Code to run on the charger board (used to charge the car from the mains).

Dependencies:   mbed CUER_CAN

Revision:
5:756fae795d37
Parent:
4:f6459580c312
Child:
7:70cf5bff23f9
--- a/CANParserCharger.h	Thu Jul 27 21:21:32 2017 +0000
+++ b/CANParserCharger.h	Sun Jul 30 22:59:37 2017 +0000
@@ -3,10 +3,11 @@
 
 #include "CAN_Data.h"
 #include "CAN_IDs.h"
+#include "charger.h"
 
 
 
-#define CHARGER_CAN_BIT_RATE 250000 //note this is different to the car CAN bit rate
+#define CHARGER_CAN_BIT_RATE 250000 //note this is different to the car CAN bit rate, this is fixed by the charger
 #define CHARGER_VI_CONTROL_ID  0x1806E5F4
 #define CHARGER_VI_INFO_ID  0x18FF50E5
 
@@ -16,10 +17,11 @@
 
 //@TODO add some comments
 
-void get_charger_control_info(CANMessage msg, float &_voltage_error, float &_temp_margin, float &_discharge_error, float &_pack_capacity);
 void get_max_min_voltage(CANMessage msg, float &_min_cell_voltage, float &_max_cell_voltage);
 void get_battery_status(CANMessage msg, bool &error);
 void get_charger_VI_info(CANMessage msg, float &_charger_voltage, float &_charger_current, uint8_t &_charger_status);
+void check_precharge_status (CANMessage msg, bool &_precharge_ready);
+
 CANMessage generate_charger_control_msg(float _desired_voltage, float _desired_current, uint8_t _charger_control);
 CANMessage generate_charger_info_msg(float _charger_voltage, float _charger_current, uint8_t _charger_status);
 CANMessage generate_charging_finished_msg(); //When this packet is received by the BMU, it causes the BMU to reset its SoC value to 100%