SyncHome/trunk/Arduino/libraries/sys64738/sys64738.cpp

/*
  sys64738.cpp - Library from sys64738.
  Created by Paolo Iocco, November 2, 2014.
  Released into the public domain.
*/

//#include "Arduino.h"
#include "sys64738.h"


/*
 * Classe base per la grafica
 */

graphic::graphic(void){
	_MaxX=84;
	_MaxY=48;
	_ch_width=6;
	_font=0;
}
void graphic::Clear(void){

}
void graphic::Init(void){

}
void graphic::Fillscreen(unsigned char FillData){

}
void graphic::Locate (unsigned char x, unsigned char y){

}
void graphic::WriteChar(char character, char font){

}

void graphic::WriteCharXY(unsigned char x, unsigned char y, char character, char font){
	Locate(x,y);
	WriteChar(character, font);
}

void graphic::WriteString(char *characters, char font){
	while (*characters){
			WriteChar(*characters++,font);
	}
}

void graphic::WriteStringXY(unsigned char x, unsigned char y, char *characters, char font){
	Locate(x,y);
	WriteString(characters,font);
}

void graphic::Draw_BMP(unsigned char x0, unsigned char y0, unsigned char x1, unsigned char y1,const char BMP[]){

}


//********************************************************************************************************************
//**  NOKIA 5110 Display over SPI

Display5110::Display5110(char PIN_SCE, char PIN_RESET, char PIN_DC, char PIN_SDIN, char PIN_SCLK){
	_PIN_SCE = PIN_SCE;
	_PIN_RESET = PIN_RESET;
	_PIN_DC = PIN_DC;
	_PIN_SDIN = PIN_SDIN;
	_PIN_SCLK = PIN_SCLK;
	_MaxX=84;
	_MaxY=48;
}

void Display5110::Init(void){
	pinMode(_PIN_SCE, OUTPUT);
	pinMode(_PIN_RESET, OUTPUT);
	pinMode(_PIN_DC, OUTPUT);
	pinMode(_PIN_SDIN, OUTPUT);
	pinMode(_PIN_SCLK, OUTPUT);
	digitalWrite(_PIN_RESET, LOW);
	digitalWrite(_PIN_RESET, HIGH);
	WriteByte(LCD_C, 0x21 );  // set LCD mode:PDown=0, Vaddr=0, Hext=1
	WriteByte(LCD_C, 0xBC );  // set bias voltage, 0b(1)100.1000 (0x48) was: 0xB1
	WriteByte(LCD_C, 0x06 );  // temperature correction=0b(0000.01)10 was: 0x04
	WriteByte(LCD_C, 0x13 );  // set bias system: 0b(0001.0)011 --> 1:48 was: 0x14
	WriteByte(LCD_C, 0x20 );	// set LCD mode:PDown=0, Vaddr=0, Hext=0
	WriteByte(LCD_C, 0x0C );	// set LCD config, 0b(0000.1)100 --> normal mode
	digitalWrite(_PIN_SCE, LOW); // chip enable
	Clear();
}

void Display5110::Clear(void){
	for (int index = 0; index < _MaxX * _MaxY / 8; index++){
		WriteByte(LCD_D, 0x00);
	}
}

void Display5110::Locate(unsigned char x, unsigned char y){
	WriteByte( LCD_C, 0x80 | x);  // Column.
	WriteByte( LCD_C, 0x40 | y);  // Row.
}

void Display5110::WriteChar(char character, char font){
	switch (font){
	case (FONT_4x6):
			_font=&font4x6[0][0];
			_ch_width=4;
			break;
	case (FONT_5x8):
			_font=&font5x8[0][0];
			_ch_width=5;
			break;
	case (FONT_6x8):
			_font=&font6x8[0][0];
			_ch_width=6;
			break;
	case (FONT_8x8):
			_font=&font8x8[0][0];
			_ch_width=8;
			break;
	case (FONT_C16):
			_font=&font_c16[0][0];
			_ch_width=8;
			break;
	}
	for (char index = 0; index < _ch_width; index++){
		WriteByte(LCD_D, pgm_read_byte(&(_font[_ch_width*character+index])));
	}
}

void Display5110::WriteByte(byte dc, byte data){
	digitalWrite(_PIN_DC, dc);
	digitalWrite(_PIN_SCE, LOW);
	shiftOut(_PIN_SDIN, _PIN_SCLK, MSBFIRST, data);
	digitalWrite(_PIN_SCE, HIGH);
}

void Display5110::SetContrast(unsigned char contrast) {
	WriteByte( 0x21, LCD_C ); //  LCD Extended Commands.
	WriteByte( 0x80 | contrast, LCD_C ); // Set LCD Vop (Contrast).
	WriteByte( 0x20, LCD_C ); //  LCD Standard Commands, horizontal addressing mode.
}

//********************************************************************************************************************
//**  OLED 2 Colors display over I2C

DisplayIIC::DisplayIIC(int sda, int scl){
	_sda = sda;
	_scl = scl;
	pinMode(sda, OUTPUT);
	pinMode(scl, OUTPUT);
}

// Comm start
void DisplayIIC::Init(){
	IIC_Command(0xAE);//display off
	IIC_Command(0x00);//Set Memory Addressing Mode
	IIC_Command(0x10);//00,Horizontal Addressing Mode;01,Vertical Addressing Mode;10,Page Addressing Mode (RESET);11,Invalid
	IIC_Command(0x40);//Set Page Start Address for Page Addressing Mode,0-7
	IIC_Command(0x81);//Set COM Output Scan Direction
	IIC_Command(0xCF);//---set low column address
	IIC_Command(0xA1);//---set high column address
	IIC_Command(0xC8);//--set start line address
	IIC_Command(0xA6);//--set contrast control register
	IIC_Command(0xA8);
	IIC_Command(0x3F);//--set segment re-map 0 to 127
	IIC_Command(0xD3);//--set normal display
	IIC_Command(0x00);//--set multiplex ratio(1 to 64)
	IIC_Command(0xD5);//
	IIC_Command(0x80);//0xa4,Output follows RAM content;0xa5,Output ignores RAM content
	IIC_Command(0xD9);//-set display offset
	IIC_Command(0xF1);//-not offset
	IIC_Command(0xDA);//--set display clock divide ratio/oscillator frequency
	IIC_Command(0x12);//--set divide ratio
	IIC_Command(0xDB);//--set pre-charge period
	IIC_Command(0x40);//
	IIC_Command(0x20);//--set com pins hardware configuration
	IIC_Command(0x02);
	IIC_Command(0x8D);//--set vcomh
	IIC_Command(0x14);//0x20,0.77xVcc
	IIC_Command(0xA4);//--set DC-DC enable
	IIC_Command(0xA6);//
	IIC_Command(0xAF);//--turn on oled panel


}
void DisplayIIC::Clear(){
	FillScreen(0x00);
}

void DisplayIIC::FillScreen(unsigned char fill_Data){
	unsigned char m,n;
	for(m=0;m<8;m++){
		IIC_Command(0xb0+m);	//page0-page1
		IIC_Command(0x00);	//low column start address
		IIC_Command(0x10);	//high column start address
		IIC_Data();
		for(n=0;n<128;n++){
			IIC_WriteByte(fill_Data);
		}
		IIC_Stop();
	}
}

void DisplayIIC::Locate(unsigned char x, unsigned char y){
	IIC_Start();
	IIC_WriteByte(0x78);				//Slave address,SA0=0
	IIC_WriteByte(0x00);				//write command
	IIC_WriteByte(0xb0+y);
	IIC_WriteByte(((x&0xf0)>>4)|0x10);//|0x10
	IIC_WriteByte((x&0x0f)|0x00);	//|0x01
	IIC_Stop();//SetPos
}

void DisplayIIC::WriteChar(char character, char font){
	switch (font){
	case (FONT_4x6):
			_font=&font4x6[0][0];
			_ch_width=4;
			break;
	case (FONT_5x8):
			_font=&font5x8[0][0];
			_ch_width=5;
			break;
	case (FONT_6x8):
			_font=&font6x8[0][0];
			_ch_width=6;
			break;
	case (FONT_8x8):
			_font=&font8x8[0][0];
			_ch_width=8;
			break;
	case (FONT_C16):
			_font=&font_c16[0][0];
			_ch_width=8;
			break;
	}
	IIC_Data();
	for (char index = 0; index < _ch_width; index++){
		IIC_WriteByte(pgm_read_byte(&(_font[_ch_width*character+index])));
    }
    IIC_Stop();
}

void DisplayIIC::Draw_BMP(unsigned char x0, unsigned char y0, unsigned char x1, unsigned char y1,const char BMP[]){
	unsigned int j=0;
	unsigned char x,y;

	if(y1%8==0)
		y=y1/8;
	else
		y=y1/8+1;
	for(y=y0;y<y1;y++){
		Locate(x0,y);
		IIC_Data();
		for(x=x0;x<x1;x++){
			IIC_WriteByte(pgm_read_byte(&(BMP[j++])));
		}
		IIC_Stop();
	}
}

void DisplayIIC::IIC_Start(){
	digitalWrite(_scl, HIGH);
	digitalWrite(_sda, HIGH);
	digitalWrite(_sda, LOW);
	digitalWrite(_scl, LOW);
}

//I2C Stop
void DisplayIIC::IIC_Stop(){
	digitalWrite(_scl, LOW);
	digitalWrite(_sda, LOW);
	digitalWrite(_scl, HIGH);
	digitalWrite(_sda, HIGH);
}

//Write Byte
void DisplayIIC::IIC_WriteByte(unsigned char IIC_Byte){
	unsigned char i;
	for(i=0;i<8;i++){
		if((IIC_Byte << i) & 0x80)
			digitalWrite(_sda, HIGH);
		else
			digitalWrite(_sda, LOW);
		digitalWrite(_scl, HIGH);
		digitalWrite(_scl, LOW);
//		IIC_Byte<<=1;
	}
	digitalWrite(_sda, HIGH);
	digitalWrite(_scl, HIGH);
	digitalWrite(_scl, LOW);
}

//Write Command
void DisplayIIC::IIC_Command(unsigned char IIC_Command){
	IIC_Start();
	IIC_WriteByte(0x78); 	//Slave address,SA0=0
	IIC_WriteByte(0x00);	//write command
	IIC_WriteByte(IIC_Command);
	IIC_Stop();
}

//Write Begin_Data
void DisplayIIC::IIC_Data(){
	IIC_Start();
	IIC_WriteByte(0x78);
	IIC_WriteByte(0x40);	//write data
}