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Alex Janka 2022-09-09 16:45:15 +10:00
parent 1eea528d5d
commit 2192d86c31
2 changed files with 233 additions and 233 deletions
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412
src/main.rs
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@ -16,104 +16,104 @@ const EEPROM_DATA_SIZE: u16 = 0x0021;
#[derive(Serialize, Deserialize, Debug)] #[derive(Serialize, Deserialize, Debug)]
struct MpptRam { struct MpptRam {
// scaling values // scaling values
V_PU: f32, v_pu: f32,
I_PU: f32, i_pu: f32,
VER_SW: u16, ver_sw: u16,
// filtered ADC // filtered ADC
ADC_VB_F_MED: f32, adc_vb_f_med: f32,
ADC_VBTERM_F: f32, adc_vbterm_f: f32,
ADC_VBS_F: f32, adc_vbs_f: f32,
ADC_VA_F: f32, adc_va_f: f32,
ADC_IB_F_SHADOW: f32, adc_ib_f_shadow: f32,
ADC_IA_F_SHADOW: f32, adc_ia_f_shadow: f32,
ADC_P12_F: f32, adc_p12_f: f32,
ADC_P3_F: f32, adc_p3_f: f32,
ADC_PMETER_F: f32, adc_pmeter_f: f32,
ADC_P18_F: f32, adc_p18_f: f32,
ADC_V_REF: f32, adc_v_ref: f32,
// temperatures // temperatures
T_HS: u16, t_hs: u16,
T_RTS: u16, t_rts: u16,
T_BATT: u16, t_batt: u16,
// status // status
ADC_VB_F_1M: f32, adc_vb_f_1m: f32,
ADC_IB_F_1M: f32, adc_ib_f_1m: f32,
VB_MIN: f32, vb_min: f32,
VB_MAX: f32, vb_max: f32,
HOURMETER_HI: u16, hourmeter_hi: u16,
HOURMETER_LO: u16, hourmeter_lo: u16,
FAULT_ALL: u16, fault_all: u16,
ALARM_HI: u16, alarm_hi: u16,
ALARM_LO: u16, alarm_lo: u16,
DIP_ALL: u16, dip_all: u16,
LED_STATE: u16, led_state: u16,
// charger // charger
CHARGE_STATE: u16, charge_state: u16,
VB_REF: f32, vb_ref: f32,
AHC_R_HI: u16, ahc_r_hi: u16,
AHC_R_LO: u16, ahc_r_lo: u16,
AHC_T_HI: u16, ahc_t_hi: u16,
AHC_T_LO: u16, ahc_t_lo: u16,
KWHC_R: u16, kwhc_r: u16,
KWHC_T: u16, kwhc_t: u16,
// MpptRam // MpptRam
POWER_OUT_SHADOW: f32, power_out_shadow: f32,
POWER_IN_SHADOW: f32, power_in_shadow: f32,
SWEEP_PIN_MAX: f32, sweep_pin_max: f32,
SWEEP_VMP: f32, sweep_vmp: f32,
SWEEP_VOC: f32, sweep_voc: f32,
// logger - today's values // logger - today's values
VB_MIN_DAILY: f32, vb_min_daily: f32,
VB_MAX_DAILY: f32, vb_max_daily: f32,
VA_MAX_DAILY: f32, va_max_daily: f32,
AHC_DAILY: f32, ahc_daily: f32,
WHC_DAILY: u16, whc_daily: u16,
FLAGS_DAILY: u16, flags_daily: u16,
POUT_MAX_DAILY: f32, pout_max_daily: f32,
TB_MIN_DAILY: u16, tb_min_daily: u16,
TB_MAX_DAILY: u16, tb_max_daily: u16,
FAULT_DAILY: u16, fault_daily: u16,
ALARM_DAILY_HI: u16, alarm_daily_hi: u16,
ALARM_DAILY_LO: u16, alarm_daily_lo: u16,
TIME_AB_DAILY: u16, time_ab_daily: u16,
TIME_EQ_DAILY: u16, time_eq_daily: u16,
TIME_FL_DAILY: u16, time_fl_daily: u16,
// manual control // manual control
IB_REF_SLAVE: f32, ib_ref_slave: f32,
VB_REF_SLAVE: f32, vb_ref_slave: f32,
VA_REF_FIXED: f32, va_ref_fixed: f32,
VA_REF_FIXED_PCT: f32, va_ref_fixed_pct: f32,
} }
#[derive(Serialize, Deserialize, Debug)] #[derive(Serialize, Deserialize, Debug)]
struct MpptEeprom { struct MpptEeprom {
EV_absorp: Voltage, ev_absorp: Voltage,
EV_float: Voltage, ev_float: Voltage,
Et_absorp: Raw, et_absorp: Raw,
Et_absorp_ext: Raw, et_absorp_ext: Raw,
EV_absorp_ext: Voltage, ev_absorp_ext: Voltage,
EV_float_cancel: Voltage, ev_float_cancel: Voltage,
Et_float_exit_cum: Raw, et_float_exit_cum: Raw,
EV_eq: Voltage, ev_eq: Voltage,
Et_eqcalendar: Raw, et_eqcalendar: Raw,
Et_eq_above: Raw, et_eq_above: Raw,
Et_eq_reg: Raw, et_eq_reg: Raw,
Et_batt_service: Raw, et_batt_service: Raw,
EV_tempcomp: Tempcomp, ev_tempcomp: Tempcomp,
EV_hvd: Voltage, ev_hvd: Voltage,
EV_hvr: Voltage, ev_hvr: Voltage,
Evb_ref_lim: Voltage, evb_ref_lim: Voltage,
ETb_max: Raw, etb_max: Raw,
ETb_min: Raw, etb_min: Raw,
EV_soc_g_gy: Voltage, ev_soc_g_gy: Voltage,
EV_soc_gy_y: Voltage, ev_soc_gy_y: Voltage,
EV_soc_y_yr: Voltage, ev_soc_y_yr: Voltage,
EV_soc_yr_r: Voltage, ev_soc_yr_r: Voltage,
Emodbus_id: Raw, emodbus_id: Raw,
Emeterbus_id: Raw, emeterbus_id: Raw,
EIb_lim: Current, eib_lim: Current,
EVa_ref_fixed_init: Voltage, eva_ref_fixed_init: Voltage,
EVa_ref_fixed_pct_init: VoltagePercentage, eva_ref_fixed_pct_init: VoltagePercentage,
} }
trait Scaled { trait Scaled {
@ -161,11 +161,11 @@ struct VoltagePercentage {
} }
impl Scaled for VoltagePercentage { impl Scaled for VoltagePercentage {
fn get_scaled(&self, info: &Info) -> f32 { fn get_scaled(&self, _: &Info) -> f32 {
self.data as f32 * 100. * f32::powf(2., -16.) self.data as f32 * 100. * f32::powf(2., -16.)
} }
fn new(input: f32, info: &Info) -> Self { fn new(input: f32, _: &Info) -> Self {
Self { Self {
data: ((input / f32::powf(2., -16.)) / 100.) as u16, data: ((input / f32::powf(2., -16.)) / 100.) as u16,
} }
@ -195,11 +195,11 @@ struct Raw {
} }
impl Scaled for Raw { impl Scaled for Raw {
fn get_scaled(&self, info: &Info) -> f32 { fn get_scaled(&self, _: &Info) -> f32 {
self.data as f32 self.data as f32
} }
fn new(input: f32, info: &Info) -> Self { fn new(input: f32, _: &Info) -> Self {
Self { data: input as u16 } Self { data: input as u16 }
} }
} }
@ -313,72 +313,72 @@ fn main() {
.expect("couldnt"); .expect("couldnt");
let info = Info::from(&data_in); let info = Info::from(&data_in);
let ram_data = MpptRam { let ram_data = MpptRam {
V_PU: info.scale_voltage_f( v_pu: info.scale_voltage_f(
data_in[OffsetsRam::V_PU_HI] as f32 data_in[OffsetsRam::V_PU_HI] as f32
+ (data_in[OffsetsRam::V_PU_LO] as f32 / f32::powf(2., 16.)), + (data_in[OffsetsRam::V_PU_LO] as f32 / f32::powf(2., 16.)),
), ),
I_PU: info.scale_current_f( i_pu: info.scale_current_f(
data_in[OffsetsRam::I_PU_HI] as f32 data_in[OffsetsRam::I_PU_HI] as f32
+ (data_in[OffsetsRam::I_PU_LO] as f32 / f32::powf(2., 16.)), + (data_in[OffsetsRam::I_PU_LO] as f32 / f32::powf(2., 16.)),
), ),
VER_SW: data_in[OffsetsRam::VER_SW], ver_sw: data_in[OffsetsRam::VER_SW],
ADC_VB_F_MED: info.scale_voltage(&data_in[OffsetsRam::ADC_VB_F_MED]), adc_vb_f_med: info.scale_voltage(&data_in[OffsetsRam::ADC_VB_F_MED]),
ADC_VBTERM_F: info.scale_voltage(&data_in[OffsetsRam::ADC_VBTERM_F]), adc_vbterm_f: info.scale_voltage(&data_in[OffsetsRam::ADC_VBTERM_F]),
ADC_VBS_F: info.scale_voltage(&data_in[OffsetsRam::ADC_VBS_F]), adc_vbs_f: info.scale_voltage(&data_in[OffsetsRam::ADC_VBS_F]),
ADC_VA_F: info.scale_voltage(&data_in[OffsetsRam::ADC_VA_F]), adc_va_f: info.scale_voltage(&data_in[OffsetsRam::ADC_VA_F]),
ADC_IB_F_SHADOW: info.scale_current(&data_in[OffsetsRam::ADC_IB_F_SHADOW]), adc_ib_f_shadow: info.scale_current(&data_in[OffsetsRam::ADC_IB_F_SHADOW]),
ADC_IA_F_SHADOW: info.scale_current(&data_in[OffsetsRam::ADC_IA_F_SHADOW]), adc_ia_f_shadow: info.scale_current(&data_in[OffsetsRam::ADC_IA_F_SHADOW]),
ADC_P12_F: data_in[OffsetsRam::ADC_P12_F] as f32 * 18.618 * f32::powf(2., -15.), adc_p12_f: data_in[OffsetsRam::ADC_P12_F] as f32 * 18.618 * f32::powf(2., -15.),
ADC_P3_F: data_in[OffsetsRam::ADC_P3_F] as f32 * 6.6 * f32::powf(2., -15.), adc_p3_f: data_in[OffsetsRam::ADC_P3_F] as f32 * 6.6 * f32::powf(2., -15.),
ADC_PMETER_F: data_in[OffsetsRam::ADC_PMETER_F] as f32 * 18.618 * f32::powf(2., -15.), adc_pmeter_f: data_in[OffsetsRam::ADC_PMETER_F] as f32 * 18.618 * f32::powf(2., -15.),
ADC_P18_F: data_in[OffsetsRam::ADC_P18_F] as f32 * 3. * f32::powf(2., -15.), adc_p18_f: data_in[OffsetsRam::ADC_P18_F] as f32 * 3. * f32::powf(2., -15.),
ADC_V_REF: data_in[OffsetsRam::ADC_V_REF] as f32 * 3. * f32::powf(2., -15.), adc_v_ref: data_in[OffsetsRam::ADC_V_REF] as f32 * 3. * f32::powf(2., -15.),
T_HS: data_in[OffsetsRam::T_HS], t_hs: data_in[OffsetsRam::T_HS],
T_RTS: data_in[OffsetsRam::T_RTS], t_rts: data_in[OffsetsRam::T_RTS],
T_BATT: data_in[OffsetsRam::T_BATT], t_batt: data_in[OffsetsRam::T_BATT],
ADC_VB_F_1M: info.scale_voltage(&data_in[OffsetsRam::ADC_VB_F_1M]), adc_vb_f_1m: info.scale_voltage(&data_in[OffsetsRam::ADC_VB_F_1M]),
ADC_IB_F_1M: info.scale_current(&data_in[OffsetsRam::ADC_IB_F_1M]), adc_ib_f_1m: info.scale_current(&data_in[OffsetsRam::ADC_IB_F_1M]),
VB_MIN: info.scale_voltage(&data_in[OffsetsRam::VB_MIN]), vb_min: info.scale_voltage(&data_in[OffsetsRam::VB_MIN]),
VB_MAX: info.scale_voltage(&data_in[OffsetsRam::VB_MAX]), vb_max: info.scale_voltage(&data_in[OffsetsRam::VB_MAX]),
HOURMETER_HI: data_in[OffsetsRam::HOURMETER_HI], hourmeter_hi: data_in[OffsetsRam::HOURMETER_HI],
HOURMETER_LO: data_in[OffsetsRam::HOURMETER_LO], hourmeter_lo: data_in[OffsetsRam::HOURMETER_LO],
FAULT_ALL: data_in[OffsetsRam::FAULT_ALL], fault_all: data_in[OffsetsRam::FAULT_ALL],
ALARM_HI: data_in[OffsetsRam::ALARM_HI], alarm_hi: data_in[OffsetsRam::ALARM_HI],
ALARM_LO: data_in[OffsetsRam::ALARM_LO], alarm_lo: data_in[OffsetsRam::ALARM_LO],
DIP_ALL: data_in[OffsetsRam::DIP_ALL], dip_all: data_in[OffsetsRam::DIP_ALL],
LED_STATE: data_in[OffsetsRam::LED_STATE], led_state: data_in[OffsetsRam::LED_STATE],
CHARGE_STATE: data_in[OffsetsRam::CHARGE_STATE], charge_state: data_in[OffsetsRam::CHARGE_STATE],
VB_REF: info.scale_voltage(&data_in[OffsetsRam::VB_REF]), vb_ref: info.scale_voltage(&data_in[OffsetsRam::VB_REF]),
AHC_R_HI: data_in[OffsetsRam::AHC_R_HI], ahc_r_hi: data_in[OffsetsRam::AHC_R_HI],
AHC_R_LO: data_in[OffsetsRam::AHC_R_LO], ahc_r_lo: data_in[OffsetsRam::AHC_R_LO],
AHC_T_HI: data_in[OffsetsRam::AHC_T_HI], ahc_t_hi: data_in[OffsetsRam::AHC_T_HI],
AHC_T_LO: data_in[OffsetsRam::AHC_T_LO], ahc_t_lo: data_in[OffsetsRam::AHC_T_LO],
KWHC_R: data_in[OffsetsRam::KWHC_R], kwhc_r: data_in[OffsetsRam::KWHC_R],
KWHC_T: data_in[OffsetsRam::KWHC_T], kwhc_t: data_in[OffsetsRam::KWHC_T],
POWER_OUT_SHADOW: info.scale_power(&data_in[OffsetsRam::AHC_R_HI]), power_out_shadow: info.scale_power(&data_in[OffsetsRam::POWER_OUT_SHADOW]),
POWER_IN_SHADOW: info.scale_power(&data_in[OffsetsRam::POWER_IN_SHADOW]), power_in_shadow: info.scale_power(&data_in[OffsetsRam::POWER_IN_SHADOW]),
SWEEP_PIN_MAX: info.scale_power(&data_in[OffsetsRam::SWEEP_PIN_MAX]), sweep_pin_max: info.scale_power(&data_in[OffsetsRam::SWEEP_PIN_MAX]),
SWEEP_VMP: info.scale_voltage(&data_in[OffsetsRam::SWEEP_VMP]), sweep_vmp: info.scale_voltage(&data_in[OffsetsRam::SWEEP_VMP]),
SWEEP_VOC: info.scale_voltage(&data_in[OffsetsRam::SWEEP_VOC]), sweep_voc: info.scale_voltage(&data_in[OffsetsRam::SWEEP_VOC]),
VB_MIN_DAILY: info.scale_voltage(&data_in[OffsetsRam::VB_MIN_DAILY]), vb_min_daily: info.scale_voltage(&data_in[OffsetsRam::VB_MIN_DAILY]),
VB_MAX_DAILY: info.scale_voltage(&data_in[OffsetsRam::VB_MAX_DAILY]), vb_max_daily: info.scale_voltage(&data_in[OffsetsRam::VB_MAX_DAILY]),
VA_MAX_DAILY: info.scale_voltage(&data_in[OffsetsRam::VA_MAX_DAILY]), va_max_daily: info.scale_voltage(&data_in[OffsetsRam::VA_MAX_DAILY]),
AHC_DAILY: data_in[OffsetsRam::AHC_DAILY] as f32 * 0.1, ahc_daily: data_in[OffsetsRam::AHC_DAILY] as f32 * 0.1,
WHC_DAILY: data_in[OffsetsRam::WHC_DAILY], whc_daily: data_in[OffsetsRam::WHC_DAILY],
FLAGS_DAILY: data_in[OffsetsRam::FLAGS_DAILY], flags_daily: data_in[OffsetsRam::FLAGS_DAILY],
POUT_MAX_DAILY: info.scale_power(&data_in[OffsetsRam::POUT_MAX_DAILY]), pout_max_daily: info.scale_power(&data_in[OffsetsRam::POUT_MAX_DAILY]),
TB_MIN_DAILY: data_in[OffsetsRam::TB_MIN_DAILY], tb_min_daily: data_in[OffsetsRam::TB_MIN_DAILY],
TB_MAX_DAILY: data_in[OffsetsRam::TB_MAX_DAILY], tb_max_daily: data_in[OffsetsRam::TB_MAX_DAILY],
FAULT_DAILY: data_in[OffsetsRam::FAULT_DAILY], fault_daily: data_in[OffsetsRam::FAULT_DAILY],
ALARM_DAILY_HI: data_in[OffsetsRam::ALARM_DAILY_HI], alarm_daily_hi: data_in[OffsetsRam::ALARM_DAILY_HI],
ALARM_DAILY_LO: data_in[OffsetsRam::ALARM_DAILY_LO], alarm_daily_lo: data_in[OffsetsRam::ALARM_DAILY_LO],
TIME_AB_DAILY: data_in[OffsetsRam::TIME_AB_DAILY], time_ab_daily: data_in[OffsetsRam::TIME_AB_DAILY],
TIME_EQ_DAILY: data_in[OffsetsRam::TIME_EQ_DAILY], time_eq_daily: data_in[OffsetsRam::TIME_EQ_DAILY],
TIME_FL_DAILY: data_in[OffsetsRam::TIME_FL_DAILY], time_fl_daily: data_in[OffsetsRam::TIME_FL_DAILY],
IB_REF_SLAVE: data_in[OffsetsRam::IB_REF_SLAVE] as f32 * 80. * f32::powf(2., -15.), ib_ref_slave: data_in[OffsetsRam::IB_REF_SLAVE] as f32 * 80. * f32::powf(2., -15.),
VB_REF_SLAVE: info.scale_voltage(&data_in[OffsetsRam::VB_REF_SLAVE]), vb_ref_slave: info.scale_voltage(&data_in[OffsetsRam::VB_REF_SLAVE]),
VA_REF_FIXED: info.scale_voltage(&data_in[OffsetsRam::VA_REF_FIXED]), va_ref_fixed: info.scale_voltage(&data_in[OffsetsRam::VA_REF_FIXED]),
VA_REF_FIXED_PCT: data_in[OffsetsRam::VA_REF_FIXED_PCT] as f32 * 100. * f32::powf(2., -16.), va_ref_fixed_pct: data_in[OffsetsRam::VA_REF_FIXED_PCT] as f32 * 100. * f32::powf(2., -16.),
}; };
println!("ram: {:#?}", ram_data); println!("ram: {:#?}", ram_data);
@ -388,92 +388,92 @@ fn main() {
.expect("could not get eeprom data"); .expect("could not get eeprom data");
let eeprom_data = MpptEeprom { let eeprom_data = MpptEeprom {
EV_absorp: Voltage { ev_absorp: Voltage {
data: data_in[OffsetsEeprom::EV_absorp], data: data_in[OffsetsEeprom::EV_ABSORP],
}, },
EV_float: Voltage { ev_float: Voltage {
data: data_in[OffsetsEeprom::EV_float], data: data_in[OffsetsEeprom::EV_FLOAT],
}, },
Et_absorp: Raw { et_absorp: Raw {
data: data_in[OffsetsEeprom::Et_absorp], data: data_in[OffsetsEeprom::ET_ABSORP],
}, },
Et_absorp_ext: Raw { et_absorp_ext: Raw {
data: data_in[OffsetsEeprom::Et_absorp_ext], data: data_in[OffsetsEeprom::ET_ABSORP_EXT],
}, },
EV_absorp_ext: Voltage { ev_absorp_ext: Voltage {
data: data_in[OffsetsEeprom::EV_absorp_ext], data: data_in[OffsetsEeprom::EV_ABSORP_EXT],
}, },
EV_float_cancel: Voltage { ev_float_cancel: Voltage {
data: data_in[OffsetsEeprom::EV_float_cancel], data: data_in[OffsetsEeprom::EV_FLOAT_CANCEL],
}, },
Et_float_exit_cum: Raw { et_float_exit_cum: Raw {
data: data_in[OffsetsEeprom::Et_float_exit_cum], data: data_in[OffsetsEeprom::ET_FLOAT_EXIT_CUM],
}, },
EV_eq: Voltage { ev_eq: Voltage {
data: data_in[OffsetsEeprom::EV_eq], data: data_in[OffsetsEeprom::EV_EQ],
}, },
Et_eqcalendar: Raw { et_eqcalendar: Raw {
data: data_in[OffsetsEeprom::Et_eqcalendar], data: data_in[OffsetsEeprom::ET_EQCALENDAR],
}, },
Et_eq_above: Raw { et_eq_above: Raw {
data: data_in[OffsetsEeprom::Et_eq_above], data: data_in[OffsetsEeprom::ET_EQ_ABOVE],
}, },
Et_eq_reg: Raw { et_eq_reg: Raw {
data: data_in[OffsetsEeprom::Et_eq_reg], data: data_in[OffsetsEeprom::ET_EQ_REG],
}, },
Et_batt_service: Raw { et_batt_service: Raw {
data: data_in[OffsetsEeprom::Et_batt_service], data: data_in[OffsetsEeprom::ET_BATT_SERVICE],
}, },
EV_tempcomp: Tempcomp { ev_tempcomp: Tempcomp {
data: data_in[OffsetsEeprom::EV_tempcomp], data: data_in[OffsetsEeprom::EV_TEMPCOMP],
}, },
EV_hvd: Voltage { ev_hvd: Voltage {
data: data_in[OffsetsEeprom::EV_hvd], data: data_in[OffsetsEeprom::EV_HVD],
}, },
EV_hvr: Voltage { ev_hvr: Voltage {
data: data_in[OffsetsEeprom::EV_hvr], data: data_in[OffsetsEeprom::EV_HVR],
}, },
Evb_ref_lim: Voltage { evb_ref_lim: Voltage {
data: data_in[OffsetsEeprom::Evb_ref_lim], data: data_in[OffsetsEeprom::EVB_REF_LIM],
}, },
ETb_max: Raw { etb_max: Raw {
data: data_in[OffsetsEeprom::ETb_max], data: data_in[OffsetsEeprom::ETB_MAX],
}, },
ETb_min: Raw { etb_min: Raw {
data: data_in[OffsetsEeprom::ETb_min], data: data_in[OffsetsEeprom::ETB_MIN],
}, },
EV_soc_g_gy: Voltage { ev_soc_g_gy: Voltage {
data: data_in[OffsetsEeprom::EV_soc_g_gy], data: data_in[OffsetsEeprom::EV_SOC_G_GY],
}, },
EV_soc_gy_y: Voltage { ev_soc_gy_y: Voltage {
data: data_in[OffsetsEeprom::EV_soc_gy_y], data: data_in[OffsetsEeprom::EV_SOC_GY_Y],
}, },
EV_soc_y_yr: Voltage { ev_soc_y_yr: Voltage {
data: data_in[OffsetsEeprom::EV_soc_y_yr], data: data_in[OffsetsEeprom::EV_SOC_Y_YR],
}, },
EV_soc_yr_r: Voltage { ev_soc_yr_r: Voltage {
data: data_in[OffsetsEeprom::EV_soc_yr_r], data: data_in[OffsetsEeprom::EV_SOC_YR_R],
}, },
Emodbus_id: Raw { emodbus_id: Raw {
data: data_in[OffsetsEeprom::Emodbus_id], data: data_in[OffsetsEeprom::EMODBUS_ID],
}, },
Emeterbus_id: Raw { emeterbus_id: Raw {
data: data_in[OffsetsEeprom::Emeterbus_id], data: data_in[OffsetsEeprom::EMETERBUS_ID],
}, },
EIb_lim: Current { eib_lim: Current {
data: data_in[OffsetsEeprom::EIb_lim], data: data_in[OffsetsEeprom::EIB_LIM],
}, },
EVa_ref_fixed_init: Voltage { eva_ref_fixed_init: Voltage {
data: data_in[OffsetsEeprom::EVa_ref_fixed_init], data: data_in[OffsetsEeprom::EVA_REF_FIXED_INIT],
}, },
EVa_ref_fixed_pct_init: VoltagePercentage { eva_ref_fixed_pct_init: VoltagePercentage {
data: data_in[OffsetsEeprom::EVa_ref_fixed_pct_init], data: data_in[OffsetsEeprom::EVA_REF_FIXED_PCT_INIT],
}, },
}; };
println!("eeprom: {:#?}", eeprom_data); println!("eeprom: {:#?}", eeprom_data);
let value = 50.; let value = 50.;
let value_scaled = ((value / info.v_scale) / f32::powf(2., -15.)) as u16; let _value_scaled = ((value / info.v_scale) / f32::powf(2., -15.)) as u16;
// modbus // modbus
// .write_register(EEPROM_BEGIN as u16 + OffsetsEeprom::EV_soc_g_gy as u16, value_scaled) // .write_register(EEPROM_BEGIN as u16 + OffsetsEeprom::EV_soc_g_gy as u16, value_scaled)
// .expect("could not set value"); // .expect("could not set value");

54
src/offsets.rs
View file

@ -76,31 +76,31 @@ impl OffsetsRam {
pub struct OffsetsEeprom {} pub struct OffsetsEeprom {}
impl OffsetsEeprom { impl OffsetsEeprom {
pub const EV_absorp: usize = 0x0000; pub const EV_ABSORP: usize = 0x0000;
pub const EV_float: usize = 0x0001; pub const EV_FLOAT: usize = 0x0001;
pub const Et_absorp: usize = 0x0002; pub const ET_ABSORP: usize = 0x0002;
pub const Et_absorp_ext: usize = 0x0003; pub const ET_ABSORP_EXT: usize = 0x0003;
pub const EV_absorp_ext: usize = 0x0004; pub const EV_ABSORP_EXT: usize = 0x0004;
pub const EV_float_cancel: usize = 0x0005; pub const EV_FLOAT_CANCEL: usize = 0x0005;
pub const Et_float_exit_cum: usize = 0x0006; pub const ET_FLOAT_EXIT_CUM: usize = 0x0006;
pub const EV_eq: usize = 0x0007; pub const EV_EQ: usize = 0x0007;
pub const Et_eqcalendar: usize = 0x0008; pub const ET_EQCALENDAR: usize = 0x0008;
pub const Et_eq_above: usize = 0x0009; pub const ET_EQ_ABOVE: usize = 0x0009;
pub const Et_eq_reg: usize = 0x000A; pub const ET_EQ_REG: usize = 0x000A;
pub const Et_batt_service: usize = 0x000B; pub const ET_BATT_SERVICE: usize = 0x000B;
pub const EV_tempcomp: usize = 0x000D; pub const EV_TEMPCOMP: usize = 0x000D;
pub const EV_hvd: usize = 0x000E; pub const EV_HVD: usize = 0x000E;
pub const EV_hvr: usize = 0x000F; pub const EV_HVR: usize = 0x000F;
pub const Evb_ref_lim: usize = 0x0010; pub const EVB_REF_LIM: usize = 0x0010;
pub const ETb_max: usize = 0x0011; pub const ETB_MAX: usize = 0x0011;
pub const ETb_min: usize = 0x0012; pub const ETB_MIN: usize = 0x0012;
pub const EV_soc_g_gy: usize = 0x0015; pub const EV_SOC_G_GY: usize = 0x0015;
pub const EV_soc_gy_y: usize = 0x0016; pub const EV_SOC_GY_Y: usize = 0x0016;
pub const EV_soc_y_yr: usize = 0x0017; pub const EV_SOC_Y_YR: usize = 0x0017;
pub const EV_soc_yr_r: usize = 0x0018; pub const EV_SOC_YR_R: usize = 0x0018;
pub const Emodbus_id: usize = 0x0019; pub const EMODBUS_ID: usize = 0x0019;
pub const Emeterbus_id: usize = 0x001A; pub const EMETERBUS_ID: usize = 0x001A;
pub const EIb_lim: usize = 0x001D; pub const EIB_LIM: usize = 0x001D;
pub const EVa_ref_fixed_init: usize = 0x0020; pub const EVA_REF_FIXED_INIT: usize = 0x0020;
pub const EVa_ref_fixed_pct_init: usize = 0x0021; pub const EVA_REF_FIXED_PCT_INIT: usize = 0x0021;
} }