void ProgramData::changedType()
{
battery.Vc_per_cell = getDefaultVoltagePerCell(VCharged);
battery.Vd_per_cell = getDefaultVoltagePerCell(VDischarged);
if(battery.type == NoneBatteryType) {
battery.capacity = ANALOG_CHARGE(2.000);
battery.cells = 3;
battery.time = ANALOG_MAX_TIME_LIMIT;
battery.enable_externT = false;
battery.externTCO = ANALOG_CELCIUS(60);
battery.enable_adaptiveDischarge = false;
battery.DCRestTime = 30;
battery.capCutoff = 120;
}
if(isNiXX()) {
battery.enable_deltaV = true;
if(battery.type == NiMH) {
battery.deltaV = -ANALOG_VOLT(0.005);
} else {
battery.deltaV = -ANALOG_VOLT(0.015);
}
battery.deltaVIgnoreTime = 3;
battery.deltaT = ANALOG_CELCIUS(1);
battery.DCcycles = 5;
} else {
battery.balancerError = ANALOG_VOLT(0.008);
battery.Vs_per_cell = getDefaultVoltagePerCell(VStorage);
}
changedCapacity();
}
void SettingsMenu::changeDeltaTemp(AnalogInputs::ValueType &v, int step) {
const AnalogInputs::ValueType min = ANALOG_CELCIUS(0.1);
const AnalogInputs::ValueType max = ANALOG_CELCIUS(10);
step *= ANALOG_CELCIUS(0.1);
v+=step;
if(v < min) v = min;
if(v > max) v = max;
}
return 0;
}
uint16_t empty()
{
return 0;
}
const AnalogInputs::DefaultValues inputs_P[AnalogInputs::PHYSICAL_INPUTS] PROGMEM = {
{AnalogInputs::analogValue<OUTPUT_VOLATAGE_PIN>, {0,0}, {25920, ANALOG_VOLT(11.945)}}, //Vout
{reversePolarityValue, {0,0}, {38000, ANALOG_VOLT(11.829)}}, //VreversePolarity
{AnalogInputs::analogValue<SMPS_CURRENT_PIN>, {0,0}, {10985, ANALOG_AMP(1.013)}}, //Ismps
{AnalogInputs::analogValue<DISCHARGE_CURRENT_PIN>, {0,0}, {14212, ANALOG_AMP(0.100)}}, //Idischarge
{empty, {0, 0}, {0, ANALOG_VOLT(0)}}, //VoutMux
{empty, {0, 0}, {0, ANALOG_CELCIUS(0)}}, //Tintern
{AnalogInputs::analogValue<V_IN_PIN>, {0, 0}, {48063, ANALOG_VOLT(14.044)}}, //Vin
{mux.analogRead<MADDR_T_EXTERN>, {5765,ANALOG_CELCIUS(23.2)},{14300, ANALOG_CELCIUS(60)}}, //Textern
{mux.analogRead<MADDR_V_BALANSER1>, {0, 0}, {52072, ANALOG_VOLT(3.985)}}, //Vb0
{mux.analogRead<MADDR_V_BALANSER2>, {0, 0}, {52686, ANALOG_VOLT(3.984)}}, //Vb1
{mux.analogRead<MADDR_V_BALANSER3>, {0, 0}, {52094, ANALOG_VOLT(3.935)}}, //Vb2
{mux.analogRead<MADDR_V_BALANSER4>, {0, 0}, {51180, ANALOG_VOLT(3.867)}}, //Vb3
{mux.analogRead<MADDR_V_BALANSER5>, {0, 0}, {51130, ANALOG_VOLT(3.866)}}, //Vb4
{mux.analogRead<MADDR_V_BALANSER6>, {0, 0}, {49348, ANALOG_VOLT(3.876)}}, //Vb5
{smpsValue, {0, 0}, {86, ANALOG_AMP(1.013)}}, //IsmpsValue
{dischargerValue, {0, 0}, {82, ANALOG_AMP(0.100)}}, //IdischargeValue
#ifdef ANALOG_INPUTS_V_UNKNOWN
{mux.analogRead<MADDR_V_UNKNOWN0>, {0,0}, {1, 1}}, //UNKNOWN0
#endif
#ifndef SETTINGS_FORCE_BALANCE_PORT_DEFAULT
#define SETTINGS_FORCE_BALANCE_PORT_DEFAULT 1
#endif
#ifndef SETTINGS_ADC_NOISE_DEFAULT
#define SETTINGS_ADC_NOISE_DEFAULT 0
#endif
Settings settings;
const Settings defaultSettings PROGMEM = {
70, //backlight
Settings::FanTemperature, //fanOn
ANALOG_CELCIUS(50), //fanTempOn
ANALOG_CELCIUS(60), //dischargeTempOff
SETTINGS_EXTERNAL_T_DEFAULT, //externT
ANALOG_CELCIUS(60), //externTCO
ANALOG_CELCIUS(1), //deltaT
SETTINGS_DELTA_V_ENABLE_DEFAULT, //enable_deltaV
-ANALOG_VOLT(0.005), //deltaV_NiMH
-ANALOG_VOLT(0.015), //deltaV_NiCd
ANALOG_VOLT(1.800), //cutoffV_NiMH
ANALOG_VOLT(1.800), //cutoffV_NiCd
5, //DCcycles
30, //DCRestTime
1, //AudioBeep: yes/no
10, //minIoutDiv
*/
#include "AnalogInputsPrivate.h"
#include "memory.h"
#include "Utils.h"
const AnalogInputs::DefaultValues AnalogInputs::inputsP_[] PROGMEM = {
{{0, ANALOG_VOLT (0.000)}, {25124, ANALOG_VOLT (23.328)}}, //Vout_plus_pin
{{0, ANALOG_VOLT (0.000)}, {25124, ANALOG_VOLT (23.328)}}, //Vout_minus_pin
{{2*113, ANALOG_AMP (0.100)}, {5025, ANALOG_AMP (1.000)}}, //Ismps
{{2*857, ANALOG_AMP (0.100)}, {5703, ANALOG_AMP (0.300)}}, //Idischarge
{{0, ANALOG_VOLT (0.000)}, {1, ANALOG_VOLT (0.001)}}, //VoutMux
{{8000, ANALOG_CELCIUS (59.40)}, {8642, ANALOG_CELCIUS (34.80)}}, //Tintern
{{0, ANALOG_VOLT (0.000)}, {23508, ANALOG_VOLT (14.012)}}, //Vin
{{9780, ANALOG_CELCIUS (28.60)}, {9144, ANALOG_CELCIUS (60.00)}}, //Textern
{{0, ANALOG_VOLT (0.000)}, {23765, ANALOG_VOLT (3.901)}}, //Vb0_pin
{{0, ANALOG_VOLT (0.000)}, {23765, ANALOG_VOLT (3.901)}}, //Vb1_pin
{{0, ANALOG_VOLT (0.000)}, {48029, ANALOG_VOLT (7.613)}}, //Vb2_pin
{{0, ANALOG_VOLT (0.000)}, {24315, ANALOG_VOLT (3.750)}}, //Vb3_pin
{{0, ANALOG_VOLT (0.000)}, {25561, ANALOG_VOLT (3.957)}}, //Vb4_pin
{{0, ANALOG_VOLT (0.000)}, {26409, ANALOG_VOLT (4.092)}}, //Vb5_pin
{{0, ANALOG_VOLT (0.000)}, {26614, ANALOG_VOLT (4.108)}}, //Vb6_pin
#if MAX_BANANCE_CELLS > 6
{{,}, {,}}, //Vb7_pin
{{,}, {,}}, //Vb8_pin
#endif
do {
i = menu.runSimple();
if(i<0) break;
current = pgm::read(&values[i]);
calibrateI(textMenu == chargeIMenu, i, current);
} while(true);
}
/* temperature calibration */
#define EANALOG_T(name) {CP_TYPE_TEMPERATURE, 0, &AnalogInputs::real_[AnalogInputs::name]}
#define EANALOG_ADC(name) {CP_TYPE_UNSIGNED, 0, &AnalogInputs::avrAdc_[AnalogInputs::name]}
const StaticEditMenu::StaticEditData editExternTData[] PROGMEM = {
{string_t_menu_temperature, COND_E_ANALOG, EANALOG_T(Textern), {1, 0, ANALOG_CELCIUS(100)}},
{string_t_menu_adc, COND_ALWAYS, EANALOG_ADC(Textern), {0,0,0}},
{string_menu_point, COND_POINT, {CP_TYPE_UNSIGNED, 0, &calibrationPoint}, {1, 0, 1}},
{NULL, StaticEditMenu::Last}
};
const StaticEditMenu::StaticEditData editInternTData[] PROGMEM = {
{string_t_menu_temperature, COND_E_ANALOG, EANALOG_T(Tintern), {1, 0, ANALOG_CELCIUS(100)}},
{string_t_menu_adc, COND_ALWAYS, EANALOG_ADC(Tintern), {0,0,0}},
{string_menu_point, COND_POINT, {CP_TYPE_UNSIGNED, 0, &calibrationPoint}, {1, 0, 1}},
{NULL, StaticEditMenu::Last}
};
const AnalogInputs::Name externTName[] PROGMEM = { AnalogInputs::Textern };
const AnalogInputs::Name internTName[] PROGMEM = { AnalogInputs::Tintern };
*/
#include "AnalogInputsPrivate.h"
#include "memory.h"
#include "Utils.h"
const AnalogInputs::DefaultValues AnalogInputs::inputsP_[] PROGMEM = {
{{0, ANALOG_VOLT (0.000)}, {25914, ANALOG_VOLT (11.973)}}, //Vout_plus_pin
{{0, ANALOG_VOLT (0.000)}, {25914, ANALOG_VOLT (11.973)}}, //Vout_minus_pin
{{504, ANALOG_AMP (0.050)}, {11132, ANALOG_AMP (1.000)}}, //Ismps
{{1152, ANALOG_AMP (0.050)}, {7936, ANALOG_AMP (0.300)}}, //Idischarge
{{0, ANALOG_VOLT (0.000)}, {0, ANALOG_VOLT (0.000)}}, //VoutMux
{{0, ANALOG_CELCIUS (0.000)}, {0, ANALOG_CELCIUS (0.000)}}, //Tintern
{{0, ANALOG_VOLT (0.000)}, {42624, ANALOG_VOLT (12.490)}}, //Vin
{{19650, ANALOG_CELCIUS (2.980)}, {18700, ANALOG_CELCIUS (6.000)}}, //Textern
{{0, ANALOG_VOLT (0.000)}, {48963, ANALOG_VOLT (3.752)}}, //Vb0_pin
{{0, ANALOG_VOLT (0.000)}, {55409, ANALOG_VOLT (4.200)}}, //Vb1_pin
{{0, ANALOG_VOLT (0.000)}, {55727, ANALOG_VOLT (4.200)}}, //Vb2_pin
{{0, ANALOG_VOLT (0.000)}, {26432, ANALOG_VOLT (2.000)}}, //Vb3_pin
{{0, ANALOG_VOLT (0.000)}, {54799, ANALOG_VOLT (4.200)}}, //Vb4_pin
{{0, ANALOG_VOLT (0.000)}, {55496, ANALOG_VOLT (4.200)}}, //Vb5_pin
{{0, ANALOG_VOLT (0.000)}, {55434, ANALOG_VOLT (4.200)}}, //Vb6_pin
#if MAX_BANANCE_CELLS > 6
{{,}, {,}}, //Vb7_pin
{{,}, {,}}, //Vb8_pin
#endif
You should have received a copy of the GNU General Public License
along with this program. If not, see <http://www.gnu.org/licenses/>.
*/
#include "AnalogInputsPrivate.h"
#include "memory.h"
#include "Utils.h"
const AnalogInputs::DefaultValues AnalogInputs::inputsP_[] PROGMEM = {
{{0,0}, {50816, ANALOG_VOLT(23.118)}}, //Vout
{{0,0}, {27516, ANALOG_VOLT(12.552)}}, //VreversePolarity
{{0, ANALOG_AMP(0)}, {0, ANALOG_AMP(0)}}, //Ismps
{{0, ANALOG_AMP(0)}, { 0, ANALOG_AMP(0)}}, //Idischarge
{{0, 0}, {44736, ANALOG_VOLT(23.118)}}, //VoutMux
{{21500, ANALOG_CELCIUS(52)}, {41023, ANALOG_CELCIUS(29)}}, //Tintern
{{0, 0}, {47872, ANALOG_VOLT(14.020)}}, //Vin
{{6272, ANALOG_CELCIUS(24)}, {14300, ANALOG_CELCIUS(60)}}, //Textern
{{0, 0}, {0, ANALOG_VOLT(0)}}, //Vb0_pin -??
{{0, 0}, {50244, ANALOG_VOLT(3.834)}}, //Vb1_pin
{{0, 0}, {50176, ANALOG_VOLT(3.835)}}, //Vb2_pin
{{0, 0}, {50280, ANALOG_VOLT(3.837)}}, //Vb3_pin
{{0, 0}, {50602, ANALOG_VOLT(3.862)}}, //Vb4_pin
{{0, 0}, {50752, ANALOG_VOLT(3.865)}}, //Vb5_pin
{{0, 0}, {51008, ANALOG_VOLT(3.885)}}, //Vb6_pin
#if MAX_BANANCE_CELLS > 6
{{0, 0}, {50752, ANALOG_VOLT(3.865)}}, //Vb7_pin
{{0, 0}, {51008, ANALOG_VOLT(3.885)}}, //Vb8_pin
#ifndef SETTINGS_MAX_CHARGE_I
#define SETTINGS_MAX_CHARGE_I MAX_CHARGE_I
#endif
#ifndef SETTINGS_MAX_DISCHARGE_I
#define SETTINGS_MAX_DISCHARGE_I MAX_DISCHARGE_I
#endif
Settings settings;
const Settings defaultSettings PROGMEM = {
70, //backlight
Settings::FanTemperature, //fanOn
ANALOG_CELCIUS(50), //fanTempOn
ANALOG_CELCIUS(60), //dischargeTempOff
1, //AudioBeep: yes/no
ANALOG_AMP(0.050), //minIc
SETTINGS_MAX_CHARGE_I, //maxIc
ANALOG_AMP(0.050), //minId
SETTINGS_MAX_DISCHARGE_I, //maxId
ANALOG_VOLT(10.000),//inputVoltageLow
SETTINGS_ADC_NOISE_DEFAULT, //adcNoise
Settings::Disabled, //UART - disabled
3, //57600
Settings::Software, //UARToutput
Settings::MenuSimple, //menuType
Settings::MenuButtonsReversed, //menuButtons
{
uint16_t vr = AnalogInputs::analogValue<REVERSE_POLARITY_PIN>();
// return vr;
uint16_t vo = AnalogInputs::analogValue<OUTPUT_VOLATAGE_PIN>();
if(vr > vo) return vr - vo;
return 0;
}
const AnalogInputs::DefaultValues inputs_P[AnalogInputs::PHYSICAL_INPUTS] PROGMEM = {
{AnalogInputs::analogValue<OUTPUT_VOLATAGE_PIN>, {0,0}, {50816, ANALOG_VOLT(23.118)}}, //Vout
{reversePolarityValue, {0,0}, {27516, ANALOG_VOLT(12.552)}}, //VreversePolarity
{AnalogInputs::analogValue<SMPS_CURRENT_PIN>, {256, ANALOG_AMP(0.051)}, {10240, ANALOG_AMP(2.000)}}, //Ismps
{AnalogInputs::analogValue<DISCHARGE_CURRENT_PIN>, {384, ANALOG_AMP(0.051)}, { 9024, ANALOG_AMP(1.000)}}, //Idischarge
{mux.analogRead<MADDR_V_OUTMUX>, {0, 0}, {44736, ANALOG_VOLT(23.118)}}, //VoutMux
{mux.analogRead<MADDR_T_INTERN>, {21500, ANALOG_CELCIUS(52)},{41023, ANALOG_CELCIUS(29)}}, //Tintern
{mux.analogRead<MADDR_V_IN>, {0, 0}, {47872, ANALOG_VOLT(14.020)}}, //Vin
{mux.analogRead<MADDR_T_EXTERN>, {6272, ANALOG_CELCIUS(24)},{14300, ANALOG_CELCIUS(60)}}, //Textern
{mux.analogRead<MADDR_V_BALANSER1>, {0, 0}, {50244, ANALOG_VOLT(3.834)}}, //Vb0
{mux.analogRead<MADDR_V_BALANSER2>, {0, 0}, {50176, ANALOG_VOLT(3.835)}}, //Vb1
{mux.analogRead<MADDR_V_BALANSER3>, {0, 0}, {50280, ANALOG_VOLT(3.837)}}, //Vb2
{mux.analogRead<MADDR_V_BALANSER4>, {0, 0}, {50602, ANALOG_VOLT(3.862)}}, //Vb3
{mux.analogRead<MADDR_V_BALANSER5>, {0, 0}, {50752, ANALOG_VOLT(3.865)}}, //Vb4
{mux.analogRead<MADDR_V_BALANSER6>, {0, 0}, {51008, ANALOG_VOLT(3.885)}}, //Vb5
{smpsValue, {22, ANALOG_AMP(0.051)}, {744, ANALOG_AMP(2.000)}}, //IsmpsValue
{dischargerValue, {32, ANALOG_AMP(0.051)}, {657, ANALOG_AMP(1.000)}}, //IdischargeValue
#ifdef ANALOG_INPUTS_V_UNKNOWN
{mux.analogRead<MADDR_V_UNKNOWN0>, {0,0}, {1, 1}}, //UNKNOWN0
