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::changeVoltage(int direction)
{
uint16_t max = getMaxCells();
change0ToMaxSmart(battery.cells, direction, max, battery.type == Unknown ? 50: 0);
}
void ProgramData::changeVoltage(int direction)
{
uint16_t max = getMaxCells();
changeMaxSmart(battery.cells, direction, max);
}
