void lcdPrintEValue(uint16_t x, int8_t dig, bool dot)
{
const char prefix = ' ';
if(dig<=0)
return;
int8_t xdig = digits(x/1000);
xdig+=1+3; // m or .
for(;xdig<dig;dig--)
lcdPrintChar(prefix);
if(dig >= xdig && !dot) {
xdig = digits(x);
dig--; //m
for(;xdig<dig;dig--)
lcdPrintChar(prefix);
lcdPrintUInt(x);
lcdPrintChar('m');
} else if(dig < xdig - 4) {
lcdPrintInf(dig);
} else {
lcdPrintUInt(x/1000);
x%=1000;
dig -= xdig - 4;
if(dig-- >0) lcdPrintChar('.');
if(dig-- >0) lcdPrintDigit(x/100);
x%=100;
if(dig-- >0) lcdPrintDigit(x/10);
x%=10;
if(dig-- >0) lcdPrintDigit(x);
}
}
void SettingsMenu::printDeltaT(AnalogInputs::ValueType dt)
{
lcdPrintUnsigned(dt/100, 3);
lcdPrintChar('.');
lcdPrintDigit((dt%100)/10);
lcdPrint_P(PSTR("C/m"));
}
void printBalancer(uint8_t cell, AnalogInputs::Type type) {
if(cell < MAX_BALANCE_CELLS) {
lcdPrintDigit(cell+1);
lcdPrintChar(':');
if(AnalogInputs::isConnected(AnalogInputs::Name(AnalogInputs::Vb1+cell))) {
lcdPrintAnalog(getBalanceValue(cell, type), 6, type);
} else {
lcdPrint_P(PSTR(" -- "));
}
}
}
void lcdPrintTemperature_(AnalogInputs::ValueType x, int8_t dig)
{
const char prefix = ' ';
if(dig<=0)
return;
int8_t xdig = digits(x/100);
xdig+=1+2; // .
for(;xdig<dig;dig--)
lcdPrintChar(prefix);
if(dig < xdig - 3) {
lcdPrintInf(dig);
} else {
lcdPrintUInt(x/100);
x%=100;
dig -= xdig - 3;
if(dig-- >0) lcdPrintChar('.');
if(dig-- >0) lcdPrintDigit(x/10);
x%=10;
if(dig-- >0) lcdPrintDigit(x);
}
}
void Screen::displayStartInfo()
{
lcdSetCursor0_0();
ProgramData::currentProgramData.printBatteryString(4);
lcdPrintChar(' ');
ProgramData::currentProgramData.printVoltageString();
lcdPrintChar(' ');
printProgram2chars(Program::programType_);
lcdSetCursor0_1();
uint16_t procent = getChargeProcent();
if(procent == 100) {
if(getBlinkOff())
lcdPrintSpaces(4);
else
lcdPrint_P(PSTR("FUL "));
} else {
lcdPrintUnsigned(procent, 2);
lcdPrint_P(PSTR("% "));
}
int bindex = getBlinkIndex();
if(bindex & 1) analogInputs.printRealValue(AnalogInputs::Vout, 5);
else lcdPrintSpaces(5);
lcdPrintChar(' ');
if(ProgramData::currentProgramData.isLiXX()) {
//display balance port
if(bindex & 2) analogInputs.printRealValue(AnalogInputs::Vbalancer, 5);
else lcdPrintSpaces(5);
if(bindex & 4) lcdPrintDigit(analogInputs.getConnectedBalancePorts());
else lcdPrintChar(' ');
} else {
lcdPrintCharge(ProgramData::currentProgramData.battery.C, 6);
lcdPrintSpaces();
}
}
void displayBalanceInfo(uint8_t from, AnalogInputs::Type type)
{
lcdSetCursor0_0();
#ifdef ENABLE_SCREEN_KNIGHTRIDEREFFECT
knightRiderCounter += knightRiderDir;
if (knightRiderCounter==0 || knightRiderCounter>4) knightRiderDir=-knightRiderDir;
#endif
char c = ' ';
if(!::Balancer::isWorking()) {
if(!::Balancer::isStable())
c = 'm';
} else {
if(::Balancer::savedVon)
c = 'B';
else
c = 'b';
}
if (::Balancer::balance == 0) {
lcdPrintChar(c);
#ifdef ENABLE_SCREEN_KNIGHTRIDEREFFECT
char knightRiderArrow;
if (knightRiderDir > 0) knightRiderArrow='>'; else knightRiderArrow='<';
if ((c == 'm') || (c == ' ')) {
for (uint8_t i=0; i<6; i++ ) {
if (knightRiderCounter==i) lcdPrintChar(knightRiderArrow);
else lcdPrintChar(' ');
}
lcdPrintChar(' ');
} else {
lcdPrintSpaces(7);
}
#else
lcdPrintSpaces(7);
#endif
} else {
uint16_t cell = 1;
for(uint8_t i = 0; i < MAX_BANANCE_CELLS; i++) {
if(::Balancer::connectedCells & cell) {
if(i == ::Balancer::minCell) {
c = SCREEN_EMPTY_CELL_CHAR; //lowest cell
} else {
if(::Balancer::balance & cell) {
if (blink.blinkTime_ & 1) {
c = SCREEN_FULL_CELL_CHAR; //flash full/empty cells
} else {
c = SCREEN_EMPTY_CELL_CHAR; //flash full/empty cells
}
} else {
c = SCREEN_AVR_CELL_CHAR; //average cells
}
}
} else {
c = ' ';
}
lcdPrintChar(c);
cell <<= 1;
}
lcdPrintSpaces(8 - MAX_BANANCE_CELLS);
}
lcdPrintDigit(from+1);
lcdPrintChar(':');
printBalancer(from++, type);
lcdPrintSpaces();
lcdSetCursor0_1();
if(from < MAX_BANANCE_CELLS) {
lcdPrintDigit(from+1);
lcdPrintChar(':');
printBalancer(from++, type);
}
if(from < MAX_BANANCE_CELLS) {
lcdPrintDigit(from+1);
lcdPrintChar(':');
printBalancer(from, type);
}
lcdPrintSpaces();
}
