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for checking multiple SOLID T sensors
Dependencies: DevInterfaces AT30TSE75x I2Cinterfaces
Fork of AT30TSE752TST by
main.cpp
- Committer:
- wbeaumont
- Date:
- 2019-06-24
- Revision:
- 7:7f469b082fb2
- Parent:
- 4:576303494244
File content as of revision 7:7f469b082fb2:
/** example program for the use of the AT30TSE7xx class * * check addresses connected, read them * (C) Wim Beaumont Universiteit Antwerpen 2017 * ver 0.22 updated to the last mbed , see if mbed studio accepts now */ #define AT30TSE753EXAMPLEVER "0.22" #include "mbed.h" #if defined (TARGET_KL25Z) || defined (TARGET_KL46Z) PinName const SDA = PTE0; PinName const SCL = PTE1; #elif defined (TARGET_KL05Z) PinName const SDA = PTB4; PinName const SCL = PTB3; #elif defined (TARGET_K20D50M) PinName const SDA = PTB1; PinName const SCL = PTB0; #else #error TARGET NOT DEFINED #endif #include "I2C.h" #include "I2CInterface.h" #include "MBEDI2CInterface.h" #include "dev_interface_def.h" #include "AT30TSE75x.h" MBEDI2CInterface mbedi2c( SDA, SCL); MBEDI2CInterface* mbedi2cp= &mbedi2c ; I2CInterface* i2cdev= mbedi2cp; Serial pc(USBTX, USBRX); void print_buf_hex( char *data, int length){ int nr; char *ptr=data; for ( int lc=0; lc < length ; lc++){ nr= (int) *(ptr++); printf( "%02x ",nr); } printf("\n\r"); } int main(void) { // get the version of getVersion getVersion gv; int addr=0; int i2cerr; printf("AT30TSE752 example program version %s, compile date %s time %s\n\r",AT30TSE753EXAMPLEVER,__DATE__,__TIME__); printf("getVersion :%s\n\r ",gv.getversioninfo()); AT30TSE75x tid[8] ={ AT30TSE75x( i2cdev ,0), AT30TSE75x( i2cdev ,1),AT30TSE75x( i2cdev ,2) ,AT30TSE75x( i2cdev ,3), AT30TSE75x( i2cdev ,4), AT30TSE75x( i2cdev ,5),AT30TSE75x( i2cdev ,6) ,AT30TSE75x( i2cdev ,7)}; bool addrfound[8]; for (int lc=0; lc <7 ;lc++) { printf ( "AT30SE75x version :%s\n\r ",tid[lc].getversioninfo()); printf( "Taddr %x , Eaddr %x subaddr %d\n\r ", tid[lc].getTaddr(),tid[lc].getEaddr(), addr); if( tid[lc].getInitStatus() ){ printf("reading config registers failed \n\r");addrfound[lc]=false; } else { addrfound[lc]=true; tid[lc].set_resolution(12 , i2cerr ); tid[lc].set_FaultTollerantQueue('6', i2cerr ); tid[lc].set_AlertPinPolarity(0,i2cerr); tid[lc].set_AlarmThermostateMode(0,i2cerr); tid[lc].set_config(i2cerr,0); int configrd= tid[lc].read_config( i2cerr, 0); printf( " config %x I2cerr %d \n\r", configrd,i2cerr ); } } int pagenr=0; const int nrstrs=4; char str[nrstrs][16]; while(1) { for (int lc=0; lc<7 ;lc++) { if( addrfound[lc]) { pagenr=0; for ( int sc=0 ; sc <nrstrs;sc++){ i2cerr=tid[lc].read_eeprompage(str[sc], 16, 0, (uint8_t) pagenr++); if(i2cerr) printf("eeprom read error %d addr %d \n\r",i2cerr,lc); } for (int sc=0 ; sc < nrstrs;sc ++) { str[sc][15]='\0'; //make sure it ends printf("%d:%15s ",sc,str[sc]); } // temperature correction str[3][7]='\0'; float tempcor=atof(str[3]); if ( tempcor < -2.5 || tempcor > 2.5) tempcor=0.0; float Tmp= tid[lc].get_temperature(i2cerr); printf ("T=%f %f I2cerr %d addr %d\n\r", Tmp,Tmp+tempcor, i2cerr,lc); } // if } // for printf("\n\r"); wait_ms(500); } //while }