#include   //i2c dev scan
// include the library code:
#include 
#include  
Adafruit_LiquidCrystal lcd(0);
char *text={""};

//upside down char glyphs... default characters are 7x5 1 px on the bottom space
byte uA[8] = {  B00000,  B10001,  B10001,  B10001,  B11111,  B10001,  B10001,  B01110};
byte uB[8] = {  B00000,  B01111,  B10001,  B10001,  B01111,  B10001,  B10001,  B01111};
byte uC[8] = {  B00000,  B01110,  B10001,  B00001,  B00001,  B00001,  B10001,  B01110};
byte uD[8] = {  B00000,  B00111,  B01001,  B10001,  B10001,  B10001,  B01001,  B00111};
byte uE[8] = {  B00000,  B11111,  B00001,  B00001,  B01111,  B00001,  B00001,  B11111};
byte uF[8] = {  B00000,  B00001,  B00001,  B00001,  B01111,  B00001,  B00001,  B11111};
byte uG[8] = {  B00000,  B11110,  B10001,  B10001,  B11101,  B00001,  B10001,  B01110};
byte uH[8] = {  B00000,  B10001,  B10001,  B10001,  B11111,  B10001,  B10001,  B10001};
byte uI[8] = {  B00000,  B01110,  B00100,  B00100,  B00100,  B00100,  B00100,  B01110};
byte uJ[8] = {  B00000,  B00110,  B01001,  B01000,  B01000,  B01000,  B01000,  B11100};
byte uK[8] = {  B00000,  B10001,  B01001,  B00101,  B00011,  B00101,  B01001,  B10001};
byte uL[8] = {  B00000,  B01111,  B00001,  B00001,  B00001,  B00001,  B00001,  B00001};
byte uM[8] = {  B00000,  B10001,  B10001,  B10001,  B10101,  B10101,  B11011,  B10001};
byte uN[8] = {  B00000,  B10001,  B10001,  B11001,  B10101,  B10011,  B10001,  B10001};
byte uO[8] = {  B00000,  B01110,  B10001,  B10001,  B10001,  B10001,  B10001,  B01110};
byte uP[8] = {  B00000,  B00001,  B00001,  B00001,  B01111,  B10001,  B10001,  B01111};
byte uQ[8] = {  B00000,  B10110,  B01001,  B10101,  B10001,  B10001,  B10001,  B01110};
byte uR[8] = {  B00000,  B10001,  B01001,  B00101,  B01111,  B10001,  B10001,  B01111};
byte uS[8] = {  B00000,  B01111,  B10000,  B10000,  B01110,  B00001,  B00001,  B11110};
byte uT[8] = {  B00000,  B00100,  B00100,  B00100,  B00100,  B00100,  B00100,  B11111};
byte uU[8] = {  B00000,  B01110,  B10001,  B10001,  B10001,  B10001,  B10001,  B10001};
byte uV[8] = {  B00000,  B00100,  B01010,  B10001,  B10001,  B10001,  B10001,  B10001};
byte uW[8] = {  B00000,  B01010,  B10101,  B10101,  B10101,  B10001,  B10001,  B10001};
byte uX[8] = {  B00000,  B10001,  B10001,  B01010,  B00100,  B01010,  B10001,  B10001};
byte uY[8] = {  B00000,  B00100,  B00100,  B00100,  B01010,  B10001,  B10001,  B10001};
byte uZ[8] = {  B00000,  B11111,  B00001,  B00010,  B00100,  B01000,  B10000,  B11111};
//pockets
byte cornerA[]={B11111,B10000,B10000,B10000,B10000,B10000,B10000,B10000};//top left
byte cornerB[]={B10000,B10000,B10000,B10000,B10000,B10000,B10000,B11111};//btm left
byte cornerC[]={B11111,B00001,B00001,B00001,B00001,B00001,B00001,B00001};//top right
byte cornerD[]={B00001,B00001,B00001,B00001,B00001,B00001,B00001,B11111};//btm right
void flip(char *text);
void setup() {
  Serial.begin(9600);
  lcd.begin(16,2); // 
  //flipped characters
lcd.createChar(0,uA);
lcd.createChar(1,uB);
lcd.createChar(2,uC);
lcd.createChar(3,uD);
lcd.createChar(4,uE);
lcd.createChar(5,uF);
lcd.createChar(6,uG);
lcd.createChar(7,uH);
lcd.createChar(8,uI);
lcd.createChar(9,uJ);
lcd.createChar(10,uK);
lcd.createChar(11,uL);
lcd.createChar(12,uM);
lcd.createChar(13,uN);
lcd.createChar(14,uO);
lcd.createChar(15,uP);
//lcd.createChar(16,uQ);
//lcd.createChar(17,uR);
//lcd.createChar(18,uS);
//lcd.createChar(19,uT);
//lcd.createChar(20,uU);
//lcd.createChar(21,uV);
//lcd.createChar(22,uW);
//lcd.createChar(23,uX);
//lcd.createChar(24,uY);
//lcd.createChar(25,uZ);
//lcd.createChar(26,cornerA);
//lcd.createChar(27,cornerB);
//lcd.createChar(28,cornerC);
//lcd.createChar(29,cornerD);

  //ascii coversion prolly like n+66
  //setCursor be like: (column, row) 16 cols, 2 rows, both start at 0


    text="WTF";
 // lcd.setCursor(0,0);
// flip(text); // lcd.write(1);
}

void loop() { 
//lcd.setCursor(16,0);
  
  for (int i=0; i<16;i++){
  lcd.write(i);
  lcd.setCursor(i,0);

  delay (900);
  }


  }


void flip(char *text){

  Serial.println(text);
 char *tmp=atoi(text);
 int i = strlen(tmp);
 lcd.write(25);
 Serial.println(tmp[1]);
  }