//************************************************************************************ //** //** File name: G:\30F6012A\master\master.c //** Generated by: Flowcode v4.4.13.69 //** Date: Friday, June 10, 2011 12:40:47 //** Licence: Professional //** Registered to: wolfgang sachs //** //** //** http://www.matrixmultimedia.com //************************************************************************************ #define MX_PIC_16BIT //Defines for microcontroller #define P30F6012A #define MX_CLKS_PER_INST 4 #define MX_EE #define MX_EE_SIZE 4096 #define MX_SPI1 #define MX_SPI1_PORT_F #define MX_SPI1_SDI 2 #define MX_SPI1_SDO 3 #define MX_SPI1_SCK 6 #define MX_SPI2 #define MX_SPI2_PORT_G #define MX_SPI2_SDI 7 #define MX_SPI2_SDO 8 #define MX_SPI2_SCK 6 #define MX_UART1 #define MX_UART1_PORT_F #define MX_UART2 #define MX_UART2_PORT_F #define MX_MI2C1 #define MX_I2C1_PORT_G #define MX_I2C1_SDA 3 #define MX_I2C1_SCL 2 #define MX_PWM #define MX_PWM_PORT_D #define MX_PWM_CNT 4 #define MX_PWM_1 0 #define MX_PWM_2 1 #define MX_PWM_3 2 #define MX_PWM_4 3 #define MX_PWM_5 4 #define MX_PWM_6 5 #define MX_PWM_7 6 #define MX_PWM_8 7 #define MX_ECAN //Functions #define MX_Fosc 117920000 #include "../support/dsPIC30F/h/p30fxxxx.h" #include #include #define _RESERVED1(x) int temp1 = (x); #define _RESERVED2(x) int temp2 = (x); #define _ICD(x) _FICD(x); //Configuration data _FOSC(0x8703) //addr = 0xf80000 _FWDT(0x3f) //addr = 0xf80002 _FBORPOR(0x8733) //addr = 0xf80004 _RESERVED1(0x310f) //addr = 0xf80006 _RESERVED2(0x330f) //addr = 0xf80008 _FGS(0x7) //addr = 0xf8000a _ICD(0xc003) //addr = 0xf8000c //Internal functions #include "C:\Program Files\Matrix Multimedia\Flowcode PIC24&dsPIC V4\FCD\internals.h" //Macro function declarations void FCM_out_off(); void FCM_int1_digitime(); void FCM_out_on(); void FCM_i2c_Q_out(char FCL_Q_PORT1BIS8); void FCM_digitime01_start(); void FCM_digitime01_abgelaufen(); void FCM_i2c_clock(); void FCM_i2c_stopp(); void FCM_i2c_ack_von_slave(); void FCM_i2_start(); void FCM_i2c_Qx_out_port1bis8(); void FCM_anz_curpos(char FCL_ZEILE_1BIS2, char FCL_SPALTE_1BIS16, char FCL_CUR_AN_AUS_NC); void FCM_anz_start(); void FCM_anz_wr(); void FCM_digitime(char FCL_NR_1BIS32); void FCM_digitime02_abgelaufen(); void FCM_digitime02_start(); void FCM_digitime_macros_definieren(); void FCM_digitime03_start(); void FCM_digitime03_abgelaufen(); void FCM_digitime_xx_abgl_bearbeiten(char FCL_NR); void FCM_digitime_xx_start_bearbeiten(char FCL_NR); void FCM_test_durchlaufzeit(); void FCM_led_out(); void FCM_ras_tas_lesen(); void FCM_led_reset(); void FCM_i2c_Ix_in_port1bis8(); void FCM_i2c_I1bisI64_lesen(char FCL_I_PORT1BIS8); void FCM_i2c_eeprom_wr(char FCL_BLOCK_0BIS1, char FCL_AD_HOB, char FCL_AD_LOB, char FCL_DATEN); void FCM_i2c_eeprom_rd(char FCL_BLOCK_0BIS1, char FCL_AD_HOB, char FCL_AD_LOB); void FCM_no_ac_eeprom(); void FCM_i2c_eeprom_start(); void FCM_i2c_clock_eeprom(); void FCM_i2c_ack_von_slave_eeprom(); void FCM_i2c_stopp_eeprom(); void FCM_i2c_eeprom_write_byte(char FCL_DATEN); void FCM_i2c_write_byte(char FCL_DATEN); void FCM_anz_nummer(short FCL_ZAHL_0BIS32767, char FCL_STELLEN, char FCL_ZEILE_1BIS2, char FCL_SPALTE_1BIS16); void FCM_anz_text(char* PFCL_TEXT, char FCL_STELLEN, char FCL_ZEILE_1BIS2, char FCL_SPALTE_1BIS16); void FCM_netz_aus(); void FCM_adc_1bis5_to_variable(); void FCM_alles_nullen(); void FCM_settime_set(); void FCM_digitime04_abgelaufen(); void FCM_digitime05_abgelaufen(); void FCM_digitime06_abgelaufen(); void FCM_digitime07_abgelaufen(); void FCM_digitime08_abgelaufen(); void FCM_digitime09_abgelaufen(); void FCM_digitime10_abgelaufen(); void FCM_digitime11_abgelaufen(); void FCM_digitime12_abgelaufen(); void FCM_digitime13_abgelaufen(); void FCM_digitime14_abgelaufen(); void FCM_digitime15_abgelaufen(); void FCM_digitime16_abgelaufen(); void FCM_digitime17_abgelaufen(); void FCM_digitime18_abgelaufen(); void FCM_digitime19_abgelaufen(); void FCM_digitime20_abgelaufen(); void FCM_digitime21_abgelaufen(); void FCM_digitime22_abgelaufen(); void FCM_digitime23_abgelaufen(); void FCM_digitime24_abgelaufen(); void FCM_digitime25_abgelaufen(); void FCM_digitime26_abgelaufen(); void FCM_digitime27_abgelaufen(); void FCM_digitime28_abgelaufen(); void FCM_digitime29_abgelaufen(); void FCM_digitime30_abgelaufen(); void FCM_digitime31_abgelaufen(); void FCM_digitime32_abgelaufen(); void FCM_digitime33_abgelaufen(); void FCM_digitime04_start(); void FCM_digitime05_start(); void FCM_digitime06_start(); void FCM_digitime07_start(); void FCM_digitime08_start(); void FCM_digitime09_start(); void FCM_digitime10_start(); void FCM_digitime11_start(); void FCM_digitime12_start(); void FCM_digitime13_start(); void FCM_digitime14_start(); void FCM_digitime15_start(); void FCM_digitime16_start(); void FCM_digitime17_start(); void FCM_digitime18_start(); void FCM_digitime19_start(); void FCM_digitime20_start(); void FCM_digitime21_start(); void FCM_digitime22_start(); void FCM_digitime23_start(); void FCM_digitime24_start(); void FCM_digitime25_start(); void FCM_digitime26_start(); void FCM_digitime27_start(); void FCM_digitime28_start(); void FCM_digitime29_start(); void FCM_digitime30_start(); void FCM_digitime31_start(); void FCM_digitime32_start(); void FCM_digitime33_start(); void FCM_RS232(); void FCM_Ra_set(); //Variable declarations #define FCSZ_SPACE5 5 #define FCSZ_ANZ_TEXT_UPDATE_Z0S1 16 #define FCSZ_ANZ_TEXT_UPDATE_Z1S0 16 #define FCSZ_SPACE6 6 #define FCSZ_ANZ_TEXT_UPDATE_Z0S2 16 #define FCSZ_ANZ_TEXT_UPDATE_Z1S1 16 #define FCSZ_ANZ_TEXT_UPDATE_Z1S10 16 #define FCSZ_SPACE7 7 #define FCSZ_ANZ_TEXT_UPDATE_Z0S3 16 #define FCSZ_ANZ_TEXT_UPDATE_Z0S10 16 #define FCSZ_ANZ_TEXT_UPDATE_Z1S2 16 #define FCSZ_ANZ_TEXT_UPDATE_Z1S11 16 #define FCSZ_SPACE8 8 #define FCSZ_ANZ_TEXT_UPDATE_Z0S4 16 #define FCSZ_ANZ_TEXT_UPDATE_Z0S11 16 #define FCSZ_ANZ_TEXT_UPDATE_Z1S3 16 #define FCSZ_ANZ_TEXT_UPDATE_Z1S12 16 #define FCSZ_SPACE9 9 #define FCSZ_ANZ_TEXT_UPDATE_Z0S5 16 #define FCSZ_ANZ_TEXT_UPDATE_Z0S12 16 #define FCSZ_ANZ_TEXT_UPDATE_Z1S4 16 #define FCSZ_ANZ_TEXT_UPDATE_Z1S13 16 #define FCSZ_ANZ_TEXT_UPDATE_Z0S6 16 #define FCSZ_ANZ_TEXT_UPDATE_Z0S13 16 #define FCSZ_ANZ_TEXT_UPDATE_Z1S5 16 #define FCSZ_ANZ_TEXT_UPDATE_Z1S14 16 #define FCSZ_ANZ_TEXT_UPDATE_Z0S7 16 #define FCSZ_ANZ_TEXT_UPDATE_Z0S14 16 #define FCSZ_ANZ_TEXT_UPDATE_Z1S6 16 #define FCSZ_ANZ_TEXT_UPDATE_Z1S15 16 #define FCSZ_ANZ_TEXT_UPDATE_Z0S8 16 #define FCSZ_ANZ_TEXT_UPDATE_Z0S15 16 #define FCSZ_ANZ_TEXT_UPDATE_Z1S7 16 #define FCSZ_ANZ_TEXT_UPDATE_Z0S9 16 #define FCSZ_ANZ_TEXT_UPDATE_Z1S8 16 #define FCSZ_ANZ_TEXT_UPDATE_Z1S9 16 #define FCSZ_SPACE10 10 #define FCSZ_SPACE11 11 #define FCSZ_SPACE12 12 #define FCSZ_SPACE13 13 #define FCSZ_SPACE1 1 #define FCSZ_SPACE14 14 #define FCSZ_SPACE2 2 #define FCSZ_SPACE15 15 #define FCSZ_SPACE3 3 #define FCSZ_SPACE16 16 #define FCSZ_SPACE4 4 #define FCSZ_ANZ_TEXT_UPDATE_Z0S0 16 volatile char FCV_RA[9]; volatile char FCV_EEPROM; volatile char FCV_EXTERN; volatile short FCV_ANZ_NUMMER_UPDATE_Z0[16]; volatile char FCV_SPACE5[FCSZ_SPACE5]; volatile char FCV_ENA0BIS15_08; volatile char FCV_I2C_DELAY; volatile char FCV_I2C_IXX_1BIS8; volatile char FCV_ENA0_AUS; volatile char FCV_ANZ_TEXT_UPDATE_Z0S1[FCSZ_ANZ_TEXT_UPDATE_Z0S1]; volatile char FCV_ANZ_TEXT_UPDATE_Z1S0[FCSZ_ANZ_TEXT_UPDATE_Z1S0]; volatile char FCV_POTI3_INTEGER; volatile short FCV_EE_INT_ENDE; volatile short FCV_ANZ_NUMMER_UPDATE_Z1[16]; volatile char FCV_SPACE6[FCSZ_SPACE6]; volatile char FCV_ENA0BIS15_09; volatile char FCV_ENA7_TEST; volatile char FCV_ANZ_TEXT_UPDATE_Z0S2[FCSZ_ANZ_TEXT_UPDATE_Z0S2]; volatile char FCV_ANZ_TEXT_UPDATE_Z1S1[FCSZ_ANZ_TEXT_UPDATE_Z1S1]; volatile char FCV_ANZ_TEXT_UPDATE_Z1S10[FCSZ_ANZ_TEXT_UPDATE_Z1S10]; volatile short FCV_DIGITIME_SETTIME[33]; volatile char FCV_ADC_BYTE[6]; volatile char FCV_SPACE7[FCSZ_SPACE7]; volatile char FCV_LED_1BIS8; volatile char FCV_ANZ_TEXT_UPDATE_Z0S3[FCSZ_ANZ_TEXT_UPDATE_Z0S3]; volatile char FCV_ANZ_TEXT_UPDATE_Z0S10[FCSZ_ANZ_TEXT_UPDATE_Z0S10]; volatile char FCV_ANZ_TEXT_UPDATE_Z1S2[FCSZ_ANZ_TEXT_UPDATE_Z1S2]; volatile char FCV_ANZ_TEXT_UPDATE_Z1S11[FCSZ_ANZ_TEXT_UPDATE_Z1S11]; volatile char FCV_SETTIME; volatile char FCV_INTERN; volatile char FCV_SPACE8[FCSZ_SPACE8]; volatile char FCV_NBET; volatile char FCV_ZAEHLT; volatile char FCV_ANZ_TEXT_UPDATE_Z0S4[FCSZ_ANZ_TEXT_UPDATE_Z0S4]; volatile char FCV_ANZ_TEXT_UPDATE_Z0S11[FCSZ_ANZ_TEXT_UPDATE_Z0S11]; volatile char FCV_ANZ_TEXT_UPDATE_Z1S3[FCSZ_ANZ_TEXT_UPDATE_Z1S3]; volatile char FCV_ANZ_TEXT_UPDATE_Z1S12[FCSZ_ANZ_TEXT_UPDATE_Z1S12]; volatile short FCV_RS232_RX_WERT; volatile char FCV_SPACE9[FCSZ_SPACE9]; volatile char FCV_ANZ_TEXT_UPDATE_Z0S5[FCSZ_ANZ_TEXT_UPDATE_Z0S5]; volatile char FCV_ANZ_TEXT_UPDATE_Z0S12[FCSZ_ANZ_TEXT_UPDATE_Z0S12]; volatile char FCV_ANZ_TEXT_UPDATE_Z1S4[FCSZ_ANZ_TEXT_UPDATE_Z1S4]; volatile char FCV_ANZ_TEXT_UPDATE_Z1S13[FCSZ_ANZ_TEXT_UPDATE_Z1S13]; volatile char FCV_POTI2_INTEGER; volatile char FCV_I[33]; volatile short FCV_DUMMI; volatile char FCV_ANZ_TEXT_UPDATE_Z0S6[FCSZ_ANZ_TEXT_UPDATE_Z0S6]; volatile char FCV_ANZ_TEXT_UPDATE_Z0S13[FCSZ_ANZ_TEXT_UPDATE_Z0S13]; volatile char FCV_ANZ_TEXT_UPDATE_Z1S5[FCSZ_ANZ_TEXT_UPDATE_Z1S5]; volatile char FCV_ANZ_TEXT_UPDATE_Z1S14[FCSZ_ANZ_TEXT_UPDATE_Z1S14]; volatile char FCV_POTI5_BYTE; volatile char FCV_NC; volatile char FCV_I2C_QXX_1BIS8; volatile short FCV_EEPROM_DATEN; volatile char FCV_ANZ_TEXT_UPDATE_Z0S7[FCSZ_ANZ_TEXT_UPDATE_Z0S7]; volatile char FCV_ANZ_TEXT_UPDATE_Z0S14[FCSZ_ANZ_TEXT_UPDATE_Z0S14]; volatile char FCV_ANZ_TEXT_UPDATE_Z1S6[FCSZ_ANZ_TEXT_UPDATE_Z1S6]; volatile char FCV_ANZ_TEXT_UPDATE_Z1S15[FCSZ_ANZ_TEXT_UPDATE_Z1S15]; volatile char FCV_RS232_SEND; volatile char FCV_POTI4_BYTE; volatile short FCV_DIGITIME_ORGTIME[33]; volatile char FCV_LED[9]; volatile char FCV_DIGTIME_STATUS_FLAG[33]; volatile char FCV_ENA2_TAS; volatile char FCV_ANZ_TEXT_UPDATE_Z0S8[FCSZ_ANZ_TEXT_UPDATE_Z0S8]; volatile char FCV_ANZ_TEXT_UPDATE_Z0S15[FCSZ_ANZ_TEXT_UPDATE_Z0S15]; volatile char FCV_ANZ_TEXT_UPDATE_Z1S7[FCSZ_ANZ_TEXT_UPDATE_Z1S7]; volatile short FCV_ADC_INTEGER[6]; volatile char FCV_POTI1_INTEGER; volatile char FCV_POTI3_BYTE; volatile char FCV_ENA0BIS15_10; volatile char FCV_INT_IST_FLAG[33]; volatile char FCV_ANZ_TEXT_UPDATE_Z0S9[FCSZ_ANZ_TEXT_UPDATE_Z0S9]; volatile char FCV_ANZ_TEXT_UPDATE_Z1S8[FCSZ_ANZ_TEXT_UPDATE_Z1S8]; volatile char FCV_POTI2_BYTE; volatile short FCV_DIGITIME_ARBTIME[33]; volatile char FCV_ENA0BIS15_11; volatile char FCV_ANZ_TEXT_UPDATE_Z1S9[FCSZ_ANZ_TEXT_UPDATE_Z1S9]; volatile char FCV_RASTAS_WAR[9]; volatile char FCV_POTI1_BYTE; volatile char FCV_SPACE10[FCSZ_SPACE10]; volatile char FCV_ENA0BIS15_12; volatile char FCV_I2C_RW; volatile char FCV_DIGITIME_DIV_FAK[33]; volatile char FCV_POTI5_INTEGER; volatile char FCV_SPACE11[FCSZ_SPACE11]; volatile char FCV_TAS_1BIS8; volatile char FCV_ENA0BIS15_13; volatile char FCV_DIGITIME_CONF[33]; volatile char FCV_SPACE12[FCSZ_SPACE12]; volatile char FCV_ENA0BIS15_14; volatile char FCV_AUS; volatile short FCV_EE_INT_START; volatile char FCV_SPACE13[FCSZ_SPACE13]; volatile char FCV_SPACE1[FCSZ_SPACE1]; volatile char FCV_ENA0BIS15_15; volatile char FCV_ENA0BIS15_04; volatile char FCV_AN; volatile char FCV_BET; volatile char FCV_Q[33]; volatile char FCV_IX_PORT_1BIS8; volatile char FCV_RASTAS_IST[9]; volatile char FCV_SPACE14[FCSZ_SPACE14]; volatile char FCV_SPACE2[FCSZ_SPACE2]; volatile char FCV_ENA0BIS15_05; volatile char FCV_ABGELAUFEN; volatile char FCV_TA[9]; volatile char FCV_POTI4_INTEGER; volatile char FCV_SPACE15[FCSZ_SPACE15]; volatile char FCV_SPACE3[FCSZ_SPACE3]; volatile char FCV_ENA0BIS15_06; volatile char FCV_START; volatile char FCV_ENA1_ANZ; volatile char FCV_ENA3_LED; volatile char FCV_SPACE16[FCSZ_SPACE16]; volatile char FCV_SPACE4[FCSZ_SPACE4]; volatile char FCV_ENA0BIS15_07; volatile char FCV_ANZ_TEXT_UPDATE_Z0S0[FCSZ_ANZ_TEXT_UPDATE_Z0S0]; //Defines: /**** Macro Substitutions **** LATB = D1 Port TRISB = D1 Data Direction LATB = D2 Port TRISB = D2 Data Direction LATB = D3 Port TRISB = D3 Data Direction LATB = D4 Port TRISB = D4 Data Direction LATB = RS Port TRISB = RS Data Direction LATB = E Port TRISB = E Data Direction 8 = Data 1_Pin 9 = Data 2 Pin 10 = Data 3 Pin 11 = Data 4 Pin 12 = RS Pin 13 = Enable Pin LCD_2164998 = Unique Component Reference Number 2 = Row Count 16 = Column Count ******************************/ //component connections #define LCD_2164998_PORT0 LATB #define LCD_2164998_TRIS0 TRISB #define LCD_2164998_PORT1 LATB #define LCD_2164998_TRIS1 TRISB #define LCD_2164998_PORT2 LATB #define LCD_2164998_TRIS2 TRISB #define LCD_2164998_PORT3 LATB #define LCD_2164998_TRIS3 TRISB #define LCD_2164998_PORT4 LATB #define LCD_2164998_TRIS4 TRISB #define LCD_2164998_PORT5 LATB #define LCD_2164998_TRIS5 TRISB #define LCD_2164998_BIT0 8 #define LCD_2164998_BIT1 9 #define LCD_2164998_BIT2 10 #define LCD_2164998_BIT3 11 #define LCD_2164998_RS 12 #define LCD_2164998_E 13 #define LCD_2164998_ROWCNT 2 #define LCD_2164998_COLCNT 16 #define LCD_2164998_DELAY delay_us(120) //LCDDisplay(0): //Macro function declarations static void FCD_LCDDisplay0_RawSend(char in, char mask); static void FCD_LCDDisplay0_Start(); static void FCD_LCDDisplay0_Clear(); static void FCD_LCDDisplay0_PrintASCII(char Character); static void FCD_LCDDisplay0_Command(char in); static void FCD_LCDDisplay0_Cursor(char x, char y); static void FCD_LCDDisplay0_PrintNumber(short Number); static void FCD_LCDDisplay0_PrintString(char* String, char MSZ_String); static void FCD_LCDDisplay0_ScrollDisplay(char Direction, char Num_Positions); static void FCD_LCDDisplay0_ClearLine(char Line); static void FCD_LCDDisplay0_RAM_Write(char nIdx, char d0, char d1, char d2, char d3, char d4, char d5, char d6, char d7); //Defines: //EEPROM(0): //Macro function declarations static short FCD_EEPROM0_EEPROMRead(short addr); static void FCD_EEPROM0_WriteEEPROM(short addr, short data); //Defines: /**** Macro Substitutions **** B = RTS Port Letter Uppercase b = RTS Port Letter Lowercase B = CTS Port Letter Uppercase b = CTS Port Letter Lowercase 0 = RTS Pin 4 = CTS Pin 2 = UART Selection (0-SW / 1-UART1 / 2-UART2) 0 = Flow Control (0-Off / 1-On) 0 = Debug Enable (0-Off / 1-On) 0 = Echo Enable (0-Off / 1-On) 1 = UART TXSTA Value 768 = UART SPBRG Value RS232_1116170 = Unique ID Void = Bitbanged Receive Port Letter Uppercase Void = Bitbanged Receive Port Letter Lowercase Void = Bitbanged Receive Pin Void = Bitbanged Transmit Pin 104 = Bitbanged BAUD Rate Delay 0 = Timout Selection (0-Legacy / 1-MS Timeout) 0 = Data Size (0-8 bits / 1-9 bits / 2-7 bits & Only available on BitBanged components) 0 = Parity Enable (0-No Parity / 1-Odd Parity / 2-Even Parity) 1 = Legacy Return (0-Legacy mode return 255 / 1-New mode return MSB err flags) Void = Bitbanged Transmit Port Letter Uppercase Void = Bitbanged Transmit Port Letter Lowercase ******************************/ #define RS232_1116170_RTS_PORT PORTB #define RS232_1116170_RTS_TRIS TRISB #define RS232_1116170_CTS_PORT PORTB #define RS232_1116170_CTS_TRIS TRISB #define RS232_1116170_RTS_PIN 0 #define RS232_1116170_CTS_PIN 4 #define RS232_1116170_UART 2 #define RS232_1116170_TOUT 0 #define RS232_1116170_DATASIZE 0 #define RS232_1116170_PARITY 0 #define RS232_1116170_LEGACY_RV 1 #if (0 == 1) #define RS232_1116170_HARDWARE #endif #if (0 == 1) #define RS232_1116170_DEBUG #endif #if (0 == 1) #define RS232_1116170_ECHO #endif #if (RS232_1116170_UART == 0) #define RS232_1116170_RX_PORT PORTVoid #define RS232_1116170_RX_TRIS TRISVoid #define RS232_1116170_SW_RX Void #define RS232_1116170_SW_TX Void #define RS232_1116170_SW_BAUD ( 104 - 5) #define RS232_1116170_TX_PORT PORTVoid #define RS232_1116170_TX_TRIS TRISVoid #else #define RS232_1116170_TXSTA_VAL 1 #define RS232_1116170_SPBRG_VAL ( 768 / MX_CLKS_PER_INST) #define RS232_1116170_SW_BAUD 0 #endif #define RS232_1116170_STATUS_LOOP 0 #define RS232_1116170_STATUS_TIMEOUT 1 #define RS232_1116170_STATUS_RXBYTE 2 //RS232(0): //Macro function declarations static void FCD_RS2320_SendRS232Char(short nChar); static void FCD_RS2320_SendRS232String(char* String, char MSZ_String); static short FCD_RS2320_ReceiveRS232Char(short nTimeout); static void FCD_RS2320_ReceiveRS232String(char* FCR_RETVAL, char FCR_RETVAL_SIZE, char nTimeout, char NumBytes); //Defines: /**** Macro Substitutions **** 1 = Which ADC Channel 40 = Acquisition time 15 = Conversion Speed 0 = VRef+ Option 500 = VRef Voltage x 0.01V ******************************/ //ADC(1): //Macro function declarations static void FCD_ADC1_SampleADC(); static char FCD_ADC1_ReadAsByte(); static short FCD_ADC1_ReadAsInt(); static float FCD_ADC1_ReadAsVoltage(); static void FCD_ADC1_ReadAsString(char* FCR_RETVAL, char FCR_RETVAL_SIZE); //Defines: /**** Macro Substitutions **** 2 = Which ADC Channel 40 = Acquisition time 15 = Conversion Speed 0 = VRef+ Option 500 = VRef Voltage x 0.01V ******************************/ //ADC(2): //Macro function declarations static void FCD_ADC2_SampleADC(); static char FCD_ADC2_ReadAsByte(); static short FCD_ADC2_ReadAsInt(); static float FCD_ADC2_ReadAsVoltage(); static void FCD_ADC2_ReadAsString(char* FCR_RETVAL, char FCR_RETVAL_SIZE); //Defines: /**** Macro Substitutions **** 3 = Which ADC Channel 40 = Acquisition time 15 = Conversion Speed 0 = VRef+ Option 500 = VRef Voltage x 0.01V ******************************/ //ADC(3): //Macro function declarations static void FCD_ADC3_SampleADC(); static char FCD_ADC3_ReadAsByte(); static short FCD_ADC3_ReadAsInt(); static float FCD_ADC3_ReadAsVoltage(); static void FCD_ADC3_ReadAsString(char* FCR_RETVAL, char FCR_RETVAL_SIZE); //Defines: /**** Macro Substitutions **** 4 = Which ADC Channel 40 = Acquisition time 15 = Conversion Speed 0 = VRef+ Option 500 = VRef Voltage x 0.01V ******************************/ //ADC(4): //Macro function declarations static void FCD_ADC4_SampleADC(); static char FCD_ADC4_ReadAsByte(); static short FCD_ADC4_ReadAsInt(); static float FCD_ADC4_ReadAsVoltage(); static void FCD_ADC4_ReadAsString(char* FCR_RETVAL, char FCR_RETVAL_SIZE); //Defines: /**** Macro Substitutions **** 5 = Which ADC Channel 40 = Acquisition time 15 = Conversion Speed 0 = VRef+ Option 500 = VRef Voltage x 0.01V ******************************/ //ADC(5): //Macro function declarations static void FCD_ADC5_SampleADC(); static char FCD_ADC5_ReadAsByte(); static short FCD_ADC5_ReadAsInt(); static float FCD_ADC5_ReadAsVoltage(); static void FCD_ADC5_ReadAsString(char* FCR_RETVAL, char FCR_RETVAL_SIZE); //LCDDisplay(0): //Macro implementations static void FCD_LCDDisplay0_RawSend(char in, char mask) { unsigned char pt; clear_bit(LCD_2164998_PORT0, LCD_2164998_BIT0); clear_bit(LCD_2164998_PORT1, LCD_2164998_BIT1); clear_bit(LCD_2164998_PORT2, LCD_2164998_BIT2); clear_bit(LCD_2164998_PORT3, LCD_2164998_BIT3); clear_bit(LCD_2164998_PORT4, LCD_2164998_RS); clear_bit(LCD_2164998_PORT5, LCD_2164998_E); pt = ((in >> 4) & 0x0f); if (pt & 0x01) set_bit(LCD_2164998_PORT0, LCD_2164998_BIT0); if (pt & 0x02) set_bit(LCD_2164998_PORT1, LCD_2164998_BIT1); if (pt & 0x04) set_bit(LCD_2164998_PORT2, LCD_2164998_BIT2); if (pt & 0x08) set_bit(LCD_2164998_PORT3, LCD_2164998_BIT3); if (mask) set_bit(LCD_2164998_PORT4, LCD_2164998_RS); LCD_2164998_DELAY; set_bit (LCD_2164998_PORT5, LCD_2164998_E); LCD_2164998_DELAY; clear_bit (LCD_2164998_PORT5, LCD_2164998_E); pt = (in & 0x0f); LCD_2164998_DELAY; clear_bit(LCD_2164998_PORT0, LCD_2164998_BIT0); clear_bit(LCD_2164998_PORT1, LCD_2164998_BIT1); clear_bit(LCD_2164998_PORT2, LCD_2164998_BIT2); clear_bit(LCD_2164998_PORT3, LCD_2164998_BIT3); clear_bit(LCD_2164998_PORT4, LCD_2164998_RS); clear_bit(LCD_2164998_PORT5, LCD_2164998_E); if (pt & 0x01) set_bit(LCD_2164998_PORT0, LCD_2164998_BIT0); if (pt & 0x02) set_bit(LCD_2164998_PORT1, LCD_2164998_BIT1); if (pt & 0x04) set_bit(LCD_2164998_PORT2, LCD_2164998_BIT2); if (pt & 0x08) set_bit(LCD_2164998_PORT3, LCD_2164998_BIT3); if (mask) set_bit(LCD_2164998_PORT4, LCD_2164998_RS); LCD_2164998_DELAY; set_bit (LCD_2164998_PORT5, LCD_2164998_E); LCD_2164998_DELAY; clear_bit (LCD_2164998_PORT5, LCD_2164998_E); LCD_2164998_DELAY; } static void FCD_LCDDisplay0_Start() { clear_bit(LCD_2164998_TRIS0, LCD_2164998_BIT0); clear_bit(LCD_2164998_TRIS1, LCD_2164998_BIT1); clear_bit(LCD_2164998_TRIS2, LCD_2164998_BIT2); clear_bit(LCD_2164998_TRIS3, LCD_2164998_BIT3); clear_bit(LCD_2164998_TRIS4, LCD_2164998_RS); clear_bit(LCD_2164998_TRIS5, LCD_2164998_E); //Wdt_Delay_Ms(12); delay_ms(12); FCD_LCDDisplay0_RawSend(0x33, 0); //Wdt_Delay_Ms(2); delay_ms(2); FCD_LCDDisplay0_RawSend(0x33, 0); //Wdt_Delay_Ms(2); delay_ms(2); FCD_LCDDisplay0_RawSend(0x32, 0); //Wdt_Delay_Ms(2); delay_ms(2); FCD_LCDDisplay0_RawSend(0x2c, 0); //Wdt_Delay_Ms(2); delay_ms(2); FCD_LCDDisplay0_RawSend(0x06, 0); //Wdt_Delay_Ms(2); delay_ms(2); FCD_LCDDisplay0_RawSend(0x0c, 0); //Wdt_Delay_Ms(2); delay_ms(2); //clear the display FCD_LCDDisplay0_RawSend(0x01, 0); //Wdt_Delay_Ms(2); delay_ms(2); FCD_LCDDisplay0_RawSend(0x02, 0); //Wdt_Delay_Ms(2); delay_ms(2); } static void FCD_LCDDisplay0_Clear() { FCD_LCDDisplay0_RawSend(0x01, 0); //Wdt_Delay_Ms(2); delay_ms(2); FCD_LCDDisplay0_RawSend(0x02, 0); //Wdt_Delay_Ms(2); delay_ms(2); } static void FCD_LCDDisplay0_PrintASCII(char Character) { FCD_LCDDisplay0_RawSend(Character, 0x10); } static void FCD_LCDDisplay0_Command(char in) { FCD_LCDDisplay0_RawSend(in, 0); //Wdt_Delay_Ms(2); delay_ms(2); } static void FCD_LCDDisplay0_Cursor(char x, char y) { #if (LCD_2164998_ROWCNT == 1) y=0x80; #endif #if (LCD_2164998_ROWCNT == 2) if (y==0) y=0x80; else y=0xc0; #endif #if (LCD_2164998_ROWCNT == 4) if (y==0) y=0x80; else if (y==1) y=0xc0; #if (LCD_2164998_COLCNT == 16) else if (y==2) y=0x90; else y=0xd0; #endif #if (LCD_2164998_COLCNT == 20) else if (y==2) y=0x94; else y=0xd4; #endif #endif FCD_LCDDisplay0_RawSend(y+x, 0); //Wdt_Delay_Ms(2); delay_ms(2); } static void FCD_LCDDisplay0_PrintNumber(short Number) { short tmp_int; char tmp_byte; if (Number < 0) { FCD_LCDDisplay0_RawSend('-', 0x10); Number = 0 - Number; } tmp_int = Number; if (Number >= 10000) { tmp_byte = tmp_int / 10000; FCD_LCDDisplay0_RawSend('0' + tmp_byte, 0x10); while (tmp_byte > 0) { tmp_int = tmp_int - 10000; tmp_byte--; } } if (Number >= 1000) { tmp_byte = tmp_int / 1000; FCD_LCDDisplay0_RawSend('0' + tmp_byte, 0x10); while (tmp_byte > 0) { tmp_int = tmp_int - 1000; tmp_byte--; } } if (Number >= 100) { tmp_byte = tmp_int / 100; FCD_LCDDisplay0_RawSend('0' + tmp_byte, 0x10); while (tmp_byte > 0) { tmp_int = tmp_int - 100; tmp_byte--; } } if (Number >= 10) { tmp_byte = tmp_int / 10; FCD_LCDDisplay0_RawSend('0' + tmp_byte, 0x10); while (tmp_byte > 0) { tmp_int = tmp_int - 10; tmp_byte--; } } FCD_LCDDisplay0_RawSend('0' + tmp_int, 0x10); } static void FCD_LCDDisplay0_PrintString(char* String, char MSZ_String) { char idx = 0; for (idx=0; idx> 1; // Move to next data bit } set_bit( RS232_1116170_TX_PORT, RS232_1116170_SW_TX); // Send Stop bit delay_us( RS232_1116170_SW_BAUD ); #endif #if (RS232_1116170_UART == 1) U1STAbits.UTXEN = 1; while (U1STAbits.UTXBF != 0); #ifdef RS232_1116170_HARDWARE //wait until CTS is low while (( RS232_1116170_CTS_PORT & (1 << RS232_1116170_CTS_PIN) ) != 0); #endif #if(RS232_1116170_DATASIZE == 1) if (test_bit(nChar, 8)) nChar = nChar & 0x01FF; else nChar = nChar & 0xFF; #endif U1TXREG = nChar; #endif #if (RS232_1116170_UART == 2) U2STAbits.UTXEN = 1; while (U2STAbits.UTXBF != 0); #ifdef RS232_1116170_HARDWARE //wait until CTS is low while (( RS232_1116170_CTS_PORT & (1 << RS232_1116170_CTS_PIN) ) != 0); #endif #if(RS232_1116170_DATASIZE == 1) if (test_bit(nChar, 8)) nChar = nChar & 0x01FF; else nChar = nChar & 0xFF; #endif U2TXREG = nChar; #endif #if (RS232_1116170_UART == 3) U3STAbits.UTXEN = 1; while (U3STAbits.UTXBF != 0); #ifdef RS232_1116170_HARDWARE //wait until CTS is low while (( RS232_1116170_CTS_PORT & (1 << RS232_1116170_CTS_PIN) ) != 0); #endif #if(RS232_1116170_DATASIZE == 1) if (test_bit(nChar, 8)) nChar = nChar & 0x01FF; else nChar = nChar & 0xFF; #endif U3TXREG = nChar; #endif #if (RS232_1116170_UART == 4) U4STAbits.UTXEN = 1; while (U4STAbits.UTXBF != 0); #ifdef RS232_1116170_HARDWARE //wait until CTS is low while (( RS232_1116170_CTS_PORT & (1 << RS232_1116170_CTS_PIN) ) != 0); #endif #if(RS232_1116170_DATASIZE == 1) if (test_bit(nChar, 8)) nChar = nChar & 0x01FF; else nChar = nChar & 0xFF; #endif U4TXREG = nChar; #endif } static void FCD_RS2320_SendRS232String(char* String, char MSZ_String) { char idx; for(idx = 0; idx < MSZ_String; idx++) { if (*String == 0) break; else FCD_RS2320_SendRS232Char(*String); String++; } } static short FCD_RS2320_ReceiveRS232Char(short nTimeout) { char delay1 = 0; char regcheck = 0; char dummy = 0; short retVal = 512; char bWaitForever = 0; char rxStatus = RS232_1116170_STATUS_LOOP; char idx; char count = 8; #if ( RS232_1116170_LEGACY_RV == 0) retVal = 255; #endif #ifdef RS232_1116170_HARDWARE clear_bit( RS232_1116170_RTS_PORT, RS232_1116170_RTS_PIN); //ready to accept data #endif if (nTimeout == 255) bWaitForever = 1; while (rxStatus == RS232_1116170_STATUS_LOOP) { if (bWaitForever == 0) { //don't wait forever, so do timeout thing... if (nTimeout == 0) { rxStatus = RS232_1116170_STATUS_TIMEOUT; } else { if ( RS232_1116170_TOUT) { delay_us(10); delay1 = delay1 + 1; if(delay1 == 100) { nTimeout = nTimeout - 1; delay1 = 0; } } else { //decrement timeout delay1 = delay1 - 1; if (delay1 == 0) { nTimeout = nTimeout - 1; } } } } #if ( RS232_1116170_UART == 0) regcheck = test_bit(RS232_1116170_RX_PORT, RS232_1116170_SW_RX); //Test for start bit if (regcheck == 0) rxStatus = RS232_1116170_STATUS_RXBYTE; #endif #if ( RS232_1116170_UART == 1) regcheck = U1STAbits.URXDA; if (regcheck != 0) rxStatus = RS232_1116170_STATUS_RXBYTE; #endif #if ( RS232_1116170_UART == 2) regcheck = U2STAbits.URXDA; if (regcheck != 0) rxStatus = RS232_1116170_STATUS_RXBYTE; #endif #if ( RS232_1116170_UART == 3) regcheck = U3STAbits.URXDA; if (regcheck != 0) rxStatus = RS232_1116170_STATUS_RXBYTE; #endif #if ( RS232_1116170_UART == 4) regcheck = U4STAbits.URXDA; if (regcheck != 0) rxStatus = RS232_1116170_STATUS_RXBYTE; #endif } if (rxStatus == RS232_1116170_STATUS_RXBYTE) { #if ( RS232_1116170_UART > 0) #if ( RS232_1116170_UART == 1) regcheck = U1STAbits.FERR; #endif #if ( RS232_1116170_UART == 2) regcheck = U2STAbits.FERR; #endif #if ( RS232_1116170_UART == 3) regcheck = U3STAbits.FERR; #endif #if ( RS232_1116170_UART == 4) regcheck = U4STAbits.FERR; #endif if (regcheck != 0) { #if ( RS232_1116170_UART == 1) dummy = U1RXREG; //need to read the rcreg to clear FERR #endif #if ( RS232_1116170_UART == 2) dummy = U2RXREG; //need to read the rcreg to clear FERR #endif #if ( RS232_1116170_UART == 3) dummy = U3RXREG; //need to read the rcreg to clear FERR #endif #if ( RS232_1116170_UART == 4) dummy = U4RXREG; //need to read the rcreg to clear FERR #endif #ifdef RS232_1116170_DEBUG FCD_RS2320_SendRS232Char('<'); FCD_RS2320_SendRS232Char('F'); FCD_RS2320_SendRS232Char('E'); FCD_RS2320_SendRS232Char('R'); FCD_RS2320_SendRS232Char('R'); FCD_RS2320_SendRS232Char('>'); #endif #if ( RS232_1116170_LEGACY_RV == 1) retVal = 0x400; //Framing Error Flag #endif } else { #if ( RS232_1116170_UART == 1) regcheck = U1STAbits.OERR; #endif #if ( RS232_1116170_UART == 2) regcheck = U2STAbits.OERR; #endif #if ( RS232_1116170_UART == 3) regcheck = U3STAbits.OERR; #endif #if ( RS232_1116170_UART == 4) regcheck = U4STAbits.OERR; #endif if (regcheck != 0) { //need to clear the OERR flag to clear error #if ( RS232_1116170_UART == 1) U1STAbits.OERR = 0; #endif #if ( RS232_1116170_UART == 2) U2STAbits.OERR = 0; #endif #if ( RS232_1116170_UART == 3) U3STAbits.OERR = 0; #endif #if ( RS232_1116170_UART == 4) U4STAbits.OERR = 0; #endif #ifdef RS232_1116170_DEBUG FCD_RS2320_SendRS232Char('<'); FCD_RS2320_SendRS232Char('O'); FCD_RS2320_SendRS232Char('E'); FCD_RS2320_SendRS232Char('R'); FCD_RS2320_SendRS232Char('R'); FCD_RS2320_SendRS232Char('>'); #endif #if ( RS232_1116170_LEGACY_RV == 1) retVal = 0x800; //Overrun Error Flag #endif } else { //no error, so rx byte is valid #if ( RS232_1116170_UART == 1) #if( RS232_1116170_DATASIZE == 1) retVal = U1RXREG & 0x1FF; #else retVal = U1RXREG & 0xFF; #endif #endif #if ( RS232_1116170_UART == 2) #if( RS232_1116170_DATASIZE == 1) retVal = U2RXREG & 0x1FF; #else retVal = U2RXREG & 0xFF; #endif #endif #if ( RS232_1116170_UART == 3) #if( RS232_1116170_DATASIZE == 1) retVal = U3RXREG & 0x1FF; #else retVal = U3RXREG & 0xFF; #endif #endif #if ( RS232_1116170_UART == 4) #if( RS232_1116170_DATASIZE == 1) retVal = U4RXREG & 0x1FF; #else retVal = U4RXREG & 0xFF; #endif #endif #ifdef RS232_1116170_ECHO FCD_RS2320_SendRS232Char(retVal); #endif } } #else #if( RS232_1116170_DATASIZE == 1) count = 9; #endif delay_us( RS232_1116170_SW_BAUD ); for (idx = 0; idx < count; idx++) { retVal = retVal >> 1; if(count == 9) { if (test_bit( RS232_1116170_RX_PORT, RS232_1116170_SW_RX)) retVal = retVal | 0x100; } else { if (test_bit( RS232_1116170_RX_PORT, RS232_1116170_SW_RX)) retVal = retVal | 0x80; } delay_us( RS232_1116170_SW_BAUD ); } #ifdef RS232_1116170_ECHO FCD_RS2320_SendRS232Char(retVal); #endif #endif } #ifdef RS232_1116170_HARDWARE //not ready to accept data set_bit( RS232_1116170_RTS_PORT, RS232_1116170_RTS_PIN); #endif return (retVal); } static void FCD_RS2320_ReceiveRS232String(char* FCR_RETVAL, char FCR_RETVAL_SIZE, char nTimeout, char NumBytes) { int idx; short in; #if ( RS232_1116170_LEGACY_RV == 0 ) #define RS232_TO 255 #else #define RS232_TO 256 #endif if (NumBytes > FCR_RETVAL_SIZE) NumBytes = FCR_RETVAL_SIZE; for (idx = 0; idx < NumBytes; idx++) { in = FCD_RS2320_ReceiveRS232Char(nTimeout); if(in < RS232_TO) FCR_RETVAL[idx] = in & 0xFF; else break; } if (idx < FCR_RETVAL_SIZE) FCR_RETVAL[idx] = 0; #undef RS232_TO } //ADC(1): //Macro implementations static void FCD_ADC1_SampleADC() { /*******Supported Devices****************************************************************** dsPIC30 Family ******************************************************************************************/ #define MX_ADC_CHANNEL 1 #define MX_ADC_SAMP_TIME 40 #define MX_ADC_CONV_SP 15 #define MX_ADC_VREF_OPT 0 //set up ADC conversion volatile char cnt; unsigned int old_tris; //Store old tris register and set the i/o pin as an input old_tris = TRISB; set_bit(TRISB, MX_ADC_CHANNEL); //Setup ADC Channel ADCON1 = 0x0000; ADCON2 = 0x0000; ADCON3 = 0x0000; ADCHS = 0x0000; clear_bit(ADPCFG, MX_ADC_CHANNEL); ADCHS = (MX_ADC_CHANNEL & 0x000F); //Setup Vref+ functionality #if (MX_ADC_VREF_OPT == 0) ADCON2 = ADCON2 & 0x1FFF; #else ADCON2 = ADCON2 | 0x2000; #if (MX_ADC_CHANNEL == 0) #error Target device is currently using AN0 for VREF+ #endif #endif //Assign conversion speed ADCON3 = (MX_ADC_CONV_SP & 0x3F); ADCON3bits.ADRC = 0; ADCON3 |= 0x0100; //Turn on ADC ADCON1bits.ADON = 1; ADCON1bits.SAMP = 1; //wait the acquisition time cnt = 0; while (cnt < MX_ADC_SAMP_TIME) cnt++; //begin conversion and wait until it has finished ADCON1bits.SAMP = 0; while (!ADCON1bits.DONE); //restore old tris value, and reset adc registers TRISB = old_tris; ADPCFG = 0xFFFF; #undef MX_ADC_CHANNEL #undef MX_ADC_TRIS_REG #undef MX_ADC_TRIS_MSK #undef MX_ADC_SAMP_TIME #undef MX_ADC_CONV_SP #undef MX_ADC_VREF_OPT } static char FCD_ADC1_ReadAsByte() { FCD_ADC1_SampleADC(); char cRetVal = (ADCBUF0 >> 4); ADCON1bits.ADON = 0; return (cRetVal); } static short FCD_ADC1_ReadAsInt() { FCD_ADC1_SampleADC(); short nRetVal = ADCBUF0; ADCON1bits.ADON = 0; return (nRetVal); } static float FCD_ADC1_ReadAsVoltage() { int iSample; float fSample, fVoltage, fVperDiv; #define MX_ADC_VREF_V 500 FCD_ADC1_SampleADC(); iSample = ADCBUF0; //Read as 10-bit Integer ADCON1bits.ADON = 0; fVoltage = MX_ADC_VREF_V; //Convert reference voltage count to floating point (0 - 330 x 10mV) fVoltage = fVoltage * 0.01; //Convert reference voltage count to actual voltage (0 - 3.3) fVperDiv = fVoltage * 0.000976; //Convert actual voltage to voltage per division (VRef / 1024) fSample = iSample; //Convert to floating point variable fVoltage = fSample * fVperDiv; //Calculate floating point voltage #undef MX_ADC_VREF_V return (fVoltage); } static void FCD_ADC1_ReadAsString(char* FCR_RETVAL, char FCR_RETVAL_SIZE) { float fVoltage; fVoltage = FCD_ADC1_ReadAsVoltage(); FCI_FLOAT_TO_STRING(fVoltage, 2, FCR_RETVAL, FCR_RETVAL_SIZE); //Convert to String } //ADC(2): //Macro implementations static void FCD_ADC2_SampleADC() { /*******Supported Devices****************************************************************** dsPIC30 Family ******************************************************************************************/ #define MX_ADC_CHANNEL 2 #define MX_ADC_SAMP_TIME 40 #define MX_ADC_CONV_SP 15 #define MX_ADC_VREF_OPT 0 //set up ADC conversion volatile char cnt; unsigned int old_tris; //Store old tris register and set the i/o pin as an input old_tris = TRISB; set_bit(TRISB, MX_ADC_CHANNEL); //Setup ADC Channel ADCON1 = 0x0000; ADCON2 = 0x0000; ADCON3 = 0x0000; ADCHS = 0x0000; clear_bit(ADPCFG, MX_ADC_CHANNEL); ADCHS = (MX_ADC_CHANNEL & 0x000F); //Setup Vref+ functionality #if (MX_ADC_VREF_OPT == 0) ADCON2 = ADCON2 & 0x1FFF; #else ADCON2 = ADCON2 | 0x2000; #if (MX_ADC_CHANNEL == 0) #error Target device is currently using AN0 for VREF+ #endif #endif //Assign conversion speed ADCON3 = (MX_ADC_CONV_SP & 0x3F); ADCON3bits.ADRC = 0; ADCON3 |= 0x0100; //Turn on ADC ADCON1bits.ADON = 1; ADCON1bits.SAMP = 1; //wait the acquisition time cnt = 0; while (cnt < MX_ADC_SAMP_TIME) cnt++; //begin conversion and wait until it has finished ADCON1bits.SAMP = 0; while (!ADCON1bits.DONE); //restore old tris value, and reset adc registers TRISB = old_tris; ADPCFG = 0xFFFF; #undef MX_ADC_CHANNEL #undef MX_ADC_TRIS_REG #undef MX_ADC_TRIS_MSK #undef MX_ADC_SAMP_TIME #undef MX_ADC_CONV_SP #undef MX_ADC_VREF_OPT } static char FCD_ADC2_ReadAsByte() { FCD_ADC2_SampleADC(); char cRetVal = (ADCBUF0 >> 4); ADCON1bits.ADON = 0; return (cRetVal); } static short FCD_ADC2_ReadAsInt() { FCD_ADC2_SampleADC(); short nRetVal = ADCBUF0; ADCON1bits.ADON = 0; return (nRetVal); } static float FCD_ADC2_ReadAsVoltage() { int iSample; float fSample, fVoltage, fVperDiv; #define MX_ADC_VREF_V 500 FCD_ADC2_SampleADC(); iSample = ADCBUF0; //Read as 10-bit Integer ADCON1bits.ADON = 0; fVoltage = MX_ADC_VREF_V; //Convert reference voltage count to floating point (0 - 330 x 10mV) fVoltage = fVoltage * 0.01; //Convert reference voltage count to actual voltage (0 - 3.3) fVperDiv = fVoltage * 0.000976; //Convert actual voltage to voltage per division (VRef / 1024) fSample = iSample; //Convert to floating point variable fVoltage = fSample * fVperDiv; //Calculate floating point voltage #undef MX_ADC_VREF_V return (fVoltage); } static void FCD_ADC2_ReadAsString(char* FCR_RETVAL, char FCR_RETVAL_SIZE) { float fVoltage; fVoltage = FCD_ADC2_ReadAsVoltage(); FCI_FLOAT_TO_STRING(fVoltage, 2, FCR_RETVAL, FCR_RETVAL_SIZE); //Convert to String } //ADC(3): //Macro implementations static void FCD_ADC3_SampleADC() { /*******Supported Devices****************************************************************** dsPIC30 Family ******************************************************************************************/ #define MX_ADC_CHANNEL 3 #define MX_ADC_SAMP_TIME 40 #define MX_ADC_CONV_SP 15 #define MX_ADC_VREF_OPT 0 //set up ADC conversion volatile char cnt; unsigned int old_tris; //Store old tris register and set the i/o pin as an input old_tris = TRISB; set_bit(TRISB, MX_ADC_CHANNEL); //Setup ADC Channel ADCON1 = 0x0000; ADCON2 = 0x0000; ADCON3 = 0x0000; ADCHS = 0x0000; clear_bit(ADPCFG, MX_ADC_CHANNEL); ADCHS = (MX_ADC_CHANNEL & 0x000F); //Setup Vref+ functionality #if (MX_ADC_VREF_OPT == 0) ADCON2 = ADCON2 & 0x1FFF; #else ADCON2 = ADCON2 | 0x2000; #if (MX_ADC_CHANNEL == 0) #error Target device is currently using AN0 for VREF+ #endif #endif //Assign conversion speed ADCON3 = (MX_ADC_CONV_SP & 0x3F); ADCON3bits.ADRC = 0; ADCON3 |= 0x0100; //Turn on ADC ADCON1bits.ADON = 1; ADCON1bits.SAMP = 1; //wait the acquisition time cnt = 0; while (cnt < MX_ADC_SAMP_TIME) cnt++; //begin conversion and wait until it has finished ADCON1bits.SAMP = 0; while (!ADCON1bits.DONE); //restore old tris value, and reset adc registers TRISB = old_tris; ADPCFG = 0xFFFF; #undef MX_ADC_CHANNEL #undef MX_ADC_TRIS_REG #undef MX_ADC_TRIS_MSK #undef MX_ADC_SAMP_TIME #undef MX_ADC_CONV_SP #undef MX_ADC_VREF_OPT } static char FCD_ADC3_ReadAsByte() { FCD_ADC3_SampleADC(); char cRetVal = (ADCBUF0 >> 4); ADCON1bits.ADON = 0; return (cRetVal); } static short FCD_ADC3_ReadAsInt() { FCD_ADC3_SampleADC(); short nRetVal = ADCBUF0; ADCON1bits.ADON = 0; return (nRetVal); } static float FCD_ADC3_ReadAsVoltage() { int iSample; float fSample, fVoltage, fVperDiv; #define MX_ADC_VREF_V 500 FCD_ADC3_SampleADC(); iSample = ADCBUF0; //Read as 10-bit Integer ADCON1bits.ADON = 0; fVoltage = MX_ADC_VREF_V; //Convert reference voltage count to floating point (0 - 330 x 10mV) fVoltage = fVoltage * 0.01; //Convert reference voltage count to actual voltage (0 - 3.3) fVperDiv = fVoltage * 0.000976; //Convert actual voltage to voltage per division (VRef / 1024) fSample = iSample; //Convert to floating point variable fVoltage = fSample * fVperDiv; //Calculate floating point voltage #undef MX_ADC_VREF_V return (fVoltage); } static void FCD_ADC3_ReadAsString(char* FCR_RETVAL, char FCR_RETVAL_SIZE) { float fVoltage; fVoltage = FCD_ADC3_ReadAsVoltage(); FCI_FLOAT_TO_STRING(fVoltage, 2, FCR_RETVAL, FCR_RETVAL_SIZE); //Convert to String } //ADC(4): //Macro implementations static void FCD_ADC4_SampleADC() { /*******Supported Devices****************************************************************** dsPIC30 Family ******************************************************************************************/ #define MX_ADC_CHANNEL 4 #define MX_ADC_SAMP_TIME 40 #define MX_ADC_CONV_SP 15 #define MX_ADC_VREF_OPT 0 //set up ADC conversion volatile char cnt; unsigned int old_tris; //Store old tris register and set the i/o pin as an input old_tris = TRISB; set_bit(TRISB, MX_ADC_CHANNEL); //Setup ADC Channel ADCON1 = 0x0000; ADCON2 = 0x0000; ADCON3 = 0x0000; ADCHS = 0x0000; clear_bit(ADPCFG, MX_ADC_CHANNEL); ADCHS = (MX_ADC_CHANNEL & 0x000F); //Setup Vref+ functionality #if (MX_ADC_VREF_OPT == 0) ADCON2 = ADCON2 & 0x1FFF; #else ADCON2 = ADCON2 | 0x2000; #if (MX_ADC_CHANNEL == 0) #error Target device is currently using AN0 for VREF+ #endif #endif //Assign conversion speed ADCON3 = (MX_ADC_CONV_SP & 0x3F); ADCON3bits.ADRC = 0; ADCON3 |= 0x0100; //Turn on ADC ADCON1bits.ADON = 1; ADCON1bits.SAMP = 1; //wait the acquisition time cnt = 0; while (cnt < MX_ADC_SAMP_TIME) cnt++; //begin conversion and wait until it has finished ADCON1bits.SAMP = 0; while (!ADCON1bits.DONE); //restore old tris value, and reset adc registers TRISB = old_tris; ADPCFG = 0xFFFF; #undef MX_ADC_CHANNEL #undef MX_ADC_TRIS_REG #undef MX_ADC_TRIS_MSK #undef MX_ADC_SAMP_TIME #undef MX_ADC_CONV_SP #undef MX_ADC_VREF_OPT } static char FCD_ADC4_ReadAsByte() { FCD_ADC4_SampleADC(); char cRetVal = (ADCBUF0 >> 4); ADCON1bits.ADON = 0; return (cRetVal); } static short FCD_ADC4_ReadAsInt() { FCD_ADC4_SampleADC(); short nRetVal = ADCBUF0; ADCON1bits.ADON = 0; return (nRetVal); } static float FCD_ADC4_ReadAsVoltage() { int iSample; float fSample, fVoltage, fVperDiv; #define MX_ADC_VREF_V 500 FCD_ADC4_SampleADC(); iSample = ADCBUF0; //Read as 10-bit Integer ADCON1bits.ADON = 0; fVoltage = MX_ADC_VREF_V; //Convert reference voltage count to floating point (0 - 330 x 10mV) fVoltage = fVoltage * 0.01; //Convert reference voltage count to actual voltage (0 - 3.3) fVperDiv = fVoltage * 0.000976; //Convert actual voltage to voltage per division (VRef / 1024) fSample = iSample; //Convert to floating point variable fVoltage = fSample * fVperDiv; //Calculate floating point voltage #undef MX_ADC_VREF_V return (fVoltage); } static void FCD_ADC4_ReadAsString(char* FCR_RETVAL, char FCR_RETVAL_SIZE) { float fVoltage; fVoltage = FCD_ADC4_ReadAsVoltage(); FCI_FLOAT_TO_STRING(fVoltage, 2, FCR_RETVAL, FCR_RETVAL_SIZE); //Convert to String } //ADC(5): //Macro implementations static void FCD_ADC5_SampleADC() { /*******Supported Devices****************************************************************** dsPIC30 Family ******************************************************************************************/ #define MX_ADC_CHANNEL 5 #define MX_ADC_SAMP_TIME 40 #define MX_ADC_CONV_SP 15 #define MX_ADC_VREF_OPT 0 //set up ADC conversion volatile char cnt; unsigned int old_tris; //Store old tris register and set the i/o pin as an input old_tris = TRISB; set_bit(TRISB, MX_ADC_CHANNEL); //Setup ADC Channel ADCON1 = 0x0000; ADCON2 = 0x0000; ADCON3 = 0x0000; ADCHS = 0x0000; clear_bit(ADPCFG, MX_ADC_CHANNEL); ADCHS = (MX_ADC_CHANNEL & 0x000F); //Setup Vref+ functionality #if (MX_ADC_VREF_OPT == 0) ADCON2 = ADCON2 & 0x1FFF; #else ADCON2 = ADCON2 | 0x2000; #if (MX_ADC_CHANNEL == 0) #error Target device is currently using AN0 for VREF+ #endif #endif //Assign conversion speed ADCON3 = (MX_ADC_CONV_SP & 0x3F); ADCON3bits.ADRC = 0; ADCON3 |= 0x0100; //Turn on ADC ADCON1bits.ADON = 1; ADCON1bits.SAMP = 1; //wait the acquisition time cnt = 0; while (cnt < MX_ADC_SAMP_TIME) cnt++; //begin conversion and wait until it has finished ADCON1bits.SAMP = 0; while (!ADCON1bits.DONE); //restore old tris value, and reset adc registers TRISB = old_tris; ADPCFG = 0xFFFF; #undef MX_ADC_CHANNEL #undef MX_ADC_TRIS_REG #undef MX_ADC_TRIS_MSK #undef MX_ADC_SAMP_TIME #undef MX_ADC_CONV_SP #undef MX_ADC_VREF_OPT } static char FCD_ADC5_ReadAsByte() { FCD_ADC5_SampleADC(); char cRetVal = (ADCBUF0 >> 4); ADCON1bits.ADON = 0; return (cRetVal); } static short FCD_ADC5_ReadAsInt() { FCD_ADC5_SampleADC(); short nRetVal = ADCBUF0; ADCON1bits.ADON = 0; return (nRetVal); } static float FCD_ADC5_ReadAsVoltage() { int iSample; float fSample, fVoltage, fVperDiv; #define MX_ADC_VREF_V 500 FCD_ADC5_SampleADC(); iSample = ADCBUF0; //Read as 10-bit Integer ADCON1bits.ADON = 0; fVoltage = MX_ADC_VREF_V; //Convert reference voltage count to floating point (0 - 330 x 10mV) fVoltage = fVoltage * 0.01; //Convert reference voltage count to actual voltage (0 - 3.3) fVperDiv = fVoltage * 0.000976; //Convert actual voltage to voltage per division (VRef / 1024) fSample = iSample; //Convert to floating point variable fVoltage = fSample * fVperDiv; //Calculate floating point voltage #undef MX_ADC_VREF_V return (fVoltage); } static void FCD_ADC5_ReadAsString(char* FCR_RETVAL, char FCR_RETVAL_SIZE) { float fVoltage; fVoltage = FCD_ADC5_ReadAsVoltage(); FCI_FLOAT_TO_STRING(fVoltage, 2, FCR_RETVAL, FCR_RETVAL_SIZE); //Convert to String } //Macro implementations void FCM_out_off() { //Output //Output: 2 -> PORTF_L TRISF = TRISF & 0xfffd; PORTF = (LATF & 0xfffd) | (2 & 0x0002); } void FCM_int1_digitime() { //Local variable definitions char FCL_COUNT; //Calculation //Calculation: // int1_digitime.count = 32 FCL_COUNT = 32; //Connection Point //Connection Point: [A]: A FCC_int1_digitime_A: ; //Decision //Decision: int1_digitime.count = 0? if (FCL_COUNT == 0) { } else { //Calculation //Calculation: // int_ist_flag[int1_digitime.count] = an // int1_digitime.count = int1_digitime.count - 1 FCV_INT_IST_FLAG[FCL_COUNT] = FCV_AN; FCL_COUNT = FCL_COUNT - 1; //Goto Connection Point //Goto Connection Point: [A]: A goto FCC_int1_digitime_A; } } void FCM_out_on() { //Output //Output: 0 -> PORTF_L TRISF = TRISF & 0xfffd; PORTF = (LATF & 0xfffd) | (0 & 0x0002); } void FCM_i2c_Q_out(char FCL_Q_PORT1BIS8) { //Local variable definitions char FCL_I2C_AD_DAT; char FCL_Q_NR; char FCL_I2C_DAT; //Comment: //XXXXXXXXXXXXXXXXXXXXXXXXXXXX //i2c_start //Call Macro: i2_start FCM_i2_start(); //Comment: //start //feste adresse 0x4X //out = 0b0100 000 0 //in = 0b0100 000 1 //Comment: //start //var_adresse //Switch //Switch: i2c_Q_out.Q_port1bis8? switch (FCL_Q_PORT1BIS8) { case 1: { //i2c id byte bilden //Calculation: // i2c_Q_out.i2c_ad_dat = 0b01000000 FCL_I2C_AD_DAT = 64; //daten byte bilden //Calculation: // i2c_Q_out.i2c_dat = (Q[8] << 7) // i2c_Q_out.i2c_dat = i2c_Q_out.i2c_dat +(Q[7] << 6) // i2c_Q_out.i2c_dat = i2c_Q_out.i2c_dat +(Q[6] << 5) // i2c_Q_out.i2c_dat = i2c_Q_out.i2c_dat +(Q[5] << 4) // i2c_Q_out.i2c_dat = i2c_Q_out.i2c_dat +(Q[4] << 3) // i2c_Q_out.i2c_dat = i2c_Q_out.i2c_dat +(Q[3] << 2) // i2c_Q_out.i2c_dat = i2c_Q_out.i2c_dat +(Q[2] << 1) // i2c_Q_out.i2c_dat = i2c_Q_out.i2c_dat + Q[1] FCL_I2C_DAT = (FCV_Q[8] << 7); FCL_I2C_DAT = FCL_I2C_DAT +(FCV_Q[7] << 6); FCL_I2C_DAT = FCL_I2C_DAT +(FCV_Q[6] << 5); FCL_I2C_DAT = FCL_I2C_DAT +(FCV_Q[5] << 4); FCL_I2C_DAT = FCL_I2C_DAT +(FCV_Q[4] << 3); FCL_I2C_DAT = FCL_I2C_DAT +(FCV_Q[3] << 2); FCL_I2C_DAT = FCL_I2C_DAT +(FCV_Q[2] << 1); FCL_I2C_DAT = FCL_I2C_DAT + FCV_Q[1]; break; } case 2: { //i2c id byte bilden //Calculation: // i2c_Q_out.i2c_ad_dat = 0b01000010 FCL_I2C_AD_DAT = 66; //daten byte bilden //Calculation: // i2c_Q_out.i2c_dat = (Q[16] << 7) // i2c_Q_out.i2c_dat = i2c_Q_out.i2c_dat +(Q[15] << 6) // i2c_Q_out.i2c_dat = i2c_Q_out.i2c_dat +(Q[14] << 5) // i2c_Q_out.i2c_dat = i2c_Q_out.i2c_dat +(Q[13] << 4) // i2c_Q_out.i2c_dat = i2c_Q_out.i2c_dat +(Q[12] << 3) // i2c_Q_out.i2c_dat = i2c_Q_out.i2c_dat +(Q[11] << 2) // i2c_Q_out.i2c_dat = i2c_Q_out.i2c_dat +(Q[10] << 1) // i2c_Q_out.i2c_dat = i2c_Q_out.i2c_dat + Q[9] FCL_I2C_DAT = (FCV_Q[16] << 7); FCL_I2C_DAT = FCL_I2C_DAT +(FCV_Q[15] << 6); FCL_I2C_DAT = FCL_I2C_DAT +(FCV_Q[14] << 5); FCL_I2C_DAT = FCL_I2C_DAT +(FCV_Q[13] << 4); FCL_I2C_DAT = FCL_I2C_DAT +(FCV_Q[12] << 3); FCL_I2C_DAT = FCL_I2C_DAT +(FCV_Q[11] << 2); FCL_I2C_DAT = FCL_I2C_DAT +(FCV_Q[10] << 1); FCL_I2C_DAT = FCL_I2C_DAT + FCV_Q[9]; break; } case 3: { //i2c id byte bilden //Calculation: // i2c_Q_out.i2c_ad_dat = 0b01000010 FCL_I2C_AD_DAT = 66; //daten byte bilden //Calculation: // i2c_Q_out.i2c_dat = (Q[24] << 7) // i2c_Q_out.i2c_dat = i2c_Q_out.i2c_dat +(Q[23] << 6) // i2c_Q_out.i2c_dat = i2c_Q_out.i2c_dat +(Q[22] << 5) // i2c_Q_out.i2c_dat = i2c_Q_out.i2c_dat +(Q[21] << 4) // i2c_Q_out.i2c_dat = i2c_Q_out.i2c_dat +(Q[20] << 3) // i2c_Q_out.i2c_dat = i2c_Q_out.i2c_dat +(Q[19] << 2) // i2c_Q_out.i2c_dat = i2c_Q_out.i2c_dat +(Q[18] << 1) // i2c_Q_out.i2c_dat = i2c_Q_out.i2c_dat + Q[17] FCL_I2C_DAT = (FCV_Q[24] << 7); FCL_I2C_DAT = FCL_I2C_DAT +(FCV_Q[23] << 6); FCL_I2C_DAT = FCL_I2C_DAT +(FCV_Q[22] << 5); FCL_I2C_DAT = FCL_I2C_DAT +(FCV_Q[21] << 4); FCL_I2C_DAT = FCL_I2C_DAT +(FCV_Q[20] << 3); FCL_I2C_DAT = FCL_I2C_DAT +(FCV_Q[19] << 2); FCL_I2C_DAT = FCL_I2C_DAT +(FCV_Q[18] << 1); FCL_I2C_DAT = FCL_I2C_DAT + FCV_Q[17]; break; } case 4: { //i2c id byte bilden //Calculation: // i2c_Q_out.i2c_ad_dat = 0b01000110 FCL_I2C_AD_DAT = 70; //daten byte bilden //Calculation: // i2c_Q_out.i2c_dat = (Q[32] << 7) // i2c_Q_out.i2c_dat = i2c_Q_out.i2c_dat +(Q[31] << 6) // i2c_Q_out.i2c_dat = i2c_Q_out.i2c_dat +(Q[30] << 5) // i2c_Q_out.i2c_dat = i2c_Q_out.i2c_dat +(Q[29] << 4) // i2c_Q_out.i2c_dat = i2c_Q_out.i2c_dat +(Q[28] << 3) // i2c_Q_out.i2c_dat = i2c_Q_out.i2c_dat +(Q[27] << 2) // i2c_Q_out.i2c_dat = i2c_Q_out.i2c_dat +(Q[26] << 1) // i2c_Q_out.i2c_dat = i2c_Q_out.i2c_dat + Q[25] FCL_I2C_DAT = (FCV_Q[32] << 7); FCL_I2C_DAT = FCL_I2C_DAT +(FCV_Q[31] << 6); FCL_I2C_DAT = FCL_I2C_DAT +(FCV_Q[30] << 5); FCL_I2C_DAT = FCL_I2C_DAT +(FCV_Q[29] << 4); FCL_I2C_DAT = FCL_I2C_DAT +(FCV_Q[28] << 3); FCL_I2C_DAT = FCL_I2C_DAT +(FCV_Q[27] << 2); FCL_I2C_DAT = FCL_I2C_DAT +(FCV_Q[26] << 1); FCL_I2C_DAT = FCL_I2C_DAT + FCV_Q[25]; break; } case 5: { //i2c id byte bilden //Calculation: // i2c_Q_out.i2c_ad_dat = 0b01001000 FCL_I2C_AD_DAT = 72; break; } case 6: { //i2c id byte bilden //Calculation: // i2c_Q_out.i2c_ad_dat = 0b01001010 FCL_I2C_AD_DAT = 74; break; } case 7: { //i2c id byte bilden //Calculation: // i2c_Q_out.i2c_ad_dat = 0b01001100 FCL_I2C_AD_DAT = 76; break; } case 8: { //i2c id byte bilden //Calculation: // i2c_Q_out.i2c_ad_dat = 0b01001110 FCL_I2C_AD_DAT = 78; break; } } //i2c write byte //Call Macro: i2c_write_byte(i2c_Q_out.i2c_ad_dat) FCM_i2c_write_byte(FCL_I2C_AD_DAT); //Comment: //ac_bit lesen //i2c_ack_von_slave //Call Macro: i2c_ack_von_slave FCM_i2c_ack_von_slave(); //Comment: //start //daten //i2c write byte //Call Macro: i2c_write_byte(i2c_Q_out.i2c_dat) FCM_i2c_write_byte(FCL_I2C_DAT); //Comment: //ac_bit lesen //i2c_ack_von_slave //Call Macro: i2c_ack_von_slave FCM_i2c_ack_von_slave(); //Comment: //Kommentar //i2c_stopp //Call Macro: i2c_stopp FCM_i2c_stopp(); //Comment: //XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX } void FCM_digitime01_start() { //Berechnung //Calculation: // Q[1] = an // Q[2] = aus // Q[3] = an // Q[4] = aus // Q[5] = an // Q[6] = aus // Q[7] = an // Q[8] = aus FCV_Q[1] = FCV_AN; FCV_Q[2] = FCV_AUS; FCV_Q[3] = FCV_AN; FCV_Q[4] = FCV_AUS; FCV_Q[5] = FCV_AN; FCV_Q[6] = FCV_AUS; FCV_Q[7] = FCV_AN; FCV_Q[8] = FCV_AUS; //Calculation //Calculation: // Q[9] = an // Q[10] = aus // Q[11] = an // Q[12] = aus // Q[13] = an // Q[14] = aus // Q[15] = an // Q[16] = aus FCV_Q[9] = FCV_AN; FCV_Q[10] = FCV_AUS; FCV_Q[11] = FCV_AN; FCV_Q[12] = FCV_AUS; FCV_Q[13] = FCV_AN; FCV_Q[14] = FCV_AUS; FCV_Q[15] = FCV_AN; FCV_Q[16] = FCV_AUS; } void FCM_digitime01_abgelaufen() { } void FCM_i2c_clock() { //i2c clock = 1 //Output: 1 -> G14 TRISG = TRISG & 0xbfff; if ((1<<8)) PORTG = (LATG & 0xbfff) | 0x4000; else PORTG = LATG & 0xbfff; //Warten //Delay: i2c_rw us delay_us(FCV_I2C_RW); //i2clock = 0 //Output: 0 -> G14 TRISG = TRISG & 0xbfff; if ((0<<8)) PORTG = (LATG & 0xbfff) | 0x4000; else PORTG = LATG & 0xbfff; //Warten //Delay: i2c_rw us delay_us(FCV_I2C_RW); } void FCM_i2c_stopp() { //Comment: //stopp condition : //clock > scl = 1 _/? //delay? //daten > sda = 1 _/? //delay? //i2clock = 1 //Output: 0 -> G14 TRISG = TRISG & 0xbfff; if ((0<<8)) PORTG = (LATG & 0xbfff) | 0x4000; else PORTG = LATG & 0xbfff; //Warten //Delay: i2c_delay us delay_us(FCV_I2C_DELAY); //daten = 0 //Output: 0 -> G15 TRISG = TRISG & 0x7fff; if ((0<<8)) PORTG = (LATG & 0x7fff) | 0x8000; else PORTG = LATG & 0x7fff; //Warten //Delay: i2c_delay us delay_us(FCV_I2C_DELAY); //i2clock = 1 //Output: 1 -> G14 TRISG = TRISG & 0xbfff; if ((1<<8)) PORTG = (LATG & 0xbfff) | 0x4000; else PORTG = LATG & 0xbfff; //Warten //Delay: i2c_delay us delay_us(FCV_I2C_DELAY); //daten = 1 //Output: 1 -> G15 TRISG = TRISG & 0x7fff; if ((1<<8)) PORTG = (LATG & 0x7fff) | 0x8000; else PORTG = LATG & 0x7fff; //Warten //Delay: i2c_delay us delay_us(FCV_I2C_DELAY); } void FCM_i2c_ack_von_slave() { //Input //Input: G15 -> dummi TRISG = TRISG | 0x8000; FCV_DUMMI = ((PORTG & 0x8000) == 0x8000); //Makro-Aufruf-clock //Call Macro: i2c_clock FCM_i2c_clock(); } void FCM_i2_start() { //sda //Output: 1 -> G15 TRISG = TRISG & 0x7fff; if ((1<<8)) PORTG = (LATG & 0x7fff) | 0x8000; else PORTG = LATG & 0x7fff; //sdc //Output: 1 -> G14 TRISG = TRISG & 0xbfff; if ((1<<8)) PORTG = (LATG & 0xbfff) | 0x4000; else PORTG = LATG & 0xbfff; //Comment: //start condition : //daten > sda = 0 ?\_ //delay? //clock > scl = 0 ?\_ //delay? //daten = 0 //Output: 0 -> G15 TRISG = TRISG & 0x7fff; if ((0<<8)) PORTG = (LATG & 0x7fff) | 0x8000; else PORTG = LATG & 0x7fff; //Warten //Delay: i2c_delay us delay_us(FCV_I2C_DELAY); //i2clock = 0 //Output: 0 -> G14 TRISG = TRISG & 0xbfff; if ((0<<8)) PORTG = (LATG & 0xbfff) | 0x4000; else PORTG = LATG & 0xbfff; //Warten //Delay: i2c_delay us delay_us(FCV_I2C_DELAY); } void FCM_i2c_Qx_out_port1bis8() { //Local variable definitions char FCL_PORT_COUNT; //Berechnung //Calculation: // i2c_Qx_out_port1bis8.port_count = i2c_Qxx_1bis8 FCL_PORT_COUNT = FCV_I2C_QXX_1BIS8; //Verbindungspunkt //Connection Point: [A]: A FCC_i2c_Qx_out_port1bis8_A: ; //Entscheidung //Decision: i2c_Qx_out_port1bis8.port_count <> 0? if (FCL_PORT_COUNT != 0) { //Makro-Aufruf //Call Macro: i2c_Q_out(i2c_Qx_out_port1bis8.port_count) FCM_i2c_Q_out(FCL_PORT_COUNT); //Berechnung //Calculation: // i2c_Qx_out_port1bis8.port_count = i2c_Qx_out_port1bis8.port_count - 1 FCL_PORT_COUNT = FCL_PORT_COUNT - 1; //Gehe zum Verbindungspunkt //Goto Connection Point: [A]: A goto FCC_i2c_Qx_out_port1bis8_A; } } void FCM_anz_curpos(char FCL_ZEILE_1BIS2, char FCL_SPALTE_1BIS16, char FCL_CUR_AN_AUS_NC) { //Local variable definitions char FCL_DB_WERT; //parameter anpassen //Calculation: // anz_curpos.zeile_1bis2 = anz_curpos.zeile_1bis2 - 1 // anz_curpos.spalte_1bis16 = anz_curpos.spalte_1bis16 - 1 FCL_ZEILE_1BIS2 = FCL_ZEILE_1BIS2 - 1; FCL_SPALTE_1BIS16 = FCL_SPALTE_1BIS16 - 1; //anz port vorbereiten //Output: 0x20 -> PORTB_H TRISB = TRISB & 0xc0ff; PORTB = (LATB & 0xc0ff) | ((0x20<<8) & 0x3f00); //curser nc / an / aus? //Switch: anz_curpos.cur_an_aus_nc? switch (FCL_CUR_AN_AUS_NC) { case 0: { //Comment: //an //db hob //Output: 0x00 -> PORTB_H TRISB = TRISB & 0xf0ff; PORTB = (LATB & 0xf0ff) | ((0x00<<8) & 0x0f00); //anz wr //Call Macro: anz_wr FCM_anz_wr(); //db lob //Output: 0x0f -> PORTB_H TRISB = TRISB & 0xf0ff; PORTB = (LATB & 0xf0ff) | ((0x0f<<8) & 0x0f00); //anz wr //Call Macro: anz_wr FCM_anz_wr(); break; } case 1: { //Comment: //aus //db hob //Output: 0x00 -> PORTB_H TRISB = TRISB & 0xf0ff; PORTB = (LATB & 0xf0ff) | ((0x00<<8) & 0x0f00); //anz wr //Call Macro: anz_wr FCM_anz_wr(); //db lob //Output: 0x0c -> PORTB_H TRISB = TRISB & 0xf0ff; PORTB = (LATB & 0xf0ff) | ((0x0c<<8) & 0x0f00); //anz wr //Call Macro: anz_wr FCM_anz_wr(); break; } } //zeile nr.: ? //Switch: anz_curpos.zeile_1bis2? switch (FCL_ZEILE_1BIS2) { case 1: { //db hob //Output: 0x0c -> PORTB_H TRISB = TRISB & 0xf0ff; PORTB = (LATB & 0xf0ff) | ((0x0c<<8) & 0x0f00); //anz wr //Call Macro: anz_wr FCM_anz_wr(); break; } default: { //db hob //Output: 0x08 -> PORTB_H TRISB = TRISB & 0xf0ff; PORTB = (LATB & 0xf0ff) | ((0x08<<8) & 0x0f00); //anz wr //Call Macro: anz_wr FCM_anz_wr(); } } //db lob //Output: anz_curpos.spalte_1bis16 -> PORTB_H TRISB = TRISB & 0xf0ff; PORTB = (LATB & 0xf0ff) | ((FCL_SPALTE_1BIS16<<8) & 0x0f00); //anz wr //Call Macro: anz_wr FCM_anz_wr(); } void FCM_anz_start() { //Comment: //anz start //decoder sperren //Output: ena0_aus -> PORTD_L TRISD = TRISD & 0xffc3; PORTD = (LATD & 0xffc3) | (FCV_ENA0_AUS & 0x003c); //datenbus nullen //Output: 0 -> PORTB_H TRISB = TRISB & 0x00ff; PORTB = (LATB & 0x00ff) | (0<<8); //anzeige freischalten //Output: ena1_anz -> PORTD_L TRISD = TRISD & 0xffc3; PORTD = (LATD & 0xffc3) | (FCV_ENA1_ANZ & 0x003c); //Call Component Macro //Call Component Macro: LCDDisplay(0)::Start FCD_LCDDisplay0_Start(); //decoder sperren //Output: ena0_aus -> PORTD_L TRISD = TRISD & 0xffc3; PORTD = (LATD & 0xffc3) | (FCV_ENA0_AUS & 0x003c); } void FCM_anz_wr() { //Output //Output: ena1_anz -> PORTD_L TRISD = TRISD & 0xffc3; PORTD = (LATD & 0xffc3) | (FCV_ENA1_ANZ & 0x003c); //Warten //Delay: 50 us delay_us(50); //Output //Output: ena0_aus -> PORTD_L TRISD = TRISD & 0xffc3; PORTD = (LATD & 0xffc3) | (FCV_ENA0_AUS & 0x003c); } void FCM_digitime(char FCL_NR_1BIS32) { //Local variable definitions char FCL_ADC_BYTE[6]; short FCL_ADC_INTEGER[6]; //digitime status //Switch: digtime_status_flag[digitime.nr_1bis32]? switch (FCV_DIGTIME_STATUS_FLAG[FCL_NR_1BIS32]) { case 1: { //Switch //Switch: digitime_conf[digitime.nr_1bis32]? switch (FCV_DIGITIME_CONF[FCL_NR_1BIS32]) { case 1: { //Calculation //Calculation: // digitime.adc_integer[1] = (adc_integer[1] / digitime_div_fak[digitime.nr_1bis32]) FCL_ADC_INTEGER[1] = (FCV_ADC_INTEGER[1] / FCV_DIGITIME_DIV_FAK[FCL_NR_1BIS32]); //Decision //Decision: digitime.adc_integer[1] < 1? if (FCL_ADC_INTEGER[1] < 1) { //Calculation //Calculation: // digitime.adc_integer[1] = 1 FCL_ADC_INTEGER[1] = 1; } //poti zeit //Calculation: // digitime_arbtime[digitime.nr_1bis32] = digitime.adc_integer[1] FCV_DIGITIME_ARBTIME[FCL_NR_1BIS32] = FCL_ADC_INTEGER[1]; break; } case 2: { //Calculation //Calculation: // digitime.adc_integer[2] = (adc_integer[2] / digitime_div_fak[digitime.nr_1bis32]) FCL_ADC_INTEGER[2] = (FCV_ADC_INTEGER[2] / FCV_DIGITIME_DIV_FAK[FCL_NR_1BIS32]); //Decision //Decision: digitime.adc_integer[2] < 1? if (FCL_ADC_INTEGER[2] < 1) { //Calculation //Calculation: // digitime.adc_integer[2] = 1 FCL_ADC_INTEGER[2] = 1; } //poti zeit //Calculation: // digitime_arbtime[digitime.nr_1bis32] = digitime.adc_integer[2] FCV_DIGITIME_ARBTIME[FCL_NR_1BIS32] = FCL_ADC_INTEGER[2]; break; } case 3: { //Calculation //Calculation: // digitime.adc_integer[3] = (adc_integer[3] / digitime_div_fak[digitime.nr_1bis32]) FCL_ADC_INTEGER[3] = (FCV_ADC_INTEGER[3] / FCV_DIGITIME_DIV_FAK[FCL_NR_1BIS32]); //Decision //Decision: digitime.adc_integer[3] < 1? if (FCL_ADC_INTEGER[3] < 1) { //Calculation //Calculation: // digitime.adc_integer[3] = 1 FCL_ADC_INTEGER[3] = 1; } //poti zeit //Calculation: // digitime_arbtime[digitime.nr_1bis32] = digitime.adc_integer[3] FCV_DIGITIME_ARBTIME[FCL_NR_1BIS32] = FCL_ADC_INTEGER[3]; break; } case 4: { //Calculation //Calculation: // digitime.adc_integer[4] = (adc_integer[4] / digitime_div_fak[digitime.nr_1bis32]) FCL_ADC_INTEGER[4] = (FCV_ADC_INTEGER[4] / FCV_DIGITIME_DIV_FAK[FCL_NR_1BIS32]); //Decision //Decision: digitime.adc_integer[4] < 1? if (FCL_ADC_INTEGER[4] < 1) { //Calculation //Calculation: // digitime.adc_integer[4] = 1 FCL_ADC_INTEGER[4] = 1; } //poti zeit //Calculation: // digitime_arbtime[digitime.nr_1bis32] = digitime.adc_integer[4] FCV_DIGITIME_ARBTIME[FCL_NR_1BIS32] = FCL_ADC_INTEGER[4]; break; } case 5: { //Calculation //Calculation: // digitime.adc_integer[5] = (adc_integer[5] / digitime_div_fak[digitime.nr_1bis32]) FCL_ADC_INTEGER[5] = (FCV_ADC_INTEGER[5] / FCV_DIGITIME_DIV_FAK[FCL_NR_1BIS32]); //Decision //Decision: digitime.adc_integer[5] < 1? if (FCL_ADC_INTEGER[5] < 1) { //Calculation //Calculation: // digitime.adc_integer[5] = 1 FCL_ADC_INTEGER[5] = 1; } //poti zeit //Calculation: // digitime_arbtime[digitime.nr_1bis32] = digitime.adc_integer[5] FCV_DIGITIME_ARBTIME[FCL_NR_1BIS32] = FCL_ADC_INTEGER[5]; break; } case 6: { //Calculation //Calculation: // digitime.adc_byte[1] = (adc_byte[1] / digitime_div_fak[digitime.nr_1bis32]) FCL_ADC_BYTE[1] = (FCV_ADC_BYTE[1] / FCV_DIGITIME_DIV_FAK[FCL_NR_1BIS32]); //Decision //Decision: digitime.adc_byte[1] < 1? if (FCL_ADC_BYTE[1] < 1) { //Calculation //Calculation: // digitime.adc_byte[1] = 1 FCL_ADC_BYTE[1] = 1; } //poti zeit //Calculation: // digitime_arbtime[digitime.nr_1bis32] = digitime.adc_byte[1] FCV_DIGITIME_ARBTIME[FCL_NR_1BIS32] = FCL_ADC_BYTE[1]; break; } case 7: { //Calculation //Calculation: // digitime.adc_byte[2] = (adc_byte[2] / digitime_div_fak[digitime.nr_1bis32]) FCL_ADC_BYTE[2] = (FCV_ADC_BYTE[2] / FCV_DIGITIME_DIV_FAK[FCL_NR_1BIS32]); //Decision //Decision: digitime.adc_byte[2] < 1? if (FCL_ADC_BYTE[2] < 1) { //Calculation //Calculation: // digitime.adc_byte[2] = 1 FCL_ADC_BYTE[2] = 1; } //poti zeit //Calculation: // digitime_arbtime[digitime.nr_1bis32] = digitime.adc_byte[2] FCV_DIGITIME_ARBTIME[FCL_NR_1BIS32] = FCL_ADC_BYTE[2]; break; } case 8: { //Calculation //Calculation: // digitime.adc_byte[3] = (adc_byte[3] / digitime_div_fak[digitime.nr_1bis32]) FCL_ADC_BYTE[3] = (FCV_ADC_BYTE[3] / FCV_DIGITIME_DIV_FAK[FCL_NR_1BIS32]); //Decision //Decision: digitime.adc_byte[3] < 1? if (FCL_ADC_BYTE[3] < 1) { //Calculation //Calculation: // digitime.adc_byte[3] = 1 FCL_ADC_BYTE[3] = 1; } //poti zeit //Calculation: // digitime_arbtime[digitime.nr_1bis32] = digitime.adc_byte[3] FCV_DIGITIME_ARBTIME[FCL_NR_1BIS32] = FCL_ADC_BYTE[3]; break; } case 9: { //Calculation //Calculation: // digitime.adc_byte[4] = (adc_byte[4] / digitime_div_fak[digitime.nr_1bis32]) FCL_ADC_BYTE[4] = (FCV_ADC_BYTE[4] / FCV_DIGITIME_DIV_FAK[FCL_NR_1BIS32]); //Decision //Decision: digitime.adc_byte[4] < 1? if (FCL_ADC_BYTE[4] < 1) { //Calculation //Calculation: // digitime.adc_byte[4] = 1 FCL_ADC_BYTE[4] = 1; } //poti zeit //Calculation: // digitime_arbtime[digitime.nr_1bis32] = digitime.adc_byte[4] FCV_DIGITIME_ARBTIME[FCL_NR_1BIS32] = FCL_ADC_BYTE[4]; break; } case 10: { //Calculation //Calculation: // digitime.adc_byte[5] = (adc_byte[5] / digitime_div_fak[digitime.nr_1bis32]) FCL_ADC_BYTE[5] = (FCV_ADC_BYTE[5] / FCV_DIGITIME_DIV_FAK[FCL_NR_1BIS32]); //Decision //Decision: digitime.adc_byte[5] < 1? if (FCL_ADC_BYTE[5] < 1) { //Calculation //Calculation: // digitime.adc_byte[5] = 1 FCL_ADC_BYTE[5] = 1; } //poti zeit //Calculation: // digitime_arbtime[digitime.nr_1bis32] = digitime.adc_byte[5] FCV_DIGITIME_ARBTIME[FCL_NR_1BIS32] = FCL_ADC_BYTE[5]; break; } default: { //festzeit //Calculation: // digitime_arbtime[digitime.nr_1bis32] = digitime_settime[digitime.nr_1bis32] FCV_DIGITIME_ARBTIME[FCL_NR_1BIS32] = FCV_DIGITIME_SETTIME[FCL_NR_1BIS32]; } } //Calculation //Calculation: // digtime_status_flag[digitime.nr_1bis32] = zaehlt FCV_DIGTIME_STATUS_FLAG[FCL_NR_1BIS32] = FCV_ZAEHLT; //digitime_xx start bearbeiten //Call Macro: digitime_xx_start_bearbeiten(digitime.nr_1bis32) FCM_digitime_xx_start_bearbeiten(FCL_NR_1BIS32); break; } case 2: { //auf int war prüfen //Decision: int_ist_flag[digitime.nr_1bis32] = an? if (FCV_INT_IST_FLAG[FCL_NR_1BIS32] == FCV_AN) { //Calculation //Calculation: // int_ist_flag[digitime.nr_1bis32] = aus // digitime_arbtime[digitime.nr_1bis32] = digitime_arbtime[digitime.nr_1bis32] - 1 FCV_INT_IST_FLAG[FCL_NR_1BIS32] = FCV_AUS; FCV_DIGITIME_ARBTIME[FCL_NR_1BIS32] = FCV_DIGITIME_ARBTIME[FCL_NR_1BIS32] - 1; } //zeit ist runtergezählt ? //Decision: digitime_arbtime[digitime.nr_1bis32] = 0? if (FCV_DIGITIME_ARBTIME[FCL_NR_1BIS32] == 0) { //Calculation //Calculation: // digtime_status_flag[digitime.nr_1bis32] = abgelaufen FCV_DIGTIME_STATUS_FLAG[FCL_NR_1BIS32] = FCV_ABGELAUFEN; //digitime_xx abgelaufen bearbeiten //Call Macro: digitime_xx_abgl_bearbeiten(digitime.nr_1bis32) FCM_digitime_xx_abgl_bearbeiten(FCL_NR_1BIS32); } break; } } } void FCM_digitime02_abgelaufen() { } void FCM_digitime02_start() { //Berechnung //Calculation: // Q[1] = aus // Q[2] = an // Q[3] = aus // Q[4] = an // Q[5] = aus // Q[6] = an // Q[7] = aus // Q[8] = an FCV_Q[1] = FCV_AUS; FCV_Q[2] = FCV_AN; FCV_Q[3] = FCV_AUS; FCV_Q[4] = FCV_AN; FCV_Q[5] = FCV_AUS; FCV_Q[6] = FCV_AN; FCV_Q[7] = FCV_AUS; FCV_Q[8] = FCV_AN; //Calculation //Calculation: // Q[9] = aus // Q[10] = an // Q[11] = aus // Q[12] = an // Q[13] = aus // Q[14] = an // Q[15] = aus // Q[16] = an FCV_Q[9] = FCV_AUS; FCV_Q[10] = FCV_AN; FCV_Q[11] = FCV_AUS; FCV_Q[12] = FCV_AN; FCV_Q[13] = FCV_AUS; FCV_Q[14] = FCV_AN; FCV_Q[15] = FCV_AUS; FCV_Q[16] = FCV_AN; } void FCM_digitime_macros_definieren() { //Comment: //zeitglied 01 //digitime01 start //Call Macro: digitime01_start FCM_digitime01_start(); //digitime01 abgelaufen //Call Macro: digitime01_abgelaufen FCM_digitime01_abgelaufen(); //Comment: //zeitglied 02 //digitime02 start //Call Macro: digitime02_start FCM_digitime02_start(); //digitime02 abgelaufen //Call Macro: digitime02_abgelaufen FCM_digitime02_abgelaufen(); //Comment: //zeitglied 03 //digitime03 start //Call Macro: digitime03_start FCM_digitime03_start(); //digitime03 ende //Call Macro: digitime03_abgelaufen FCM_digitime03_abgelaufen(); //Comment: //zeitglied 04 //digitime04 start //Call Macro: digitime04_start FCM_digitime04_start(); //digitime04 abgelaufen //Call Macro: digitime04_abgelaufen FCM_digitime04_abgelaufen(); //Comment: //zeitglied 05 //digitimq05 start //Call Macro: digitime05_start FCM_digitime05_start(); //digitime05 abgelaufen //Call Macro: digitime05_start FCM_digitime05_start(); //Comment: //zeitglied 06 //digitimq06 start //Call Macro: digitime06_start FCM_digitime06_start(); //digitime06 abgelaufen //Call Macro: digitime06_abgelaufen FCM_digitime06_abgelaufen(); //Comment: //zeitglied 07 //digitimq07 start //Call Macro: digitime07_start FCM_digitime07_start(); //digitime07 abgelaufen //Call Macro: digitime07_abgelaufen FCM_digitime07_abgelaufen(); //Comment: //zeitglied 08 //digitimq08 start //Call Macro: digitime08_start FCM_digitime08_start(); //digitime08 abgelaufen //Call Macro: digitime08_abgelaufen FCM_digitime08_abgelaufen(); //Comment: //zeitglied 09 //digitimq09 start //Call Macro: digitime09_start FCM_digitime09_start(); //digitime09 abgelaufen //Call Macro: digitime09_abgelaufen FCM_digitime09_abgelaufen(); //Comment: //zeitglied 10 //digitimq10 start //Call Macro: digitime10_start FCM_digitime10_start(); //digitime10 abgelaufen //Call Macro: digitime10_abgelaufen FCM_digitime10_abgelaufen(); //Comment: //zeitglied 11 //digitimq11 start //Call Macro: digitime11_start FCM_digitime11_start(); //digitime11 abgelaufen //Call Macro: digitime11_abgelaufen FCM_digitime11_abgelaufen(); //Comment: //zeitglied 12 //digitimq12 start //Call Macro: digitime12_start FCM_digitime12_start(); //digitime12 abgelaufen //Call Macro: digitime12_abgelaufen FCM_digitime12_abgelaufen(); //Comment: //zeitglied 13 //digitimq13 start //Call Macro: digitime13_start FCM_digitime13_start(); //digitime13 abgelaufen //Call Macro: digitime13_abgelaufen FCM_digitime13_abgelaufen(); //Comment: //zeitglied 14 //digitimq14 start //Call Macro: digitime14_start FCM_digitime14_start(); //digitime14 abgelaufen //Call Macro: digitime14_abgelaufen FCM_digitime14_abgelaufen(); //Comment: //zeitglied 15 //digitimq15 start //Call Macro: digitime15_start FCM_digitime15_start(); //digitime15 abgelaufen //Call Macro: digitime15_abgelaufen FCM_digitime15_abgelaufen(); //Comment: //zeitglied 16 //digitimq16 start //Call Macro: digitime16_start FCM_digitime16_start(); //digitime16 abgelaufen //Call Macro: digitime16_abgelaufen FCM_digitime16_abgelaufen(); //Comment: //zeitglied 17 //digitimq17 start //Call Macro: digitime17_start FCM_digitime17_start(); //digitime17 abgelaufen //Call Macro: digitime17_abgelaufen FCM_digitime17_abgelaufen(); //Comment: //zeitglied 18 //digitimq18 start //Call Macro: digitime18_start FCM_digitime18_start(); //digitime18 abgelaufen //Call Macro: digitime18_abgelaufen FCM_digitime18_abgelaufen(); //Comment: //zeitglied 19 //digitimq19 start //Call Macro: digitime19_start FCM_digitime19_start(); //digitime19 abgelaufen //Call Macro: digitime19_abgelaufen FCM_digitime19_abgelaufen(); //Comment: //zeitglied 20 //digitimq19 start //Call Macro: digitime20_start FCM_digitime20_start(); //digitime20 abgelaufen //Call Macro: digitime20_abgelaufen FCM_digitime20_abgelaufen(); //Comment: //zeitglied 21 //digitimq21 start //Call Macro: digitime21_start FCM_digitime21_start(); //digitime21 abgelaufen //Call Macro: digitime21_abgelaufen FCM_digitime21_abgelaufen(); //Comment: //zeitglied 22 //digitimq22 start //Call Macro: digitime22_start FCM_digitime22_start(); //digitime22 abgelaufen //Call Macro: digitime22_abgelaufen FCM_digitime22_abgelaufen(); //Comment: //zeitglied 23 //digitimq23 start //Call Macro: digitime23_start FCM_digitime23_start(); //digitime23 abgelaufen //Call Macro: digitime23_abgelaufen FCM_digitime23_abgelaufen(); //Comment: //zeitglied 24 //digitimq24 start //Call Macro: digitime24_start FCM_digitime24_start(); //digitime24 abgelaufen //Call Macro: digitime24_abgelaufen FCM_digitime24_abgelaufen(); //Comment: //zeitglied 25 //digitimq25 start //Call Macro: digitime25_start FCM_digitime25_start(); //digitime25 abgelaufen //Call Macro: digitime25_abgelaufen FCM_digitime25_abgelaufen(); //Comment: //zeitglied 26 //digitimq26 start //Call Macro: digitime26_start FCM_digitime26_start(); //digitime26 abgelaufen //Call Macro: digitime26_abgelaufen FCM_digitime26_abgelaufen(); //Comment: //zeitglied 27 //digitimq27 start //Call Macro: digitime27_start FCM_digitime27_start(); //digitime27 abgelaufen //Call Macro: digitime27_abgelaufen FCM_digitime27_abgelaufen(); //Comment: //zeitglied 28 //digitimq28 start //Call Macro: digitime28_start FCM_digitime28_start(); //digitime28 abgelaufen //Call Macro: digitime28_abgelaufen FCM_digitime28_abgelaufen(); //Comment: //zeitglied 29 //digitimq29 start //Call Macro: digitime29_start FCM_digitime29_start(); //digitime29 abgelaufen //Call Macro: digitime29_abgelaufen FCM_digitime29_abgelaufen(); //Comment: //zeitglied 30 //digitimq30 start //Call Macro: digitime30_start FCM_digitime30_start(); //digitime30 abgelaufen //Call Macro: digitime30_abgelaufen FCM_digitime30_abgelaufen(); //Comment: //zeitglied 31 //digitimq31 start //Call Macro: digitime31_start FCM_digitime31_start(); //digitime31 abgelaufen //Call Macro: digitime31_abgelaufen FCM_digitime31_abgelaufen(); //Comment: //zeitglied 32 //digitimq32 start //Call Macro: digitime32_start FCM_digitime32_start(); //digitime32 abgelaufen //Call Macro: digitime32_abgelaufen FCM_digitime32_abgelaufen(); } void FCM_digitime03_start() { } void FCM_digitime03_abgelaufen() { } void FCM_digitime_xx_abgl_bearbeiten(char FCL_NR) { //Switch //Switch: digitime_xx_abgl_bearbeiten.nr? switch (FCL_NR) { case 1: { //Call Macro //Call Macro: digitime01_abgelaufen FCM_digitime01_abgelaufen(); break; } case 2: { //Call Macro //Call Macro: digitime02_abgelaufen FCM_digitime02_abgelaufen(); break; } case 3: { //Call Macro //Call Macro: digitime03_abgelaufen FCM_digitime03_abgelaufen(); break; } case 4: { //Call Macro //Call Macro: digitime04_abgelaufen FCM_digitime04_abgelaufen(); break; } case 5: { //Call Macro //Call Macro: digitime05_abgelaufen FCM_digitime05_abgelaufen(); break; } case 6: { //Call Macro //Call Macro: digitime06_abgelaufen FCM_digitime06_abgelaufen(); break; } case 7: { //Call Macro //Call Macro: digitime07_abgelaufen FCM_digitime07_abgelaufen(); break; } case 8: { //Call Macro //Call Macro: digitime08_abgelaufen FCM_digitime08_abgelaufen(); break; } case 9: { //Call Macro //Call Macro: digitime09_abgelaufen FCM_digitime09_abgelaufen(); break; } case 10: { //Call Macro //Call Macro: digitime10_abgelaufen FCM_digitime10_abgelaufen(); break; } default: { //Goto Connection Point //Goto Connection Point: [B]: B goto FCC_digitime_xx_abgl_bearbeiten_B; } } //Goto Connection Point //Goto Connection Point: [A]: A goto FCC_digitime_xx_abgl_bearbeiten_A; //Connection Point //Connection Point: [B]: B FCC_digitime_xx_abgl_bearbeiten_B: ; //Switch //Switch: digitime_xx_abgl_bearbeiten.nr? switch (FCL_NR) { case 11: { //Call Macro //Call Macro: digitime11_abgelaufen FCM_digitime11_abgelaufen(); break; } case 12: { //Call Macro //Call Macro: digitime12_abgelaufen FCM_digitime12_abgelaufen(); break; } case 13: { //Call Macro //Call Macro: digitime13_abgelaufen FCM_digitime13_abgelaufen(); break; } case 14: { //Call Macro //Call Macro: digitime14_abgelaufen FCM_digitime14_abgelaufen(); break; } case 15: { //Call Macro //Call Macro: digitime15_abgelaufen FCM_digitime15_abgelaufen(); break; } case 16: { //Call Macro //Call Macro: digitime16_abgelaufen FCM_digitime16_abgelaufen(); break; } case 17: { //Call Macro //Call Macro: digitime17_abgelaufen FCM_digitime17_abgelaufen(); break; } case 18: { //Call Macro //Call Macro: digitime18_abgelaufen FCM_digitime18_abgelaufen(); break; } case 19: { //Call Macro //Call Macro: digitime19_abgelaufen FCM_digitime19_abgelaufen(); break; } case 20: { //Call Macro //Call Macro: digitime20_abgelaufen FCM_digitime20_abgelaufen(); break; } default: { //Goto Connection Point //Goto Connection Point: [C]: C goto FCC_digitime_xx_abgl_bearbeiten_C; } } //Goto Connection Point //Goto Connection Point: [A]: A goto FCC_digitime_xx_abgl_bearbeiten_A; //Connection Point //Connection Point: [C]: C FCC_digitime_xx_abgl_bearbeiten_C: ; //Switch //Switch: digitime_xx_abgl_bearbeiten.nr? switch (FCL_NR) { case 21: { //Call Macro //Call Macro: digitime21_abgelaufen FCM_digitime21_abgelaufen(); break; } case 22: { //Call Macro //Call Macro: digitime22_abgelaufen FCM_digitime22_abgelaufen(); break; } case 23: { //Call Macro //Call Macro: digitime23_abgelaufen FCM_digitime23_abgelaufen(); break; } case 24: { //Call Macro //Call Macro: digitime24_abgelaufen FCM_digitime24_abgelaufen(); break; } case 25: { //Call Macro //Call Macro: digitime25_abgelaufen FCM_digitime25_abgelaufen(); break; } case 26: { //Call Macro //Call Macro: digitime26_abgelaufen FCM_digitime26_abgelaufen(); break; } case 27: { //Call Macro //Call Macro: digitime27_abgelaufen FCM_digitime27_abgelaufen(); break; } case 28: { //Call Macro //Call Macro: digitime28_abgelaufen FCM_digitime28_abgelaufen(); break; } case 9: { //Call Macro //Call Macro: digitime29_abgelaufen FCM_digitime29_abgelaufen(); break; } case 30: { //Call Macro //Call Macro: digitime30_abgelaufen FCM_digitime30_abgelaufen(); break; } default: { //Goto Connection Point //Goto Connection Point: [D]: D goto FCC_digitime_xx_abgl_bearbeiten_D; } } //Goto Connection Point //Goto Connection Point: [A]: A goto FCC_digitime_xx_abgl_bearbeiten_A; //Connection Point //Connection Point: [D]: D FCC_digitime_xx_abgl_bearbeiten_D: ; //Switch //Switch: digitime_xx_abgl_bearbeiten.nr? switch (FCL_NR) { case 31: { //Call Macro //Call Macro: digitime31_abgelaufen FCM_digitime31_abgelaufen(); break; } case 32: { //Call Macro //Call Macro: digitime32_abgelaufen FCM_digitime32_abgelaufen(); break; } } //Connection Point //Connection Point: [A]: A FCC_digitime_xx_abgl_bearbeiten_A: ; } void FCM_digitime_xx_start_bearbeiten(char FCL_NR) { //Switch //Switch: digitime_xx_start_bearbeiten.nr? switch (FCL_NR) { case 1: { //Call Macro //Call Macro: digitime01_start FCM_digitime01_start(); break; } case 2: { //Call Macro //Call Macro: digitime02_start FCM_digitime02_start(); break; } case 3: { //Call Macro //Call Macro: digitime03_start FCM_digitime03_start(); break; } case 4: { //Call Macro //Call Macro: digitime04_start FCM_digitime04_start(); break; } case 5: { //Call Macro //Call Macro: digitime05_start FCM_digitime05_start(); break; } case 6: { //Call Macro //Call Macro: digitime06_start FCM_digitime06_start(); break; } case 7: { //Call Macro //Call Macro: digitime07_start FCM_digitime07_start(); break; } case 8: { //Call Macro //Call Macro: digitime08_start FCM_digitime08_start(); break; } case 9: { //Call Macro //Call Macro: digitime09_start FCM_digitime09_start(); break; } case 10: { //Call Macro //Call Macro: digitime10_start FCM_digitime10_start(); break; } default: { //Goto Connection Point //Goto Connection Point: [B]: B goto FCC_digitime_xx_start_bearbeiten_B; } } //Goto Connection Point //Goto Connection Point: [A]: A goto FCC_digitime_xx_start_bearbeiten_A; //Connection Point //Connection Point: [B]: B FCC_digitime_xx_start_bearbeiten_B: ; //Switch //Switch: digitime_xx_start_bearbeiten.nr? switch (FCL_NR) { case 11: { //Call Macro //Call Macro: digitime11_start FCM_digitime11_start(); break; } case 12: { //Call Macro //Call Macro: digitime12_start FCM_digitime12_start(); break; } case 13: { //Call Macro //Call Macro: digitime13_start FCM_digitime13_start(); break; } case 14: { //Call Macro //Call Macro: digitime14_start FCM_digitime14_start(); break; } case 15: { //Call Macro //Call Macro: digitime15_start FCM_digitime15_start(); break; } case 16: { //Call Macro //Call Macro: digitime16_start FCM_digitime16_start(); break; } case 17: { //Call Macro //Call Macro: digitime17_start FCM_digitime17_start(); break; } case 18: { //Call Macro //Call Macro: digitime18_start FCM_digitime18_start(); break; } case 19: { //Call Macro //Call Macro: digitime19_start FCM_digitime19_start(); break; } case 20: { //Call Macro //Call Macro: digitime20_start FCM_digitime20_start(); break; } default: { //Goto Connection Point //Goto Connection Point: [C]: C goto FCC_digitime_xx_start_bearbeiten_C; } } //Goto Connection Point //Goto Connection Point: [A]: A goto FCC_digitime_xx_start_bearbeiten_A; //Connection Point //Connection Point: [C]: C FCC_digitime_xx_start_bearbeiten_C: ; //Switch //Switch: digitime_xx_start_bearbeiten.nr? switch (FCL_NR) { case 21: { //Call Macro //Call Macro: digitime21_start FCM_digitime21_start(); break; } case 22: { //Call Macro //Call Macro: digitime22_start FCM_digitime22_start(); break; } case 23: { //Call Macro //Call Macro: digitime23_start FCM_digitime23_start(); break; } case 24: { //Call Macro //Call Macro: digitime24_start FCM_digitime24_start(); break; } case 25: { //Call Macro //Call Macro: digitime25_start FCM_digitime25_start(); break; } case 26: { //Call Macro //Call Macro: digitime26_start FCM_digitime26_start(); break; } case 27: { //Call Macro //Call Macro: digitime27_start FCM_digitime27_start(); break; } case 28: { //Call Macro //Call Macro: digitime28_start FCM_digitime28_start(); break; } case 29: { //Call Macro //Call Macro: digitime29_start FCM_digitime29_start(); break; } case 30: { //Call Macro //Call Macro: digitime30_start FCM_digitime30_start(); break; } default: { //Goto Connection Point //Goto Connection Point: [D]: D goto FCC_digitime_xx_start_bearbeiten_D; } } //Goto Connection Point //Goto Connection Point: [A]: A goto FCC_digitime_xx_start_bearbeiten_A; //Connection Point //Connection Point: [D]: D FCC_digitime_xx_start_bearbeiten_D: ; //Switch //Switch: digitime_xx_start_bearbeiten.nr? switch (FCL_NR) { case 31: { //Call Macro //Call Macro: digitime31_start FCM_digitime31_start(); break; } case 32: { //Call Macro //Call Macro: digitime32_start FCM_digitime32_start(); break; } } //Connection Point //Connection Point: [A]: A FCC_digitime_xx_start_bearbeiten_A: ; } void FCM_test_durchlaufzeit() { //enable_test //Output: ena7_test -> PORTF_L TRISF = TRISF & 0xffe2; PORTF = (LATF & 0xffe2) | (FCV_ENA7_TEST & 0x001d); //Delay //Delay: 2 us delay_us(2); //enable_test //Output: ena0_aus -> PORTF_L TRISF = TRISF & 0xffe2; PORTF = (LATF & 0xffe2) | (FCV_ENA0_AUS & 0x001d); } void FCM_led_out() { //Decision //Decision: led[1] = an? if (FCV_LED[1] == FCV_AN) { //Calculation //Calculation: // led_1bis8 = led_1bis8 AND 0b11111110 FCV_LED_1BIS8 = FCV_LED_1BIS8 & 254; } else { //Calculation //Calculation: // led_1bis8 = led_1bis8 OR 0b00000001 FCV_LED_1BIS8 = FCV_LED_1BIS8 | 1; } //Decision //Decision: led[2] = an? if (FCV_LED[2] == FCV_AN) { //Calculation //Calculation: // led_1bis8 = led_1bis8 AND 0b11111101 FCV_LED_1BIS8 = FCV_LED_1BIS8 & 253; } else { //Calculation //Calculation: // led_1bis8 = led_1bis8 OR 0b00000010 FCV_LED_1BIS8 = FCV_LED_1BIS8 | 2; } //Decision //Decision: led[3] = an? if (FCV_LED[3] == FCV_AN) { //Calculation //Calculation: // led_1bis8 = led_1bis8 AND 0b11111011 FCV_LED_1BIS8 = FCV_LED_1BIS8 & 251; } else { //Calculation //Calculation: // led_1bis8 = led_1bis8 OR 0b00000100 FCV_LED_1BIS8 = FCV_LED_1BIS8 | 4; } //Decision //Decision: led[4] = an? if (FCV_LED[4] == FCV_AN) { //Calculation //Calculation: // led_1bis8 = led_1bis8 AND 0b11110111 FCV_LED_1BIS8 = FCV_LED_1BIS8 & 247; } else { //Calculation //Calculation: // led_1bis8 = led_1bis8 OR 0b00001000 FCV_LED_1BIS8 = FCV_LED_1BIS8 | 8; } //Decision //Decision: led[5] = an? if (FCV_LED[5] == FCV_AN) { //Calculation //Calculation: // led_1bis8 = led_1bis8 AND 0b11101111 FCV_LED_1BIS8 = FCV_LED_1BIS8 & 239; } else { //Calculation //Calculation: // led_1bis8 = led_1bis8 OR 0b00010000 FCV_LED_1BIS8 = FCV_LED_1BIS8 | 16; } //Decision //Decision: led[6] = an? if (FCV_LED[6] == FCV_AN) { //Calculation //Calculation: // led_1bis8 = led_1bis8 AND 0b11011111 FCV_LED_1BIS8 = FCV_LED_1BIS8 & 223; } else { //Calculation //Calculation: // led_1bis8 = led_1bis8 OR 0b00100000 FCV_LED_1BIS8 = FCV_LED_1BIS8 | 32; } //Decision //Decision: led[7] = an? if (FCV_LED[7] == FCV_AN) { //Calculation //Calculation: // led_1bis8 = led_1bis8 AND 0b10111111 FCV_LED_1BIS8 = FCV_LED_1BIS8 & 191; } else { //Calculation //Calculation: // led_1bis8 = led_1bis8 OR 0b01000000 FCV_LED_1BIS8 = FCV_LED_1BIS8 | 64; } //Decision //Decision: led[8] = an? if (FCV_LED[8] == FCV_AN) { //Calculation //Calculation: // led_1bis8 = led_1bis8 AND 0b01111111 FCV_LED_1BIS8 = FCV_LED_1BIS8 & 127; } else { //Calculation //Calculation: // led_1bis8 = led_1bis8 OR 0b10000000 FCV_LED_1BIS8 = FCV_LED_1BIS8 | 128; } //Output //Output: led_1bis8 -> PORTB_H TRISB = TRISB & 0x00ff; PORTB = (LATB & 0x00ff) | (FCV_LED_1BIS8<<8); //led_enable_09 //Output: ena3_led -> PORTD_L TRISD = TRISD & 0xffc3; PORTD = (LATD & 0xffc3) | (FCV_ENA3_LED & 0x003c); //enable_aus //Output: ena0_aus -> PORTD_L TRISD = TRISD & 0xffc3; PORTD = (LATD & 0xffc3) | (FCV_ENA0_AUS & 0x003c); } void FCM_ras_tas_lesen() { //Local variable definitions char FCL_ZAEHLT; char FCL_COMPARE; //!!! datenbus entschärfen !!! //Input: PORTB_H -> dummi TRISB = TRISB | 0xff00; FCV_DUMMI = (PORTB & 0xff00) >> 8; //tasten eneable //Output: ena2_tas -> PORTD_L TRISD = TRISD & 0xffc3; PORTD = (LATD & 0xffc3) | (FCV_ENA2_TAS & 0x003c); //tasten einlesen //Input: PORTB_H -> tas_1bis8 TRISB = TRISB | 0xff00; FCV_TAS_1BIS8 = (PORTB & 0xff00) >> 8; //Calculation //Calculation: // ras_tas_lesen.zaehlt = 8 // ras_tas_lesen.compare = 0b10000000 FCL_ZAEHLT = 8; FCL_COMPARE = 128; //Connection Point //Connection Point: [A]: A FCC_ras_tas_lesen_A: ; //Decision //Decision: ras_tas_lesen.zaehlt = 0? if (FCL_ZAEHLT == 0) { } else { //Calculation //Calculation: // Ta[ras_tas_lesen.zaehlt] = tas_1bis8 AND ras_tas_lesen.compare FCV_TA[FCL_ZAEHLT] = FCV_TAS_1BIS8 & FCL_COMPARE; //Calculation //Calculation: // Ta[ras_tas_lesen.zaehlt] = Ta[ras_tas_lesen.zaehlt] >> (ras_tas_lesen.zaehlt - 1) FCV_TA[FCL_ZAEHLT] = FCV_TA[FCL_ZAEHLT] >> (FCL_ZAEHLT - 1); //Decision //Decision: Ta[ras_tas_lesen.zaehlt] = bet? if (FCV_TA[FCL_ZAEHLT] == FCV_BET) { //Calculation //Calculation: // rastas_ist[ras_tas_lesen.zaehlt] = an FCV_RASTAS_IST[FCL_ZAEHLT] = FCV_AN; } else { //Calculation //Calculation: // rastas_ist[ras_tas_lesen.zaehlt] = aus // rastas_war[ras_tas_lesen.zaehlt] = aus FCV_RASTAS_IST[FCL_ZAEHLT] = FCV_AUS; FCV_RASTAS_WAR[FCL_ZAEHLT] = FCV_AUS; } //Calculation //Calculation: // ras_tas_lesen.zaehlt = ras_tas_lesen.zaehlt - 1 // ras_tas_lesen.compare = ras_tas_lesen.compare >> 1 FCL_ZAEHLT = FCL_ZAEHLT - 1; FCL_COMPARE = FCL_COMPARE >> 1; //Goto Connection Point //Goto Connection Point: [A]: A goto FCC_ras_tas_lesen_A; } //Calculation //Calculation: // ras_tas_lesen.zaehlt = 8 FCL_ZAEHLT = 8; //Connection Point //Connection Point: [B]: B FCC_ras_tas_lesen_B: ; //Decision //Decision: rastas_ist[ras_tas_lesen.zaehlt] = bet? if (FCV_RASTAS_IST[FCL_ZAEHLT] == FCV_BET) { //Decision //Decision: rastas_war[ras_tas_lesen.zaehlt] = an? if (FCV_RASTAS_WAR[FCL_ZAEHLT] == FCV_AN) { } else { //Decision //Decision: Ra[ras_tas_lesen.zaehlt] = bet? if (FCV_RA[FCL_ZAEHLT] == FCV_BET) { //Calculation //Calculation: // Ra[ras_tas_lesen.zaehlt] = nbet FCV_RA[FCL_ZAEHLT] = FCV_NBET; } else { //Calculation //Calculation: // Ra[ras_tas_lesen.zaehlt] = bet FCV_RA[FCL_ZAEHLT] = FCV_BET; } //Calculation //Calculation: // rastas_war[ras_tas_lesen.zaehlt] = an FCV_RASTAS_WAR[FCL_ZAEHLT] = FCV_AN; } } //Decision //Decision: ras_tas_lesen.zaehlt = 0? if (FCL_ZAEHLT == 0) { } else { //Calculation //Calculation: // ras_tas_lesen.zaehlt = ras_tas_lesen.zaehlt - 1 FCL_ZAEHLT = FCL_ZAEHLT - 1; //Goto Connection Point //Goto Connection Point: [B]: B goto FCC_ras_tas_lesen_B; } //tasten sperren //Output: ena0_aus -> PORTD_L TRISD = TRISD & 0xffc3; PORTD = (LATD & 0xffc3) | (FCV_ENA0_AUS & 0x003c); } void FCM_led_reset() { //Output //Output: 255 -> PORTB_H TRISB = TRISB & 0x00ff; PORTB = (LATB & 0x00ff) | (255<<8); //led_enable_09 //Output: ena3_led -> PORTD_L TRISD = TRISD & 0xffc3; PORTD = (LATD & 0xffc3) | (FCV_ENA3_LED & 0x003c); //enable_aus //Output: ena0_aus -> PORTD_L TRISD = TRISD & 0xffc3; PORTD = (LATD & 0xffc3) | (FCV_ENA0_AUS & 0x003c); } void FCM_i2c_Ix_in_port1bis8() { //Local variable definitions char FCL_PORT_COUNT; //Berechnung //Calculation: // i2c_Ix_in_port1bis8.port_count = i2c_Ixx_1bis8 FCL_PORT_COUNT = FCV_I2C_IXX_1BIS8; //Verbindungspunkt //Connection Point: [A]: A FCC_i2c_Ix_in_port1bis8_A: ; //Entscheidung //Decision: i2c_Ix_in_port1bis8.port_count <> 0? if (FCL_PORT_COUNT != 0) { //Call Macro //Call Macro: i2c_I1bisI64_lesen(i2c_Ix_in_port1bis8.port_count) FCM_i2c_I1bisI64_lesen(FCL_PORT_COUNT); //Berechnung //Calculation: // i2c_Ix_in_port1bis8.port_count = i2c_Ix_in_port1bis8.port_count - 1 FCL_PORT_COUNT = FCL_PORT_COUNT - 1; //Gehe zum Verbindungspunkt //Goto Connection Point: [A]: A goto FCC_i2c_Ix_in_port1bis8_A; } } void FCM_i2c_I1bisI64_lesen(char FCL_I_PORT1BIS8) { //Local variable definitions char FCL_NR; char FCL_I2C_AD_DAT; //Comment: //XXXXXXXXXXXXXXXXXXXXXXXXXXXX //i2c_start //Call Macro: i2_start FCM_i2_start(); //Comment: //start //feste adresse 0x7X //out = 0b0111 000 0 //in = 0b0111 000 1 //Comment: //feste adresse 0x7X //ende //Comment: //start //var_adresse //Switch //Switch: i2c_I1bisI64_lesen.I_port1bis8? switch (FCL_I_PORT1BIS8) { case 1: { //Calculation //Calculation: // i2c_I1bisI64_lesen.i2c_ad_dat = 0b01110001 FCL_I2C_AD_DAT = 113; //Calculation //Calculation: // i2c_I1bisI64_lesen.nr = 8 FCL_NR = 8; break; } case 2: { //Calculation //Calculation: // i2c_I1bisI64_lesen.i2c_ad_dat = 0b01110011 FCL_I2C_AD_DAT = 115; //Calculation //Calculation: // i2c_I1bisI64_lesen.nr = 16 FCL_NR = 16; break; } case 3: { //Calculation //Calculation: // i2c_I1bisI64_lesen.i2c_ad_dat = 0b01110101 FCL_I2C_AD_DAT = 117; //Calculation //Calculation: // i2c_I1bisI64_lesen.nr = 24 FCL_NR = 24; break; } case 4: { //Calculation //Calculation: // i2c_I1bisI64_lesen.i2c_ad_dat = 0b01110111 FCL_I2C_AD_DAT = 119; //Calculation //Calculation: // i2c_I1bisI64_lesen.nr = 32 FCL_NR = 32; break; } case 5: { //Calculation //Calculation: // i2c_I1bisI64_lesen.i2c_ad_dat = 0b01111001 FCL_I2C_AD_DAT = 121; //Calculation //Calculation: // i2c_I1bisI64_lesen.nr = 40 FCL_NR = 40; break; } case 6: { //Calculation //Calculation: // i2c_I1bisI64_lesen.i2c_ad_dat = 0b01111011 FCL_I2C_AD_DAT = 123; //Calculation //Calculation: // i2c_I1bisI64_lesen.nr = 48 FCL_NR = 48; break; } case 7: { //Calculation //Calculation: // i2c_I1bisI64_lesen.i2c_ad_dat = 0b01111101 FCL_I2C_AD_DAT = 125; //Calculation //Calculation: // i2c_I1bisI64_lesen.nr = 56 FCL_NR = 56; break; } case 8: { //Calculation //Calculation: // i2c_I1bisI64_lesen.i2c_ad_dat = 0b01111111 FCL_I2C_AD_DAT = 127; //Calculation //Calculation: // i2c_I1bisI64_lesen.nr = 64 FCL_NR = 64; break; } } //Call Macro //Call Macro: i2c_write_byte(i2c_I1bisI64_lesen.i2c_ad_dat) FCM_i2c_write_byte(FCL_I2C_AD_DAT); //Comment: //ac_bit lesen //i2c_ack_von_slave //Call Macro: i2c_ack_von_slave FCM_i2c_ack_von_slave(); //Comment: //start //daten //Input bit 7 //Input: G15 -> I[i2c_I1bisI64_lesen.nr] TRISG = TRISG | 0x8000; FCV_I[FCL_NR] = ((PORTG & 0x8000) == 0x8000); //Calculation //Calculation: // i2c_I1bisI64_lesen.nr = i2c_I1bisI64_lesen.nr - 1 FCL_NR = FCL_NR - 1; //Makro-Aufruf //Call Macro: i2c_clock FCM_i2c_clock(); //Comment: //Kommentar //Input bit 6 //Input: G15 -> I[i2c_I1bisI64_lesen.nr] TRISG = TRISG | 0x8000; FCV_I[FCL_NR] = ((PORTG & 0x8000) == 0x8000); //Calculation //Calculation: // i2c_I1bisI64_lesen.nr = i2c_I1bisI64_lesen.nr - 1 FCL_NR = FCL_NR - 1; //Makro-Aufruf //Call Macro: i2c_clock FCM_i2c_clock(); //Comment: //Kommentar //Input bit 5 //Input: G15 -> I[i2c_I1bisI64_lesen.nr] TRISG = TRISG | 0x8000; FCV_I[FCL_NR] = ((PORTG & 0x8000) == 0x8000); //Calculation //Calculation: // i2c_I1bisI64_lesen.nr = i2c_I1bisI64_lesen.nr - 1 FCL_NR = FCL_NR - 1; //Makro-Aufruf //Call Macro: i2c_clock FCM_i2c_clock(); //Comment: //Kommentar //Input bit 4 //Input: G15 -> I[i2c_I1bisI64_lesen.nr] TRISG = TRISG | 0x8000; FCV_I[FCL_NR] = ((PORTG & 0x8000) == 0x8000); //Calculation //Calculation: // i2c_I1bisI64_lesen.nr = i2c_I1bisI64_lesen.nr - 1 FCL_NR = FCL_NR - 1; //Makro-Aufruf //Call Macro: i2c_clock FCM_i2c_clock(); //Comment: //LOB //Input bit 3 //Input: G15 -> I[i2c_I1bisI64_lesen.nr] TRISG = TRISG | 0x8000; FCV_I[FCL_NR] = ((PORTG & 0x8000) == 0x8000); //Calculation //Calculation: // i2c_I1bisI64_lesen.nr = i2c_I1bisI64_lesen.nr - 1 FCL_NR = FCL_NR - 1; //Makro-Aufruf //Call Macro: i2c_clock FCM_i2c_clock(); //Comment: //Kommentar //Input bit 2 //Input: G15 -> I[i2c_I1bisI64_lesen.nr] TRISG = TRISG | 0x8000; FCV_I[FCL_NR] = ((PORTG & 0x8000) == 0x8000); //Calculation //Calculation: // i2c_I1bisI64_lesen.nr = i2c_I1bisI64_lesen.nr - 1 FCL_NR = FCL_NR - 1; //Makro-Aufruf //Call Macro: i2c_clock FCM_i2c_clock(); //Comment: //Kommentar //Input bit 1 //Input: G15 -> I[i2c_I1bisI64_lesen.nr] TRISG = TRISG | 0x8000; FCV_I[FCL_NR] = ((PORTG & 0x8000) == 0x8000); //Calculation //Calculation: // i2c_I1bisI64_lesen.nr = i2c_I1bisI64_lesen.nr - 1 FCL_NR = FCL_NR - 1; //Makro-Aufruf //Call Macro: i2c_clock FCM_i2c_clock(); //Comment: //Kommentar //Input bit 0 //Input: G15 -> I[i2c_I1bisI64_lesen.nr] TRISG = TRISG | 0x8000; FCV_I[FCL_NR] = ((PORTG & 0x8000) == 0x8000); //Makro-Aufruf //Call Macro: i2c_clock FCM_i2c_clock(); //Comment: //ende //daten //Comment: //ac_bit lesen //i2c_ack_von_slave //Call Macro: i2c_ack_von_slave FCM_i2c_ack_von_slave(); //Comment: //Kommentar //i2c_stopp //Call Macro: i2c_stopp FCM_i2c_stopp(); //Comment: //XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX } void FCM_i2c_eeprom_wr(char FCL_BLOCK_0BIS1, char FCL_AD_HOB, char FCL_AD_LOB, char FCL_DATEN) { //Local variable definitions char FCL_DATA; char FCL_DUMMI; char FCL_COUNT; //Comment: //XXXXXXXXXXXXXXXXXXXXXXXXXXXX //i2c eeprom start //Call Macro: i2c_eeprom_start FCM_i2c_eeprom_start(); //id conf byte bilden //Calculation: // i2c_eeprom_wr.data = 0b10100000 // i2c_eeprom_wr.data = i2c_eeprom_wr.data + (i2c_eeprom_wr.block_0bis1 << 3) FCL_DATA = 160; FCL_DATA = FCL_DATA + (FCL_BLOCK_0BIS1 << 3); //i2c eeprom write byte //Call Macro: i2c_eeprom_write_byte(i2c_eeprom_wr.data) FCM_i2c_eeprom_write_byte(FCL_DATA); //Comment: //ac_bit lesen //i2c ack von slave eeprom //Call Macro: i2c_ack_von_slave_eeprom FCM_i2c_ack_von_slave_eeprom(); //Comment: //***************** //adresse hob //i2c eeprom write byte //Call Macro: i2c_eeprom_write_byte(i2c_eeprom_wr.ad_hob) FCM_i2c_eeprom_write_byte(FCL_AD_HOB); //Comment: //ac_bit lesen //i2c von slave eeprom //Call Macro: i2c_ack_von_slave_eeprom FCM_i2c_ack_von_slave_eeprom(); //Comment: //***************** //adresse lob //i2c eeprom write byte //Call Macro: i2c_eeprom_write_byte(i2c_eeprom_wr.ad_lob) FCM_i2c_eeprom_write_byte(FCL_AD_LOB); //Comment: //ac_bit lesen //i2c von slave eeprom //Call Macro: i2c_ack_von_slave_eeprom FCM_i2c_ack_von_slave_eeprom(); //Comment: //***************** //start //daten //i2c eeprom write byte //Call Macro: i2c_eeprom_write_byte(i2c_eeprom_wr.daten) FCM_i2c_eeprom_write_byte(FCL_DATEN); //Comment: //ac_bit lesen //ac bit lesen eeprom //Call Macro: i2c_ack_von_slave_eeprom FCM_i2c_ack_von_slave_eeprom(); //Comment: //Kommentar //i2c stopp eeprom //Call Macro: i2c_stopp_eeprom FCM_i2c_stopp_eeprom(); //Comment: //XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX //Delay //Delay: 5 ms delay_ms(5); } void FCM_i2c_eeprom_rd(char FCL_BLOCK_0BIS1, char FCL_AD_HOB, char FCL_AD_LOB) { //Local variable definitions char FCL_DATA; //Comment: //XXXXXXXXXXXXXXXXXXXXXXXXXXXX //i2c eeprom start //Call Macro: i2c_eeprom_start FCM_i2c_eeprom_start(); //Comment: //start //feste adresse 0xa0 //id conf byte bilden //Calculation: // i2c_eeprom_rd.data = 0b10100000 // i2c_eeprom_rd.data = i2c_eeprom_rd.data + (i2c_eeprom_rd.block_0bis1 << 3) FCL_DATA = 160; FCL_DATA = FCL_DATA + (FCL_BLOCK_0BIS1 << 3); //i2c eeprom write byte //Call Macro: i2c_eeprom_write_byte(i2c_eeprom_rd.data) FCM_i2c_eeprom_write_byte(FCL_DATA); //Comment: //ac_bit lesen //i2c ack von slave eeprom //Call Macro: i2c_ack_von_slave_eeprom FCM_i2c_ack_von_slave_eeprom(); //Comment: //***************** //adresse hob //i2c eeprom write byte //Call Macro: i2c_eeprom_write_byte(i2c_eeprom_rd.ad_hob) FCM_i2c_eeprom_write_byte(FCL_AD_HOB); //Comment: //ac_bit lesen //i2c von slave eeprom //Call Macro: i2c_ack_von_slave_eeprom FCM_i2c_ack_von_slave_eeprom(); //Comment: //***************** //adresse lob //i2c eeprom write byte //Call Macro: i2c_eeprom_write_byte(i2c_eeprom_rd.ad_lob) FCM_i2c_eeprom_write_byte(FCL_AD_LOB); //Comment: //ac_bit lesen //i2c von slave eeprom //Call Macro: i2c_ack_von_slave_eeprom FCM_i2c_ack_von_slave_eeprom(); //Comment: //XXXXXXXXXXXXXXXXXXXXXXX //start eeprom lesen //XXXXXXXXXXXXXXXXXXXXXXX //i2c eeprom start //Call Macro: i2c_eeprom_start FCM_i2c_eeprom_start(); //Comment: //start //feste adresse 0xa0 //id conf byte bilden //Calculation: // i2c_eeprom_rd.data = 0b10100001 // i2c_eeprom_rd.data = i2c_eeprom_rd.data + (i2c_eeprom_rd.block_0bis1 << 3) FCL_DATA = 161; FCL_DATA = FCL_DATA + (FCL_BLOCK_0BIS1 << 3); //i2c eeprom write byte //Call Macro: i2c_eeprom_write_byte(i2c_eeprom_rd.data) FCM_i2c_eeprom_write_byte(FCL_DATA); //Comment: //ac_bit lesen //i2c ack von slave eeprom //Call Macro: i2c_ack_von_slave_eeprom FCM_i2c_ack_von_slave_eeprom(); //Comment: //***************** //start //daten //Input bit 7 //Input: D7 -> i2c_eeprom_rd.data TRISD = TRISD | 0x0080; FCL_DATA = ((PORTD & 0x0080) == 0x0080); //berechnung bit 7 //Calculation: // eeprom_daten = 0x00 // eeprom_daten = i2c_eeprom_rd.data // eeprom_daten = eeprom_daten << 1 FCV_EEPROM_DATEN = 0x00; FCV_EEPROM_DATEN = FCL_DATA; FCV_EEPROM_DATEN = FCV_EEPROM_DATEN << 1; //Call Macro clock eeprom //Call Macro: i2c_clock_eeprom FCM_i2c_clock_eeprom(); //Comment: //Kommentar //Input bit 6 //Input: D7 -> i2c_eeprom_rd.data TRISD = TRISD | 0x0080; FCL_DATA = ((PORTD & 0x0080) == 0x0080); //berechnung bit 6 //Calculation: // eeprom_daten = eeprom_daten + i2c_eeprom_rd.data // eeprom_daten = eeprom_daten << 1 FCV_EEPROM_DATEN = FCV_EEPROM_DATEN + FCL_DATA; FCV_EEPROM_DATEN = FCV_EEPROM_DATEN << 1; //Call Macro clock eeprom //Call Macro: i2c_clock_eeprom FCM_i2c_clock_eeprom(); //Comment: //Kommentar //Input bit 5 //Input: D7 -> i2c_eeprom_rd.data TRISD = TRISD | 0x0080; FCL_DATA = ((PORTD & 0x0080) == 0x0080); //berechnung bit 5 //Calculation: // eeprom_daten = eeprom_daten + i2c_eeprom_rd.data // eeprom_daten = eeprom_daten << 1 FCV_EEPROM_DATEN = FCV_EEPROM_DATEN + FCL_DATA; FCV_EEPROM_DATEN = FCV_EEPROM_DATEN << 1; //Call Macro clock eeprom //Call Macro: i2c_clock_eeprom FCM_i2c_clock_eeprom(); //Comment: //Kommentar //Input bit 4 //Input: D7 -> i2c_eeprom_rd.data TRISD = TRISD | 0x0080; FCL_DATA = ((PORTD & 0x0080) == 0x0080); //berechnung bit 4 //Calculation: // eeprom_daten = eeprom_daten + i2c_eeprom_rd.data // eeprom_daten = eeprom_daten << 1 FCV_EEPROM_DATEN = FCV_EEPROM_DATEN + FCL_DATA; FCV_EEPROM_DATEN = FCV_EEPROM_DATEN << 1; //Call Macro clock eeprom //Call Macro: i2c_clock_eeprom FCM_i2c_clock_eeprom(); //Comment: //LOB //Input bit 3 //Input: D7 -> i2c_eeprom_rd.data TRISD = TRISD | 0x0080; FCL_DATA = ((PORTD & 0x0080) == 0x0080); //berechnung bit 3 //Calculation: // eeprom_daten = eeprom_daten + i2c_eeprom_rd.data // eeprom_daten = eeprom_daten << 1 FCV_EEPROM_DATEN = FCV_EEPROM_DATEN + FCL_DATA; FCV_EEPROM_DATEN = FCV_EEPROM_DATEN << 1; //Call Macro clock eeprom //Call Macro: i2c_clock_eeprom FCM_i2c_clock_eeprom(); //Comment: //Kommentar //Input bit 2 //Input: D7 -> i2c_eeprom_rd.data TRISD = TRISD | 0x0080; FCL_DATA = ((PORTD & 0x0080) == 0x0080); //berechnung bit 2 //Calculation: // eeprom_daten = eeprom_daten + i2c_eeprom_rd.data // eeprom_daten = eeprom_daten << 1 FCV_EEPROM_DATEN = FCV_EEPROM_DATEN + FCL_DATA; FCV_EEPROM_DATEN = FCV_EEPROM_DATEN << 1; //Call Macro clock eeprom //Call Macro: i2c_clock_eeprom FCM_i2c_clock_eeprom(); //Comment: //Kommentar //Input bit 1 //Input: D7 -> i2c_eeprom_rd.data TRISD = TRISD | 0x0080; FCL_DATA = ((PORTD & 0x0080) == 0x0080); //berechnung bit 1 //Calculation: // eeprom_daten = eeprom_daten + i2c_eeprom_rd.data // eeprom_daten = eeprom_daten << 1 FCV_EEPROM_DATEN = FCV_EEPROM_DATEN + FCL_DATA; FCV_EEPROM_DATEN = FCV_EEPROM_DATEN << 1; //Call Macro clock eeprom //Call Macro: i2c_clock_eeprom FCM_i2c_clock_eeprom(); //Comment: //Kommentar //Input bit 0 //Input: D7 -> i2c_eeprom_rd.data TRISD = TRISD | 0x0080; FCL_DATA = ((PORTD & 0x0080) == 0x0080); //berechnung bit 0 //Calculation: // eeprom_daten = eeprom_daten + i2c_eeprom_rd.data FCV_EEPROM_DATEN = FCV_EEPROM_DATEN + FCL_DATA; //Call Macro clock eeprom //Call Macro: i2c_clock_eeprom FCM_i2c_clock_eeprom(); //Comment: //ende //daten //Comment: //ac_bit lesen //no ac eeprom //Call Macro: no_ac_eeprom FCM_no_ac_eeprom(); //Comment: //Kommentar //i2c stopp eeprom //Call Macro: i2c_stopp_eeprom FCM_i2c_stopp_eeprom(); //Comment: //XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX } void FCM_no_ac_eeprom() { //Input //Input: D7 -> dummi TRISD = TRISD | 0x0080; FCV_DUMMI = ((PORTD & 0x0080) == 0x0080); //Makro-Aufruf-clock //Call Macro: i2c_clock_eeprom FCM_i2c_clock_eeprom(); } void FCM_i2c_eeprom_start() { //sda //Output: 1 -> D7 TRISD = TRISD & 0xff7f; if (1) PORTD = (LATD & 0xff7f) | 0x0080; else PORTD = LATD & 0xff7f; //sdc //Output: 1 -> D6 TRISD = TRISD & 0xffbf; if (1) PORTD = (LATD & 0xffbf) | 0x0040; else PORTD = LATD & 0xffbf; //Comment: //start condition : //daten > sda = 0 ?\_ //delay? //clock > scl = 0 ?\_ //delay? //daten = 0 //Output: 0 -> D7 TRISD = TRISD & 0xff7f; if (0) PORTD = (LATD & 0xff7f) | 0x0080; else PORTD = LATD & 0xff7f; //Warten //Delay: i2c_delay us delay_us(FCV_I2C_DELAY); //i2clock = 0 //Output: 0 -> D6 TRISD = TRISD & 0xffbf; if (0) PORTD = (LATD & 0xffbf) | 0x0040; else PORTD = LATD & 0xffbf; //Warten //Delay: i2c_delay us delay_us(FCV_I2C_DELAY); } void FCM_i2c_clock_eeprom() { //i2c clock = 1 //Output: 1 -> D6 TRISD = TRISD & 0xffbf; if (1) PORTD = (LATD & 0xffbf) | 0x0040; else PORTD = LATD & 0xffbf; //Warten //Delay: i2c_rw us delay_us(FCV_I2C_RW); //i2clock = 0 //Output: 0 -> D6 TRISD = TRISD & 0xffbf; if (0) PORTD = (LATD & 0xffbf) | 0x0040; else PORTD = LATD & 0xffbf; //Warten //Delay: i2c_rw us delay_us(FCV_I2C_RW); } void FCM_i2c_ack_von_slave_eeprom() { //Input //Input: D7 -> dummi TRISD = TRISD | 0x0080; FCV_DUMMI = ((PORTD & 0x0080) == 0x0080); //Call Macro i2c clock eeprom //Call Macro: i2c_clock_eeprom FCM_i2c_clock_eeprom(); } void FCM_i2c_stopp_eeprom() { //Comment: //stopp condition : //clock > scl = 1 _/? //delay? //daten > sda = 1 _/? //delay? //i2clock = 1 //Output: 0 -> D6 TRISD = TRISD & 0xffbf; if (0) PORTD = (LATD & 0xffbf) | 0x0040; else PORTD = LATD & 0xffbf; //Warten //Delay: i2c_delay us delay_us(FCV_I2C_DELAY); //daten = 0 //Output: 0 -> D7 TRISD = TRISD & 0xff7f; if (0) PORTD = (LATD & 0xff7f) | 0x0080; else PORTD = LATD & 0xff7f; //Warten //Delay: i2c_delay us delay_us(FCV_I2C_DELAY); //i2clock = 1 //Output: 2 -> D6 TRISD = TRISD & 0xffbf; if (2) PORTD = (LATD & 0xffbf) | 0x0040; else PORTD = LATD & 0xffbf; //Warten //Delay: i2c_delay us delay_us(FCV_I2C_DELAY); //daten = 1 //Output: 1 -> D7 TRISD = TRISD & 0xff7f; if (1) PORTD = (LATD & 0xff7f) | 0x0080; else PORTD = LATD & 0xff7f; //Warten //Delay: i2c_delay us delay_us(FCV_I2C_DELAY); } void FCM_i2c_eeprom_write_byte(char FCL_DATEN) { //Local variable definitions char FCL_COUNT; //Calculation //Calculation: // i2c_eeprom_write_byte.count = 8 FCL_COUNT = 8; //Connection Point //Connection Point: [A]: A FCC_i2c_eeprom_write_byte_A: ; //Decision //Decision: i2c_eeprom_write_byte.count = 0? if (FCL_COUNT == 0) { } else { //ad_bit_7 //Output: i2c_eeprom_write_byte.daten -> PORTD_L TRISD = TRISD & 0xff7f; PORTD = (LATD & 0xff7f) | (FCL_DATEN & 0x0080); //i2c_clock_eeprom //Call Macro: i2c_clock_eeprom FCM_i2c_clock_eeprom(); //Calculation //Calculation: // i2c_eeprom_write_byte.count = i2c_eeprom_write_byte.count - 1 // i2c_eeprom_write_byte.daten = i2c_eeprom_write_byte.daten << 1 FCL_COUNT = FCL_COUNT - 1; FCL_DATEN = FCL_DATEN << 1; //Goto Connection Point //Goto Connection Point: [A]: A goto FCC_i2c_eeprom_write_byte_A; } } void FCM_i2c_write_byte(char FCL_DATEN) { //Local variable definitions char FCL_COUNT; //Calculation //Calculation: // i2c_write_byte.count = 8 FCL_COUNT = 8; //Connection Point //Connection Point: [A]: A FCC_i2c_write_byte_A: ; //Decision //Decision: i2c_write_byte.count = 0? if (FCL_COUNT == 0) { } else { //Output //Output: i2c_write_byte.daten -> PORTG_H TRISG = TRISG & 0x7fff; PORTG = (LATG & 0x7fff) | ((FCL_DATEN<<8) & 0x8000); //Makro-Aufruf-clock //Call Macro: i2c_clock FCM_i2c_clock(); //Calculation //Calculation: // i2c_write_byte.daten = i2c_write_byte.daten << 1 // i2c_write_byte.count = i2c_write_byte.count - 1 FCL_DATEN = FCL_DATEN << 1; FCL_COUNT = FCL_COUNT - 1; //Goto Connection Point //Goto Connection Point: [A]: A goto FCC_i2c_write_byte_A; } } void FCM_anz_nummer(short FCL_ZAHL_0BIS32767, char FCL_STELLEN, char FCL_ZEILE_1BIS2, char FCL_SPALTE_1BIS16) { //Local variable definitions #define FC_ANZ_NUMMER_SZ_NUMMER 5 char FCL_NUMMER[FC_ANZ_NUMMER_SZ_NUMMER]; char FCL_LAENGE; char FCL_COUNT; char FCL_ZEILE; char FCL_SPALTE; char FCL_COUR; char FCL_COM_RESULT; //Comment: //auf gleichheit prüfen //zeile //Decision: anz_nummer.zeile_1bis2 = 1? if (FCL_ZEILE_1BIS2 == 1) { //Decision //Decision: anz_nummer.zahl_0bis32767 = anz_nummer_update_z0[anz_nummer.spalte_1bis16]? if (FCL_ZAHL_0BIS32767 == FCV_ANZ_NUMMER_UPDATE_Z0[FCL_SPALTE_1BIS16]) { //Goto Connection Point //Goto Connection Point: [B]: B goto FCC_anz_nummer_B; } else { //count = länge //Calculation: // anz_nummer.count = 0 FCL_COUNT = 0; //Connection Point //Connection Point: [C]: C FCC_anz_nummer_C: ; //Decision //Decision: anz_nummer.count = 16? if (FCL_COUNT == 16) { } else { //Calculation //Calculation: // anz_nummer_update_z0[anz_nummer.count] = -32768 FCV_ANZ_NUMMER_UPDATE_Z0[FCL_COUNT] = -32768; //Calculation //Calculation: // anz_nummer.count = anz_nummer.count + 1 FCL_COUNT = FCL_COUNT + 1; //Goto Connection Point //Goto Connection Point: [C]: C goto FCC_anz_nummer_C; } //Calculation //Calculation: // anz_nummer_update_z0[anz_nummer.spalte_1bis16] = anz_nummer.zahl_0bis32767 FCV_ANZ_NUMMER_UPDATE_Z0[FCL_SPALTE_1BIS16] = FCL_ZAHL_0BIS32767; } } else { //zeile //Decision: anz_nummer.zeile_1bis2 = 2? if (FCL_ZEILE_1BIS2 == 2) { //Decision //Decision: anz_nummer.zahl_0bis32767 = anz_nummer_update_z0[anz_nummer.spalte_1bis16]? if (FCL_ZAHL_0BIS32767 == FCV_ANZ_NUMMER_UPDATE_Z0[FCL_SPALTE_1BIS16]) { //Goto Connection Point //Goto Connection Point: [B]: B goto FCC_anz_nummer_B; } else { //count = länge //Calculation: // anz_nummer.count = 0 FCL_COUNT = 0; //Connection Point //Connection Point: [D]: D FCC_anz_nummer_D: ; //Decision //Decision: anz_nummer.count = 16? if (FCL_COUNT == 16) { } else { //Calculation //Calculation: // anz_nummer_update_z1[anz_nummer.count] = -32768 FCV_ANZ_NUMMER_UPDATE_Z1[FCL_COUNT] = -32768; //Calculation //Calculation: // anz_nummer.count = anz_nummer.count + 1 FCL_COUNT = FCL_COUNT + 1; //Goto Connection Point //Goto Connection Point: [D]: D goto FCC_anz_nummer_D; } //Calculation //Calculation: // anz_nummer_update_z1[anz_nummer.spalte_1bis16] = anz_nummer.zahl_0bis32767 FCV_ANZ_NUMMER_UPDATE_Z1[FCL_SPALTE_1BIS16] = FCL_ZAHL_0BIS32767; } } else { //Goto Connection Point //Goto Connection Point: [B]: B goto FCC_anz_nummer_B; } } //num to string //String Manipulation: // anz_nummer.nummer = ToString$(anz_nummer.zahl_0bis32767) FCI_TOSTRING(FCL_ZAHL_0BIS32767,FCL_NUMMER,FC_ANZ_NUMMER_SZ_NUMMER); //länge der zahl //String Manipulation: // anz_nummer.laenge = Length$(anz_nummer.nummer) FCL_LAENGE = FCI_GETLENGTH(FCL_NUMMER,FC_ANZ_NUMMER_SZ_NUMMER); //spalte auf linke stelle //Calculation: // anz_nummer.spalte = anz_nummer.spalte_1bis16 - (anz_nummer.stellen - 1) FCL_SPALTE = FCL_SPALTE_1BIS16 - (FCL_STELLEN - 1); //Call Macro //Call Macro: anz_curpos(anz_nummer.zeile_1bis2, anz_nummer.spalte, nc) FCM_anz_curpos(FCL_ZEILE_1BIS2, FCL_SPALTE, FCV_NC); //Comment: //ad-decoder für anzeige freischalten //datenbus nullen //Output: 0 -> PORTB_H TRISB = TRISB & 0x00ff; PORTB = (LATB & 0x00ff) | (0<<8); //anzeige freischalten //Output: ena1_anz -> PORTF_L TRISF = TRISF & 0xffe2; PORTF = (LATF & 0xffe2) | (FCV_ENA1_ANZ & 0x001d); //count = länge //Calculation: // anz_nummer.count = anz_nummer.stellen FCL_COUNT = FCL_STELLEN; //Connection Point //Connection Point: [A]: A FCC_anz_nummer_A: ; //alles nullen //Decision: anz_nummer.count = 0? if (FCL_COUNT == 0) { //anzeige sperren //Output: ena0_aus -> PORTF_L TRISF = TRISF & 0xffe2; PORTF = (LATF & 0xffe2) | (FCV_ENA0_AUS & 0x001d); } else { //datenbus hob //Output: 0x32 -> PORTB_H TRISB = TRISB & 0xc0ff; PORTB = (LATB & 0xc0ff) | ((0x32<<8) & 0x3f00); //Call Macro //Call Macro: anz_wr FCM_anz_wr(); //datenbuslob //Output: 0x30 -> PORTB_H TRISB = TRISB & 0xc0ff; PORTB = (LATB & 0xc0ff) | ((0x30<<8) & 0x3f00); //Call Macro //Call Macro: anz_wr FCM_anz_wr(); //Calculation //Calculation: // anz_nummer.count = anz_nummer.count - 1 FCL_COUNT = FCL_COUNT - 1; //Goto Connection Point //Goto Connection Point: [A]: A goto FCC_anz_nummer_A; } //spalte auf linke stelle //Calculation: // anz_nummer.spalte = anz_nummer.spalte_1bis16 - (anz_nummer.laenge - 1) FCL_SPALTE = FCL_SPALTE_1BIS16 - (FCL_LAENGE - 1); //Call Macro //Call Macro: anz_curpos(anz_nummer.zeile_1bis2, anz_nummer.spalte, nc) FCM_anz_curpos(FCL_ZEILE_1BIS2, FCL_SPALTE, FCV_NC); //datenbus nullen //Output: 0 -> PORTB_H TRISB = TRISB & 0x00ff; PORTB = (LATB & 0x00ff) | (0<<8); //anzeige freischalten //Output: ena1_anz -> PORTD_L TRISD = TRISD & 0xffc3; PORTD = (LATD & 0xffc3) | (FCV_ENA1_ANZ & 0x003c); //Call Component Macro //Call Component Macro: LCDDisplay(0)::PrintString(anz_nummer.nummer) FCD_LCDDisplay0_PrintString(FCL_NUMMER,FC_ANZ_NUMMER_SZ_NUMMER); //ad-decoder aus //Output: ena0_aus -> PORTD_L TRISD = TRISD & 0xffc3; PORTD = (LATD & 0xffc3) | (FCV_ENA0_AUS & 0x003c); //Connection Point //Connection Point: [B]: B FCC_anz_nummer_B: ; } void FCM_anz_text(char* PFCL_TEXT, char FCL_STELLEN, char FCL_ZEILE_1BIS2, char FCL_SPALTE_1BIS16) { //Local variable definitions char FCL_COM_RESULT; char FCL_ZEILE; char FCL_SPALTE; #define FC_ANZ_TEXT_SZ_TEXT 16 char FCL_TEXT[FC_ANZ_TEXT_SZ_TEXT]; FCI_CONCATENATE(PFCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,"",0,FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT); //Call Macro //Call Macro: anz_curpos(anz_text.zeile_1bis2, anz_text.spalte_1bis16, nc) FCM_anz_curpos(FCL_ZEILE_1BIS2, FCL_SPALTE_1BIS16, FCV_NC); //Calculation //Calculation: // anz_text.spalte = anz_text.spalte_1bis16 -1 // anz_text.zeile = anz_text.zeile_1bis2 - 1 FCL_SPALTE = FCL_SPALTE_1BIS16 -1; FCL_ZEILE = FCL_ZEILE_1BIS2 - 1; //Comment: //ad-decoder für anzeige freischalten //datenbus nullen //Output: 0 -> PORTB_H TRISB = TRISB & 0x00ff; PORTB = (LATB & 0x00ff) | (0<<8); //anzeige freischalten //Output: ena1_anz -> PORTD_L TRISD = TRISD & 0xffc3; PORTD = (LATD & 0xffc3) | (FCV_ENA1_ANZ & 0x003c); //zeile //Decision: anz_text.zeile = 0? if (FCL_ZEILE == 0) { //zeile1 spalte.... //Switch: anz_text.spalte? switch (FCL_SPALTE) { case 0: { //String Manipulation //String Manipulation: // anz_text.com_result = Compare$(anz_text.text, anz_text_update_z0s0, 0) FCL_COM_RESULT = FCI_COMPARE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,FCV_ANZ_TEXT_UPDATE_Z0S0,FCSZ_ANZ_TEXT_UPDATE_Z0S0,0); //Decision //Decision: anz_text.com_result = 0? if (FCL_COM_RESULT == 0) { } else { //String Manipulation //String Manipulation: // anz_text_update_z0s0 = anz_text.text FCI_CONCATENATE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,"",0,FCV_ANZ_TEXT_UPDATE_Z0S0,FCSZ_ANZ_TEXT_UPDATE_Z0S0); //Comment: //start print text //Call Component Macro //Call Component Macro: LCDDisplay(0)::PrintString(anz_text.text) FCD_LCDDisplay0_PrintString(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT); //Comment: //update var löschen //String Manipulation //String Manipulation: // anz_text_update_z0s1 = "" // anz_text_update_z0s2 = "" // anz_text_update_z0s3 = "" // anz_text_update_z0s4 = "" // anz_text_update_z0s5 = "" // anz_text_update_z0s6 = "" // anz_text_update_z0s7 = "" // anz_text_update_z0s8 = "" // anz_text_update_z0s9 = "" // anz_text_update_z0s10 = "" // anz_text_update_z0s11 = "" // anz_text_update_z0s12 = "" // anz_text_update_z0s13 = "" // anz_text_update_z0s14 = "" // anz_text_update_z0s15 = "" FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S1,FCSZ_ANZ_TEXT_UPDATE_Z0S1); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S2,FCSZ_ANZ_TEXT_UPDATE_Z0S2); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S3,FCSZ_ANZ_TEXT_UPDATE_Z0S3); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S4,FCSZ_ANZ_TEXT_UPDATE_Z0S4); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S5,FCSZ_ANZ_TEXT_UPDATE_Z0S5); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S6,FCSZ_ANZ_TEXT_UPDATE_Z0S6); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S7,FCSZ_ANZ_TEXT_UPDATE_Z0S7); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S8,FCSZ_ANZ_TEXT_UPDATE_Z0S8); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S9,FCSZ_ANZ_TEXT_UPDATE_Z0S9); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S10,FCSZ_ANZ_TEXT_UPDATE_Z0S10); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S11,FCSZ_ANZ_TEXT_UPDATE_Z0S11); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S12,FCSZ_ANZ_TEXT_UPDATE_Z0S12); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S13,FCSZ_ANZ_TEXT_UPDATE_Z0S13); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S14,FCSZ_ANZ_TEXT_UPDATE_Z0S14); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S15,FCSZ_ANZ_TEXT_UPDATE_Z0S15); } //Goto Connection Point //Goto Connection Point: [A]: A goto FCC_anz_text_A; break; } case 1: { //String Manipulation //String Manipulation: // anz_text.com_result = Compare$(anz_text.text, anz_text_update_z0s1, 0) FCL_COM_RESULT = FCI_COMPARE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,FCV_ANZ_TEXT_UPDATE_Z0S1,FCSZ_ANZ_TEXT_UPDATE_Z0S1,0); //Decision //Decision: anz_text.com_result = 0? if (FCL_COM_RESULT == 0) { } else { //String Manipulation //String Manipulation: // anz_text_update_z0s1 = anz_text.text FCI_CONCATENATE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,"",0,FCV_ANZ_TEXT_UPDATE_Z0S1,FCSZ_ANZ_TEXT_UPDATE_Z0S1); //Comment: //start print text //Call Component Macro //Call Component Macro: LCDDisplay(0)::PrintString(anz_text.text) FCD_LCDDisplay0_PrintString(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT); //Comment: //update var löschen //String Manipulation //String Manipulation: // anz_text_update_z0s0 = "" // anz_text_update_z0s2 = "" // anz_text_update_z0s3 = "" // anz_text_update_z0s4 = "" // anz_text_update_z0s5 = "" // anz_text_update_z0s6 = "" // anz_text_update_z0s7 = "" // anz_text_update_z0s8 = "" // anz_text_update_z0s9 = "" // anz_text_update_z0s10 = "" // anz_text_update_z0s11 = "" // anz_text_update_z0s12 = "" // anz_text_update_z0s13 = "" // anz_text_update_z0s14 = "" // anz_text_update_z0s15 = "" FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S0,FCSZ_ANZ_TEXT_UPDATE_Z0S0); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S2,FCSZ_ANZ_TEXT_UPDATE_Z0S2); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S3,FCSZ_ANZ_TEXT_UPDATE_Z0S3); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S4,FCSZ_ANZ_TEXT_UPDATE_Z0S4); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S5,FCSZ_ANZ_TEXT_UPDATE_Z0S5); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S6,FCSZ_ANZ_TEXT_UPDATE_Z0S6); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S7,FCSZ_ANZ_TEXT_UPDATE_Z0S7); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S8,FCSZ_ANZ_TEXT_UPDATE_Z0S8); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S9,FCSZ_ANZ_TEXT_UPDATE_Z0S9); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S10,FCSZ_ANZ_TEXT_UPDATE_Z0S10); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S11,FCSZ_ANZ_TEXT_UPDATE_Z0S11); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S12,FCSZ_ANZ_TEXT_UPDATE_Z0S12); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S13,FCSZ_ANZ_TEXT_UPDATE_Z0S13); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S14,FCSZ_ANZ_TEXT_UPDATE_Z0S14); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S15,FCSZ_ANZ_TEXT_UPDATE_Z0S15); } //Goto Connection Point //Goto Connection Point: [A]: A goto FCC_anz_text_A; break; } case 2: { //String Manipulation //String Manipulation: // anz_text.com_result = Compare$(anz_text.text, anz_text_update_z0s2, 0) FCL_COM_RESULT = FCI_COMPARE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,FCV_ANZ_TEXT_UPDATE_Z0S2,FCSZ_ANZ_TEXT_UPDATE_Z0S2,0); //Decision //Decision: anz_text.com_result = 0? if (FCL_COM_RESULT == 0) { } else { //String Manipulation //String Manipulation: // anz_text_update_z0s2 = anz_text.text FCI_CONCATENATE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,"",0,FCV_ANZ_TEXT_UPDATE_Z0S2,FCSZ_ANZ_TEXT_UPDATE_Z0S2); //Comment: //start print text //Call Component Macro //Call Component Macro: LCDDisplay(0)::PrintString(anz_text.text) FCD_LCDDisplay0_PrintString(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT); //Comment: //update var löschen //String Manipulation //String Manipulation: // anz_text_update_z0s0 = "" // anz_text_update_z0s1 = "" // anz_text_update_z0s3 = "" // anz_text_update_z0s4 = "" // anz_text_update_z0s5 = "" // anz_text_update_z0s6 = "" // anz_text_update_z0s7 = "" // anz_text_update_z0s8 = "" // anz_text_update_z0s9 = "" // anz_text_update_z0s10 = "" // anz_text_update_z0s11 = "" // anz_text_update_z0s12 = "" // anz_text_update_z0s13 = "" // anz_text_update_z0s14 = "" // anz_text_update_z0s15 = "" FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S0,FCSZ_ANZ_TEXT_UPDATE_Z0S0); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S1,FCSZ_ANZ_TEXT_UPDATE_Z0S1); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S3,FCSZ_ANZ_TEXT_UPDATE_Z0S3); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S4,FCSZ_ANZ_TEXT_UPDATE_Z0S4); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S5,FCSZ_ANZ_TEXT_UPDATE_Z0S5); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S6,FCSZ_ANZ_TEXT_UPDATE_Z0S6); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S7,FCSZ_ANZ_TEXT_UPDATE_Z0S7); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S8,FCSZ_ANZ_TEXT_UPDATE_Z0S8); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S9,FCSZ_ANZ_TEXT_UPDATE_Z0S9); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S10,FCSZ_ANZ_TEXT_UPDATE_Z0S10); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S11,FCSZ_ANZ_TEXT_UPDATE_Z0S11); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S12,FCSZ_ANZ_TEXT_UPDATE_Z0S12); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S13,FCSZ_ANZ_TEXT_UPDATE_Z0S13); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S14,FCSZ_ANZ_TEXT_UPDATE_Z0S14); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S15,FCSZ_ANZ_TEXT_UPDATE_Z0S15); } //Goto Connection Point //Goto Connection Point: [A]: A goto FCC_anz_text_A; break; } case 3: { //String Manipulation //String Manipulation: // anz_text.com_result = Compare$(anz_text.text, anz_text_update_z0s3, 0) FCL_COM_RESULT = FCI_COMPARE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,FCV_ANZ_TEXT_UPDATE_Z0S3,FCSZ_ANZ_TEXT_UPDATE_Z0S3,0); //Decision //Decision: anz_text.com_result = 0? if (FCL_COM_RESULT == 0) { } else { //String Manipulation //String Manipulation: // anz_text_update_z0s3 = anz_text.text FCI_CONCATENATE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,"",0,FCV_ANZ_TEXT_UPDATE_Z0S3,FCSZ_ANZ_TEXT_UPDATE_Z0S3); //Comment: //start print text //Call Component Macro //Call Component Macro: LCDDisplay(0)::PrintString(anz_text.text) FCD_LCDDisplay0_PrintString(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT); //Comment: //update var löschen //String Manipulation //String Manipulation: // anz_text_update_z0s0 = "" // anz_text_update_z0s1 = "" // anz_text_update_z0s2 = "" // anz_text_update_z0s4 = "" // anz_text_update_z0s5 = "" // anz_text_update_z0s6 = "" // anz_text_update_z0s7 = "" // anz_text_update_z0s8 = "" // anz_text_update_z0s9 = "" // anz_text_update_z0s10 = "" // anz_text_update_z0s11 = "" // anz_text_update_z0s12 = "" // anz_text_update_z0s13 = "" // anz_text_update_z0s14 = "" // anz_text_update_z0s15 = "" FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S0,FCSZ_ANZ_TEXT_UPDATE_Z0S0); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S1,FCSZ_ANZ_TEXT_UPDATE_Z0S1); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S2,FCSZ_ANZ_TEXT_UPDATE_Z0S2); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S4,FCSZ_ANZ_TEXT_UPDATE_Z0S4); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S5,FCSZ_ANZ_TEXT_UPDATE_Z0S5); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S6,FCSZ_ANZ_TEXT_UPDATE_Z0S6); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S7,FCSZ_ANZ_TEXT_UPDATE_Z0S7); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S8,FCSZ_ANZ_TEXT_UPDATE_Z0S8); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S9,FCSZ_ANZ_TEXT_UPDATE_Z0S9); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S10,FCSZ_ANZ_TEXT_UPDATE_Z0S10); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S11,FCSZ_ANZ_TEXT_UPDATE_Z0S11); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S12,FCSZ_ANZ_TEXT_UPDATE_Z0S12); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S13,FCSZ_ANZ_TEXT_UPDATE_Z0S13); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S14,FCSZ_ANZ_TEXT_UPDATE_Z0S14); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S15,FCSZ_ANZ_TEXT_UPDATE_Z0S15); } //Goto Connection Point //Goto Connection Point: [A]: A goto FCC_anz_text_A; break; } case 4: { //String Manipulation //String Manipulation: // anz_text.com_result = Compare$(anz_text.text, anz_text_update_z0s4, 0) FCL_COM_RESULT = FCI_COMPARE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,FCV_ANZ_TEXT_UPDATE_Z0S4,FCSZ_ANZ_TEXT_UPDATE_Z0S4,0); //Decision //Decision: anz_text.com_result = 0? if (FCL_COM_RESULT == 0) { } else { //String Manipulation //String Manipulation: // anz_text_update_z0s4 = anz_text.text FCI_CONCATENATE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,"",0,FCV_ANZ_TEXT_UPDATE_Z0S4,FCSZ_ANZ_TEXT_UPDATE_Z0S4); //Comment: //start print text //Call Component Macro //Call Component Macro: LCDDisplay(0)::PrintString(anz_text.text) FCD_LCDDisplay0_PrintString(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT); //Comment: //update var löschen //String Manipulation //String Manipulation: // anz_text_update_z0s0 = "" // anz_text_update_z0s1 = "" // anz_text_update_z0s2 = "" // anz_text_update_z0s3 = "" // anz_text_update_z0s5 = "" // anz_text_update_z0s6 = "" // anz_text_update_z0s7 = "" // anz_text_update_z0s8 = "" // anz_text_update_z0s9 = "" // anz_text_update_z0s10 = "" // anz_text_update_z0s11 = "" // anz_text_update_z0s12 = "" // anz_text_update_z0s13 = "" // anz_text_update_z0s14 = "" // anz_text_update_z0s15 = "" FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S0,FCSZ_ANZ_TEXT_UPDATE_Z0S0); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S1,FCSZ_ANZ_TEXT_UPDATE_Z0S1); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S2,FCSZ_ANZ_TEXT_UPDATE_Z0S2); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S3,FCSZ_ANZ_TEXT_UPDATE_Z0S3); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S5,FCSZ_ANZ_TEXT_UPDATE_Z0S5); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S6,FCSZ_ANZ_TEXT_UPDATE_Z0S6); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S7,FCSZ_ANZ_TEXT_UPDATE_Z0S7); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S8,FCSZ_ANZ_TEXT_UPDATE_Z0S8); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S9,FCSZ_ANZ_TEXT_UPDATE_Z0S9); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S10,FCSZ_ANZ_TEXT_UPDATE_Z0S10); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S11,FCSZ_ANZ_TEXT_UPDATE_Z0S11); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S12,FCSZ_ANZ_TEXT_UPDATE_Z0S12); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S13,FCSZ_ANZ_TEXT_UPDATE_Z0S13); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S14,FCSZ_ANZ_TEXT_UPDATE_Z0S14); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S15,FCSZ_ANZ_TEXT_UPDATE_Z0S15); } //Goto Connection Point //Goto Connection Point: [A]: A goto FCC_anz_text_A; break; } case 5: { //String Manipulation //String Manipulation: // anz_text.com_result = Compare$(anz_text.text, anz_text_update_z0s5, 0) FCL_COM_RESULT = FCI_COMPARE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,FCV_ANZ_TEXT_UPDATE_Z0S5,FCSZ_ANZ_TEXT_UPDATE_Z0S5,0); //Decision //Decision: anz_text.com_result = 0? if (FCL_COM_RESULT == 0) { } else { //String Manipulation //String Manipulation: // anz_text_update_z0s5 = anz_text.text FCI_CONCATENATE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,"",0,FCV_ANZ_TEXT_UPDATE_Z0S5,FCSZ_ANZ_TEXT_UPDATE_Z0S5); //Comment: //start print text //Call Component Macro //Call Component Macro: LCDDisplay(0)::PrintString(anz_text.text) FCD_LCDDisplay0_PrintString(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT); //Comment: //update var löschen //String Manipulation //String Manipulation: // anz_text_update_z0s0 = "" // anz_text_update_z0s1 = "" // anz_text_update_z0s2 = "" // anz_text_update_z0s3 = "" // anz_text_update_z0s4 = "" // anz_text_update_z0s6 = "" // anz_text_update_z0s7 = "" // anz_text_update_z0s8 = "" // anz_text_update_z0s9 = "" // anz_text_update_z0s10 = "" // anz_text_update_z0s11 = "" // anz_text_update_z0s12 = "" // anz_text_update_z0s13 = "" // anz_text_update_z0s14 = "" // anz_text_update_z0s15 = "" FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S0,FCSZ_ANZ_TEXT_UPDATE_Z0S0); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S1,FCSZ_ANZ_TEXT_UPDATE_Z0S1); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S2,FCSZ_ANZ_TEXT_UPDATE_Z0S2); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S3,FCSZ_ANZ_TEXT_UPDATE_Z0S3); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S4,FCSZ_ANZ_TEXT_UPDATE_Z0S4); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S6,FCSZ_ANZ_TEXT_UPDATE_Z0S6); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S7,FCSZ_ANZ_TEXT_UPDATE_Z0S7); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S8,FCSZ_ANZ_TEXT_UPDATE_Z0S8); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S9,FCSZ_ANZ_TEXT_UPDATE_Z0S9); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S10,FCSZ_ANZ_TEXT_UPDATE_Z0S10); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S11,FCSZ_ANZ_TEXT_UPDATE_Z0S11); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S12,FCSZ_ANZ_TEXT_UPDATE_Z0S12); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S13,FCSZ_ANZ_TEXT_UPDATE_Z0S13); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S14,FCSZ_ANZ_TEXT_UPDATE_Z0S14); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S15,FCSZ_ANZ_TEXT_UPDATE_Z0S15); } //Goto Connection Point //Goto Connection Point: [A]: A goto FCC_anz_text_A; break; } case 6: { //String Manipulation //String Manipulation: // anz_text.com_result = Compare$(anz_text.text, anz_text_update_z0s6, 0) FCL_COM_RESULT = FCI_COMPARE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,FCV_ANZ_TEXT_UPDATE_Z0S6,FCSZ_ANZ_TEXT_UPDATE_Z0S6,0); //Decision //Decision: anz_text.com_result = 0? if (FCL_COM_RESULT == 0) { } else { //String Manipulation //String Manipulation: // anz_text_update_z0s6 = anz_text.text FCI_CONCATENATE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,"",0,FCV_ANZ_TEXT_UPDATE_Z0S6,FCSZ_ANZ_TEXT_UPDATE_Z0S6); //Comment: //start print text //Call Component Macro //Call Component Macro: LCDDisplay(0)::PrintString(anz_text.text) FCD_LCDDisplay0_PrintString(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT); //Comment: //update var löschen //String Manipulation //String Manipulation: // anz_text_update_z0s0 = "" // anz_text_update_z0s1 = "" // anz_text_update_z0s2 = "" // anz_text_update_z0s3 = "" // anz_text_update_z0s4 = "" // anz_text_update_z0s5 = "" // anz_text_update_z0s7 = "" // anz_text_update_z0s8 = "" // anz_text_update_z0s9 = "" // anz_text_update_z0s10 = "" // anz_text_update_z0s11 = "" // anz_text_update_z0s12 = "" // anz_text_update_z0s13 = "" // anz_text_update_z0s14 = "" // anz_text_update_z0s15 = "" FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S0,FCSZ_ANZ_TEXT_UPDATE_Z0S0); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S1,FCSZ_ANZ_TEXT_UPDATE_Z0S1); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S2,FCSZ_ANZ_TEXT_UPDATE_Z0S2); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S3,FCSZ_ANZ_TEXT_UPDATE_Z0S3); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S4,FCSZ_ANZ_TEXT_UPDATE_Z0S4); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S5,FCSZ_ANZ_TEXT_UPDATE_Z0S5); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S7,FCSZ_ANZ_TEXT_UPDATE_Z0S7); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S8,FCSZ_ANZ_TEXT_UPDATE_Z0S8); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S9,FCSZ_ANZ_TEXT_UPDATE_Z0S9); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S10,FCSZ_ANZ_TEXT_UPDATE_Z0S10); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S11,FCSZ_ANZ_TEXT_UPDATE_Z0S11); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S12,FCSZ_ANZ_TEXT_UPDATE_Z0S12); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S13,FCSZ_ANZ_TEXT_UPDATE_Z0S13); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S14,FCSZ_ANZ_TEXT_UPDATE_Z0S14); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S15,FCSZ_ANZ_TEXT_UPDATE_Z0S15); } //Goto Connection Point //Goto Connection Point: [A]: A goto FCC_anz_text_A; break; } case 7: { //String Manipulation //String Manipulation: // anz_text.com_result = Compare$(anz_text.text, anz_text_update_z0s7, 0) FCL_COM_RESULT = FCI_COMPARE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,FCV_ANZ_TEXT_UPDATE_Z0S7,FCSZ_ANZ_TEXT_UPDATE_Z0S7,0); //Decision //Decision: anz_text.com_result = 0? if (FCL_COM_RESULT == 0) { } else { //String Manipulation //String Manipulation: // anz_text_update_z0s7 = anz_text.text FCI_CONCATENATE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,"",0,FCV_ANZ_TEXT_UPDATE_Z0S7,FCSZ_ANZ_TEXT_UPDATE_Z0S7); //Comment: //start print text //Call Component Macro //Call Component Macro: LCDDisplay(0)::PrintString(anz_text.text) FCD_LCDDisplay0_PrintString(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT); //Comment: //update var löschen //String Manipulation //String Manipulation: // anz_text_update_z0s0 = "" // anz_text_update_z0s1 = "" // anz_text_update_z0s2 = "" // anz_text_update_z0s3 = "" // anz_text_update_z0s4 = "" // anz_text_update_z0s5 = "" // anz_text_update_z0s6 = "" // anz_text_update_z0s8 = "" // anz_text_update_z0s9 = "" // anz_text_update_z0s10 = "" // anz_text_update_z0s11 = "" // anz_text_update_z0s12 = "" // anz_text_update_z0s13 = "" // anz_text_update_z0s14 = "" // anz_text_update_z0s15 = "" FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S0,FCSZ_ANZ_TEXT_UPDATE_Z0S0); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S1,FCSZ_ANZ_TEXT_UPDATE_Z0S1); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S2,FCSZ_ANZ_TEXT_UPDATE_Z0S2); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S3,FCSZ_ANZ_TEXT_UPDATE_Z0S3); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S4,FCSZ_ANZ_TEXT_UPDATE_Z0S4); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S5,FCSZ_ANZ_TEXT_UPDATE_Z0S5); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S6,FCSZ_ANZ_TEXT_UPDATE_Z0S6); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S8,FCSZ_ANZ_TEXT_UPDATE_Z0S8); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S9,FCSZ_ANZ_TEXT_UPDATE_Z0S9); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S10,FCSZ_ANZ_TEXT_UPDATE_Z0S10); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S11,FCSZ_ANZ_TEXT_UPDATE_Z0S11); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S12,FCSZ_ANZ_TEXT_UPDATE_Z0S12); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S13,FCSZ_ANZ_TEXT_UPDATE_Z0S13); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S14,FCSZ_ANZ_TEXT_UPDATE_Z0S14); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S15,FCSZ_ANZ_TEXT_UPDATE_Z0S15); } //Goto Connection Point //Goto Connection Point: [A]: A goto FCC_anz_text_A; break; } case 8: { //String Manipulation //String Manipulation: // anz_text.com_result = Compare$(anz_text.text, anz_text_update_z0s8, 0) FCL_COM_RESULT = FCI_COMPARE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,FCV_ANZ_TEXT_UPDATE_Z0S8,FCSZ_ANZ_TEXT_UPDATE_Z0S8,0); //Decision //Decision: anz_text.com_result = 0? if (FCL_COM_RESULT == 0) { } else { //String Manipulation //String Manipulation: // anz_text_update_z0s8 = anz_text.text FCI_CONCATENATE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,"",0,FCV_ANZ_TEXT_UPDATE_Z0S8,FCSZ_ANZ_TEXT_UPDATE_Z0S8); //Comment: //start print text //Call Component Macro //Call Component Macro: LCDDisplay(0)::PrintString(anz_text.text) FCD_LCDDisplay0_PrintString(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT); //Comment: //update var löschen //String Manipulation //String Manipulation: // anz_text_update_z0s0 = "" // anz_text_update_z0s1 = "" // anz_text_update_z0s2 = "" // anz_text_update_z0s3 = "" // anz_text_update_z0s4 = "" // anz_text_update_z0s5 = "" // anz_text_update_z0s6 = "" // anz_text_update_z0s7 = "" // anz_text_update_z0s9 = "" // anz_text_update_z0s10 = "" // anz_text_update_z0s11 = "" // anz_text_update_z0s12 = "" // anz_text_update_z0s13 = "" // anz_text_update_z0s14 = "" // anz_text_update_z0s15 = "" FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S0,FCSZ_ANZ_TEXT_UPDATE_Z0S0); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S1,FCSZ_ANZ_TEXT_UPDATE_Z0S1); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S2,FCSZ_ANZ_TEXT_UPDATE_Z0S2); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S3,FCSZ_ANZ_TEXT_UPDATE_Z0S3); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S4,FCSZ_ANZ_TEXT_UPDATE_Z0S4); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S5,FCSZ_ANZ_TEXT_UPDATE_Z0S5); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S6,FCSZ_ANZ_TEXT_UPDATE_Z0S6); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S7,FCSZ_ANZ_TEXT_UPDATE_Z0S7); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S9,FCSZ_ANZ_TEXT_UPDATE_Z0S9); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S10,FCSZ_ANZ_TEXT_UPDATE_Z0S10); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S11,FCSZ_ANZ_TEXT_UPDATE_Z0S11); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S12,FCSZ_ANZ_TEXT_UPDATE_Z0S12); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S13,FCSZ_ANZ_TEXT_UPDATE_Z0S13); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S14,FCSZ_ANZ_TEXT_UPDATE_Z0S14); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S15,FCSZ_ANZ_TEXT_UPDATE_Z0S15); } //Goto Connection Point //Goto Connection Point: [A]: A goto FCC_anz_text_A; break; } case 9: { //String Manipulation //String Manipulation: // anz_text.com_result = Compare$(anz_text.text, anz_text_update_z0s9, 0) FCL_COM_RESULT = FCI_COMPARE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,FCV_ANZ_TEXT_UPDATE_Z0S9,FCSZ_ANZ_TEXT_UPDATE_Z0S9,0); //Decision //Decision: anz_text.com_result = 0? if (FCL_COM_RESULT == 0) { } else { //String Manipulation //String Manipulation: // anz_text_update_z0s9 = anz_text.text FCI_CONCATENATE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,"",0,FCV_ANZ_TEXT_UPDATE_Z0S9,FCSZ_ANZ_TEXT_UPDATE_Z0S9); //Comment: //start print text //Call Component Macro //Call Component Macro: LCDDisplay(0)::PrintString(anz_text.text) FCD_LCDDisplay0_PrintString(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT); //Comment: //update var löschen //String Manipulation //String Manipulation: // anz_text_update_z0s0 = "" // anz_text_update_z0s1 = "" // anz_text_update_z0s2 = "" // anz_text_update_z0s3 = "" // anz_text_update_z0s4 = "" // anz_text_update_z0s5 = "" // anz_text_update_z0s6 = "" // anz_text_update_z0s7 = "" // anz_text_update_z0s8 = "" // anz_text_update_z0s10 = "" // anz_text_update_z0s11 = "" // anz_text_update_z0s12 = "" // anz_text_update_z0s13 = "" // anz_text_update_z0s14 = "" // anz_text_update_z0s15 = "" FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S0,FCSZ_ANZ_TEXT_UPDATE_Z0S0); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S1,FCSZ_ANZ_TEXT_UPDATE_Z0S1); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S2,FCSZ_ANZ_TEXT_UPDATE_Z0S2); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S3,FCSZ_ANZ_TEXT_UPDATE_Z0S3); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S4,FCSZ_ANZ_TEXT_UPDATE_Z0S4); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S5,FCSZ_ANZ_TEXT_UPDATE_Z0S5); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S6,FCSZ_ANZ_TEXT_UPDATE_Z0S6); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S7,FCSZ_ANZ_TEXT_UPDATE_Z0S7); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S8,FCSZ_ANZ_TEXT_UPDATE_Z0S8); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S10,FCSZ_ANZ_TEXT_UPDATE_Z0S10); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S11,FCSZ_ANZ_TEXT_UPDATE_Z0S11); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S12,FCSZ_ANZ_TEXT_UPDATE_Z0S12); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S13,FCSZ_ANZ_TEXT_UPDATE_Z0S13); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S14,FCSZ_ANZ_TEXT_UPDATE_Z0S14); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S15,FCSZ_ANZ_TEXT_UPDATE_Z0S15); } //Goto Connection Point //Goto Connection Point: [A]: A goto FCC_anz_text_A; break; } } //Switch //Switch: anz_text.spalte? switch (FCL_SPALTE) { case 10: { //String Manipulation //String Manipulation: // anz_text.com_result = Compare$(anz_text.text, anz_text_update_z0s10, 0) FCL_COM_RESULT = FCI_COMPARE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,FCV_ANZ_TEXT_UPDATE_Z0S10,FCSZ_ANZ_TEXT_UPDATE_Z0S10,0); //Decision //Decision: anz_text.com_result = 0? if (FCL_COM_RESULT == 0) { } else { //String Manipulation //String Manipulation: // anz_text_update_z0s10 = anz_text.text FCI_CONCATENATE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,"",0,FCV_ANZ_TEXT_UPDATE_Z0S10,FCSZ_ANZ_TEXT_UPDATE_Z0S10); //Comment: //start print text //Call Component Macro //Call Component Macro: LCDDisplay(0)::PrintString(anz_text.text) FCD_LCDDisplay0_PrintString(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT); //Comment: //update var löschen //String Manipulation //String Manipulation: // anz_text_update_z0s0 = "" // anz_text_update_z0s1 = "" // anz_text_update_z0s2 = "" // anz_text_update_z0s3 = "" // anz_text_update_z0s4 = "" // anz_text_update_z0s5 = "" // anz_text_update_z0s6 = "" // anz_text_update_z0s7 = "" // anz_text_update_z0s8 = "" // anz_text_update_z0s9 = "" // anz_text_update_z0s11 = "" // anz_text_update_z0s12 = "" // anz_text_update_z0s13 = "" // anz_text_update_z0s14 = "" // anz_text_update_z0s15 = "" FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S0,FCSZ_ANZ_TEXT_UPDATE_Z0S0); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S1,FCSZ_ANZ_TEXT_UPDATE_Z0S1); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S2,FCSZ_ANZ_TEXT_UPDATE_Z0S2); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S3,FCSZ_ANZ_TEXT_UPDATE_Z0S3); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S4,FCSZ_ANZ_TEXT_UPDATE_Z0S4); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S5,FCSZ_ANZ_TEXT_UPDATE_Z0S5); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S6,FCSZ_ANZ_TEXT_UPDATE_Z0S6); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S7,FCSZ_ANZ_TEXT_UPDATE_Z0S7); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S8,FCSZ_ANZ_TEXT_UPDATE_Z0S8); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S9,FCSZ_ANZ_TEXT_UPDATE_Z0S9); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S11,FCSZ_ANZ_TEXT_UPDATE_Z0S11); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S12,FCSZ_ANZ_TEXT_UPDATE_Z0S12); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S13,FCSZ_ANZ_TEXT_UPDATE_Z0S13); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S14,FCSZ_ANZ_TEXT_UPDATE_Z0S14); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S15,FCSZ_ANZ_TEXT_UPDATE_Z0S15); } //Goto Connection Point //Goto Connection Point: [A]: A goto FCC_anz_text_A; break; } case 11: { //String Manipulation //String Manipulation: // anz_text.com_result = Compare$(anz_text.text, anz_text_update_z0s11, 0) FCL_COM_RESULT = FCI_COMPARE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,FCV_ANZ_TEXT_UPDATE_Z0S11,FCSZ_ANZ_TEXT_UPDATE_Z0S11,0); //Decision //Decision: anz_text.com_result = 0? if (FCL_COM_RESULT == 0) { } else { //String Manipulation //String Manipulation: // anz_text_update_z0s11 = anz_text.text FCI_CONCATENATE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,"",0,FCV_ANZ_TEXT_UPDATE_Z0S11,FCSZ_ANZ_TEXT_UPDATE_Z0S11); //Comment: //start print text //Call Component Macro //Call Component Macro: LCDDisplay(0)::PrintString(anz_text.text) FCD_LCDDisplay0_PrintString(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT); //Comment: //update var löschen //String Manipulation //String Manipulation: // anz_text_update_z0s0 = "" // anz_text_update_z0s1 = "" // anz_text_update_z0s2 = "" // anz_text_update_z0s3 = "" // anz_text_update_z0s4 = "" // anz_text_update_z0s5 = "" // anz_text_update_z0s6 = "" // anz_text_update_z0s7 = "" // anz_text_update_z0s8 = "" // anz_text_update_z0s9 = "" // anz_text_update_z0s10 = "" // anz_text_update_z0s12 = "" // anz_text_update_z0s13 = "" // anz_text_update_z0s14 = "" // anz_text_update_z0s15 = "" FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S0,FCSZ_ANZ_TEXT_UPDATE_Z0S0); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S1,FCSZ_ANZ_TEXT_UPDATE_Z0S1); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S2,FCSZ_ANZ_TEXT_UPDATE_Z0S2); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S3,FCSZ_ANZ_TEXT_UPDATE_Z0S3); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S4,FCSZ_ANZ_TEXT_UPDATE_Z0S4); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S5,FCSZ_ANZ_TEXT_UPDATE_Z0S5); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S6,FCSZ_ANZ_TEXT_UPDATE_Z0S6); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S7,FCSZ_ANZ_TEXT_UPDATE_Z0S7); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S8,FCSZ_ANZ_TEXT_UPDATE_Z0S8); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S9,FCSZ_ANZ_TEXT_UPDATE_Z0S9); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S10,FCSZ_ANZ_TEXT_UPDATE_Z0S10); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S12,FCSZ_ANZ_TEXT_UPDATE_Z0S12); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S13,FCSZ_ANZ_TEXT_UPDATE_Z0S13); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S14,FCSZ_ANZ_TEXT_UPDATE_Z0S14); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S15,FCSZ_ANZ_TEXT_UPDATE_Z0S15); } //Goto Connection Point //Goto Connection Point: [A]: A goto FCC_anz_text_A; break; } case 12: { //String Manipulation //String Manipulation: // anz_text.com_result = Compare$(anz_text.text, anz_text_update_z0s12, 0) FCL_COM_RESULT = FCI_COMPARE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,FCV_ANZ_TEXT_UPDATE_Z0S12,FCSZ_ANZ_TEXT_UPDATE_Z0S12,0); //Decision //Decision: anz_text.com_result = 0? if (FCL_COM_RESULT == 0) { } else { //String Manipulation //String Manipulation: // anz_text_update_z0s12 = anz_text.text FCI_CONCATENATE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,"",0,FCV_ANZ_TEXT_UPDATE_Z0S12,FCSZ_ANZ_TEXT_UPDATE_Z0S12); //Comment: //start print text //Call Component Macro //Call Component Macro: LCDDisplay(0)::PrintString(anz_text.text) FCD_LCDDisplay0_PrintString(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT); //Comment: //update var löschen //String Manipulation //String Manipulation: // anz_text_update_z0s0 = "" // anz_text_update_z0s1 = "" // anz_text_update_z0s2 = "" // anz_text_update_z0s3 = "" // anz_text_update_z0s4 = "" // anz_text_update_z0s5 = "" // anz_text_update_z0s6 = "" // anz_text_update_z0s7 = "" // anz_text_update_z0s8 = "" // anz_text_update_z0s9 = "" // anz_text_update_z0s10 = "" // anz_text_update_z0s11 = "" // anz_text_update_z0s13 = "" // anz_text_update_z0s14 = "" // anz_text_update_z0s15 = "" FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S0,FCSZ_ANZ_TEXT_UPDATE_Z0S0); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S1,FCSZ_ANZ_TEXT_UPDATE_Z0S1); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S2,FCSZ_ANZ_TEXT_UPDATE_Z0S2); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S3,FCSZ_ANZ_TEXT_UPDATE_Z0S3); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S4,FCSZ_ANZ_TEXT_UPDATE_Z0S4); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S5,FCSZ_ANZ_TEXT_UPDATE_Z0S5); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S6,FCSZ_ANZ_TEXT_UPDATE_Z0S6); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S7,FCSZ_ANZ_TEXT_UPDATE_Z0S7); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S8,FCSZ_ANZ_TEXT_UPDATE_Z0S8); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S9,FCSZ_ANZ_TEXT_UPDATE_Z0S9); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S10,FCSZ_ANZ_TEXT_UPDATE_Z0S10); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S11,FCSZ_ANZ_TEXT_UPDATE_Z0S11); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S13,FCSZ_ANZ_TEXT_UPDATE_Z0S13); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S14,FCSZ_ANZ_TEXT_UPDATE_Z0S14); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S15,FCSZ_ANZ_TEXT_UPDATE_Z0S15); } //Goto Connection Point //Goto Connection Point: [A]: A goto FCC_anz_text_A; break; } case 13: { //String Manipulation //String Manipulation: // anz_text.com_result = Compare$(anz_text.text, anz_text_update_z0s13, 0) FCL_COM_RESULT = FCI_COMPARE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,FCV_ANZ_TEXT_UPDATE_Z0S13,FCSZ_ANZ_TEXT_UPDATE_Z0S13,0); //Decision //Decision: anz_text.com_result = 0? if (FCL_COM_RESULT == 0) { } else { //String Manipulation //String Manipulation: // anz_text_update_z0s13 = anz_text.text FCI_CONCATENATE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,"",0,FCV_ANZ_TEXT_UPDATE_Z0S13,FCSZ_ANZ_TEXT_UPDATE_Z0S13); //Comment: //start print text //Call Component Macro //Call Component Macro: LCDDisplay(0)::PrintString(anz_text.text) FCD_LCDDisplay0_PrintString(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT); //Comment: //update var löschen //String Manipulation //String Manipulation: // anz_text_update_z0s0 = "" // anz_text_update_z0s1 = "" // anz_text_update_z0s2 = "" // anz_text_update_z0s3 = "" // anz_text_update_z0s4 = "" // anz_text_update_z0s5 = "" // anz_text_update_z0s6 = "" // anz_text_update_z0s7 = "" // anz_text_update_z0s8 = "" // anz_text_update_z0s9 = "" // anz_text_update_z0s10 = "" // anz_text_update_z0s11 = "" // anz_text_update_z0s12 = "" // anz_text_update_z0s14 = "" // anz_text_update_z0s15 = "" FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S0,FCSZ_ANZ_TEXT_UPDATE_Z0S0); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S1,FCSZ_ANZ_TEXT_UPDATE_Z0S1); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S2,FCSZ_ANZ_TEXT_UPDATE_Z0S2); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S3,FCSZ_ANZ_TEXT_UPDATE_Z0S3); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S4,FCSZ_ANZ_TEXT_UPDATE_Z0S4); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S5,FCSZ_ANZ_TEXT_UPDATE_Z0S5); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S6,FCSZ_ANZ_TEXT_UPDATE_Z0S6); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S7,FCSZ_ANZ_TEXT_UPDATE_Z0S7); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S8,FCSZ_ANZ_TEXT_UPDATE_Z0S8); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S9,FCSZ_ANZ_TEXT_UPDATE_Z0S9); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S10,FCSZ_ANZ_TEXT_UPDATE_Z0S10); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S11,FCSZ_ANZ_TEXT_UPDATE_Z0S11); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S12,FCSZ_ANZ_TEXT_UPDATE_Z0S12); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S14,FCSZ_ANZ_TEXT_UPDATE_Z0S14); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S15,FCSZ_ANZ_TEXT_UPDATE_Z0S15); } //Goto Connection Point //Goto Connection Point: [A]: A goto FCC_anz_text_A; break; } case 14: { //String Manipulation //String Manipulation: // anz_text.com_result = Compare$(anz_text.text, anz_text_update_z0s14, 0) FCL_COM_RESULT = FCI_COMPARE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,FCV_ANZ_TEXT_UPDATE_Z0S14,FCSZ_ANZ_TEXT_UPDATE_Z0S14,0); //Decision //Decision: anz_text.com_result = 0? if (FCL_COM_RESULT == 0) { } else { //String Manipulation //String Manipulation: // anz_text_update_z0s14 = anz_text.text FCI_CONCATENATE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,"",0,FCV_ANZ_TEXT_UPDATE_Z0S14,FCSZ_ANZ_TEXT_UPDATE_Z0S14); //Comment: //start print text //Call Component Macro //Call Component Macro: LCDDisplay(0)::PrintString(anz_text.text) FCD_LCDDisplay0_PrintString(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT); //Comment: //update var löschen //String Manipulation //String Manipulation: // anz_text_update_z0s0 = "" // anz_text_update_z0s1 = "" // anz_text_update_z0s2 = "" // anz_text_update_z0s3 = "" // anz_text_update_z0s4 = "" // anz_text_update_z0s5 = "" // anz_text_update_z0s6 = "" // anz_text_update_z0s7 = "" // anz_text_update_z0s8 = "" // anz_text_update_z0s9 = "" // anz_text_update_z0s10 = "" // anz_text_update_z0s11 = "" // anz_text_update_z0s12 = "" // anz_text_update_z0s13 = "" // anz_text_update_z0s15 = "" FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S0,FCSZ_ANZ_TEXT_UPDATE_Z0S0); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S1,FCSZ_ANZ_TEXT_UPDATE_Z0S1); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S2,FCSZ_ANZ_TEXT_UPDATE_Z0S2); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S3,FCSZ_ANZ_TEXT_UPDATE_Z0S3); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S4,FCSZ_ANZ_TEXT_UPDATE_Z0S4); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S5,FCSZ_ANZ_TEXT_UPDATE_Z0S5); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S6,FCSZ_ANZ_TEXT_UPDATE_Z0S6); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S7,FCSZ_ANZ_TEXT_UPDATE_Z0S7); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S8,FCSZ_ANZ_TEXT_UPDATE_Z0S8); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S9,FCSZ_ANZ_TEXT_UPDATE_Z0S9); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S10,FCSZ_ANZ_TEXT_UPDATE_Z0S10); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S11,FCSZ_ANZ_TEXT_UPDATE_Z0S11); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S12,FCSZ_ANZ_TEXT_UPDATE_Z0S12); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S13,FCSZ_ANZ_TEXT_UPDATE_Z0S13); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S15,FCSZ_ANZ_TEXT_UPDATE_Z0S15); } //Goto Connection Point //Goto Connection Point: [A]: A goto FCC_anz_text_A; break; } case 15: { //String Manipulation //String Manipulation: // anz_text.com_result = Compare$(anz_text.text, anz_text_update_z0s15, 0) FCL_COM_RESULT = FCI_COMPARE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,FCV_ANZ_TEXT_UPDATE_Z0S15,FCSZ_ANZ_TEXT_UPDATE_Z0S15,0); //Decision //Decision: anz_text.com_result = 0? if (FCL_COM_RESULT == 0) { } else { //String Manipulation //String Manipulation: // anz_text_update_z0s15 = anz_text.text FCI_CONCATENATE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,"",0,FCV_ANZ_TEXT_UPDATE_Z0S15,FCSZ_ANZ_TEXT_UPDATE_Z0S15); //Comment: //start print text //Call Component Macro //Call Component Macro: LCDDisplay(0)::PrintString(anz_text.text) FCD_LCDDisplay0_PrintString(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT); //Comment: //update var löschen //String Manipulation //String Manipulation: // anz_text_update_z0s0 = "" // anz_text_update_z0s1 = "" // anz_text_update_z0s2 = "" // anz_text_update_z0s3 = "" // anz_text_update_z0s4 = "" // anz_text_update_z0s5 = "" // anz_text_update_z0s6 = "" // anz_text_update_z0s7 = "" // anz_text_update_z0s8 = "" // anz_text_update_z0s9 = "" // anz_text_update_z0s10 = "" // anz_text_update_z0s11 = "" // anz_text_update_z0s12 = "" // anz_text_update_z0s13 = "" // anz_text_update_z0s14 = "" FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S0,FCSZ_ANZ_TEXT_UPDATE_Z0S0); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S1,FCSZ_ANZ_TEXT_UPDATE_Z0S1); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S2,FCSZ_ANZ_TEXT_UPDATE_Z0S2); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S3,FCSZ_ANZ_TEXT_UPDATE_Z0S3); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S4,FCSZ_ANZ_TEXT_UPDATE_Z0S4); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S5,FCSZ_ANZ_TEXT_UPDATE_Z0S5); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S6,FCSZ_ANZ_TEXT_UPDATE_Z0S6); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S7,FCSZ_ANZ_TEXT_UPDATE_Z0S7); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S8,FCSZ_ANZ_TEXT_UPDATE_Z0S8); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S9,FCSZ_ANZ_TEXT_UPDATE_Z0S9); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S10,FCSZ_ANZ_TEXT_UPDATE_Z0S10); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S11,FCSZ_ANZ_TEXT_UPDATE_Z0S11); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S12,FCSZ_ANZ_TEXT_UPDATE_Z0S12); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S13,FCSZ_ANZ_TEXT_UPDATE_Z0S13); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S14,FCSZ_ANZ_TEXT_UPDATE_Z0S14); } //Goto Connection Point //Goto Connection Point: [A]: A goto FCC_anz_text_A; break; } } } //zeile2 spalte........ //Switch: anz_text.spalte? switch (FCL_SPALTE) { case 0: { //String Manipulation //String Manipulation: // anz_text.com_result = Compare$(anz_text.text, anz_text_update_z1s0, 0) FCL_COM_RESULT = FCI_COMPARE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,FCV_ANZ_TEXT_UPDATE_Z1S0,FCSZ_ANZ_TEXT_UPDATE_Z1S0,0); //Decision //Decision: anz_text.com_result = 0? if (FCL_COM_RESULT == 0) { } else { //String Manipulation //String Manipulation: // anz_text_update_z1s0 = anz_text.text FCI_CONCATENATE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,"",0,FCV_ANZ_TEXT_UPDATE_Z1S0,FCSZ_ANZ_TEXT_UPDATE_Z1S0); //Comment: //start print text //Call Component Macro //Call Component Macro: LCDDisplay(0)::PrintString(anz_text.text) FCD_LCDDisplay0_PrintString(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT); //Comment: //ende print text //String Manipulation //String Manipulation: // anz_text_update_z1s1 = "" // anz_text_update_z1s2 = "" // anz_text_update_z1s3 = "" // anz_text_update_z1s4 = "" // anz_text_update_z1s5 = "" // anz_text_update_z1s6 = "" // anz_text_update_z1s7 = "" // anz_text_update_z1s8 = "" // anz_text_update_z1s9 = "" // anz_text_update_z1s10 = "" // anz_text_update_z1s11 = "" // anz_text_update_z1s12 = "" // anz_text_update_z1s13 = "" // anz_text_update_z1s14 = "" // anz_text_update_z1s15 = "" FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S1,FCSZ_ANZ_TEXT_UPDATE_Z1S1); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S2,FCSZ_ANZ_TEXT_UPDATE_Z1S2); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S3,FCSZ_ANZ_TEXT_UPDATE_Z1S3); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S4,FCSZ_ANZ_TEXT_UPDATE_Z1S4); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S5,FCSZ_ANZ_TEXT_UPDATE_Z1S5); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S6,FCSZ_ANZ_TEXT_UPDATE_Z1S6); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S7,FCSZ_ANZ_TEXT_UPDATE_Z1S7); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S8,FCSZ_ANZ_TEXT_UPDATE_Z1S8); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S9,FCSZ_ANZ_TEXT_UPDATE_Z1S9); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S10,FCSZ_ANZ_TEXT_UPDATE_Z1S10); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S11,FCSZ_ANZ_TEXT_UPDATE_Z1S11); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S12,FCSZ_ANZ_TEXT_UPDATE_Z1S12); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S13,FCSZ_ANZ_TEXT_UPDATE_Z1S13); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S14,FCSZ_ANZ_TEXT_UPDATE_Z1S14); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S15,FCSZ_ANZ_TEXT_UPDATE_Z1S15); } //Goto Connection Point //Goto Connection Point: [A]: A goto FCC_anz_text_A; break; } case 1: { //String Manipulation //String Manipulation: // anz_text.com_result = Compare$(anz_text.text, anz_text_update_z1s1, 0) FCL_COM_RESULT = FCI_COMPARE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,FCV_ANZ_TEXT_UPDATE_Z1S1,FCSZ_ANZ_TEXT_UPDATE_Z1S1,0); //Decision //Decision: anz_text.com_result = 0? if (FCL_COM_RESULT == 0) { } else { //String Manipulation //String Manipulation: // anz_text_update_z1s1 = anz_text.text FCI_CONCATENATE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,"",0,FCV_ANZ_TEXT_UPDATE_Z1S1,FCSZ_ANZ_TEXT_UPDATE_Z1S1); //Comment: //start print text //Call Component Macro //Call Component Macro: LCDDisplay(0)::PrintString(anz_text.text) FCD_LCDDisplay0_PrintString(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT); //Comment: //update var löschen //String Manipulation //String Manipulation: // anz_text_update_z1s0 = "" // anz_text_update_z1s2 = "" // anz_text_update_z1s3 = "" // anz_text_update_z1s4 = "" // anz_text_update_z1s5 = "" // anz_text_update_z1s6 = "" // anz_text_update_z1s7 = "" // anz_text_update_z1s8 = "" // anz_text_update_z1s9 = "" // anz_text_update_z1s10 = "" // anz_text_update_z1s11 = "" // anz_text_update_z1s12 = "" // anz_text_update_z1s13 = "" // anz_text_update_z1s14 = "" // anz_text_update_z1s15 = "" FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S0,FCSZ_ANZ_TEXT_UPDATE_Z1S0); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S2,FCSZ_ANZ_TEXT_UPDATE_Z1S2); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S3,FCSZ_ANZ_TEXT_UPDATE_Z1S3); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S4,FCSZ_ANZ_TEXT_UPDATE_Z1S4); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S5,FCSZ_ANZ_TEXT_UPDATE_Z1S5); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S6,FCSZ_ANZ_TEXT_UPDATE_Z1S6); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S7,FCSZ_ANZ_TEXT_UPDATE_Z1S7); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S8,FCSZ_ANZ_TEXT_UPDATE_Z1S8); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S9,FCSZ_ANZ_TEXT_UPDATE_Z1S9); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S10,FCSZ_ANZ_TEXT_UPDATE_Z1S10); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S11,FCSZ_ANZ_TEXT_UPDATE_Z1S11); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S12,FCSZ_ANZ_TEXT_UPDATE_Z1S12); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S13,FCSZ_ANZ_TEXT_UPDATE_Z1S13); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S14,FCSZ_ANZ_TEXT_UPDATE_Z1S14); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S15,FCSZ_ANZ_TEXT_UPDATE_Z1S15); } //Goto Connection Point //Goto Connection Point: [A]: A goto FCC_anz_text_A; break; } case 2: { //String Manipulation //String Manipulation: // anz_text.com_result = Compare$(anz_text.text, anz_text_update_z1s2, 0) FCL_COM_RESULT = FCI_COMPARE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,FCV_ANZ_TEXT_UPDATE_Z1S2,FCSZ_ANZ_TEXT_UPDATE_Z1S2,0); //Decision //Decision: anz_text.com_result = 0? if (FCL_COM_RESULT == 0) { } else { //String Manipulation //String Manipulation: // anz_text_update_z1s2 = anz_text.text FCI_CONCATENATE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,"",0,FCV_ANZ_TEXT_UPDATE_Z1S2,FCSZ_ANZ_TEXT_UPDATE_Z1S2); //Comment: //start print text //Call Component Macro //Call Component Macro: LCDDisplay(0)::PrintString(anz_text.text) FCD_LCDDisplay0_PrintString(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT); //Comment: //update var löschen //String Manipulation //String Manipulation: // anz_text_update_z1s0 = "" // anz_text_update_z1s1 = "" // anz_text_update_z1s3 = "" // anz_text_update_z1s4 = "" // anz_text_update_z1s5 = "" // anz_text_update_z1s6 = "" // anz_text_update_z1s7 = "" // anz_text_update_z1s8 = "" // anz_text_update_z1s9 = "" // anz_text_update_z1s10 = "" // anz_text_update_z1s11 = "" // anz_text_update_z1s12 = "" // anz_text_update_z1s13 = "" // anz_text_update_z1s14 = "" // anz_text_update_z1s15 = "" FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S0,FCSZ_ANZ_TEXT_UPDATE_Z1S0); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S1,FCSZ_ANZ_TEXT_UPDATE_Z1S1); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S3,FCSZ_ANZ_TEXT_UPDATE_Z1S3); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S4,FCSZ_ANZ_TEXT_UPDATE_Z1S4); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S5,FCSZ_ANZ_TEXT_UPDATE_Z1S5); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S6,FCSZ_ANZ_TEXT_UPDATE_Z1S6); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S7,FCSZ_ANZ_TEXT_UPDATE_Z1S7); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S8,FCSZ_ANZ_TEXT_UPDATE_Z1S8); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S9,FCSZ_ANZ_TEXT_UPDATE_Z1S9); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S10,FCSZ_ANZ_TEXT_UPDATE_Z1S10); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S11,FCSZ_ANZ_TEXT_UPDATE_Z1S11); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S12,FCSZ_ANZ_TEXT_UPDATE_Z1S12); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S13,FCSZ_ANZ_TEXT_UPDATE_Z1S13); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S14,FCSZ_ANZ_TEXT_UPDATE_Z1S14); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S15,FCSZ_ANZ_TEXT_UPDATE_Z1S15); } //Goto Connection Point //Goto Connection Point: [A]: A goto FCC_anz_text_A; break; } case 3: { //String Manipulation //String Manipulation: // anz_text.com_result = Compare$(anz_text.text, anz_text_update_z1s3, 0) FCL_COM_RESULT = FCI_COMPARE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,FCV_ANZ_TEXT_UPDATE_Z1S3,FCSZ_ANZ_TEXT_UPDATE_Z1S3,0); //Decision //Decision: anz_text.com_result = 0? if (FCL_COM_RESULT == 0) { } else { //String Manipulation //String Manipulation: // anz_text_update_z1s3 = anz_text.text FCI_CONCATENATE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,"",0,FCV_ANZ_TEXT_UPDATE_Z1S3,FCSZ_ANZ_TEXT_UPDATE_Z1S3); //Comment: //start print text //Call Component Macro //Call Component Macro: LCDDisplay(0)::PrintString(anz_text.text) FCD_LCDDisplay0_PrintString(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT); //Comment: //update var löschen //String Manipulation //String Manipulation: // anz_text_update_z1s0 = "" // anz_text_update_z1s1 = "" // anz_text_update_z1s2 = "" // anz_text_update_z1s4 = "" // anz_text_update_z1s5 = "" // anz_text_update_z1s6 = "" // anz_text_update_z1s7 = "" // anz_text_update_z1s8 = "" // anz_text_update_z1s9 = "" // anz_text_update_z1s10 = "" // anz_text_update_z1s11 = "" // anz_text_update_z1s12 = "" // anz_text_update_z1s13 = "" // anz_text_update_z1s14 = "" // anz_text_update_z1s15 = "" FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S0,FCSZ_ANZ_TEXT_UPDATE_Z1S0); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S1,FCSZ_ANZ_TEXT_UPDATE_Z1S1); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S2,FCSZ_ANZ_TEXT_UPDATE_Z1S2); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S4,FCSZ_ANZ_TEXT_UPDATE_Z1S4); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S5,FCSZ_ANZ_TEXT_UPDATE_Z1S5); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S6,FCSZ_ANZ_TEXT_UPDATE_Z1S6); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S7,FCSZ_ANZ_TEXT_UPDATE_Z1S7); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S8,FCSZ_ANZ_TEXT_UPDATE_Z1S8); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S9,FCSZ_ANZ_TEXT_UPDATE_Z1S9); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S10,FCSZ_ANZ_TEXT_UPDATE_Z1S10); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S11,FCSZ_ANZ_TEXT_UPDATE_Z1S11); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S12,FCSZ_ANZ_TEXT_UPDATE_Z1S12); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S13,FCSZ_ANZ_TEXT_UPDATE_Z1S13); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S14,FCSZ_ANZ_TEXT_UPDATE_Z1S14); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S15,FCSZ_ANZ_TEXT_UPDATE_Z1S15); } //Goto Connection Point //Goto Connection Point: [A]: A goto FCC_anz_text_A; break; } case 4: { //String Manipulation //String Manipulation: // anz_text.com_result = Compare$(anz_text.text, anz_text_update_z1s4, 0) FCL_COM_RESULT = FCI_COMPARE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,FCV_ANZ_TEXT_UPDATE_Z1S4,FCSZ_ANZ_TEXT_UPDATE_Z1S4,0); //Decision //Decision: anz_text.com_result = 0? if (FCL_COM_RESULT == 0) { } else { //String Manipulation //String Manipulation: // anz_text_update_z1s4 = anz_text.text FCI_CONCATENATE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,"",0,FCV_ANZ_TEXT_UPDATE_Z1S4,FCSZ_ANZ_TEXT_UPDATE_Z1S4); //Comment: //start print text //Call Component Macro //Call Component Macro: LCDDisplay(0)::PrintString(anz_text.text) FCD_LCDDisplay0_PrintString(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT); //Comment: //update var löschen //String Manipulation //String Manipulation: // anz_text_update_z1s0 = "" // anz_text_update_z1s1 = "" // anz_text_update_z1s2 = "" // anz_text_update_z1s3 = "" // anz_text_update_z1s5 = "" // anz_text_update_z1s6 = "" // anz_text_update_z1s7 = "" // anz_text_update_z1s8 = "" // anz_text_update_z1s9 = "" // anz_text_update_z1s10 = "" // anz_text_update_z1s11 = "" // anz_text_update_z1s12 = "" // anz_text_update_z1s13 = "" // anz_text_update_z1s14 = "" // anz_text_update_z1s15 = "" FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S0,FCSZ_ANZ_TEXT_UPDATE_Z1S0); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S1,FCSZ_ANZ_TEXT_UPDATE_Z1S1); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S2,FCSZ_ANZ_TEXT_UPDATE_Z1S2); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S3,FCSZ_ANZ_TEXT_UPDATE_Z1S3); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S5,FCSZ_ANZ_TEXT_UPDATE_Z1S5); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S6,FCSZ_ANZ_TEXT_UPDATE_Z1S6); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S7,FCSZ_ANZ_TEXT_UPDATE_Z1S7); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S8,FCSZ_ANZ_TEXT_UPDATE_Z1S8); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S9,FCSZ_ANZ_TEXT_UPDATE_Z1S9); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S10,FCSZ_ANZ_TEXT_UPDATE_Z1S10); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S11,FCSZ_ANZ_TEXT_UPDATE_Z1S11); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S12,FCSZ_ANZ_TEXT_UPDATE_Z1S12); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S13,FCSZ_ANZ_TEXT_UPDATE_Z1S13); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S14,FCSZ_ANZ_TEXT_UPDATE_Z1S14); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S15,FCSZ_ANZ_TEXT_UPDATE_Z1S15); } //Goto Connection Point //Goto Connection Point: [A]: A goto FCC_anz_text_A; break; } case 5: { //String Manipulation //String Manipulation: // anz_text.com_result = Compare$(anz_text.text, anz_text_update_z1s5, 0) FCL_COM_RESULT = FCI_COMPARE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,FCV_ANZ_TEXT_UPDATE_Z1S5,FCSZ_ANZ_TEXT_UPDATE_Z1S5,0); //Decision //Decision: anz_text.com_result = 0? if (FCL_COM_RESULT == 0) { } else { //String Manipulation //String Manipulation: // anz_text_update_z1s5 = anz_text.text FCI_CONCATENATE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,"",0,FCV_ANZ_TEXT_UPDATE_Z1S5,FCSZ_ANZ_TEXT_UPDATE_Z1S5); //Comment: //start print text //Call Component Macro //Call Component Macro: LCDDisplay(0)::PrintString(anz_text.text) FCD_LCDDisplay0_PrintString(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT); //Comment: //update var löschen //String Manipulation //String Manipulation: // anz_text_update_z1s0 = "" // anz_text_update_z1s1 = "" // anz_text_update_z1s2 = "" // anz_text_update_z1s3 = "" // anz_text_update_z1s4 = "" // anz_text_update_z1s6 = "" // anz_text_update_z1s7 = "" // anz_text_update_z1s8 = "" // anz_text_update_z1s9 = "" // anz_text_update_z1s10 = "" // anz_text_update_z1s11 = "" // anz_text_update_z1s12 = "" // anz_text_update_z1s13 = "" // anz_text_update_z1s14 = "" // anz_text_update_z1s15 = "" FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S0,FCSZ_ANZ_TEXT_UPDATE_Z1S0); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S1,FCSZ_ANZ_TEXT_UPDATE_Z1S1); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S2,FCSZ_ANZ_TEXT_UPDATE_Z1S2); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S3,FCSZ_ANZ_TEXT_UPDATE_Z1S3); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S4,FCSZ_ANZ_TEXT_UPDATE_Z1S4); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S6,FCSZ_ANZ_TEXT_UPDATE_Z1S6); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S7,FCSZ_ANZ_TEXT_UPDATE_Z1S7); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S8,FCSZ_ANZ_TEXT_UPDATE_Z1S8); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S9,FCSZ_ANZ_TEXT_UPDATE_Z1S9); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S10,FCSZ_ANZ_TEXT_UPDATE_Z1S10); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S11,FCSZ_ANZ_TEXT_UPDATE_Z1S11); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S12,FCSZ_ANZ_TEXT_UPDATE_Z1S12); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S13,FCSZ_ANZ_TEXT_UPDATE_Z1S13); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S14,FCSZ_ANZ_TEXT_UPDATE_Z1S14); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S15,FCSZ_ANZ_TEXT_UPDATE_Z1S15); } //Goto Connection Point //Goto Connection Point: [A]: A goto FCC_anz_text_A; break; } case 6: { //String Manipulation //String Manipulation: // anz_text.com_result = Compare$(anz_text.text, anz_text_update_z1s6, 0) FCL_COM_RESULT = FCI_COMPARE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,FCV_ANZ_TEXT_UPDATE_Z1S6,FCSZ_ANZ_TEXT_UPDATE_Z1S6,0); //Decision //Decision: anz_text.com_result = 0? if (FCL_COM_RESULT == 0) { } else { //String Manipulation //String Manipulation: // anz_text_update_z1s6 = anz_text.text FCI_CONCATENATE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,"",0,FCV_ANZ_TEXT_UPDATE_Z1S6,FCSZ_ANZ_TEXT_UPDATE_Z1S6); //Comment: //start print text //Call Component Macro //Call Component Macro: LCDDisplay(0)::PrintString(anz_text.text) FCD_LCDDisplay0_PrintString(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT); //Comment: //update var löschen //String Manipulation //String Manipulation: // anz_text_update_z1s0 = "" // anz_text_update_z1s1 = "" // anz_text_update_z1s2 = "" // anz_text_update_z1s3 = "" // anz_text_update_z1s4 = "" // anz_text_update_z1s5 = "" // anz_text_update_z1s7 = "" // anz_text_update_z1s8 = "" // anz_text_update_z1s9 = "" // anz_text_update_z1s10 = "" // anz_text_update_z1s11 = "" // anz_text_update_z1s12 = "" // anz_text_update_z1s13 = "" // anz_text_update_z1s14 = "" // anz_text_update_z1s15 = "" FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S0,FCSZ_ANZ_TEXT_UPDATE_Z1S0); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S1,FCSZ_ANZ_TEXT_UPDATE_Z1S1); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S2,FCSZ_ANZ_TEXT_UPDATE_Z1S2); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S3,FCSZ_ANZ_TEXT_UPDATE_Z1S3); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S4,FCSZ_ANZ_TEXT_UPDATE_Z1S4); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S5,FCSZ_ANZ_TEXT_UPDATE_Z1S5); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S7,FCSZ_ANZ_TEXT_UPDATE_Z1S7); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S8,FCSZ_ANZ_TEXT_UPDATE_Z1S8); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S9,FCSZ_ANZ_TEXT_UPDATE_Z1S9); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S10,FCSZ_ANZ_TEXT_UPDATE_Z1S10); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S11,FCSZ_ANZ_TEXT_UPDATE_Z1S11); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S12,FCSZ_ANZ_TEXT_UPDATE_Z1S12); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S13,FCSZ_ANZ_TEXT_UPDATE_Z1S13); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S14,FCSZ_ANZ_TEXT_UPDATE_Z1S14); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S15,FCSZ_ANZ_TEXT_UPDATE_Z1S15); } //Goto Connection Point //Goto Connection Point: [A]: A goto FCC_anz_text_A; break; } case 7: { //String Manipulation //String Manipulation: // anz_text.com_result = Compare$(anz_text.text, anz_text_update_z1s7, 0) FCL_COM_RESULT = FCI_COMPARE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,FCV_ANZ_TEXT_UPDATE_Z1S7,FCSZ_ANZ_TEXT_UPDATE_Z1S7,0); //Decision //Decision: anz_text.com_result = 0? if (FCL_COM_RESULT == 0) { } else { //String Manipulation //String Manipulation: // anz_text_update_z1s7 = anz_text.text FCI_CONCATENATE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,"",0,FCV_ANZ_TEXT_UPDATE_Z1S7,FCSZ_ANZ_TEXT_UPDATE_Z1S7); //Comment: //start print text //Call Component Macro //Call Component Macro: LCDDisplay(0)::PrintString(anz_text.text) FCD_LCDDisplay0_PrintString(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT); //Comment: //update var löschen //String Manipulation //String Manipulation: // anz_text_update_z1s0 = "" // anz_text_update_z1s1 = "" // anz_text_update_z1s2 = "" // anz_text_update_z1s3 = "" // anz_text_update_z1s4 = "" // anz_text_update_z1s5 = "" // anz_text_update_z1s6 = "" // anz_text_update_z1s8 = "" // anz_text_update_z1s9 = "" // anz_text_update_z1s10 = "" // anz_text_update_z1s11 = "" // anz_text_update_z1s12 = "" // anz_text_update_z1s13 = "" // anz_text_update_z1s14 = "" // anz_text_update_z1s15 = "" FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S0,FCSZ_ANZ_TEXT_UPDATE_Z1S0); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S1,FCSZ_ANZ_TEXT_UPDATE_Z1S1); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S2,FCSZ_ANZ_TEXT_UPDATE_Z1S2); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S3,FCSZ_ANZ_TEXT_UPDATE_Z1S3); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S4,FCSZ_ANZ_TEXT_UPDATE_Z1S4); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S5,FCSZ_ANZ_TEXT_UPDATE_Z1S5); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S6,FCSZ_ANZ_TEXT_UPDATE_Z1S6); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S8,FCSZ_ANZ_TEXT_UPDATE_Z1S8); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S9,FCSZ_ANZ_TEXT_UPDATE_Z1S9); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S10,FCSZ_ANZ_TEXT_UPDATE_Z1S10); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S11,FCSZ_ANZ_TEXT_UPDATE_Z1S11); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S12,FCSZ_ANZ_TEXT_UPDATE_Z1S12); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S13,FCSZ_ANZ_TEXT_UPDATE_Z1S13); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S14,FCSZ_ANZ_TEXT_UPDATE_Z1S14); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S15,FCSZ_ANZ_TEXT_UPDATE_Z1S15); } //Goto Connection Point //Goto Connection Point: [A]: A goto FCC_anz_text_A; break; } case 8: { //String Manipulation //String Manipulation: // anz_text.com_result = Compare$(anz_text.text, anz_text_update_z1s8, 0) FCL_COM_RESULT = FCI_COMPARE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,FCV_ANZ_TEXT_UPDATE_Z1S8,FCSZ_ANZ_TEXT_UPDATE_Z1S8,0); //Decision //Decision: anz_text.com_result = 0? if (FCL_COM_RESULT == 0) { } else { //String Manipulation //String Manipulation: // anz_text_update_z1s8 = anz_text.text FCI_CONCATENATE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,"",0,FCV_ANZ_TEXT_UPDATE_Z1S8,FCSZ_ANZ_TEXT_UPDATE_Z1S8); //Comment: //start print text //Call Component Macro //Call Component Macro: LCDDisplay(0)::PrintString(anz_text.text) FCD_LCDDisplay0_PrintString(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT); //Comment: //update var löschen //String Manipulation //String Manipulation: // anz_text_update_z1s0 = "" // anz_text_update_z1s1 = "" // anz_text_update_z1s2 = "" // anz_text_update_z1s3 = "" // anz_text_update_z1s4 = "" // anz_text_update_z1s5 = "" // anz_text_update_z1s6 = "" // anz_text_update_z1s7 = "" // anz_text_update_z1s9 = "" // anz_text_update_z1s10 = "" // anz_text_update_z1s11 = "" // anz_text_update_z1s12 = "" // anz_text_update_z1s13 = "" // anz_text_update_z1s14 = "" // anz_text_update_z1s15 = "" FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S0,FCSZ_ANZ_TEXT_UPDATE_Z1S0); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S1,FCSZ_ANZ_TEXT_UPDATE_Z1S1); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S2,FCSZ_ANZ_TEXT_UPDATE_Z1S2); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S3,FCSZ_ANZ_TEXT_UPDATE_Z1S3); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S4,FCSZ_ANZ_TEXT_UPDATE_Z1S4); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S5,FCSZ_ANZ_TEXT_UPDATE_Z1S5); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S6,FCSZ_ANZ_TEXT_UPDATE_Z1S6); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S7,FCSZ_ANZ_TEXT_UPDATE_Z1S7); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S9,FCSZ_ANZ_TEXT_UPDATE_Z1S9); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S10,FCSZ_ANZ_TEXT_UPDATE_Z1S10); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S11,FCSZ_ANZ_TEXT_UPDATE_Z1S11); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S12,FCSZ_ANZ_TEXT_UPDATE_Z1S12); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S13,FCSZ_ANZ_TEXT_UPDATE_Z1S13); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S14,FCSZ_ANZ_TEXT_UPDATE_Z1S14); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S15,FCSZ_ANZ_TEXT_UPDATE_Z1S15); } //Goto Connection Point //Goto Connection Point: [A]: A goto FCC_anz_text_A; break; } case 9: { //String Manipulation //String Manipulation: // anz_text.com_result = Compare$(anz_text.text, anz_text_update_z1s9, 0) FCL_COM_RESULT = FCI_COMPARE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,FCV_ANZ_TEXT_UPDATE_Z1S9,FCSZ_ANZ_TEXT_UPDATE_Z1S9,0); //Decision //Decision: anz_text.com_result = 0? if (FCL_COM_RESULT == 0) { } else { //String Manipulation //String Manipulation: // anz_text_update_z1s9 = anz_text.text FCI_CONCATENATE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,"",0,FCV_ANZ_TEXT_UPDATE_Z1S9,FCSZ_ANZ_TEXT_UPDATE_Z1S9); //Comment: //start print text //Call Component Macro //Call Component Macro: LCDDisplay(0)::PrintString(anz_text.text) FCD_LCDDisplay0_PrintString(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT); //Comment: //update var löschen //String Manipulation //String Manipulation: // anz_text_update_z1s0 = "" // anz_text_update_z1s1 = "" // anz_text_update_z1s2 = "" // anz_text_update_z1s3 = "" // anz_text_update_z1s4 = "" // anz_text_update_z1s5 = "" // anz_text_update_z1s6 = "" // anz_text_update_z1s7 = "" // anz_text_update_z1s8 = "" // anz_text_update_z1s10 = "" // anz_text_update_z1s11 = "" // anz_text_update_z1s12 = "" // anz_text_update_z1s13 = "" // anz_text_update_z1s14 = "" // anz_text_update_z1s15 = "" FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S0,FCSZ_ANZ_TEXT_UPDATE_Z1S0); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S1,FCSZ_ANZ_TEXT_UPDATE_Z1S1); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S2,FCSZ_ANZ_TEXT_UPDATE_Z1S2); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S3,FCSZ_ANZ_TEXT_UPDATE_Z1S3); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S4,FCSZ_ANZ_TEXT_UPDATE_Z1S4); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S5,FCSZ_ANZ_TEXT_UPDATE_Z1S5); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S6,FCSZ_ANZ_TEXT_UPDATE_Z1S6); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S7,FCSZ_ANZ_TEXT_UPDATE_Z1S7); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S8,FCSZ_ANZ_TEXT_UPDATE_Z1S8); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S10,FCSZ_ANZ_TEXT_UPDATE_Z1S10); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S11,FCSZ_ANZ_TEXT_UPDATE_Z1S11); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S12,FCSZ_ANZ_TEXT_UPDATE_Z1S12); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S13,FCSZ_ANZ_TEXT_UPDATE_Z1S13); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S14,FCSZ_ANZ_TEXT_UPDATE_Z1S14); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S15,FCSZ_ANZ_TEXT_UPDATE_Z1S15); } //Goto Connection Point //Goto Connection Point: [A]: A goto FCC_anz_text_A; break; } } //Switch //Switch: anz_text.spalte? switch (FCL_SPALTE) { case 10: { //String Manipulation //String Manipulation: // anz_text.com_result = Compare$(anz_text.text, anz_text_update_z1s10, 0) FCL_COM_RESULT = FCI_COMPARE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,FCV_ANZ_TEXT_UPDATE_Z1S10,FCSZ_ANZ_TEXT_UPDATE_Z1S10,0); //Decision //Decision: anz_text.com_result = 0? if (FCL_COM_RESULT == 0) { } else { //String Manipulation //String Manipulation: // anz_text_update_z1s10 = anz_text.text FCI_CONCATENATE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,"",0,FCV_ANZ_TEXT_UPDATE_Z1S10,FCSZ_ANZ_TEXT_UPDATE_Z1S10); //Comment: //start print text //Call Component Macro //Call Component Macro: LCDDisplay(0)::PrintString(anz_text.text) FCD_LCDDisplay0_PrintString(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT); //Comment: //update var löschen //String Manipulation //String Manipulation: // anz_text_update_z1s0 = "" // anz_text_update_z1s1 = "" // anz_text_update_z1s2 = "" // anz_text_update_z1s3 = "" // anz_text_update_z1s4 = "" // anz_text_update_z1s5 = "" // anz_text_update_z1s6 = "" // anz_text_update_z1s7 = "" // anz_text_update_z1s8 = "" // anz_text_update_z1s9 = "" // anz_text_update_z1s11 = "" // anz_text_update_z1s12 = "" // anz_text_update_z1s13 = "" // anz_text_update_z1s14 = "" // anz_text_update_z1s15 = "" FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S0,FCSZ_ANZ_TEXT_UPDATE_Z1S0); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S1,FCSZ_ANZ_TEXT_UPDATE_Z1S1); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S2,FCSZ_ANZ_TEXT_UPDATE_Z1S2); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S3,FCSZ_ANZ_TEXT_UPDATE_Z1S3); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S4,FCSZ_ANZ_TEXT_UPDATE_Z1S4); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S5,FCSZ_ANZ_TEXT_UPDATE_Z1S5); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S6,FCSZ_ANZ_TEXT_UPDATE_Z1S6); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S7,FCSZ_ANZ_TEXT_UPDATE_Z1S7); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S8,FCSZ_ANZ_TEXT_UPDATE_Z1S8); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S9,FCSZ_ANZ_TEXT_UPDATE_Z1S9); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S11,FCSZ_ANZ_TEXT_UPDATE_Z1S11); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S12,FCSZ_ANZ_TEXT_UPDATE_Z1S12); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S13,FCSZ_ANZ_TEXT_UPDATE_Z1S13); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S14,FCSZ_ANZ_TEXT_UPDATE_Z1S14); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S15,FCSZ_ANZ_TEXT_UPDATE_Z1S15); } break; } case 11: { //String Manipulation //String Manipulation: // anz_text.com_result = Compare$(anz_text.text, anz_text_update_z1s11, 0) FCL_COM_RESULT = FCI_COMPARE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,FCV_ANZ_TEXT_UPDATE_Z1S11,FCSZ_ANZ_TEXT_UPDATE_Z1S11,0); //Decision //Decision: anz_text.com_result = 0? if (FCL_COM_RESULT == 0) { } else { //String Manipulation //String Manipulation: // anz_text_update_z1s11 = anz_text.text FCI_CONCATENATE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,"",0,FCV_ANZ_TEXT_UPDATE_Z1S11,FCSZ_ANZ_TEXT_UPDATE_Z1S11); //Comment: //start print text //Call Component Macro //Call Component Macro: LCDDisplay(0)::PrintString(anz_text.text) FCD_LCDDisplay0_PrintString(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT); //Comment: //update var löschen //String Manipulation //String Manipulation: // anz_text_update_z1s0 = "" // anz_text_update_z1s1 = "" // anz_text_update_z1s2 = "" // anz_text_update_z1s3 = "" // anz_text_update_z1s4 = "" // anz_text_update_z1s5 = "" // anz_text_update_z1s6 = "" // anz_text_update_z1s7 = "" // anz_text_update_z1s8 = "" // anz_text_update_z1s9 = "" // anz_text_update_z1s10 = "" // anz_text_update_z1s12 = "" // anz_text_update_z1s13 = "" // anz_text_update_z1s14 = "" // anz_text_update_z1s15 = "" FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S0,FCSZ_ANZ_TEXT_UPDATE_Z1S0); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S1,FCSZ_ANZ_TEXT_UPDATE_Z1S1); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S2,FCSZ_ANZ_TEXT_UPDATE_Z1S2); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S3,FCSZ_ANZ_TEXT_UPDATE_Z1S3); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S4,FCSZ_ANZ_TEXT_UPDATE_Z1S4); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S5,FCSZ_ANZ_TEXT_UPDATE_Z1S5); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S6,FCSZ_ANZ_TEXT_UPDATE_Z1S6); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S7,FCSZ_ANZ_TEXT_UPDATE_Z1S7); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S8,FCSZ_ANZ_TEXT_UPDATE_Z1S8); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S9,FCSZ_ANZ_TEXT_UPDATE_Z1S9); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S10,FCSZ_ANZ_TEXT_UPDATE_Z1S10); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S12,FCSZ_ANZ_TEXT_UPDATE_Z1S12); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S13,FCSZ_ANZ_TEXT_UPDATE_Z1S13); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S14,FCSZ_ANZ_TEXT_UPDATE_Z1S14); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S15,FCSZ_ANZ_TEXT_UPDATE_Z1S15); } break; } case 12: { //String Manipulation //String Manipulation: // anz_text.com_result = Compare$(anz_text.text, anz_text_update_z1s12, 0) FCL_COM_RESULT = FCI_COMPARE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,FCV_ANZ_TEXT_UPDATE_Z1S12,FCSZ_ANZ_TEXT_UPDATE_Z1S12,0); //Decision //Decision: anz_text.com_result = 0? if (FCL_COM_RESULT == 0) { } else { //String Manipulation //String Manipulation: // anz_text_update_z1s12 = anz_text.text FCI_CONCATENATE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,"",0,FCV_ANZ_TEXT_UPDATE_Z1S12,FCSZ_ANZ_TEXT_UPDATE_Z1S12); //Comment: //start print text //Call Component Macro //Call Component Macro: LCDDisplay(0)::PrintString(anz_text.text) FCD_LCDDisplay0_PrintString(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT); //Comment: //update var löschen //String Manipulation //String Manipulation: // anz_text_update_z1s0 = "" // anz_text_update_z1s1 = "" // anz_text_update_z1s2 = "" // anz_text_update_z1s3 = "" // anz_text_update_z1s4 = "" // anz_text_update_z1s5 = "" // anz_text_update_z1s6 = "" // anz_text_update_z1s7 = "" // anz_text_update_z1s8 = "" // anz_text_update_z1s9 = "" // anz_text_update_z1s10 = "" // anz_text_update_z1s11 = "" // anz_text_update_z1s13 = "" // anz_text_update_z1s14 = "" // anz_text_update_z1s15 = "" FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S0,FCSZ_ANZ_TEXT_UPDATE_Z1S0); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S1,FCSZ_ANZ_TEXT_UPDATE_Z1S1); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S2,FCSZ_ANZ_TEXT_UPDATE_Z1S2); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S3,FCSZ_ANZ_TEXT_UPDATE_Z1S3); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S4,FCSZ_ANZ_TEXT_UPDATE_Z1S4); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S5,FCSZ_ANZ_TEXT_UPDATE_Z1S5); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S6,FCSZ_ANZ_TEXT_UPDATE_Z1S6); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S7,FCSZ_ANZ_TEXT_UPDATE_Z1S7); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S8,FCSZ_ANZ_TEXT_UPDATE_Z1S8); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S9,FCSZ_ANZ_TEXT_UPDATE_Z1S9); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S10,FCSZ_ANZ_TEXT_UPDATE_Z1S10); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S11,FCSZ_ANZ_TEXT_UPDATE_Z1S11); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S13,FCSZ_ANZ_TEXT_UPDATE_Z1S13); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S14,FCSZ_ANZ_TEXT_UPDATE_Z1S14); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S15,FCSZ_ANZ_TEXT_UPDATE_Z1S15); } break; } case 13: { //String Manipulation //String Manipulation: // anz_text.com_result = Compare$(anz_text.text, anz_text_update_z1s13, 0) FCL_COM_RESULT = FCI_COMPARE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,FCV_ANZ_TEXT_UPDATE_Z1S13,FCSZ_ANZ_TEXT_UPDATE_Z1S13,0); //Decision //Decision: anz_text.com_result = 0? if (FCL_COM_RESULT == 0) { } else { //String Manipulation //String Manipulation: // anz_text_update_z1s13 = anz_text.text FCI_CONCATENATE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,"",0,FCV_ANZ_TEXT_UPDATE_Z1S13,FCSZ_ANZ_TEXT_UPDATE_Z1S13); //Comment: //start print text //Call Component Macro //Call Component Macro: LCDDisplay(0)::PrintString(anz_text.text) FCD_LCDDisplay0_PrintString(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT); //Comment: //update var löschen //String Manipulation //String Manipulation: // anz_text_update_z1s0 = "" // anz_text_update_z1s1 = "" // anz_text_update_z1s2 = "" // anz_text_update_z1s3 = "" // anz_text_update_z1s4 = "" // anz_text_update_z1s5 = "" // anz_text_update_z1s6 = "" // anz_text_update_z1s7 = "" // anz_text_update_z1s8 = "" // anz_text_update_z1s9 = "" // anz_text_update_z1s10 = "" // anz_text_update_z1s11 = "" // anz_text_update_z1s12 = "" // anz_text_update_z1s14 = "" // anz_text_update_z1s15 = "" FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S0,FCSZ_ANZ_TEXT_UPDATE_Z1S0); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S1,FCSZ_ANZ_TEXT_UPDATE_Z1S1); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S2,FCSZ_ANZ_TEXT_UPDATE_Z1S2); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S3,FCSZ_ANZ_TEXT_UPDATE_Z1S3); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S4,FCSZ_ANZ_TEXT_UPDATE_Z1S4); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S5,FCSZ_ANZ_TEXT_UPDATE_Z1S5); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S6,FCSZ_ANZ_TEXT_UPDATE_Z1S6); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S7,FCSZ_ANZ_TEXT_UPDATE_Z1S7); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S8,FCSZ_ANZ_TEXT_UPDATE_Z1S8); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S9,FCSZ_ANZ_TEXT_UPDATE_Z1S9); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S10,FCSZ_ANZ_TEXT_UPDATE_Z1S10); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S11,FCSZ_ANZ_TEXT_UPDATE_Z1S11); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S12,FCSZ_ANZ_TEXT_UPDATE_Z1S12); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S14,FCSZ_ANZ_TEXT_UPDATE_Z1S14); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S15,FCSZ_ANZ_TEXT_UPDATE_Z1S15); } break; } case 14: { //String Manipulation //String Manipulation: // anz_text.com_result = Compare$(anz_text.text, anz_text_update_z1s14, 0) FCL_COM_RESULT = FCI_COMPARE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,FCV_ANZ_TEXT_UPDATE_Z1S14,FCSZ_ANZ_TEXT_UPDATE_Z1S14,0); //Decision //Decision: anz_text.com_result = 0? if (FCL_COM_RESULT == 0) { } else { //String Manipulation //String Manipulation: // anz_text_update_z1s14 = anz_text.text FCI_CONCATENATE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,"",0,FCV_ANZ_TEXT_UPDATE_Z1S14,FCSZ_ANZ_TEXT_UPDATE_Z1S14); //Comment: //start print text //Call Component Macro //Call Component Macro: LCDDisplay(0)::PrintString(anz_text.text) FCD_LCDDisplay0_PrintString(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT); //Comment: //update var löschen //String Manipulation //String Manipulation: // anz_text_update_z1s0 = "" // anz_text_update_z1s1 = "" // anz_text_update_z1s2 = "" // anz_text_update_z1s3 = "" // anz_text_update_z1s4 = "" // anz_text_update_z1s5 = "" // anz_text_update_z1s6 = "" // anz_text_update_z1s7 = "" // anz_text_update_z1s8 = "" // anz_text_update_z1s9 = "" // anz_text_update_z1s10 = "" // anz_text_update_z1s11 = "" // anz_text_update_z1s12 = "" // anz_text_update_z1s13 = "" // anz_text_update_z1s15 = "" FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S0,FCSZ_ANZ_TEXT_UPDATE_Z1S0); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S1,FCSZ_ANZ_TEXT_UPDATE_Z1S1); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S2,FCSZ_ANZ_TEXT_UPDATE_Z1S2); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S3,FCSZ_ANZ_TEXT_UPDATE_Z1S3); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S4,FCSZ_ANZ_TEXT_UPDATE_Z1S4); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S5,FCSZ_ANZ_TEXT_UPDATE_Z1S5); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S6,FCSZ_ANZ_TEXT_UPDATE_Z1S6); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S7,FCSZ_ANZ_TEXT_UPDATE_Z1S7); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S8,FCSZ_ANZ_TEXT_UPDATE_Z1S8); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S9,FCSZ_ANZ_TEXT_UPDATE_Z1S9); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S10,FCSZ_ANZ_TEXT_UPDATE_Z1S10); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S11,FCSZ_ANZ_TEXT_UPDATE_Z1S11); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S12,FCSZ_ANZ_TEXT_UPDATE_Z1S12); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S13,FCSZ_ANZ_TEXT_UPDATE_Z1S13); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S15,FCSZ_ANZ_TEXT_UPDATE_Z1S15); } break; } case 15: { //String Manipulation //String Manipulation: // anz_text.com_result = Compare$(anz_text.text, anz_text_update_z1s15, 0) FCL_COM_RESULT = FCI_COMPARE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,FCV_ANZ_TEXT_UPDATE_Z1S15,FCSZ_ANZ_TEXT_UPDATE_Z1S15,0); //Decision //Decision: anz_text.com_result = 0? if (FCL_COM_RESULT == 0) { } else { //String Manipulation //String Manipulation: // anz_text_update_z1s15 = anz_text.text FCI_CONCATENATE(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT,"",0,FCV_ANZ_TEXT_UPDATE_Z1S15,FCSZ_ANZ_TEXT_UPDATE_Z1S15); //Comment: //start print text //Call Component Macro //Call Component Macro: LCDDisplay(0)::PrintString(anz_text.text) FCD_LCDDisplay0_PrintString(FCL_TEXT,FC_ANZ_TEXT_SZ_TEXT); //Comment: //update var löschen //String Manipulation //String Manipulation: // anz_text_update_z1s0 = "" // anz_text_update_z1s1 = "" // anz_text_update_z1s2 = "" // anz_text_update_z1s3 = "" // anz_text_update_z1s4 = "" // anz_text_update_z1s5 = "" // anz_text_update_z1s6 = "" // anz_text_update_z1s7 = "" // anz_text_update_z1s8 = "" // anz_text_update_z1s9 = "" // anz_text_update_z1s10 = "" // anz_text_update_z1s11 = "" // anz_text_update_z1s12 = "" // anz_text_update_z1s13 = "" // anz_text_update_z1s14 = "" FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S0,FCSZ_ANZ_TEXT_UPDATE_Z1S0); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S1,FCSZ_ANZ_TEXT_UPDATE_Z1S1); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S2,FCSZ_ANZ_TEXT_UPDATE_Z1S2); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S3,FCSZ_ANZ_TEXT_UPDATE_Z1S3); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S4,FCSZ_ANZ_TEXT_UPDATE_Z1S4); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S5,FCSZ_ANZ_TEXT_UPDATE_Z1S5); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S6,FCSZ_ANZ_TEXT_UPDATE_Z1S6); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S7,FCSZ_ANZ_TEXT_UPDATE_Z1S7); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S8,FCSZ_ANZ_TEXT_UPDATE_Z1S8); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S9,FCSZ_ANZ_TEXT_UPDATE_Z1S9); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S10,FCSZ_ANZ_TEXT_UPDATE_Z1S10); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S11,FCSZ_ANZ_TEXT_UPDATE_Z1S11); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S12,FCSZ_ANZ_TEXT_UPDATE_Z1S12); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S13,FCSZ_ANZ_TEXT_UPDATE_Z1S13); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S14,FCSZ_ANZ_TEXT_UPDATE_Z1S14); } break; } } //Connection Point //Connection Point: [A]: A FCC_anz_text_A: ; //!! ad-decoder aus !! //Output: ena0_aus -> PORTD_L TRISD = TRISD & 0xffc3; PORTD = (LATD & 0xffc3) | (FCV_ENA0_AUS & 0x003c); } void FCM_netz_aus() { //Local variable definitions char FCL_COUNT; short FCL_ADRESSE; //Decision //Decision: adc_integer[1] <100? if (FCV_ADC_INTEGER[1] <100) { //Calculation //Calculation: // netz_aus.count = 8 // netz_aus.adresse = 8 FCL_COUNT = 8; FCL_ADRESSE = 8; //Connection Point //Connection Point: [A]: A FCC_netz_aus_A: ; //Decision //Decision: netz_aus.count = 0? if (FCL_COUNT == 0) { } else { //Call Component Macro //Call Component Macro: EEPROM(0)::Write(netz_aus.adresse, Ra[netz_aus.count]) FCD_EEPROM0_WriteEEPROM(FCL_ADRESSE, FCV_RA[FCL_COUNT]); //Calculation //Calculation: // netz_aus.count = netz_aus.count - 1 // netz_aus.adresse = netz_aus.adresse - 1 FCL_COUNT = FCL_COUNT - 1; FCL_ADRESSE = FCL_ADRESSE - 1; //Goto Connection Point //Goto Connection Point: [A]: A goto FCC_netz_aus_A; } //out off //Call Macro: out_off FCM_out_off(); //Calculation //Calculation: // Q[1] = an // Q[2] = aus // Q[3] = aus // Q[4] = aus // Q[5] = aus // Q[6] = aus // Q[7] = aus // Q[8] = an // Q[9] = aus // Q[10] = aus // Q[11] = aus // Q[12] = aus // Q[13] = aus // Q[14] = aus // Q[15] = aus // Q[16] = aus // Q[17] = aus // Q[18] = aus // Q[19] = aus // Q[20] = aus // Q[21] = aus // Q[22] = aus // Q[23] = aus // Q[24] = aus // Q[25] = aus // Q[26] = aus // Q[27] = aus // Q[28] = aus // Q[29] = aus // Q[30] = aus // Q[31] = aus // Q[32] = aus FCV_Q[1] = FCV_AN; FCV_Q[2] = FCV_AUS; FCV_Q[3] = FCV_AUS; FCV_Q[4] = FCV_AUS; FCV_Q[5] = FCV_AUS; FCV_Q[6] = FCV_AUS; FCV_Q[7] = FCV_AUS; FCV_Q[8] = FCV_AN; FCV_Q[9] = FCV_AUS; FCV_Q[10] = FCV_AUS; FCV_Q[11] = FCV_AUS; FCV_Q[12] = FCV_AUS; FCV_Q[13] = FCV_AUS; FCV_Q[14] = FCV_AUS; FCV_Q[15] = FCV_AUS; FCV_Q[16] = FCV_AUS; FCV_Q[17] = FCV_AUS; FCV_Q[18] = FCV_AUS; FCV_Q[19] = FCV_AUS; FCV_Q[20] = FCV_AUS; FCV_Q[21] = FCV_AUS; FCV_Q[22] = FCV_AUS; FCV_Q[23] = FCV_AUS; FCV_Q[24] = FCV_AUS; FCV_Q[25] = FCV_AUS; FCV_Q[26] = FCV_AUS; FCV_Q[27] = FCV_AUS; FCV_Q[28] = FCV_AUS; FCV_Q[29] = FCV_AUS; FCV_Q[30] = FCV_AUS; FCV_Q[31] = FCV_AUS; FCV_Q[32] = FCV_AUS; //Call Macro //Call Macro: i2c_Qx_out_port1bis8 FCM_i2c_Qx_out_port1bis8(); //Call Macro //Call Macro: anz_text("netz aus", 8, 2, 1) FCM_anz_text("netz aus", 8, 2, 1); //Call Macro //Call Macro: anz_nummer(555, 3, 2, 8) FCM_anz_nummer(555, 3, 2, 8); //Connection Point //Connection Point: [B]: B FCC_netz_aus_B: ; //Goto Connection Point //Goto Connection Point: [B]: B goto FCC_netz_aus_B; } } void FCM_adc_1bis5_to_variable() { //Comment: //adc nach byte variable //und //adc nach integer variable //Call Component Macro //Call Component Macro: adc_byte[1]=ADC(1)::ReadAsByte FCV_ADC_BYTE[1] = FCD_ADC1_ReadAsByte(); //Call Component Macro //Call Component Macro: adc_integer[1]=ADC(1)::ReadAsInt FCV_ADC_INTEGER[1] = FCD_ADC1_ReadAsInt(); //Call Component Macro //Call Component Macro: adc_byte[2]=ADC(2)::ReadAsByte FCV_ADC_BYTE[2] = FCD_ADC2_ReadAsByte(); //Call Component Macro //Call Component Macro: adc_integer[2]=ADC(2)::ReadAsInt FCV_ADC_INTEGER[2] = FCD_ADC2_ReadAsInt(); //Call Component Macro //Call Component Macro: adc_byte[3]=ADC(3)::ReadAsByte FCV_ADC_BYTE[3] = FCD_ADC3_ReadAsByte(); //Call Component Macro //Call Component Macro: adc_integer[3]=ADC(3)::ReadAsInt FCV_ADC_INTEGER[3] = FCD_ADC3_ReadAsInt(); //Call Component Macro //Call Component Macro: adc_byte[4]=ADC(4)::ReadAsByte FCV_ADC_BYTE[4] = FCD_ADC4_ReadAsByte(); //Call Component Macro //Call Component Macro: adc_integer[4]=ADC(4)::ReadAsInt FCV_ADC_INTEGER[4] = FCD_ADC4_ReadAsInt(); //Call Component Macro //Call Component Macro: adc_byte[5]=ADC(5)::ReadAsByte FCV_ADC_BYTE[5] = FCD_ADC5_ReadAsByte(); //Call Component Macro //Call Component Macro: adc_integer[5]=ADC(5)::ReadAsInt FCV_ADC_INTEGER[5] = FCD_ADC5_ReadAsInt(); } void FCM_alles_nullen() { } void FCM_settime_set() { //Local variable definitions short FCL_POINTER; char FCL_COUNT; char FCL_DAT_HOB; char FCL_DAT_LOB; //Comment: //Comment //!!! datenbus entschärfen !!! //Input: PORTB_H -> dummi TRISB = TRISB | 0xff00; FCV_DUMMI = (PORTB & 0xff00) >> 8; //tasten eneable //Output: ena2_tas -> PORTD_L TRISD = TRISD & 0xffc3; PORTD = (LATD & 0xffc3) | (FCV_ENA2_TAS & 0x003c); //tasten einlesen //Input: PORTB_H -> tas_1bis8 TRISB = TRISB | 0x8000; FCV_TAS_1BIS8 = (PORTB & 0x8000) >> 8; //tasten sperren //Output: ena0_aus -> PORTD_L TRISD = TRISD & 0xffc3; PORTD = (LATD & 0xffc3) | (FCV_ENA0_AUS & 0x003c); //taste 8 bet > org_time nach eeprom //Decision: tas_1bis8 = bet? if (FCV_TAS_1BIS8 == FCV_BET) { //Switch //Switch: eeprom? switch (FCV_EEPROM) { case 1: { //Calculation //Calculation: // settime_set.pointer = 32 // settime_set.count = 64 FCL_POINTER = 32; FCL_COUNT = 64; //Connection Point //Connection Point: [B]: B FCC_settime_set_B: ; //alle 32 zeiten //Decision: settime_set.count = 0? if (FCL_COUNT == 0) { } else { //Calculation //Calculation: // settime_set.dat_hob = (digitime_orgtime[settime_set.pointer] >> 8) // settime_set.dat_lob = digitime_orgtime[settime_set.pointer] FCL_DAT_HOB = (FCV_DIGITIME_ORGTIME[FCL_POINTER] >> 8); FCL_DAT_LOB = FCV_DIGITIME_ORGTIME[FCL_POINTER]; //Call Macro //Call Macro: i2c_eeprom_wr(0, 0, settime_set.count, settime_set.dat_hob) FCM_i2c_eeprom_wr(0, 0, FCL_COUNT, FCL_DAT_HOB); //Calculation //Calculation: // settime_set.count = settime_set.count - 1 FCL_COUNT = FCL_COUNT - 1; //Call Macro //Call Macro: i2c_eeprom_wr(0, 0, settime_set.count, settime_set.dat_lob) FCM_i2c_eeprom_wr(0, 0, FCL_COUNT, FCL_DAT_LOB); //Calculation //Calculation: // settime_set.count = settime_set.count - 1 // settime_set.pointer = settime_set.pointer - 1 FCL_COUNT = FCL_COUNT - 1; FCL_POINTER = FCL_POINTER - 1; //Goto Connection Point //Goto Connection Point: [B]: B goto FCC_settime_set_B; } break; } default: { //Calculation //Calculation: // settime_set.pointer = ee_int_start // settime_set.count = 1 FCL_POINTER = FCV_EE_INT_START; FCL_COUNT = 1; //Connection Point //Connection Point: [A]: A FCC_settime_set_A: ; //Decision //Decision: settime_set.pointer = (ee_int_ende + 1)? if (FCL_POINTER == (FCV_EE_INT_ENDE + 1)) { } else { //Call Component Macro //Call Component Macro: EEPROM(0)::Write(settime_set.pointer, digitime_orgtime[settime_set.count]) FCD_EEPROM0_WriteEEPROM(FCL_POINTER, FCV_DIGITIME_ORGTIME[FCL_COUNT]); //Calculation //Calculation: // settime_set.pointer = settime_set.pointer + 1 // settime_set.count = settime_set.count + 1 FCL_POINTER = FCL_POINTER + 1; FCL_COUNT = FCL_COUNT + 1; //Goto Connection Point //Goto Connection Point: [A]: A goto FCC_settime_set_A; } } } } //Switch //Switch: eeprom? switch (FCV_EEPROM) { case 1: { //Calculation //Calculation: // settime_set.pointer = 32 // settime_set.count = 64 FCL_POINTER = 32; FCL_COUNT = 64; //Connection Point //Connection Point: [D]: D FCC_settime_set_D: ; //alle 32 zeiten //Decision: settime_set.count = 0? if (FCL_COUNT == 0) { } else { //Call Macro //Call Macro: i2c_eeprom_rd(0, 0, settime_set.count) FCM_i2c_eeprom_rd(0, 0, FCL_COUNT); //Calculation //Calculation: // digitime_settime[settime_set.pointer] = eeprom_daten << 8 // settime_set.count = settime_set.count - 1 FCV_DIGITIME_SETTIME[FCL_POINTER] = FCV_EEPROM_DATEN << 8; FCL_COUNT = FCL_COUNT - 1; //Call Macro //Call Macro: i2c_eeprom_rd(0, 0, settime_set.count) FCM_i2c_eeprom_rd(0, 0, FCL_COUNT); //Calculation //Calculation: // digitime_settime[settime_set.pointer] = digitime_settime[settime_set.pointer] + eeprom_daten // settime_set.count = settime_set.count - 1 // settime_set.pointer = settime_set.pointer - 1 FCV_DIGITIME_SETTIME[FCL_POINTER] = FCV_DIGITIME_SETTIME[FCL_POINTER] + FCV_EEPROM_DATEN; FCL_COUNT = FCL_COUNT - 1; FCL_POINTER = FCL_POINTER - 1; //Goto Connection Point //Goto Connection Point: [D]: D goto FCC_settime_set_D; } break; } default: { //Calculation //Calculation: // settime_set.pointer = ee_int_start // settime_set.count = 1 FCL_POINTER = FCV_EE_INT_START; FCL_COUNT = 1; //Connection Point //Connection Point: [C]: C FCC_settime_set_C: ; //Decision //Decision: settime_set.pointer = (ee_int_ende + 1)? if (FCL_POINTER == (FCV_EE_INT_ENDE + 1)) { } else { //Call Component Macro //Call Component Macro: digitime_settime[settime_set.count]=EEPROM(0)::Read(settime_set.pointer) FCV_DIGITIME_SETTIME[FCL_COUNT] = FCD_EEPROM0_EEPROMRead(FCL_POINTER); //Calculation //Calculation: // settime_set.pointer = settime_set.pointer + 1 // settime_set.count = settime_set.count + 1 FCL_POINTER = FCL_POINTER + 1; FCL_COUNT = FCL_COUNT + 1; //Goto Connection Point //Goto Connection Point: [C]: C goto FCC_settime_set_C; } } } } void FCM_digitime04_abgelaufen() { } void FCM_digitime05_abgelaufen() { } void FCM_digitime06_abgelaufen() { } void FCM_digitime07_abgelaufen() { } void FCM_digitime08_abgelaufen() { } void FCM_digitime09_abgelaufen() { } void FCM_digitime10_abgelaufen() { } void FCM_digitime11_abgelaufen() { } void FCM_digitime12_abgelaufen() { } void FCM_digitime13_abgelaufen() { } void FCM_digitime14_abgelaufen() { } void FCM_digitime15_abgelaufen() { } void FCM_digitime16_abgelaufen() { } void FCM_digitime17_abgelaufen() { } void FCM_digitime18_abgelaufen() { } void FCM_digitime19_abgelaufen() { } void FCM_digitime20_abgelaufen() { } void FCM_digitime21_abgelaufen() { } void FCM_digitime22_abgelaufen() { } void FCM_digitime23_abgelaufen() { } void FCM_digitime24_abgelaufen() { } void FCM_digitime25_abgelaufen() { } void FCM_digitime26_abgelaufen() { } void FCM_digitime27_abgelaufen() { } void FCM_digitime28_abgelaufen() { } void FCM_digitime29_abgelaufen() { } void FCM_digitime30_abgelaufen() { } void FCM_digitime31_abgelaufen() { } void FCM_digitime32_abgelaufen() { //Call Component Macro //Call Component Macro: dummi=RS232(0)::ReceiveRS232Char(5) FCV_DUMMI = FCD_RS2320_ReceiveRS232Char(5); //Switch //Switch: dummi? switch (FCV_DUMMI) { case 0x30: { //Calculation //Calculation: // led[1] = aus // led[2] = aus // led[3] = aus // led[4] = aus // led[5] = aus // led[6] = aus // led[7] = aus // led[8] = aus FCV_LED[1] = FCV_AUS; FCV_LED[2] = FCV_AUS; FCV_LED[3] = FCV_AUS; FCV_LED[4] = FCV_AUS; FCV_LED[5] = FCV_AUS; FCV_LED[6] = FCV_AUS; FCV_LED[7] = FCV_AUS; FCV_LED[8] = FCV_AUS; //Call Macro //Call Macro: anz_nummer(dummi, 4, 2, 16) FCM_anz_nummer(FCV_DUMMI, 4, 2, 16); //Connection Point //Connection Point: [A]: A FCC_digitime32_abgelaufen_A: ; //Calculation //Calculation: // rs232_send = 255 FCV_RS232_SEND = 255; break; } case 0x31: { //Calculation //Calculation: // led[1] = an FCV_LED[1] = FCV_AN; //Call Macro //Call Macro: anz_nummer(dummi, 4, 2, 16) FCM_anz_nummer(FCV_DUMMI, 4, 2, 16); //Goto Connection Point //Goto Connection Point: [A]: A goto FCC_digitime32_abgelaufen_A; break; } case 0x32: { //Calculation //Calculation: // led[1] = aus FCV_LED[1] = FCV_AUS; //Call Macro //Call Macro: anz_nummer(dummi, 4, 2, 16) FCM_anz_nummer(FCV_DUMMI, 4, 2, 16); //Goto Connection Point //Goto Connection Point: [A]: A goto FCC_digitime32_abgelaufen_A; break; } case 0x33: { //Calculation //Calculation: // led[8] = an FCV_LED[8] = FCV_AN; //Call Macro //Call Macro: anz_nummer(dummi, 4, 2, 16) FCM_anz_nummer(FCV_DUMMI, 4, 2, 16); //Goto Connection Point //Goto Connection Point: [A]: A goto FCC_digitime32_abgelaufen_A; break; } case 0x34: { //Calculation //Calculation: // led[8] = aus FCV_LED[8] = FCV_AUS; //Call Macro //Call Macro: anz_nummer(dummi, 4, 2, 16) FCM_anz_nummer(FCV_DUMMI, 4, 2, 16); //Goto Connection Point //Goto Connection Point: [A]: A goto FCC_digitime32_abgelaufen_A; break; } case 0xE9: { //Call Macro //Call Macro: anz_nummer(dummi, 4, 2, 16) FCM_anz_nummer(FCV_DUMMI, 4, 2, 16); //Goto Connection Point //Goto Connection Point: [A]: A goto FCC_digitime32_abgelaufen_A; break; } } } void FCM_digitime33_abgelaufen() { } void FCM_digitime04_start() { } void FCM_digitime05_start() { } void FCM_digitime06_start() { } void FCM_digitime07_start() { } void FCM_digitime08_start() { } void FCM_digitime09_start() { } void FCM_digitime10_start() { } void FCM_digitime11_start() { } void FCM_digitime12_start() { } void FCM_digitime13_start() { } void FCM_digitime14_start() { } void FCM_digitime15_start() { } void FCM_digitime16_start() { } void FCM_digitime17_start() { } void FCM_digitime18_start() { } void FCM_digitime19_start() { } void FCM_digitime20_start() { } void FCM_digitime21_start() { } void FCM_digitime22_start() { } void FCM_digitime23_start() { } void FCM_digitime24_start() { } void FCM_digitime25_start() { } void FCM_digitime26_start() { } void FCM_digitime27_start() { } void FCM_digitime28_start() { } void FCM_digitime29_start() { } void FCM_digitime30_start() { } void FCM_digitime31_start() { } void FCM_digitime32_start() { //Decision //Decision: rs232_send = 255? if (FCV_RS232_SEND == 255) { //Call Component Macro //Call Component Macro: RS232(0)::SendRS232Char(0x2a) FCD_RS2320_SendRS232Char(0x2a); //Calculation //Calculation: // rs232_send = 0 FCV_RS232_SEND = 0; } } void FCM_digitime33_start() { } void FCM_RS232() { //Call Macro //Call Macro: digitime(32) FCM_digitime(32); //Decision //Decision: digtime_status_flag[32] = abgelaufen? if (FCV_DIGTIME_STATUS_FLAG[32] == FCV_ABGELAUFEN) { //Calculation //Calculation: // digtime_status_flag[32] = start FCV_DIGTIME_STATUS_FLAG[32] = FCV_START; } } void FCM_Ra_set() { //Local variable definitions char FCL_COUNT; short FCL_ADRESSE; //Calculation //Calculation: // Ra_set.count = 8 // Ra_set.adresse = 8 FCL_COUNT = 8; FCL_ADRESSE = 8; //Connection Point //Connection Point: [A]: A FCC_Ra_set_A: ; //Decision //Decision: Ra_set.count = 0? if (FCL_COUNT == 0) { } else { //Call Component Macro //Call Component Macro: Ra[Ra_set.count]=EEPROM(0)::Read(Ra_set.adresse) FCV_RA[FCL_COUNT] = FCD_EEPROM0_EEPROMRead(FCL_ADRESSE); //Calculation //Calculation: // Ra_set.count = Ra_set.count - 1 // Ra_set.adresse = Ra_set.adresse - 1 FCL_COUNT = FCL_COUNT - 1; FCL_ADRESSE = FCL_ADRESSE - 1; //Goto Connection Point //Goto Connection Point: [A]: A goto FCC_Ra_set_A; } } int main() { //Initialisation ADPCFG = 0xffff; #if (RS232_1116170_UART == 0) set_bit(RS232_1116170_RX_TRIS, RS232_1116170_SW_RX); // Receive pin is a input clear_bit(RS232_1116170_TX_TRIS, RS232_1116170_SW_TX); // Transmit pin is a output set_bit(RS232_1116170_TX_PORT, RS232_1116170_SW_TX); // Transmit pin is default high #endif #if (RS232_1116170_UART == 1) #ifdef MX_UART1_PORT_FREEALLOC #ifdef MX_UART1_ALT RPOR0 = (RPOR0 & 0xFF00) | 0x03; //Assign U1TX - RP0 / PORTB0 #else RPOR3 = (RPOR3 & 0xFF00) | 0x03; //Assign U1TX - RP6 / PORTB6 #endif RPINR18 = (RPINR18 & 0xFF00) | 0x07; //Assign U1RX - RP7 / PORTB7 #endif #ifdef MX_UART1_PORT_E16ALLOC RPOR8 = (RPOR8 & 0xFF00) | 0x03; //Assign U1TX - RP16 / PORTC0 RPINR18 = (RPINR18 & 0xFF00) | 0x11; //Assign U1RX - RP17 / PORTC1 #endif U1BRG = RS232_1116170_SPBRG_VAL; // Set the baud rate U1STA = 0; // Reset the UART U1MODE = 0; // Reset the mode if(RS232_1116170_DATASIZE == 1) { U1MODE = U1MODE | 0x0006; // 9-bit TX & RX } U1MODEbits.UARTEN = 1; // turn on serial interface 1 #endif #if (RS232_1116170_UART == 2) #ifdef MX_UART2_PORT_FREEALLOC RPINR19 = (RPINR19 & 0xFF00) | 0x0F; //Assign U2RX - RP15 / PORTB15 RPOR7 = (RPOR7 & 0xFF00) | 0x05; //Assign U2TX - RP14 / PORTB14 #endif #ifdef MX_UART2_PORT_E16ALLOC RPINR19 = (RPINR19 & 0xFF00) | 0x13; //Assign U2RX - RP19 / PORTC3 RPOR12 = (RPOR12 & 0x00FF) | 0x0500; //Assign U2TX - RP25 / PORTC9 #endif U2BRG = RS232_1116170_SPBRG_VAL; // Set the baud rate U2STA = 0; // Reset the UART U2MODE = 0; // Reset the mode if(RS232_1116170_DATASIZE == 1) { U2MODE = U2MODE | 0x0006; // 9-bit TX & RX } U2MODEbits.UARTEN = 1; // turn on serial interface 2 #endif #if (RS232_1116170_UART == 3) #ifdef MX_UART3_PORT_FREEALLOC RPINR17 = (RPINR17 & 0x00FF) | 0x1A00; //Assign U3RX - RP26 / PORTG7 RPOR10 = (RPOR10 & 0x00FF) | 0x1C00; //Assign U3TX - RP21 / PORTG6 #endif U3BRG = RS232_1116170_SPBRG_VAL; // Set the baud rate U3STA = 0; // Reset the UART U3MODE = 0; // Reset the mode if(RS232_1116170_DATASIZE == 1) { U3MODE = U3MODE | 0x0006; // 9-bit TX & RX } U3MODEbits.UARTEN = 1; // turn on serial interface 3 #endif #if (RS232_1116170_UART == 4) #ifdef MX_UART4_PORT_FREEALLOC RPINR27 = (RPINR27 & 0xFF00) | 0x17; //Assign U4RX - RP23 / PORTD2 RPOR10 = (RPOR10 & 0xFF00) | 0x001E; //Assign U4TX - RP20 / PORTD5 #endif U4BRG = RS232_1116170_SPBRG_VAL; // Set the baud rate U4STA = 0; // Reset the UART U4MODE = 0; // Reset the mode if(RS232_1116170_DATASIZE == 1) { U4MODE = U4MODE | 0x0006; // 9-bit TX & RX } U4MODEbits.UARTEN = 1; // turn on serial interface 4 #endif #ifdef RS232_1116170_HARDWARE set_bit( RS232_1116170_CTS_TRIS, RS232_1116170_CTS_PIN); //CTS is an input clear_bit( RS232_1116170_RTS_TRIS, RS232_1116170_RTS_PIN); //RTS is an output set_bit( RS232_1116170_RTS_PORT, RS232_1116170_RTS_PIN); //not ready to accept data #endif //Interrupt initialisation code //out off //Call Macro: out_off FCM_out_off(); //system variablen definieren //Calculation: // rs232_send = 0 // an = 0 // bet = 0 // aus = 1 // nbet = 1 // nc = 2 // start = 1 // zaehlt = 2 // abgelaufen = 3 // intern = 0 // extern = 1 // settime = 0 // led[1] = aus // led[2] = aus // led[3] = aus // led[4] = aus // led[5] = aus // led[6] = aus // led[7] = aus // led[8] = aus FCV_RS232_SEND = 0; FCV_AN = 0; FCV_BET = 0; FCV_AUS = 1; FCV_NBET = 1; FCV_NC = 2; FCV_START = 1; FCV_ZAEHLT = 2; FCV_ABGELAUFEN = 3; FCV_INTERN = 0; FCV_EXTERN = 1; FCV_SETTIME = 0; FCV_LED[1] = FCV_AUS; FCV_LED[2] = FCV_AUS; FCV_LED[3] = FCV_AUS; FCV_LED[4] = FCV_AUS; FCV_LED[5] = FCV_AUS; FCV_LED[6] = FCV_AUS; FCV_LED[7] = FCV_AUS; FCV_LED[8] = FCV_AUS; //i2c variablen definieren //Calculation: // i2c_delay = 5 // i2c_rw = 5 FCV_I2C_DELAY = 5; FCV_I2C_RW = 5; //ras tas variablen definieren //Calculation: // rastas_ist[1] = aus // rastas_ist[2] = aus // rastas_ist[3] = aus // rastas_ist[4] = aus // rastas_ist[5] = aus // rastas_ist[6] = aus // rastas_ist[7] = aus // rastas_ist[8] = aus // rastas_war[1] = aus // rastas_war[2] = aus // rastas_war[3] = aus // rastas_war[4] = aus // rastas_war[5] = aus // rastas_war[6] = aus // rastas_war[7] = aus // rastas_war[8] = aus FCV_RASTAS_IST[1] = FCV_AUS; FCV_RASTAS_IST[2] = FCV_AUS; FCV_RASTAS_IST[3] = FCV_AUS; FCV_RASTAS_IST[4] = FCV_AUS; FCV_RASTAS_IST[5] = FCV_AUS; FCV_RASTAS_IST[6] = FCV_AUS; FCV_RASTAS_IST[7] = FCV_AUS; FCV_RASTAS_IST[8] = FCV_AUS; FCV_RASTAS_WAR[1] = FCV_AUS; FCV_RASTAS_WAR[2] = FCV_AUS; FCV_RASTAS_WAR[3] = FCV_AUS; FCV_RASTAS_WAR[4] = FCV_AUS; FCV_RASTAS_WAR[5] = FCV_AUS; FCV_RASTAS_WAR[6] = FCV_AUS; FCV_RASTAS_WAR[7] = FCV_AUS; FCV_RASTAS_WAR[8] = FCV_AUS; //enaeble 00bis15 definieren //Calculation: // ena0_aus = 0b00000000 // ena1_anz = 0b00000100 // ena2_tas = 0b00001000 // ena3_led = 0b00001100 // ena0bis15_04 = 0b00010000 // ena0bis15_05 = 0b00010100 // ena0bis15_06 = 0b00011000 // ena7_test = 0b00011100 // ena0bis15_08 = 0b00000100 // ena0bis15_09 = 0b00000101 // ena0bis15_10 = 0b00001100 // ena0bis15_11 = 0b00001101 // ena0bis15_12 = 0b00010100 // ena0bis15_13 = 0b00010101 // ena0bis15_14 = 0b00011100 // ena0bis15_15 = 0b00011101 FCV_ENA0_AUS = 0; FCV_ENA1_ANZ = 4; FCV_ENA2_TAS = 8; FCV_ENA3_LED = 12; FCV_ENA0BIS15_04 = 16; FCV_ENA0BIS15_05 = 20; FCV_ENA0BIS15_06 = 24; FCV_ENA7_TEST = 28; FCV_ENA0BIS15_08 = 4; FCV_ENA0BIS15_09 = 5; FCV_ENA0BIS15_10 = 12; FCV_ENA0BIS15_11 = 13; FCV_ENA0BIS15_12 = 20; FCV_ENA0BIS15_13 = 21; FCV_ENA0BIS15_14 = 28; FCV_ENA0BIS15_15 = 29; //digitime variablen definieren //Calculation: // digtime_status_flag[1] = start // digtime_status_flag[2] = start // digtime_status_flag[3] = start // digtime_status_flag[4] = start // digtime_status_flag[5] = start // digtime_status_flag[6] = start // digtime_status_flag[7] = start // digtime_status_flag[8] = start // digtime_status_flag[9] = start // digtime_status_flag[10] = start // digtime_status_flag[11] = start // digtime_status_flag[12] = start // digtime_status_flag[13] = start // digtime_status_flag[14] = start // digtime_status_flag[15] = start // digtime_status_flag[16] = start // digtime_status_flag[17] = start // digtime_status_flag[18] = start // digtime_status_flag[19] = start // digtime_status_flag[20] = start // digtime_status_flag[21] = start // digtime_status_flag[22] = start // digtime_status_flag[23] = start // digtime_status_flag[24] = start // digtime_status_flag[25] = start // digtime_status_flag[26] = start // digtime_status_flag[27] = start // digtime_status_flag[28] = start // digtime_status_flag[29] = start // digtime_status_flag[30] = start // digtime_status_flag[31] = start // digtime_status_flag[32] = start // poti1_integer = 1 // poti2_integer = 2 // poti3_integer = 3 // poti4_integer = 4 // poti5_integer = 5 // poti1_byte = 6 // poti2_byte = 7 // poti3_byte = 8 // poti4_byte = 9 // poti5_byte = 10 FCV_DIGTIME_STATUS_FLAG[1] = FCV_START; FCV_DIGTIME_STATUS_FLAG[2] = FCV_START; FCV_DIGTIME_STATUS_FLAG[3] = FCV_START; FCV_DIGTIME_STATUS_FLAG[4] = FCV_START; FCV_DIGTIME_STATUS_FLAG[5] = FCV_START; FCV_DIGTIME_STATUS_FLAG[6] = FCV_START; FCV_DIGTIME_STATUS_FLAG[7] = FCV_START; FCV_DIGTIME_STATUS_FLAG[8] = FCV_START; FCV_DIGTIME_STATUS_FLAG[9] = FCV_START; FCV_DIGTIME_STATUS_FLAG[10] = FCV_START; FCV_DIGTIME_STATUS_FLAG[11] = FCV_START; FCV_DIGTIME_STATUS_FLAG[12] = FCV_START; FCV_DIGTIME_STATUS_FLAG[13] = FCV_START; FCV_DIGTIME_STATUS_FLAG[14] = FCV_START; FCV_DIGTIME_STATUS_FLAG[15] = FCV_START; FCV_DIGTIME_STATUS_FLAG[16] = FCV_START; FCV_DIGTIME_STATUS_FLAG[17] = FCV_START; FCV_DIGTIME_STATUS_FLAG[18] = FCV_START; FCV_DIGTIME_STATUS_FLAG[19] = FCV_START; FCV_DIGTIME_STATUS_FLAG[20] = FCV_START; FCV_DIGTIME_STATUS_FLAG[21] = FCV_START; FCV_DIGTIME_STATUS_FLAG[22] = FCV_START; FCV_DIGTIME_STATUS_FLAG[23] = FCV_START; FCV_DIGTIME_STATUS_FLAG[24] = FCV_START; FCV_DIGTIME_STATUS_FLAG[25] = FCV_START; FCV_DIGTIME_STATUS_FLAG[26] = FCV_START; FCV_DIGTIME_STATUS_FLAG[27] = FCV_START; FCV_DIGTIME_STATUS_FLAG[28] = FCV_START; FCV_DIGTIME_STATUS_FLAG[29] = FCV_START; FCV_DIGTIME_STATUS_FLAG[30] = FCV_START; FCV_DIGTIME_STATUS_FLAG[31] = FCV_START; FCV_DIGTIME_STATUS_FLAG[32] = FCV_START; FCV_POTI1_INTEGER = 1; FCV_POTI2_INTEGER = 2; FCV_POTI3_INTEGER = 3; FCV_POTI4_INTEGER = 4; FCV_POTI5_INTEGER = 5; FCV_POTI1_BYTE = 6; FCV_POTI2_BYTE = 7; FCV_POTI3_BYTE = 8; FCV_POTI4_BYTE = 9; FCV_POTI5_BYTE = 10; //anz text update strings "" //String Manipulation: // anz_text_update_z0s0 = "" // anz_text_update_z0s1 = "" // anz_text_update_z0s2 = "" // anz_text_update_z0s3 = "" // anz_text_update_z0s4 = "" // anz_text_update_z0s5 = "" // anz_text_update_z0s6 = "" // anz_text_update_z0s7 = "" // anz_text_update_z0s8 = "" // anz_text_update_z0s9 = "" // anz_text_update_z0s10 = "" // anz_text_update_z0s11 = "" // anz_text_update_z0s12 = "" // anz_text_update_z0s13 = "" // anz_text_update_z0s14 = "" // anz_text_update_z0s15 = "" // anz_text_update_z1s0 = "" // anz_text_update_z1s1 = "" // anz_text_update_z1s2 = "" // anz_text_update_z1s3 = "" // anz_text_update_z1s4 = "" // anz_text_update_z1s5 = "" // anz_text_update_z1s6 = "" // anz_text_update_z1s7 = "" // anz_text_update_z1s8 = "" // anz_text_update_z1s9 = "" // anz_text_update_z1s10 = "" // anz_text_update_z1s11 = "" // anz_text_update_z1s12 = "" // anz_text_update_z1s13 = "" // anz_text_update_z1s14 = "" // anz_text_update_z1s15 = "" FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S0,FCSZ_ANZ_TEXT_UPDATE_Z0S0); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S1,FCSZ_ANZ_TEXT_UPDATE_Z0S1); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S2,FCSZ_ANZ_TEXT_UPDATE_Z0S2); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S3,FCSZ_ANZ_TEXT_UPDATE_Z0S3); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S4,FCSZ_ANZ_TEXT_UPDATE_Z0S4); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S5,FCSZ_ANZ_TEXT_UPDATE_Z0S5); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S6,FCSZ_ANZ_TEXT_UPDATE_Z0S6); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S7,FCSZ_ANZ_TEXT_UPDATE_Z0S7); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S8,FCSZ_ANZ_TEXT_UPDATE_Z0S8); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S9,FCSZ_ANZ_TEXT_UPDATE_Z0S9); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S10,FCSZ_ANZ_TEXT_UPDATE_Z0S10); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S11,FCSZ_ANZ_TEXT_UPDATE_Z0S11); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S12,FCSZ_ANZ_TEXT_UPDATE_Z0S12); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S13,FCSZ_ANZ_TEXT_UPDATE_Z0S13); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S14,FCSZ_ANZ_TEXT_UPDATE_Z0S14); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z0S15,FCSZ_ANZ_TEXT_UPDATE_Z0S15); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S0,FCSZ_ANZ_TEXT_UPDATE_Z1S0); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S1,FCSZ_ANZ_TEXT_UPDATE_Z1S1); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S2,FCSZ_ANZ_TEXT_UPDATE_Z1S2); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S3,FCSZ_ANZ_TEXT_UPDATE_Z1S3); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S4,FCSZ_ANZ_TEXT_UPDATE_Z1S4); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S5,FCSZ_ANZ_TEXT_UPDATE_Z1S5); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S6,FCSZ_ANZ_TEXT_UPDATE_Z1S6); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S7,FCSZ_ANZ_TEXT_UPDATE_Z1S7); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S8,FCSZ_ANZ_TEXT_UPDATE_Z1S8); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S9,FCSZ_ANZ_TEXT_UPDATE_Z1S9); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S10,FCSZ_ANZ_TEXT_UPDATE_Z1S10); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S11,FCSZ_ANZ_TEXT_UPDATE_Z1S11); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S12,FCSZ_ANZ_TEXT_UPDATE_Z1S12); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S13,FCSZ_ANZ_TEXT_UPDATE_Z1S13); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S14,FCSZ_ANZ_TEXT_UPDATE_Z1S14); FCI_CONCATENATE("",0,"",0,FCV_ANZ_TEXT_UPDATE_Z1S15,FCSZ_ANZ_TEXT_UPDATE_Z1S15); //eeprom intern settime definieren //Calculation: // ee_int_start = 10 // ee_int_ende = 42 FCV_EE_INT_START = 10; FCV_EE_INT_ENDE = 42; //Comment: //%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% //%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% //Sytemkomponenten bestimmen //%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% //%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% //digitime zeit definieren //Calculation: // digitime_conf[1] = poti5_integer // digitime_div_fak[1] = 10 // digitime_conf[2] = poti4_integer // digitime_div_fak[2] = 10 // digitime_conf[3] = settime // digitime_div_fak[3] = 1 // digitime_conf[4] = settime // digitime_div_fak[4] = 1 // digitime_conf[5] = settime // digitime_div_fak[5] = 1 // digitime_conf[6] = settime // digitime_div_fak[6] = 1 // digitime_conf[7] = settime // digitime_div_fak[7] = 1 // digitime_conf[8] = settime // digitime_div_fak[8] = 1 // digitime_conf[9] = settime // digitime_div_fak[9] = 1 // digitime_conf[10] = settime // digitime_div_fak[10] = 1 // digitime_conf[11] = settime // digitime_div_fak[11] = 1 // digitime_conf[12] = settime // digitime_div_fak[12] = 1 // digitime_conf[13] = settime // digitime_div_fak[13] = 1 // digitime_conf[14] = settime // digitime_div_fak[14] = 1 // digitime_conf[15] = settime // digitime_div_fak[15] = 1 // digitime_conf[16] = settime // digitime_div_fak[16] = 1 // digitime_conf[17] = settime // digitime_div_fak[17] = 1 // digitime_conf[18] = settime // digitime_div_fak[18] = 1 // digitime_conf[19] = settime // digitime_div_fak[19] = 1 // digitime_conf[20] = settime // digitime_div_fak[20] = 1 // digitime_conf[21] = settime // digitime_div_fak[21] = 1 // digitime_conf[22] = settime // digitime_div_fak[22] = 1 // digitime_conf[23] = settime // digitime_div_fak[23] = 1 // digitime_conf[24] = settime // digitime_div_fak[24] = 1 // digitime_conf[25] = settime // digitime_div_fak[25] = 1 // digitime_conf[26] = settime // digitime_div_fak[26] = 1 // digitime_conf[27] = settime // digitime_div_fak[27] = 1 // digitime_conf[28] = settime // digitime_div_fak[28] = 1 // digitime_conf[29] = settime // digitime_div_fak[29] = 1 // digitime_conf[30] = settime // digitime_div_fak[30] = 1 // digitime_conf[31] = settime // digitime_div_fak[31] = 1 // digitime_conf[32] = settime // digitime_div_fak[32] = 1 // digitime_orgtime[1] = 100 // digitime_orgtime[2] = 100 // digitime_orgtime[3] = 10 // digitime_orgtime[4] = 10 // digitime_orgtime[5] = 10 // digitime_orgtime[6] = 10 // digitime_orgtime[7] = 10 // digitime_orgtime[8] = 10 // digitime_orgtime[9] = 10 // digitime_orgtime[10] = 777 // digitime_orgtime[11] = 10 // digitime_orgtime[12] = 10 // digitime_orgtime[13] = 222 // digitime_orgtime[14] = 10 // digitime_orgtime[15] = 10 // digitime_orgtime[16] = 10 // digitime_orgtime[17] = 10 // digitime_orgtime[18] = 10 // digitime_orgtime[19] = 10 // digitime_orgtime[20] = 10 // digitime_orgtime[21] = 10 // digitime_orgtime[22] = 10 // digitime_orgtime[23] = 10 // digitime_orgtime[24] = 10 // digitime_orgtime[25] = 10 // digitime_orgtime[26] = 10 // digitime_orgtime[27] = 10 // digitime_orgtime[28] = 10 // digitime_orgtime[29] = 10 // digitime_orgtime[30] = 10 // digitime_orgtime[31] = 10 // digitime_orgtime[32] = 11 FCV_DIGITIME_CONF[1] = FCV_POTI5_INTEGER; FCV_DIGITIME_DIV_FAK[1] = 10; FCV_DIGITIME_CONF[2] = FCV_POTI4_INTEGER; FCV_DIGITIME_DIV_FAK[2] = 10; FCV_DIGITIME_CONF[3] = FCV_SETTIME; FCV_DIGITIME_DIV_FAK[3] = 1; FCV_DIGITIME_CONF[4] = FCV_SETTIME; FCV_DIGITIME_DIV_FAK[4] = 1; FCV_DIGITIME_CONF[5] = FCV_SETTIME; FCV_DIGITIME_DIV_FAK[5] = 1; FCV_DIGITIME_CONF[6] = FCV_SETTIME; FCV_DIGITIME_DIV_FAK[6] = 1; FCV_DIGITIME_CONF[7] = FCV_SETTIME; FCV_DIGITIME_DIV_FAK[7] = 1; FCV_DIGITIME_CONF[8] = FCV_SETTIME; FCV_DIGITIME_DIV_FAK[8] = 1; FCV_DIGITIME_CONF[9] = FCV_SETTIME; FCV_DIGITIME_DIV_FAK[9] = 1; FCV_DIGITIME_CONF[10] = FCV_SETTIME; FCV_DIGITIME_DIV_FAK[10] = 1; FCV_DIGITIME_CONF[11] = FCV_SETTIME; FCV_DIGITIME_DIV_FAK[11] = 1; FCV_DIGITIME_CONF[12] = FCV_SETTIME; FCV_DIGITIME_DIV_FAK[12] = 1; FCV_DIGITIME_CONF[13] = FCV_SETTIME; FCV_DIGITIME_DIV_FAK[13] = 1; FCV_DIGITIME_CONF[14] = FCV_SETTIME; FCV_DIGITIME_DIV_FAK[14] = 1; FCV_DIGITIME_CONF[15] = FCV_SETTIME; FCV_DIGITIME_DIV_FAK[15] = 1; FCV_DIGITIME_CONF[16] = FCV_SETTIME; FCV_DIGITIME_DIV_FAK[16] = 1; FCV_DIGITIME_CONF[17] = FCV_SETTIME; FCV_DIGITIME_DIV_FAK[17] = 1; FCV_DIGITIME_CONF[18] = FCV_SETTIME; FCV_DIGITIME_DIV_FAK[18] = 1; FCV_DIGITIME_CONF[19] = FCV_SETTIME; FCV_DIGITIME_DIV_FAK[19] = 1; FCV_DIGITIME_CONF[20] = FCV_SETTIME; FCV_DIGITIME_DIV_FAK[20] = 1; FCV_DIGITIME_CONF[21] = FCV_SETTIME; FCV_DIGITIME_DIV_FAK[21] = 1; FCV_DIGITIME_CONF[22] = FCV_SETTIME; FCV_DIGITIME_DIV_FAK[22] = 1; FCV_DIGITIME_CONF[23] = FCV_SETTIME; FCV_DIGITIME_DIV_FAK[23] = 1; FCV_DIGITIME_CONF[24] = FCV_SETTIME; FCV_DIGITIME_DIV_FAK[24] = 1; FCV_DIGITIME_CONF[25] = FCV_SETTIME; FCV_DIGITIME_DIV_FAK[25] = 1; FCV_DIGITIME_CONF[26] = FCV_SETTIME; FCV_DIGITIME_DIV_FAK[26] = 1; FCV_DIGITIME_CONF[27] = FCV_SETTIME; FCV_DIGITIME_DIV_FAK[27] = 1; FCV_DIGITIME_CONF[28] = FCV_SETTIME; FCV_DIGITIME_DIV_FAK[28] = 1; FCV_DIGITIME_CONF[29] = FCV_SETTIME; FCV_DIGITIME_DIV_FAK[29] = 1; FCV_DIGITIME_CONF[30] = FCV_SETTIME; FCV_DIGITIME_DIV_FAK[30] = 1; FCV_DIGITIME_CONF[31] = FCV_SETTIME; FCV_DIGITIME_DIV_FAK[31] = 1; FCV_DIGITIME_CONF[32] = FCV_SETTIME; FCV_DIGITIME_DIV_FAK[32] = 1; FCV_DIGITIME_ORGTIME[1] = 100; FCV_DIGITIME_ORGTIME[2] = 100; FCV_DIGITIME_ORGTIME[3] = 10; FCV_DIGITIME_ORGTIME[4] = 10; FCV_DIGITIME_ORGTIME[5] = 10; FCV_DIGITIME_ORGTIME[6] = 10; FCV_DIGITIME_ORGTIME[7] = 10; FCV_DIGITIME_ORGTIME[8] = 10; FCV_DIGITIME_ORGTIME[9] = 10; FCV_DIGITIME_ORGTIME[10] = 777; FCV_DIGITIME_ORGTIME[11] = 10; FCV_DIGITIME_ORGTIME[12] = 10; FCV_DIGITIME_ORGTIME[13] = 222; FCV_DIGITIME_ORGTIME[14] = 10; FCV_DIGITIME_ORGTIME[15] = 10; FCV_DIGITIME_ORGTIME[16] = 10; FCV_DIGITIME_ORGTIME[17] = 10; FCV_DIGITIME_ORGTIME[18] = 10; FCV_DIGITIME_ORGTIME[19] = 10; FCV_DIGITIME_ORGTIME[20] = 10; FCV_DIGITIME_ORGTIME[21] = 10; FCV_DIGITIME_ORGTIME[22] = 10; FCV_DIGITIME_ORGTIME[23] = 10; FCV_DIGITIME_ORGTIME[24] = 10; FCV_DIGITIME_ORGTIME[25] = 10; FCV_DIGITIME_ORGTIME[26] = 10; FCV_DIGITIME_ORGTIME[27] = 10; FCV_DIGITIME_ORGTIME[28] = 10; FCV_DIGITIME_ORGTIME[29] = 10; FCV_DIGITIME_ORGTIME[30] = 10; FCV_DIGITIME_ORGTIME[31] = 10; FCV_DIGITIME_ORGTIME[32] = 11; //system hardware definieren //Calculation: // i2c_Qxx_1bis8 = 1 // i2c_Ixx_1bis8 = 1 // eeprom = intern FCV_I2C_QXX_1BIS8 = 1; FCV_I2C_IXX_1BIS8 = 1; FCV_EEPROM = FCV_INTERN; //digitime macros definieren //Call Macro: digitime_macros_definieren FCM_digitime_macros_definieren(); //Comment: //System einrichten //Call Macro //Call Macro: Ra_set FCM_Ra_set(); //Call Macro //Call Macro: settime_set FCM_settime_set(); //anz start //Call Macro: anz_start FCM_anz_start(); //led resetten //Call Macro: led_reset FCM_led_reset(); //Comment: //Comment //Interrupt //Interrupt: Enable INT1 INTCON2bits.INT1EP = 0; IEC1bits.INT1IE = 1; //out on //Call Macro: out_on FCM_out_on(); //Comment: //Start testprogramme 1x //Comment: //test sub-anz_nummer //anz nummer //Call Macro: anz_nummer(digitime_settime[32], 5, 1, 10) FCM_anz_nummer(FCV_DIGITIME_SETTIME[32], 5, 1, 10); //Delay //Delay: 2 s delay_s(2); //Call Macro //Call Macro: anz_text("hallo", 5, 1, 6) FCM_anz_text("hallo", 5, 1, 6); //Comment: //Ende testprogramme 1x //Connection Point //Connection Point: [A]: start FCC_Main_A: ; //Comment: //Start system-programme //Call Macro //Call Macro: adc_1bis5_to_variable FCM_adc_1bis5_to_variable(); //Call Macro //Call Macro: netz_aus FCM_netz_aus(); //Call Macro //Call Macro: ras_tas_lesen FCM_ras_tas_lesen(); //Call Macro //Call Macro: i2c_Qx_out_port1bis8 FCM_i2c_Qx_out_port1bis8(); //Call Macro //Call Macro: i2c_Ix_in_port1bis8 FCM_i2c_Ix_in_port1bis8(); //Call Macro //Call Macro: led_out FCM_led_out(); //Comment: //Ende system-programme //Decision //Decision: Ta[1] = bet? if (FCV_TA[1] == FCV_BET) { //Calculation //Calculation: // led[3] = an FCV_LED[3] = FCV_AN; } else { //Calculation //Calculation: // led[3] = aus FCV_LED[3] = FCV_AUS; } //Decision //Decision: Ra[1] = bet? if (FCV_RA[1] == FCV_BET) { //Calculation //Calculation: // led[4] = an FCV_LED[4] = FCV_AN; } else { //Calculation //Calculation: // led[4] = aus FCV_LED[4] = FCV_AUS; } //Decision //Decision: Ra[6] = bet? if (FCV_RA[6] == FCV_BET) { //Calculation //Calculation: // led[6] = an FCV_LED[6] = FCV_AN; } else { //Calculation //Calculation: // led[6] = aus FCV_LED[6] = FCV_AUS; } //Decision //Decision: Ra[8] = bet? if (FCV_RA[8] == FCV_BET) { //Calculation //Calculation: // led[7] = an FCV_LED[7] = FCV_AN; } else { //Calculation //Calculation: // led[7] = aus FCV_LED[7] = FCV_AUS; } //Call Macro //Call Macro: anz_nummer(adc_integer[4], 4, 1, 4) FCM_anz_nummer(FCV_ADC_INTEGER[4], 4, 1, 4); //Call Macro //Call Macro: anz_nummer(adc_integer[5], 4, 2, 4) FCM_anz_nummer(FCV_ADC_INTEGER[5], 4, 2, 4); //RS232 //Call Macro: RS232 FCM_RS232(); //Decision //Decision: I[1] = bet? if (FCV_I[1] == FCV_BET) { //Calculation //Calculation: // led[5] = an FCV_LED[5] = FCV_AN; } //Decision //Decision: I[8] = bet? if (FCV_I[8] == FCV_BET) { //Calculation //Calculation: // led[5] = aus FCV_LED[5] = FCV_AUS; } //Call Macro //Call Macro: digitime(1) FCM_digitime(1); //Decision //Decision: digtime_status_flag[1] = abgelaufen? if (FCV_DIGTIME_STATUS_FLAG[1] == FCV_ABGELAUFEN) { } else { //Goto Connection Point //Goto Connection Point: [A]: start goto FCC_Main_A; } //Call Macro //Call Macro: digitime(2) FCM_digitime(2); //Decision //Decision: digtime_status_flag[2] = abgelaufen? if (FCV_DIGTIME_STATUS_FLAG[2] == FCV_ABGELAUFEN) { } else { //Goto Connection Point //Goto Connection Point: [A]: start goto FCC_Main_A; } //Calculation //Calculation: // digtime_status_flag[1] = start // digtime_status_flag[2] = start FCV_DIGTIME_STATUS_FLAG[1] = FCV_START; FCV_DIGTIME_STATUS_FLAG[2] = FCV_START; //Goto Connection Point //Goto Connection Point: [A]: start goto FCC_Main_A; mainendloop: goto mainendloop; return 0; } //Handler code for [INT1] void _ISR _INT1Interrupt(void) { IFS1bits.INT1IF = 0; FCM_int1_digitime(); }