为什么我在fg_rk817.c中添加以下函数，会导致rsoc清零，并且每次充电就会清零，如何避免这种情况，我只需要在判断条件成立的情况下，更新dsoc的值，因为我的dsoc偶尔会卡在90以下，导致我的电量充不满
/*电池测试*/
/*
static void rk817_bat_battery_check(struct rk817_battery_device *battery)
{
int vol, is_charge, pre_cap, now_cap;
vol = rk817_bat_get_battery_voltage(battery);
pre_cap = rk817_bat_get_prev_cap(battery);
now_cap = rk817_bat_get_capacity_mah(battery);
if (now_cap > pre_cap) {
is_charge = 1;
} else {
is_charge = 0;
}
if(is_charge){
if(battery->dsoc<90000 && vol >= 4100){
int new_soc = rk817_bat_get_rsoc(battery);
battery->dsoc = new_soc;
rk817_bat_save_dsoc(battery, battery->dsoc);
}
//}
}
}
初始化代码如下
static int rk817_fg_init(struct rk817_battery_device *battery)
{
int value;
value = rk817_bat_read(battery, GG_CON);
rk817_bat_write(battery, GG_CON, value | VOL_OUPUT_INSTANT_MODE);
if (battery->variant == RK817_ID) {
value = rk817_bat_read(battery, BAT_DISCHRG);
rk817_bat_write(battery, BAT_DISCHRG, value & (~DIS_ILIM_EN));
}
rk817_bat_gas_gaugle_enable(battery);
rk817_bat_init_voltage_kb(battery);
rk817_bat_calibration(battery);
rk817_bat_rsoc_init(battery);
rk817_bat_battery_check(battery);
rk817_bat_init_coulomb_cap(battery, battery->nac);
rk817_bat_set_initialized_flag(battery);
battery->voltage_avg = rk817_bat_get_battery_voltage(battery);
battery->voltage_sys = rk817_bat_get_sys_voltage(battery);
battery->voltage_usb = rk817_bat_get_USB_voltage(battery);
battery->current_avg = rk817_bat_get_avg_current(battery);
battery->current_pwron = rk817_bat_get_pwron_current(battery);
battery->remain_cap = rk817_bat_get_capacity_uah(battery);
battery->rsoc = rk817_bat_get_rsoc(battery);
battery->sm_linek = rk817_bat_calc_linek(battery);
battery->chrg_type = rk817_bat_get_charger_type(battery);
battery->finish_chrg_base = get_timer(0);
battery->term_sig_base = get_timer(0);
battery->dbg_pwr_dsoc = battery->dsoc;
battery->dbg_pwr_rsoc = battery->rsoc;
battery->dbg_pwr_vol = battery->voltage_avg;
if (battery->variant == RK817_ID)
rk817_bat_charger_setting(battery, battery->chrg_type);
DBG("voltage_k = %d, voltage_b = %d\n",
battery->voltage_k, battery->voltage_b);
DBG("voltage_sys = %d\n", battery->voltage_sys);
DBG("voltage usb: %d\n", battery->voltage_avg);
DBG("battery: %d\n", battery->voltage_avg);
DBG("current_avg = %d\n", battery->current_avg);
DBG("current_pwron = %d\n", battery->current_pwron);
DBG("remain_cap = %d\n", battery->remain_cap);
DBG("fcc = %d\n", battery->fcc);
DBG("qmax = %d\n", battery->qmax);
DBG("dsoc = %d\n", battery->dsoc);
DBG("rsoc = %d\n", battery->rsoc);
DBG("charge type: %d\n", battery->chrg_type);
return 0;
}
【以下回答由 GPT 生成】
针对你的问题，我会做出以下回答和建议：
首先，通过对你给出的代码进行分析，我发现在rk817_fg_init函数中调用了rk817_bat_battery_check函数，而在rk817_bat_battery_check函数中更新了battery->dsoc的值。这就解释了为什么每次充电后rsoc都会被清零。
要解决这个问题，你可以尝试以下操作：
rk817_bat_battery_check函数的调用从rk817_fg_init函数中移除。这样就不会在初始化时更新battery->dsoc的值。dsoc值的特定条件下，手动调用rk817_bat_battery_check函数，而不是在初始化代码中调用。你可以根据你的需求将其放在合适的位置。下面是代码示例：
static int rk817_fg_init(struct rk817_battery_device *battery)
{
int value;
value = rk817_bat_read(battery, GG_CON);
rk817_bat_write(battery, GG_CON, value | VOL_OUPUT_INSTANT_MODE);
if (battery->variant == RK817_ID) {
value = rk817_bat_read(battery, BAT_DISCHRG);
rk817_bat_write(battery, BAT_DISCHRG, value & (~DIS_ILIM_EN));
}
rk817_bat_gas_gaugle_enable(battery);
rk817_bat_init_voltage_kb(battery);
rk817_bat_calibration(battery);
rk817_bat_rsoc_init(battery);
rk817_bat_init_coulomb_cap(battery, battery->nac);
rk817_bat_set_initialized_flag(battery);
battery->voltage_avg = rk817_bat_get_battery_voltage(battery);
battery->voltage_sys = rk817_bat_get_sys_voltage(battery);
battery->voltage_usb = rk817_bat_get_USB_voltage(battery);
battery->current_avg = rk817_bat_get_avg_current(battery);
battery->current_pwron = rk817_bat_get_pwron_current(battery);
battery->remain_cap = rk817_bat_get_capacity_uah(battery);
battery->rsoc = rk817_bat_get_rsoc(battery);
battery->sm_linek = rk817_bat_calc_linek(battery);
battery->chrg_type = rk817_bat_get_charger_type(battery);
battery->finish_chrg_base = get_timer(0);
battery->term_sig_base = get_timer(0);
battery->dbg_pwr_dsoc = battery->dsoc;
// 在需要更新dsoc值的条件下手动调用rk817_bat_battery_check函数
if (condition) {
rk817_bat_battery_check(battery);
}
// ...
}
你需要根据你的具体需求来确定在什么条件下调用rk817_bat_battery_check函数。这样，你就可以避免在每次充电后清零rsoc的问题。
希望这个解决方案能帮助到你。如果你有任何进一步的问题，请随时提问。
引用 皆我百晓生 小程序回复内容作答：
根据你提供的代码，可以看出在rk817_fg_init()函数中，每次初始化电池时都会执行rk817_bat_battery_check()函数。而在rk817_bat_battery_check()函数中，当电池处于充电状态且电量小于90000时会更新dsoc的值并保存到存储器中。
这导致了每次充电时都会更新dsoc值并保存到存储器中，即每次充电都会导致电量清零的情况。
要避免这种情况，你可以考虑将rk817_bat_battery_check()函数的调用放在需要更新dsoc值的地方，而不是在每次初始化电池时都调用。只有当判断条件成立时，才调用该函数更新dsoc值。这样就可以避免每次充电都会清零的问题。
以下是修改建议：
修改代码示例：
/*电池测试*/
static void rk817_bat_battery_check(struct rk817_battery_device *battery)
{
int vol, is_charge;
vol = rk817_bat_get_battery_voltage(battery);
if (is_charge) {
if (battery->dsoc < 90000 && vol >= 4100) {
int new_soc = rk817_bat_get_rsoc(battery);
battery->dsoc = new_soc;
rk817_bat_save_dsoc(battery, battery->dsoc);
}
}
}
static int rk817_fg_init(struct rk817_battery_device *battery)
{
int value;
value = rk817_bat_read(battery, GG_CON);
rk817_bat_write(battery, GG_CON, value | VOL_OUPUT_INSTANT_MODE);
if (battery->variant == RK817_ID) {
value = rk817_bat_read(battery, BAT_DISCHRG);
rk817_bat_write(battery, BAT_DISCHRG, value & (~DIS_ILIM_EN));
}
rk817_bat_gas_gaugle_enable(battery);
rk817_bat_init_voltage_kb(battery);
rk817_bat_calibration(battery);
rk817_bat_rsoc_init(battery);
rk817_bat_init_coulomb_cap(battery, battery->nac);
rk817_bat_set_initialized_flag(battery);
battery->voltage_avg = rk817_bat_get_battery_voltage(battery);
battery->voltage_sys = rk817_bat_get_sys_voltage(battery);
battery->voltage_usb = rk817_bat_get_USB_voltage(battery);
battery->current_avg = rk817_bat_get_avg_current(battery);
battery->current_pwron = rk817_bat_get_pwron_current(battery);
battery->remain_cap = rk817_bat_get_capacity_uah(battery);
battery->rsoc = rk817_bat_get_rsoc(battery);
battery->sm_linek = rk817_bat_calc_linek(battery);
battery->chrg_type = rk817_bat_get_charger_type(battery);
battery->finish_chrg_base = get_timer(0);
battery->term_sig_base = get_timer(0);
battery->dbg_pwr_dsoc = battery->dsoc;
battery->dbg_pwr_rsoc = battery->rsoc;
battery->dbg_pwr_vol = battery->voltage_avg;
if (battery->variant == RK817_ID)
rk817_bat_charger_setting(battery, battery->chrg_type);
DBG("voltage_k = %d, voltage_b = %d\n",
battery->voltage_k, battery->voltage_b);
DBG("voltage_sys = %d\n", battery->voltage_sys);
DBG("voltage usb: %d\n", battery->voltage_avg);
DBG("battery: %d\n", battery->voltage_avg);
DBG("current_avg = %d\n", battery->current_avg);
DBG("current_pwron = %d\n", battery->current_pwron);
DBG("remain_cap = %d\n", battery->remain_cap);
DBG("fcc = %d\n", battery->fcc);
DBG("qmax = %d\n", battery->qmax);
DBG("dsoc = %d\n", battery->dsoc);
DBG("rsoc = %d\n", battery->rsoc);
DBG("charge type: %d\n", battery->chrg_type);
// 调用rk817_bat_battery_check()函数并更新dsoc值
int vol = rk817_bat_get_battery_voltage(battery);
if (battery->dsoc < 90000 && vol >= 4100) {
rk817_bat_battery_check(battery);
}
return 0;
}
通过以上修改，你可以在需要更新dsoc值的条件下调用rk817_bat_battery_check()函数，并避免每次充电都会清零的情况。请根据你的需求和代码逻辑进行相应的调整。