SingleDoubleTap_IKS01A2 - Example of single tap and double tap detection fo…

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ST / Mbed 2 deprecated SingleDoubleTap_IKS01A2

Example of single tap and double tap detection for LSM6DSL in X-NUCLEO-IKS01A2

Fork of SingleDoubleTap_IKS01A2 by ST Expansion SW Team

Single and Double Tap Demo Application based on sensor expansion board X-NUCLEO-IKS01A2

Main function is to show how to detect the single and double tap events 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 tap the board and then view the notification using an hyper terminal. When the single tap is detected, the LED is switched on for a while.
- the user can press the user button to pass from the single tap detection to the double tap detection feature. The user can try to double tap the board and then view the notification using an hyper terminal. When the double tap is detected, the LED is switched on twice for a while.
- the user can press again the user button to disable the single and double tap detection feature.
- the user can press the user button to enable again the single tap detection feature and so on.

X_NUCLEO_IKS01A2/Components/LPS22HBSensor/LPS22HB_Driver.h@2:21a191bd1998, 2016-08-19 (annotated)

Committer:: cparata
Date:: Fri Aug 19 12:31:21 2016 +0000
Revision:: 2:21a191bd1998
Parent:: 0:e4f89df7a7a5

Add interfaces to all components

Who changed what in which revision?

User	Revision	Line number	New contents of line
cparata	0:e4f89df7a7a5	1	/**
cparata	0:e4f89df7a7a5	2	******************************************************************************
cparata	0:e4f89df7a7a5	3	* @file LPS22HB_Driver.h
cparata	0:e4f89df7a7a5	4	* @author HESA Application Team
cparata	0:e4f89df7a7a5	5	* @version V1.1
cparata	0:e4f89df7a7a5	6	* @date 10-August-2016
cparata	0:e4f89df7a7a5	7	* @brief LPS22HB driver header file
cparata	0:e4f89df7a7a5	8	******************************************************************************
cparata	0:e4f89df7a7a5	9	* @attention
cparata	0:e4f89df7a7a5	10	*
cparata	0:e4f89df7a7a5	11	* <h2><center>© COPYRIGHT(c) 2016 STMicroelectronics</center></h2>
cparata	0:e4f89df7a7a5	12	*
cparata	0:e4f89df7a7a5	13	* Redistribution and use in source and binary forms, with or without modification,
cparata	0:e4f89df7a7a5	14	* are permitted provided that the following conditions are met:
cparata	0:e4f89df7a7a5	15	* 1. Redistributions of source code must retain the above copyright notice,
cparata	0:e4f89df7a7a5	16	* this list of conditions and the following disclaimer.
cparata	0:e4f89df7a7a5	17	* 2. Redistributions in binary form must reproduce the above copyright notice,
cparata	0:e4f89df7a7a5	18	* this list of conditions and the following disclaimer in the documentation
cparata	0:e4f89df7a7a5	19	* and/or other materials provided with the distribution.
cparata	0:e4f89df7a7a5	20	* 3. Neither the name of STMicroelectronics nor the names of its contributors
cparata	0:e4f89df7a7a5	21	* may be used to endorse or promote products derived from this software
cparata	0:e4f89df7a7a5	22	* without specific prior written permission.
cparata	0:e4f89df7a7a5	23	*
cparata	0:e4f89df7a7a5	24	* THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS"
cparata	0:e4f89df7a7a5	25	* AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE
cparata	0:e4f89df7a7a5	26	* IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE
cparata	0:e4f89df7a7a5	27	* DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE
cparata	0:e4f89df7a7a5	28	* FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL
cparata	0:e4f89df7a7a5	29	* DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR
cparata	0:e4f89df7a7a5	30	* SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER
cparata	0:e4f89df7a7a5	31	* CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY,
cparata	0:e4f89df7a7a5	32	* OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE
cparata	0:e4f89df7a7a5	33	* OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
cparata	0:e4f89df7a7a5	34	*
cparata	0:e4f89df7a7a5	35	******************************************************************************
cparata	0:e4f89df7a7a5	36	*/
cparata	0:e4f89df7a7a5	37
cparata	0:e4f89df7a7a5	38	/* Define to prevent recursive inclusion -------------------------------------*/
cparata	0:e4f89df7a7a5	39	#ifndef __LPS22HB_DRIVER__H
cparata	0:e4f89df7a7a5	40	#define __LPS22HB_DRIVER__H
cparata	0:e4f89df7a7a5	41
cparata	0:e4f89df7a7a5	42	#include <stdint.h>
cparata	0:e4f89df7a7a5	43
cparata	0:e4f89df7a7a5	44	#ifdef __cplusplus
cparata	0:e4f89df7a7a5	45	extern "C" {
cparata	0:e4f89df7a7a5	46	#endif
cparata	0:e4f89df7a7a5	47
cparata	0:e4f89df7a7a5	48	// the user must include the proper file where HAL_ReadReg and HAL_WriteReg are implemented
cparata	0:e4f89df7a7a5	49	//#include "HAL_EnvSensors.h"
cparata	0:e4f89df7a7a5	50
cparata	0:e4f89df7a7a5	51	/* Uncomment the line below to expanse the "assert_param" macro in the drivers code */
cparata	0:e4f89df7a7a5	52	//#define USE_FULL_ASSERT_LPS22HB
cparata	0:e4f89df7a7a5	53
cparata	0:e4f89df7a7a5	54	/* Exported macro ------------------------------------------------------------*/
cparata	0:e4f89df7a7a5	55	#ifdef USE_FULL_ASSERT_LPS22HB
cparata	0:e4f89df7a7a5	56
cparata	0:e4f89df7a7a5	57	/**
cparata	0:e4f89df7a7a5	58	* @brief The assert_param macro is used for function's parameters check.
cparata	0:e4f89df7a7a5	59	* @param expr: If expr is false, it calls assert_failed function which reports
cparata	0:e4f89df7a7a5	60	* the name of the source file and the source line number of the call
cparata	0:e4f89df7a7a5	61	* that failed. If expr is true, it returns no value.
cparata	0:e4f89df7a7a5	62	* @retval None
cparata	0:e4f89df7a7a5	63	*/
cparata	0:e4f89df7a7a5	64	#define LPS22HB_assert_param(expr) ((expr) ? (void)0 : LPS22HB_assert_failed((uint8_t *)__FILE__, __LINE__))
cparata	0:e4f89df7a7a5	65	/* Exported functions ------------------------------------------------------- */
cparata	0:e4f89df7a7a5	66	void LPS22HB_assert_failed(uint8_t* file, uint32_t line);
cparata	0:e4f89df7a7a5	67	#else
cparata	0:e4f89df7a7a5	68	#define LPS22HB_assert_param(expr) ((void)0)
cparata	0:e4f89df7a7a5	69	#endif /* USE_FULL_ASSERT_LPS22HB */
cparata	0:e4f89df7a7a5	70
cparata	0:e4f89df7a7a5	71	/** @addtogroup Environmental_Sensor
cparata	0:e4f89df7a7a5	72	* @{
cparata	0:e4f89df7a7a5	73	*/
cparata	0:e4f89df7a7a5	74
cparata	0:e4f89df7a7a5	75	/** @addtogroup LPS22HB_DRIVER
cparata	0:e4f89df7a7a5	76	* @{
cparata	0:e4f89df7a7a5	77	*/
cparata	0:e4f89df7a7a5	78
cparata	0:e4f89df7a7a5	79	/* Exported Types -------------------------------------------------------------*/
cparata	0:e4f89df7a7a5	80	/** @defgroup LPS22HB_Exported_Types
cparata	0:e4f89df7a7a5	81	* @{
cparata	0:e4f89df7a7a5	82	*/
cparata	0:e4f89df7a7a5	83
cparata	0:e4f89df7a7a5	84	/**
cparata	0:e4f89df7a7a5	85	* @brief Error type.
cparata	0:e4f89df7a7a5	86	*/
cparata	0:e4f89df7a7a5	87	typedef enum {LPS22HB_OK = (uint8_t)0, LPS22HB_ERROR = !LPS22HB_OK} LPS22HB_Error_et;
cparata	0:e4f89df7a7a5	88
cparata	0:e4f89df7a7a5	89	/**
cparata	0:e4f89df7a7a5	90	* @brief Enable/Disable type.
cparata	0:e4f89df7a7a5	91	*/
cparata	0:e4f89df7a7a5	92	typedef enum {LPS22HB_DISABLE = (uint8_t)0, LPS22HB_ENABLE = !LPS22HB_DISABLE} LPS22HB_State_et;
cparata	0:e4f89df7a7a5	93	#define IS_LPS22HB_State(MODE) ((MODE == LPS22HB_ENABLE) \|\| (MODE == LPS22HB_DISABLE) )
cparata	0:e4f89df7a7a5	94
cparata	0:e4f89df7a7a5	95	/**
cparata	0:e4f89df7a7a5	96	* @brief Bit status type.
cparata	0:e4f89df7a7a5	97	*/
cparata	0:e4f89df7a7a5	98	typedef enum {LPS22HB_RESET = (uint8_t)0, LPS22HB_SET = !LPS22HB_RESET} LPS22HB_BitStatus_et;
cparata	0:e4f89df7a7a5	99	#define IS_LPS22HB_BitStatus(MODE) ((MODE == LPS22HB_RESET) \|\| (MODE == LPS22HB_SET))
cparata	0:e4f89df7a7a5	100
cparata	0:e4f89df7a7a5	101	/RES_CONF see LC_EN bit/
cparata	0:e4f89df7a7a5	102	/**
cparata	0:e4f89df7a7a5	103	* @brief LPS22HB Power/Noise Mode configuration.
cparata	0:e4f89df7a7a5	104	*/
cparata	0:e4f89df7a7a5	105	typedef enum {
cparata	0:e4f89df7a7a5	106	LPS22HB_LowNoise = (uint8_t)0x00, /!< Low Noise mode /
cparata	0:e4f89df7a7a5	107	LPS22HB_LowPower = (uint8_t)0x01 /!< Low Current mode /
cparata	0:e4f89df7a7a5	108	} LPS22HB_PowerMode_et;
cparata	0:e4f89df7a7a5	109
cparata	0:e4f89df7a7a5	110	#define IS_LPS22HB_PowerMode(MODE) ((MODE == LPS22HB_LowNoise) \|\| (MODE == LPS22HB_LowPower))
cparata	0:e4f89df7a7a5	111
cparata	0:e4f89df7a7a5	112	/**
cparata	0:e4f89df7a7a5	113	* @brief Output data rate configuration.
cparata	0:e4f89df7a7a5	114	*/
cparata	0:e4f89df7a7a5	115	typedef enum {
cparata	0:e4f89df7a7a5	116
cparata	0:e4f89df7a7a5	117	LPS22HB_ODR_ONE_SHOT = (uint8_t)0x00, /!< Output Data Rate: one shot /
cparata	0:e4f89df7a7a5	118	LPS22HB_ODR_1HZ = (uint8_t)0x10, /!< Output Data Rate: 1Hz /
cparata	0:e4f89df7a7a5	119	LPS22HB_ODR_10HZ = (uint8_t)0x20, /!< Output Data Rate: 10Hz /
cparata	0:e4f89df7a7a5	120	LPS22HB_ODR_25HZ = (uint8_t)0x30, /!< Output Data Rate: 25Hz /
cparata	0:e4f89df7a7a5	121	LPS22HB_ODR_50HZ = (uint8_t)0x40, /!< Output Data Rate: 50Hz /
cparata	0:e4f89df7a7a5	122	LPS22HB_ODR_75HZ = (uint8_t)0x50 /!< Output Data Rate: 75Hz /
cparata	0:e4f89df7a7a5	123	} LPS22HB_Odr_et;
cparata	0:e4f89df7a7a5	124
cparata	0:e4f89df7a7a5	125	#define IS_LPS22HB_ODR(ODR) ((ODR == LPS22HB_ODR_ONE_SHOT) \|\| (ODR == LPS22HB_ODR_1HZ) \|\| \
cparata	0:e4f89df7a7a5	126	(ODR == LPS22HB_ODR_10HZ) \|\| (ODR == LPS22HB_ODR_25HZ)\|\| (ODR == LPS22HB_ODR_50HZ) \|\| (ODR == LPS22HB_ODR_75HZ))
cparata	0:e4f89df7a7a5	127
cparata	0:e4f89df7a7a5	128	/**
cparata	0:e4f89df7a7a5	129	* @brief Low Pass Filter Cutoff Configuration.
cparata	0:e4f89df7a7a5	130	*/
cparata	0:e4f89df7a7a5	131	typedef enum {
cparata	0:e4f89df7a7a5	132
cparata	0:e4f89df7a7a5	133	LPS22HB_ODR_9 = (uint8_t)0x00, /!< Filter Cutoff ODR/9 /
cparata	0:e4f89df7a7a5	134	LPS22HB_ODR_20 = (uint8_t)0x04 /!< Filter Cutoff ODR/20 /
cparata	0:e4f89df7a7a5	135	} LPS22HB_LPF_Cutoff_et;
cparata	0:e4f89df7a7a5	136
cparata	0:e4f89df7a7a5	137	#define IS_LPS22HB_LPF_Cutoff(CUTOFF) ((CUTOFF == LPS22HB_ODR_9) \|\| (CUTOFF == LPS22HB_ODR_20) )
cparata	0:e4f89df7a7a5	138
cparata	0:e4f89df7a7a5	139	/**
cparata	0:e4f89df7a7a5	140	* @brief Block data update.
cparata	0:e4f89df7a7a5	141	*/
cparata	0:e4f89df7a7a5	142
cparata	0:e4f89df7a7a5	143	typedef enum {
cparata	0:e4f89df7a7a5	144	LPS22HB_BDU_CONTINUOUS_UPDATE = (uint8_t)0x00, /!< Data updated continuously /
cparata	0:e4f89df7a7a5	145	LPS22HB_BDU_NO_UPDATE = (uint8_t)0x02 /!< Data updated after a read operation /
cparata	0:e4f89df7a7a5	146	} LPS22HB_Bdu_et;
cparata	0:e4f89df7a7a5	147	#define IS_LPS22HB_BDUMode(MODE) ((MODE == LPS22HB_BDU_CONTINUOUS_UPDATE) \|\| (MODE == LPS22HB_BDU_NO_UPDATE))
cparata	0:e4f89df7a7a5	148
cparata	0:e4f89df7a7a5	149	/**
cparata	0:e4f89df7a7a5	150	* @brief LPS22HB Spi Mode configuration.
cparata	0:e4f89df7a7a5	151	*/
cparata	0:e4f89df7a7a5	152	typedef enum {
cparata	0:e4f89df7a7a5	153	LPS22HB_SPI_4_WIRE = (uint8_t)0x00,
cparata	0:e4f89df7a7a5	154	LPS22HB_SPI_3_WIRE = (uint8_t)0x01
cparata	0:e4f89df7a7a5	155	} LPS22HB_SPIMode_et;
cparata	0:e4f89df7a7a5	156
cparata	0:e4f89df7a7a5	157	#define IS_LPS22HB_SPIMode(MODE) ((MODE == LPS22HB_SPI_4_WIRE) \|\| (MODE == LPS22HB_SPI_3_WIRE))
cparata	0:e4f89df7a7a5	158
cparata	0:e4f89df7a7a5	159
cparata	0:e4f89df7a7a5	160	/**
cparata	0:e4f89df7a7a5	161	* @brief LPS22HB Interrupt Active Level Configuration (on High or Low)
cparata	0:e4f89df7a7a5	162	*/
cparata	0:e4f89df7a7a5	163	typedef enum
cparata	0:e4f89df7a7a5	164	{
cparata	0:e4f89df7a7a5	165	LPS22HB_ActiveHigh = (uint8_t)0x00,
cparata	0:e4f89df7a7a5	166	LPS22HB_ActiveLow = (uint8_t)0x80
cparata	0:e4f89df7a7a5	167	}LPS22HB_InterruptActiveLevel_et;
cparata	0:e4f89df7a7a5	168	#define IS_LPS22HB_InterruptActiveLevel(MODE) ((MODE == LPS22HB_ActiveHigh) \|\| (MODE == LPS22HB_ActiveLow))
cparata	0:e4f89df7a7a5	169
cparata	0:e4f89df7a7a5	170	/**
cparata	0:e4f89df7a7a5	171	* @brief LPS22HB Push-pull/Open Drain selection on Interrupt pads.
cparata	0:e4f89df7a7a5	172	*/
cparata	0:e4f89df7a7a5	173	typedef enum
cparata	0:e4f89df7a7a5	174	{
cparata	0:e4f89df7a7a5	175	LPS22HB_PushPull = (uint8_t)0x00,
cparata	0:e4f89df7a7a5	176	LPS22HB_OpenDrain = (uint8_t)0x40
cparata	0:e4f89df7a7a5	177	}LPS22HB_OutputType_et;
cparata	0:e4f89df7a7a5	178	#define IS_LPS22HB_OutputType(MODE) ((MODE == LPS22HB_PushPull) \|\| (MODE == LPS22HB_OpenDrain))
cparata	0:e4f89df7a7a5	179
cparata	0:e4f89df7a7a5	180
cparata	0:e4f89df7a7a5	181	/**
cparata	0:e4f89df7a7a5	182	* @brief Data Signal on INT pad control bits.
cparata	0:e4f89df7a7a5	183	*/
cparata	0:e4f89df7a7a5	184	typedef enum
cparata	0:e4f89df7a7a5	185	{
cparata	0:e4f89df7a7a5	186	LPS22HB_DATA = (uint8_t)0x00,
cparata	0:e4f89df7a7a5	187	LPS22HB_P_HIGH = (uint8_t)0x01,
cparata	0:e4f89df7a7a5	188	LPS22HB_P_LOW = (uint8_t)0x02,
cparata	0:e4f89df7a7a5	189	LPS22HB_P_LOW_HIGH = (uint8_t)0x03
cparata	0:e4f89df7a7a5	190	}LPS22HB_OutputSignalConfig_et;
cparata	0:e4f89df7a7a5	191	#define IS_LPS22HB_OutputSignal(MODE) ((MODE == LPS22HB_DATA) \|\| (MODE == LPS22HB_P_HIGH)\|\|\
cparata	0:e4f89df7a7a5	192	(MODE == LPS22HB_P_LOW) \|\| (MODE == LPS22HB_P_LOW_HIGH))
cparata	0:e4f89df7a7a5	193
cparata	0:e4f89df7a7a5	194
cparata	0:e4f89df7a7a5	195
cparata	0:e4f89df7a7a5	196	/**
cparata	0:e4f89df7a7a5	197	* @brief LPS22HB Interrupt Differential Status.
cparata	0:e4f89df7a7a5	198	*/
cparata	0:e4f89df7a7a5	199
cparata	0:e4f89df7a7a5	200	typedef struct
cparata	0:e4f89df7a7a5	201	{
cparata	0:e4f89df7a7a5	202	uint8_t PH; /!< High Differential Pressure event occured /
cparata	0:e4f89df7a7a5	203	uint8_t PL; /!< Low Differential Pressure event occured /
cparata	0:e4f89df7a7a5	204	uint8_t IA; /!< One or more interrupt events have been generated.Interrupt Active /
cparata	0:e4f89df7a7a5	205	uint8_t BOOT; /!< i '1' indicates that the Boot (Reboot) phase is running /
cparata	0:e4f89df7a7a5	206	}LPS22HB_InterruptDiffStatus_st;
cparata	0:e4f89df7a7a5	207
cparata	0:e4f89df7a7a5	208
cparata	0:e4f89df7a7a5	209	/**
cparata	0:e4f89df7a7a5	210	* @brief LPS22HB Pressure and Temperature data status.
cparata	0:e4f89df7a7a5	211	*/
cparata	0:e4f89df7a7a5	212	typedef struct
cparata	0:e4f89df7a7a5	213	{
cparata	0:e4f89df7a7a5	214	uint8_t TempDataAvailable; /!< Temperature data available bit /
cparata	0:e4f89df7a7a5	215	uint8_t PressDataAvailable; /!< Pressure data available bit /
cparata	0:e4f89df7a7a5	216	uint8_t TempDataOverrun; /!< Temperature data over-run bit /
cparata	0:e4f89df7a7a5	217	uint8_t PressDataOverrun; /!< Pressure data over-run bit /
cparata	0:e4f89df7a7a5	218	}LPS22HB_DataStatus_st;
cparata	0:e4f89df7a7a5	219
cparata	0:e4f89df7a7a5	220
cparata	0:e4f89df7a7a5	221	/**
cparata	0:e4f89df7a7a5	222	* @brief LPS22HB Clock Tree configuration.
cparata	0:e4f89df7a7a5	223	*/
cparata	0:e4f89df7a7a5	224	typedef enum {
cparata	0:e4f89df7a7a5	225	LPS22HB_CTE_NotBalanced = (uint8_t)0x00,
cparata	0:e4f89df7a7a5	226	LPS22HB_CTE_Balanced = (uint8_t)0x20
cparata	0:e4f89df7a7a5	227	} LPS22HB_CTE_et;
cparata	0:e4f89df7a7a5	228
cparata	0:e4f89df7a7a5	229	#define IS_LPS22HB_CTE(MODE) ((MODE == LPS22HB_CTE_NotBalanced) \|\| (MODE == LPS22HB_CTE_Balanced))
cparata	0:e4f89df7a7a5	230
cparata	0:e4f89df7a7a5	231	/**
cparata	0:e4f89df7a7a5	232	* @brief LPS22HB Fifo Mode.
cparata	0:e4f89df7a7a5	233	*/
cparata	0:e4f89df7a7a5	234
cparata	0:e4f89df7a7a5	235	typedef enum {
cparata	0:e4f89df7a7a5	236	LPS22HB_FIFO_BYPASS_MODE = (uint8_t)0x00, /!< The FIFO is disabled and empty. The pressure is read directly/
cparata	0:e4f89df7a7a5	237	LPS22HB_FIFO_MODE = (uint8_t)0x20, /!< Stops collecting data when full /
cparata	0:e4f89df7a7a5	238	LPS22HB_FIFO_STREAM_MODE = (uint8_t)0x40, /!< Keep the newest measurements in the FIFO/
cparata	0:e4f89df7a7a5	239	LPS22HB_FIFO_TRIGGER_STREAMTOFIFO_MODE = (uint8_t)0x60, /!< STREAM MODE until trigger deasserted, then change to FIFO MODE/
cparata	0:e4f89df7a7a5	240	LPS22HB_FIFO_TRIGGER_BYPASSTOSTREAM_MODE = (uint8_t)0x80, /!< BYPASS MODE until trigger deasserted, then STREAM MODE/
cparata	0:e4f89df7a7a5	241	LPS22HB_FIFO_TRIGGER_BYPASSTOFIFO_MODE = (uint8_t)0xE0 /!< BYPASS mode until trigger deasserted, then FIFO MODE/
cparata	0:e4f89df7a7a5	242	} LPS22HB_FifoMode_et;
cparata	0:e4f89df7a7a5	243
cparata	0:e4f89df7a7a5	244	#define IS_LPS22HB_FifoMode(MODE) ((MODE == LPS22HB_FIFO_BYPASS_MODE) \|\| (MODE ==LPS22HB_FIFO_MODE)\|\|\
cparata	0:e4f89df7a7a5	245	(MODE == LPS22HB_FIFO_STREAM_MODE) \|\| (MODE == LPS22HB_FIFO_TRIGGER_STREAMTOFIFO_MODE)\|\|\
cparata	0:e4f89df7a7a5	246	(MODE == LPS22HB_FIFO_TRIGGER_BYPASSTOSTREAM_MODE) \|\| (MODE == LPS22HB_FIFO_TRIGGER_BYPASSTOFIFO_MODE))
cparata	0:e4f89df7a7a5	247
cparata	0:e4f89df7a7a5	248
cparata	0:e4f89df7a7a5	249	/**
cparata	0:e4f89df7a7a5	250	* @brief LPS22HB Fifo Satus.
cparata	0:e4f89df7a7a5	251	*/
cparata	0:e4f89df7a7a5	252	typedef struct {
cparata	0:e4f89df7a7a5	253	uint8_t FIFO_LEVEL; /!< FIFO Stored data level: 00000: FIFO empty; 10000: FIFO is FULL and ha 32 unread samples /
cparata	0:e4f89df7a7a5	254	uint8_t FIFO_EMPTY; /!< Empty FIFO Flag .1 FIFO is empty (see FIFO_level) /
cparata	0:e4f89df7a7a5	255	uint8_t FIFO_FULL; /!< Full FIFO flag.1 FIFO is Full (see FIFO_level) /
cparata	0:e4f89df7a7a5	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:e4f89df7a7a5	257	uint8_t FIFO_FTH; /!< FIFO Threshold (Watermark) Status. 1 FIFO filling is equal or higher then FTH (wtm) level./
cparata	0:e4f89df7a7a5	258	}LPS22HB_FifoStatus_st;
cparata	0:e4f89df7a7a5	259
cparata	0:e4f89df7a7a5	260
cparata	0:e4f89df7a7a5	261
cparata	0:e4f89df7a7a5	262	/**
cparata	0:e4f89df7a7a5	263	* @brief LPS22HB Configuration structure definition.
cparata	0:e4f89df7a7a5	264	*/
cparata	0:e4f89df7a7a5	265	typedef struct
cparata	0:e4f89df7a7a5	266	{
cparata	0:e4f89df7a7a5	267	LPS22HB_PowerMode_et PowerMode; /!< Enable Low Current Mode (low Power) or Low Noise Mode/
cparata	0:e4f89df7a7a5	268	LPS22HB_Odr_et OutputDataRate; /!< Output Data Rate /
cparata	0:e4f89df7a7a5	269	LPS22HB_Bdu_et BDU; /!< Enable to inhibit the output registers update between the reading of upper and lower register parts./
cparata	0:e4f89df7a7a5	270	LPS22HB_State_et LowPassFilter; /!< Enable/ Disable Low Pass Filter /
cparata	0:e4f89df7a7a5	271	LPS22HB_LPF_Cutoff_et LPF_Cutoff; /!< Low Pass Filter Configuration /
cparata	0:e4f89df7a7a5	272	LPS22HB_SPIMode_et Sim; /!< SPI Serial Interface Mode selection /
cparata	0:e4f89df7a7a5	273	LPS22HB_State_et IfAddInc; /!< Enable/Disable Register address automatically inceremented during a multiple byte access /
cparata	0:e4f89df7a7a5	274	}LPS22HB_ConfigTypeDef_st;
cparata	0:e4f89df7a7a5	275
cparata	0:e4f89df7a7a5	276
cparata	0:e4f89df7a7a5	277	/**
cparata	0:e4f89df7a7a5	278	* @brief LPS22HB Interrupt structure definition .
cparata	0:e4f89df7a7a5	279	*/
cparata	0:e4f89df7a7a5	280	typedef struct {
cparata	0:e4f89df7a7a5	281	LPS22HB_InterruptActiveLevel_et INT_H_L; /!< Interrupt active high, low. Default value: 0 /
cparata	0:e4f89df7a7a5	282	LPS22HB_OutputType_et PP_OD; /!< Push-pull/open drain selection on interrupt pads. Default value: 0 /
cparata	0:e4f89df7a7a5	283	LPS22HB_OutputSignalConfig_et OutputSignal_INT; /!< Data signal on INT Pad: Data,Pressure High, Preessure Low,P High or Low/
cparata	0:e4f89df7a7a5	284	LPS22HB_State_et DRDY; /!< Enable/Disable Data Ready Interrupt on INT_DRDY Pin/
cparata	0:e4f89df7a7a5	285	LPS22HB_State_et FIFO_OVR; /!< Enable/Disable FIFO Overrun Interrupt on INT_DRDY Pin/
cparata	0:e4f89df7a7a5	286	LPS22HB_State_et FIFO_FTH; /!< Enable/Disable FIFO threshold (Watermark) interrupt on INT_DRDY pin./
cparata	0:e4f89df7a7a5	287	LPS22HB_State_et FIFO_FULL; /!< Enable/Disable FIFO FULL interrupt on INT_DRDY pin./
cparata	0:e4f89df7a7a5	288	LPS22HB_State_et LatchIRQ; /!< Latch Interrupt request in to INT_SOURCE reg/
cparata	0:e4f89df7a7a5	289	int16_t THS_threshold; /!< Threshold value for pressure interrupt generation/
cparata	0:e4f89df7a7a5	290	LPS22HB_State_et AutoRifP; /!< Enable/Disable AutoRifP function /
cparata	0:e4f89df7a7a5	291	LPS22HB_State_et AutoZero; /!< Enable/Disable AutoZero function /
cparata	0:e4f89df7a7a5	292	}LPS22HB_InterruptTypeDef_st;
cparata	0:e4f89df7a7a5	293
cparata	0:e4f89df7a7a5	294	/**
cparata	0:e4f89df7a7a5	295	* @brief LPS22HB FIFO structure definition.
cparata	0:e4f89df7a7a5	296	*/
cparata	0:e4f89df7a7a5	297	typedef struct {
cparata	0:e4f89df7a7a5	298	LPS22HB_FifoMode_et FIFO_MODE; /!< Fifo Mode Selection /
cparata	0:e4f89df7a7a5	299	LPS22HB_State_et WTM_INT; /!< Enable/Disable the watermark interrupt/
cparata	0:e4f89df7a7a5	300	uint8_t WTM_LEVEL; /!< FIFO threshold/Watermark level selection/
cparata	0:e4f89df7a7a5	301	}LPS22HB_FIFOTypeDef_st;
cparata	0:e4f89df7a7a5	302
cparata	0:e4f89df7a7a5	303	#define IS_LPS22HB_WtmLevel(LEVEL) ((LEVEL > 0) && (LEVEL <=31))
cparata	0:e4f89df7a7a5	304	/**
cparata	0:e4f89df7a7a5	305	* @brief LPS22HB Measure Type definition.
cparata	0:e4f89df7a7a5	306	*/
cparata	0:e4f89df7a7a5	307	typedef struct {
cparata	0:e4f89df7a7a5	308	int16_t Tout;
cparata	0:e4f89df7a7a5	309	int32_t Pout;
cparata	0:e4f89df7a7a5	310	}LPS22HB_MeasureTypeDef_st;
cparata	0:e4f89df7a7a5	311
cparata	0:e4f89df7a7a5	312
cparata	0:e4f89df7a7a5	313	/**
cparata	0:e4f89df7a7a5	314	* @brief LPS22HB Driver Version Info structure definition.
cparata	0:e4f89df7a7a5	315	*/
cparata	0:e4f89df7a7a5	316	typedef struct {
cparata	0:e4f89df7a7a5	317	uint8_t Major;
cparata	0:e4f89df7a7a5	318	uint8_t Minor;
cparata	0:e4f89df7a7a5	319	uint8_t Point;
cparata	0:e4f89df7a7a5	320	}LPS22HB_DriverVersion_st;
cparata	0:e4f89df7a7a5	321
cparata	0:e4f89df7a7a5	322
cparata	0:e4f89df7a7a5	323	/**
cparata	0:e4f89df7a7a5	324	* @brief Bitfield positioning.
cparata	0:e4f89df7a7a5	325	*/
cparata	0:e4f89df7a7a5	326	#define LPS22HB_BIT(x) ((uint8_t)x)
cparata	0:e4f89df7a7a5	327
cparata	0:e4f89df7a7a5	328	/**
cparata	0:e4f89df7a7a5	329	* @brief I2C address.
cparata	0:e4f89df7a7a5	330	*/
cparata	0:e4f89df7a7a5	331	/* SD0/SA0(pin 5) is connected to the voltage supply */
cparata	0:e4f89df7a7a5	332	#define LPS22HB_ADDRESS_HIGH 0xBA /*< LPS22HB I2C Address High /
cparata	0:e4f89df7a7a5	333	/* SDO/SA0 (pin5) is connected to the GND */
cparata	0:e4f89df7a7a5	334	#define LPS22HB_ADDRESS_LOW 0xB8 /*< LPS22HB I2C Address Low /
cparata	0:e4f89df7a7a5	335
cparata	0:e4f89df7a7a5	336	/**
cparata	0:e4f89df7a7a5	337	* @brief Set the LPS22HB driver version.
cparata	0:e4f89df7a7a5	338	*/
cparata	0:e4f89df7a7a5	339
cparata	0:e4f89df7a7a5	340	#define LPS22HB_DriverVersion_Major (uint8_t)1
cparata	0:e4f89df7a7a5	341	#define LPS22HB_DriverVersion_Minor (uint8_t)0
cparata	0:e4f89df7a7a5	342	#define LPS22HB_DriverVersion_Point (uint8_t)0
cparata	0:e4f89df7a7a5	343
cparata	0:e4f89df7a7a5	344	/**
cparata	0:e4f89df7a7a5	345	* @}
cparata	0:e4f89df7a7a5	346	*/
cparata	0:e4f89df7a7a5	347
cparata	0:e4f89df7a7a5	348
cparata	0:e4f89df7a7a5	349	/* Exported Constants ---------------------------------------------------------*/
cparata	0:e4f89df7a7a5	350	/** @defgroup LPS22HB_Exported_Constants
cparata	0:e4f89df7a7a5	351	* @{
cparata	0:e4f89df7a7a5	352	*/
cparata	0:e4f89df7a7a5	353
cparata	0:e4f89df7a7a5	354
cparata	0:e4f89df7a7a5	355	/**
cparata	0:e4f89df7a7a5	356	* @addtogroup LPS22HB_Register
cparata	0:e4f89df7a7a5	357	* @{
cparata	0:e4f89df7a7a5	358	*/
cparata	0:e4f89df7a7a5	359
cparata	0:e4f89df7a7a5	360
cparata	0:e4f89df7a7a5	361
cparata	0:e4f89df7a7a5	362	/**
cparata	0:e4f89df7a7a5	363	* @brief Device Identification register.
cparata	0:e4f89df7a7a5	364	* \code
cparata	0:e4f89df7a7a5	365	* Read
cparata	0:e4f89df7a7a5	366	* Default value: 0xB1
cparata	0:e4f89df7a7a5	367	* 7:0 This read-only register contains the device identifier that, for LPS22HB, is set to B1h.
cparata	0:e4f89df7a7a5	368	* \endcode
cparata	0:e4f89df7a7a5	369	*/
cparata	0:e4f89df7a7a5	370
cparata	0:e4f89df7a7a5	371	#define LPS22HB_WHO_AM_I_REG (uint8_t)0x0F
cparata	0:e4f89df7a7a5	372
cparata	0:e4f89df7a7a5	373	/**
cparata	0:e4f89df7a7a5	374	* @brief Device Identification value.
cparata	0:e4f89df7a7a5	375	*/
cparata	0:e4f89df7a7a5	376	#define LPS22HB_WHO_AM_I_VAL (uint8_t)0xB1
cparata	0:e4f89df7a7a5	377
cparata	0:e4f89df7a7a5	378
cparata	0:e4f89df7a7a5	379	/**
cparata	0:e4f89df7a7a5	380	* @brief Reference Pressure Register(LSB data)
cparata	0:e4f89df7a7a5	381	* \code
cparata	0:e4f89df7a7a5	382	* Read/write
cparata	0:e4f89df7a7a5	383	* Default value: 0x00
cparata	0:e4f89df7a7a5	384	* 7:0 REFL7-0: Lower part of the reference pressure value that
cparata	0:e4f89df7a7a5	385	* is sum to the sensor output pressure.
cparata	0:e4f89df7a7a5	386	* \endcode
cparata	0:e4f89df7a7a5	387	*/
cparata	0:e4f89df7a7a5	388	#define LPS22HB_REF_P_XL_REG (uint8_t)0x15
cparata	0:e4f89df7a7a5	389
cparata	0:e4f89df7a7a5	390
cparata	0:e4f89df7a7a5	391	/**
cparata	0:e4f89df7a7a5	392	* @brief Reference Pressure Register (Middle data)
cparata	0:e4f89df7a7a5	393	* \code
cparata	0:e4f89df7a7a5	394	* Read/write
cparata	0:e4f89df7a7a5	395	* Default value: 0x00
cparata	0:e4f89df7a7a5	396	* 7:0 REFL15-8: Middle part of the reference pressure value that
cparata	0:e4f89df7a7a5	397	* is sum to the sensor output pressure.
cparata	0:e4f89df7a7a5	398	* \endcode
cparata	0:e4f89df7a7a5	399	*/
cparata	0:e4f89df7a7a5	400	#define LPS22HB_REF_P_L_REG (uint8_t)0x16
cparata	0:e4f89df7a7a5	401
cparata	0:e4f89df7a7a5	402	/**
cparata	0:e4f89df7a7a5	403	* @brief Reference Pressure Register (MSB data)
cparata	0:e4f89df7a7a5	404	* \code
cparata	0:e4f89df7a7a5	405	* Read/write
cparata	0:e4f89df7a7a5	406	* Default value: 0x00
cparata	0:e4f89df7a7a5	407	* 7:0 REFL23-16 Higest part of the reference pressure value that
cparata	0:e4f89df7a7a5	408	* is sum to the sensor output pressure.
cparata	0:e4f89df7a7a5	409	* \endcode
cparata	0:e4f89df7a7a5	410	*/
cparata	0:e4f89df7a7a5	411	#define LPS22HB_REF_P_H_REG (uint8_t)0x17
cparata	0:e4f89df7a7a5	412
cparata	0:e4f89df7a7a5	413
cparata	0:e4f89df7a7a5	414	/**
cparata	0:e4f89df7a7a5	415	* @brief Pressure and temperature resolution mode Register
cparata	0:e4f89df7a7a5	416	* \code
cparata	0:e4f89df7a7a5	417	* Read/write
cparata	0:e4f89df7a7a5	418	* Default value: 0x05
cparata	0:e4f89df7a7a5	419	* 7:2 These bits must be set to 0 for proper operation of the device
cparata	0:e4f89df7a7a5	420	* 1: Reserved
cparata	0:e4f89df7a7a5	421	* 0 LC_EN: Low Current Mode Enable. Default 0
cparata	0:e4f89df7a7a5	422	* \endcode
cparata	0:e4f89df7a7a5	423	*/
cparata	0:e4f89df7a7a5	424	#define LPS22HB_RES_CONF_REG (uint8_t)0x1A
cparata	0:e4f89df7a7a5	425
cparata	0:e4f89df7a7a5	426	#define LPS22HB_LCEN_MASK (uint8_t)0x01
cparata	0:e4f89df7a7a5	427
cparata	0:e4f89df7a7a5	428	/**
cparata	0:e4f89df7a7a5	429	* @brief Control Register 1
cparata	0:e4f89df7a7a5	430	* \code
cparata	0:e4f89df7a7a5	431	* Read/write
cparata	0:e4f89df7a7a5	432	* Default value: 0x00
cparata	0:e4f89df7a7a5	433	* 7: This bit must be set to 0 for proper operation of the device
cparata	0:e4f89df7a7a5	434	* 6:4 ODR2, ODR1, ODR0: output data rate selection.Default 000
cparata	0:e4f89df7a7a5	435	* ODR2 \| ODR1 \| ODR0 \| Pressure output data-rate(Hz) \| Pressure output data-rate(Hz)
cparata	0:e4f89df7a7a5	436	* ----------------------------------------------------------------------------------
cparata	0:e4f89df7a7a5	437	* 0 \| 0 \| 0 \| one shot \| one shot
cparata	0:e4f89df7a7a5	438	* 0 \| 0 \| 1 \| 1 \| 1
cparata	0:e4f89df7a7a5	439	* 0 \| 1 \| 0 \| 10 \| 10
cparata	0:e4f89df7a7a5	440	* 0 \| 1 \| 1 \| 25 \| 25
cparata	0:e4f89df7a7a5	441	* 1 \| 0 \| 0 \| 50 \| 50
cparata	0:e4f89df7a7a5	442	* 1 \| 0 \| 1 \| 75 \| 75
cparata	0:e4f89df7a7a5	443	* 1 \| 1 \| 0 \| Reserved \| Reserved
cparata	0:e4f89df7a7a5	444	* 1 \| 1 \| 1 \| Reserved \| Reserved
cparata	0:e4f89df7a7a5	445	*
cparata	0:e4f89df7a7a5	446	* 3 EN_LPFP: Enable Low Pass filter on Pressure data. Default value:0
cparata	0:e4f89df7a7a5	447	* 2:LPF_CFG Low-pass configuration register. (0: Filter cutoff is ODR/9; 1: filter cutoff is ODR/20)
cparata	0:e4f89df7a7a5	448	* 1 BDU: block data update. 0 - continuous update; 1 - output registers not updated until MSB and LSB reading.
cparata	0:e4f89df7a7a5	449	* 0 SIM: SPI Serial Interface Mode selection. 0 - SPI 4-wire; 1 - SPI 3-wire
cparata	0:e4f89df7a7a5	450	* \endcode
cparata	0:e4f89df7a7a5	451	*/
cparata	0:e4f89df7a7a5	452	#define LPS22HB_CTRL_REG1 (uint8_t)0x10
cparata	0:e4f89df7a7a5	453
cparata	0:e4f89df7a7a5	454	#define LPS22HB_ODR_MASK (uint8_t)0x70
cparata	0:e4f89df7a7a5	455	#define LPS22HB_LPFP_MASK (uint8_t)0x08
cparata	0:e4f89df7a7a5	456	#define LPS22HB_LPFP_CUTOFF_MASK (uint8_t)0x04
cparata	0:e4f89df7a7a5	457	#define LPS22HB_BDU_MASK (uint8_t)0x02
cparata	0:e4f89df7a7a5	458	#define LPS22HB_SIM_MASK (uint8_t)0x01
cparata	0:e4f89df7a7a5	459
cparata	0:e4f89df7a7a5	460	#define LPS22HB_LPFP_BIT LPS22HB_BIT(3)
cparata	0:e4f89df7a7a5	461
cparata	0:e4f89df7a7a5	462
cparata	0:e4f89df7a7a5	463	/**
cparata	0:e4f89df7a7a5	464	* @brief Control Register 2
cparata	0:e4f89df7a7a5	465	* \code
cparata	0:e4f89df7a7a5	466	* Read/write
cparata	0:e4f89df7a7a5	467	* Default value: 0x10
cparata	0:e4f89df7a7a5	468	* 7 BOOT: Reboot memory content. 0: normal mode; 1: reboot memory content. Self-clearing upon completation
cparata	0:e4f89df7a7a5	469	* 6 FIFO_EN: FIFO Enable. 0: disable; 1: enable
cparata	0:e4f89df7a7a5	470	* 5 STOP_ON_FTH: Stop on FIFO Threshold FIFO Watermark level use. 0: disable; 1: enable
cparata	0:e4f89df7a7a5	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:e4f89df7a7a5	472	* 3 I2C DIS: Disable I2C interface 0: I2C Enabled; 1: I2C disabled
cparata	0:e4f89df7a7a5	473	* 2 SWRESET: Software reset. 0: normal mode; 1: SW reset. Self-clearing upon completation
cparata	0:e4f89df7a7a5	474	* 1 AUTO_ZERO: Autozero enable. 0: normal mode; 1: autozero enable.
cparata	0:e4f89df7a7a5	475	* 0 ONE_SHOT: One shot enable. 0: waiting for start of conversion; 1: start for a new dataset
cparata	0:e4f89df7a7a5	476	* \endcode
cparata	0:e4f89df7a7a5	477	*/
cparata	0:e4f89df7a7a5	478	#define LPS22HB_CTRL_REG2 (uint8_t)0x11
cparata	0:e4f89df7a7a5	479
cparata	0:e4f89df7a7a5	480	#define LPS22HB_BOOT_BIT LPS22HB_BIT(7)
cparata	0:e4f89df7a7a5	481	#define LPS22HB_FIFO_EN_BIT LPS22HB_BIT(6)
cparata	0:e4f89df7a7a5	482	#define LPS22HB_WTM_EN_BIT LPS22HB_BIT(5)
cparata	0:e4f89df7a7a5	483	#define LPS22HB_ADD_INC_BIT LPS22HB_BIT(4)
cparata	0:e4f89df7a7a5	484	#define LPS22HB_I2C_BIT LPS22HB_BIT(3)
cparata	0:e4f89df7a7a5	485	#define LPS22HB_SW_RESET_BIT LPS22HB_BIT(2)
cparata	0:e4f89df7a7a5	486
cparata	0:e4f89df7a7a5	487	#define LPS22HB_FIFO_EN_MASK (uint8_t)0x40
cparata	0:e4f89df7a7a5	488	#define LPS22HB_WTM_EN_MASK (uint8_t)0x20
cparata	0:e4f89df7a7a5	489	#define LPS22HB_ADD_INC_MASK (uint8_t)0x10
cparata	0:e4f89df7a7a5	490	#define LPS22HB_I2C_MASK (uint8_t)0x08
cparata	0:e4f89df7a7a5	491	#define LPS22HB_ONE_SHOT_MASK (uint8_t)0x01
cparata	0:e4f89df7a7a5	492
cparata	0:e4f89df7a7a5	493
cparata	0:e4f89df7a7a5	494	/**
cparata	0:e4f89df7a7a5	495	* @brief CTRL Reg3 Interrupt Control Register
cparata	0:e4f89df7a7a5	496	* \code
cparata	0:e4f89df7a7a5	497	* Read/write
cparata	0:e4f89df7a7a5	498	* Default value: 0x00
cparata	0:e4f89df7a7a5	499	* 7 INT_H_L: Interrupt active high, low. 0:active high; 1: active low.
cparata	0:e4f89df7a7a5	500	* 6 PP_OD: Push-Pull/OpenDrain selection on interrupt pads. 0: Push-pull; 1: open drain.
cparata	0:e4f89df7a7a5	501	* 5 F_FSS5: FIFO full flag on INT_DRDY pin. Defaul value: 0. (0: Diasable; 1 : Enable).
cparata	0:e4f89df7a7a5	502	* 4 F_FTH: FIFO threshold (watermark) status on INT_DRDY pin. Defaul value: 0. (0: Diasable; 1 : Enable).
cparata	0:e4f89df7a7a5	503	* 3 F_OVR: FIFO overrun interrupt on INT_DRDY pin. Defaul value: 0. (0: Diasable; 1 : Enable).
cparata	0:e4f89df7a7a5	504	* 2 DRDY: Data-ready signal on INT_DRDY pin. Defaul value: 0. (0: Diasable; 1 : Enable).
cparata	0:e4f89df7a7a5	505	* 1:0 INT_S2, INT_S1: data signal on INT pad control bits.
cparata	0:e4f89df7a7a5	506	* INT_S2 \| INT_S1 \| INT pin
cparata	0:e4f89df7a7a5	507	* ------------------------------------------------------
cparata	0:e4f89df7a7a5	508	* 0 \| 0 \| Data signal( in order of priority:PTH_DRDY or F_FTH or F_OVR_or F_FSS5
cparata	0:e4f89df7a7a5	509	* 0 \| 1 \| Pressure high (P_high)
cparata	0:e4f89df7a7a5	510	* 1 \| 0 \| Pressure low (P_low)
cparata	0:e4f89df7a7a5	511	* 1 \| 1 \| P_low OR P_high
cparata	0:e4f89df7a7a5	512	* \endcode
cparata	0:e4f89df7a7a5	513	*/
cparata	0:e4f89df7a7a5	514	#define LPS22HB_CTRL_REG3 (uint8_t)0x12
cparata	0:e4f89df7a7a5	515
cparata	0:e4f89df7a7a5	516	#define LPS22HB_PP_OD_BIT LPS22HB_BIT(6)
cparata	0:e4f89df7a7a5	517	#define LPS22HB_FIFO_FULL_BIT LPS22HB_BIT(5)
cparata	0:e4f89df7a7a5	518	#define LPS22HB_FIFO_FTH_BIT LPS22HB_BIT(4)
cparata	0:e4f89df7a7a5	519	#define LPS22HB_FIFO_OVR_BIT LPS22HB_BIT(3)
cparata	0:e4f89df7a7a5	520	#define LPS22HB_DRDY_BIT LPS22HB_BIT(2)
cparata	0:e4f89df7a7a5	521
cparata	0:e4f89df7a7a5	522
cparata	0:e4f89df7a7a5	523	#define LPS22HB_INT_H_L_MASK (uint8_t)0x80
cparata	0:e4f89df7a7a5	524	#define LPS22HB_PP_OD_MASK (uint8_t)0x40
cparata	0:e4f89df7a7a5	525	#define LPS22HB_FIFO_FULL_MASK (uint8_t)0x20
cparata	0:e4f89df7a7a5	526	#define LPS22HB_FIFO_FTH_MASK (uint8_t)0x10
cparata	0:e4f89df7a7a5	527	#define LPS22HB_FIFO_OVR_MASK (uint8_t)0x08
cparata	0:e4f89df7a7a5	528	#define LPS22HB_DRDY_MASK (uint8_t)0x04
cparata	0:e4f89df7a7a5	529	#define LPS22HB_INT_S12_MASK (uint8_t)0x03
cparata	0:e4f89df7a7a5	530
cparata	0:e4f89df7a7a5	531
cparata	0:e4f89df7a7a5	532	/**
cparata	0:e4f89df7a7a5	533	* @brief Interrupt Differential configuration Register
cparata	0:e4f89df7a7a5	534	* \code
cparata	0:e4f89df7a7a5	535	* Read/write
cparata	0:e4f89df7a7a5	536	* Default value: 0x00.
cparata	0:e4f89df7a7a5	537	* 7 AUTORIFP: AutoRifP Enable ??
cparata	0:e4f89df7a7a5	538	* 6 RESET_ARP: Reset AutoRifP function
cparata	0:e4f89df7a7a5	539	* 4 AUTOZERO: Autozero enabled
cparata	0:e4f89df7a7a5	540	* 5 RESET_AZ: Reset Autozero Function
cparata	0:e4f89df7a7a5	541	* 3 DIFF_EN: Interrupt generation enable
cparata	0:e4f89df7a7a5	542	* 2 LIR: Latch Interrupt request into INT_SOURCE register. 0 - interrupt request not latched; 1 - interrupt request latched
cparata	0:e4f89df7a7a5	543	* 1 PL_E: Enable interrupt generation on differential pressure low event. 0 - disable; 1 - enable
cparata	0:e4f89df7a7a5	544	* 0 PH_E: Enable interrupt generation on differential pressure high event. 0 - disable; 1 - enable
cparata	0:e4f89df7a7a5	545	* \endcode
cparata	0:e4f89df7a7a5	546	*/
cparata	0:e4f89df7a7a5	547	#define LPS22HB_INTERRUPT_CFG_REG (uint8_t)0x0B
cparata	0:e4f89df7a7a5	548
cparata	0:e4f89df7a7a5	549	#define LPS22HB_DIFF_EN_BIT LPS22HB_BIT(3)
cparata	0:e4f89df7a7a5	550	#define LPS22HB_LIR_BIT LPS22HB_BIT(2)
cparata	0:e4f89df7a7a5	551	#define LPS22HB_PLE_BIT LPS22HB_BIT(1)
cparata	0:e4f89df7a7a5	552	#define LPS22HB_PHE_BIT LPS22HB_BIT(0)
cparata	0:e4f89df7a7a5	553
cparata	0:e4f89df7a7a5	554	#define LPS22HB_AUTORIFP_MASK (uint8_t)0x80
cparata	0:e4f89df7a7a5	555	#define LPS22HB_RESET_ARP_MASK (uint8_t)0x40
cparata	0:e4f89df7a7a5	556	#define LPS22HB_AUTOZERO_MASK (uint8_t)0x20
cparata	0:e4f89df7a7a5	557	#define LPS22HB_RESET_AZ_MASK (uint8_t)0x10
cparata	0:e4f89df7a7a5	558	#define LPS22HB_DIFF_EN_MASK (uint8_t)0x08
cparata	0:e4f89df7a7a5	559	#define LPS22HB_LIR_MASK (uint8_t)0x04
cparata	0:e4f89df7a7a5	560	#define LPS22HB_PLE_MASK (uint8_t)0x02
cparata	0:e4f89df7a7a5	561	#define LPS22HB_PHE_MASK (uint8_t)0x01
cparata	0:e4f89df7a7a5	562
cparata	0:e4f89df7a7a5	563
cparata	0:e4f89df7a7a5	564
cparata	0:e4f89df7a7a5	565	/**
cparata	0:e4f89df7a7a5	566	* @brief Interrupt source Register (It is cleared by reading it)
cparata	0:e4f89df7a7a5	567	* \code
cparata	0:e4f89df7a7a5	568	* Read
cparata	0:e4f89df7a7a5	569	* Default value: ----.
cparata	0:e4f89df7a7a5	570	* 7 BOOT_STATUS: If 1 indicates that the Boot (Reboot) phase is running.
cparata	0:e4f89df7a7a5	571	* 6:3 Reserved: Keep these bits at 0
cparata	0:e4f89df7a7a5	572	* 2 IA: Interrupt Active.0: no interrupt has been generated; 1: one or more interrupt events have been generated.
cparata	0:e4f89df7a7a5	573	* 1 PL: Differential pressure Low. 0: no interrupt has been generated; 1: Low differential pressure event has occurred.
cparata	0:e4f89df7a7a5	574	* 0 PH: Differential pressure High. 0: no interrupt has been generated; 1: High differential pressure event has occurred.
cparata	0:e4f89df7a7a5	575	* \endcode
cparata	0:e4f89df7a7a5	576	*/
cparata	0:e4f89df7a7a5	577	#define LPS22HB_INTERRUPT_SOURCE_REG (uint8_t)0x25
cparata	0:e4f89df7a7a5	578
cparata	0:e4f89df7a7a5	579	#define LPS22HB_BOOT_STATUS_BIT LPS22HB_BIT(7)
cparata	0:e4f89df7a7a5	580	#define LPS22HB_IA_BIT LPS22HB_BIT(2)
cparata	0:e4f89df7a7a5	581	#define LPS22HB_PL_BIT LPS22HB_BIT(1)
cparata	0:e4f89df7a7a5	582	#define LPS22HB_PH_BIT LPS22HB_BIT(0)
cparata	0:e4f89df7a7a5	583
cparata	0:e4f89df7a7a5	584	#define LPS22HB_BOOT_STATUS_MASK (uint8_t)0x80
cparata	0:e4f89df7a7a5	585	#define LPS22HB_IA_MASK (uint8_t)0x04
cparata	0:e4f89df7a7a5	586	#define LPS22HB_PL_MASK (uint8_t)0x02
cparata	0:e4f89df7a7a5	587	#define LPS22HB_PH_MASK (uint8_t)0x01
cparata	0:e4f89df7a7a5	588
cparata	0:e4f89df7a7a5	589
cparata	0:e4f89df7a7a5	590	/**
cparata	0:e4f89df7a7a5	591	* @brief Status Register
cparata	0:e4f89df7a7a5	592	* \code
cparata	0:e4f89df7a7a5	593	* Read
cparata	0:e4f89df7a7a5	594	* Default value: ---
cparata	0:e4f89df7a7a5	595	* 7:6 Reserved: 0
cparata	0:e4f89df7a7a5	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:e4f89df7a7a5	597	* 4 P_OR: Pressure data overrun. 0: no overrun has occurred; 1: new data for pressure has overwritten the previous one.
cparata	0:e4f89df7a7a5	598	* 3:2 Reserved: 0
cparata	0:e4f89df7a7a5	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:e4f89df7a7a5	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:e4f89df7a7a5	601	* \endcode
cparata	0:e4f89df7a7a5	602	*/
cparata	0:e4f89df7a7a5	603	#define LPS22HB_STATUS_REG (uint8_t)0x27
cparata	0:e4f89df7a7a5	604
cparata	0:e4f89df7a7a5	605	#define LPS22HB_TOR_BIT LPS22HB_BIT(5)
cparata	0:e4f89df7a7a5	606	#define LPS22HB_POR_BIT LPS22HB_BIT(4)
cparata	0:e4f89df7a7a5	607	#define LPS22HB_TDA_BIT LPS22HB_BIT(1)
cparata	0:e4f89df7a7a5	608	#define LPS22HB_PDA_BIT LPS22HB_BIT(0)
cparata	0:e4f89df7a7a5	609
cparata	0:e4f89df7a7a5	610	#define LPS22HB_TOR_MASK (uint8_t)0x20
cparata	0:e4f89df7a7a5	611	#define LPS22HB_POR_MASK (uint8_t)0x10
cparata	0:e4f89df7a7a5	612	#define LPS22HB_TDA_MASK (uint8_t)0x02
cparata	0:e4f89df7a7a5	613	#define LPS22HB_PDA_MASK (uint8_t)0x01
cparata	0:e4f89df7a7a5	614
cparata	0:e4f89df7a7a5	615
cparata	0:e4f89df7a7a5	616
cparata	0:e4f89df7a7a5	617	/**
cparata	0:e4f89df7a7a5	618	* @brief Pressure data (LSB) register.
cparata	0:e4f89df7a7a5	619	* \code
cparata	0:e4f89df7a7a5	620	* Read
cparata	0:e4f89df7a7a5	621	* Default value: 0x00.(To be verified)
cparata	0:e4f89df7a7a5	622	* POUT7 - POUT0: Pressure data LSB (2's complement).
cparata	0:e4f89df7a7a5	623	* Pressure output data: Pout(hPA)=(PRESS_OUT_H & PRESS_OUT_L &
cparata	0:e4f89df7a7a5	624	* PRESS_OUT_XL)[dec]/4096.
cparata	0:e4f89df7a7a5	625	* \endcode
cparata	0:e4f89df7a7a5	626	*/
cparata	0:e4f89df7a7a5	627
cparata	0:e4f89df7a7a5	628	#define LPS22HB_PRESS_OUT_XL_REG (uint8_t)0x28
cparata	0:e4f89df7a7a5	629	/**
cparata	0:e4f89df7a7a5	630	* @brief Pressure data (Middle part) register.
cparata	0:e4f89df7a7a5	631	* \code
cparata	0:e4f89df7a7a5	632	* Read
cparata	0:e4f89df7a7a5	633	* Default value: 0x80.
cparata	0:e4f89df7a7a5	634	* POUT15 - POUT8: Pressure data middle part (2's complement).
cparata	0:e4f89df7a7a5	635	* Pressure output data: Pout(hPA)=(PRESS_OUT_H & PRESS_OUT_L &
cparata	0:e4f89df7a7a5	636	* PRESS_OUT_XL)[dec]/4096.
cparata	0:e4f89df7a7a5	637	* \endcode
cparata	0:e4f89df7a7a5	638	*/
cparata	0:e4f89df7a7a5	639	#define LPS22HB_PRESS_OUT_L_REG (uint8_t)0x29
cparata	0:e4f89df7a7a5	640
cparata	0:e4f89df7a7a5	641	/**
cparata	0:e4f89df7a7a5	642	* @brief Pressure data (MSB) register.
cparata	0:e4f89df7a7a5	643	* \code
cparata	0:e4f89df7a7a5	644	* Read
cparata	0:e4f89df7a7a5	645	* Default value: 0x2F.
cparata	0:e4f89df7a7a5	646	* POUT23 - POUT16: Pressure data MSB (2's complement).
cparata	0:e4f89df7a7a5	647	* Pressure output data: Pout(hPA)=(PRESS_OUT_H & PRESS_OUT_L &
cparata	0:e4f89df7a7a5	648	* PRESS_OUT_XL)[dec]/4096.
cparata	0:e4f89df7a7a5	649	* \endcode
cparata	0:e4f89df7a7a5	650	*/
cparata	0:e4f89df7a7a5	651	#define LPS22HB_PRESS_OUT_H_REG (uint8_t)0x2A
cparata	0:e4f89df7a7a5	652
cparata	0:e4f89df7a7a5	653	/**
cparata	0:e4f89df7a7a5	654	* @brief Temperature data (LSB) register.
cparata	0:e4f89df7a7a5	655	* \code
cparata	0:e4f89df7a7a5	656	* Read
cparata	0:e4f89df7a7a5	657	* Default value: 0x00.
cparata	0:e4f89df7a7a5	658	* TOUT7 - TOUT0: temperature data LSB.
cparata	0:e4f89df7a7a5	659	* Tout(degC)=TEMP_OUT/100
cparata	0:e4f89df7a7a5	660	* \endcode
cparata	0:e4f89df7a7a5	661	*/
cparata	0:e4f89df7a7a5	662	#define LPS22HB_TEMP_OUT_L_REG (uint8_t)0x2B
cparata	0:e4f89df7a7a5	663
cparata	0:e4f89df7a7a5	664	/**
cparata	0:e4f89df7a7a5	665	* @brief Temperature data (MSB) register.
cparata	0:e4f89df7a7a5	666	* \code
cparata	0:e4f89df7a7a5	667	* Read
cparata	0:e4f89df7a7a5	668	* Default value: 0x00.
cparata	0:e4f89df7a7a5	669	* TOUT15 - TOUT8: temperature data MSB.
cparata	0:e4f89df7a7a5	670	* Tout(degC)=TEMP_OUT/100
cparata	0:e4f89df7a7a5	671	* \endcode
cparata	0:e4f89df7a7a5	672	*/
cparata	0:e4f89df7a7a5	673	#define LPS22HBH_TEMP_OUT_H_REG (uint8_t)0x2C
cparata	0:e4f89df7a7a5	674
cparata	0:e4f89df7a7a5	675	/**
cparata	0:e4f89df7a7a5	676	* @brief Threshold pressure (LSB) register.
cparata	0:e4f89df7a7a5	677	* \code
cparata	0:e4f89df7a7a5	678	* Read/write
cparata	0:e4f89df7a7a5	679	* Default value: 0x00.
cparata	0:e4f89df7a7a5	680	* 7:0 THS7-THS0: LSB Threshold pressure Low part of threshold value for pressure interrupt
cparata	0:e4f89df7a7a5	681	* generation. The complete threshold value is given by THS_P_H & THS_P_L and is
cparata	0:e4f89df7a7a5	682	* expressed as unsigned number. P_ths(hPA)=(THS_P_H & THS_P_L)[dec]/16.
cparata	0:e4f89df7a7a5	683	* \endcode
cparata	0:e4f89df7a7a5	684	*/
cparata	0:e4f89df7a7a5	685	#define LPS22HB_THS_P_LOW_REG (uint8_t)0x0C
cparata	0:e4f89df7a7a5	686
cparata	0:e4f89df7a7a5	687	/**
cparata	0:e4f89df7a7a5	688	* @brief Threshold pressure (MSB)
cparata	0:e4f89df7a7a5	689	* \code
cparata	0:e4f89df7a7a5	690	* Read/write
cparata	0:e4f89df7a7a5	691	* Default value: 0x00.
cparata	0:e4f89df7a7a5	692	* 7:0 THS15-THS8: MSB Threshold pressure. High part of threshold value for pressure interrupt
cparata	0:e4f89df7a7a5	693	* generation. The complete threshold value is given by THS_P_H & THS_P_L and is
cparata	0:e4f89df7a7a5	694	* expressed as unsigned number. P_ths(mbar)=(THS_P_H & THS_P_L)[dec]/16.
cparata	0:e4f89df7a7a5	695	* \endcode
cparata	0:e4f89df7a7a5	696	*/
cparata	0:e4f89df7a7a5	697	#define LPS22HB_THS_P_HIGH_REG (uint8_t)0x0D
cparata	0:e4f89df7a7a5	698
cparata	0:e4f89df7a7a5	699	/**
cparata	0:e4f89df7a7a5	700	* @brief FIFO control register
cparata	0:e4f89df7a7a5	701	* \code
cparata	0:e4f89df7a7a5	702	* Read/write
cparata	0:e4f89df7a7a5	703	* Default value: 0x00
cparata	0:e4f89df7a7a5	704	* 7:5 F_MODE2, F_MODE1, F_MODE0: FIFO mode selection.
cparata	0:e4f89df7a7a5	705	* FM2 \| FM1 \| FM0 \| FIFO MODE
cparata	0:e4f89df7a7a5	706	* ---------------------------------------------------
cparata	0:e4f89df7a7a5	707	* 0 \| 0 \| 0 \| BYPASS MODE
cparata	0:e4f89df7a7a5	708	* 0 \| 0 \| 1 \| FIFO MODE. Stops collecting data when full
cparata	0:e4f89df7a7a5	709	* 0 \| 1 \| 0 \| STREAM MODE: Keep the newest measurements in the FIFO
cparata	0:e4f89df7a7a5	710	* 0 \| 1 \| 1 \| STREAM MODE until trigger deasserted, then change to FIFO MODE
cparata	0:e4f89df7a7a5	711	* 1 \| 0 \| 0 \| BYPASS MODE until trigger deasserted, then STREAM MODE
cparata	0:e4f89df7a7a5	712	* 1 \| 0 \| 1 \| Reserved for future use
cparata	0:e4f89df7a7a5	713	* 1 \| 1 \| 0 \| Reserved
cparata	0:e4f89df7a7a5	714	* 1 \| 1 \| 1 \| BYPASS mode until trigger deasserted, then FIFO MODE
cparata	0:e4f89df7a7a5	715	*
cparata	0:e4f89df7a7a5	716	* 4:0 WTM_POINT4-0 : FIFO Watermark level selection (0-31)
cparata	0:e4f89df7a7a5	717	*/
cparata	0:e4f89df7a7a5	718	#define LPS22HB_CTRL_FIFO_REG (uint8_t)0x14
cparata	0:e4f89df7a7a5	719
cparata	0:e4f89df7a7a5	720	#define LPS22HB_FIFO_MODE_MASK (uint8_t)0xE0
cparata	0:e4f89df7a7a5	721	#define LPS22HB_WTM_POINT_MASK (uint8_t)0x1F
cparata	0:e4f89df7a7a5	722
cparata	0:e4f89df7a7a5	723
cparata	0:e4f89df7a7a5	724	/**
cparata	0:e4f89df7a7a5	725	* @brief FIFO Status register
cparata	0:e4f89df7a7a5	726	* \code
cparata	0:e4f89df7a7a5	727	* Read
cparata	0:e4f89df7a7a5	728	* Default value: ----
cparata	0:e4f89df7a7a5	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:e4f89df7a7a5	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:e4f89df7a7a5	731	* 5:0 FSS: FIFO Stored data level. 000000: FIFO empty, 100000: FIFO is full and has 32 unread samples.
cparata	0:e4f89df7a7a5	732	* \endcode
cparata	0:e4f89df7a7a5	733	*/
cparata	0:e4f89df7a7a5	734	#define LPS22HB_STATUS_FIFO_REG (uint8_t)0x26
cparata	0:e4f89df7a7a5	735
cparata	0:e4f89df7a7a5	736	#define LPS22HB_FTH_FIFO_BIT LPS22HB_BIT(7)
cparata	0:e4f89df7a7a5	737	#define LPS22HB_OVR_FIFO_BIT LPS22HB_BIT(6)
cparata	0:e4f89df7a7a5	738
cparata	0:e4f89df7a7a5	739	#define LPS22HB_FTH_FIFO_MASK (uint8_t)0x80
cparata	0:e4f89df7a7a5	740	#define LPS22HB_OVR_FIFO_MASK (uint8_t)0x40
cparata	0:e4f89df7a7a5	741	#define LPS22HB_LEVEL_FIFO_MASK (uint8_t)0x3F
cparata	0:e4f89df7a7a5	742	#define LPS22HB_FIFO_EMPTY (uint8_t)0x00
cparata	0:e4f89df7a7a5	743	#define LPS22HB_FIFO_FULL (uint8_t)0x20
cparata	0:e4f89df7a7a5	744
cparata	0:e4f89df7a7a5	745
cparata	0:e4f89df7a7a5	746
cparata	0:e4f89df7a7a5	747	/**
cparata	0:e4f89df7a7a5	748	* @brief Pressure offset register (LSB)
cparata	0:e4f89df7a7a5	749	* \code
cparata	0:e4f89df7a7a5	750	* Read/write
cparata	0:e4f89df7a7a5	751	* Default value: 0x00
cparata	0:e4f89df7a7a5	752	* 7:0 RPDS7-0:Pressure Offset for 1 point calibration (OPC) after soldering.
cparata	0:e4f89df7a7a5	753	* This register contains the low part of the pressure offset value after soldering,for
cparata	0:e4f89df7a7a5	754	* differential pressure computing. The complete value is given by RPDS_L & RPDS_H
cparata	0:e4f89df7a7a5	755	* and is expressed as signed 2 complement value.
cparata	0:e4f89df7a7a5	756	* \endcode
cparata	0:e4f89df7a7a5	757	*/
cparata	0:e4f89df7a7a5	758	#define LPS22HB_RPDS_L_REG (uint8_t)0x18
cparata	0:e4f89df7a7a5	759
cparata	0:e4f89df7a7a5	760	/**
cparata	0:e4f89df7a7a5	761	* @brief Pressure offset register (MSB)
cparata	0:e4f89df7a7a5	762	* \code
cparata	0:e4f89df7a7a5	763	* Read/write
cparata	0:e4f89df7a7a5	764	* Default value: 0x00
cparata	0:e4f89df7a7a5	765	* 7:0 RPDS15-8:Pressure Offset for 1 point calibration (OPC) after soldering.
cparata	0:e4f89df7a7a5	766	* This register contains the high part of the pressure offset value after soldering (see description RPDS_L)
cparata	0:e4f89df7a7a5	767	* \endcode
cparata	0:e4f89df7a7a5	768	*/
cparata	0:e4f89df7a7a5	769	#define LPS22HB_RPDS_H_REG (uint8_t)0x19
cparata	0:e4f89df7a7a5	770
cparata	0:e4f89df7a7a5	771
cparata	0:e4f89df7a7a5	772	/**
cparata	0:e4f89df7a7a5	773	* @brief Clock Tree Configuration register
cparata	0:e4f89df7a7a5	774	* \code
cparata	0:e4f89df7a7a5	775	* Read/write
cparata	0:e4f89df7a7a5	776	* Default value: 0x00
cparata	0:e4f89df7a7a5	777	* 7:6 Reserved.
cparata	0:e4f89df7a7a5	778	* 5: CTE: Clock Tree Enhancement
cparata	0:e4f89df7a7a5	779	* \endcode
cparata	0:e4f89df7a7a5	780	*/
cparata	0:e4f89df7a7a5	781
cparata	0:e4f89df7a7a5	782	#define LPS22HB_CLOCK_TREE_CONFIGURATION (uint8_t)0x43
cparata	0:e4f89df7a7a5	783
cparata	0:e4f89df7a7a5	784	#define LPS22HB_CTE_MASK (uint8_t)0x20
cparata	0:e4f89df7a7a5	785
cparata	0:e4f89df7a7a5	786	/**
cparata	0:e4f89df7a7a5	787	* @}
cparata	0:e4f89df7a7a5	788	*/
cparata	0:e4f89df7a7a5	789
cparata	0:e4f89df7a7a5	790
cparata	0:e4f89df7a7a5	791	/**
cparata	0:e4f89df7a7a5	792	* @}
cparata	0:e4f89df7a7a5	793	*/
cparata	0:e4f89df7a7a5	794
cparata	0:e4f89df7a7a5	795
cparata	0:e4f89df7a7a5	796	/* Exported Functions -------------------------------------------------------------*/
cparata	0:e4f89df7a7a5	797	/** @defgroup LPS22HB_Exported_Functions
cparata	0:e4f89df7a7a5	798	* @{
cparata	0:e4f89df7a7a5	799	*/
cparata	0:e4f89df7a7a5	800
cparata	0:e4f89df7a7a5	801	LPS22HB_Error_et LPS22HB_ReadReg( void handle, uint8_t RegAddr, uint16_t NumByteToRead, uint8_t Data );
cparata	0:e4f89df7a7a5	802	LPS22HB_Error_et LPS22HB_WriteReg( void handle, uint8_t RegAddr, uint16_t NumByteToWrite, uint8_t Data );
cparata	0:e4f89df7a7a5	803
cparata	0:e4f89df7a7a5	804	/**
cparata	0:e4f89df7a7a5	805	* @brief Init the HAL layer.
cparata	0:e4f89df7a7a5	806	* @param None
cparata	0:e4f89df7a7a5	807	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	808	*/
cparata	0:e4f89df7a7a5	809	#define LPS22HB_HalInit (LPS22HB_Error_et)HAL_Init_I2C
cparata	0:e4f89df7a7a5	810
cparata	0:e4f89df7a7a5	811	/**
cparata	0:e4f89df7a7a5	812	* @brief DeInit the HAL layer.
cparata	0:e4f89df7a7a5	813	* @param None
cparata	0:e4f89df7a7a5	814	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	815	*/
cparata	0:e4f89df7a7a5	816	#define LPS22HB_HalDeInit (LPS22HB_Error_et)HAL_DeInit_I2C
cparata	0:e4f89df7a7a5	817
cparata	0:e4f89df7a7a5	818
cparata	0:e4f89df7a7a5	819	/**
cparata	0:e4f89df7a7a5	820	* @brief Get the LPS22HB driver version.
cparata	0:e4f89df7a7a5	821	* @param None
cparata	0:e4f89df7a7a5	822	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	823	*/
cparata	0:e4f89df7a7a5	824	LPS22HB_Error_et LPS22HB_Get_DriverVersion(LPS22HB_DriverVersion_st *Version);
cparata	0:e4f89df7a7a5	825
cparata	0:e4f89df7a7a5	826	/**
cparata	0:e4f89df7a7a5	827	* @brief Initialization function for LPS22HB.
cparata	0:e4f89df7a7a5	828	* This function make a memory boot.
cparata	0:e4f89df7a7a5	829	* Init the sensor with a standard basic confifuration.
cparata	0:e4f89df7a7a5	830	* Low Power, ODR 25 Hz, Low Pass Filter disabled; BDU enabled; I2C enabled;
cparata	0:e4f89df7a7a5	831	* NO FIFO; NO Interrupt Enabled.
cparata	0:e4f89df7a7a5	832	* @param None.
cparata	0:e4f89df7a7a5	833	* @retval Error code[LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	834	*/
cparata	0:e4f89df7a7a5	835	LPS22HB_Error_et LPS22HB_Init(void *handle);
cparata	0:e4f89df7a7a5	836
cparata	0:e4f89df7a7a5	837	/**
cparata	0:e4f89df7a7a5	838	* @brief DeInit the LPS2Hb driver.
cparata	0:e4f89df7a7a5	839	* @param None
cparata	0:e4f89df7a7a5	840	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	841	*/
cparata	0:e4f89df7a7a5	842
cparata	0:e4f89df7a7a5	843	LPS22HB_Error_et LPS22HB_DeInit(void *handle);
cparata	0:e4f89df7a7a5	844
cparata	0:e4f89df7a7a5	845
cparata	0:e4f89df7a7a5	846	/**
cparata	0:e4f89df7a7a5	847	* @brief Read identification code by WHO_AM_I register
cparata	0:e4f89df7a7a5	848	* @param Buffer to empty by Device identification Value.
cparata	0:e4f89df7a7a5	849	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	850	*/
cparata	0:e4f89df7a7a5	851	LPS22HB_Error_et LPS22HB_Get_DeviceID(void handle, uint8_t deviceid);
cparata	0:e4f89df7a7a5	852
cparata	0:e4f89df7a7a5	853
cparata	0:e4f89df7a7a5	854	/**
cparata	0:e4f89df7a7a5	855	* @brief Set LPS22HB Low Power or Low Noise Mode Configuration
cparata	0:e4f89df7a7a5	856	* @param LPS22HB_LowNoise or LPS22HB_LowPower mode
cparata	0:e4f89df7a7a5	857	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	858	*/
cparata	0:e4f89df7a7a5	859	LPS22HB_Error_et LPS22HB_Set_PowerMode(void *handle, LPS22HB_PowerMode_et mode);
cparata	0:e4f89df7a7a5	860
cparata	0:e4f89df7a7a5	861	/**
cparata	0:e4f89df7a7a5	862	* @brief Get LPS22HB Power Mode
cparata	0:e4f89df7a7a5	863	* @param Buffer to empty with Mode: Low Noise or Low Current
cparata	0:e4f89df7a7a5	864	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	865	*/
cparata	0:e4f89df7a7a5	866	LPS22HB_Error_et LPS22HB_Get_PowerMode(void handle, LPS22HB_PowerMode_et mode);
cparata	0:e4f89df7a7a5	867
cparata	0:e4f89df7a7a5	868
cparata	0:e4f89df7a7a5	869	/**
cparata	0:e4f89df7a7a5	870	* @brief Set LPS22HB Output Data Rate
cparata	0:e4f89df7a7a5	871	* @param Output Data Rate
cparata	0:e4f89df7a7a5	872	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	873	*/
cparata	0:e4f89df7a7a5	874	LPS22HB_Error_et LPS22HB_Set_Odr(void *handle, LPS22HB_Odr_et odr);
cparata	0:e4f89df7a7a5	875
cparata	0:e4f89df7a7a5	876
cparata	0:e4f89df7a7a5	877	/**
cparata	0:e4f89df7a7a5	878	* @brief Get LPS22HB Output Data Rate
cparata	0:e4f89df7a7a5	879	* @param Buffer to empty with Output Data Rate
cparata	0:e4f89df7a7a5	880	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	881	*/
cparata	0:e4f89df7a7a5	882	LPS22HB_Error_et LPS22HB_Get_Odr(void handle, LPS22HB_Odr_et odr);
cparata	0:e4f89df7a7a5	883
cparata	0:e4f89df7a7a5	884	/**
cparata	0:e4f89df7a7a5	885	* @brief Enable/Disale low-pass filter on LPS22HB pressure data
cparata	0:e4f89df7a7a5	886	* @param state: enable or disable
cparata	0:e4f89df7a7a5	887	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	888	*/
cparata	0:e4f89df7a7a5	889	LPS22HB_Error_et LPS22HB_Set_LowPassFilter(void *handle, LPS22HB_State_et state);
cparata	0:e4f89df7a7a5	890
cparata	0:e4f89df7a7a5	891
cparata	0:e4f89df7a7a5	892	/**
cparata	0:e4f89df7a7a5	893	* @brief Set low-pass filter cutoff configuration on LPS22HB pressure data
cparata	0:e4f89df7a7a5	894	* @param Filter Cutoff ODR/9 or ODR/20
cparata	0:e4f89df7a7a5	895	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	896	*/
cparata	0:e4f89df7a7a5	897	LPS22HB_Error_et LPS22HB_Set_LowPassFilterCutoff(void *handle, LPS22HB_LPF_Cutoff_et cutoff);
cparata	0:e4f89df7a7a5	898
cparata	0:e4f89df7a7a5	899	/**
cparata	0:e4f89df7a7a5	900	* @brief Set Block Data Update mode
cparata	0:e4f89df7a7a5	901	* @param LPS22HB_BDU_CONTINUOS_UPDATE/ LPS22HB_BDU_NO_UPDATE
cparata	0:e4f89df7a7a5	902	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	903	*/
cparata	0:e4f89df7a7a5	904	LPS22HB_Error_et LPS22HB_Set_Bdu(void *handle, LPS22HB_Bdu_et bdu);
cparata	0:e4f89df7a7a5	905
cparata	0:e4f89df7a7a5	906
cparata	0:e4f89df7a7a5	907	/**
cparata	0:e4f89df7a7a5	908	* @brief Get Block Data Update mode
cparata	0:e4f89df7a7a5	909	* @param Buffer to empty whit the bdu mode read from sensor
cparata	0:e4f89df7a7a5	910	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	911	*/
cparata	0:e4f89df7a7a5	912	LPS22HB_Error_et LPS22HB_Get_Bdu(void handle, LPS22HB_Bdu_et bdu);
cparata	0:e4f89df7a7a5	913
cparata	0:e4f89df7a7a5	914	/**
cparata	0:e4f89df7a7a5	915	* @brief Set SPI mode: 3 Wire Interface OR 4 Wire Interface
cparata	0:e4f89df7a7a5	916	* @param LPS22HB_SPI_4_WIRE/LPS22HB_SPI_3_WIRE
cparata	0:e4f89df7a7a5	917	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	918	*/
cparata	0:e4f89df7a7a5	919	LPS22HB_Error_et LPS22HB_Set_SpiInterface(void *handle, LPS22HB_SPIMode_et spimode);
cparata	0:e4f89df7a7a5	920
cparata	0:e4f89df7a7a5	921	/**
cparata	0:e4f89df7a7a5	922	* @brief Get SPI mode: 3 Wire Interface OR 4 Wire Interface
cparata	0:e4f89df7a7a5	923	* @param buffer to empty with SPI mode
cparata	0:e4f89df7a7a5	924	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	925	*/
cparata	0:e4f89df7a7a5	926	LPS22HB_Error_et LPS22HB_Get_SpiInterface(void handle, LPS22HB_SPIMode_et spimode);
cparata	0:e4f89df7a7a5	927
cparata	0:e4f89df7a7a5	928	/**
cparata	0:e4f89df7a7a5	929	* @brief Software Reset
cparata	0:e4f89df7a7a5	930	* @param void
cparata	0:e4f89df7a7a5	931	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	932	*/
cparata	0:e4f89df7a7a5	933	LPS22HB_Error_et LPS22HB_SwReset(void *handle);
cparata	0:e4f89df7a7a5	934
cparata	0:e4f89df7a7a5	935	/**
cparata	0:e4f89df7a7a5	936	* @brief Reboot Memory Content.
cparata	0:e4f89df7a7a5	937	* @param void
cparata	0:e4f89df7a7a5	938	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	939	*/
cparata	0:e4f89df7a7a5	940	LPS22HB_Error_et LPS22HB_MemoryBoot(void *handle);
cparata	0:e4f89df7a7a5	941
cparata	0:e4f89df7a7a5	942	/**
cparata	0:e4f89df7a7a5	943	* @brief Software Reset ann BOOT
cparata	0:e4f89df7a7a5	944	* @param void
cparata	0:e4f89df7a7a5	945	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	946	*/
cparata	0:e4f89df7a7a5	947	LPS22HB_Error_et LPS22HB_SwResetAndMemoryBoot(void *handle);
cparata	0:e4f89df7a7a5	948
cparata	0:e4f89df7a7a5	949
cparata	0:e4f89df7a7a5	950	/**
cparata	0:e4f89df7a7a5	951	* @brief Enable or Disable FIFO
cparata	0:e4f89df7a7a5	952	* @param LPS22HB_ENABLE/LPS22HB_DISABLE
cparata	0:e4f89df7a7a5	953	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	954	*/
cparata	0:e4f89df7a7a5	955	LPS22HB_Error_et LPS22HB_Set_FifoModeUse(void *handle, LPS22HB_State_et status);
cparata	0:e4f89df7a7a5	956
cparata	0:e4f89df7a7a5	957	/**
cparata	0:e4f89df7a7a5	958	* @brief Enable or Disable FIFO Watermark level use. Stop on FIFO Threshold
cparata	0:e4f89df7a7a5	959	* @param LPS22HB_ENABLE/LPS22HB_DISABLE
cparata	0:e4f89df7a7a5	960	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	961	*/
cparata	0:e4f89df7a7a5	962	LPS22HB_Error_et LPS22HB_Set_FifoWatermarkLevelUse(void *handle, LPS22HB_State_et status);
cparata	0:e4f89df7a7a5	963
cparata	0:e4f89df7a7a5	964	/**
cparata	0:e4f89df7a7a5	965	* @brief Enable or Disable the Automatic increment register address during a multiple byte access with a serial interface (I2C or SPI)
cparata	0:e4f89df7a7a5	966	* @param LPS22HB_ENABLE/LPS22HB_DISABLE. Default is LPS22HB_ENABLE
cparata	0:e4f89df7a7a5	967	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	968	*/
cparata	0:e4f89df7a7a5	969	LPS22HB_Error_et LPS22HB_Set_AutomaticIncrementRegAddress(void *handle, LPS22HB_State_et status);
cparata	0:e4f89df7a7a5	970
cparata	0:e4f89df7a7a5	971
cparata	0:e4f89df7a7a5	972	/**
cparata	0:e4f89df7a7a5	973	* @brief Set One Shot bit to start a new conversion (ODR mode has to be 000)
cparata	0:e4f89df7a7a5	974	* @param void
cparata	0:e4f89df7a7a5	975	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	976	*/
cparata	0:e4f89df7a7a5	977	LPS22HB_Error_et LPS22HB_StartOneShotMeasurement(void *handle);
cparata	0:e4f89df7a7a5	978
cparata	0:e4f89df7a7a5	979	/**
cparata	0:e4f89df7a7a5	980	* @brief Enable/Disable I2C
cparata	0:e4f89df7a7a5	981	* @param State. Enable (reset bit)/ Disable (set bit)
cparata	0:e4f89df7a7a5	982	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	983	*/
cparata	0:e4f89df7a7a5	984	LPS22HB_Error_et LPS22HB_Set_I2C(void *handle, LPS22HB_State_et i2cstate);
cparata	0:e4f89df7a7a5	985
cparata	0:e4f89df7a7a5	986
cparata	0:e4f89df7a7a5	987	/CTRL_REG3 Interrupt Control/
cparata	0:e4f89df7a7a5	988	/**
cparata	0:e4f89df7a7a5	989	* @brief Set Interrupt Active on High or Low Level
cparata	0:e4f89df7a7a5	990	* @param LPS22HB_ActiveHigh/LPS22HB_ActiveLow
cparata	0:e4f89df7a7a5	991	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	992	*/
cparata	0:e4f89df7a7a5	993	LPS22HB_Error_et LPS22HB_Set_InterruptActiveLevel(void *handle, LPS22HB_InterruptActiveLevel_et mode);
cparata	0:e4f89df7a7a5	994
cparata	0:e4f89df7a7a5	995	/**
cparata	0:e4f89df7a7a5	996	* @brief Set Push-pull/open drain selection on interrupt pads.
cparata	0:e4f89df7a7a5	997	* @param LPS22HB_PushPull/LPS22HB_OpenDrain
cparata	0:e4f89df7a7a5	998	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	999	*/
cparata	0:e4f89df7a7a5	1000	LPS22HB_Error_et LPS22HB_Set_InterruptOutputType(void *handle, LPS22HB_OutputType_et output);
cparata	0:e4f89df7a7a5	1001
cparata	0:e4f89df7a7a5	1002	/**
cparata	0:e4f89df7a7a5	1003	* @brief Set Data signal on INT1 pad control bits.
cparata	0:e4f89df7a7a5	1004	* @param LPS22HB_DATA,LPS22HB_P_HIGH_LPS22HB_P_LOW,LPS22HB_P_LOW_HIGH
cparata	0:e4f89df7a7a5	1005	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	1006	*/
cparata	0:e4f89df7a7a5	1007	LPS22HB_Error_et LPS22HB_Set_InterruptControlConfig(void *handle, LPS22HB_OutputSignalConfig_et config);
cparata	0:e4f89df7a7a5	1008
cparata	0:e4f89df7a7a5	1009
cparata	0:e4f89df7a7a5	1010	/**
cparata	0:e4f89df7a7a5	1011	* @brief Enable/Disable Data-ready signal on INT_DRDY pin.
cparata	0:e4f89df7a7a5	1012	* @param LPS22HB_ENABLE/LPS22HB_DISABLE
cparata	0:e4f89df7a7a5	1013	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	1014	*/
cparata	0:e4f89df7a7a5	1015	LPS22HB_Error_et LPS22HB_Set_DRDYInterrupt(void *handle, LPS22HB_State_et status);
cparata	0:e4f89df7a7a5	1016
cparata	0:e4f89df7a7a5	1017	/**
cparata	0:e4f89df7a7a5	1018	* @brief Enable/Disable FIFO overrun interrupt on INT_DRDY pin.
cparata	0:e4f89df7a7a5	1019	* @param LPS22HB_ENABLE/LPS22HB_DISABLE
cparata	0:e4f89df7a7a5	1020	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	1021	*/
cparata	0:e4f89df7a7a5	1022	LPS22HB_Error_et LPS22HB_Set_FIFO_OVR_Interrupt(void *handle, LPS22HB_State_et status);
cparata	0:e4f89df7a7a5	1023
cparata	0:e4f89df7a7a5	1024	/**
cparata	0:e4f89df7a7a5	1025	* @brief Enable/Disable FIFO threshold (Watermark) interrupt on INT_DRDY pin.
cparata	0:e4f89df7a7a5	1026	* @param LPS22HB_ENABLE/LPS22HB_DISABLE
cparata	0:e4f89df7a7a5	1027	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	1028	*/
cparata	0:e4f89df7a7a5	1029	LPS22HB_Error_et LPS22HB_Set_FIFO_FTH_Interrupt(void *handle, LPS22HB_State_et status);
cparata	0:e4f89df7a7a5	1030
cparata	0:e4f89df7a7a5	1031	/**
cparata	0:e4f89df7a7a5	1032	* @brief Enable/Disable FIFO FULL interrupt on INT_DRDY pin.
cparata	0:e4f89df7a7a5	1033	* @param LPS22HB_ENABLE/LPS22HB_DISABLE
cparata	0:e4f89df7a7a5	1034	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	1035	*/
cparata	0:e4f89df7a7a5	1036	LPS22HB_Error_et LPS22HB_Set_FIFO_FULL_Interrupt(void *handle, LPS22HB_State_et status);
cparata	0:e4f89df7a7a5	1037
cparata	0:e4f89df7a7a5	1038	/**
cparata	0:e4f89df7a7a5	1039	* @brief Enable AutoRifP function
cparata	0:e4f89df7a7a5	1040	* @param none
cparata	0:e4f89df7a7a5	1041	* @detail When this function is enabled, an internal register is set with the current pressure values
cparata	0:e4f89df7a7a5	1042	* and the content is subtracted from the pressure output value and result is used for the interrupt generation.
cparata	0:e4f89df7a7a5	1043	* the AutoRifP is slf creared.
cparata	0:e4f89df7a7a5	1044	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	1045	*/
cparata	0:e4f89df7a7a5	1046	LPS22HB_Error_et LPS22HB_Set_AutoRifP(void *handle);
cparata	0:e4f89df7a7a5	1047
cparata	0:e4f89df7a7a5	1048	/**
cparata	0:e4f89df7a7a5	1049	* @brief Disable AutoRifP
cparata	0:e4f89df7a7a5	1050	* @param none
cparata	0:e4f89df7a7a5	1051	* @detail the RESET_ARP bit is used to disable the AUTORIFP function. This bis i is selfdleared
cparata	0:e4f89df7a7a5	1052	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	1053	*/
cparata	0:e4f89df7a7a5	1054	LPS22HB_Error_et LPS22HB_ResetAutoRifP(void *handle);
cparata	0:e4f89df7a7a5	1055
cparata	0:e4f89df7a7a5	1056	/**?????
cparata	0:e4f89df7a7a5	1057	* @brief Set AutoZero Function bit
cparata	0:e4f89df7a7a5	1058	* @detail When set to ‘1’, the actual pressure output is copied in the REF_P reg (@0x15..0x17)
cparata	0:e4f89df7a7a5	1059	* @param None
cparata	0:e4f89df7a7a5	1060	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	1061	*/
cparata	0:e4f89df7a7a5	1062	LPS22HB_Error_et LPS22HB_Set_AutoZeroFunction(void *handle);
cparata	0:e4f89df7a7a5	1063
cparata	0:e4f89df7a7a5	1064	/**???
cparata	0:e4f89df7a7a5	1065	* @brief Set ResetAutoZero Function bit
cparata	0:e4f89df7a7a5	1066	* @details REF_P reg (@0x015..17) set pressure reference to default value RPDS reg (0x18/19).
cparata	0:e4f89df7a7a5	1067	* @param None
cparata	0:e4f89df7a7a5	1068	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	1069	*/
cparata	0:e4f89df7a7a5	1070	LPS22HB_Error_et LPS22HB_ResetAutoZeroFunction(void *handle);
cparata	0:e4f89df7a7a5	1071
cparata	0:e4f89df7a7a5	1072
cparata	0:e4f89df7a7a5	1073	/**
cparata	0:e4f89df7a7a5	1074	* @brief Enable/ Disable the computing of differential pressure output (Interrupt Generation)
cparata	0:e4f89df7a7a5	1075	* @param LPS22HB_ENABLE,LPS22HB_DISABLE
cparata	0:e4f89df7a7a5	1076	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	1077	*/
cparata	0:e4f89df7a7a5	1078	LPS22HB_Error_et LPS22HB_Set_InterruptDifferentialGeneration(void *handle, LPS22HB_State_et diff_en) ;
cparata	0:e4f89df7a7a5	1079
cparata	0:e4f89df7a7a5	1080
cparata	0:e4f89df7a7a5	1081
cparata	0:e4f89df7a7a5	1082	/**
cparata	0:e4f89df7a7a5	1083	* @brief Get the DIFF_EN bit value
cparata	0:e4f89df7a7a5	1084	* @param buffer to empty with the read value of DIFF_EN bit
cparata	0:e4f89df7a7a5	1085	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	1086	*/
cparata	0:e4f89df7a7a5	1087	LPS22HB_Error_et LPS22HB_Get_InterruptDifferentialGeneration(void handle, LPS22HB_State_et diff_en);
cparata	0:e4f89df7a7a5	1088
cparata	0:e4f89df7a7a5	1089
cparata	0:e4f89df7a7a5	1090	/**
cparata	0:e4f89df7a7a5	1091	* @brief Latch Interrupt request to the INT_SOURCE register.
cparata	0:e4f89df7a7a5	1092	* @param LPS22HB_ENABLE/LPS22HB_DISABLE
cparata	0:e4f89df7a7a5	1093	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	1094	*/
cparata	0:e4f89df7a7a5	1095	LPS22HB_Error_et LPS22HB_LatchInterruptRequest(void *handle, LPS22HB_State_et status);
cparata	0:e4f89df7a7a5	1096
cparata	0:e4f89df7a7a5	1097	/**
cparata	0:e4f89df7a7a5	1098	* @brief Enable\Disable Interrupt Generation on differential pressure Low event
cparata	0:e4f89df7a7a5	1099	* @param LPS22HB_ENABLE/LPS22HB_DISABLE
cparata	0:e4f89df7a7a5	1100	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	1101	*/
cparata	0:e4f89df7a7a5	1102	LPS22HB_Error_et LPS22HB_Set_PLE(void *handle, LPS22HB_State_et status);
cparata	0:e4f89df7a7a5	1103
cparata	0:e4f89df7a7a5	1104	/**
cparata	0:e4f89df7a7a5	1105	* @brief Enable\Disable Interrupt Generation on differential pressure High event
cparata	0:e4f89df7a7a5	1106	* @param LPS22HB_ENABLE/LPS22HB_DISABLE
cparata	0:e4f89df7a7a5	1107	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	1108	*/
cparata	0:e4f89df7a7a5	1109	LPS22HB_Error_et LPS22HB_Set_PHE(void *handle, LPS22HB_State_et status);
cparata	0:e4f89df7a7a5	1110
cparata	0:e4f89df7a7a5	1111	/**
cparata	0:e4f89df7a7a5	1112	* @brief Get the Interrupt Generation on differential pressure status event and the Boot Status.
cparata	0:e4f89df7a7a5	1113	* @detail The INT_SOURCE register is cleared by reading it.
cparata	0:e4f89df7a7a5	1114	* @param Status Event Flag: BOOT, PH,PL,IA
cparata	0:e4f89df7a7a5	1115	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	1116	*/
cparata	0:e4f89df7a7a5	1117	LPS22HB_Error_et LPS22HB_Get_InterruptDifferentialEventStatus(void handle, LPS22HB_InterruptDiffStatus_st interruptsource);
cparata	0:e4f89df7a7a5	1118
cparata	0:e4f89df7a7a5	1119
cparata	0:e4f89df7a7a5	1120	/**
cparata	0:e4f89df7a7a5	1121	* @brief Get the status of Pressure and Temperature data
cparata	0:e4f89df7a7a5	1122	* @param Data Status Flag: TempDataAvailable, TempDataOverrun, PressDataAvailable, PressDataOverrun
cparata	0:e4f89df7a7a5	1123	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	1124	*/
cparata	0:e4f89df7a7a5	1125	LPS22HB_Error_et LPS22HB_Get_DataStatus(void handle, LPS22HB_DataStatus_st datastatus);
cparata	0:e4f89df7a7a5	1126
cparata	0:e4f89df7a7a5	1127
cparata	0:e4f89df7a7a5	1128	/**
cparata	0:e4f89df7a7a5	1129	* @brief Get the LPS22HB raw presure value
cparata	0:e4f89df7a7a5	1130	* @param The buffer to empty with the pressure raw value
cparata	0:e4f89df7a7a5	1131	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	1132	*/
cparata	0:e4f89df7a7a5	1133	LPS22HB_Error_et LPS22HB_Get_RawPressure(void handle, int32_t raw_press);
cparata	0:e4f89df7a7a5	1134
cparata	0:e4f89df7a7a5	1135	/**
cparata	0:e4f89df7a7a5	1136	* @brief Get the LPS22HB Pressure value in hPA.
cparata	0:e4f89df7a7a5	1137	* @param The buffer to empty with the pressure value that must be divided by 100 to get the value in hPA
cparata	0:e4f89df7a7a5	1138	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	1139	*/
cparata	0:e4f89df7a7a5	1140	LPS22HB_Error_et LPS22HB_Get_Pressure(void handle, int32_t Pout);
cparata	0:e4f89df7a7a5	1141
cparata	0:e4f89df7a7a5	1142	/**
cparata	0:e4f89df7a7a5	1143	* @brief Read LPS22HB output register, and calculate the raw temperature.
cparata	0:e4f89df7a7a5	1144	* @param The buffer to empty with the temperature raw value
cparata	0:e4f89df7a7a5	1145	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	1146	*/
cparata	0:e4f89df7a7a5	1147	LPS22HB_Error_et LPS22HB_Get_RawTemperature(void handle, int16_t raw_data);
cparata	0:e4f89df7a7a5	1148
cparata	0:e4f89df7a7a5	1149	/**
cparata	0:e4f89df7a7a5	1150	* @brief Read the Temperature value in °C.
cparata	0:e4f89df7a7a5	1151	* @param The buffer to empty with the temperature value that must be divided by 10 to get the value in ['C]
cparata	0:e4f89df7a7a5	1152	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	1153	*/
cparata	0:e4f89df7a7a5	1154	LPS22HB_Error_et LPS22HB_Get_Temperature(void handle, int16_t Tout);
cparata	0:e4f89df7a7a5	1155
cparata	0:e4f89df7a7a5	1156	/**
cparata	0:e4f89df7a7a5	1157	* @brief Get the threshold value used for pressure interrupt generation.
cparata	0:e4f89df7a7a5	1158	* @param The buffer to empty with the temperature value
cparata	0:e4f89df7a7a5	1159	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	1160	*/
cparata	0:e4f89df7a7a5	1161	LPS22HB_Error_et LPS22HB_Get_PressureThreshold(void handle, int16_t P_ths);
cparata	0:e4f89df7a7a5	1162
cparata	0:e4f89df7a7a5	1163	/**
cparata	0:e4f89df7a7a5	1164	* @brief Set the threshold value used for pressure interrupt generation.
cparata	0:e4f89df7a7a5	1165	* @param The buffer to empty with the temperature value
cparata	0:e4f89df7a7a5	1166	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	1167	*/
cparata	0:e4f89df7a7a5	1168	LPS22HB_Error_et LPS22HB_Set_PressureThreshold(void *handle, int16_t P_ths);
cparata	0:e4f89df7a7a5	1169
cparata	0:e4f89df7a7a5	1170	/**
cparata	0:e4f89df7a7a5	1171	* @brief Set Fifo Mode.
cparata	0:e4f89df7a7a5	1172	* @param Fifo Mode struct
cparata	0:e4f89df7a7a5	1173	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	1174	*/
cparata	0:e4f89df7a7a5	1175	LPS22HB_Error_et LPS22HB_Set_FifoMode(void *handle, LPS22HB_FifoMode_et fifomode);
cparata	0:e4f89df7a7a5	1176	/**
cparata	0:e4f89df7a7a5	1177	* @brief Get Fifo Mode.
cparata	0:e4f89df7a7a5	1178	* @param Buffer to empty with fifo mode value
cparata	0:e4f89df7a7a5	1179	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	1180	*/
cparata	0:e4f89df7a7a5	1181	LPS22HB_Error_et LPS22HB_Get_FifoMode(void handle, LPS22HB_FifoMode_et fifomode);
cparata	0:e4f89df7a7a5	1182
cparata	0:e4f89df7a7a5	1183	/**
cparata	0:e4f89df7a7a5	1184	* @brief Set Fifo Watermark Level.
cparata	0:e4f89df7a7a5	1185	* @param Watermark level value [0 31]
cparata	0:e4f89df7a7a5	1186	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	1187	*/
cparata	0:e4f89df7a7a5	1188	LPS22HB_Error_et LPS22HB_Set_FifoWatermarkLevel(void *handle, uint8_t wtmlevel);
cparata	0:e4f89df7a7a5	1189
cparata	0:e4f89df7a7a5	1190	/**
cparata	0:e4f89df7a7a5	1191	* @brief Get FIFO Watermark Level
cparata	0:e4f89df7a7a5	1192	* @param buffer to empty with watermak level[0,31] value read from sensor
cparata	0:e4f89df7a7a5	1193	* @retval Status [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	1194	*/
cparata	0:e4f89df7a7a5	1195	LPS22HB_Error_et LPS22HB_Get_FifoWatermarkLevel(void handle, uint8_t wtmlevel);
cparata	0:e4f89df7a7a5	1196
cparata	0:e4f89df7a7a5	1197
cparata	0:e4f89df7a7a5	1198	/**
cparata	0:e4f89df7a7a5	1199	* @brief Get Fifo Status.
cparata	0:e4f89df7a7a5	1200	* @param Buffer to empty with fifo status
cparata	0:e4f89df7a7a5	1201	* @retval Status [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	1202	*/
cparata	0:e4f89df7a7a5	1203	LPS22HB_Error_et LPS22HB_Get_FifoStatus(void handle, LPS22HB_FifoStatus_st status);
cparata	0:e4f89df7a7a5	1204
cparata	0:e4f89df7a7a5	1205
cparata	0:e4f89df7a7a5	1206	/**
cparata	0:e4f89df7a7a5	1207	* @brief Get the reference pressure after soldering for computing differential pressure (hPA)
cparata	0:e4f89df7a7a5	1208	* @param buffer to empty with the he pressure value (hPA)
cparata	0:e4f89df7a7a5	1209	* @retval Status [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	1210	*/
cparata	0:e4f89df7a7a5	1211	LPS22HB_Error_et LPS22HB_Get_PressureOffsetValue(void handle, int16_t pressoffset);
cparata	0:e4f89df7a7a5	1212
cparata	0:e4f89df7a7a5	1213	/**
cparata	0:e4f89df7a7a5	1214	* @brief Get the Reference Pressure value
cparata	0:e4f89df7a7a5	1215	* @detail It is a 24-bit data added to the sensor output measurement to detect a measured pressure beyond programmed limits.
cparata	0:e4f89df7a7a5	1216	* @param Buffer to empty with reference pressure value
cparata	0:e4f89df7a7a5	1217	* @retval Status [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	1218	*/
cparata	0:e4f89df7a7a5	1219	LPS22HB_Error_et LPS22HB_Get_ReferencePressure(void handle, int32_t RefP);
cparata	0:e4f89df7a7a5	1220
cparata	0:e4f89df7a7a5	1221
cparata	0:e4f89df7a7a5	1222	/**
cparata	0:e4f89df7a7a5	1223	* @brief Check if the single measurement has completed.
cparata	0:e4f89df7a7a5	1224	* @param the returned value is set to 1, when the measurement is completed
cparata	0:e4f89df7a7a5	1225	* @retval Status [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	1226	*/
cparata	0:e4f89df7a7a5	1227	LPS22HB_Error_et LPS22HB_IsMeasurementCompleted(void handle, uint8_t Is_Measurement_Completed);
cparata	0:e4f89df7a7a5	1228
cparata	0:e4f89df7a7a5	1229
cparata	0:e4f89df7a7a5	1230	/**
cparata	0:e4f89df7a7a5	1231	* @brief Get the values of the last single measurement.
cparata	0:e4f89df7a7a5	1232	* @param Pressure and temperature value
cparata	0:e4f89df7a7a5	1233	* @retvalStatus [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	1234	*/
cparata	0:e4f89df7a7a5	1235	LPS22HB_Error_et LPS22HB_Get_Measurement(void handle, LPS22HB_MeasureTypeDef_st Measurement_Value);
cparata	0:e4f89df7a7a5	1236
cparata	0:e4f89df7a7a5	1237
cparata	0:e4f89df7a7a5	1238	/**
cparata	0:e4f89df7a7a5	1239	* @brief Set Generic Configuration
cparata	0:e4f89df7a7a5	1240	* @param Struct to empty with the chosen values
cparata	0:e4f89df7a7a5	1241	* @retval Error code[LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	1242	*/
cparata	0:e4f89df7a7a5	1243	LPS22HB_Error_et LPS22HB_Set_GenericConfig(void handle, LPS22HB_ConfigTypeDef_st pxLPS22HBInit);
cparata	0:e4f89df7a7a5	1244
cparata	0:e4f89df7a7a5	1245	/**
cparata	0:e4f89df7a7a5	1246	* @brief Get Generic configuration
cparata	0:e4f89df7a7a5	1247	* @param Struct to empty with configuration values
cparata	0:e4f89df7a7a5	1248	* @retval Error code[LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	1249	*/
cparata	0:e4f89df7a7a5	1250	LPS22HB_Error_et LPS22HB_Get_GenericConfig(void handle, LPS22HB_ConfigTypeDef_st pxLPS22HBInit);
cparata	0:e4f89df7a7a5	1251
cparata	0:e4f89df7a7a5	1252	/**
cparata	0:e4f89df7a7a5	1253	* @brief Set Interrupt configuration
cparata	0:e4f89df7a7a5	1254	* @param Struct holding the configuration values
cparata	0:e4f89df7a7a5	1255	* @retval Error code[LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	1256	*/
cparata	0:e4f89df7a7a5	1257	LPS22HB_Error_et LPS22HB_Set_InterruptConfig(void handle, LPS22HB_InterruptTypeDef_st pLPS22HBInt);
cparata	0:e4f89df7a7a5	1258
cparata	0:e4f89df7a7a5	1259	/**
cparata	0:e4f89df7a7a5	1260	* @brief LPS22HBGet_InterruptConfig
cparata	0:e4f89df7a7a5	1261	* @param Struct to empty with configuration values
cparata	0:e4f89df7a7a5	1262	* @retval S Error code[LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	1263	*/
cparata	0:e4f89df7a7a5	1264	LPS22HB_Error_et LPS22HB_Get_InterruptConfig(void handle, LPS22HB_InterruptTypeDef_st pLPS22HBInt);
cparata	0:e4f89df7a7a5	1265
cparata	0:e4f89df7a7a5	1266	/**
cparata	0:e4f89df7a7a5	1267	* @brief Set Fifo configuration
cparata	0:e4f89df7a7a5	1268	* @param Struct holding the configuration values
cparata	0:e4f89df7a7a5	1269	* @retval Error code[LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	1270	*/
cparata	0:e4f89df7a7a5	1271	LPS22HB_Error_et LPS22HB_Set_FifoConfig(void handle, LPS22HB_FIFOTypeDef_st pLPS22HBFIFO);
cparata	0:e4f89df7a7a5	1272
cparata	0:e4f89df7a7a5	1273	/**
cparata	0:e4f89df7a7a5	1274	* @brief Get Fifo configuration
cparata	0:e4f89df7a7a5	1275	* @param Struct to empty with the configuration values
cparata	0:e4f89df7a7a5	1276	* @retval Error code[LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	1277	*/
cparata	0:e4f89df7a7a5	1278	LPS22HB_Error_et LPS22HB_Get_FifoConfig(void handle, LPS22HB_FIFOTypeDef_st pLPS22HBFIFO);
cparata	0:e4f89df7a7a5	1279
cparata	0:e4f89df7a7a5	1280	/**
cparata	0:e4f89df7a7a5	1281	* @brief Clock Tree Confoguration
cparata	0:e4f89df7a7a5	1282	* @param LPS22HB_CTE_NotBalanced, LPS22HB_CTE_ABalanced
cparata	0:e4f89df7a7a5	1283	* @retval Error Code [LPS22HB_ERROR, LPS22HB_OK]
cparata	0:e4f89df7a7a5	1284	*/
cparata	0:e4f89df7a7a5	1285	LPS22HB_Error_et LPS22HB_Set_ClockTreeConfifuration(void *handle, LPS22HB_CTE_et mode);
cparata	0:e4f89df7a7a5	1286
cparata	0:e4f89df7a7a5	1287	/**
cparata	0:e4f89df7a7a5	1288	* @}
cparata	0:e4f89df7a7a5	1289	*/
cparata	0:e4f89df7a7a5	1290
cparata	0:e4f89df7a7a5	1291	/**
cparata	0:e4f89df7a7a5	1292	* @}
cparata	0:e4f89df7a7a5	1293	*/
cparata	0:e4f89df7a7a5	1294
cparata	0:e4f89df7a7a5	1295	/**
cparata	0:e4f89df7a7a5	1296	* @}
cparata	0:e4f89df7a7a5	1297	*/
cparata	0:e4f89df7a7a5	1298
cparata	0:e4f89df7a7a5	1299	#ifdef __cplusplus
cparata	0:e4f89df7a7a5	1300	}
cparata	0:e4f89df7a7a5	1301	#endif
cparata	0:e4f89df7a7a5	1302
cparata	0:e4f89df7a7a5	1303	#endif /* __LPS22HB_DRIVER__H */
cparata	0:e4f89df7a7a5	1304
cparata	0:e4f89df7a7a5	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:	111
Forks:	0
Commits:	23
Dependents:	0
Dependencies:	2
Followers:	401

The code in this repository is Apache licensed.

Single and Double Tap Demo Application based on sensor expansion board X-NUCLEO-IKS01A2

X_NUCLEO_IKS01A2/Components/LPS22HBSensor/LPS22HB_Driver.h@2:21a191bd1998, 2016-08-19 (annotated)

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