WakeUp_IKS01A2 - Example of wake up detection for LSM6DSL in X-NUC…

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Example of wake up detection for LSM6DSL in X-NUCLEO-IKS01A2

Fork of WakeUp_IKS01A2 by ST Expansion SW Team

Wake up Demo Application based on sensor expansion board X-NUCLEO-IKS01A2

Main function is to show how to detect the wake up event using the sensor expansion board and send a notification using UART to a connected PC or Desktop and display it on terminal applications like TeraTerm.
After connection has been established:
- the user can try to shake the board and then view the notification using an hyper terminal. When the wake up event is detected, the LED is switched on for a while.
- the user button can be used to enable/disable the wake up detection feature.

X_NUCLEO_IKS01A2/Components/LPS22HBSensor/LPS22HB_Driver.h@2:7ad7571557a5, 2016-08-19 (annotated)

Committer:: cparata
Date:: Fri Aug 19 12:35:45 2016 +0000
Revision:: 2:7ad7571557a5
Parent:: 0:e7e920b85676

Add interfaces to all components

Who changed what in which revision?

User	Revision	Line number	New contents of line
cparata	0:e7e920b85676	1	/**
cparata	0:e7e920b85676	2	******************************************************************************
cparata	0:e7e920b85676	3	* @file LPS22HB_Driver.h
cparata	0:e7e920b85676	4	* @author HESA Application Team
cparata	0:e7e920b85676	5	* @version V1.1
cparata	0:e7e920b85676	6	* @date 10-August-2016
cparata	0:e7e920b85676	7	* @brief LPS22HB driver header file
cparata	0:e7e920b85676	8	******************************************************************************
cparata	0:e7e920b85676	9	* @attention
cparata	0:e7e920b85676	10	*
cparata	0:e7e920b85676	11	* <h2><center>© COPYRIGHT(c) 2016 STMicroelectronics</center></h2>
cparata	0:e7e920b85676	12	*
cparata	0:e7e920b85676	13	* Redistribution and use in source and binary forms, with or without modification,
cparata	0:e7e920b85676	14	* are permitted provided that the following conditions are met:
cparata	0:e7e920b85676	15	* 1. Redistributions of source code must retain the above copyright notice,
cparata	0:e7e920b85676	16	* this list of conditions and the following disclaimer.
cparata	0:e7e920b85676	17	* 2. Redistributions in binary form must reproduce the above copyright notice,
cparata	0:e7e920b85676	18	* this list of conditions and the following disclaimer in the documentation
cparata	0:e7e920b85676	19	* and/or other materials provided with the distribution.
cparata	0:e7e920b85676	20	* 3. Neither the name of STMicroelectronics nor the names of its contributors
cparata	0:e7e920b85676	21	* may be used to endorse or promote products derived from this software
cparata	0:e7e920b85676	22	* without specific prior written permission.
cparata	0:e7e920b85676	23	*
cparata	0:e7e920b85676	24	* THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS"
cparata	0:e7e920b85676	25	* AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE
cparata	0:e7e920b85676	26	* IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE
cparata	0:e7e920b85676	27	* DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE
cparata	0:e7e920b85676	28	* FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL
cparata	0:e7e920b85676	29	* DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR
cparata	0:e7e920b85676	30	* SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER
cparata	0:e7e920b85676	31	* CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY,
cparata	0:e7e920b85676	32	* OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE
cparata	0:e7e920b85676	33	* OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
cparata	0:e7e920b85676	34	*
cparata	0:e7e920b85676	35	******************************************************************************
cparata	0:e7e920b85676	36	*/
cparata	0:e7e920b85676	37
cparata	0:e7e920b85676	38	/* Define to prevent recursive inclusion -------------------------------------*/
cparata	0:e7e920b85676	39	#ifndef __LPS22HB_DRIVER__H
cparata	0:e7e920b85676	40	#define __LPS22HB_DRIVER__H
cparata	0:e7e920b85676	41
cparata	0:e7e920b85676	42	#include <stdint.h>
cparata	0:e7e920b85676	43
cparata	0:e7e920b85676	44	#ifdef __cplusplus
cparata	0:e7e920b85676	45	extern "C" {
cparata	0:e7e920b85676	46	#endif
cparata	0:e7e920b85676	47
cparata	0:e7e920b85676	48	// the user must include the proper file where HAL_ReadReg and HAL_WriteReg are implemented
cparata	0:e7e920b85676	49	//#include "HAL_EnvSensors.h"
cparata	0:e7e920b85676	50
cparata	0:e7e920b85676	51	/* Uncomment the line below to expanse the "assert_param" macro in the drivers code */
cparata	0:e7e920b85676	52	//#define USE_FULL_ASSERT_LPS22HB
cparata	0:e7e920b85676	53
cparata	0:e7e920b85676	54	/* Exported macro ------------------------------------------------------------*/
cparata	0:e7e920b85676	55	#ifdef USE_FULL_ASSERT_LPS22HB
cparata	0:e7e920b85676	56
cparata	0:e7e920b85676	57	/**
cparata	0:e7e920b85676	58	* @brief The assert_param macro is used for function's parameters check.
cparata	0:e7e920b85676	59	* @param expr: If expr is false, it calls assert_failed function which reports
cparata	0:e7e920b85676	60	* the name of the source file and the source line number of the call
cparata	0:e7e920b85676	61	* that failed. If expr is true, it returns no value.
cparata	0:e7e920b85676	62	* @retval None
cparata	0:e7e920b85676	63	*/
cparata	0:e7e920b85676	64	#define LPS22HB_assert_param(expr) ((expr) ? (void)0 : LPS22HB_assert_failed((uint8_t *)__FILE__, __LINE__))
cparata	0:e7e920b85676	65	/* Exported functions ------------------------------------------------------- */
cparata	0:e7e920b85676	66	void LPS22HB_assert_failed(uint8_t* file, uint32_t line);
cparata	0:e7e920b85676	67	#else
cparata	0:e7e920b85676	68	#define LPS22HB_assert_param(expr) ((void)0)
cparata	0:e7e920b85676	69	#endif /* USE_FULL_ASSERT_LPS22HB */
cparata	0:e7e920b85676	70
cparata	0:e7e920b85676	71	/** @addtogroup Environmental_Sensor
cparata	0:e7e920b85676	72	* @{
cparata	0:e7e920b85676	73	*/
cparata	0:e7e920b85676	74
cparata	0:e7e920b85676	75	/** @addtogroup LPS22HB_DRIVER
cparata	0:e7e920b85676	76	* @{
cparata	0:e7e920b85676	77	*/
cparata	0:e7e920b85676	78
cparata	0:e7e920b85676	79	/* Exported Types -------------------------------------------------------------*/
cparata	0:e7e920b85676	80	/** @defgroup LPS22HB_Exported_Types
cparata	0:e7e920b85676	81	* @{
cparata	0:e7e920b85676	82	*/
cparata	0:e7e920b85676	83
cparata	0:e7e920b85676	84	/**
cparata	0:e7e920b85676	85	* @brief Error type.
cparata	0:e7e920b85676	86	*/
cparata	0:e7e920b85676	87	typedef enum {LPS22HB_OK = (uint8_t)0, LPS22HB_ERROR = !LPS22HB_OK} LPS22HB_Error_et;
cparata	0:e7e920b85676	88
cparata	0:e7e920b85676	89	/**
cparata	0:e7e920b85676	90	* @brief Enable/Disable type.
cparata	0:e7e920b85676	91	*/
cparata	0:e7e920b85676	92	typedef enum {LPS22HB_DISABLE = (uint8_t)0, LPS22HB_ENABLE = !LPS22HB_DISABLE} LPS22HB_State_et;
cparata	0:e7e920b85676	93	#define IS_LPS22HB_State(MODE) ((MODE == LPS22HB_ENABLE) \|\| (MODE == LPS22HB_DISABLE) )
cparata	0:e7e920b85676	94
cparata	0:e7e920b85676	95	/**
cparata	0:e7e920b85676	96	* @brief Bit status type.
cparata	0:e7e920b85676	97	*/
cparata	0:e7e920b85676	98	typedef enum {LPS22HB_RESET = (uint8_t)0, LPS22HB_SET = !LPS22HB_RESET} LPS22HB_BitStatus_et;
cparata	0:e7e920b85676	99	#define IS_LPS22HB_BitStatus(MODE) ((MODE == LPS22HB_RESET) \|\| (MODE == LPS22HB_SET))
cparata	0:e7e920b85676	100
cparata	0:e7e920b85676	101	/RES_CONF see LC_EN bit/
cparata	0:e7e920b85676	102	/**
cparata	0:e7e920b85676	103	* @brief LPS22HB Power/Noise Mode configuration.
cparata	0:e7e920b85676	104	*/
cparata	0:e7e920b85676	105	typedef enum {
cparata	0:e7e920b85676	106	LPS22HB_LowNoise = (uint8_t)0x00, /!< Low Noise mode /
cparata	0:e7e920b85676	107	LPS22HB_LowPower = (uint8_t)0x01 /!< Low Current mode /
cparata	0:e7e920b85676	108	} LPS22HB_PowerMode_et;
cparata	0:e7e920b85676	109
cparata	0:e7e920b85676	110	#define IS_LPS22HB_PowerMode(MODE) ((MODE == LPS22HB_LowNoise) \|\| (MODE == LPS22HB_LowPower))
cparata	0:e7e920b85676	111
cparata	0:e7e920b85676	112	/**
cparata	0:e7e920b85676	113	* @brief Output data rate configuration.
cparata	0:e7e920b85676	114	*/
cparata	0:e7e920b85676	115	typedef enum {
cparata	0:e7e920b85676	116
cparata	0:e7e920b85676	117	LPS22HB_ODR_ONE_SHOT = (uint8_t)0x00, /!< Output Data Rate: one shot /
cparata	0:e7e920b85676	118	LPS22HB_ODR_1HZ = (uint8_t)0x10, /!< Output Data Rate: 1Hz /
cparata	0:e7e920b85676	119	LPS22HB_ODR_10HZ = (uint8_t)0x20, /!< Output Data Rate: 10Hz /
cparata	0:e7e920b85676	120	LPS22HB_ODR_25HZ = (uint8_t)0x30, /!< Output Data Rate: 25Hz /
cparata	0:e7e920b85676	121	LPS22HB_ODR_50HZ = (uint8_t)0x40, /!< Output Data Rate: 50Hz /
cparata	0:e7e920b85676	122	LPS22HB_ODR_75HZ = (uint8_t)0x50 /!< Output Data Rate: 75Hz /
cparata	0:e7e920b85676	123	} LPS22HB_Odr_et;
cparata	0:e7e920b85676	124
cparata	0:e7e920b85676	125	#define IS_LPS22HB_ODR(ODR) ((ODR == LPS22HB_ODR_ONE_SHOT) \|\| (ODR == LPS22HB_ODR_1HZ) \|\| \
cparata	0:e7e920b85676	126	(ODR == LPS22HB_ODR_10HZ) \|\| (ODR == LPS22HB_ODR_25HZ)\|\| (ODR == LPS22HB_ODR_50HZ) \|\| (ODR == LPS22HB_ODR_75HZ))
cparata	0:e7e920b85676	127
cparata	0:e7e920b85676	128	/**
cparata	0:e7e920b85676	129	* @brief Low Pass Filter Cutoff Configuration.
cparata	0:e7e920b85676	130	*/
cparata	0:e7e920b85676	131	typedef enum {
cparata	0:e7e920b85676	132
cparata	0:e7e920b85676	133	LPS22HB_ODR_9 = (uint8_t)0x00, /!< Filter Cutoff ODR/9 /
cparata	0:e7e920b85676	134	LPS22HB_ODR_20 = (uint8_t)0x04 /!< Filter Cutoff ODR/20 /
cparata	0:e7e920b85676	135	} LPS22HB_LPF_Cutoff_et;
cparata	0:e7e920b85676	136
cparata	0:e7e920b85676	137	#define IS_LPS22HB_LPF_Cutoff(CUTOFF) ((CUTOFF == LPS22HB_ODR_9) \|\| (CUTOFF == LPS22HB_ODR_20) )
cparata	0:e7e920b85676	138
cparata	0:e7e920b85676	139	/**
cparata	0:e7e920b85676	140	* @brief Block data update.
cparata	0:e7e920b85676	141	*/
cparata	0:e7e920b85676	142
cparata	0:e7e920b85676	143	typedef enum {
cparata	0:e7e920b85676	144	LPS22HB_BDU_CONTINUOUS_UPDATE = (uint8_t)0x00, /!< Data updated continuously /
cparata	0:e7e920b85676	145	LPS22HB_BDU_NO_UPDATE = (uint8_t)0x02 /!< Data updated after a read operation /
cparata	0:e7e920b85676	146	} LPS22HB_Bdu_et;
cparata	0:e7e920b85676	147	#define IS_LPS22HB_BDUMode(MODE) ((MODE == LPS22HB_BDU_CONTINUOUS_UPDATE) \|\| (MODE == LPS22HB_BDU_NO_UPDATE))
cparata	0:e7e920b85676	148
cparata	0:e7e920b85676	149	/**
cparata	0:e7e920b85676	150	* @brief LPS22HB Spi Mode configuration.
cparata	0:e7e920b85676	151	*/
cparata	0:e7e920b85676	152	typedef enum {
cparata	0:e7e920b85676	153	LPS22HB_SPI_4_WIRE = (uint8_t)0x00,
cparata	0:e7e920b85676	154	LPS22HB_SPI_3_WIRE = (uint8_t)0x01
cparata	0:e7e920b85676	155	} LPS22HB_SPIMode_et;
cparata	0:e7e920b85676	156
cparata	0:e7e920b85676	157	#define IS_LPS22HB_SPIMode(MODE) ((MODE == LPS22HB_SPI_4_WIRE) \|\| (MODE == LPS22HB_SPI_3_WIRE))
cparata	0:e7e920b85676	158
cparata	0:e7e920b85676	159
cparata	0:e7e920b85676	160	/**
cparata	0:e7e920b85676	161	* @brief LPS22HB Interrupt Active Level Configuration (on High or Low)
cparata	0:e7e920b85676	162	*/
cparata	0:e7e920b85676	163	typedef enum
cparata	0:e7e920b85676	164	{
cparata	0:e7e920b85676	165	LPS22HB_ActiveHigh = (uint8_t)0x00,
cparata	0:e7e920b85676	166	LPS22HB_ActiveLow = (uint8_t)0x80
cparata	0:e7e920b85676	167	}LPS22HB_InterruptActiveLevel_et;
cparata	0:e7e920b85676	168	#define IS_LPS22HB_InterruptActiveLevel(MODE) ((MODE == LPS22HB_ActiveHigh) \|\| (MODE == LPS22HB_ActiveLow))
cparata	0:e7e920b85676	169
cparata	0:e7e920b85676	170	/**
cparata	0:e7e920b85676	171	* @brief LPS22HB Push-pull/Open Drain selection on Interrupt pads.
cparata	0:e7e920b85676	172	*/
cparata	0:e7e920b85676	173	typedef enum
cparata	0:e7e920b85676	174	{
cparata	0:e7e920b85676	175	LPS22HB_PushPull = (uint8_t)0x00,
cparata	0:e7e920b85676	176	LPS22HB_OpenDrain = (uint8_t)0x40
cparata	0:e7e920b85676	177	}LPS22HB_OutputType_et;
cparata	0:e7e920b85676	178	#define IS_LPS22HB_OutputType(MODE) ((MODE == LPS22HB_PushPull) \|\| (MODE == LPS22HB_OpenDrain))
cparata	0:e7e920b85676	179
cparata	0:e7e920b85676	180
cparata	0:e7e920b85676	181	/**
cparata	0:e7e920b85676	182	* @brief Data Signal on INT pad control bits.
cparata	0:e7e920b85676	183	*/
cparata	0:e7e920b85676	184	typedef enum
cparata	0:e7e920b85676	185	{
cparata	0:e7e920b85676	186	LPS22HB_DATA = (uint8_t)0x00,
cparata	0:e7e920b85676	187	LPS22HB_P_HIGH = (uint8_t)0x01,
cparata	0:e7e920b85676	188	LPS22HB_P_LOW = (uint8_t)0x02,
cparata	0:e7e920b85676	189	LPS22HB_P_LOW_HIGH = (uint8_t)0x03
cparata	0:e7e920b85676	190	}LPS22HB_OutputSignalConfig_et;
cparata	0:e7e920b85676	191	#define IS_LPS22HB_OutputSignal(MODE) ((MODE == LPS22HB_DATA) \|\| (MODE == LPS22HB_P_HIGH)\|\|\
cparata	0:e7e920b85676	192	(MODE == LPS22HB_P_LOW) \|\| (MODE == LPS22HB_P_LOW_HIGH))
cparata	0:e7e920b85676	193
cparata	0:e7e920b85676	194
cparata	0:e7e920b85676	195
cparata	0:e7e920b85676	196	/**
cparata	0:e7e920b85676	197	* @brief LPS22HB Interrupt Differential Status.
cparata	0:e7e920b85676	198	*/
cparata	0:e7e920b85676	199
cparata	0:e7e920b85676	200	typedef struct
cparata	0:e7e920b85676	201	{
cparata	0:e7e920b85676	202	uint8_t PH; /!< High Differential Pressure event occured /
cparata	0:e7e920b85676	203	uint8_t PL; /!< Low Differential Pressure event occured /
cparata	0:e7e920b85676	204	uint8_t IA; /!< One or more interrupt events have been generated.Interrupt Active /
cparata	0:e7e920b85676	205	uint8_t BOOT; /!< i '1' indicates that the Boot (Reboot) phase is running /
cparata	0:e7e920b85676	206	}LPS22HB_InterruptDiffStatus_st;
cparata	0:e7e920b85676	207
cparata	0:e7e920b85676	208
cparata	0:e7e920b85676	209	/**
cparata	0:e7e920b85676	210	* @brief LPS22HB Pressure and Temperature data status.
cparata	0:e7e920b85676	211	*/
cparata	0:e7e920b85676	212	typedef struct
cparata	0:e7e920b85676	213	{
cparata	0:e7e920b85676	214	uint8_t TempDataAvailable; /!< Temperature data available bit /
cparata	0:e7e920b85676	215	uint8_t PressDataAvailable; /!< Pressure data available bit /
cparata	0:e7e920b85676	216	uint8_t TempDataOverrun; /!< Temperature data over-run bit /
cparata	0:e7e920b85676	217	uint8_t PressDataOverrun; /!< Pressure data over-run bit /
cparata	0:e7e920b85676	218	}LPS22HB_DataStatus_st;
cparata	0:e7e920b85676	219
cparata	0:e7e920b85676	220
cparata	0:e7e920b85676	221	/**
cparata	0:e7e920b85676	222	* @brief LPS22HB Clock Tree configuration.
cparata	0:e7e920b85676	223	*/
cparata	0:e7e920b85676	224	typedef enum {
cparata	0:e7e920b85676	225	LPS22HB_CTE_NotBalanced = (uint8_t)0x00,
cparata	0:e7e920b85676	226	LPS22HB_CTE_Balanced = (uint8_t)0x20
cparata	0:e7e920b85676	227	} LPS22HB_CTE_et;
cparata	0:e7e920b85676	228
cparata	0:e7e920b85676	229	#define IS_LPS22HB_CTE(MODE) ((MODE == LPS22HB_CTE_NotBalanced) \|\| (MODE == LPS22HB_CTE_Balanced))
cparata	0:e7e920b85676	230
cparata	0:e7e920b85676	231	/**
cparata	0:e7e920b85676	232	* @brief LPS22HB Fifo Mode.
cparata	0:e7e920b85676	233	*/
cparata	0:e7e920b85676	234
cparata	0:e7e920b85676	235	typedef enum {
cparata	0:e7e920b85676	236	LPS22HB_FIFO_BYPASS_MODE = (uint8_t)0x00, /!< The FIFO is disabled and empty. The pressure is read directly/
cparata	0:e7e920b85676	237	LPS22HB_FIFO_MODE = (uint8_t)0x20, /!< Stops collecting data when full /
cparata	0:e7e920b85676	238	LPS22HB_FIFO_STREAM_MODE = (uint8_t)0x40, /!< Keep the newest measurements in the FIFO/
cparata	0:e7e920b85676	239	LPS22HB_FIFO_TRIGGER_STREAMTOFIFO_MODE = (uint8_t)0x60, /!< STREAM MODE until trigger deasserted, then change to FIFO MODE/
cparata	0:e7e920b85676	240	LPS22HB_FIFO_TRIGGER_BYPASSTOSTREAM_MODE = (uint8_t)0x80, /!< BYPASS MODE until trigger deasserted, then STREAM MODE/
cparata	0:e7e920b85676	241	LPS22HB_FIFO_TRIGGER_BYPASSTOFIFO_MODE = (uint8_t)0xE0 /!< BYPASS mode until trigger deasserted, then FIFO MODE/
cparata	0:e7e920b85676	242	} LPS22HB_FifoMode_et;
cparata	0:e7e920b85676	243
cparata	0:e7e920b85676	244	#define IS_LPS22HB_FifoMode(MODE) ((MODE == LPS22HB_FIFO_BYPASS_MODE) \|\| (MODE ==LPS22HB_FIFO_MODE)\|\|\
cparata	0:e7e920b85676	245	(MODE == LPS22HB_FIFO_STREAM_MODE) \|\| (MODE == LPS22HB_FIFO_TRIGGER_STREAMTOFIFO_MODE)\|\|\
cparata	0:e7e920b85676	246	(MODE == LPS22HB_FIFO_TRIGGER_BYPASSTOSTREAM_MODE) \|\| (MODE == LPS22HB_FIFO_TRIGGER_BYPASSTOFIFO_MODE))
cparata	0:e7e920b85676	247
cparata	0:e7e920b85676	248
cparata	0:e7e920b85676	249	/**
cparata	0:e7e920b85676	250	* @brief LPS22HB Fifo Satus.
cparata	0:e7e920b85676	251	*/
cparata	0:e7e920b85676	252	typedef struct {
cparata	0:e7e920b85676	253	uint8_t FIFO_LEVEL; /!< FIFO Stored data level: 00000: FIFO empty; 10000: FIFO is FULL and ha 32 unread samples /
cparata	0:e7e920b85676	254	uint8_t FIFO_EMPTY; /!< Empty FIFO Flag .1 FIFO is empty (see FIFO_level) /
cparata	0:e7e920b85676	255	uint8_t FIFO_FULL; /!< Full FIFO flag.1 FIFO is Full (see FIFO_level) /
cparata	0:e7e920b85676	256	uint8_t FIFO_OVR; /!< Overrun bit status. 1 FIFO is full and at least one sample in the FIFO has been overwritten /
cparata	0:e7e920b85676	257	uint8_t FIFO_FTH; /!< FIFO Threshold (Watermark) Status. 1 FIFO filling is equal or higher then FTH (wtm) level./
cparata	0:e7e920b85676	258	}LPS22HB_FifoStatus_st;
cparata	0:e7e920b85676	259
cparata	0:e7e920b85676	260
cparata	0:e7e920b85676	261
cparata	0:e7e920b85676	262	/**
cparata	0:e7e920b85676	263	* @brief LPS22HB Configuration structure definition.
cparata	0:e7e920b85676	264	*/
cparata	0:e7e920b85676	265	typedef struct
cparata	0:e7e920b85676	266	{
cparata	0:e7e920b85676	267	LPS22HB_PowerMode_et PowerMode; /!< Enable Low Current Mode (low Power) or Low Noise Mode/
cparata	0:e7e920b85676	268	LPS22HB_Odr_et OutputDataRate; /!< Output Data Rate /
cparata	0:e7e920b85676	269	LPS22HB_Bdu_et BDU; /!< Enable to inhibit the output registers update between the reading of upper and lower register parts./
cparata	0:e7e920b85676	270	LPS22HB_State_et LowPassFilter; /!< Enable/ Disable Low Pass Filter /
cparata	0:e7e920b85676	271	LPS22HB_LPF_Cutoff_et LPF_Cutoff; /!< Low Pass Filter Configuration /
cparata	0:e7e920b85676	272	LPS22HB_SPIMode_et Sim; /!< SPI Serial Interface Mode selection /
cparata	0:e7e920b85676	273	LPS22HB_State_et IfAddInc; /!< Enable/Disable Register address automatically inceremented during a multiple byte access /
cparata	0:e7e920b85676	274	}LPS22HB_ConfigTypeDef_st;
cparata	0:e7e920b85676	275
cparata	0:e7e920b85676	276
cparata	0:e7e920b85676	277	/**
cparata	0:e7e920b85676	278	* @brief LPS22HB Interrupt structure definition .
cparata	0:e7e920b85676	279	*/
cparata	0:e7e920b85676	280	typedef struct {
cparata	0:e7e920b85676	281	LPS22HB_InterruptActiveLevel_et INT_H_L; /!< Interrupt active high, low. Default value: 0 /
cparata	0:e7e920b85676	282	LPS22HB_OutputType_et PP_OD; /!< Push-pull/open drain selection on interrupt pads. Default value: 0 /
cparata	0:e7e920b85676	283	LPS22HB_OutputSignalConfig_et OutputSignal_INT; /!< Data signal on INT Pad: Data,Pressure High, Preessure Low,P High or Low/
cparata	0:e7e920b85676	284	LPS22HB_State_et DRDY; /!< Enable/Disable Data Ready Interrupt on INT_DRDY Pin/
cparata	0:e7e920b85676	285	LPS22HB_State_et FIFO_OVR; /!< Enable/Disable FIFO Overrun Interrupt on INT_DRDY Pin/
cparata	0:e7e920b85676	286	LPS22HB_State_et FIFO_FTH; /!< Enable/Disable FIFO threshold (Watermark) interrupt on INT_DRDY pin./
cparata	0:e7e920b85676	287	LPS22HB_State_et FIFO_FULL; /!< Enable/Disable FIFO FULL interrupt on INT_DRDY pin./
cparata	0:e7e920b85676	288	LPS22HB_State_et LatchIRQ; /!< Latch Interrupt request in to INT_SOURCE reg/
cparata	0:e7e920b85676	289	int16_t THS_threshold; /!< Threshold value for pressure interrupt generation/
cparata	0:e7e920b85676	290	LPS22HB_State_et AutoRifP; /!< Enable/Disable AutoRifP function /
cparata	0:e7e920b85676	291	LPS22HB_State_et AutoZero; /!< Enable/Disable AutoZero function /
cparata	0:e7e920b85676	292	}LPS22HB_InterruptTypeDef_st;
cparata	0:e7e920b85676	293
cparata	0:e7e920b85676	294	/**
cparata	0:e7e920b85676	295	* @brief LPS22HB FIFO structure definition.
cparata	0:e7e920b85676	296	*/
cparata	0:e7e920b85676	297	typedef struct {
cparata	0:e7e920b85676	298	LPS22HB_FifoMode_et FIFO_MODE; /!< Fifo Mode Selection /
cparata	0:e7e920b85676	299	LPS22HB_State_et WTM_INT; /!< Enable/Disable the watermark interrupt/
cparata	0:e7e920b85676	300	uint8_t WTM_LEVEL; /!< FIFO threshold/Watermark level selection/
cparata	0:e7e920b85676	301	}LPS22HB_FIFOTypeDef_st;
cparata	0:e7e920b85676	302
cparata	0:e7e920b85676	303	#define IS_LPS22HB_WtmLevel(LEVEL) ((LEVEL > 0) && (LEVEL <=31))
cparata	0:e7e920b85676	304	/**
cparata	0:e7e920b85676	305	* @brief LPS22HB Measure Type definition.
cparata	0:e7e920b85676	306	*/
cparata	0:e7e920b85676	307	typedef struct {
cparata	0:e7e920b85676	308	int16_t Tout;
cparata	0:e7e920b85676	309	int32_t Pout;
cparata	0:e7e920b85676	310	}LPS22HB_MeasureTypeDef_st;
cparata	0:e7e920b85676	311
cparata	0:e7e920b85676	312
cparata	0:e7e920b85676	313	/**
cparata	0:e7e920b85676	314	* @brief LPS22HB Driver Version Info structure definition.
cparata	0:e7e920b85676	315	*/
cparata	0:e7e920b85676	316	typedef struct {
cparata	0:e7e920b85676	317	uint8_t Major;
cparata	0:e7e920b85676	318	uint8_t Minor;
cparata	0:e7e920b85676	319	uint8_t Point;
cparata	0:e7e920b85676	320	}LPS22HB_DriverVersion_st;
cparata	0:e7e920b85676	321
cparata	0:e7e920b85676	322
cparata	0:e7e920b85676	323	/**
cparata	0:e7e920b85676	324	* @brief Bitfield positioning.
cparata	0:e7e920b85676	325	*/
cparata	0:e7e920b85676	326	#define LPS22HB_BIT(x) ((uint8_t)x)
cparata	0:e7e920b85676	327
cparata	0:e7e920b85676	328	/**
cparata	0:e7e920b85676	329	* @brief I2C address.
cparata	0:e7e920b85676	330	*/
cparata	0:e7e920b85676	331	/* SD0/SA0(pin 5) is connected to the voltage supply */
cparata	0:e7e920b85676	332	#define LPS22HB_ADDRESS_HIGH 0xBA /*< LPS22HB I2C Address High /
cparata	0:e7e920b85676	333	/* SDO/SA0 (pin5) is connected to the GND */
cparata	0:e7e920b85676	334	#define LPS22HB_ADDRESS_LOW 0xB8 /*< LPS22HB I2C Address Low /
cparata	0:e7e920b85676	335
cparata	0:e7e920b85676	336	/**
cparata	0:e7e920b85676	337	* @brief Set the LPS22HB driver version.
cparata	0:e7e920b85676	338	*/
cparata	0:e7e920b85676	339
cparata	0:e7e920b85676	340	#define LPS22HB_DriverVersion_Major (uint8_t)1
cparata	0:e7e920b85676	341	#define LPS22HB_DriverVersion_Minor (uint8_t)0
cparata	0:e7e920b85676	342	#define LPS22HB_DriverVersion_Point (uint8_t)0
cparata	0:e7e920b85676	343
cparata	0:e7e920b85676	344	/**
cparata	0:e7e920b85676	345	* @}
cparata	0:e7e920b85676	346	*/
cparata	0:e7e920b85676	347
cparata	0:e7e920b85676	348
cparata	0:e7e920b85676	349	/* Exported Constants ---------------------------------------------------------*/
cparata	0:e7e920b85676	350	/** @defgroup LPS22HB_Exported_Constants
cparata	0:e7e920b85676	351	* @{
cparata	0:e7e920b85676	352	*/
cparata	0:e7e920b85676	353
cparata	0:e7e920b85676	354
cparata	0:e7e920b85676	355	/**
cparata	0:e7e920b85676	356	* @addtogroup LPS22HB_Register
cparata	0:e7e920b85676	357	* @{
cparata	0:e7e920b85676	358	*/
cparata	0:e7e920b85676	359
cparata	0:e7e920b85676	360
cparata	0:e7e920b85676	361
cparata	0:e7e920b85676	362	/**
cparata	0:e7e920b85676	363	* @brief Device Identification register.
cparata	0:e7e920b85676	364	* \code
cparata	0:e7e920b85676	365	* Read
cparata	0:e7e920b85676	366	* Default value: 0xB1
cparata	0:e7e920b85676	367	* 7:0 This read-only register contains the device identifier that, for LPS22HB, is set to B1h.
cparata	0:e7e920b85676	368	* \endcode
cparata	0:e7e920b85676	369	*/
cparata	0:e7e920b85676	370
cparata	0:e7e920b85676	371	#define LPS22HB_WHO_AM_I_REG (uint8_t)0x0F
cparata	0:e7e920b85676	372
cparata	0:e7e920b85676	373	/**
cparata	0:e7e920b85676	374	* @brief Device Identification value.
cparata	0:e7e920b85676	375	*/
cparata	0:e7e920b85676	376	#define LPS22HB_WHO_AM_I_VAL (uint8_t)0xB1
cparata	0:e7e920b85676	377
cparata	0:e7e920b85676	378
cparata	0:e7e920b85676	379	/**
cparata	0:e7e920b85676	380	* @brief Reference Pressure Register(LSB data)
cparata	0:e7e920b85676	381	* \code
cparata	0:e7e920b85676	382	* Read/write
cparata	0:e7e920b85676	383	* Default value: 0x00
cparata	0:e7e920b85676	384	* 7:0 REFL7-0: Lower part of the reference pressure value that
cparata	0:e7e920b85676	385	* is sum to the sensor output pressure.
cparata	0:e7e920b85676	386	* \endcode
cparata	0:e7e920b85676	387	*/
cparata	0:e7e920b85676	388	#define LPS22HB_REF_P_XL_REG (uint8_t)0x15
cparata	0:e7e920b85676	389
cparata	0:e7e920b85676	390
cparata	0:e7e920b85676	391	/**
cparata	0:e7e920b85676	392	* @brief Reference Pressure Register (Middle data)
cparata	0:e7e920b85676	393	* \code
cparata	0:e7e920b85676	394	* Read/write
cparata	0:e7e920b85676	395	* Default value: 0x00
cparata	0:e7e920b85676	396	* 7:0 REFL15-8: Middle part of the reference pressure value that
cparata	0:e7e920b85676	397	* is sum to the sensor output pressure.
cparata	0:e7e920b85676	398	* \endcode
cparata	0:e7e920b85676	399	*/
cparata	0:e7e920b85676	400	#define LPS22HB_REF_P_L_REG (uint8_t)0x16
cparata	0:e7e920b85676	401
cparata	0:e7e920b85676	402	/**
cparata	0:e7e920b85676	403	* @brief Reference Pressure Register (MSB data)
cparata	0:e7e920b85676	404	* \code
cparata	0:e7e920b85676	405	* Read/write
cparata	0:e7e920b85676	406	* Default value: 0x00
cparata	0:e7e920b85676	407	* 7:0 REFL23-16 Higest part of the reference pressure value that
cparata	0:e7e920b85676	408	* is sum to the sensor output pressure.
cparata	0:e7e920b85676	409	* \endcode
cparata	0:e7e920b85676	410	*/
cparata	0:e7e920b85676	411	#define LPS22HB_REF_P_H_REG (uint8_t)0x17
cparata	0:e7e920b85676	412
cparata	0:e7e920b85676	413
cparata	0:e7e920b85676	414	/**
cparata	0:e7e920b85676	415	* @brief Pressure and temperature resolution mode Register
cparata	0:e7e920b85676	416	* \code
cparata	0:e7e920b85676	417	* Read/write
cparata	0:e7e920b85676	418	* Default value: 0x05
cparata	0:e7e920b85676	419	* 7:2 These bits must be set to 0 for proper operation of the device
cparata	0:e7e920b85676	420	* 1: Reserved
cparata	0:e7e920b85676	421	* 0 LC_EN: Low Current Mode Enable. Default 0
cparata	0:e7e920b85676	422	* \endcode
cparata	0:e7e920b85676	423	*/
cparata	0:e7e920b85676	424	#define LPS22HB_RES_CONF_REG (uint8_t)0x1A
cparata	0:e7e920b85676	425
cparata	0:e7e920b85676	426	#define LPS22HB_LCEN_MASK (uint8_t)0x01
cparata	0:e7e920b85676	427
cparata	0:e7e920b85676	428	/**
cparata	0:e7e920b85676	429	* @brief Control Register 1
cparata	0:e7e920b85676	430	* \code
cparata	0:e7e920b85676	431	* Read/write
cparata	0:e7e920b85676	432	* Default value: 0x00
cparata	0:e7e920b85676	433	* 7: This bit must be set to 0 for proper operation of the device
cparata	0:e7e920b85676	434	* 6:4 ODR2, ODR1, ODR0: output data rate selection.Default 000
cparata	0:e7e920b85676	435	* ODR2 \| ODR1 \| ODR0 \| Pressure output data-rate(Hz) \| Pressure output data-rate(Hz)
cparata	0:e7e920b85676	436	* ----------------------------------------------------------------------------------
cparata	0:e7e920b85676	437	* 0 \| 0 \| 0 \| one shot \| one shot
cparata	0:e7e920b85676	438	* 0 \| 0 \| 1 \| 1 \| 1
cparata	0:e7e920b85676	439	* 0 \| 1 \| 0 \| 10 \| 10
cparata	0:e7e920b85676	440	* 0 \| 1 \| 1 \| 25 \| 25
cparata	0:e7e920b85676	441	* 1 \| 0 \| 0 \| 50 \| 50
cparata	0:e7e920b85676	442	* 1 \| 0 \| 1 \| 75 \| 75
cparata	0:e7e920b85676	443	* 1 \| 1 \| 0 \| Reserved \| Reserved
cparata	0:e7e920b85676	444	* 1 \| 1 \| 1 \| Reserved \| Reserved
cparata	0:e7e920b85676	445	*
cparata	0:e7e920b85676	446	* 3 EN_LPFP: Enable Low Pass filter on Pressure data. Default value:0
cparata	0:e7e920b85676	447	* 2:LPF_CFG Low-pass configuration register. (0: Filter cutoff is ODR/9; 1: filter cutoff is ODR/20)
cparata	0:e7e920b85676	448	* 1 BDU: block data update. 0 - continuous update; 1 - output registers not updated until MSB and LSB reading.
cparata	0:e7e920b85676	449	* 0 SIM: SPI Serial Interface Mode selection. 0 - SPI 4-wire; 1 - SPI 3-wire
cparata	0:e7e920b85676	450	* \endcode
cparata	0:e7e920b85676	451	*/
cparata	0:e7e920b85676	452	#define LPS22HB_CTRL_REG1 (uint8_t)0x10
cparata	0:e7e920b85676	453
cparata	0:e7e920b85676	454	#define LPS22HB_ODR_MASK (uint8_t)0x70
cparata	0:e7e920b85676	455	#define LPS22HB_LPFP_MASK (uint8_t)0x08
cparata	0:e7e920b85676	456	#define LPS22HB_LPFP_CUTOFF_MASK (uint8_t)0x04
cparata	0:e7e920b85676	457	#define LPS22HB_BDU_MASK (uint8_t)0x02
cparata	0:e7e920b85676	458	#define LPS22HB_SIM_MASK (uint8_t)0x01
cparata	0:e7e920b85676	459
cparata	0:e7e920b85676	460	#define LPS22HB_LPFP_BIT LPS22HB_BIT(3)
cparata	0:e7e920b85676	461
cparata	0:e7e920b85676	462
cparata	0:e7e920b85676	463	/**
cparata	0:e7e920b85676	464	* @brief Control Register 2
cparata	0:e7e920b85676	465	* \code
cparata	0:e7e920b85676	466	* Read/write
cparata	0:e7e920b85676	467	* Default value: 0x10
cparata	0:e7e920b85676	468	* 7 BOOT: Reboot memory content. 0: normal mode; 1: reboot memory content. Self-clearing upon completation
cparata	0:e7e920b85676	469	* 6 FIFO_EN: FIFO Enable. 0: disable; 1: enable
cparata	0:e7e920b85676	470	* 5 STOP_ON_FTH: Stop on FIFO Threshold FIFO Watermark level use. 0: disable; 1: enable
cparata	0:e7e920b85676	471	* 4 IF_ADD_INC: Register address automatically incrementeed during a multiple byte access with a serial interface (I2C or SPI). Default value 1.( 0: disable; 1: enable)
cparata	0:e7e920b85676	472	* 3 I2C DIS: Disable I2C interface 0: I2C Enabled; 1: I2C disabled
cparata	0:e7e920b85676	473	* 2 SWRESET: Software reset. 0: normal mode; 1: SW reset. Self-clearing upon completation
cparata	0:e7e920b85676	474	* 1 AUTO_ZERO: Autozero enable. 0: normal mode; 1: autozero enable.
cparata	0:e7e920b85676	475	* 0 ONE_SHOT: One shot enable. 0: waiting for start of conversion; 1: start for a new dataset
cparata	0:e7e920b85676	476	* \endcode
cparata	0:e7e920b85676	477	*/
cparata	0:e7e920b85676	478	#define LPS22HB_CTRL_REG2 (uint8_t)0x11
cparata	0:e7e920b85676	479
cparata	0:e7e920b85676	480	#define LPS22HB_BOOT_BIT LPS22HB_BIT(7)
cparata	0:e7e920b85676	481	#define LPS22HB_FIFO_EN_BIT LPS22HB_BIT(6)
cparata	0:e7e920b85676	482	#define LPS22HB_WTM_EN_BIT LPS22HB_BIT(5)
cparata	0:e7e920b85676	483	#define LPS22HB_ADD_INC_BIT LPS22HB_BIT(4)
cparata	0:e7e920b85676	484	#define LPS22HB_I2C_BIT LPS22HB_BIT(3)
cparata	0:e7e920b85676	485	#define LPS22HB_SW_RESET_BIT LPS22HB_BIT(2)
cparata	0:e7e920b85676	486
cparata	0:e7e920b85676	487	#define LPS22HB_FIFO_EN_MASK (uint8_t)0x40
cparata	0:e7e920b85676	488	#define LPS22HB_WTM_EN_MASK (uint8_t)0x20
cparata	0:e7e920b85676	489	#define LPS22HB_ADD_INC_MASK (uint8_t)0x10
cparata	0:e7e920b85676	490	#define LPS22HB_I2C_MASK (uint8_t)0x08
cparata	0:e7e920b85676	491	#define LPS22HB_ONE_SHOT_MASK (uint8_t)0x01
cparata	0:e7e920b85676	492
cparata	0:e7e920b85676	493
cparata	0:e7e920b85676	494	/**
cparata	0:e7e920b85676	495	* @brief CTRL Reg3 Interrupt Control Register
cparata	0:e7e920b85676	496	* \code
cparata	0:e7e920b85676	497	* Read/write
cparata	0:e7e920b85676	498	* Default value: 0x00
cparata	0:e7e920b85676	499	* 7 INT_H_L: Interrupt active high, low. 0:active high; 1: active low.
cparata	0:e7e920b85676	500	* 6 PP_OD: Push-Pull/OpenDrain selection on interrupt pads. 0: Push-pull; 1: open drain.
cparata	0:e7e920b85676	501	* 5 F_FSS5: FIFO full flag on INT_DRDY pin. Defaul value: 0. (0: Diasable; 1 : Enable).
cparata	0:e7e920b85676	502	* 4 F_FTH: FIFO threshold (watermark) status on INT_DRDY pin. Defaul value: 0. (0: Diasable; 1 : Enable).
cparata	0:e7e920b85676	503	* 3 F_OVR: FIFO overrun interrupt on INT_DRDY pin. Defaul value: 0. (0: Diasable; 1 : Enable).
cparata	0:e7e920b85676	504	* 2 DRDY: Data-ready signal on INT_DRDY pin. Defaul value: 0. (0: Diasable; 1 : Enable).
cparata	0:e7e920b85676	505	* 1:0 INT_S2, INT_S1: data signal on INT pad control bits.
cparata	0:e7e920b85676	506	* INT_S2 \| INT_S1 \| INT pin
cparata	0:e7e920b85676	507	* ------------------------------------------------------
cparata	0:e7e920b85676	508	* 0 \| 0 \| Data signal( in order of priority:PTH_DRDY or F_FTH or F_OVR_or F_FSS5
cparata	0:e7e920b85676	509	* 0 \| 1 \| Pressure high (P_high)
cparata	0:e7e920b85676	510	* 1 \| 0 \| Pressure low (P_low)
cparata	0:e7e920b85676	511	* 1 \| 1 \| P_low OR P_high
cparata	0:e7e920b85676	512	* \endcode
cparata	0:e7e920b85676	513	*/
cparata	0:e7e920b85676	514	#define LPS22HB_CTRL_REG3 (uint8_t)0x12
cparata	0:e7e920b85676	515
cparata	0:e7e920b85676	516	#define LPS22HB_PP_OD_BIT LPS22HB_BIT(6)
cparata	0:e7e920b85676	517	#define LPS22HB_FIFO_FULL_BIT LPS22HB_BIT(5)
cparata	0:e7e920b85676	518	#define LPS22HB_FIFO_FTH_BIT LPS22HB_BIT(4)
cparata	0:e7e920b85676	519	#define LPS22HB_FIFO_OVR_BIT LPS22HB_BIT(3)
cparata	0:e7e920b85676	520	#define LPS22HB_DRDY_BIT LPS22HB_BIT(2)
cparata	0:e7e920b85676	521
cparata	0:e7e920b85676	522
cparata	0:e7e920b85676	523	#define LPS22HB_INT_H_L_MASK (uint8_t)0x80
cparata	0:e7e920b85676	524	#define LPS22HB_PP_OD_MASK (uint8_t)0x40
cparata	0:e7e920b85676	525	#define LPS22HB_FIFO_FULL_MASK (uint8_t)0x20
cparata	0:e7e920b85676	526	#define LPS22HB_FIFO_FTH_MASK (uint8_t)0x10
cparata	0:e7e920b85676	527	#define LPS22HB_FIFO_OVR_MASK (uint8_t)0x08
cparata	0:e7e920b85676	528	#define LPS22HB_DRDY_MASK (uint8_t)0x04
cparata	0:e7e920b85676	529	#define LPS22HB_INT_S12_MASK (uint8_t)0x03
cparata	0:e7e920b85676	530
cparata	0:e7e920b85676	531
cparata	0:e7e920b85676	532	/**
cparata	0:e7e920b85676	533	* @brief Interrupt Differential configuration Register
cparata	0:e7e920b85676	534	* \code
cparata	0:e7e920b85676	535	* Read/write
cparata	0:e7e920b85676	536	* Default value: 0x00.
cparata	0:e7e920b85676	537	* 7 AUTORIFP: AutoRifP Enable ??
cparata	0:e7e920b85676	538	* 6 RESET_ARP: Reset AutoRifP function
cparata	0:e7e920b85676	539	* 4 AUTOZERO: Autozero enabled
cparata	0:e7e920b85676	540	* 5 RESET_AZ: Reset Autozero Function
cparata	0:e7e920b85676	541	* 3 DIFF_EN: Interrupt generation enable
cparata	0:e7e920b85676	542	* 2 LIR: Latch Interrupt request into INT_SOURCE register. 0 - interrupt request not latched; 1 - interrupt request latched
cparata	0:e7e920b85676	543	* 1 PL_E: Enable interrupt generation on differential pressure low event. 0 - disable; 1 - enable
cparata	0:e7e920b85676	544	* 0 PH_E: Enable interrupt generation on differential pressure high event. 0 - disable; 1 - enable
cparata	0:e7e920b85676	545	* \endcode
cparata	0:e7e920b85676	546	*/
cparata	0:e7e920b85676	547	#define LPS22HB_INTERRUPT_CFG_REG (uint8_t)0x0B
cparata	0:e7e920b85676	548
cparata	0:e7e920b85676	549	#define LPS22HB_DIFF_EN_BIT LPS22HB_BIT(3)
cparata	0:e7e920b85676	550	#define LPS22HB_LIR_BIT LPS22HB_BIT(2)
cparata	0:e7e920b85676	551	#define LPS22HB_PLE_BIT LPS22HB_BIT(1)
cparata	0:e7e920b85676	552	#define LPS22HB_PHE_BIT LPS22HB_BIT(0)
cparata	0:e7e920b85676	553
cparata	0:e7e920b85676	554	#define LPS22HB_AUTORIFP_MASK (uint8_t)0x80
cparata	0:e7e920b85676	555	#define LPS22HB_RESET_ARP_MASK (uint8_t)0x40
cparata	0:e7e920b85676	556	#define LPS22HB_AUTOZERO_MASK (uint8_t)0x20
cparata	0:e7e920b85676	557	#define LPS22HB_RESET_AZ_MASK (uint8_t)0x10
cparata	0:e7e920b85676	558	#define LPS22HB_DIFF_EN_MASK (uint8_t)0x08
cparata	0:e7e920b85676	559	#define LPS22HB_LIR_MASK (uint8_t)0x04
cparata	0:e7e920b85676	560	#define LPS22HB_PLE_MASK (uint8_t)0x02
cparata	0:e7e920b85676	561	#define LPS22HB_PHE_MASK (uint8_t)0x01
cparata	0:e7e920b85676	562
cparata	0:e7e920b85676	563
cparata	0:e7e920b85676	564
cparata	0:e7e920b85676	565	/**
cparata	0:e7e920b85676	566	* @brief Interrupt source Register (It is cleared by reading it)
cparata	0:e7e920b85676	567	* \code
cparata	0:e7e920b85676	568	* Read
cparata	0:e7e920b85676	569	* Default value: ----.
cparata	0:e7e920b85676	570	* 7 BOOT_STATUS: If 1 indicates that the Boot (Reboot) phase is running.
cparata	0:e7e920b85676	571	* 6:3 Reserved: Keep these bits at 0
cparata	0:e7e920b85676	572	* 2 IA: Interrupt Active.0: no interrupt has been generated; 1: one or more interrupt events have been generated.
cparata	0:e7e920b85676	573	* 1 PL: Differential pressure Low. 0: no interrupt has been generated; 1: Low differential pressure event has occurred.
cparata	0:e7e920b85676	574	* 0 PH: Differential pressure High. 0: no interrupt has been generated; 1: High differential pressure event has occurred.
cparata	0:e7e920b85676	575	* \endcode
cparata	0:e7e920b85676	576	*/
cparata	0:e7e920b85676	577	#define LPS22HB_INTERRUPT_SOURCE_REG (uint8_t)0x25
cparata	0:e7e920b85676	578
cparata	0:e7e920b85676	579	#define LPS22HB_BOOT_STATUS_BIT LPS22HB_BIT(7)
cparata	0:e7e920b85676	580	#define LPS22HB_IA_BIT LPS22HB_BIT(2)
cparata	0:e7e920b85676	581	#define LPS22HB_PL_BIT LPS22HB_BIT(1)
cparata	0:e7e920b85676	582	#define LPS22HB_PH_BIT LPS22HB_BIT(0)
cparata	0:e7e920b85676	583
cparata	0:e7e920b85676	584	#define LPS22HB_BOOT_STATUS_MASK (uint8_t)0x80
cparata	0:e7e920b85676	585	#define LPS22HB_IA_MASK (uint8_t)0x04
cparata	0:e7e920b85676	586	#define LPS22HB_PL_MASK (uint8_t)0x02
cparata	0:e7e920b85676	587	#define LPS22HB_PH_MASK (uint8_t)0x01
cparata	0:e7e920b85676	588
cparata	0:e7e920b85676	589
cparata	0:e7e920b85676	590	/**
cparata	0:e7e920b85676	591	* @brief Status Register
cparata	0:e7e920b85676	592	* \code
cparata	0:e7e920b85676	593	* Read
cparata	0:e7e920b85676	594	* Default value: ---
cparata	0:e7e920b85676	595	* 7:6 Reserved: 0
cparata	0:e7e920b85676	596	* 5 T_OR: Temperature data overrun. 0: no overrun has occurred; 1: a new data for temperature has overwritten the previous one.
cparata	0:e7e920b85676	597	* 4 P_OR: Pressure data overrun. 0: no overrun has occurred; 1: new data for pressure has overwritten the previous one.
cparata	0:e7e920b85676	598	* 3:2 Reserved: 0
cparata	0:e7e920b85676	599	* 1 T_DA: Temperature data available. 0: new data for temperature is not yet available; 1: new data for temperature is available.
cparata	0:e7e920b85676	600	* 0 P_DA: Pressure data available. 0: new data for pressure is not yet available; 1: new data for pressure is available.
cparata	0:e7e920b85676	601	* \endcode
cparata	0:e7e920b85676	602	*/
cparata	0:e7e920b85676	603	#define LPS22HB_STATUS_REG (uint8_t)0x27
cparata	0:e7e920b85676	604
cparata	0:e7e920b85676	605	#define LPS22HB_TOR_BIT LPS22HB_BIT(5)
cparata	0:e7e920b85676	606	#define LPS22HB_POR_BIT LPS22HB_BIT(4)
cparata	0:e7e920b85676	607	#define LPS22HB_TDA_BIT LPS22HB_BIT(1)
cparata	0:e7e920b85676	608	#define LPS22HB_PDA_BIT LPS22HB_BIT(0)
cparata	0:e7e920b85676	609
cparata	0:e7e920b85676	610	#define LPS22HB_TOR_MASK (uint8_t)0x20
cparata	0:e7e920b85676	611	#define LPS22HB_POR_MASK (uint8_t)0x10
cparata	0:e7e920b85676	612	#define LPS22HB_TDA_MASK (uint8_t)0x02
cparata	0:e7e920b85676	613	#define LPS22HB_PDA_MASK (uint8_t)0x01
cparata	0:e7e920b85676	614
cparata	0:e7e920b85676	615
cparata	0:e7e920b85676	616
cparata	0:e7e920b85676	617	/**
cparata	0:e7e920b85676	618	* @brief Pressure data (LSB) register.
cparata	0:e7e920b85676	619	* \code
cparata	0:e7e920b85676	620	* Read
cparata	0:e7e920b85676	621	* Default value: 0x00.(To be verified)
cparata	0:e7e920b85676	622	* POUT7 - POUT0: Pressure data LSB (2's complement).
cparata	0:e7e920b85676	623	* Pressure output data: Pout(hPA)=(PRESS_OUT_H & PRESS_OUT_L &
cparata	0:e7e920b85676	624	* PRESS_OUT_XL)[dec]/4096.
cparata	0:e7e920b85676	625	* \endcode
cparata	0:e7e920b85676	626	*/
cparata	0:e7e920b85676	627
cparata	0:e7e920b85676	628	#define LPS22HB_PRESS_OUT_XL_REG (uint8_t)0x28
cparata	0:e7e920b85676	629	/**
cparata	0:e7e920b85676	630	* @brief Pressure data (Middle part) register.
cparata	0:e7e920b85676	631	* \code
cparata	0:e7e920b85676	632	* Read
cparata	0:e7e920b85676	633	* Default value: 0x80.
cparata	0:e7e920b85676	634	* POUT15 - POUT8: Pressure data middle part (2's complement).
cparata	0:e7e920b85676	635	* Pressure output data: Pout(hPA)=(PRESS_OUT_H & PRESS_OUT_L &
cparata	0:e7e920b85676	636	* PRESS_OUT_XL)[dec]/4096.
cparata	0:e7e920b85676	637	* \endcode
cparata	0:e7e920b85676	638	*/
cparata	0:e7e920b85676	639	#define LPS22HB_PRESS_OUT_L_REG (uint8_t)0x29
cparata	0:e7e920b85676	640
cparata	0:e7e920b85676	641	/**
cparata	0:e7e920b85676	642	* @brief Pressure data (MSB) register.
cparata	0:e7e920b85676	643	* \code
cparata	0:e7e920b85676	644	* Read
cparata	0:e7e920b85676	645	* Default value: 0x2F.
cparata	0:e7e920b85676	646	* POUT23 - POUT16: Pressure data MSB (2's complement).
cparata	0:e7e920b85676	647	* Pressure output data: Pout(hPA)=(PRESS_OUT_H & PRESS_OUT_L &
cparata	0:e7e920b85676	648	* PRESS_OUT_XL)[dec]/4096.
cparata	0:e7e920b85676	649	* \endcode
cparata	0:e7e920b85676	650	*/
cparata	0:e7e920b85676	651	#define LPS22HB_PRESS_OUT_H_REG (uint8_t)0x2A
cparata	0:e7e920b85676	652
cparata	0:e7e920b85676	653	/**
cparata	0:e7e920b85676	654	* @brief Temperature data (LSB) register.
cparata	0:e7e920b85676	655	* \code
cparata	0:e7e920b85676	656	* Read
cparata	0:e7e920b85676	657	* Default value: 0x00.
cparata	0:e7e920b85676	658	* TOUT7 - TOUT0: temperature data LSB.
cparata	0:e7e920b85676	659	* Tout(degC)=TEMP_OUT/100
cparata	0:e7e920b85676	660	* \endcode
cparata	0:e7e920b85676	661	*/
cparata	0:e7e920b85676	662	#define LPS22HB_TEMP_OUT_L_REG (uint8_t)0x2B
cparata	0:e7e920b85676	663
cparata	0:e7e920b85676	664	/**
cparata	0:e7e920b85676	665	* @brief Temperature data (MSB) register.
cparata	0:e7e920b85676	666	* \code
cparata	0:e7e920b85676	667	* Read
cparata	0:e7e920b85676	668	* Default value: 0x00.
cparata	0:e7e920b85676	669	* TOUT15 - TOUT8: temperature data MSB.
cparata	0:e7e920b85676	670	* Tout(degC)=TEMP_OUT/100
cparata	0:e7e920b85676	671	* \endcode
cparata	0:e7e920b85676	672	*/
cparata	0:e7e920b85676	673	#define LPS22HBH_TEMP_OUT_H_REG (uint8_t)0x2C
cparata	0:e7e920b85676	674
cparata	0:e7e920b85676	675	/**
cparata	0:e7e920b85676	676	* @brief Threshold pressure (LSB) register.
cparata	0:e7e920b85676	677	* \code
cparata	0:e7e920b85676	678	* Read/write
cparata	0:e7e920b85676	679	* Default value: 0x00.
cparata	0:e7e920b85676	680	* 7:0 THS7-THS0: LSB Threshold pressure Low part of threshold value for pressure interrupt
cparata	0:e7e920b85676	681	* generation. The complete threshold value is given by THS_P_H & THS_P_L and is
cparata	0:e7e920b85676	682	* expressed as unsigned number. P_ths(hPA)=(THS_P_H & THS_P_L)[dec]/16.
cparata	0:e7e920b85676	683	* \endcode
cparata	0:e7e920b85676	684	*/
cparata	0:e7e920b85676	685	#define LPS22HB_THS_P_LOW_REG (uint8_t)0x0C
cparata	0:e7e920b85676	686
cparata	0:e7e920b85676	687	/**
cparata	0:e7e920b85676	688	* @brief Threshold pressure (MSB)
cparata	0:e7e920b85676	689	* \code
cparata	0:e7e920b85676	690	* Read/write
cparata	0:e7e920b85676	691	* Default value: 0x00.
cparata	0:e7e920b85676	692	* 7:0 THS15-THS8: MSB Threshold pressure. High part of threshold value for pressure interrupt
cparata	0:e7e920b85676	693	* generation. The complete threshold value is given by THS_P_H & THS_P_L and is
cparata	0:e7e920b85676	694	* expressed as unsigned number. P_ths(mbar)=(THS_P_H & THS_P_L)[dec]/16.
cparata	0:e7e920b85676	695	* \endcode
cparata	0:e7e920b85676	696	*/
cparata	0:e7e920b85676	697	#define LPS22HB_THS_P_HIGH_REG (uint8_t)0x0D
cparata	0:e7e920b85676	698
cparata	0:e7e920b85676	699	/**
cparata	0:e7e920b85676	700	* @brief FIFO control register
cparata	0:e7e920b85676	701	* \code
cparata	0:e7e920b85676	702	* Read/write
cparata	0:e7e920b85676	703	* Default value: 0x00
cparata	0:e7e920b85676	704	* 7:5 F_MODE2, F_MODE1, F_MODE0: FIFO mode selection.
cparata	0:e7e920b85676	705	* FM2 \| FM1 \| FM0 \| FIFO MODE
cparata	0:e7e920b85676	706	* ---------------------------------------------------
cparata	0:e7e920b85676	707	* 0 \| 0 \| 0 \| BYPASS MODE
cparata	0:e7e920b85676	708	* 0 \| 0 \| 1 \| FIFO MODE. Stops collecting data when full
cparata	0:e7e920b85676	709	* 0 \| 1 \| 0 \| STREAM MODE: Keep the newest measurements in the FIFO
cparata	0:e7e920b85676	710	* 0 \| 1 \| 1 \| STREAM MODE until trigger deasserted, then change to FIFO MODE
cparata	0:e7e920b85676	711	* 1 \| 0 \| 0 \| BYPASS MODE until trigger deasserted, then STREAM MODE
cparata	0:e7e920b85676	712	* 1 \| 0 \| 1 \| Reserved for future use
cparata	0:e7e920b85676	713	* 1 \| 1 \| 0 \| Reserved
cparata	0:e7e920b85676	714	* 1 \| 1 \| 1 \| BYPASS mode until trigger deasserted, then FIFO MODE
cparata	0:e7e920b85676	715	*
cparata	0:e7e920b85676	716	* 4:0 WTM_POINT4-0 : FIFO Watermark level selection (0-31)
cparata	0:e7e920b85676	717	*/
cparata	0:e7e920b85676	718	#define LPS22HB_CTRL_FIFO_REG (uint8_t)0x14
cparata	0:e7e920b85676	719
cparata	0:e7e920b85676	720	#define LPS22HB_FIFO_MODE_MASK (uint8_t)0xE0
cparata	0:e7e920b85676	721	#define LPS22HB_WTM_POINT_MASK (uint8_t)0x1F
cparata	0:e7e920b85676	722
cparata	0:e7e920b85676	723
cparata	0:e7e920b85676	724	/**
cparata	0:e7e920b85676	725	* @brief FIFO Status register
cparata	0:e7e920b85676	726	* \code
cparata	0:e7e920b85676	727	* Read
cparata	0:e7e920b85676	728	* Default value: ----
cparata	0:e7e920b85676	729	* 7 FTH_FIFO: FIFO threshold status. 0:FIFO filling is lower than FTH level; 1: FIFO is equal or higher than FTH level.
cparata	0:e7e920b85676	730	* 6 OVR: Overrun bit status. 0 - FIFO not full; 1 -FIFO is full and at least one sample in the FIFO has been overwritten.
cparata	0:e7e920b85676	731	* 5:0 FSS: FIFO Stored data level. 000000: FIFO empty, 100000: FIFO is full and has 32 unread samples.
cparata	0:e7e920b85676	732	* \endcode
cparata	0:e7e920b85676	733	*/
cparata	0:e7e920b85676	734	#define LPS22HB_STATUS_FIFO_REG (uint8_t)0x26
cparata	0:e7e920b85676	735
cparata	0:e7e920b85676	736	#define LPS22HB_FTH_FIFO_BIT LPS22HB_BIT(7)
cparata	0:e7e920b85676	737	#define LPS22HB_OVR_FIFO_BIT LPS22HB_BIT(6)
cparata	0:e7e920b85676	738
cparata	0:e7e920b85676	739	#define LPS22HB_FTH_FIFO_MASK (uint8_t)0x80
cparata	0:e7e920b85676	740	#define LPS22HB_OVR_FIFO_MASK (uint8_t)0x40
cparata	0:e7e920b85676	741	#define LPS22HB_LEVEL_FIFO_MASK (uint8_t)0x3F
cparata	0:e7e920b85676	742	#define LPS22HB_FIFO_EMPTY (uint8_t)0x00
cparata	0:e7e920b85676	743	#define LPS22HB_FIFO_FULL (uint8_t)0x20
cparata	0:e7e920b85676	744
cparata	0:e7e920b85676	745
cparata	0:e7e920b85676	746
cparata	0:e7e920b85676	747	/**
cparata	0:e7e920b85676	748	* @brief Pressure offset register (LSB)
cparata	0:e7e920b85676	749	* \code
cparata	0:e7e920b85676	750	* Read/write
cparata	0:e7e920b85676	751	* Default value: 0x00
cparata	0:e7e920b85676	752	* 7:0 RPDS7-0:Pressure Offset for 1 point calibration (OPC) after soldering.
cparata	0:e7e920b85676	753	* This register contains the low part of the pressure offset value after soldering,for
cparata	0:e7e920b85676	754	* differential pressure computing. The complete value is given by RPDS_L & RPDS_H
cparata	0:e7e920b85676	755	* and is expressed as signed 2 complement value.
cparata	0:e7e920b85676	756	* \endcode
cparata	0:e7e920b85676	757	*/
cparata	0:e7e920b85676	758	#define LPS22HB_RPDS_L_REG (uint8_t)0x18
cparata	0:e7e920b85676	759
cparata	0:e7e920b85676	760	/**
cparata	0:e7e920b85676	761	* @brief Pressure offset register (MSB)
cparata	0:e7e920b85676	762	* \code
cparata	0:e7e920b85676	763	* Read/write
cparata	0:e7e920b85676	764	* Default value: 0x00
cparata	0:e7e920b85676	765	* 7:0 RPDS15-8:Pressure Offset for 1 point calibration (OPC) after soldering.
cparata	0:e7e920b85676	766	* This register contains the high part of the pressure offset value after soldering (see description RPDS_L)
cparata	0:e7e920b85676	767	* \endcode
cparata	0:e7e920b85676	768	*/
cparata	0:e7e920b85676	769	#define LPS22HB_RPDS_H_REG (uint8_t)0x19
cparata	0:e7e920b85676	770
cparata	0:e7e920b85676	771
cparata	0:e7e920b85676	772	/**
cparata	0:e7e920b85676	773	* @brief Clock Tree Configuration register
cparata	0:e7e920b85676	774	* \code
cparata	0:e7e920b85676	775	* Read/write
cparata	0:e7e920b85676	776	* Default value: 0x00
cparata	0:e7e920b85676	777	* 7:6 Reserved.
cparata	0:e7e920b85676	778	* 5: CTE: Clock Tree Enhancement
cparata	0:e7e920b85676	779	* \endcode
cparata	0:e7e920b85676	780	*/
cparata	0:e7e920b85676	781
cparata	0:e7e920b85676	782	#define LPS22HB_CLOCK_TREE_CONFIGURATION (uint8_t)0x43
cparata	0:e7e920b85676	783
cparata	0:e7e920b85676	784	#define LPS22HB_CTE_MASK (uint8_t)0x20
cparata	0:e7e920b85676	785
cparata	0:e7e920b85676	786	/**
cparata	0:e7e920b85676	787	* @}
cparata	0:e7e920b85676	788	*/
cparata	0:e7e920b85676	789
cparata	0:e7e920b85676	790
cparata	0:e7e920b85676	791	/**
cparata	0:e7e920b85676	792	* @}
cparata	0:e7e920b85676	793	*/
cparata	0:e7e920b85676	794
cparata	0:e7e920b85676	795
cparata	0:e7e920b85676	796	/* Exported Functions -------------------------------------------------------------*/
cparata	0:e7e920b85676	797	/** @defgroup LPS22HB_Exported_Functions
cparata	0:e7e920b85676	798	* @{
cparata	0:e7e920b85676	799	*/
cparata	0:e7e920b85676	800
cparata	0:e7e920b85676	801	LPS22HB_Error_et LPS22HB_ReadReg( void handle, uint8_t RegAddr, uint16_t NumByteToRead, uint8_t Data );
cparata	0:e7e920b85676	802	LPS22HB_Error_et LPS22HB_WriteReg( void handle, uint8_t RegAddr, uint16_t NumByteToWrite, uint8_t Data );
cparata	0:e7e920b85676	803
cparata	0:e7e920b85676	804	/**
cparata	0:e7e920b85676	805	* @brief Init the HAL layer.
cparata	0:e7e920b85676	806	* @param None
cparata	0:e7e920b85676	807	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	808	*/
cparata	0:e7e920b85676	809	#define LPS22HB_HalInit (LPS22HB_Error_et)HAL_Init_I2C
cparata	0:e7e920b85676	810
cparata	0:e7e920b85676	811	/**
cparata	0:e7e920b85676	812	* @brief DeInit the HAL layer.
cparata	0:e7e920b85676	813	* @param None
cparata	0:e7e920b85676	814	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	815	*/
cparata	0:e7e920b85676	816	#define LPS22HB_HalDeInit (LPS22HB_Error_et)HAL_DeInit_I2C
cparata	0:e7e920b85676	817
cparata	0:e7e920b85676	818
cparata	0:e7e920b85676	819	/**
cparata	0:e7e920b85676	820	* @brief Get the LPS22HB driver version.
cparata	0:e7e920b85676	821	* @param None
cparata	0:e7e920b85676	822	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	823	*/
cparata	0:e7e920b85676	824	LPS22HB_Error_et LPS22HB_Get_DriverVersion(LPS22HB_DriverVersion_st *Version);
cparata	0:e7e920b85676	825
cparata	0:e7e920b85676	826	/**
cparata	0:e7e920b85676	827	* @brief Initialization function for LPS22HB.
cparata	0:e7e920b85676	828	* This function make a memory boot.
cparata	0:e7e920b85676	829	* Init the sensor with a standard basic confifuration.
cparata	0:e7e920b85676	830	* Low Power, ODR 25 Hz, Low Pass Filter disabled; BDU enabled; I2C enabled;
cparata	0:e7e920b85676	831	* NO FIFO; NO Interrupt Enabled.
cparata	0:e7e920b85676	832	* @param None.
cparata	0:e7e920b85676	833	* @retval Error code[LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	834	*/
cparata	0:e7e920b85676	835	LPS22HB_Error_et LPS22HB_Init(void *handle);
cparata	0:e7e920b85676	836
cparata	0:e7e920b85676	837	/**
cparata	0:e7e920b85676	838	* @brief DeInit the LPS2Hb driver.
cparata	0:e7e920b85676	839	* @param None
cparata	0:e7e920b85676	840	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	841	*/
cparata	0:e7e920b85676	842
cparata	0:e7e920b85676	843	LPS22HB_Error_et LPS22HB_DeInit(void *handle);
cparata	0:e7e920b85676	844
cparata	0:e7e920b85676	845
cparata	0:e7e920b85676	846	/**
cparata	0:e7e920b85676	847	* @brief Read identification code by WHO_AM_I register
cparata	0:e7e920b85676	848	* @param Buffer to empty by Device identification Value.
cparata	0:e7e920b85676	849	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	850	*/
cparata	0:e7e920b85676	851	LPS22HB_Error_et LPS22HB_Get_DeviceID(void handle, uint8_t deviceid);
cparata	0:e7e920b85676	852
cparata	0:e7e920b85676	853
cparata	0:e7e920b85676	854	/**
cparata	0:e7e920b85676	855	* @brief Set LPS22HB Low Power or Low Noise Mode Configuration
cparata	0:e7e920b85676	856	* @param LPS22HB_LowNoise or LPS22HB_LowPower mode
cparata	0:e7e920b85676	857	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	858	*/
cparata	0:e7e920b85676	859	LPS22HB_Error_et LPS22HB_Set_PowerMode(void *handle, LPS22HB_PowerMode_et mode);
cparata	0:e7e920b85676	860
cparata	0:e7e920b85676	861	/**
cparata	0:e7e920b85676	862	* @brief Get LPS22HB Power Mode
cparata	0:e7e920b85676	863	* @param Buffer to empty with Mode: Low Noise or Low Current
cparata	0:e7e920b85676	864	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	865	*/
cparata	0:e7e920b85676	866	LPS22HB_Error_et LPS22HB_Get_PowerMode(void handle, LPS22HB_PowerMode_et mode);
cparata	0:e7e920b85676	867
cparata	0:e7e920b85676	868
cparata	0:e7e920b85676	869	/**
cparata	0:e7e920b85676	870	* @brief Set LPS22HB Output Data Rate
cparata	0:e7e920b85676	871	* @param Output Data Rate
cparata	0:e7e920b85676	872	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	873	*/
cparata	0:e7e920b85676	874	LPS22HB_Error_et LPS22HB_Set_Odr(void *handle, LPS22HB_Odr_et odr);
cparata	0:e7e920b85676	875
cparata	0:e7e920b85676	876
cparata	0:e7e920b85676	877	/**
cparata	0:e7e920b85676	878	* @brief Get LPS22HB Output Data Rate
cparata	0:e7e920b85676	879	* @param Buffer to empty with Output Data Rate
cparata	0:e7e920b85676	880	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	881	*/
cparata	0:e7e920b85676	882	LPS22HB_Error_et LPS22HB_Get_Odr(void handle, LPS22HB_Odr_et odr);
cparata	0:e7e920b85676	883
cparata	0:e7e920b85676	884	/**
cparata	0:e7e920b85676	885	* @brief Enable/Disale low-pass filter on LPS22HB pressure data
cparata	0:e7e920b85676	886	* @param state: enable or disable
cparata	0:e7e920b85676	887	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	888	*/
cparata	0:e7e920b85676	889	LPS22HB_Error_et LPS22HB_Set_LowPassFilter(void *handle, LPS22HB_State_et state);
cparata	0:e7e920b85676	890
cparata	0:e7e920b85676	891
cparata	0:e7e920b85676	892	/**
cparata	0:e7e920b85676	893	* @brief Set low-pass filter cutoff configuration on LPS22HB pressure data
cparata	0:e7e920b85676	894	* @param Filter Cutoff ODR/9 or ODR/20
cparata	0:e7e920b85676	895	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	896	*/
cparata	0:e7e920b85676	897	LPS22HB_Error_et LPS22HB_Set_LowPassFilterCutoff(void *handle, LPS22HB_LPF_Cutoff_et cutoff);
cparata	0:e7e920b85676	898
cparata	0:e7e920b85676	899	/**
cparata	0:e7e920b85676	900	* @brief Set Block Data Update mode
cparata	0:e7e920b85676	901	* @param LPS22HB_BDU_CONTINUOS_UPDATE/ LPS22HB_BDU_NO_UPDATE
cparata	0:e7e920b85676	902	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	903	*/
cparata	0:e7e920b85676	904	LPS22HB_Error_et LPS22HB_Set_Bdu(void *handle, LPS22HB_Bdu_et bdu);
cparata	0:e7e920b85676	905
cparata	0:e7e920b85676	906
cparata	0:e7e920b85676	907	/**
cparata	0:e7e920b85676	908	* @brief Get Block Data Update mode
cparata	0:e7e920b85676	909	* @param Buffer to empty whit the bdu mode read from sensor
cparata	0:e7e920b85676	910	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	911	*/
cparata	0:e7e920b85676	912	LPS22HB_Error_et LPS22HB_Get_Bdu(void handle, LPS22HB_Bdu_et bdu);
cparata	0:e7e920b85676	913
cparata	0:e7e920b85676	914	/**
cparata	0:e7e920b85676	915	* @brief Set SPI mode: 3 Wire Interface OR 4 Wire Interface
cparata	0:e7e920b85676	916	* @param LPS22HB_SPI_4_WIRE/LPS22HB_SPI_3_WIRE
cparata	0:e7e920b85676	917	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	918	*/
cparata	0:e7e920b85676	919	LPS22HB_Error_et LPS22HB_Set_SpiInterface(void *handle, LPS22HB_SPIMode_et spimode);
cparata	0:e7e920b85676	920
cparata	0:e7e920b85676	921	/**
cparata	0:e7e920b85676	922	* @brief Get SPI mode: 3 Wire Interface OR 4 Wire Interface
cparata	0:e7e920b85676	923	* @param buffer to empty with SPI mode
cparata	0:e7e920b85676	924	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	925	*/
cparata	0:e7e920b85676	926	LPS22HB_Error_et LPS22HB_Get_SpiInterface(void handle, LPS22HB_SPIMode_et spimode);
cparata	0:e7e920b85676	927
cparata	0:e7e920b85676	928	/**
cparata	0:e7e920b85676	929	* @brief Software Reset
cparata	0:e7e920b85676	930	* @param void
cparata	0:e7e920b85676	931	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	932	*/
cparata	0:e7e920b85676	933	LPS22HB_Error_et LPS22HB_SwReset(void *handle);
cparata	0:e7e920b85676	934
cparata	0:e7e920b85676	935	/**
cparata	0:e7e920b85676	936	* @brief Reboot Memory Content.
cparata	0:e7e920b85676	937	* @param void
cparata	0:e7e920b85676	938	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	939	*/
cparata	0:e7e920b85676	940	LPS22HB_Error_et LPS22HB_MemoryBoot(void *handle);
cparata	0:e7e920b85676	941
cparata	0:e7e920b85676	942	/**
cparata	0:e7e920b85676	943	* @brief Software Reset ann BOOT
cparata	0:e7e920b85676	944	* @param void
cparata	0:e7e920b85676	945	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	946	*/
cparata	0:e7e920b85676	947	LPS22HB_Error_et LPS22HB_SwResetAndMemoryBoot(void *handle);
cparata	0:e7e920b85676	948
cparata	0:e7e920b85676	949
cparata	0:e7e920b85676	950	/**
cparata	0:e7e920b85676	951	* @brief Enable or Disable FIFO
cparata	0:e7e920b85676	952	* @param LPS22HB_ENABLE/LPS22HB_DISABLE
cparata	0:e7e920b85676	953	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	954	*/
cparata	0:e7e920b85676	955	LPS22HB_Error_et LPS22HB_Set_FifoModeUse(void *handle, LPS22HB_State_et status);
cparata	0:e7e920b85676	956
cparata	0:e7e920b85676	957	/**
cparata	0:e7e920b85676	958	* @brief Enable or Disable FIFO Watermark level use. Stop on FIFO Threshold
cparata	0:e7e920b85676	959	* @param LPS22HB_ENABLE/LPS22HB_DISABLE
cparata	0:e7e920b85676	960	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	961	*/
cparata	0:e7e920b85676	962	LPS22HB_Error_et LPS22HB_Set_FifoWatermarkLevelUse(void *handle, LPS22HB_State_et status);
cparata	0:e7e920b85676	963
cparata	0:e7e920b85676	964	/**
cparata	0:e7e920b85676	965	* @brief Enable or Disable the Automatic increment register address during a multiple byte access with a serial interface (I2C or SPI)
cparata	0:e7e920b85676	966	* @param LPS22HB_ENABLE/LPS22HB_DISABLE. Default is LPS22HB_ENABLE
cparata	0:e7e920b85676	967	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	968	*/
cparata	0:e7e920b85676	969	LPS22HB_Error_et LPS22HB_Set_AutomaticIncrementRegAddress(void *handle, LPS22HB_State_et status);
cparata	0:e7e920b85676	970
cparata	0:e7e920b85676	971
cparata	0:e7e920b85676	972	/**
cparata	0:e7e920b85676	973	* @brief Set One Shot bit to start a new conversion (ODR mode has to be 000)
cparata	0:e7e920b85676	974	* @param void
cparata	0:e7e920b85676	975	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	976	*/
cparata	0:e7e920b85676	977	LPS22HB_Error_et LPS22HB_StartOneShotMeasurement(void *handle);
cparata	0:e7e920b85676	978
cparata	0:e7e920b85676	979	/**
cparata	0:e7e920b85676	980	* @brief Enable/Disable I2C
cparata	0:e7e920b85676	981	* @param State. Enable (reset bit)/ Disable (set bit)
cparata	0:e7e920b85676	982	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	983	*/
cparata	0:e7e920b85676	984	LPS22HB_Error_et LPS22HB_Set_I2C(void *handle, LPS22HB_State_et i2cstate);
cparata	0:e7e920b85676	985
cparata	0:e7e920b85676	986
cparata	0:e7e920b85676	987	/CTRL_REG3 Interrupt Control/
cparata	0:e7e920b85676	988	/**
cparata	0:e7e920b85676	989	* @brief Set Interrupt Active on High or Low Level
cparata	0:e7e920b85676	990	* @param LPS22HB_ActiveHigh/LPS22HB_ActiveLow
cparata	0:e7e920b85676	991	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	992	*/
cparata	0:e7e920b85676	993	LPS22HB_Error_et LPS22HB_Set_InterruptActiveLevel(void *handle, LPS22HB_InterruptActiveLevel_et mode);
cparata	0:e7e920b85676	994
cparata	0:e7e920b85676	995	/**
cparata	0:e7e920b85676	996	* @brief Set Push-pull/open drain selection on interrupt pads.
cparata	0:e7e920b85676	997	* @param LPS22HB_PushPull/LPS22HB_OpenDrain
cparata	0:e7e920b85676	998	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	999	*/
cparata	0:e7e920b85676	1000	LPS22HB_Error_et LPS22HB_Set_InterruptOutputType(void *handle, LPS22HB_OutputType_et output);
cparata	0:e7e920b85676	1001
cparata	0:e7e920b85676	1002	/**
cparata	0:e7e920b85676	1003	* @brief Set Data signal on INT1 pad control bits.
cparata	0:e7e920b85676	1004	* @param LPS22HB_DATA,LPS22HB_P_HIGH_LPS22HB_P_LOW,LPS22HB_P_LOW_HIGH
cparata	0:e7e920b85676	1005	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	1006	*/
cparata	0:e7e920b85676	1007	LPS22HB_Error_et LPS22HB_Set_InterruptControlConfig(void *handle, LPS22HB_OutputSignalConfig_et config);
cparata	0:e7e920b85676	1008
cparata	0:e7e920b85676	1009
cparata	0:e7e920b85676	1010	/**
cparata	0:e7e920b85676	1011	* @brief Enable/Disable Data-ready signal on INT_DRDY pin.
cparata	0:e7e920b85676	1012	* @param LPS22HB_ENABLE/LPS22HB_DISABLE
cparata	0:e7e920b85676	1013	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	1014	*/
cparata	0:e7e920b85676	1015	LPS22HB_Error_et LPS22HB_Set_DRDYInterrupt(void *handle, LPS22HB_State_et status);
cparata	0:e7e920b85676	1016
cparata	0:e7e920b85676	1017	/**
cparata	0:e7e920b85676	1018	* @brief Enable/Disable FIFO overrun interrupt on INT_DRDY pin.
cparata	0:e7e920b85676	1019	* @param LPS22HB_ENABLE/LPS22HB_DISABLE
cparata	0:e7e920b85676	1020	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	1021	*/
cparata	0:e7e920b85676	1022	LPS22HB_Error_et LPS22HB_Set_FIFO_OVR_Interrupt(void *handle, LPS22HB_State_et status);
cparata	0:e7e920b85676	1023
cparata	0:e7e920b85676	1024	/**
cparata	0:e7e920b85676	1025	* @brief Enable/Disable FIFO threshold (Watermark) interrupt on INT_DRDY pin.
cparata	0:e7e920b85676	1026	* @param LPS22HB_ENABLE/LPS22HB_DISABLE
cparata	0:e7e920b85676	1027	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	1028	*/
cparata	0:e7e920b85676	1029	LPS22HB_Error_et LPS22HB_Set_FIFO_FTH_Interrupt(void *handle, LPS22HB_State_et status);
cparata	0:e7e920b85676	1030
cparata	0:e7e920b85676	1031	/**
cparata	0:e7e920b85676	1032	* @brief Enable/Disable FIFO FULL interrupt on INT_DRDY pin.
cparata	0:e7e920b85676	1033	* @param LPS22HB_ENABLE/LPS22HB_DISABLE
cparata	0:e7e920b85676	1034	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	1035	*/
cparata	0:e7e920b85676	1036	LPS22HB_Error_et LPS22HB_Set_FIFO_FULL_Interrupt(void *handle, LPS22HB_State_et status);
cparata	0:e7e920b85676	1037
cparata	0:e7e920b85676	1038	/**
cparata	0:e7e920b85676	1039	* @brief Enable AutoRifP function
cparata	0:e7e920b85676	1040	* @param none
cparata	0:e7e920b85676	1041	* @detail When this function is enabled, an internal register is set with the current pressure values
cparata	0:e7e920b85676	1042	* and the content is subtracted from the pressure output value and result is used for the interrupt generation.
cparata	0:e7e920b85676	1043	* the AutoRifP is slf creared.
cparata	0:e7e920b85676	1044	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	1045	*/
cparata	0:e7e920b85676	1046	LPS22HB_Error_et LPS22HB_Set_AutoRifP(void *handle);
cparata	0:e7e920b85676	1047
cparata	0:e7e920b85676	1048	/**
cparata	0:e7e920b85676	1049	* @brief Disable AutoRifP
cparata	0:e7e920b85676	1050	* @param none
cparata	0:e7e920b85676	1051	* @detail the RESET_ARP bit is used to disable the AUTORIFP function. This bis i is selfdleared
cparata	0:e7e920b85676	1052	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	1053	*/
cparata	0:e7e920b85676	1054	LPS22HB_Error_et LPS22HB_ResetAutoRifP(void *handle);
cparata	0:e7e920b85676	1055
cparata	0:e7e920b85676	1056	/**?????
cparata	0:e7e920b85676	1057	* @brief Set AutoZero Function bit
cparata	0:e7e920b85676	1058	* @detail When set to ‘1’, the actual pressure output is copied in the REF_P reg (@0x15..0x17)
cparata	0:e7e920b85676	1059	* @param None
cparata	0:e7e920b85676	1060	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	1061	*/
cparata	0:e7e920b85676	1062	LPS22HB_Error_et LPS22HB_Set_AutoZeroFunction(void *handle);
cparata	0:e7e920b85676	1063
cparata	0:e7e920b85676	1064	/**???
cparata	0:e7e920b85676	1065	* @brief Set ResetAutoZero Function bit
cparata	0:e7e920b85676	1066	* @details REF_P reg (@0x015..17) set pressure reference to default value RPDS reg (0x18/19).
cparata	0:e7e920b85676	1067	* @param None
cparata	0:e7e920b85676	1068	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	1069	*/
cparata	0:e7e920b85676	1070	LPS22HB_Error_et LPS22HB_ResetAutoZeroFunction(void *handle);
cparata	0:e7e920b85676	1071
cparata	0:e7e920b85676	1072
cparata	0:e7e920b85676	1073	/**
cparata	0:e7e920b85676	1074	* @brief Enable/ Disable the computing of differential pressure output (Interrupt Generation)
cparata	0:e7e920b85676	1075	* @param LPS22HB_ENABLE,LPS22HB_DISABLE
cparata	0:e7e920b85676	1076	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	1077	*/
cparata	0:e7e920b85676	1078	LPS22HB_Error_et LPS22HB_Set_InterruptDifferentialGeneration(void *handle, LPS22HB_State_et diff_en) ;
cparata	0:e7e920b85676	1079
cparata	0:e7e920b85676	1080
cparata	0:e7e920b85676	1081
cparata	0:e7e920b85676	1082	/**
cparata	0:e7e920b85676	1083	* @brief Get the DIFF_EN bit value
cparata	0:e7e920b85676	1084	* @param buffer to empty with the read value of DIFF_EN bit
cparata	0:e7e920b85676	1085	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	1086	*/
cparata	0:e7e920b85676	1087	LPS22HB_Error_et LPS22HB_Get_InterruptDifferentialGeneration(void handle, LPS22HB_State_et diff_en);
cparata	0:e7e920b85676	1088
cparata	0:e7e920b85676	1089
cparata	0:e7e920b85676	1090	/**
cparata	0:e7e920b85676	1091	* @brief Latch Interrupt request to the INT_SOURCE register.
cparata	0:e7e920b85676	1092	* @param LPS22HB_ENABLE/LPS22HB_DISABLE
cparata	0:e7e920b85676	1093	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	1094	*/
cparata	0:e7e920b85676	1095	LPS22HB_Error_et LPS22HB_LatchInterruptRequest(void *handle, LPS22HB_State_et status);
cparata	0:e7e920b85676	1096
cparata	0:e7e920b85676	1097	/**
cparata	0:e7e920b85676	1098	* @brief Enable\Disable Interrupt Generation on differential pressure Low event
cparata	0:e7e920b85676	1099	* @param LPS22HB_ENABLE/LPS22HB_DISABLE
cparata	0:e7e920b85676	1100	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	1101	*/
cparata	0:e7e920b85676	1102	LPS22HB_Error_et LPS22HB_Set_PLE(void *handle, LPS22HB_State_et status);
cparata	0:e7e920b85676	1103
cparata	0:e7e920b85676	1104	/**
cparata	0:e7e920b85676	1105	* @brief Enable\Disable Interrupt Generation on differential pressure High event
cparata	0:e7e920b85676	1106	* @param LPS22HB_ENABLE/LPS22HB_DISABLE
cparata	0:e7e920b85676	1107	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	1108	*/
cparata	0:e7e920b85676	1109	LPS22HB_Error_et LPS22HB_Set_PHE(void *handle, LPS22HB_State_et status);
cparata	0:e7e920b85676	1110
cparata	0:e7e920b85676	1111	/**
cparata	0:e7e920b85676	1112	* @brief Get the Interrupt Generation on differential pressure status event and the Boot Status.
cparata	0:e7e920b85676	1113	* @detail The INT_SOURCE register is cleared by reading it.
cparata	0:e7e920b85676	1114	* @param Status Event Flag: BOOT, PH,PL,IA
cparata	0:e7e920b85676	1115	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	1116	*/
cparata	0:e7e920b85676	1117	LPS22HB_Error_et LPS22HB_Get_InterruptDifferentialEventStatus(void handle, LPS22HB_InterruptDiffStatus_st interruptsource);
cparata	0:e7e920b85676	1118
cparata	0:e7e920b85676	1119
cparata	0:e7e920b85676	1120	/**
cparata	0:e7e920b85676	1121	* @brief Get the status of Pressure and Temperature data
cparata	0:e7e920b85676	1122	* @param Data Status Flag: TempDataAvailable, TempDataOverrun, PressDataAvailable, PressDataOverrun
cparata	0:e7e920b85676	1123	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	1124	*/
cparata	0:e7e920b85676	1125	LPS22HB_Error_et LPS22HB_Get_DataStatus(void handle, LPS22HB_DataStatus_st datastatus);
cparata	0:e7e920b85676	1126
cparata	0:e7e920b85676	1127
cparata	0:e7e920b85676	1128	/**
cparata	0:e7e920b85676	1129	* @brief Get the LPS22HB raw presure value
cparata	0:e7e920b85676	1130	* @param The buffer to empty with the pressure raw value
cparata	0:e7e920b85676	1131	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	1132	*/
cparata	0:e7e920b85676	1133	LPS22HB_Error_et LPS22HB_Get_RawPressure(void handle, int32_t raw_press);
cparata	0:e7e920b85676	1134
cparata	0:e7e920b85676	1135	/**
cparata	0:e7e920b85676	1136	* @brief Get the LPS22HB Pressure value in hPA.
cparata	0:e7e920b85676	1137	* @param The buffer to empty with the pressure value that must be divided by 100 to get the value in hPA
cparata	0:e7e920b85676	1138	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	1139	*/
cparata	0:e7e920b85676	1140	LPS22HB_Error_et LPS22HB_Get_Pressure(void handle, int32_t Pout);
cparata	0:e7e920b85676	1141
cparata	0:e7e920b85676	1142	/**
cparata	0:e7e920b85676	1143	* @brief Read LPS22HB output register, and calculate the raw temperature.
cparata	0:e7e920b85676	1144	* @param The buffer to empty with the temperature raw value
cparata	0:e7e920b85676	1145	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	1146	*/
cparata	0:e7e920b85676	1147	LPS22HB_Error_et LPS22HB_Get_RawTemperature(void handle, int16_t raw_data);
cparata	0:e7e920b85676	1148
cparata	0:e7e920b85676	1149	/**
cparata	0:e7e920b85676	1150	* @brief Read the Temperature value in °C.
cparata	0:e7e920b85676	1151	* @param The buffer to empty with the temperature value that must be divided by 10 to get the value in ['C]
cparata	0:e7e920b85676	1152	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	1153	*/
cparata	0:e7e920b85676	1154	LPS22HB_Error_et LPS22HB_Get_Temperature(void handle, int16_t Tout);
cparata	0:e7e920b85676	1155
cparata	0:e7e920b85676	1156	/**
cparata	0:e7e920b85676	1157	* @brief Get the threshold value used for pressure interrupt generation.
cparata	0:e7e920b85676	1158	* @param The buffer to empty with the temperature value
cparata	0:e7e920b85676	1159	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	1160	*/
cparata	0:e7e920b85676	1161	LPS22HB_Error_et LPS22HB_Get_PressureThreshold(void handle, int16_t P_ths);
cparata	0:e7e920b85676	1162
cparata	0:e7e920b85676	1163	/**
cparata	0:e7e920b85676	1164	* @brief Set the threshold value used for pressure interrupt generation.
cparata	0:e7e920b85676	1165	* @param The buffer to empty with the temperature value
cparata	0:e7e920b85676	1166	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	1167	*/
cparata	0:e7e920b85676	1168	LPS22HB_Error_et LPS22HB_Set_PressureThreshold(void *handle, int16_t P_ths);
cparata	0:e7e920b85676	1169
cparata	0:e7e920b85676	1170	/**
cparata	0:e7e920b85676	1171	* @brief Set Fifo Mode.
cparata	0:e7e920b85676	1172	* @param Fifo Mode struct
cparata	0:e7e920b85676	1173	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	1174	*/
cparata	0:e7e920b85676	1175	LPS22HB_Error_et LPS22HB_Set_FifoMode(void *handle, LPS22HB_FifoMode_et fifomode);
cparata	0:e7e920b85676	1176	/**
cparata	0:e7e920b85676	1177	* @brief Get Fifo Mode.
cparata	0:e7e920b85676	1178	* @param Buffer to empty with fifo mode value
cparata	0:e7e920b85676	1179	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	1180	*/
cparata	0:e7e920b85676	1181	LPS22HB_Error_et LPS22HB_Get_FifoMode(void handle, LPS22HB_FifoMode_et fifomode);
cparata	0:e7e920b85676	1182
cparata	0:e7e920b85676	1183	/**
cparata	0:e7e920b85676	1184	* @brief Set Fifo Watermark Level.
cparata	0:e7e920b85676	1185	* @param Watermark level value [0 31]
cparata	0:e7e920b85676	1186	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	1187	*/
cparata	0:e7e920b85676	1188	LPS22HB_Error_et LPS22HB_Set_FifoWatermarkLevel(void *handle, uint8_t wtmlevel);
cparata	0:e7e920b85676	1189
cparata	0:e7e920b85676	1190	/**
cparata	0:e7e920b85676	1191	* @brief Get FIFO Watermark Level
cparata	0:e7e920b85676	1192	* @param buffer to empty with watermak level[0,31] value read from sensor
cparata	0:e7e920b85676	1193	* @retval Status [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	1194	*/
cparata	0:e7e920b85676	1195	LPS22HB_Error_et LPS22HB_Get_FifoWatermarkLevel(void handle, uint8_t wtmlevel);
cparata	0:e7e920b85676	1196
cparata	0:e7e920b85676	1197
cparata	0:e7e920b85676	1198	/**
cparata	0:e7e920b85676	1199	* @brief Get Fifo Status.
cparata	0:e7e920b85676	1200	* @param Buffer to empty with fifo status
cparata	0:e7e920b85676	1201	* @retval Status [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	1202	*/
cparata	0:e7e920b85676	1203	LPS22HB_Error_et LPS22HB_Get_FifoStatus(void handle, LPS22HB_FifoStatus_st status);
cparata	0:e7e920b85676	1204
cparata	0:e7e920b85676	1205
cparata	0:e7e920b85676	1206	/**
cparata	0:e7e920b85676	1207	* @brief Get the reference pressure after soldering for computing differential pressure (hPA)
cparata	0:e7e920b85676	1208	* @param buffer to empty with the he pressure value (hPA)
cparata	0:e7e920b85676	1209	* @retval Status [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	1210	*/
cparata	0:e7e920b85676	1211	LPS22HB_Error_et LPS22HB_Get_PressureOffsetValue(void handle, int16_t pressoffset);
cparata	0:e7e920b85676	1212
cparata	0:e7e920b85676	1213	/**
cparata	0:e7e920b85676	1214	* @brief Get the Reference Pressure value
cparata	0:e7e920b85676	1215	* @detail It is a 24-bit data added to the sensor output measurement to detect a measured pressure beyond programmed limits.
cparata	0:e7e920b85676	1216	* @param Buffer to empty with reference pressure value
cparata	0:e7e920b85676	1217	* @retval Status [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	1218	*/
cparata	0:e7e920b85676	1219	LPS22HB_Error_et LPS22HB_Get_ReferencePressure(void handle, int32_t RefP);
cparata	0:e7e920b85676	1220
cparata	0:e7e920b85676	1221
cparata	0:e7e920b85676	1222	/**
cparata	0:e7e920b85676	1223	* @brief Check if the single measurement has completed.
cparata	0:e7e920b85676	1224	* @param the returned value is set to 1, when the measurement is completed
cparata	0:e7e920b85676	1225	* @retval Status [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	1226	*/
cparata	0:e7e920b85676	1227	LPS22HB_Error_et LPS22HB_IsMeasurementCompleted(void handle, uint8_t Is_Measurement_Completed);
cparata	0:e7e920b85676	1228
cparata	0:e7e920b85676	1229
cparata	0:e7e920b85676	1230	/**
cparata	0:e7e920b85676	1231	* @brief Get the values of the last single measurement.
cparata	0:e7e920b85676	1232	* @param Pressure and temperature value
cparata	0:e7e920b85676	1233	* @retvalStatus [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	1234	*/
cparata	0:e7e920b85676	1235	LPS22HB_Error_et LPS22HB_Get_Measurement(void handle, LPS22HB_MeasureTypeDef_st Measurement_Value);
cparata	0:e7e920b85676	1236
cparata	0:e7e920b85676	1237
cparata	0:e7e920b85676	1238	/**
cparata	0:e7e920b85676	1239	* @brief Set Generic Configuration
cparata	0:e7e920b85676	1240	* @param Struct to empty with the chosen values
cparata	0:e7e920b85676	1241	* @retval Error code[LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	1242	*/
cparata	0:e7e920b85676	1243	LPS22HB_Error_et LPS22HB_Set_GenericConfig(void handle, LPS22HB_ConfigTypeDef_st pxLPS22HBInit);
cparata	0:e7e920b85676	1244
cparata	0:e7e920b85676	1245	/**
cparata	0:e7e920b85676	1246	* @brief Get Generic configuration
cparata	0:e7e920b85676	1247	* @param Struct to empty with configuration values
cparata	0:e7e920b85676	1248	* @retval Error code[LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	1249	*/
cparata	0:e7e920b85676	1250	LPS22HB_Error_et LPS22HB_Get_GenericConfig(void handle, LPS22HB_ConfigTypeDef_st pxLPS22HBInit);
cparata	0:e7e920b85676	1251
cparata	0:e7e920b85676	1252	/**
cparata	0:e7e920b85676	1253	* @brief Set Interrupt configuration
cparata	0:e7e920b85676	1254	* @param Struct holding the configuration values
cparata	0:e7e920b85676	1255	* @retval Error code[LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	1256	*/
cparata	0:e7e920b85676	1257	LPS22HB_Error_et LPS22HB_Set_InterruptConfig(void handle, LPS22HB_InterruptTypeDef_st pLPS22HBInt);
cparata	0:e7e920b85676	1258
cparata	0:e7e920b85676	1259	/**
cparata	0:e7e920b85676	1260	* @brief LPS22HBGet_InterruptConfig
cparata	0:e7e920b85676	1261	* @param Struct to empty with configuration values
cparata	0:e7e920b85676	1262	* @retval S Error code[LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	1263	*/
cparata	0:e7e920b85676	1264	LPS22HB_Error_et LPS22HB_Get_InterruptConfig(void handle, LPS22HB_InterruptTypeDef_st pLPS22HBInt);
cparata	0:e7e920b85676	1265
cparata	0:e7e920b85676	1266	/**
cparata	0:e7e920b85676	1267	* @brief Set Fifo configuration
cparata	0:e7e920b85676	1268	* @param Struct holding the configuration values
cparata	0:e7e920b85676	1269	* @retval Error code[LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	1270	*/
cparata	0:e7e920b85676	1271	LPS22HB_Error_et LPS22HB_Set_FifoConfig(void handle, LPS22HB_FIFOTypeDef_st pLPS22HBFIFO);
cparata	0:e7e920b85676	1272
cparata	0:e7e920b85676	1273	/**
cparata	0:e7e920b85676	1274	* @brief Get Fifo configuration
cparata	0:e7e920b85676	1275	* @param Struct to empty with the configuration values
cparata	0:e7e920b85676	1276	* @retval Error code[LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	1277	*/
cparata	0:e7e920b85676	1278	LPS22HB_Error_et LPS22HB_Get_FifoConfig(void handle, LPS22HB_FIFOTypeDef_st pLPS22HBFIFO);
cparata	0:e7e920b85676	1279
cparata	0:e7e920b85676	1280	/**
cparata	0:e7e920b85676	1281	* @brief Clock Tree Confoguration
cparata	0:e7e920b85676	1282	* @param LPS22HB_CTE_NotBalanced, LPS22HB_CTE_ABalanced
cparata	0:e7e920b85676	1283	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e7e920b85676	1284	*/
cparata	0:e7e920b85676	1285	LPS22HB_Error_et LPS22HB_Set_ClockTreeConfifuration(void *handle, LPS22HB_CTE_et mode);
cparata	0:e7e920b85676	1286
cparata	0:e7e920b85676	1287	/**
cparata	0:e7e920b85676	1288	* @}
cparata	0:e7e920b85676	1289	*/
cparata	0:e7e920b85676	1290
cparata	0:e7e920b85676	1291	/**
cparata	0:e7e920b85676	1292	* @}
cparata	0:e7e920b85676	1293	*/
cparata	0:e7e920b85676	1294
cparata	0:e7e920b85676	1295	/**
cparata	0:e7e920b85676	1296	* @}
cparata	0:e7e920b85676	1297	*/
cparata	0:e7e920b85676	1298
cparata	0:e7e920b85676	1299	#ifdef __cplusplus
cparata	0:e7e920b85676	1300	}
cparata	0:e7e920b85676	1301	#endif
cparata	0:e7e920b85676	1302
cparata	0:e7e920b85676	1303	#endif /* __LPS22HB_DRIVER__H */
cparata	0:e7e920b85676	1304
cparata	0:e7e920b85676	1305	/***************** (C) COPYRIGHT 2013 STMicroelectronics *END OF FILE**/

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Type:	Program
Mbed OS support:	Mbed 2 deprecated
Created:	16 Dec 2016
Imports:	97
Forks:	0
Commits:	17
Dependents:	0
Dependencies:	2
Followers:	402

The code in this repository is Apache licensed.

Wake up Demo Application based on sensor expansion board X-NUCLEO-IKS01A2

X_NUCLEO_IKS01A2/Components/LPS22HBSensor/LPS22HB_Driver.h@2:7ad7571557a5, 2016-08-19 (annotated)

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