int clkIn = 2;
int BigButton = 19;
int ButtonClear = 4; //reset button for the moment
int ButtonDelete = 7;
int ButtonBankSelect = 3;
int ChannelSelectState1 = 0;
int ChannelSelectState2 = 0;
int ChannelSelectState3 = 0;
int ChannelSelectState4 = 0;
int ChannelSelectState5 = 0;
int ChannelSelectState6 = 0;
int OUT1 = 8;
int OUT2 = 9;
int OUT3 = 10;
int OUT4 = 11;
int OUT5 = 12;
int OUT6 = 13;
int BankLED = 20;
int Sequence[14][43] = {
{0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,},
{0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,},
{0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,},
{0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,},
{0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,},
{0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,},
{0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,},
{0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,},
{0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,},
{0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,},
{0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,},
{0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,},
{0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,},
{0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,},
//sequence array 1
};//sequence array 1
void setup()
{
pinMode(OUT1,OUTPUT);
pinMode(OUT2,OUTPUT);
pinMode(OUT3,OUTPUT);
pinMode(OUT4,OUTPUT);
pinMode(OUT5,OUTPUT);
pinMode(OUT6,OUTPUT);
pinMode(BankLED, OUTPUT);
pinMode(clkIn, INPUT);
pinMode(BigButton,INPUT);
pinMode(ButtonDelete,INPUT);
pinMode(ButtonClear,INPUT);
pinMode(ButtonBankSelect, INPUT);
pinMode(ResetButton, INPUT);
pinMode(FillButton, INPUT);
StepLength = analogRead(1);
if(0<StepLength){
steps= 2;}
if(200<StepLength){
steps= 4;}
if(500<StepLength){
steps= 8;}
if(800<StepLength){
steps=16;}
if(1000<StepLength){
steps=32;}
//making sure it starts up knowing where the knob is
CHANNELSELECT= analogRead(2);
digitalWrite(BankLED, HIGH);
delay(200);
digitalWrite(BankLED, LOW);
delay(180);
digitalWrite(BankLED, HIGH);
delay(160);
digitalWrite(BankLED, LOW);
delay(140);
digitalWrite(BankLED, HIGH);
delay(120);
digitalWrite(BankLED, LOW);
delay(100);
digitalWrite(BankLED, HIGH);
delay(80);
digitalWrite(BankLED, LOW);
delay(60);
digitalWrite(BankLED, HIGH);
delay(40);
digitalWrite(BankLED, LOW);
delay(20);
digitalWrite(BankLED, HIGH);
delay(60);
digitalWrite(BankLED, LOW);
attachInterrupt(0, isr, RISING);
}
void loop()
{
RecordButtonState = digitalRead(BigButton);
DeleteButtonState = digitalRead(ButtonDelete);
ClearButtonState = digitalRead(ButtonClear);
ResetButtonState = digitalRead(ResetButton);
FillButtonState = digitalRead(FillButton);
ButtonBankSelectState[BankArrayNumber] = digitalRead(ButtonBankSelect);//These setup the states of the buttons
{if(buttonState == HIGH) {
looper = (looper+1);
BankPush1 = (BankPush1+1);
BankPush2 = (BankPush2+1);
BankPush3 = (BankPush3+1);
BankPush4 = (BankPush4+1);
BankPush5 = (BankPush5+1);
BankPush6 = (BankPush6+1);
ClockKeep = (ClockKeep+1);
digitalWrite(OUT1,Sequence [1+BankArrayShift1][BankPush1 + NewKnobValue1] || (Fill1));
digitalWrite(OUT2,Sequence [2+BankArrayShift2][BankPush2 + NewKnobValue2] || (Fill2));
digitalWrite(OUT3,Sequence [3+BankArrayShift3][BankPush3 + NewKnobValue3] || (Fill3));
digitalWrite(OUT4,Sequence [7+BankArrayShift4][BankPush4 + NewKnobValue4] || (Fill4));
digitalWrite(OUT5,Sequence [8+BankArrayShift5][BankPush5 + NewKnobValue5] || (Fill5));
digitalWrite(OUT6,Sequence [9+BankArrayShift6][BankPush6 + NewKnobValue6] || (Fill6));
delay(10);
digitalWrite(OUT1,LOW);
digitalWrite(OUT2,LOW);
digitalWrite(OUT3,LOW);
digitalWrite(OUT4,LOW);
digitalWrite(OUT5,LOW);
digitalWrite(OUT6,LOW);
buttonState = LOW;
}
else
{
looper = looper;
ClockKeep = ClockKeep;
}}
if(RecordButtonState != LastRecordButtonState){
if((RecordButtonState == HIGH) && (Channel == 1)) {
Sequence[Channel+BankRecord][BankPush1+1+NewKnobValue1] = 1;}
else if((RecordButtonState == HIGH) && (Channel == 2)) {
Sequence[Channel+BankRecord][BankPush2+1+NewKnobValue2] = 1;}
else if((RecordButtonState == HIGH) && (Channel == 3)) {
Sequence[Channel+BankRecord][BankPush3+1+NewKnobValue3] = 1;}
else if((RecordButtonState == HIGH) && (Channel == 7)) {
Sequence[Channel+BankRecord][BankPush4+1+NewKnobValue4] = 1;}
else if((RecordButtonState == HIGH) && (Channel == 8)) {
Sequence[Channel+BankRecord][BankPush5+1+NewKnobValue5] = 1;}
else if((RecordButtonState == HIGH) && (Channel == 9)) {
Sequence[Channel+BankRecord][BankPush6+1+NewKnobValue6] = 1;}
else {
}
delay (5);
} //RECORD BUTTON
//This bit is the clock in and step advance stuff
{if((ClockKeep == 1) || (ClockKeep == 5) || (ClockKeep == 9) || (ClockKeep == 13) || (ClockKeep == 17) || (ClockKeep == 21) || (ClockKeep == 25) || (ClockKeep == 29) && (BankRecord == 0)) {digitalWrite(BankLED,HIGH);} }
{if((ClockKeep == 1) || (ClockKeep == 5) || (ClockKeep == 9) || (ClockKeep == 13) || (ClockKeep == 17) || (ClockKeep == 21) || (ClockKeep == 25) || (ClockKeep == 29) && (BankRecord == 3)) {digitalWrite(BankLED,LOW);}
else {digitalWrite(BankLED, BankState[BankArrayNumber]);}}
if(ButtonBankSelectState[BankArrayNumber] == HIGH && Bankprevious[BankArrayNumber] == LOW && millis() - time > debounce){
if(BankState[BankArrayNumber] == HIGH){
BankState[BankArrayNumber] = LOW;
}
else {
BankState[BankArrayNumber] = HIGH;
time = millis();}
}
//Bank button state making it latch and stuff
KnobVal = analogRead(2);
if (0<KnobVal) { KnobValue = 0;}
if (127<KnobVal) { KnobValue = 1;}
if (254<KnobVal) { KnobValue = 2;}
if (383<KnobVal) { KnobValue = 3;}
if (511<KnobVal) { KnobValue = 4;}
if (638<KnobVal) { KnobValue = 5;}
if (767<KnobVal) { KnobValue = 6;}
if (895<KnobVal) { KnobValue = 7;}
if (1000<KnobVal){ KnobValue = 8;}
int diff = abs(KnobValue - OldKnobValue);
if((diff > TOLERANCE) && (ChannelSelectState1 == HIGH))
{ NewKnobValue1 = KnobValue;
OldKnobValue = KnobValue;
}
if((diff > TOLERANCE) && (ChannelSelectState2 == HIGH))
{ NewKnobValue2 = KnobValue;
OldKnobValue = KnobValue;
}
if((diff > TOLERANCE) && (ChannelSelectState3 == HIGH))
{ NewKnobValue3 = KnobValue;
OldKnobValue = KnobValue;
}
if((diff > TOLERANCE) && (ChannelSelectState4 == HIGH))
{ NewKnobValue4 = KnobValue;
OldKnobValue = KnobValue;
}
if((diff > TOLERANCE) && (ChannelSelectState5 == HIGH))
{ NewKnobValue5 = KnobValue;
OldKnobValue = KnobValue;
}
if((diff > TOLERANCE) && (ChannelSelectState6 == HIGH))
{ NewKnobValue6 = KnobValue;
OldKnobValue = KnobValue;
} //lots of the shit with that shift knob!!!! MEMORY STUFF
{CHANNELSELECT= analogRead(0);
if(20>CHANNELSELECT) {(ChannelSelectState1 = HIGH); (ChannelSelectState2 = LOW); (ChannelSelectState3 = LOW); (ChannelSelectState4 = LOW); (ChannelSelectState5 = LOW); (ChannelSelectState6 = LOW);}
if(170<CHANNELSELECT) {(ChannelSelectState1 = LOW); (ChannelSelectState2 = HIGH); (ChannelSelectState3 = LOW); (ChannelSelectState4 = LOW); (ChannelSelectState5 = LOW); (ChannelSelectState6 = LOW);}
if(240<CHANNELSELECT) {(ChannelSelectState1 = LOW); (ChannelSelectState2 = LOW); (ChannelSelectState3 = HIGH); (ChannelSelectState4 = LOW); (ChannelSelectState5 = LOW); (ChannelSelectState6 = LOW);}
if(420<CHANNELSELECT) {(ChannelSelectState1 = LOW); (ChannelSelectState2 = LOW); (ChannelSelectState3 = LOW); (ChannelSelectState4 = HIGH);(ChannelSelectState5 = LOW); (ChannelSelectState6 = LOW);}
if(750<CHANNELSELECT) {(ChannelSelectState1 = LOW); (ChannelSelectState2 = LOW); (ChannelSelectState3 = LOW); (ChannelSelectState4 = LOW); (ChannelSelectState5 = HIGH); (ChannelSelectState6 = LOW);}
if(1000<CHANNELSELECT){(ChannelSelectState1 = LOW); (ChannelSelectState2 = LOW); (ChannelSelectState3 = LOW); (ChannelSelectState4 = LOW); (ChannelSelectState5 = LOW); (ChannelSelectState6 = HIGH);}
}
if((BankState [1] == LOW) && (ChannelSelectState1 == HIGH)) {Channel = 1; BankArrayNumber = 1; BankArrayShift1 = 0; BankRecord = 0; ClearState = 1;}
else if((BankState [2] == LOW) && (ChannelSelectState2 == HIGH)) {Channel = 2; BankArrayNumber = 2; BankArrayShift2 = 0; BankRecord = 0; ClearState = 2;}
else if((BankState [3] == LOW) && (ChannelSelectState3 == HIGH)) {Channel = 3; BankArrayNumber = 3; BankArrayShift3 = 0; BankRecord = 0; ClearState = 3;}
else if((BankState [4] == LOW) && (ChannelSelectState4 == HIGH)) {Channel = 7; BankArrayNumber = 4; BankArrayShift4 = 0; BankRecord = 0; ClearState = 7;}
else if((BankState [5] == LOW) && (ChannelSelectState5 == HIGH)) {Channel = 8; BankArrayNumber = 5; BankArrayShift5 = 0; BankRecord = 0; ClearState = 8;}
else if((BankState [6] == LOW) && (ChannelSelectState6 == HIGH)) {Channel = 9; BankArrayNumber = 6; BankArrayShift6 = 0; BankRecord = 0; ClearState = 9;}
else if((BankState [1] == HIGH) && (ChannelSelectState1 == HIGH)) {Channel = 1; BankArrayNumber = 1; BankArrayShift1 = 3; BankRecord = 3; ClearState = 1;}
else if((BankState [2] == HIGH) && (ChannelSelectState2 == HIGH)) {Channel = 2; BankArrayNumber = 2; BankArrayShift2 = 3; BankRecord = 3; ClearState = 2;}
else if((BankState [3] == HIGH) && (ChannelSelectState3 == HIGH)) {Channel = 3; BankArrayNumber = 3; BankArrayShift3 = 3; BankRecord = 3; ClearState = 3;}
else if((BankState [4] == HIGH) && (ChannelSelectState4 == HIGH)) {Channel = 7; BankArrayNumber = 4; BankArrayShift4 = 3; BankRecord = 3; ClearState = 7;}
else if((BankState [5] == HIGH) && (ChannelSelectState5 == HIGH)) {Channel = 8; BankArrayNumber = 5; BankArrayShift5 = 3; BankRecord = 3; ClearState = 8;}
else if((BankState [6] == HIGH) && (ChannelSelectState6 == HIGH)) {Channel = 9; BankArrayNumber = 6; BankArrayShift6 = 3; BankRecord = 3; ClearState = 9;}
//switch for selecting between both channels and banks
if(ClearButtonState == HIGH){
for(int i = 1; i<42; i++){
Sequence[ClearState+BankRecord][i] = 0;
}
} //This is the clear button
//for(int ii = 1; ii<14; ii++){
//Sequence[ii][33]=Sequence[ii][1];
//Sequence[ii][34]=Sequence[ii][2];
//Sequence[ii][35]=Sequence[ii][3];
//Sequence[ii][36]=Sequence[ii][4];
//Sequence[ii][37]=Sequence[ii][5];
//Sequence[ii][38]=Sequence[ii][6];
//Sequence[ii][39]=Sequence[ii][7];
//Sequence[ii][40]=Sequence[ii][8];
//Sequence[ii][41]=Sequence[ii][9];
//} //THIS MAKES SURE WHEN THE KNOB SHIFTS THE PATTERN IT DOESNT LOSE A LOAD OF IT!
if((FillButtonState == HIGH) && (Channel == 1)) {Fill1 = 1; Fill2 = 0; Fill3 = 0; Fill4 = 0; Fill5 = 0; Fill6 = 0;}
else if((FillButtonState == HIGH) && (Channel == 2)) {Fill1 = 0; Fill2 = 1; Fill3 = 0; Fill4 = 0; Fill5 = 0; Fill6 = 0;}
else if((FillButtonState == HIGH) && (Channel == 3)) {Fill1 = 0; Fill2 = 0; Fill3 = 1; Fill4 = 0; Fill5 = 0; Fill6 = 0;}
else if((FillButtonState == HIGH) && (Channel == 7)) {Fill1 = 0; Fill2 = 0; Fill3 = 0; Fill4 = 1; Fill5 = 0; Fill6 = 0;}
else if((FillButtonState == HIGH) && (Channel == 8)) {Fill1 = 0; Fill2 = 0; Fill3 = 0; Fill4 = 0; Fill5 = 1; Fill6 = 0;}
else if((FillButtonState == HIGH) && (Channel == 9)) {Fill1 = 0; Fill2 = 0; Fill3 = 0; Fill4 = 0; Fill5 = 0; Fill6 = 1;}
else if((FillButtonState == LOW) && (Channel == 1)) {Fill1 = 0; Fill2 = 0; Fill3 = 0; Fill4 = 0; Fill5 = 0; Fill6 = 0;}
else if((FillButtonState == LOW) && (Channel == 2)) {Fill1 = 0; Fill2 = 0; Fill3 = 0; Fill4 = 0; Fill5 = 0; Fill6 = 0;}
else if((FillButtonState == LOW) && (Channel == 3)) {Fill1 = 0; Fill2 = 0; Fill3 = 0; Fill4 = 0; Fill5 = 0; Fill6 = 0;}
else if((FillButtonState == LOW) && (Channel == 7)) {Fill1 = 0; Fill2 = 0; Fill3 = 0; Fill4 = 0; Fill5 = 0; Fill6 = 0;}
else if((FillButtonState == LOW) && (Channel == 8)) {Fill1 = 0; Fill2 = 0; Fill3 = 0; Fill4 = 0; Fill5 = 0; Fill6 = 0;}
else if((FillButtonState == LOW) && (Channel == 9)) {Fill1 = 0; Fill2 = 0; Fill3 = 0; Fill4 = 0; Fill5 = 0; Fill6 = 0;}
//This is the FILL button
if(DeleteButtonState == HIGH){
Sequence[Channel+BankRecord][looper+1] = 0;} //This is the delete button
if(ResetButtonState != LastResetButtonState){
if(ResetButtonState == HIGH) {
looper = 0;
ClockKeep = 0;
BankPush1 = 0;
BankPush2 = 0;
BankPush3 = 0;
BankPush4 = 0;
BankPush5 = 0;
BankPush6 = 0;
}}
StepLength = analogRead(1);
if(0<StepLength){
steps= 1;}
if(150<StepLength){
steps= 2;}
if(300<StepLength){
steps= 4;}
if(500<StepLength){
steps= 8;}
if(750<StepLength){
steps=16;}
if(1000<StepLength){
steps=32;} //this bit chooses how long the sequence is
if(looper >= steps) {looper = 0;} //this bit starts the sequence over again
if(ClockKeep >= 32) {looper = 0; ClockKeep = 0;}
if((BankPush1 + NewKnobValue1) >= steps) {BankPush1 = 0;}
if((BankPush2 + NewKnobValue2) >= steps) {BankPush2 = 0;}
if((BankPush3 + NewKnobValue3) >= steps) {BankPush3 = 0;}
if((BankPush4 + NewKnobValue4) >= steps) {BankPush4 = 0;}
if((BankPush5 + NewKnobValue5) >= steps) {BankPush5 = 0;}
if((BankPush6 + NewKnobValue6) >= steps) {BankPush6 = 0;}
lastButtonState = buttonState;
LastRecordButtonState = RecordButtonState;
LastResetButtonState = ResetButtonState;//sectoion is for the state change detections
Bankprevious[BankArrayNumber] = ButtonBankSelectState[BankArrayNumber];
}
// =================== convenience routines ===================
// isr() - quickly handle interrupts from the clock input
// ------------------------------------------------------
void isr()
{
buttonState = HIGH;
}