void Reflow_LoadCustomProfiles(void) {
EEPROM_Read((uint8_t*)ee1.temperatures, 2, 96);
ByteswapTempProfile(ee1.temperatures);
EEPROM_Read((uint8_t*)ee2.temperatures, 128 + 2, 96);
ByteswapTempProfile(ee2.temperatures);
}
void Reflow_Init(void) {
// PID_init(&PID,16,0.1,2,PID_Direction_Direct);
PID_init(&PID,17,0.11,2,PID_Direction_Direct);
EEPROM_Read((uint8_t*)ee1.temperatures, 2, 96);
ByteswapTempProfile(ee1.temperatures);
EEPROM_Read((uint8_t*)ee2.temperatures, 128+2, 96);
ByteswapTempProfile(ee2.temperatures);
intsetpoint = 30;
PID.mySetpoint = 30.0f; // Default setpoint
PID_SetOutputLimits(&PID, 0,255+248);
PID_SetMode(&PID, PID_Mode_Manual);
PID.myOutput = 248; // Between fan and heat
PID_SetMode(&PID, PID_Mode_Automatic);
RTC_Zero();
}
int Reflow_SaveEEProfile(void) {
int retval = 0;
uint8_t offset;
uint16_t* tempptr;
if(profileidx == (NUMPROFILES - 2)) {
offset = 0;
tempptr = ee1.temperatures;
} else if( profileidx == (NUMPROFILES - 1)) {
offset = 128;
tempptr = ee2.temperatures;
} else {
return -1;
}
offset += 2; // Skip "magic"
ByteswapTempProfile(tempptr);
retval = EEPROM_Write(offset, (uint8_t*)tempptr, 96); // Store
ByteswapTempProfile(tempptr);
return retval;
}
