/**
 ******************************************************************************
 * @copyright Copyright (C), 2016-2022, ConvenientPower. Co., Ltd.
 * @file    comp_config.h
 * @version 1.0
 * @author  qing.cheng
 * @date    2022-10-24
 * @brief   Header file of COMP_CONFIG_H module.
 ******************************************************************************
 */
#ifndef _COMP_CONFIG_H_
#define _COMP_CONFIG_H_


#include "core_comm.h"
#include "drv_comm.h"
#include "comp_uart.h"
#include "comp_clock.h"
#define TRUE				1
#define FALSE				0
#define SYSTICK_CLOCK   6000000
#define UART_BAUD_RATE  256000



/*************VOLTAGE************************************/
#define VOLTAGE_DEFAULT 5000
#define CURRENT_DEFAULT 3300

#define VOLTAGE_0P1V    100
#define VOLTAGE_0P2V    200
#define VOLTAGE_0P3V    300
#define VOLTAGE_0P24V   240
#define VOLTAGE_0P4V    400
#define VOLTAGE_0P5V    500
#define VOLTAGE_0P6V    600
#define VOLTAGE_1V      1000
#define VOLTAGE_2V      2000
#define VOLTAGE_3V      3000
#define VOLTAGE_3P1V    3100
#define VOLTAGE_3P2V    3200
#define VOLTAGE_3P3V    3300
#define VOLTAGE_3P4V    3400
#define VOLTAGE_3P8V    3800
#define VOLTAGE_4V      4000
#define VOLTAGE_4P2V    4200
#define VOLTAGE_4P5V    4500
#define VOLTAGE_5V      5000
#define VOLTAGE_5P1V    5100
#define VOLTAGE_5P2V    5200
#define VOLTAGE_5P3V    5300
#define VOLTAGE_5P25V   5250
#define VOLTAGE_5P5V    5500
#define VOLTAGE_5P9V    5900
#define VOLTAGE_6V		6000
#define VOLTAGE_7V		7000
#define VOLTAGE_8V		8000
#define VOLTAGE_9V      9000
#define VOLTAGE_10V		10000
#define VOLTAGE_10P5V	10500
#define VOLTAGE_11V		11000
#define VOLTAGE_12V     12000
#define VOLTAGE_13V		13000
#define VOLTAGE_14V     14000
#define VOLTAGE_15V		15000
#define VOLTAGE_16V		16000
#define VOLTAGE_17V		17000
#define VOLTAGE_18V		18000
#define VOLTAGE_20V     20000
#define VOLTAGE_20P5V   20500
#define VOLTAGE_21V     21000
#define VOLTAGE_24V     24000
#define VOLTAGE_28V     28000

/**************CUR DEFINE **********************/
#define CURRENT_0P1A   100
#define CURRENT_0P15A 150
#define CURRENT_0P2A	200
#define CURRENT_0P25A	250
#define CURRENT_0P3A	300
#define CURRENT_0P35A	350
#define CURRENT_0P5A	500
#define CURRENT_0P6A    600
#define CURRENT_0P7A    700
#define CURRENT_0P75A   750
#define CURRENT_0P8A	800
#define CURRENT_1A		1000
#define CURRENT_1P2A    1200
#define CURRENT_1P25A   1250
#define CURRENT_1P5A    1500
#define CURRENT_1P65A   1650
#define CURRENT_1P7A    1700
#define CURRENT_1P75A   1750
#define CURRENT_1P8A   1800
#define CURRENT_2A		2000

#define CURRENT_2P2A	2200
#define CURRENT_2P25A	2250
#define CURRENT_2P3A  2300
#define CURRENT_2P33A 2330

#define CURRENT_2P35A   2350
#define CURRENT_2P4A	2400
#define CURRENT_2P45A   2450
#define CURRENT_2P5A    2500
#define CURRENT_2P55A    2550
#define CURRENT_2P6A    2600
#define CURRENT_2P7A	2700
#define CURRENT_2P75A	2750
#define CURRENT_2P8A	2800
#define CURRENT_2P85A	2850
#define CURRENT_2P9A  2900

#define CURRENT_3P2A	3200

#define CURRENT_3A		3000
#define CURRENT_3P2A	3200
#define CURRENT_3P25A	3250
#define CURRENT_3P3A	3300
#define CURRENT_3P35A	3350
#define CURRENT_3P45A	3450
#define CURRENT_3P5A	3500
#define CURRENT_3P8A	3800
#define CURRENT_4A		4000
#define CURRENT_4P2A	4200
#define CURRENT_4P25A	4250
#define CURRENT_4P35A	4350
#define CURRENT_4P4A    4400
#define CURRENT_4P5A    4500
#define CURRENT_4P6A    4600
#define CURRENT_5A      5000
#define CURRENT_5P2A    5200
#define CURRENT_5P3A    5300
#define CURRENT_5P5A    5500
#define CURRENT_6A      6000
#define CURRENT_6P2A	6200
#define CURRENT_6P35A   6350
#define CURRENT_6P5A    6500
#define CURRENT_6P6A    6600
#define CURRENT_6P8A    6800
#define CURRENT_6P95A   6950
#define CURRENT_7A      7000
#define CURRENT_7P15A   7150
#define CURRENT_8A      8000
#define CURRENT_9A      9000
#define CURRENT_10A     10000

/********delay timer*************/
#define DELAY_1MS 1
#define DELAY_2MS 2
#define DELAY_3MS 3
#define DELAY_4MS  4
#define DELAY_5MS  5
#define DELAY_6MS  6
#define DELAY_7MS  7
#define DELAY_10MS  10
#define DELAY_20MS  20
#define DELAY_30MS  30
#define DELAY_38MS  38
#define DELAY_50MS  50
#define DELAY_60MS  60
#define DELAY_70MS  70
#define DELAY_100MS 100
#define DELAY_130MS 130
#define DELAY_150MS 150
#define DELAY_200MS 200
#define DELAY_220MS 220
#define DELAY_250MS 250
#define DELAY_300MS 300
#define DELAY_500MS 500
#define DELAY_600MS 600
#define DELAY_610MS 610
#define DELAY_650MS 650
#define DELAY_700MS 700
#define DELAY_950MS 950
#define DELAY_0S    0
#define DELAY_1S    1000
#define DELAY_1050MS 1050
#define DELAY_1P5S 1500
#define DELAY_3S 3000
#define DELAY_5S 5000
#define DELAY_10S 10000
#define DELAY_5500MS 5500
#define DELAY_2M 120000
#define DELAY_10M 600000


#define PWR_IDLE_TIMER      5000


#define REG_ADDR_WRD(x)\
        (*((uint32_t *)(x)))


#define RD_REG_WORD(x)\
        (*((uint32_t *)(x)))


#define WR_REG_WORD(x,y)\
        ((*(uint32_t *)(x)) = y)



#define SCALE_COEFF1024_CALC(x,y)\
        (((x) * (y)) >> 10)


#define SCALE_COEFF2048_CALC(x,y)\
        (((x) * (y)) >> 11)


#define ARRY_LEN(x)\
        (sizeof(x) / sizeof(x[0]))


#endif
/*********************************************/