void ProgramData::check() { uint16_t v; v = getMaxCells(); if(battery.cells > v) battery.cells = v; v = getMaxIc(); if(battery.Ic > v) battery.Ic = v; v = getMaxId(); if(battery.Id > v) battery.Id = v; }
void ProgramData::check() { uint16_t v; v = ANALOG_MIN_CHARGE; if(battery.capacity < v) battery.capacity = v; v = ANALOG_MAX_CHARGE; if(battery.capacity > v) battery.capacity = v; #ifdef ENABLE_TIME_LIMIT v = ANALOG_MAX_TIME_LIMIT; if(battery.time > v) battery.time = v; #endif v = getMaxCells(); if(battery.cells > v) battery.cells = v; v = 1; if(battery.cells < v) battery.cells = v; v = getMaxIc(); if(battery.Ic > v) battery.Ic = v; v = battery.Ic; if(battery.minIc > v) battery.minIc = v; v = getMaxId(); if(battery.Id > v) battery.Id = v; v = battery.Id; if(battery.minId > v) battery.minId = v; v = settings.minIc; if(battery.Ic < v) battery.Ic = v; if(battery.minIc < v) battery.minIc = v; v = settings.minId; if(battery.Id < v) battery.Id = v; if(battery.minId < v) battery.minId = v; }
void ProgramData::changeIc(int direction) { change0ToMaxSmart(battery.Ic, direction, getMaxIc()); }