#include <Arduino.h>
#include <SPI.h>
#include <dogm_7036.h>
/*Available functions in dogm_7036 Libraray:
void initialize (byte p_cs, byte p_si, byte p_clk, byte p_rs, byte p_res, boolean sup_5V, byte lines);
void string (const char *str);
void ascii (char character);
void position (byte column, byte line);
void displ_onoff (boolean on);
void cursor_onoff (boolean on);
void define_char (byte mem_adress, byte *dat);
void clear_display (void);
void contrast (byte contr);
*/
dogm_7036 DOG;
byte arrow_down[] = {0x04, 0x04, 0x04, 0x04, 0x15, 0x0E, 0x04, 0x00}; //pattern for own defined character
//the following port definitions are used by our demo board "EA PCBARDDOG7036"
int led = 3;
int led_red = 3;
int led_green = 5;
int led_blue = 6;
void init_backlight(boolean mono);
void mono_backlight(byte brightness);
void rgb_backlight(byte red, byte green, byte blue);
void setup()
{
init_backlight(false); //use rgb backlight in this sample code. Please change it to your configuration
DOG.initialize(10,0,0,9,4,1,DOGM163); //SS = 10, 0,0= use Hardware SPI, 9 = RS, 4 = RESET, 1 = 5V, EA DOGM163-A (=3 lines)
DOG.displ_onoff(true); //turn Display on
DOG.cursor_onoff(true); //turn Curosor blinking on
DOG.define_char(0, arrow_down); //define own char on memory adress 0
}
void loop()
{
DOG.clear_display(); //Clear the whole content
DOG.position(1,1); //set Position: first line, first character
DOG.string("DOGM163-A"); //show String
DOG.position(1,2); //set Position: second line, first character
DOG.string("ST7036 COG");
DOG.position(1,3);
DOG.string("3 lines 16 char");
rgb_backlight(255, 0, 0); //red backlight
delay(2000);
DOG.clear_display();
DOG.position(1,1);
DOG.string("ELECTRONIC");
DOG.position(9,2);
DOG.string("ASSEMBLY");
DOG.position(1,3);
DOG.string("lcd-module.com");
rgb_backlight(0, 255, 0); //green backlight
delay(2000);
DOG.clear_display();
DOG.position(1,1);
DOG.string("Arduino Library");
DOG.position(1,2);
DOG.string("0wn Char ");
DOG.ascii(0); //show own defined char (adress 0, see DOG.define_char())
DOG.position(1,3);
DOG.string("low power");
rgb_backlight(0, 0, 255); //blue backlight
delay(2000);
DOG.clear_display();
DOG.position(1,1);
DOG.string("LED-Backlights:");
DOG.position(1,2);
DOG.string("5 monochrome");
DOG.position(1,3);
DOG.string("full color RGB");
rgb_backlight(255, 255, 0); //purple backlight
delay(2000);
}
//The following functions controll the backlight with a PWM. Not needed for the display content
void init_backlight(boolean mono)
{
if(mono) //EA LED55X31-G, EA LED55X31-W, EA LED55X31-B, EA LED55X31-A, EA LED55X31-R
{
pinMode(led, OUTPUT);
mono_backlight(255);
}
else //EA LED55X31-RGB
{
pinMode(led_blue, OUTPUT);
pinMode(led_green, OUTPUT);
pinMode(led_red, OUTPUT);
rgb_backlight(255,0,0);
}
}
//Use this funtion for monochrome backlight
void mono_backlight(byte brightness)
{
analogWrite(led, brightness);
}
//Use this function for RGB backlight
void rgb_backlight(byte red, byte green, byte blue)
{
analogWrite(led_red, red);
analogWrite(led_green, green);
analogWrite(led_blue, blue);
}
