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/* mija 2008 |
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/* mija 2008 |
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demo for LCD NOKIA5110 and MCP9800 and GPS modul |
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demo for LCD NOKIA5110 and MCP9800 and GPS modul |
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CPU ATMEGA644P |
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CPU ATMEGA644P |
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fcpu = 1MHz |
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fcpu = 1MHz |
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|
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!! define PIN,PORT,DDR for IOpin !! |
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!! define PIN,PORT,DDR for IOpin !! |
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*/ |
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*/ |
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#include <stdint.h> |
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#include <stdint.h> |
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#define MAX_RX_BUF 150 |
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#define MAX_RX_BUF 150 |
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#define MAX_NMEA_LOAD 100 |
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#define MAX_NMEA_LOAD 100 |
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// PIN TL1 |
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// PIN TL1 |
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#define TL1 PB4 // input |
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#define TL1 PB4 // input |
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#define TL1_DDR DDRB |
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#define TL1_DDR DDRB |
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#define TL1_PORT PORTB |
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#define TL1_PORT PORTB |
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#define TL1_PIN PINB |
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#define TL1_PIN PINB |
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|
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|
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// PIN TL2 |
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// PIN TL2 |
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#define TL2 PB2 // input //int2 |
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#define TL2 PB2 // input //int2 |
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#define TL2_DDR DDRB |
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#define TL2_DDR DDRB |
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#define TL2_PORT PORTB |
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#define TL2_PORT PORTB |
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#define TL2_PIN PINB |
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#define TL2_PIN PINB |
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|
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// PIN TL3 |
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// PIN TL3 |
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#define TL3 PB3 // input |
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#define TL3 PB3 // input |
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#define TL3_DDR DDRB |
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#define TL3_DDR DDRB |
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#define TL3_PORT PORTB |
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#define TL3_PORT PORTB |
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#define TL3_PIN PINB |
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#define TL3_PIN PINB |
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|
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|
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// PIN GPS |
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// PIN GPS |
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#define GPS PD4 |
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#define GPS PD4 |
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#define GPS_DDR DDRD |
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#define GPS_DDR DDRD |
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#define GPS_PORT PORTD |
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#define GPS_PORT PORTD |
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|
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// UART SW |
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// UART SW |
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#define USB PD5 // input |
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#define USB PD5 // input |
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#define USB_DDR DDRD |
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#define USB_DDR DDRD |
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#define USB_PORT PORTD |
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#define USB_PORT PORTD |
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#define USB_PIN PIND |
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#define USB_PIN PIND |
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|
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// i2C SW |
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// i2C SW |
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#define SDA PC1 |
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#define SDA PC1 |
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#define SDA_PORT PORTC |
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#define SDA_PORT PORTC |
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#define SDA_DDR DDRC |
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#define SDA_DDR DDRC |
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#define SDA_PIN PINC |
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#define SDA_PIN PINC |
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|
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#define SCL PC0 |
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#define SCL PC0 |
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#define SCL_PORT PORTC |
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#define SCL_PORT PORTC |
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#define SCL_DDR DDRC |
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#define SCL_DDR DDRC |
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|
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|
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// LED |
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// LED |
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#define LED PD7 |
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#define LED PD7 |
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#define LED_PORT PORTD |
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#define LED_PORT PORTD |
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#define LED_DDR DDRD |
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#define LED_DDR DDRD |
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|
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// Vref |
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// Vref |
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#define REF PA0 |
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#define REF PA0 |
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#define REF_PORT PORTA |
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#define REF_PORT PORTA |
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#define REF_DDR DDRA |
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#define REF_DDR DDRA |
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|
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// interni |
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// interni |
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#define TL1_INIT TL1_DDR &= ~(_BV(TL1)) |
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#define TL1_INIT TL1_DDR &= ~(_BV(TL1)) |
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#define TL1_INPUT (TL1_PIN & _BV(TL1)) |
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#define TL1_INPUT (TL1_PIN & _BV(TL1)) |
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#define TL1_PULLUP TL1_PORT |= _BV(TL1) |
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#define TL1_PULLUP TL1_PORT |= _BV(TL1) |
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#define TL2_INIT TL2_DDR &= ~(_BV(TL2)) |
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#define TL2_INIT TL2_DDR &= ~(_BV(TL2)) |
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#define TL2_INPUT (TL2_PIN & _BV(TL2)) |
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#define TL2_INPUT (TL2_PIN & _BV(TL2)) |
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#define TL2_PULLUP TL2_PORT |= _BV(TL2) |
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#define TL2_PULLUP TL2_PORT |= _BV(TL2) |
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|
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#define TL3_INIT TL3_DDR &= ~(_BV(TL3)) |
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#define TL3_INIT TL3_DDR &= ~(_BV(TL3)) |
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#define TL3_INPUT (TL3_PIN & _BV(TL3)) |
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#define TL3_INPUT (TL3_PIN & _BV(TL3)) |
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#define TL3_PULLUP TL3_PORT |= _BV(TL3) |
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#define TL3_PULLUP TL3_PORT |= _BV(TL3) |
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|
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#define GPS_OFF GPS_PORT |= _BV(GPS) |
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#define GPS_OFF GPS_PORT |= _BV(GPS) |
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#define GPS_ON GPS_PORT &= (~(_BV(GPS))) |
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#define GPS_ON GPS_PORT &= (~(_BV(GPS))) |
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#define GPS_INIT GPS_DDR |= _BV(GPS) |
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#define GPS_INIT GPS_DDR |= _BV(GPS) |
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#define GPS_INPUT (!(GPS_PORT & _BV(GPS))) |
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#define GPS_INPUT (!(GPS_PORT & _BV(GPS))) |
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#define USB_INIT USB_DDR &= ~(_BV(USB)) |
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#define USB_INIT USB_DDR &= ~(_BV(USB)) |
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#define USB_INPUT (USB_PIN & _BV(USB)) |
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#define USB_INPUT (USB_PIN & _BV(USB)) |
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#define USB_PULLUP USB_PORT |= _BV(USB) |
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#define USB_PULLUP USB_PORT |= _BV(USB) |
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#define SCL_INIT SCL_DDR |= _BV(SCL) |
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#define SCL_INIT SCL_DDR |= _BV(SCL) |
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#define SCL_L SCL_PORT &= ~(_BV(SCL)) |
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#define SCL_L SCL_PORT &= ~(_BV(SCL)) |
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#define SCL_H SCL_PORT |= _BV(SCL) |
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#define SCL_H SCL_PORT |= _BV(SCL) |
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#define SDA_OUT SDA_DDR |= _BV(SDA) |
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#define SDA_OUT SDA_DDR |= _BV(SDA) |
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#define SDA_L SDA_PORT &= ~(_BV(SDA)) |
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#define SDA_L SDA_PORT &= ~(_BV(SDA)) |
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#define SDA_H SDA_PORT |= _BV(SDA) |
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#define SDA_H SDA_PORT |= _BV(SDA) |
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#define SDA_IN SDA_DDR &= ~(_BV(SDA)) |
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#define SDA_IN SDA_DDR &= ~(_BV(SDA)) |
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#define SDA_INPUT (SDA_PIN & _BV(SDA)) |
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#define SDA_INPUT (SDA_PIN & _BV(SDA)) |
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#define SDA_FLOAT SDA_IN;SDA_L |
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#define SDA_FLOAT SDA_IN;SDA_L |
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#define LED_ON LED_PORT |= _BV(LED) |
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#define LED_ON LED_PORT |= _BV(LED) |
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#define LED_OFF LED_PORT &= (~(_BV(LED))) |
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#define LED_OFF LED_PORT &= (~(_BV(LED))) |
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#define LED_INIT LED_DDR |= _BV(LED) |
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#define LED_INIT LED_DDR |= _BV(LED) |
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#define LED_INPUT (LED_PORT & _BV(LED)) |
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#define LED_INPUT (LED_PORT & _BV(LED)) |
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#define REF_ON REF_PORT |= _BV(REF) |
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#define REF_ON REF_PORT |= _BV(REF) |
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#define REF_OFF REF_PORT &= (~(_BV(REF))) |
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#define REF_OFF REF_PORT &= (~(_BV(REF))) |
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#define REF_INIT REF_DDR |= _BV(REF) |
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#define REF_INIT REF_DDR |= _BV(REF) |
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#define ADC_ON ADCSRA |= _BV(ADEN) |
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#define ADC_ON ADCSRA |= _BV(ADEN) |
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#define ADC_OFF ADCSRA &= ~(_BV(ADEN)) |
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#define ADC_OFF ADCSRA &= ~(_BV(ADEN)) |
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#define USART_PC_ON UCSR1B = _BV(RXCIE1) | _BV(RXEN1) | _BV(TXEN1) |
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#define USART_PC_OFF UCSR1B = 0 |
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#define KEY1 0 |
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#define KEY1 0 |
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#define KEY2 1 |
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#define KEY2 1 |
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#define KEY3 2 |
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#define KEY3 2 |
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#define KEY1_LONG 1 |
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#define KEY1_LONG 1 |
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#define KEY2_LONG 2 |
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#define KEY2_LONG 2 |
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#define KEY3_LONG 3 |
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#define KEY3_LONG 3 |
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#define KEY1_SHORT 4 |
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#define KEY1_SHORT 4 |
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#define KEY2_SHORT 5 |
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#define KEY2_SHORT 5 |
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#define KEY3_SHORT 6 |
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#define KEY3_SHORT 6 |
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#define ID_OFF 100 |
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#define ID_OFF 100 |
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#define ID_START 101 |
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#define ID_START 101 |
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#define ID_SETUP 102 |
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#define ID_SETUP 102 |
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#ifndef TYPEDEF_OK |
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#ifndef TYPEDEF_OK |
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//typedef struct{uint8_t a; uint8_t b}GPS_SEND; |
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//typedef struct{uint8_t a; uint8_t b}GPS_SEND; |
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typedef struct |
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typedef struct |
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{ |
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{ |
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uint8_t sec; |
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uint8_t sec; |
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uint8_t min; |
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uint8_t min; |
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uint8_t hour; |
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uint8_t hour; |
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}TIME_T; |
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}TIME_T; |
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typedef struct |
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typedef struct |
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{ |
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{ |
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uint8_t day; |
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uint8_t day; |
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uint8_t mon; |
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uint8_t mon; |
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uint8_t year; |
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uint8_t year; |
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}DATE_T; |
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}DATE_T; |
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typedef struct |
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typedef struct |
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{ |
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{ |
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double lat; |
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double lat; |
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double lon; |
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double lon; |
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double alt; |
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double alt; |
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double speed; |
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double speed; |
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double course; |
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double course; |
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int16_t temperature; |
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int16_t temperature; |
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TIME_T time; |
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TIME_T time; |
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DATE_T date; |
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DATE_T date; |
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}POINT_T; |
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}POINT_T; |
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typedef struct |
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typedef struct |
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{ |
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{ |
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uint8_t id; |
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uint8_t id; |
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uint8_t elevation; |
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uint8_t elevation; |
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uint16_t azimut; |
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uint16_t azimut; |
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uint8_t SNR; |
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uint8_t SNR; |
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}SATELITE_DETAIL; |
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}SATELITE_DETAIL; |
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typedef struct |
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typedef struct |
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{ |
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{ |
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//GGA |
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//GGA |
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uint8_t fix_position; |
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uint8_t fix_position; |
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uint8_t satelites_used; |
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uint8_t satelites_used; |
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double altitude; |
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double altitude; |
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double geoid; |
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double geoid; |
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uint16_t age_diff_corr; |
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uint16_t age_diff_corr; |
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uint16_t diff_id; |
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uint16_t diff_id; |
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//GSA |
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//GSA |
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char mode1; |
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char mode1; |
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char mode2; |
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char mode2; |
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uint8_t satelite_id[12]; |
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uint8_t satelite_id[12]; |
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double PDOP; |
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double PDOP; |
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double HDOP; |
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double HDOP; |
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double VDOP; |
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double VDOP; |
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//GSV |
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//GSV |
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uint8_t gsv_num_msg; |
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uint8_t gsv_num_msg; |
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uint8_t gsv_msg; |
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uint8_t gsv_msg; |
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uint8_t gsv_satelites_view; |
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uint8_t gsv_satelites_view; |
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SATELITE_DETAIL satelit_detail[12]; |
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SATELITE_DETAIL satelit_detail[12]; |
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//RMC |
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//RMC |
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uint8_t second; |
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uint8_t second; |
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uint8_t minute; |
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uint8_t minute; |
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uint8_t hour; |
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uint8_t hour; |
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uint8_t day; |
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uint8_t day; |
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uint8_t month; |
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uint8_t month; |
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uint8_t year; |
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uint8_t year; |
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double latitude; |
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double latitude; |
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double longitude; |
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double longitude; |
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char ns_indicator; |
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char ns_indicator; |
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char we_indicator; |
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char we_indicator; |
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char status; |
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char status; |
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//VTG |
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//VTG |
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double course; |
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double course; |
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double speed; |
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double speed; |
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}DATA_GPS; |
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}DATA_GPS; |
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#endif |
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#endif |
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#define TYPEDEF_OK |
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#define TYPEDEF_OK |