electromagnetic(ELE)

method

ele_Init(void)

Electromagnetic sensor sampling initialization

Return value	type
none	void

Get_Adc_ele(u8 ch)

AD sampling

parameter	type	Annotation
ch	u8	ADC channel

Return value	type
AD conversion result	u16

getEleData(void)

Get sensor data

Return value	type
无	void

guiyi_way(void)

The obtained data is based on one algorithm

Return value	type
Currently in the position of the magnetic field	int

deal_getdata(int a)

Processed the obtained data

parameter	type	Annotation
a	int	The value to be processed

Return value	type
Treatment value	int

EleDataDeal(void)

Data display on the screen

Return value	type
noneone	void

Macro definition	value	Annotation
ELE_L1_Clk	RCC_APB2Periph_GPIOC	The clock of the left sensor 1 of the left sensor 1
ELE_L1_Pin	GPIO_Pin_0	GPIO pin of the left sensor 1
ELE_L1_Port	GPIOC	GPIO port on the left sensor 1
ELE_L2_Clk	RCC_APB2Periph_GPIOC	The clock of the left sensor 2
ELE_L2_Pin	GPIO_Pin_1	GPIO pin on the left sensor 2
ELE_L2_Port	GPIOC	GPIO port on the left sensor 2
ELE_L3_Clk	RCC_APB2Periph_GPIOC	The clock of the sensor 3 on the left
ELE_L3_Pin	GPIO_Pin_2	GPIO pin on the left sensor 3
ELE_L3_Port	GPIOC	GPIO port on the left sensor 3
ELE_MID_Clk	RCC_APB2Periph_GPIOC	The clock of the middle sensor
ELE_MID_Pin	GPIO_Pin_3	GPIO pin of the middle sensor
ELE_MID_Port	GPIOC	GPIO port of the middle sensor
ELE_R1_Clk	RCC_APB2Periph_GPIOC	The clock of the right sensor 1
ELE_R1_Pin	GPIO_Pin_4	GPIO pin of the right sensor 1
ELE_R1_Port	GPIOC	GPIO port of the right sensor 1
ELE_R2_Clk	RCC_APB2Periph_GPIOC	The clock of the right sensor 2
ELE_R2_Pin	GPIO_Pin_5	GPIO pin of the right sensor 2
ELE_R2_Port	GPIOC	GPIO port on the right sensor 2
ELE_R3_Clk	RCC_APB2Periph_GPIOB	The clock of the right sensor 3
ELE_R3_Pin	GPIO_Pin_0	GPIO pin of the right sensor 3
ELE_R3_Port	GPIOB	GPIO port on the right sensor 3
ELE_ADC	ADC2	ADC used
ELE_ADC_CLK	RCC_APB2Periph_ADC2	ADC clock
ELE_L1_CH	ADC_Channel_10	ADC channel on the left sensor 1
ELE_L2_CH	ADC_Channel_11	ADC channel on the left sensor 2
ELE_L3_CH	ADC_Channel_12	ADC channel on the left sensor 3
ELE_M1_CH	ADC_Channel_13	ADC channel of the middle sensor
ELE_R1_CH	ADC_Channel_14	ADC channel of the right sensor 1
ELE_R2_CH	ADC_Channel_15	ADC channel of the right sensor 2
ELE_R3_CH	ADC_Channel_8	ADC channel of the right sensor 3

Global variable	type	Annotation
ele_seat	int	The variables after algorithm processing
Sensor_Left_1	int	The value of the sensor 1 on the left
Sensor_Left_2	int	The value of the sensor 2 on the left
Sensor_Left_3	int	The value of the sensor 3 on the left
Sensor_Right_1	int	The value of the right sensor 1
Sensor_Right_2	int	The value of the right sensor 2
Sensor_Right_3	int	The value of the right sensor 3
Sensor_Middle	int	The value of the middle sensor