/************************************************************************* * Title: C include file for eDIP128 * Author: Achim Seeger h.j.seeger@web.de * File: eDIP128.c * Software: AVR-GCC 3.4.3 / avr-libc 1.2.3 * Target: any AVR device **************************************************************************/ #include #include #include "main.h" #include "i2clcd.h" #include "i2cmaster.h" #include "util/delay.h" #include "string.h" /////////////////////////////////////////////////// void Graphik_Bargraph_L(int8_t n, int8_t x1, int8_t y1, int8_t x2, int8_t y2, int8_t aw, int8_t ew, int8_t typ, int8_t mst) { int8_t bcc; bcc = 0x11 + 0x0c + 0x1b + 'B' + 'L' + n + x1 + y1 + x2 + y2 + ew + aw + typ + mst; i2c_start(slave_adresse_1); i2c_write(0x11); // DC1 0x11 i2c_write(0x0c); // len 0c i2c_write(0x1b); // ESC 0x1b i2c_write('B'); // B i2c_write('L'); // L-links - nach links i2c_write(n); // R-rechts - nach rechts i2c_write(x1); // O-oben - nach oben i2c_write(y1); // U-unten - nach unten i2c_write(x2); i2c_write(y2); i2c_write(aw); i2c_write(ew); i2c_write(typ); i2c_write(mst); i2c_write(bcc); i2c_start(slave_adresse_2); e = i2c_readAck(); i2c_stop(); _delay_us(10); } /////////////////////////////////////////////////////////////// void Graphik_Bargraph_R(int8_t n, int8_t x1, int8_t y1, int8_t x2, int8_t y2, int8_t aw, int8_t ew, int8_t typ, int8_t mst) { int8_t bcc; bcc = 0x11 + 0x0c + 0x1b + 'B' + 'R' + n + x1 + y1 + x2 + y2 + ew + aw + typ + mst; i2c_start(slave_adresse_1); i2c_write(0x11); // DC1 0x11 i2c_write(0x0c); // len 0c i2c_write(0x1b); // ESC 0x1b i2c_write('B'); // B i2c_write('R'); // R i2c_write(n); i2c_write(x1); i2c_write(y1); i2c_write(x2); i2c_write(y2); i2c_write(aw); i2c_write(ew); i2c_write(typ); i2c_write(mst); i2c_write(bcc); i2c_start(slave_adresse_2); e = i2c_readAck(); i2c_stop(); _delay_us(10); } /////////////////////////////////////////////////// void Graphik_Bargraph_O(int8_t n, int8_t x1, int8_t y1, int8_t x2, int8_t y2, int8_t aw, int8_t ew, int8_t typ, int8_t mst) { int8_t bcc; bcc = 0x11 + 0x0c + 0x1b + 'B' + 'O' + n + x1 + y1 + x2 + y2 + ew + aw + typ + mst; i2c_start(slave_adresse_1); i2c_write(0x11); // DC1 0x11 i2c_write(0x0c); // len 0c i2c_write(0x1b); // ESC 0x1b i2c_write('B'); // B i2c_write('O'); // O i2c_write(n); i2c_write(x1); i2c_write(y1); i2c_write(x2); i2c_write(y2); i2c_write(aw); i2c_write(ew); i2c_write(typ); i2c_write(mst); i2c_write(bcc); i2c_start(slave_adresse_2); e = i2c_readAck(); i2c_stop(); _delay_us(10); } /////////////////////////////////////////////////// void Graphik_Bargraph_U(int8_t n, int8_t x1, int8_t y1, int8_t x2, int8_t y2, int8_t aw, int8_t ew, int8_t typ, int8_t mst) { int8_t bcc; bcc = 0x11 + 0x0c + 0x1b + 'B' + 'U' + n + x1 + y1 + x2 + y2 + ew + aw + typ + mst; i2c_start(slave_adresse_1); i2c_write(0x11); // DC1 0x11 i2c_write(0x0c); // len 0c i2c_write(0x1b); // ESC 0x1b i2c_write('B'); // B i2c_write('U'); // U i2c_write(n); i2c_write(x1); i2c_write(y1); i2c_write(x2); i2c_write(y2); i2c_write(aw); i2c_write(ew); i2c_write(typ); i2c_write(mst); i2c_write(bcc); i2c_start(slave_adresse_2); e = i2c_readAck(); i2c_stop(); _delay_us(10); } /////////////////////////////////////////////////////////////////////// void Graphik_Bargraph_aktuell(int8_t a1, int8_t a2) { uint8_t bcc; bcc = 0x11 + 0x05 + 0x1b + 'B' + 'A' + a1 + a2; i2c_start(slave_adresse_1); i2c_write(0x11); // DC1 0x11 i2c_write(0x05); // len 05 i2c_write(0x1B); // ESC 0x1b i2c_write('B'); // B i2c_write('A'); // A i2c_write(a1); i2c_write(a2); i2c_write(bcc); i2c_start(slave_adresse_2); e = i2c_readAck(); i2c_stop(); _delay_us(10); } /////////////////////////////////////////////////////////////// void Graphik_Rechteck(int8_t a1, int8_t b1, int8_t x2, int8_t y2) { uint8_t bcc; bcc = 0x11 + 0x07 + 0x1b + 'G' + 'R' + a1 + b1 + x2 + y2; i2c_start(slave_adresse_1); i2c_write(0x11); // DC1 0x11 i2c_write(0x07); // len 07 i2c_write(0x1B); // ESC 0x1b i2c_write('G'); // G i2c_write('R'); // R i2c_write(a1); i2c_write(b1); i2c_write(x2); i2c_write(y2); i2c_write(bcc); i2c_start(slave_adresse_2); e = i2c_readAck(); i2c_stop(); _delay_us(10); } //////////////////////////////////////////////////////////// void Graphik_Cursor(int8_t a) { uint8_t bcc; bcc = 0x11 + 0x04 + 0x1b + 'T' + 'C' + a; i2c_start(slave_adresse_1); i2c_write(0x11); // DC1 0x11 i2c_write(0x04); // len 04 i2c_write(0x1B); // ESC 0x1b i2c_write('T'); // T i2c_write('C'); // C i2c_write(a); i2c_write(bcc); i2c_start(slave_adresse_2); e = i2c_readAck(); i2c_stop(); _delay_us(10); } //////////////////////////////////////////////////////////// void Graphik_Cursor_Position(int8_t a, int8_t b) { uint8_t bcc; bcc = 0x11 + 0x05 + 0x1b + 'T' + 'P' + a + b; i2c_start(slave_adresse_1); i2c_write(0x11); // DC1 0x11 i2c_write(0x05); // len 05 i2c_write(0x1B); // ESC 0x1b i2c_write('T'); // T i2c_write('P'); // P i2c_write(a); i2c_write(b); i2c_write(bcc); i2c_start(slave_adresse_2); e = i2c_readAck(); i2c_stop(); _delay_us(10); } //////////////////////////////////////////////////////////////////// void Graphik_Gerade(int8_t x1, int8_t y1, int8_t x2, int8_t y2) { uint8_t bcc; bcc = 0x11 + 0x07 + 0x1b + 'G' + 'D' + x1 + y1 + x2 + y2; i2c_start(slave_adresse_1); i2c_write(0x11); // DC1 0x11 i2c_write(0x07); // len 07 i2c_write(0x1B); // ESC 0x1b i2c_write('G'); // G i2c_write('D'); // D i2c_write(x1); i2c_write(y1); i2c_write(x2); i2c_write(y2); i2c_write(bcc); i2c_start(slave_adresse_2); e = i2c_readAck(); i2c_stop(); _delay_us(10); } ///////////////////////////////////////////////////////////////////// void Graphik_Gerade_weiter(int8_t x1, int8_t y1) { uint8_t bcc; bcc = 0x11 + 0x05 + 0x1b + 'G' + 'W' + x1 + y1; i2c_start(slave_adresse_1); i2c_write(0x11); // DC1 0x11 i2c_write(0x05); // len 05 i2c_write(0x1B); // ESC 0x1b i2c_write('G'); // G i2c_write('W'); // W i2c_write(x1); i2c_write(y1); i2c_write(bcc); i2c_start(slave_adresse_2); e = i2c_readAck(); i2c_stop(); _delay_us(10); } ///////////////////////////////////////////////////////// void Graphik_Punkt_Groesse(int8_t x1, int8_t y1) { uint8_t bcc; bcc = 0x11 + 0x05 + 0x1b + 'G' + 'Z' + x1 + y1; i2c_start(slave_adresse_1); i2c_write(0x11); // DC1 0x11 i2c_write(0x05); // len 05 i2c_write(0x1B); // ESC 0x1b i2c_write('G'); // G i2c_write('Z'); // Z i2c_write(x1); i2c_write(y1); i2c_write(bcc); i2c_start(slave_adresse_2); e = i2c_readAck(); i2c_stop(); _delay_us(10); } /////////////////////////////////////////////////////////// void Graphik_Punkt(int8_t x1, int8_t y1) { uint8_t bcc; bcc = 0x11 + 0x05 + 0x1b + 'G' + 'P' + x1 + y1; i2c_start(slave_adresse_1); i2c_write(0x11); // DC1 0x11 i2c_write(0x05); // len 05 i2c_write(0x1B); // ESC 0x1b i2c_write('G'); // G i2c_write('P'); // P i2c_write(x1); i2c_write(y1); i2c_write(bcc); i2c_start(slave_adresse_2); e = i2c_readAck(); i2c_stop(); _delay_us(10); } ///////////////////////////////////////////////////////////// void Graphik_Blinken(int8_t a) { int bcc; bcc = 0x11 + 0x04 + 0x1b + 'G' + 'B' + a; i2c_start(slave_adresse_1); i2c_write(0x11); // DC1 0x11 i2c_write(0x04); // len 04 i2c_write(0x1b); // ESC 0x1b i2c_write('G'); // G i2c_write('B'); // B i2c_write(a); i2c_write(bcc); i2c_start(slave_adresse_2); e = i2c_readAck(); i2c_stop(); _delay_us(10); } //////////////////////////////////////////////////////////// void Graphik_Beleuchtung(int8_t a) { int bcc; bcc = 0x11 + 0x04 + 0x1b + 'Y' + 'L' + a; i2c_start(slave_adresse_1); i2c_write(0x11); // DC1 0x11 i2c_write(0x04); // len 04 i2c_write(0x1b); // ESC 0x1b i2c_write('Y'); i2c_write('L'); i2c_write(a); i2c_write(bcc); i2c_start(slave_adresse_2); e = i2c_readAck(); i2c_stop(); _delay_us(10); } /////////////////////////////////////////////////////// void Graphik_Helligkeit(int8_t a) { int bcc; bcc = 0x11 + 0x04 + 0x1b + 'Y' + 'H' + a; i2c_start(slave_adresse_1); i2c_write(0x11); // DC1 0x11 i2c_write(0x04); // len 04 i2c_write(0x1b); // ESC 0x1b i2c_write('Y'); // Y i2c_write('H'); // H i2c_write(a); i2c_write(bcc); i2c_start(slave_adresse_2); e = i2c_readAck(); i2c_stop(); _delay_us(10); } /////////////////////////////////////////////////////////// void Graphik_loeschen(void) { int bcc; bcc = 0x11 + 0x03 + 0x1b + 'D' + 'L' ; i2c_start(slave_adresse_1); i2c_write(0x11); // DC1 0x11 i2c_write(0x03); // len 03 i2c_write(0x1b); // ESC 0x1b i2c_write('D'); // D i2c_write('L'); // L i2c_write(bcc); i2c_start(slave_adresse_2); e = i2c_readAck(); i2c_stop(); _delay_us(10); } /////////////////////////////////////////////////////////// void Graphik_invertieren(void) { int bcc; bcc = 0x11 + 0x03 + 0x1b + 'D' + 'I' ; i2c_start(slave_adresse_1); i2c_write(0x11); // DC1 0x11 i2c_write(0x03); // len 03 i2c_write(0x1b); // ESC 0x1b i2c_write('D'); // D i2c_write('I'); // I i2c_write(bcc); i2c_start(slave_adresse_2); e = i2c_readAck(); i2c_stop(); _delay_us(10); } ////////////////////////////////////////////////////////// void Graphik_Bereich_invertieren(int8_t a1, int8_t b1, int8_t x2, int8_t y2) { uint8_t bcc; bcc = 0x11 + 0x07 + 0x1b + 'R' + 'I' + a1 + b1 + x2 + y2; i2c_start(slave_adresse_1); i2c_write(0x11); // DC1 0x11 i2c_write(0x07); // len 07 i2c_write(0x1B); // ESC 0x1b i2c_write('R'); // R i2c_write('I'); // I i2c_write(a1); i2c_write(b1); i2c_write(x2); i2c_write(y2); i2c_write(bcc); i2c_start(slave_adresse_2); e = i2c_readAck(); i2c_stop(); _delay_us(10); } ////////////////////////////////////////////////////////// void Graphik_Bereich_fuellen(int8_t a1, int8_t b1, int8_t x2, int8_t y2) { uint8_t bcc; bcc = 0x11 + 0x07 + 0x1b + 'R' + 'S' + a1 + b1 + x2 + y2; i2c_start(slave_adresse_1); i2c_write(0x11); // DC1 0x11 i2c_write(0x07); // len 07 i2c_write(0x1B); // ESC 0x1b i2c_write('R'); // G i2c_write('S'); // R i2c_write(a1); i2c_write(b1); i2c_write(x2); i2c_write(y2); i2c_write(bcc); i2c_start(slave_adresse_2); e = i2c_readAck(); i2c_stop(); _delay_us(10); } ///////////////////////////////////////////////////// void Graphik_Bereich_loeschen(int8_t a1, int8_t b1, int8_t x2, int8_t y2) { uint8_t bcc; bcc = 0x11 + 0x07 + 0x1b + 'R' + 'L' + a1 + b1 + x2 + y2; i2c_start(slave_adresse_1); i2c_write(0x11); // DC1 0x11 i2c_write(0x07); // len 07 i2c_write(0x1B); // ESC 0x1b i2c_write('R'); // R i2c_write('L'); // L i2c_write(a1); i2c_write(b1); i2c_write(x2); i2c_write(y2); i2c_write(bcc); i2c_start(slave_adresse_2); e = i2c_readAck(); i2c_stop(); _delay_us(10); } ////////////////////////////////////////////////////// void Graphik_Bereich_Muster(int8_t a1, int8_t b1, int8_t a2, int8_t b2, int8_t m) { uint8_t bcc; bcc = 0x11 + 0x08 + 0x1b + 'R' + 'M' + a1 + b1 + a2 + b2 + m; i2c_start(slave_adresse_1); i2c_write(0x11); // DC1 0x11 i2c_write(0x08); // len 08 i2c_write(0x1B); // ESC 0x1b i2c_write('R'); // R i2c_write('M'); // M i2c_write(a1); i2c_write(b1); i2c_write(a2); i2c_write(b2); i2c_write(m); i2c_write(bcc); i2c_start(slave_adresse_2); e = i2c_readAck(); i2c_stop(); _delay_us(10); } //////////////////////////////////////////////////////// void Graphik_Box_zeichnen(int8_t a1, int8_t b1, int8_t a2, int8_t b2, int8_t m) { uint8_t bcc; bcc = 0x11 + 0x08 + 0x1b + 'R' + 'O' + a1 + b1 + a2 + b2 + m; i2c_start(slave_adresse_1); i2c_write(0x11); // DC1 0x11 i2c_write(0x08); // len 08 i2c_write(0x1B); // ESC 0x1b i2c_write('R'); // R i2c_write('O'); // O i2c_write(a1); i2c_write(b1); i2c_write(a2); i2c_write(b2); i2c_write(m); i2c_write(bcc); i2c_start(slave_adresse_2); e = i2c_readAck(); i2c_stop(); _delay_us(10); } ///////////////////////////////////////////////////////// void Graphik_Rahmen_zeichnen(int8_t a1, int8_t b1, int8_t a2, int8_t b2, int8_t m) { uint8_t bcc; bcc = 0x11 + 0x08 + 0x1b + 'R' + 'R' + a1 + b1 + a2 + b2 + m; i2c_start(slave_adresse_1); i2c_write(0x11); // DC1 0x11 i2c_write(0x08); // len 08 i2c_write(0x1B); // ESC 0x1b i2c_write('R'); // R i2c_write('R'); // R i2c_write(a1); i2c_write(b1); i2c_write(a2); i2c_write(b2); i2c_write(m); i2c_write(bcc); i2c_start(slave_adresse_2); e = i2c_readAck(); i2c_stop(); _delay_us(10); } ///////////////////////////////////////////////////////// void Graphik_Rahmenbox_zeichnen(int8_t a1, int8_t b1, int8_t a2, int8_t b2, int8_t m) { uint8_t bcc; bcc = 0x11 + 0x08 + 0x1b + 'R' + 'T' + a1 + b1 + a2 + b2 + m; i2c_start(slave_adresse_1); i2c_write(0x11); // DC1 0x11 i2c_write(0x08); // len 08 i2c_write(0x1B); // ESC 0x1b i2c_write('R'); // R i2c_write('T'); // T i2c_write(a1); i2c_write(b1); i2c_write(a2); i2c_write(b2); i2c_write(m); i2c_write(bcc); i2c_start(slave_adresse_2); e = i2c_readAck(); i2c_stop(); _delay_us(10); } //////////////////////////////////////////////////////////// void Graphik_Info(void) { int bcc; bcc = 0x11 + 0x03 + 0x1b + 'T' + 'I' ; i2c_start(slave_adresse_1); i2c_write(0x11); // DC1 0x11 i2c_write(0x03); // len 03 i2c_write(0x1b); // ESC 0x1b i2c_write('T'); // T i2c_write('I'); // I i2c_write(bcc); i2c_start(slave_adresse_2); e = i2c_readAck(); i2c_stop(); _delay_us(10); } //////////////////////////////////////////////////////////// void Graphik_Version(void) { int bcc; bcc = 0x11 + 0x03 + 0x1b + 'T' + 'V' ; i2c_start(slave_adresse_1); i2c_write(0x11); // DC1 0x11 i2c_write(0x03); // len 03 i2c_write(0x1b); // ESC 0x1b i2c_write('T'); // T i2c_write('V'); // V i2c_write(bcc); i2c_start(slave_adresse_2); e = i2c_readAck(); i2c_stop(); _delay_us(10); } //////////////////////////////////////////////////////////// void Graphik_Auswahl_Font(int8_t f) { int bcc; bcc = 0x11 + 0x04 + 0x1b + 'Z' + 'F' + f; i2c_start(slave_adresse_1); i2c_write(0x11); // DC1 0x11 i2c_write(0x04); // len 04 i2c_write(0x1b); // ESC 0x1b i2c_write('Z'); // Z i2c_write('F'); // F i2c_write(f); i2c_write(bcc); i2c_start(slave_adresse_2); e = i2c_readAck(); i2c_stop(); _delay_us(10); } ////////////////////////////////////////////////////////// void Graphik_Font_Winkel(int8_t w) { int bcc; bcc = 0x11 + 0x04 + 0x1b + 'Z' + 'W' + w; i2c_start(slave_adresse_1); i2c_write(0x11); // DC1 0x11 i2c_write(0x04); // len 04 i2c_write(0x1b); // ESC 0x1b i2c_write('Z'); // Z i2c_write('W'); // W i2c_write(w); i2c_write(bcc); i2c_start(slave_adresse_2); e = i2c_readAck(); i2c_stop(); _delay_us(10); } //////////////////////////////////////////////////////// void Graphik_Font_Zoom(int8_t z1, int8_t z2) { int bcc; bcc = 0x11 + 0x05 + 0x1b + 'Z' + 'Z' + z1 + z2; i2c_start(slave_adresse_1); i2c_write(0x11); // DC1 0x11 i2c_write(0x05); // len 05 i2c_write(0x1b); // ESC 0x1b i2c_write('Z'); // Z i2c_write('Z'); // Z i2c_write(z1); i2c_write(z2); i2c_write(bcc); i2c_start(slave_adresse_2); e = i2c_readAck(); i2c_stop(); _delay_us(10); } ///////////////////////////////////////////////////// void Graphik_Text_ausgabe_L(int8_t x1, int8_t y1, char * Text) { int bcc,i; bcc = 0x11 + 0x06 + 0x1b + 'Z' + 'L' + x1 + y1 + strlen(Text); for (i=0; i<=strlen(Text); i++) bcc += Text[i]; i2c_start(slave_adresse_1); i2c_write(0x11); // DC1 0x11 i2c_write(0x06 + strlen(Text)); // len 0x06+Text i2c_write(0x1b); // ESC 0x1b i2c_write('Z'); // Z i2c_write('L'); // L i2c_write(x1); i2c_write(y1); for (i=0; i<=strlen(Text); i++) i2c_write(Text[i]); i2c_write(bcc); i2c_start(slave_adresse_2); e = i2c_readAck(); i2c_stop(); _delay_us(10); } /////////////////////////////////////////////////////////// void Graphik_Text_ausgabe_R(int8_t x1, int8_t y1, char * Text) { int bcc,i; bcc = 0x11 + 0x06 + 0x1b + 'Z' + 'R' + x1 + y1 + strlen(Text); for (i=0; i<=strlen(Text); i++) bcc += Text[i]; i2c_start(slave_adresse_1); i2c_write(0x11); i2c_write(0x06 + strlen(Text)); i2c_write(0x1b); i2c_write('Z'); // Z i2c_write('R'); // R i2c_write(x1); i2c_write(y1); for (i=0; i<=strlen(Text); i++) i2c_write(Text[i]); i2c_write(bcc); i2c_start(slave_adresse_2); e = i2c_readAck(); i2c_stop(); _delay_us(10); } /////////////////////////////////////////////////////////// void Graphik_Text_ausgabe_Z(int8_t x1, int8_t y1, char * Text) { int bcc,i; bcc = 0x11 + 0x06 + 0x1b + 'Z' + 'C' + x1 + y1 + strlen(Text); for (i=0; i<=strlen(Text); i++) bcc += Text[i]; i2c_start(slave_adresse_1); i2c_write(0x11); i2c_write(0x06 + strlen(Text)); i2c_write(0x1b); i2c_write('Z'); // Z i2c_write('C'); // C i2c_write(x1); i2c_write(y1); for (i=0; i<=strlen(Text); i++) i2c_write(Text[i]); i2c_write(bcc); i2c_start(slave_adresse_2); e = i2c_readAck(); i2c_stop(); _delay_us(10); } /////////////////////////////////////////////////////////// void Graphik_Menue_zeichnen(int8_t x1, int8_t y1, int8_t a1, char * Text) { int bcc,i; bcc = 0x11 + 0x07 + 0x1b + 'N' + 'D' + x1 + y1 +a1 + strlen(Text); for (i=0; i<=strlen(Text); i++) bcc += Text[i]; i2c_start(slave_adresse_1); i2c_write(0x11); i2c_write(0x07 + strlen(Text)); i2c_write(0x1b); i2c_write('N'); // N i2c_write('D'); // D i2c_write(x1); i2c_write(y1); i2c_write(a1); for (i=0; i<=strlen(Text); i++) i2c_write(Text[i]); i2c_write(bcc); i2c_start(slave_adresse_2); e = i2c_readAck(); i2c_stop(); _delay_us(10); } ///////////////////////////////////////////////// void Graphik_Menue_weiter(void) { int bcc; bcc = 0x11 + 0x03 + 0x1b + 'N' + 'N' ; i2c_start(slave_adresse_1); i2c_write(0x11); // DC1 0x11 i2c_write(0x03); // len 0x03 i2c_write(0x1b); // ESC 0x1b i2c_write('N'); // N i2c_write('N'); // N i2c_write(bcc); i2c_start(slave_adresse_2); e = i2c_readAck(); i2c_stop(); _delay_us(10); } ///////////////////////////////////////////////// void Graphik_Menue_zurueck(void) { int bcc; bcc = 0x11 + 0x03 + 0x1b + 'N' + 'P' ; i2c_start(slave_adresse_1); i2c_write(0x11); // DC1 0x11 i2c_write(0x03); // len 0x03 i2c_write(0x1b); // ESC 0x1b i2c_write('N'); // N i2c_write('P'); // P i2c_write(bcc); i2c_start(slave_adresse_2); e = i2c_readAck(); i2c_stop(); _delay_us(10); } ////////////////////////////////////////////////////// void Graphik_Menue_Font(int8_t f) { int bcc; bcc = 0x11 + 0x04 + 0x1b + 'N' + 'F' + f; i2c_start(slave_adresse_1); i2c_write(0x11); // DC1 0x11 i2c_write(0x04); // len 0x04 i2c_write(0x1b); // ESC 0x1b i2c_write('N'); // N i2c_write('F'); // F i2c_write(f); i2c_write(bcc); i2c_start(slave_adresse_2); e = i2c_readAck(); i2c_stop(); _delay_us(10); } /////////////////////////////////////////////////