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graphicdisplay.cpp
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graphicdisplay.cpp
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#ifndef GRAPHICDISPLAY_CPP
#define GRAPHICDISPLAY_CPP
#include "graphicdisplay.h"
#ifdef LCD_DOGM128
GraphicDisplay::GraphicDisplay(uint8_t sck, uint8_t mosi, uint8_t cs, uint8_t a0, uint8_t m)
:U8GLIB_DOGM128(13,11,10,9,255){ // SPI Com: SCK = 13, MOSI = 11, CS = 10, A0 = 9
}
void GraphicDisplay::lcd_data( unsigned char Data) {
_symbuffer[_row*21+_column] = Data;
if( _column < 20) _column++;
}
void GraphicDisplay::lcd_clear( void ) {
for( int i = 0; i < 168; i++ ) {
_symbuffer[i] = ' ';
}
_column = 0;
_row = 0;
}
void GraphicDisplay::lcd_line(unsigned char Line) {
_column = 0;
_row = Line;
}
//Clear single line of display
void GraphicDisplay::lcd_clear_line(unsigned char Line)
{
_row = Line;
_column = 0;
for( int i = _row*21; i < _row*21+21; i++) {
_symbuffer[i] = ' ';
}
}
//Write probe pin number to the LCD
void GraphicDisplay::lcd_testpin(unsigned char Probe)
{
//Since TP1 is 0 we simply add the value to '1'
this->lcd_data('1' + Probe); //Send data
}
//Display a space
void GraphicDisplay::lcd_space(void)
{
this->lcd_data(' ');
}
//Display a string
void GraphicDisplay::lcd_string(char *String)
{
while (*String) //Loop until trailing 0 is reached
{
this->lcd_data(*String); //Send character
String++; //Next one
}
}
//Display a fixed string stored in PROGMEM
void GraphicDisplay::lcd_fixed_string(const unsigned char *String)
{
while (pgm_read_byte(String) != 0x00)
this->lcd_data(pgm_read_byte(String++)); //Send character
}
void GraphicDisplay::print(const char *Str)
{
for( int i = _row*21+_column; i < _row*21+21; i++ ) {
_symbuffer[i] = (byte)*Str++;
_column++;
}
}
void GraphicDisplay::begin(uint8_t cols, uint8_t rows)
{
// flip screen, if required
this->setRot180();
// set SPI backup if required
//setHardwareBackup(u8g_backup_avr_spi);
// assign default color value
if ( this->getMode() == U8G_MODE_R3G3B2 ) {
this->setColorIndex(255); // white
}
else if ( this->getMode() == U8G_MODE_GRAY2BIT ) {
this->setColorIndex(3); // max intensity
}
else if ( this->getMode() == U8G_MODE_BW ) {
this->setColorIndex(1); // pixel on
}
else if ( this->getMode() == U8G_MODE_HICOLOR ) {
this->setHiColorByRGB(255,255,255);
}
//u8g_font_unifont
this->setFont(u8g_font_6x12);
for( int i=0; i < 168; i++) {
_symbuffer[i] = ' ';
}
_comp = COMPONENT_NONE;
this->home();
}
void GraphicDisplay::setCursor(uint8_t col, uint8_t row)
{
_column = col;
_row = row;
}
void GraphicDisplay::backlight(void)
{
}
void GraphicDisplay::createChar(uint8_t location, uint8_t charmap[])
{
}
#ifdef __AVR__
void GraphicDisplay::createChar(uint8_t location, const unsigned char *charmap)
{
}
#endif // __AVR__
void GraphicDisplay::home(void)
{
_column = 0;
_row = 0;
}
void GraphicDisplay::component(uint8_t c){
_comp = c;
}
#define X_OFFSET 87
#define Y_OFFSET 32
#define Y_CENTRAL 48
#define X_CENTRAL 106
#define ICON_WIDTH 32
#define ICON_HEIGHT 32
void GraphicDisplay::update(void)
{
this->setColorIndex(1);
this->firstPage();
do {
// symbol buffer
char buf[22];
for( int k=0; k <8; k++) {
for( int i=0; i <21; i++) {
buf[i] = _symbuffer[k*21+i];
}
buf[21] = 0;
this->drawStr((u8g_uint_t)0,(u8g_uint_t)(k*8+8),(const char*)buf);
//Serial.println(buf);
}
// Component icon
if(_comp != COMPONENT_NEVER) {
this->setColorIndex(0);
this->drawBox(X_OFFSET,Y_OFFSET,ICON_WIDTH,ICON_HEIGHT);
}
this->setColorIndex(1);
switch (_comp) {
case COMPONENT_NONE:
case COMPONENT_ERROR:
case COMPONENT_NEVER:
case COMPONENT_MENU:
break;
case COMPONENT_RESISTOR:
this->drawFrame(X_OFFSET + 8,Y_OFFSET + 12, 16, 8);
this->drawHLine(X_OFFSET, Y_CENTRAL, 8);
this->drawHLine(X_OFFSET + 24, Y_CENTRAL, 8);
break;
case COMPONENT_CAPACITOR:
this->drawBox(X_OFFSET + 10, Y_OFFSET + 10, 4, 16);
this->drawBox(X_OFFSET + 16, Y_OFFSET + 10, 4, 16);
this->drawHLine(X_OFFSET, Y_CENTRAL + 1, 10);
this->drawHLine(X_OFFSET + 20, Y_CENTRAL + 1, 10);
break;
case COMPONENT_INDUCTOR:
this->drawHLine(X_OFFSET + 3, Y_CENTRAL, 4);
this->drawVLine(X_OFFSET + 6, Y_CENTRAL - 2, 3);
this->drawHLine(X_OFFSET + 7, Y_CENTRAL - 3, 3);
this->drawVLine(X_OFFSET + 10, Y_CENTRAL - 2, 5);
this->drawHLine(X_OFFSET + 11, Y_CENTRAL + 3, 3);
this->drawVLine(X_OFFSET + 14, Y_CENTRAL - 2, 5);
this->drawHLine(X_OFFSET + 15, Y_CENTRAL - 3, 3);
this->drawVLine(X_OFFSET + 18, Y_CENTRAL - 2, 5);
this->drawHLine(X_OFFSET + 19, Y_CENTRAL + 3, 3);
this->drawVLine(X_OFFSET + 22, Y_CENTRAL - 2, 5);
this->drawHLine(X_OFFSET + 23, Y_CENTRAL - 3, 3);
this->drawVLine(X_OFFSET + 26, Y_CENTRAL - 2, 3);
this->drawHLine(X_OFFSET + 27, Y_CENTRAL, 3);
break;
case COMPONENT_DIODE:
this->drawTriangle(X_OFFSET + 12, Y_CENTRAL - 8, X_OFFSET + 12, Y_CENTRAL + 8, X_OFFSET + 20, Y_CENTRAL);
this->drawBox(X_OFFSET + 21, Y_CENTRAL - 8, 2, 17);
this->drawHLine(X_OFFSET + 3,Y_CENTRAL, 26);
break;
case COMPONENT_ZENER:
this->drawHLine( X_OFFSET + 3, Y_CENTRAL, 4);
this->drawVLine( X_OFFSET + 7, Y_CENTRAL - 8, 17);
this->drawHLine( X_OFFSET + 8, Y_CENTRAL - 8, 23);
this->drawHLine( X_OFFSET + 8, Y_CENTRAL + 8, 23);
this->drawTriangle(X_OFFSET + 15, Y_CENTRAL - 8, X_OFFSET + 24, Y_CENTRAL - 13, X_OFFSET + 24, Y_CENTRAL - 3);
this->drawTriangle(X_OFFSET + 13, Y_CENTRAL + 3, X_OFFSET + 13, Y_CENTRAL + 13, X_OFFSET + 22, Y_CENTRAL + 8);
this->drawBox(X_OFFSET + 13, Y_CENTRAL - 13, 2, 11);
this->drawBox(X_OFFSET + 22, Y_CENTRAL + 3, 2, 11);
break;
case COMPONENT_BJTN:
this->drawHLine(X_OFFSET + 20, Y_OFFSET + 6, 5);
this->drawVLine(X_OFFSET + 24, Y_OFFSET + 7, 17);
this->drawHLine(X_OFFSET + 20, Y_OFFSET + 24, 5);
this->drawBox(X_OFFSET + 21, Y_OFFSET + 11, 7, 2);
this->drawTriangle(X_OFFSET + 24, Y_OFFSET + 13, X_OFFSET + 20, Y_OFFSET + 17, X_OFFSET + 28, Y_OFFSET + 17);
case COMPONENT_NPN:
this->drawHLine(X_OFFSET + 2, Y_OFFSET + 15, 6);
this->drawBox(X_OFFSET + 8, Y_OFFSET + 6, 2, 19);
this->drawLine(X_OFFSET + 10, Y_OFFSET + 15, X_OFFSET + 19, Y_OFFSET + 6);
this->drawVLine(X_OFFSET + 19, Y_OFFSET + 2, 4);
this->drawLine(X_OFFSET + 10, Y_OFFSET + 15, X_OFFSET + 19, Y_OFFSET + 24);
this->drawVLine(X_OFFSET + 19, Y_OFFSET + 25, 4);
this->drawTriangle(X_OFFSET + 14, Y_OFFSET + 23, X_OFFSET + 18, Y_OFFSET + 19, X_OFFSET + 18, Y_OFFSET + 23);
break;
case COMPONENT_BJTP:
this->drawHLine(X_OFFSET + 20, Y_OFFSET + 6, 5);
this->drawVLine(X_OFFSET + 24, Y_OFFSET + 7, 17);
this->drawHLine(X_OFFSET + 20, Y_OFFSET + 24, 5);
this->drawTriangle(X_OFFSET + 20, Y_OFFSET + 11, X_OFFSET + 28, Y_OFFSET + 11, X_OFFSET + 24, Y_OFFSET + 15);
this->drawBox(X_OFFSET + 21, Y_OFFSET + 16, 7, 2);
case COMPONENT_PNP:
this->drawHLine(X_OFFSET + 2, Y_OFFSET + 15, 6);
this->drawBox(X_OFFSET + 8, Y_OFFSET + 6, 2, 19);
this->drawLine(X_OFFSET + 10, Y_OFFSET + 15, X_OFFSET + 19, Y_OFFSET + 6);
this->drawLine(X_OFFSET + 10, Y_OFFSET + 15, X_OFFSET + 19, Y_OFFSET + 24);
this->drawVLine(X_OFFSET + 19, Y_OFFSET + 2, 4);
this->drawVLine(X_OFFSET + 19, Y_OFFSET + 25, 4);
this->drawTriangle(X_OFFSET + 14, Y_OFFSET + 19, X_OFFSET + 14, Y_OFFSET + 23, X_OFFSET + 18, Y_OFFSET + 19);
break;
case COMPONENT_NFET:
this->drawHLine(X_OFFSET + 3, Y_OFFSET + 22, 23);
this->drawVLine(X_OFFSET + 25, Y_OFFSET + 23, 6);
this->drawVLine(X_OFFSET + 12, Y_OFFSET + 5, 21);
this->drawHLine(X_OFFSET + 13, Y_OFFSET + 8, 13);
this->drawVLine(X_OFFSET + 25, Y_OFFSET + 2, 6);
this->drawTriangle(X_OFFSET + 8, Y_OFFSET + 19, X_OFFSET + 8, Y_OFFSET + 25, X_OFFSET + 11, Y_OFFSET + 22);
break;
case COMPONENT_PFET:
this->drawHLine(X_OFFSET + 3, Y_OFFSET + 22, 23);
this->drawVLine(X_OFFSET + 25, Y_OFFSET + 23, 6);
this->drawVLine(X_OFFSET + 12, Y_OFFSET + 5, 21);
this->drawHLine(X_OFFSET + 13, Y_OFFSET + 8, 13);
this->drawVLine(X_OFFSET + 25, Y_OFFSET + 2, 6);
this->drawTriangle(X_OFFSET + 6, Y_OFFSET + 22, X_OFFSET + 9, Y_OFFSET + 19, X_OFFSET + 9, Y_OFFSET + 25);
break;
case COMPONENT_NIGBT:
this->drawHLine(X_OFFSET + 3, Y_OFFSET + 15, 6);
this->drawVLine(X_OFFSET + 9, Y_OFFSET + 7, 17);
this->drawBox(X_OFFSET + 11, Y_OFFSET + 6, 2, 19);
this->drawLine(X_OFFSET + 13, Y_OFFSET + 15, X_OFFSET + 22, Y_OFFSET + 6);
this->drawVLine(X_OFFSET + 22, Y_OFFSET + 2, 4);
this->drawLine(X_OFFSET + 13, Y_OFFSET + 15, X_OFFSET + 22, Y_OFFSET + 24);
this->drawVLine(X_OFFSET + 22, Y_OFFSET + 25, 4);
this->drawTriangle(X_OFFSET + 17, Y_OFFSET + 23, X_OFFSET + 21, Y_OFFSET + 19, X_OFFSET + 21, Y_OFFSET + 23);
break;
case COMPONENT_PIGBT:
this->drawHLine(X_OFFSET + 3, Y_OFFSET + 15, 6);
this->drawVLine(X_OFFSET + 9, Y_OFFSET + 7, 17);
this->drawBox(X_OFFSET + 11, Y_OFFSET + 6, 2, 19);
this->drawLine(X_OFFSET + 13, Y_OFFSET + 15, X_OFFSET + 22, Y_OFFSET + 6);
this->drawVLine(X_OFFSET + 22, Y_OFFSET + 2, 4);
this->drawLine(X_OFFSET + 13, Y_OFFSET + 15, X_OFFSET + 22, Y_OFFSET + 24);
this->drawVLine(X_OFFSET + 22, Y_OFFSET + 25, 4);
this->drawTriangle(X_OFFSET + 16, Y_OFFSET + 19, X_OFFSET + 16, Y_OFFSET + 23, X_OFFSET + 20, Y_OFFSET + 19);
break;
case COMPONENT_TRIAC:
this->drawHLine(X_OFFSET, Y_OFFSET + 28, 6);
this->drawLine(X_OFFSET + 6, Y_OFFSET + 27, X_OFFSET + 12, Y_OFFSET + 21);
this->drawVLine(X_OFFSET + 14, Y_OFFSET + 21, 8);
this->drawHLine(X_OFFSET + 14, Y_OFFSET + 29, 16);
this->drawVLine(X_OFFSET + 14, Y_OFFSET + 2, 8);
this->drawHLine(X_OFFSET + 15, Y_OFFSET + 2, 15);
this->drawHLine(X_OFFSET + 20, Y_OFFSET + 10, 10);
this->drawHLine(X_OFFSET + 2, Y_OFFSET + 20, 10);
this->drawTriangle(X_OFFSET + 2, Y_OFFSET + 10, X_OFFSET + 19, Y_OFFSET + 10, X_OFFSET + 10, Y_OFFSET + 19);
this->drawTriangle(X_OFFSET + 12, Y_OFFSET + 20, X_OFFSET + 30, Y_OFFSET + 20, X_OFFSET + 21, Y_OFFSET + 11);
break;
case COMPONENT_THYRISTOR:
this->drawHLine(X_OFFSET + 2, Y_OFFSET + 26, 6);
this->drawLine(X_OFFSET + 8, Y_OFFSET + 25, X_OFFSET + 13, Y_OFFSET + 20);
this->drawVLine(X_OFFSET + 15, Y_OFFSET + 4, 25);
this->drawHLine(X_OFFSET + 16, Y_OFFSET + 4, 14);
this->drawHLine(X_OFFSET + 16, Y_OFFSET + 28, 14);
this->drawBox(X_OFFSET + 9, Y_OFFSET + 18, 13, 2);
this->drawTriangle(X_OFFSET + 9, Y_OFFSET + 11, X_OFFSET + 21, Y_OFFSET + 11, X_OFFSET + 15, Y_OFFSET + 17);
break;
case COMPONENT_NMOSD:
this->drawVLine(X_OFFSET + 12, Y_OFFSET + 5, 22);
case COMPONENT_NMOS:
this->drawHLine(X_OFFSET + 3, Y_OFFSET + 22, 7);
this->drawVLine(X_OFFSET + 9, Y_OFFSET + 8, 14);
this->drawVLine(X_OFFSET + 12, Y_OFFSET + 11, 9);
this->drawVLine(X_OFFSET + 12, Y_OFFSET + 5, 4);
this->drawVLine(X_OFFSET + 12, Y_OFFSET + 22, 4);
this->drawHLine(X_OFFSET + 13, Y_OFFSET + 8, 12);
this->drawHLine(X_OFFSET + 13, Y_OFFSET + 22, 12);
this->drawHLine(X_OFFSET + 13, Y_OFFSET + 15, 6);
this->drawVLine(X_OFFSET + 19, Y_OFFSET + 15, 7);
this->drawVLine(X_OFFSET + 25, Y_OFFSET + 2, 27);
this->drawTriangle(X_OFFSET + 14, Y_OFFSET + 15, X_OFFSET + 17, Y_OFFSET + 12, X_OFFSET + 17, Y_OFFSET + 18);
this->drawHLine(X_OFFSET + 22, Y_OFFSET + 13, 7);
this->drawTriangle(X_OFFSET + 22, Y_OFFSET + 17, X_OFFSET + 29, Y_OFFSET + 17, X_OFFSET + 25, Y_OFFSET + 14);
break;
case COMPONENT_PMOSD:
this->drawVLine(X_OFFSET + 12, Y_OFFSET + 5, 22);
case COMPONENT_PMOS:
this->drawHLine(X_OFFSET + 3, Y_OFFSET + 22, 7);
this->drawVLine(X_OFFSET + 9, Y_OFFSET + 8, 14);
this->drawVLine(X_OFFSET + 12, Y_OFFSET + 11, 9);
this->drawVLine(X_OFFSET + 12, Y_OFFSET + 5, 4);
this->drawVLine(X_OFFSET + 12, Y_OFFSET + 22, 4);
this->drawHLine(X_OFFSET + 13, Y_OFFSET + 8, 12);
this->drawHLine(X_OFFSET + 13, Y_OFFSET + 22, 12);
this->drawHLine(X_OFFSET + 13, Y_OFFSET + 15, 6);
this->drawVLine(X_OFFSET + 19, Y_OFFSET + 15, 7);
this->drawVLine(X_OFFSET + 25, Y_OFFSET + 2, 27);
this->drawTriangle(X_OFFSET + 14, Y_OFFSET + 12, X_OFFSET + 14, Y_OFFSET + 18, X_OFFSET + 17, Y_OFFSET + 15);
this->drawHLine(X_OFFSET + 22, Y_OFFSET + 17, 7);
this->drawTriangle(X_OFFSET + 22, Y_OFFSET + 13, X_OFFSET + 29, Y_OFFSET + 13, X_OFFSET + 25, Y_OFFSET + 16);
break;
default:
break;
}
} while(this->nextPage());
}
void GraphicDisplay::pins(uint8_t a, uint8_t b, uint8_t c)
{
uint8_t r, co;
co = _column;
r = _row;
this->setCursor( 13, 5);
this->lcd_data('1'+a);
if(c==' ')
this->setCursor( 20, 5);
else
this->setCursor(20,4);
this->lcd_data('1'+b);
this->setCursor( 20, 7);
if( c!=' ')
this->lcd_data('1'+c);
else
this->lcd_data(' ');
this->setCursor( co, r);
}
#endif // LCD_DOGM128
/*The DOGM128-6 boasts a resolution of 128x64 pixels. 8 lines of 21 characters*/
#if defined(LCD_PCD8544)
#define LCD_SCLK_PIN 2 // SCK
#define LCD_DIN_PIN 3 // MOSI
#define LCD_DC_PIN 4 // A0
#define LCD_CS_PIN 5 // CS
#define LCD_RST_PIN 6 // RST
#define BACKLIGHT 7
#define LENGTHCHARS 14
#define LENGTHLINES 6
#define BUFFSIZE 84 // 6x14
GraphicDisplay::GraphicDisplay(uint8_t sck, uint8_t mosi, uint8_t cs, uint8_t a0, uint8_t reset)
:U8GLIB_PCD8544(LCD_SCLK_PIN, LCD_DIN_PIN, LCD_CS_PIN, LCD_DC_PIN, LCD_RST_PIN){
}
void GraphicDisplay::lcd_data( unsigned char Data) {
_symbuffer[_row*LENGTHCHARS+_column] = Data;
if( _column < (LENGTHCHARS-1)) _column++;
}
void GraphicDisplay::lcd_clear( void ) {
for( int i = 0; i < BUFFSIZE; i++ ) {
_symbuffer[i] = ' ';
}
_column = 0;
_row = 0;
}
void GraphicDisplay::lcd_line(unsigned char Line) {
_column = 0;
_row = Line;
}
//Clear single line of display
void GraphicDisplay::lcd_clear_line(unsigned char Line)
{
_row = Line;
_column = 0;
for( int i = _row*LENGTHCHARS; i < _row*LENGTHCHARS+LENGTHCHARS; i++) {
_symbuffer[i] = ' ';
}
}
//Write probe pin number to the LCD
void GraphicDisplay::lcd_testpin(unsigned char Probe)
{
//Since TP1 is 0 we simply add the value to '1'
this->lcd_data('1' + Probe); //Send data
}
//Display a space
void GraphicDisplay::lcd_space(void)
{
this->lcd_data(' ');
}
//Display a string
void GraphicDisplay::lcd_string(char *String)
{
while (*String) //Loop until trailing 0 is reached
{
this->lcd_data(*String); //Send character
String++; //Next one
}
}
//Display a fixed string stored in PROGMEM
void GraphicDisplay::lcd_fixed_string(const unsigned char *String)
{
while (pgm_read_byte(String) != 0x00)
this->lcd_data(pgm_read_byte(String++)); //Send character
}
void GraphicDisplay::print(const char *Str)
{
for( int i = _row*LENGTHCHARS+_column; i < _row*LENGTHCHARS+LENGTHCHARS; i++ ) {
_symbuffer[i] = (byte)*Str++;
_column++;
}
}
void GraphicDisplay::begin(uint8_t cols, uint8_t rows)
{
// flip screen, if required
this->setRot180();
// set SPI backup if required
//setHardwareBackup(u8g_backup_avr_spi);
// assign default color value
if ( this->getMode() == U8G_MODE_R3G3B2 ) {
this->setColorIndex(255); // white
}
else if ( this->getMode() == U8G_MODE_GRAY2BIT ) {
this->setColorIndex(3); // max intensity
}
else if ( this->getMode() == U8G_MODE_BW ) {
this->setColorIndex(1); // pixel on
}
else if ( this->getMode() == U8G_MODE_HICOLOR ) {
this->setHiColorByRGB(255,255,255);
}
//u8g_font_unifont
this->setFont(u8g_font_6x12);
for( int i=0; i < BUFFSIZE; i++) {
_symbuffer[i] = ' ';
}
_comp = COMPONENT_NONE;
this->home();
}
void GraphicDisplay::setCursor(uint8_t col, uint8_t row)
{
_column = col;
_row = row;
}
void GraphicDisplay::backlight(void)
{
pinMode(BACKLIGHT, OUTPUT);
digitalWrite(BACKLIGHT, HIGH);
}
void GraphicDisplay::createChar(uint8_t location, uint8_t charmap[])
{
}
#ifdef __AVR__
void GraphicDisplay::createChar(uint8_t location, const unsigned char *charmap)
{
}
#endif // __AVR__
void GraphicDisplay::home(void)
{
_column = 0;
_row = 0;
}
void GraphicDisplay::component(uint8_t c){
_comp = c;
}
#define ICON_WIDTH 32
#define ICON_HEIGHT 32
#define X_CENTRAL 56
#define Y_CENTRAL 32
#define X_OFFSET (X_CENTRAL-ICON_WIDTH/2)
#define Y_OFFSET (Y_CENTRAL-ICON_HEIGHT/2)
void GraphicDisplay::update(void)
{
this->setColorIndex(1);
this->firstPage();
do {
// Component icon
if(_comp != COMPONENT_NEVER) {
this->setColorIndex(0);
this->drawBox(X_OFFSET,Y_OFFSET,ICON_WIDTH,ICON_HEIGHT);
this->setColorIndex(1);
}
// symbol buffer
char buf[LENGTHCHARS+1];
for( int k=0; k <LENGTHLINES; k++) {
for( int i=0; i <LENGTHCHARS; i++) {
buf[i] = _symbuffer[k*LENGTHCHARS+i];
}
buf[LENGTHCHARS] = 0;
this->drawStr((u8g_uint_t)0,(u8g_uint_t)(k*8+8),(const char*)buf);
//Serial.println(buf);
}
#ifdef DEBUG_
Serial.println(_comp);
#endif
switch (_comp) {
case COMPONENT_NONE:
case COMPONENT_ERROR:
case COMPONENT_NEVER:
case COMPONENT_MENU:
break;
case COMPONENT_RESISTOR:
this->drawFrame(X_OFFSET + 8,Y_OFFSET + 12, 16, 8);
this->drawHLine(X_OFFSET, Y_CENTRAL, 8);
this->drawHLine(X_OFFSET + 24, Y_CENTRAL, 8);
break;
case COMPONENT_CAPACITOR:
this->drawBox(X_OFFSET + 10, Y_OFFSET + 10, 4, 16);
this->drawBox(X_OFFSET + 16, Y_OFFSET + 10, 4, 16);
this->drawHLine(X_OFFSET, Y_CENTRAL + 1, 10);
this->drawHLine(X_OFFSET + 20, Y_CENTRAL + 1, 10);
break;
case COMPONENT_INDUCTOR:
this->drawHLine(X_OFFSET + 3, Y_CENTRAL, 4);
this->drawVLine(X_OFFSET + 6, Y_CENTRAL - 2, 3);
this->drawHLine(X_OFFSET + 7, Y_CENTRAL - 3, 3);
this->drawVLine(X_OFFSET + 10, Y_CENTRAL - 2, 5);
this->drawHLine(X_OFFSET + 11, Y_CENTRAL + 3, 3);
this->drawVLine(X_OFFSET + 14, Y_CENTRAL - 2, 5);
this->drawHLine(X_OFFSET + 15, Y_CENTRAL - 3, 3);
this->drawVLine(X_OFFSET + 18, Y_CENTRAL - 2, 5);
this->drawHLine(X_OFFSET + 19, Y_CENTRAL + 3, 3);
this->drawVLine(X_OFFSET + 22, Y_CENTRAL - 2, 5);
this->drawHLine(X_OFFSET + 23, Y_CENTRAL - 3, 3);
this->drawVLine(X_OFFSET + 26, Y_CENTRAL - 2, 3);
this->drawHLine(X_OFFSET + 27, Y_CENTRAL, 3);
break;
case COMPONENT_DIODE:
this->drawTriangle(X_OFFSET + 12, Y_CENTRAL - 8, X_OFFSET + 12, Y_CENTRAL + 8, X_OFFSET + 20, Y_CENTRAL);
this->drawBox(X_OFFSET + 20, Y_CENTRAL - 8, 2, 17);
this->drawHLine(X_OFFSET + 3,Y_CENTRAL, 26);
break;
case COMPONENT_ZENER:
this->drawHLine( X_OFFSET + 3, Y_CENTRAL, 4);
this->drawVLine( X_OFFSET + 7, Y_CENTRAL - 8, 17);
this->drawHLine( X_OFFSET + 8, Y_CENTRAL - 8, 23);
this->drawHLine( X_OFFSET + 8, Y_CENTRAL + 8, 23);
this->drawTriangle(X_OFFSET + 15, Y_CENTRAL - 8, X_OFFSET + 24, Y_CENTRAL - 13, X_OFFSET + 24, Y_CENTRAL - 3);
this->drawTriangle(X_OFFSET + 13, Y_CENTRAL + 3, X_OFFSET + 13, Y_CENTRAL + 13, X_OFFSET + 22, Y_CENTRAL + 8);
this->drawBox(X_OFFSET + 13, Y_CENTRAL - 13, 2, 11);
this->drawBox(X_OFFSET + 22, Y_CENTRAL + 3, 2, 11);
break;
case COMPONENT_BJTN:
this->drawHLine(X_OFFSET + 20, Y_OFFSET + 6, 5);
this->drawVLine(X_OFFSET + 24, Y_OFFSET + 7, 17);
this->drawHLine(X_OFFSET + 20, Y_OFFSET + 24, 5);
this->drawBox(X_OFFSET + 21, Y_OFFSET + 11, 7, 2);
this->drawTriangle(X_OFFSET + 24, Y_OFFSET + 13, X_OFFSET + 20, Y_OFFSET + 17, X_OFFSET + 28, Y_OFFSET + 17);
case COMPONENT_NPN:
this->drawHLine(X_OFFSET + 2, Y_OFFSET + 15, 6);
this->drawBox(X_OFFSET + 8, Y_OFFSET + 6, 2, 19);
this->drawLine(X_OFFSET + 10, Y_OFFSET + 15, X_OFFSET + 19, Y_OFFSET + 6);
this->drawVLine(X_OFFSET + 19, Y_OFFSET + 2, 4);
this->drawLine(X_OFFSET + 10, Y_OFFSET + 15, X_OFFSET + 19, Y_OFFSET + 24);
this->drawVLine(X_OFFSET + 19, Y_OFFSET + 25, 4);
this->drawTriangle(X_OFFSET + 14, Y_OFFSET + 23, X_OFFSET + 18, Y_OFFSET + 19, X_OFFSET + 18, Y_OFFSET + 23);
break;
case COMPONENT_BJTP:
this->drawHLine(X_OFFSET + 20, Y_OFFSET + 6, 5);
this->drawVLine(X_OFFSET + 24, Y_OFFSET + 7, 17);
this->drawHLine(X_OFFSET + 20, Y_OFFSET + 24, 5);
this->drawTriangle(X_OFFSET + 20, Y_OFFSET + 11, X_OFFSET + 28, Y_OFFSET + 11, X_OFFSET + 24, Y_OFFSET + 15);
this->drawBox(X_OFFSET + 21, Y_OFFSET + 16, 7, 2);
case COMPONENT_PNP:
this->drawHLine(X_OFFSET + 2, Y_OFFSET + 15, 6);
this->drawBox(X_OFFSET + 8, Y_OFFSET + 6, 2, 19);
this->drawLine(X_OFFSET + 10, Y_OFFSET + 15, X_OFFSET + 19, Y_OFFSET + 6);
this->drawLine(X_OFFSET + 10, Y_OFFSET + 15, X_OFFSET + 19, Y_OFFSET + 24);
this->drawVLine(X_OFFSET + 19, Y_OFFSET + 2, 4);
this->drawVLine(X_OFFSET + 19, Y_OFFSET + 25, 4);
this->drawTriangle(X_OFFSET + 14, Y_OFFSET + 19, X_OFFSET + 14, Y_OFFSET + 23, X_OFFSET + 18, Y_OFFSET + 19);
break;
case COMPONENT_NFET:
this->drawHLine(X_OFFSET + 3, Y_OFFSET + 22, 23);
this->drawVLine(X_OFFSET + 25, Y_OFFSET + 23, 6);
this->drawVLine(X_OFFSET + 12, Y_OFFSET + 5, 21);
this->drawHLine(X_OFFSET + 13, Y_OFFSET + 8, 13);
this->drawVLine(X_OFFSET + 25, Y_OFFSET + 2, 6);
this->drawTriangle(X_OFFSET + 8, Y_OFFSET + 19, X_OFFSET + 8, Y_OFFSET + 25, X_OFFSET + 11, Y_OFFSET + 22);
break;
case COMPONENT_PFET:
this->drawHLine(X_OFFSET + 3, Y_OFFSET + 22, 23);
this->drawVLine(X_OFFSET + 25, Y_OFFSET + 23, 6);
this->drawVLine(X_OFFSET + 12, Y_OFFSET + 5, 21);
this->drawHLine(X_OFFSET + 13, Y_OFFSET + 8, 13);
this->drawVLine(X_OFFSET + 25, Y_OFFSET + 2, 6);
this->drawTriangle(X_OFFSET + 6, Y_OFFSET + 22, X_OFFSET + 9, Y_OFFSET + 19, X_OFFSET + 9, Y_OFFSET + 25);
break;
case COMPONENT_NIGBT:
this->drawHLine(X_OFFSET + 3, Y_OFFSET + 15, 6);
this->drawVLine(X_OFFSET + 9, Y_OFFSET + 7, 17);
this->drawBox(X_OFFSET + 11, Y_OFFSET + 6, 2, 19);
this->drawLine(X_OFFSET + 13, Y_OFFSET + 15, X_OFFSET + 22, Y_OFFSET + 6);
this->drawVLine(X_OFFSET + 22, Y_OFFSET + 2, 4);
this->drawLine(X_OFFSET + 13, Y_OFFSET + 15, X_OFFSET + 22, Y_OFFSET + 24);
this->drawVLine(X_OFFSET + 22, Y_OFFSET + 25, 4);
this->drawTriangle(X_OFFSET + 17, Y_OFFSET + 23, X_OFFSET + 21, Y_OFFSET + 19, X_OFFSET + 21, Y_OFFSET + 23);
break;
case COMPONENT_PIGBT:
this->drawHLine(X_OFFSET + 3, Y_OFFSET + 15, 6);
this->drawVLine(X_OFFSET + 9, Y_OFFSET + 7, 17);
this->drawBox(X_OFFSET + 11, Y_OFFSET + 6, 2, 19);
this->drawLine(X_OFFSET + 13, Y_OFFSET + 15, X_OFFSET + 22, Y_OFFSET + 6);
this->drawVLine(X_OFFSET + 22, Y_OFFSET + 2, 4);
this->drawLine(X_OFFSET + 13, Y_OFFSET + 15, X_OFFSET + 22, Y_OFFSET + 24);
this->drawVLine(X_OFFSET + 22, Y_OFFSET + 25, 4);
this->drawTriangle(X_OFFSET + 16, Y_OFFSET + 19, X_OFFSET + 16, Y_OFFSET + 23, X_OFFSET + 20, Y_OFFSET + 19);
break;
case COMPONENT_TRIAC:
this->drawHLine(X_OFFSET, Y_OFFSET + 28, 6);
this->drawLine(X_OFFSET + 6, Y_OFFSET + 27, X_OFFSET + 12, Y_OFFSET + 21);
this->drawVLine(X_OFFSET + 14, Y_OFFSET + 21, 8);
this->drawHLine(X_OFFSET + 14, Y_OFFSET + 29, 16);
this->drawVLine(X_OFFSET + 14, Y_OFFSET + 2, 8);
this->drawHLine(X_OFFSET + 15, Y_OFFSET + 2, 15);
this->drawHLine(X_OFFSET + 20, Y_OFFSET + 10, 10);
this->drawHLine(X_OFFSET + 2, Y_OFFSET + 20, 10);
this->drawTriangle(X_OFFSET + 2, Y_OFFSET + 10, X_OFFSET + 19, Y_OFFSET + 10, X_OFFSET + 10, Y_OFFSET + 19);
this->drawTriangle(X_OFFSET + 12, Y_OFFSET + 20, X_OFFSET + 30, Y_OFFSET + 20, X_OFFSET + 21, Y_OFFSET + 11);
break;
case COMPONENT_THYRISTOR:
this->drawHLine(X_OFFSET + 2, Y_OFFSET + 26, 6);
this->drawLine(X_OFFSET + 8, Y_OFFSET + 25, X_OFFSET + 13, Y_OFFSET + 20);
this->drawVLine(X_OFFSET + 15, Y_OFFSET + 4, 25);
this->drawHLine(X_OFFSET + 16, Y_OFFSET + 4, 14);
this->drawHLine(X_OFFSET + 16, Y_OFFSET + 28, 14);
this->drawBox(X_OFFSET + 9, Y_OFFSET + 18, 13, 2);
this->drawTriangle(X_OFFSET + 9, Y_OFFSET + 11, X_OFFSET + 21, Y_OFFSET + 11, X_OFFSET + 15, Y_OFFSET + 17);
break;
case COMPONENT_NMOSD:
this->drawVLine(X_OFFSET + 12, Y_OFFSET + 5, 22);
case COMPONENT_NMOS:
this->drawHLine(X_OFFSET + 3, Y_OFFSET + 22, 7);
this->drawVLine(X_OFFSET + 9, Y_OFFSET + 8, 14);
this->drawVLine(X_OFFSET + 12, Y_OFFSET + 11, 9);
this->drawVLine(X_OFFSET + 12, Y_OFFSET + 5, 4);
this->drawVLine(X_OFFSET + 12, Y_OFFSET + 22, 4);
this->drawHLine(X_OFFSET + 13, Y_OFFSET + 8, 12);
this->drawHLine(X_OFFSET + 13, Y_OFFSET + 22, 12);
this->drawHLine(X_OFFSET + 13, Y_OFFSET + 15, 6);
this->drawVLine(X_OFFSET + 19, Y_OFFSET + 15, 7);
this->drawVLine(X_OFFSET + 25, Y_OFFSET + 2, 27);
this->drawTriangle(X_OFFSET + 14, Y_OFFSET + 15, X_OFFSET + 17, Y_OFFSET + 12, X_OFFSET + 17, Y_OFFSET + 18);
this->drawHLine(X_OFFSET + 22, Y_OFFSET + 13, 7);
this->drawTriangle(X_OFFSET + 22, Y_OFFSET + 17, X_OFFSET + 29, Y_OFFSET + 17, X_OFFSET + 25, Y_OFFSET + 14);
break;
case COMPONENT_PMOSD:
this->drawVLine(X_OFFSET + 12, Y_OFFSET + 5, 22);
case COMPONENT_PMOS:
this->drawHLine(X_OFFSET + 3, Y_OFFSET + 22, 7);
this->drawVLine(X_OFFSET + 9, Y_OFFSET + 8, 14);
this->drawVLine(X_OFFSET + 12, Y_OFFSET + 11, 9);
this->drawVLine(X_OFFSET + 12, Y_OFFSET + 5, 4);
this->drawVLine(X_OFFSET + 12, Y_OFFSET + 22, 4);
this->drawHLine(X_OFFSET + 13, Y_OFFSET + 8, 12);
this->drawHLine(X_OFFSET + 13, Y_OFFSET + 22, 12);
this->drawHLine(X_OFFSET + 13, Y_OFFSET + 15, 6);
this->drawVLine(X_OFFSET + 19, Y_OFFSET + 15, 7);
this->drawVLine(X_OFFSET + 25, Y_OFFSET + 2, 27);
this->drawTriangle(X_OFFSET + 14, Y_OFFSET + 12, X_OFFSET + 14, Y_OFFSET + 18, X_OFFSET + 17, Y_OFFSET + 15);
this->drawHLine(X_OFFSET + 22, Y_OFFSET + 17, 7);
this->drawTriangle(X_OFFSET + 22, Y_OFFSET + 13, X_OFFSET + 29, Y_OFFSET + 13, X_OFFSET + 25, Y_OFFSET + 16);
break;
default:
break;
}
} while(this->nextPage());
}
void GraphicDisplay::pins(uint8_t a, uint8_t b, uint8_t c)
{
uint8_t r, co;
co = _column;
r = _row;
this->setCursor( 5, 3);
this->lcd_data('1'+a);
if(c==' ')
this->setCursor( 13, 3);
else
this->setCursor(13, 2);
this->lcd_data('1'+b);
this->setCursor( 13, 5);
if( c!=' ')
this->lcd_data('1'+c);
else
this->lcd_data(' ');
this->setCursor( co, r);
}
#endif // defined(LCD_PCD8544)
#endif // GRAPHICDISPLAY_CPP