529 	int				fcc;  member
1181 	battery->rsoc = capacity * 1000 * 100 / DIV(battery->fcc);  in rk817_bat_init_coulomb_cap()
1241 static void rk817_bat_save_fcc(struct rk817_battery_device *battery, int  fcc)  in rk817_bat_save_fcc()  argument
1245 	buf = (fcc >> 16) & 0xff;  in rk817_bat_save_fcc()
1247 	buf = (fcc >> 8) & 0xff;  in rk817_bat_save_fcc()
1249 	buf = (fcc >> 0) & 0xff;  in rk817_bat_save_fcc()
1255 	u32 fcc = 0;  in rk817_bat_get_fcc()  local
1257 	fcc |= rk817_bat_field_read(battery, NEW_FCC_REG2) << 16;  in rk817_bat_get_fcc()
1258 	fcc |= rk817_bat_field_read(battery, NEW_FCC_REG1) << 8;  in rk817_bat_get_fcc()
1259 	fcc |= rk817_bat_field_read(battery, NEW_FCC_REG0) << 0;  in rk817_bat_get_fcc()
1261 	if (fcc < MIN_FCC) {  in rk817_bat_get_fcc()
1262 		DBG("invalid fcc(%d), use design cap", fcc);  in rk817_bat_get_fcc()
1263 		fcc = battery->pdata->design_capacity;  in rk817_bat_get_fcc()
1264 		rk817_bat_save_fcc(battery, fcc);  in rk817_bat_get_fcc()
1265 	} else if (fcc > battery->pdata->design_qmax) {  in rk817_bat_get_fcc()
1266 		DBG("invalid fcc(%d), use qmax", fcc);  in rk817_bat_get_fcc()
1267 		fcc = battery->pdata->design_qmax;  in rk817_bat_get_fcc()
1268 		rk817_bat_save_fcc(battery, fcc);  in rk817_bat_get_fcc()
1271 	return fcc;  in rk817_bat_get_fcc()
1280 	return remain_cap * 100 / DIV(battery->fcc);  in rk817_bat_get_rsoc()
1316 	capacity = ab_div_c(temp, battery->fcc, MAX_INTERPOLATE);  in rk817_bat_vol_to_cap()
1503 	if (abs(now_cap - pre_cap) > (battery->fcc / 10)) {  in is_rk817_bat_last_halt()
1601 	battery->fcc	= battery->pdata->design_capacity;  in rk817_bat_first_pwron()
1605 	rk817_bat_save_fcc(battery, battery->fcc);  in rk817_bat_first_pwron()
1607 	    __func__, battery->rsoc, battery->dsoc, battery->fcc, battery->nac);  in rk817_bat_first_pwron()
1614 	battery->fcc = rk817_bat_get_fcc(battery);  in rk817_bat_not_first_pwron()
1746 	DBG("rsoc%d, fcc = %d\n", battery->rsoc, battery->fcc);  in rk817_bat_init_fg()
2242 	    battery->remain_cap, battery->fcc);  in rk817_bat_power_supply_changed()
2320 	if (battery->remain_cap / 1000 > battery->fcc) {  in rk817_bat_update_info()
2323 		battery->sm_remain_cap = battery->fcc * 1000;  in rk817_bat_update_info()
2326 		DBG("fcc: %d\n", battery->fcc);  in rk817_bat_update_info()
2327 		rk817_bat_init_coulomb_cap(battery, battery->fcc + 100);  in rk817_bat_update_info()
2328 		rk817_bat_init_coulomb_cap(battery, battery->fcc);  in rk817_bat_update_info()
2437 	ydsoc = battery->sm_linek * abs(delta_cap / 10) / DIV(battery->fcc);  in rk817_bat_smooth_algorithm()
2439 	DBG("smooth: ydsoc = %d, fcc = %d\n", ydsoc, battery->fcc);  in rk817_bat_smooth_algorithm()
2703 	delta_soc = battery->zero_linek * delta_cap / DIV(battery->fcc) / 10;  in rk817_bat_zero_algorithm()
2744 	    (battery->zero_batocv_to_cap > battery->fcc / 100)) {  in rk817_bat_zero_algorithm()
2758 	if ((battery->remain_cap != battery->fcc) &&  in rk817_bat_finish_algorithm()
2761 			(battery->fcc * 1000 - battery->remain_cap);  in rk817_bat_finish_algorithm()
2762 		rk817_bat_init_coulomb_cap(battery, battery->fcc);  in rk817_bat_finish_algorithm()
2775 		soc_sec = battery->fcc * 3600 / 100 / DIV(finish_current);  in rk817_bat_finish_algorithm()
2861 	DBG("info: FCC = %d\n", battery->fcc);  in rk817_bat_output_info()
3263 		sleep_soc = battery->sleep_sum_cap * 100 / DIV(battery->fcc);  in rk817_bat_sleep_dischrg()
3290 		sleep_soc = battery->sleep_sum_cap / DIV(battery->fcc / 100);  in rk817_bat_sleep_dischrg()