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TARGET_EFM32HG_STK3400/TARGET_Silicon_Labs/TARGET_EFM32/emlib/inc/em_lesense.h@139:856d2700e60b, 2017-03-30 (annotated)

Committer:: <>
Date:: Thu Mar 30 13:26:47 2017 +0100
Revision:: 139:856d2700e60b
Parent:: 128:9bcdf88f62b0

Release 139 of the mbed library

Ports for Upcoming Targets

3934: [Silicon Labs] Update to HAL and devices https://github.com/ARMmbed/mbed-os/pull/3934

Known Issues

There is an issue with LPC1768 failing the 'Semihost file system' test with this release.

Fixes and Changes

3691: [TLS / hw acceleration] AES ECB for NUCLEO_F439ZI https://github.com/ARMmbed/mbed-os/pull/3691

3869: NCS36510: Default range changed from 0 to 950mV - ADC https://github.com/ARMmbed/mbed-os/pull/3869

3893: [STM32F7] Update STM32 Cube version v1.6.0 https://github.com/ARMmbed/mbed-os/pull/3893

3917: Fix mistake register setting in serial_format() https://github.com/ARMmbed/mbed-os/pull/3917

3927: [DELTA_DFBM_NQ620] Add RC calibration setting and revise mbed_overrides.c https://github.com/ARMmbed/mbed-os/pull/3927

3918: [NUC472/M453] Support unique locally administered MAC address and other driver updates https://github.com/ARMmbed/mbed-os/pull/3918

3920: Heap size adjusted to work for both tls-client and mbed-client https://github.com/ARMmbed/mbed-os/pull/3920

3969: NUCLEO_F302R8: Add missing PB_8/PB_9 CAN pins https://github.com/ARMmbed/mbed-os/pull/3969

Who changed what in which revision?

User	Revision	Line number	New contents of line
Kojto	98:8ab26030e058	1	/*************************************************************************//
Kojto	98:8ab26030e058	2	* @file em_lesense.h
Kojto	98:8ab26030e058	3	* @brief Low Energy Sensor (LESENSE) peripheral API
<>	139:856d2700e60b	4	* @version 5.1.2
Kojto	98:8ab26030e058	5	*******************************************************************************
Kojto	98:8ab26030e058	6	* @section License
<>	128:9bcdf88f62b0	7	* <b>Copyright 2016 Silicon Laboratories, Inc. http://www.silabs.com</b>
Kojto	98:8ab26030e058	8	*******************************************************************************
Kojto	98:8ab26030e058	9	*
Kojto	98:8ab26030e058	10	* Permission is granted to anyone to use this software for any purpose,
Kojto	98:8ab26030e058	11	* including commercial applications, and to alter it and redistribute it
Kojto	98:8ab26030e058	12	* freely, subject to the following restrictions:
Kojto	98:8ab26030e058	13	*
Kojto	98:8ab26030e058	14	* 1. The origin of this software must not be misrepresented; you must not
Kojto	98:8ab26030e058	15	* claim that you wrote the original software.
Kojto	98:8ab26030e058	16	* 2. Altered source versions must be plainly marked as such, and must not be
Kojto	98:8ab26030e058	17	* misrepresented as being the original software.
Kojto	98:8ab26030e058	18	* 3. This notice may not be removed or altered from any source distribution.
Kojto	98:8ab26030e058	19	*
Kojto	98:8ab26030e058	20	* DISCLAIMER OF WARRANTY/LIMITATION OF REMEDIES: Silicon Labs has no
Kojto	98:8ab26030e058	21	* obligation to support this Software. Silicon Labs is providing the
Kojto	98:8ab26030e058	22	* Software "AS IS", with no express or implied warranties of any kind,
Kojto	98:8ab26030e058	23	* including, but not limited to, any implied warranties of merchantability
Kojto	98:8ab26030e058	24	* or fitness for any particular purpose or warranties against infringement
Kojto	98:8ab26030e058	25	* of any proprietary rights of a third party.
Kojto	98:8ab26030e058	26	*
Kojto	98:8ab26030e058	27	* Silicon Labs will not be liable for any consequential, incidental, or
Kojto	98:8ab26030e058	28	* special damages, or any other relief, or for any claim by any third party,
Kojto	98:8ab26030e058	29	* arising from your use of this Software.
Kojto	98:8ab26030e058	30	*
Kojto	98:8ab26030e058	31	******************************************************************************/
Kojto	98:8ab26030e058	32
<>	128:9bcdf88f62b0	33	#ifndef EM_LESENSE_H
<>	128:9bcdf88f62b0	34	#define EM_LESENSE_H
Kojto	98:8ab26030e058	35
Kojto	98:8ab26030e058	36	#include "em_device.h"
Kojto	98:8ab26030e058	37
<>	139:856d2700e60b	38	#if defined(LESENSE_COUNT) && (LESENSE_COUNT > 0)
Kojto	98:8ab26030e058	39	#include <stdint.h>
Kojto	98:8ab26030e058	40	#include <stdbool.h>
Kojto	98:8ab26030e058	41
Kojto	98:8ab26030e058	42	#ifdef __cplusplus
Kojto	98:8ab26030e058	43	extern "C" {
Kojto	98:8ab26030e058	44	#endif
Kojto	98:8ab26030e058	45
Kojto	98:8ab26030e058	46
Kojto	98:8ab26030e058	47	/*************************************************************************//
<>	128:9bcdf88f62b0	48	* @addtogroup emlib
Kojto	98:8ab26030e058	49	* @{
Kojto	98:8ab26030e058	50	******************************************************************************/
Kojto	98:8ab26030e058	51
Kojto	98:8ab26030e058	52	/*************************************************************************//
Kojto	98:8ab26030e058	53	* @addtogroup LESENSE
Kojto	98:8ab26030e058	54	* @{
Kojto	98:8ab26030e058	55	******************************************************************************/
Kojto	98:8ab26030e058	56
<>	139:856d2700e60b	57	/** Number of decoder states supported by current device. */
<>	139:856d2700e60b	58	#define LESENSE_NUM_DECODER_STATES (_LESENSE_DECSTATE_DECSTATE_MASK + 1)
Kojto	98:8ab26030e058	59
<>	139:856d2700e60b	60	/** Number of LESENSE channels. */
<>	139:856d2700e60b	61	#define LESENSE_NUM_CHANNELS 16
Kojto	98:8ab26030e058	62
Kojto	98:8ab26030e058	63	/*******************************************************************************
Kojto	98:8ab26030e058	64	****************************** ENUMS **********************************
Kojto	98:8ab26030e058	65	******************************************************************************/
Kojto	98:8ab26030e058	66
Kojto	98:8ab26030e058	67	/** Clock divisors for controlling the prescaling factor of the period
Kojto	98:8ab26030e058	68	* counter.
Kojto	98:8ab26030e058	69	* Note: these enumeration values are being used for different clock division
Kojto	98:8ab26030e058	70	* related configuration parameters (hfPresc, lfPresc, pcPresc). */
Kojto	98:8ab26030e058	71	typedef enum
Kojto	98:8ab26030e058	72	{
Kojto	98:8ab26030e058	73	lesenseClkDiv_1 = 0, /*< Divide clock by 1. /
Kojto	98:8ab26030e058	74	lesenseClkDiv_2 = 1, /*< Divide clock by 2. /
Kojto	98:8ab26030e058	75	lesenseClkDiv_4 = 2, /*< Divide clock by 4. /
Kojto	98:8ab26030e058	76	lesenseClkDiv_8 = 3, /*< Divide clock by 8. /
Kojto	98:8ab26030e058	77	lesenseClkDiv_16 = 4, /*< Divide clock by 16. /
Kojto	98:8ab26030e058	78	lesenseClkDiv_32 = 5, /*< Divide clock by 32. /
Kojto	98:8ab26030e058	79	lesenseClkDiv_64 = 6, /*< Divide clock by 64. /
Kojto	98:8ab26030e058	80	lesenseClkDiv_128 = 7 /*< Divide clock by 128. /
Kojto	98:8ab26030e058	81	} LESENSE_ClkPresc_TypeDef;
Kojto	98:8ab26030e058	82
Kojto	98:8ab26030e058	83
Kojto	98:8ab26030e058	84	/** Scan modes. */
Kojto	98:8ab26030e058	85	typedef enum
Kojto	98:8ab26030e058	86	{
Kojto	98:8ab26030e058	87	/** New scan is started each time the period counter overflows. */
Kojto	98:8ab26030e058	88	lesenseScanStartPeriodic = LESENSE_CTRL_SCANMODE_PERIODIC,
Kojto	98:8ab26030e058	89
Kojto	98:8ab26030e058	90	/** Single scan is performed when LESENSE_ScanStart() is called. */
Kojto	98:8ab26030e058	91	lesenseScanStartOneShot = LESENSE_CTRL_SCANMODE_ONESHOT,
Kojto	98:8ab26030e058	92
Kojto	98:8ab26030e058	93	/** New scan is triggered by pulse on PRS channel. */
Kojto	98:8ab26030e058	94	lesenseScanStartPRS = LESENSE_CTRL_SCANMODE_PRS
Kojto	98:8ab26030e058	95	} LESENSE_ScanMode_TypeDef;
Kojto	98:8ab26030e058	96
Kojto	98:8ab26030e058	97
Kojto	98:8ab26030e058	98	/** PRS sources.
Kojto	98:8ab26030e058	99	* Note: these enumeration values are being used for different PRS related
Kojto	98:8ab26030e058	100	* configuration parameters. */
Kojto	98:8ab26030e058	101	typedef enum
Kojto	98:8ab26030e058	102	{
Kojto	98:8ab26030e058	103	lesensePRSCh0 = 0, /*< PRS channel 0. /
Kojto	98:8ab26030e058	104	lesensePRSCh1 = 1, /*< PRS channel 1. /
Kojto	98:8ab26030e058	105	lesensePRSCh2 = 2, /*< PRS channel 2. /
Kojto	98:8ab26030e058	106	lesensePRSCh3 = 3, /*< PRS channel 3. /
Kojto	98:8ab26030e058	107	#if defined( LESENSE_CTRL_PRSSEL_PRSCH4 )
Kojto	98:8ab26030e058	108	lesensePRSCh4 = 4, /*< PRS channel 4. /
Kojto	98:8ab26030e058	109	#endif
Kojto	98:8ab26030e058	110	#if defined( LESENSE_CTRL_PRSSEL_PRSCH5 )
Kojto	98:8ab26030e058	111	lesensePRSCh5 = 5, /*< PRS channel 5. /
Kojto	98:8ab26030e058	112	#endif
Kojto	98:8ab26030e058	113	#if defined( LESENSE_CTRL_PRSSEL_PRSCH6 )
Kojto	98:8ab26030e058	114	lesensePRSCh6 = 6, /*< PRS channel 6. /
Kojto	98:8ab26030e058	115	#endif
Kojto	98:8ab26030e058	116	#if defined( LESENSE_CTRL_PRSSEL_PRSCH7 )
Kojto	98:8ab26030e058	117	lesensePRSCh7 = 7, /*< PRS channel 7. /
Kojto	98:8ab26030e058	118	#endif
Kojto	98:8ab26030e058	119	#if defined( LESENSE_CTRL_PRSSEL_PRSCH8 )
Kojto	98:8ab26030e058	120	lesensePRSCh8 = 8, /*< PRS channel 8. /
Kojto	98:8ab26030e058	121	#endif
Kojto	98:8ab26030e058	122	#if defined( LESENSE_CTRL_PRSSEL_PRSCH9 )
Kojto	98:8ab26030e058	123	lesensePRSCh9 = 9, /*< PRS channel 9. /
Kojto	98:8ab26030e058	124	#endif
Kojto	98:8ab26030e058	125	#if defined( LESENSE_CTRL_PRSSEL_PRSCH10 )
Kojto	98:8ab26030e058	126	lesensePRSCh10 = 10, /*< PRS channel 10./
Kojto	98:8ab26030e058	127	#endif
Kojto	98:8ab26030e058	128	#if defined( LESENSE_CTRL_PRSSEL_PRSCH11 )
Kojto	98:8ab26030e058	129	lesensePRSCh11 = 11, /*< PRS channel 11./
Kojto	98:8ab26030e058	130	#endif
Kojto	98:8ab26030e058	131	} LESENSE_PRSSel_TypeDef;
Kojto	98:8ab26030e058	132
Kojto	98:8ab26030e058	133
Kojto	98:8ab26030e058	134	/** Locations of the alternate excitation function. */
Kojto	98:8ab26030e058	135	typedef enum
Kojto	98:8ab26030e058	136	{
Kojto	98:8ab26030e058	137	/** Alternate excitation is mapped to the LES_ALTEX pins. */
Kojto	98:8ab26030e058	138	lesenseAltExMapALTEX = _LESENSE_CTRL_ALTEXMAP_ALTEX,
Kojto	98:8ab26030e058	139
<>	139:856d2700e60b	140	#if defined(_LESENSE_CTRL_ALTEXMAP_ACMP)
Kojto	98:8ab26030e058	141	/** Alternate excitation is mapped to the pins of the other ACMP. */
<>	139:856d2700e60b	142	lesenseAltExMapACMP = _LESENSE_CTRL_ALTEXMAP_ACMP,
<>	139:856d2700e60b	143	#endif
<>	139:856d2700e60b	144
<>	139:856d2700e60b	145	#if defined(_LESENSE_CTRL_ALTEXMAP_CH)
<>	139:856d2700e60b	146	/** Alternative excitation is mapped to the pin of LESENSE channel
<>	139:856d2700e60b	147	* (X+8 mod 16), X being the active channel. */
<>	139:856d2700e60b	148	lesenseAltExMapCH = _LESENSE_CTRL_ALTEXMAP_CH,
<>	139:856d2700e60b	149	#endif
Kojto	98:8ab26030e058	150	} LESENSE_AltExMap_TypeDef;
Kojto	98:8ab26030e058	151
Kojto	98:8ab26030e058	152
Kojto	98:8ab26030e058	153	/** Result buffer interrupt and DMA trigger levels. */
Kojto	98:8ab26030e058	154	typedef enum
Kojto	98:8ab26030e058	155	{
Kojto	98:8ab26030e058	156	/** DMA and interrupt flags are set when result buffer is halffull. */
Kojto	98:8ab26030e058	157	lesenseBufTrigHalf = LESENSE_CTRL_BUFIDL_HALFFULL,
Kojto	98:8ab26030e058	158
Kojto	98:8ab26030e058	159	/** DMA and interrupt flags set when result buffer is full. */
Kojto	98:8ab26030e058	160	lesenseBufTrigFull = LESENSE_CTRL_BUFIDL_FULL
Kojto	98:8ab26030e058	161	} LESENSE_BufTrigLevel_TypeDef;
Kojto	98:8ab26030e058	162
Kojto	98:8ab26030e058	163
Kojto	98:8ab26030e058	164	/** Modes of operation for DMA wakeup from EM2. */
Kojto	98:8ab26030e058	165	typedef enum
Kojto	98:8ab26030e058	166	{
Kojto	98:8ab26030e058	167	/** No DMA wakeup from EM2. */
Kojto	98:8ab26030e058	168	lesenseDMAWakeUpDisable = LESENSE_CTRL_DMAWU_DISABLE,
Kojto	98:8ab26030e058	169
Kojto	98:8ab26030e058	170	/** DMA wakeup from EM2 when data is valid in the result buffer. */
Kojto	98:8ab26030e058	171	lesenseDMAWakeUpBufValid = LESENSE_CTRL_DMAWU_BUFDATAV,
Kojto	98:8ab26030e058	172
Kojto	98:8ab26030e058	173	/** DMA wakeup from EM2 when the resultbuffer is full/halffull, depending on
Kojto	98:8ab26030e058	174	* RESBIDL configuration in LESENSE_CTRL register (selected by
Kojto	98:8ab26030e058	175	* resBufTrigLevel in LESENSE_ResBufTrigLevel_TypeDef descriptor structure). */
Kojto	98:8ab26030e058	176	lesenseDMAWakeUpBufLevel = LESENSE_CTRL_DMAWU_BUFLEVEL
Kojto	98:8ab26030e058	177	} LESENSE_DMAWakeUp_TypeDef;
Kojto	98:8ab26030e058	178
Kojto	98:8ab26030e058	179
Kojto	98:8ab26030e058	180	/** Bias modes. */
Kojto	98:8ab26030e058	181	typedef enum
Kojto	98:8ab26030e058	182	{
Kojto	98:8ab26030e058	183	/** Duty cycle bias module between low power and high accuracy mode. */
Kojto	98:8ab26030e058	184	lesenseBiasModeDutyCycle = LESENSE_BIASCTRL_BIASMODE_DUTYCYCLE,
Kojto	98:8ab26030e058	185
Kojto	98:8ab26030e058	186	/** Bias module is always in high accuracy mode. */
Kojto	98:8ab26030e058	187	lesenseBiasModeHighAcc = LESENSE_BIASCTRL_BIASMODE_HIGHACC,
Kojto	98:8ab26030e058	188
Kojto	98:8ab26030e058	189	/** Bias module is controlled by the EMU and not affected by LESENSE. */
Kojto	98:8ab26030e058	190	lesenseBiasModeDontTouch = LESENSE_BIASCTRL_BIASMODE_DONTTOUCH
Kojto	98:8ab26030e058	191	} LESENSE_BiasMode_TypeDef;
Kojto	98:8ab26030e058	192
Kojto	98:8ab26030e058	193
Kojto	98:8ab26030e058	194	/** Scan configuration. */
Kojto	98:8ab26030e058	195	typedef enum
Kojto	98:8ab26030e058	196	{
Kojto	98:8ab26030e058	197	/** The channel configuration registers (CHx_CONF) used are directly mapped to
Kojto	98:8ab26030e058	198	* the channel number. */
Kojto	98:8ab26030e058	199	lesenseScanConfDirMap = LESENSE_CTRL_SCANCONF_DIRMAP,
Kojto	98:8ab26030e058	200
Kojto	98:8ab26030e058	201	/** The channel configuration registers used are CHx+8_CONF for channels 0-7
Kojto	98:8ab26030e058	202	* and CHx-8_CONF for channels 8-15. */
Kojto	98:8ab26030e058	203	lesenseScanConfInvMap = LESENSE_CTRL_SCANCONF_INVMAP,
Kojto	98:8ab26030e058	204
Kojto	98:8ab26030e058	205	/** The channel configuration registers used toggles between CHX_SCANCONF and
Kojto	98:8ab26030e058	206	* CHX+8_SCANCONF when channel x triggers. */
Kojto	98:8ab26030e058	207	lesenseScanConfToggle = LESENSE_CTRL_SCANCONF_TOGGLE,
Kojto	98:8ab26030e058	208
Kojto	98:8ab26030e058	209	/** The decoder state defines the channel configuration register (CHx_CONF) to
Kojto	98:8ab26030e058	210	* be used. */
Kojto	98:8ab26030e058	211	lesenseScanConfDecDef = LESENSE_CTRL_SCANCONF_DECDEF
Kojto	98:8ab26030e058	212	} LESENSE_ScanConfSel_TypeDef;
Kojto	98:8ab26030e058	213
Kojto	98:8ab26030e058	214
Kojto	98:8ab26030e058	215	/** DAC CHx data control configuration. */
Kojto	98:8ab26030e058	216	typedef enum
Kojto	98:8ab26030e058	217	{
Kojto	98:8ab26030e058	218	/** DAC channel x data is defined by DAC_CHxDATA register.
Kojto	98:8ab26030e058	219	* Note: this value could be used for both DAC Ch0 and Ch1. */
Kojto	98:8ab26030e058	220	lesenseDACIfData = _LESENSE_PERCTRL_DACCH0DATA_DACDATA,
Kojto	98:8ab26030e058	221
<>	139:856d2700e60b	222	#if defined(_LESENSE_PERCTRL_DACCH0DATA_ACMPTHRES)
Kojto	98:8ab26030e058	223	/** DAC channel x data is defined by ACMPTHRES in LESENSE_CHx_INTERACT.
Kojto	98:8ab26030e058	224	* Note: this value could be used for both DAC Ch0 and Ch1. */
<>	139:856d2700e60b	225	lesenseACMPThres = _LESENSE_PERCTRL_DACCH0DATA_ACMPTHRES,
<>	139:856d2700e60b	226	#endif
<>	139:856d2700e60b	227
<>	139:856d2700e60b	228	#if defined(_LESENSE_PERCTRL_DACCH0DATA_THRES)
<>	139:856d2700e60b	229	/** DAC channel x data is defined by THRES in LESENSE_CHx_INTERACT.
<>	139:856d2700e60b	230	* Note: this value could be used for both DAC Ch0 and Ch1. */
<>	139:856d2700e60b	231	lesenseThres = _LESENSE_PERCTRL_DACCH0DATA_THRES,
<>	139:856d2700e60b	232	#endif
Kojto	98:8ab26030e058	233	} LESENSE_ControlDACData_TypeDef;
Kojto	98:8ab26030e058	234
<>	139:856d2700e60b	235	#if defined(_LESENSE_PERCTRL_DACCH0CONV_MASK)
Kojto	98:8ab26030e058	236	/** DAC channel x conversion mode configuration. */
Kojto	98:8ab26030e058	237	typedef enum
Kojto	98:8ab26030e058	238	{
Kojto	98:8ab26030e058	239	/** LESENSE doesn't control DAC channel x.
Kojto	98:8ab26030e058	240	* Note: this value could be used for both DAC Ch0 and Ch1. */
Kojto	98:8ab26030e058	241	lesenseDACConvModeDisable = _LESENSE_PERCTRL_DACCH0CONV_DISABLE,
Kojto	98:8ab26030e058	242
Kojto	98:8ab26030e058	243	/** DAC channel x is driven in continuous mode.
Kojto	98:8ab26030e058	244	* Note: this value could be used for both DAC Ch0 and Ch1. */
Kojto	98:8ab26030e058	245	lesenseDACConvModeContinuous = _LESENSE_PERCTRL_DACCH0CONV_CONTINUOUS,
Kojto	98:8ab26030e058	246
Kojto	98:8ab26030e058	247	/** DAC channel x is driven in sample hold mode.
Kojto	98:8ab26030e058	248	* Note: this value could be used for both DAC Ch0 and Ch1. */
Kojto	98:8ab26030e058	249	lesenseDACConvModeSampleHold = _LESENSE_PERCTRL_DACCH0CONV_SAMPLEHOLD,
Kojto	98:8ab26030e058	250
Kojto	98:8ab26030e058	251	/** DAC channel x is driven in sample off mode.
Kojto	98:8ab26030e058	252	* Note: this value could be used for both DAC Ch0 and Ch1. */
Kojto	98:8ab26030e058	253	lesenseDACConvModeSampleOff = _LESENSE_PERCTRL_DACCH0CONV_SAMPLEOFF
Kojto	98:8ab26030e058	254	} LESENSE_ControlDACConv_TypeDef;
<>	139:856d2700e60b	255	#endif
Kojto	98:8ab26030e058	256
<>	139:856d2700e60b	257	#if defined(_LESENSE_PERCTRL_DACCH0OUT_MASK)
Kojto	98:8ab26030e058	258	/** DAC channel x output mode configuration. */
Kojto	98:8ab26030e058	259	typedef enum
Kojto	98:8ab26030e058	260	{
Kojto	98:8ab26030e058	261	/** DAC CHx output to pin and ACMP/ADC disabled.
Kojto	98:8ab26030e058	262	* Note: this value could be used for both DAC Ch0 and Ch1. */
Kojto	98:8ab26030e058	263	lesenseDACOutModeDisable = _LESENSE_PERCTRL_DACCH0OUT_DISABLE,
Kojto	98:8ab26030e058	264
Kojto	98:8ab26030e058	265	/** DAC CHx output to pin enabled, output to ADC and ACMP disabled.
Kojto	98:8ab26030e058	266	* Note: this value could be used for both DAC Ch0 and Ch1. */
Kojto	98:8ab26030e058	267	lesenseDACOutModePin = _LESENSE_PERCTRL_DACCH0OUT_PIN,
Kojto	98:8ab26030e058	268
Kojto	98:8ab26030e058	269	/** DAC CHx output to pin disabled, output to ADC and ACMP enabled.
Kojto	98:8ab26030e058	270	* Note: this value could be used for both DAC Ch0 and Ch1. */
Kojto	98:8ab26030e058	271	lesenseDACOutModeADCACMP = _LESENSE_PERCTRL_DACCH0OUT_ADCACMP,
Kojto	98:8ab26030e058	272
Kojto	98:8ab26030e058	273	/** DAC CHx output to pin, ADC, and ACMP enabled.
Kojto	98:8ab26030e058	274	* Note: this value could be used for both DAC Ch0 and Ch1. */
Kojto	98:8ab26030e058	275	lesenseDACOutModePinADCACMP = _LESENSE_PERCTRL_DACCH0OUT_PINADCACMP
Kojto	98:8ab26030e058	276	} LESENSE_ControlDACOut_TypeDef;
<>	139:856d2700e60b	277	#endif
Kojto	98:8ab26030e058	278
Kojto	98:8ab26030e058	279
<>	139:856d2700e60b	280	#if defined(_LESENSE_PERCTRL_DACREF_MASK)
Kojto	98:8ab26030e058	281	/** DAC reference configuration. */
Kojto	98:8ab26030e058	282	typedef enum
Kojto	98:8ab26030e058	283	{
Kojto	98:8ab26030e058	284	/** DAC uses VDD reference. */
Kojto	98:8ab26030e058	285	lesenseDACRefVdd = LESENSE_PERCTRL_DACREF_VDD,
Kojto	98:8ab26030e058	286
Kojto	98:8ab26030e058	287	/** DAC uses bandgap reference. */
Kojto	98:8ab26030e058	288	lesenseDACRefBandGap = LESENSE_PERCTRL_DACREF_BANDGAP
Kojto	98:8ab26030e058	289	} LESENSE_DACRef_TypeDef;
<>	139:856d2700e60b	290	#endif
Kojto	98:8ab26030e058	291
Kojto	98:8ab26030e058	292
Kojto	98:8ab26030e058	293	/** ACMPx control configuration. */
Kojto	98:8ab26030e058	294	typedef enum
Kojto	98:8ab26030e058	295	{
Kojto	98:8ab26030e058	296	/** LESENSE does not control the ACMPx.
Kojto	98:8ab26030e058	297	* Note: this value could be used for both ACMP0 and ACMP1. */
Kojto	98:8ab26030e058	298	lesenseACMPModeDisable = _LESENSE_PERCTRL_ACMP0MODE_DISABLE,
Kojto	98:8ab26030e058	299
Kojto	98:8ab26030e058	300	/** LESENSE controls the input mux of ACMPx.
Kojto	98:8ab26030e058	301	* Note: this value could be used for both ACMP0 and ACMP1. */
Kojto	98:8ab26030e058	302	lesenseACMPModeMux = _LESENSE_PERCTRL_ACMP0MODE_MUX,
Kojto	98:8ab26030e058	303
Kojto	98:8ab26030e058	304	/** LESENSE controls the input mux of and the threshold value of ACMPx.
Kojto	98:8ab26030e058	305	* Note: this value could be used for both ACMP0 and ACMP1. */
Kojto	98:8ab26030e058	306	lesenseACMPModeMuxThres = _LESENSE_PERCTRL_ACMP0MODE_MUXTHRES
Kojto	98:8ab26030e058	307	} LESENSE_ControlACMP_TypeDef;
Kojto	98:8ab26030e058	308
Kojto	98:8ab26030e058	309
Kojto	98:8ab26030e058	310	/** Warm up modes. ACMP and DAC duty cycle mode configuration. */
Kojto	98:8ab26030e058	311	typedef enum
Kojto	98:8ab26030e058	312	{
Kojto	98:8ab26030e058	313	/** ACMPs and DACs are shut down when LESENSE is idle. */
Kojto	98:8ab26030e058	314	lesenseWarmupModeNormal = LESENSE_PERCTRL_WARMUPMODE_NORMAL,
Kojto	98:8ab26030e058	315
Kojto	98:8ab26030e058	316	/** ACMPs are kept powered up when LESENSE is idle. */
Kojto	98:8ab26030e058	317	lesenseWarmupModeACMP = LESENSE_PERCTRL_WARMUPMODE_KEEPACMPWARM,
Kojto	98:8ab26030e058	318
Kojto	98:8ab26030e058	319	/** The DAC is kept powered up when LESENSE is idle. */
Kojto	98:8ab26030e058	320	lesenseWarmupModeDAC = LESENSE_PERCTRL_WARMUPMODE_KEEPDACWARM,
Kojto	98:8ab26030e058	321
Kojto	98:8ab26030e058	322	/** ACMPs and the DAC are kept powered up when LESENSE is idle. */
Kojto	98:8ab26030e058	323	lesenseWarmupModeKeepWarm = LESENSE_PERCTRL_WARMUPMODE_KEEPACMPDACWARM
Kojto	98:8ab26030e058	324	} LESENSE_WarmupMode_TypeDef;
Kojto	98:8ab26030e058	325
Kojto	98:8ab26030e058	326
Kojto	98:8ab26030e058	327	/** Decoder input source configuration. */
Kojto	98:8ab26030e058	328	typedef enum
Kojto	98:8ab26030e058	329	{
Kojto	98:8ab26030e058	330	/** The SENSORSTATE register is used as input to the decoder. */
Kojto	98:8ab26030e058	331	lesenseDecInputSensorSt = LESENSE_DECCTRL_INPUT_SENSORSTATE,
Kojto	98:8ab26030e058	332
Kojto	98:8ab26030e058	333	/** PRS channels are used as input to the decoder. */
Kojto	98:8ab26030e058	334	lesenseDecInputPRS = LESENSE_DECCTRL_INPUT_PRS
Kojto	98:8ab26030e058	335	} LESENSE_DecInput_TypeDef;
Kojto	98:8ab26030e058	336
Kojto	98:8ab26030e058	337
Kojto	98:8ab26030e058	338	/** Compare source selection for sensor sampling. */
Kojto	98:8ab26030e058	339	typedef enum
Kojto	98:8ab26030e058	340	{
Kojto	98:8ab26030e058	341	/** Counter output will be used in comparison. */
<>	139:856d2700e60b	342	lesenseSampleModeCounter = 0x0 << _LESENSE_CH_INTERACT_SAMPLE_SHIFT,
Kojto	98:8ab26030e058	343
Kojto	98:8ab26030e058	344	/** ACMP output will be used in comparison. */
<>	139:856d2700e60b	345	lesenseSampleModeACMP = LESENSE_CH_INTERACT_SAMPLE_ACMP,
<>	139:856d2700e60b	346
<>	139:856d2700e60b	347	#if defined(LESENSE_CH_INTERACT_SAMPLE_ADC)
<>	139:856d2700e60b	348	/** ADC output will be used in comparison. */
<>	139:856d2700e60b	349	lesenseSampleModeADC = LESENSE_CH_INTERACT_SAMPLE_ADC,
<>	139:856d2700e60b	350
<>	139:856d2700e60b	351	/** Differential ADC output will be used in comparison. */
<>	139:856d2700e60b	352	lesenseSampleModeADCDiff = LESENSE_CH_INTERACT_SAMPLE_ADCDIFF,
<>	139:856d2700e60b	353	#endif
Kojto	98:8ab26030e058	354	} LESENSE_ChSampleMode_TypeDef;
Kojto	98:8ab26030e058	355
Kojto	98:8ab26030e058	356
Kojto	98:8ab26030e058	357	/** Interrupt generation setup for CHx interrupt flag. */
Kojto	98:8ab26030e058	358	typedef enum
Kojto	98:8ab26030e058	359	{
Kojto	98:8ab26030e058	360	/** No interrupt is generated. */
Kojto	98:8ab26030e058	361	lesenseSetIntNone = LESENSE_CH_INTERACT_SETIF_NONE,
Kojto	98:8ab26030e058	362
Kojto	98:8ab26030e058	363	/** Set interrupt flag if the sensor triggers. */
Kojto	98:8ab26030e058	364	lesenseSetIntLevel = LESENSE_CH_INTERACT_SETIF_LEVEL,
Kojto	98:8ab26030e058	365
Kojto	98:8ab26030e058	366	/** Set interrupt flag on positive edge of the sensor state. */
Kojto	98:8ab26030e058	367	lesenseSetIntPosEdge = LESENSE_CH_INTERACT_SETIF_POSEDGE,
Kojto	98:8ab26030e058	368
Kojto	98:8ab26030e058	369	/** Set interrupt flag on negative edge of the sensor state. */
Kojto	98:8ab26030e058	370	lesenseSetIntNegEdge = LESENSE_CH_INTERACT_SETIF_NEGEDGE
Kojto	98:8ab26030e058	371	} LESENSE_ChIntMode_TypeDef;
Kojto	98:8ab26030e058	372
Kojto	98:8ab26030e058	373
Kojto	98:8ab26030e058	374	/** Channel pin mode for the excitation phase of the scan sequence. */
Kojto	98:8ab26030e058	375	typedef enum
Kojto	98:8ab26030e058	376	{
Kojto	98:8ab26030e058	377	/** Channel pin is disabled. */
Kojto	98:8ab26030e058	378	lesenseChPinExDis = LESENSE_CH_INTERACT_EXMODE_DISABLE,
Kojto	98:8ab26030e058	379
Kojto	98:8ab26030e058	380	/** Channel pin is configured as push-pull, driven HIGH. */
Kojto	98:8ab26030e058	381	lesenseChPinExHigh = LESENSE_CH_INTERACT_EXMODE_HIGH,
Kojto	98:8ab26030e058	382
Kojto	98:8ab26030e058	383	/** Channel pin is configured as push-pull, driven LOW. */
Kojto	98:8ab26030e058	384	lesenseChPinExLow = LESENSE_CH_INTERACT_EXMODE_LOW,
Kojto	98:8ab26030e058	385
Kojto	98:8ab26030e058	386	/** DAC output (only available on channel 0, 1, 2, 3, 12, 13, 14 and 15) */
Kojto	98:8ab26030e058	387	lesenseChPinExDACOut = LESENSE_CH_INTERACT_EXMODE_DACOUT
Kojto	98:8ab26030e058	388	} LESENSE_ChPinExMode_TypeDef;
Kojto	98:8ab26030e058	389
Kojto	98:8ab26030e058	390
Kojto	98:8ab26030e058	391	/** Channel pin mode for the idle phase of the scan sequence. */
Kojto	98:8ab26030e058	392	typedef enum
Kojto	98:8ab26030e058	393	{
Kojto	98:8ab26030e058	394	/** Channel pin is disabled in idle phase.
Kojto	98:8ab26030e058	395	* Note: this value could be used for all channels. */
Kojto	98:8ab26030e058	396	lesenseChPinIdleDis = _LESENSE_IDLECONF_CH0_DISABLE,
Kojto	98:8ab26030e058	397
Kojto	98:8ab26030e058	398	/** Channel pin is configured as push-pull, driven HIGH in idle phase.
Kojto	98:8ab26030e058	399	* Note: this value could be used for all channels. */
Kojto	98:8ab26030e058	400	lesenseChPinIdleHigh = _LESENSE_IDLECONF_CH0_HIGH,
Kojto	98:8ab26030e058	401
Kojto	98:8ab26030e058	402	/** Channel pin is configured as push-pull, driven LOW in idle phase.
Kojto	98:8ab26030e058	403	* Note: this value could be used for all channels. */
Kojto	98:8ab26030e058	404	lesenseChPinIdleLow = _LESENSE_IDLECONF_CH0_LOW,
Kojto	98:8ab26030e058	405
<>	139:856d2700e60b	406	#if defined(_LESENSE_IDLECONF_CH0_DAC)
<>	139:856d2700e60b	407	/** Channel pin is connected to DAC output in idle phase.
<>	139:856d2700e60b	408	* Note: this value could be used for all channels. */
<>	139:856d2700e60b	409	lesenseChPinIdleDACC = _LESENSE_IDLECONF_CH0_DAC
<>	139:856d2700e60b	410	#else
Kojto	98:8ab26030e058	411	/** Channel pin is connected to DAC CH0 output in idle phase.
Kojto	98:8ab26030e058	412	* Note: only applies to channel 0, 1, 2, 3. */
Kojto	98:8ab26030e058	413	lesenseChPinIdleDACCh0 = _LESENSE_IDLECONF_CH0_DACCH0,
Kojto	98:8ab26030e058	414
Kojto	98:8ab26030e058	415	/** Channel pin is connected to DAC CH1 output in idle phase.
Kojto	98:8ab26030e058	416	* Note: only applies to channel 12, 13, 14, 15. */
<>	139:856d2700e60b	417	lesenseChPinIdleDACCh1 = _LESENSE_IDLECONF_CH12_DACCH1,
<>	139:856d2700e60b	418	#endif
Kojto	98:8ab26030e058	419	} LESENSE_ChPinIdleMode_TypeDef;
Kojto	98:8ab26030e058	420
Kojto	98:8ab26030e058	421
Kojto	98:8ab26030e058	422	/** Clock used for excitation and sample delay timing. */
Kojto	98:8ab26030e058	423	typedef enum
Kojto	98:8ab26030e058	424	{
Kojto	98:8ab26030e058	425	/** LFACLK (LF clock) is used. */
Kojto	98:8ab26030e058	426	lesenseClkLF = _LESENSE_CH_INTERACT_EXCLK_LFACLK,
Kojto	98:8ab26030e058	427
Kojto	98:8ab26030e058	428	/** AUXHFRCO (HF clock) is used. */
Kojto	98:8ab26030e058	429	lesenseClkHF = _LESENSE_CH_INTERACT_EXCLK_AUXHFRCO
Kojto	98:8ab26030e058	430	} LESENSE_ChClk_TypeDef;
Kojto	98:8ab26030e058	431
Kojto	98:8ab26030e058	432
Kojto	98:8ab26030e058	433	/** Compare modes for counter comparison. */
Kojto	98:8ab26030e058	434	typedef enum
Kojto	98:8ab26030e058	435	{
<>	139:856d2700e60b	436	/** Comparison evaluates to 1 if the sensor data is less than the counter
<>	139:856d2700e60b	437	* threshold, or if the ACMP output is 0. */
Kojto	98:8ab26030e058	438	lesenseCompModeLess = LESENSE_CH_EVAL_COMP_LESS,
Kojto	98:8ab26030e058	439
<>	139:856d2700e60b	440	/** Comparison evaluates to 1 if the sensor data is greater than, or equal to
<>	139:856d2700e60b	441	* the counter threshold, or if the ACMP output is 1. */
Kojto	98:8ab26030e058	442	lesenseCompModeGreaterOrEq = LESENSE_CH_EVAL_COMP_GE
Kojto	98:8ab26030e058	443	} LESENSE_ChCompMode_TypeDef;
Kojto	98:8ab26030e058	444
Kojto	98:8ab26030e058	445
<>	139:856d2700e60b	446	#if defined(_LESENSE_CH_EVAL_MODE_MASK)
<>	139:856d2700e60b	447	/** Sensor evaluation modes. */
<>	139:856d2700e60b	448	typedef enum
<>	139:856d2700e60b	449	{
<>	139:856d2700e60b	450	/** Threshold comparison evaluation mode. In this mode the sensor data
<>	139:856d2700e60b	451	* is compared to the configured threshold value. Two possible comparison
<>	139:856d2700e60b	452	* operators can be used on the sensor data, either >= (GE) or < (LT).
<>	139:856d2700e60b	453	* Which operator to use is given using the
<>	139:856d2700e60b	454	* @ref LESENSE_ChDesc_TypeDef::compMode member. */
<>	139:856d2700e60b	455	lesenseEvalModeThreshold = _LESENSE_CH_EVAL_MODE_THRES,
<>	139:856d2700e60b	456
<>	139:856d2700e60b	457	/** Sliding window evaluation mode. In this mode the sensor data is
<>	139:856d2700e60b	458	* evaluated against the upper and lower limits of a window range. The
<>	139:856d2700e60b	459	* windows range is defined by a base value and a window size. */
<>	139:856d2700e60b	460	lesenseEvalModeSlidingWindow = _LESENSE_CH_EVAL_MODE_SLIDINGWIN,
<>	139:856d2700e60b	461
<>	139:856d2700e60b	462	/** Step detection evaluation mode. In this mode the sensor data is compared
<>	139:856d2700e60b	463	* to the sensor data from the previous measurement. The sensor evaluation
<>	139:856d2700e60b	464	* will result in a "1" if the difference between the current measurement
<>	139:856d2700e60b	465	* and the previous one is greater than a configurable "step size". If the
<>	139:856d2700e60b	466	* difference is less than the configured step size then the sensor
<>	139:856d2700e60b	467	* evaluation will result in a "0". */
<>	139:856d2700e60b	468	lesenseEvalModeStepDetection = _LESENSE_CH_EVAL_MODE_STEPDET,
<>	139:856d2700e60b	469	} LESENSE_ChEvalMode_TypeDef;
<>	139:856d2700e60b	470	#endif
<>	139:856d2700e60b	471
<>	139:856d2700e60b	472
Kojto	98:8ab26030e058	473	/** Idle phase configuration of alternate excitation channels. */
Kojto	98:8ab26030e058	474	typedef enum
Kojto	98:8ab26030e058	475	{
Kojto	98:8ab26030e058	476	/** ALTEX output is disabled in idle phase.
Kojto	98:8ab26030e058	477	* Note: this value could be used for all alternate excitation channels. */
Kojto	98:8ab26030e058	478	lesenseAltExPinIdleDis = _LESENSE_ALTEXCONF_IDLECONF0_DISABLE,
Kojto	98:8ab26030e058	479
Kojto	98:8ab26030e058	480	/** ALTEX output is high in idle phase.
Kojto	98:8ab26030e058	481	* Note: this value could be used for all alternate excitation channels. */
Kojto	98:8ab26030e058	482	lesenseAltExPinIdleHigh = _LESENSE_ALTEXCONF_IDLECONF0_HIGH,
Kojto	98:8ab26030e058	483
Kojto	98:8ab26030e058	484	/** ALTEX output is low in idle phase.
Kojto	98:8ab26030e058	485	* Note: this value could be used for all alternate excitation channels. */
Kojto	98:8ab26030e058	486	lesenseAltExPinIdleLow = _LESENSE_ALTEXCONF_IDLECONF0_LOW
Kojto	98:8ab26030e058	487	} LESENSE_AltExPinIdle_TypeDef;
Kojto	98:8ab26030e058	488
Kojto	98:8ab26030e058	489
Kojto	98:8ab26030e058	490	/** Transition action modes. */
Kojto	98:8ab26030e058	491	typedef enum
Kojto	98:8ab26030e058	492	{
Kojto	98:8ab26030e058	493	/** No PRS pulses generated (if PRSCOUNT == 0).
Kojto	98:8ab26030e058	494	* Do not count (if PRSCOUNT == 1). */
Kojto	98:8ab26030e058	495	lesenseTransActNone = LESENSE_ST_TCONFA_PRSACT_NONE,
Kojto	98:8ab26030e058	496
Kojto	98:8ab26030e058	497	/** Generate pulse on LESPRS0 (if PRSCOUNT == 0). */
Kojto	98:8ab26030e058	498	lesenseTransActPRS0 = LESENSE_ST_TCONFA_PRSACT_PRS0,
Kojto	98:8ab26030e058	499
Kojto	98:8ab26030e058	500	/** Generate pulse on LESPRS1 (if PRSCOUNT == 0). */
Kojto	98:8ab26030e058	501	lesenseTransActPRS1 = LESENSE_ST_TCONFA_PRSACT_PRS1,
Kojto	98:8ab26030e058	502
Kojto	98:8ab26030e058	503	/** Generate pulse on LESPRS0 and LESPRS1 (if PRSCOUNT == 0). */
Kojto	98:8ab26030e058	504	lesenseTransActPRS01 = LESENSE_ST_TCONFA_PRSACT_PRS01,
Kojto	98:8ab26030e058	505
Kojto	98:8ab26030e058	506	/** Generate pulse on LESPRS2 (for both PRSCOUNT == 0 and PRSCOUNT == 1). */
Kojto	98:8ab26030e058	507	lesenseTransActPRS2 = LESENSE_ST_TCONFA_PRSACT_PRS2,
Kojto	98:8ab26030e058	508
Kojto	98:8ab26030e058	509	/** Generate pulse on LESPRS0 and LESPRS2 (if PRSCOUNT == 0). */
Kojto	98:8ab26030e058	510	lesenseTransActPRS02 = LESENSE_ST_TCONFA_PRSACT_PRS02,
Kojto	98:8ab26030e058	511
Kojto	98:8ab26030e058	512	/** Generate pulse on LESPRS1 and LESPRS2 (if PRSCOUNT == 0). */
Kojto	98:8ab26030e058	513	lesenseTransActPRS12 = LESENSE_ST_TCONFA_PRSACT_PRS12,
Kojto	98:8ab26030e058	514
Kojto	98:8ab26030e058	515	/** Generate pulse on LESPRS0, LESPRS1 and LESPRS2 (if PRSCOUNT == 0). */
Kojto	98:8ab26030e058	516	lesenseTransActPRS012 = LESENSE_ST_TCONFA_PRSACT_PRS012,
Kojto	98:8ab26030e058	517
Kojto	98:8ab26030e058	518	/** Count up (if PRSCOUNT == 1). */
Kojto	98:8ab26030e058	519	lesenseTransActUp = LESENSE_ST_TCONFA_PRSACT_UP,
Kojto	98:8ab26030e058	520
Kojto	98:8ab26030e058	521	/** Count down (if PRSCOUNT == 1). */
Kojto	98:8ab26030e058	522	lesenseTransActDown = LESENSE_ST_TCONFA_PRSACT_DOWN,
Kojto	98:8ab26030e058	523
Kojto	98:8ab26030e058	524	/** Count up and generate pulse on LESPRS2 (if PRSCOUNT == 1). */
Kojto	98:8ab26030e058	525	lesenseTransActUpAndPRS2 = LESENSE_ST_TCONFA_PRSACT_UPANDPRS2,
Kojto	98:8ab26030e058	526
Kojto	98:8ab26030e058	527	/** Count down and generate pulse on LESPRS2 (if PRSCOUNT == 1). */
Kojto	98:8ab26030e058	528	lesenseTransActDownAndPRS2 = LESENSE_ST_TCONFA_PRSACT_DOWNANDPRS2
Kojto	98:8ab26030e058	529	} LESENSE_StTransAct_TypeDef;
Kojto	98:8ab26030e058	530
Kojto	98:8ab26030e058	531
Kojto	98:8ab26030e058	532	/*******************************************************************************
Kojto	98:8ab26030e058	533	***************************** STRUCTS *********************************
Kojto	98:8ab26030e058	534	******************************************************************************/
Kojto	98:8ab26030e058	535
Kojto	98:8ab26030e058	536	/** Core control (LESENSE_CTRL) descriptor structure. */
Kojto	98:8ab26030e058	537	typedef struct
Kojto	98:8ab26030e058	538	{
Kojto	98:8ab26030e058	539	/** Select scan start mode to control how the scan start is being triggered.*/
Kojto	98:8ab26030e058	540	LESENSE_ScanMode_TypeDef scanStart;
Kojto	98:8ab26030e058	541
Kojto	98:8ab26030e058	542	/** Select PRS source for scan start if scanMode is set to lesensePrsPulse. */
Kojto	98:8ab26030e058	543	LESENSE_PRSSel_TypeDef prsSel;
Kojto	98:8ab26030e058	544
Kojto	98:8ab26030e058	545	/** Select scan configuration register usage strategy. */
Kojto	98:8ab26030e058	546	LESENSE_ScanConfSel_TypeDef scanConfSel;
Kojto	98:8ab26030e058	547
Kojto	98:8ab26030e058	548	/** Set to true to invert ACMP0 output. */
Kojto	98:8ab26030e058	549	bool invACMP0;
Kojto	98:8ab26030e058	550
Kojto	98:8ab26030e058	551	/** Set to true to invert ACMP1 output. */
Kojto	98:8ab26030e058	552	bool invACMP1;
Kojto	98:8ab26030e058	553
Kojto	98:8ab26030e058	554	/** Set to true to sample both ACMPs simultaneously. */
Kojto	98:8ab26030e058	555	bool dualSample;
Kojto	98:8ab26030e058	556
Kojto	98:8ab26030e058	557	/** Set to true in order to to store SCANRES in RAM (accessible via RESDATA)
Kojto	98:8ab26030e058	558	* after each scan. */
Kojto	98:8ab26030e058	559	bool storeScanRes;
Kojto	98:8ab26030e058	560
Kojto	98:8ab26030e058	561	/** Set to true in order to always make LESENSE write to the result buffer,
Kojto	98:8ab26030e058	562	* even if it is full. */
Kojto	98:8ab26030e058	563	bool bufOverWr;
Kojto	98:8ab26030e058	564
Kojto	98:8ab26030e058	565	/** Select trigger conditions for interrupt and DMA. */
Kojto	98:8ab26030e058	566	LESENSE_BufTrigLevel_TypeDef bufTrigLevel;
Kojto	98:8ab26030e058	567
Kojto	98:8ab26030e058	568	/** Configure trigger condition for DMA wakeup from EM2. */
Kojto	98:8ab26030e058	569	LESENSE_DMAWakeUp_TypeDef wakeupOnDMA;
Kojto	98:8ab26030e058	570
Kojto	98:8ab26030e058	571	/** Select bias mode. */
Kojto	98:8ab26030e058	572	LESENSE_BiasMode_TypeDef biasMode;
Kojto	98:8ab26030e058	573
Kojto	98:8ab26030e058	574	/** Set to true to keep LESENSE running in debug mode. */
Kojto	98:8ab26030e058	575	bool debugRun;
Kojto	98:8ab26030e058	576	} LESENSE_CoreCtrlDesc_TypeDef;
Kojto	98:8ab26030e058	577
Kojto	98:8ab26030e058	578	/** Default configuration for LESENSE_CtrlDesc_TypeDef structure. */
Kojto	113:f141b2784e32	579	#define LESENSE_CORECTRL_DESC_DEFAULT \
Kojto	113:f141b2784e32	580	{ \
Kojto	113:f141b2784e32	581	lesenseScanStartPeriodic, /* Start new scan each time the period counter overflows. */ \
Kojto	113:f141b2784e32	582	lesensePRSCh0, /* Default PRS channel is selected. */ \
Kojto	113:f141b2784e32	583	lesenseScanConfDirMap, /* Direct mapping SCANCONF register usage strategy. */ \
Kojto	113:f141b2784e32	584	false, /* Don't invert ACMP0 output. */ \
Kojto	113:f141b2784e32	585	false, /* Don't invert ACMP1 output. */ \
Kojto	113:f141b2784e32	586	false, /* Disable dual sampling. */ \
Kojto	113:f141b2784e32	587	true, /* Store scan result after each scan. */ \
Kojto	113:f141b2784e32	588	true, /* Overwrite result buffer register even if it is full. */ \
Kojto	113:f141b2784e32	589	lesenseBufTrigHalf, /* Trigger interrupt and DMA request if result buffer is half full. */ \
Kojto	113:f141b2784e32	590	lesenseDMAWakeUpDisable, /* Don't wake up on DMA from EM2. */ \
Kojto	113:f141b2784e32	591	lesenseBiasModeDontTouch, /* Don't touch bias configuration. */ \
Kojto	113:f141b2784e32	592	true /* Keep LESENSE running in debug mode. */ \
Kojto	113:f141b2784e32	593	}
Kojto	98:8ab26030e058	594
Kojto	98:8ab26030e058	595	/** LESENSE timing control descriptor structure. */
Kojto	98:8ab26030e058	596	typedef struct
Kojto	98:8ab26030e058	597	{
Kojto	98:8ab26030e058	598	/** Set the number of LFACLK cycles to delay sensor interaction on
Kojto	98:8ab26030e058	599	* each channel. Valid range: 0-3 (2 bit). */
Kojto	98:8ab26030e058	600	uint8_t startDelay;
<>	139:856d2700e60b	601
<>	139:856d2700e60b	602	/**
<>	139:856d2700e60b	603	* Set to true do delay the startup of AUXHFRCO until the system enters
<>	139:856d2700e60b	604	* the excite phase. This will reduce the time AUXHFRCO is enabled and
<>	139:856d2700e60b	605	* reduce power usage. */
<>	139:856d2700e60b	606	bool delayAuxStartup;
Kojto	98:8ab26030e058	607	} LESENSE_TimeCtrlDesc_TypeDef;
Kojto	98:8ab26030e058	608
Kojto	98:8ab26030e058	609	/** Default configuration for LESENSE_TimeCtrlDesc_TypeDef structure. */
<>	139:856d2700e60b	610	#define LESENSE_TIMECTRL_DESC_DEFAULT \
<>	139:856d2700e60b	611	{ \
<>	139:856d2700e60b	612	0U, /* No sensor interaction delay. */ \
<>	139:856d2700e60b	613	false /* Don't delay the AUXHFRCO startup. */ \
Kojto	113:f141b2784e32	614	}
Kojto	98:8ab26030e058	615
Kojto	98:8ab26030e058	616
Kojto	98:8ab26030e058	617	/** LESENSE peripheral control descriptor structure. */
Kojto	98:8ab26030e058	618	typedef struct
Kojto	98:8ab26030e058	619	{
Kojto	98:8ab26030e058	620	/** Configure DAC channel 0 data control. */
Kojto	98:8ab26030e058	621	LESENSE_ControlDACData_TypeDef dacCh0Data;
Kojto	98:8ab26030e058	622
<>	139:856d2700e60b	623	#if defined(_LESENSE_PERCTRL_DACCH0CONV_MASK)
Kojto	98:8ab26030e058	624	/** Configure how LESENSE controls conversion on DAC channel 0. */
Kojto	98:8ab26030e058	625	LESENSE_ControlDACConv_TypeDef dacCh0ConvMode;
Kojto	98:8ab26030e058	626
Kojto	98:8ab26030e058	627	/** Configure how LESENSE controls output on DAC channel 0. */
Kojto	98:8ab26030e058	628	LESENSE_ControlDACOut_TypeDef dacCh0OutMode;
<>	139:856d2700e60b	629	#endif
Kojto	98:8ab26030e058	630
Kojto	98:8ab26030e058	631	/** Configure DAC channel 1 data control. */
Kojto	98:8ab26030e058	632	LESENSE_ControlDACData_TypeDef dacCh1Data;
Kojto	98:8ab26030e058	633
<>	139:856d2700e60b	634	#if defined(_LESENSE_PERCTRL_DACCH1CONV_MASK)
Kojto	98:8ab26030e058	635	/** Configure how LESENSE controls conversion on DAC channel 1. */
Kojto	98:8ab26030e058	636	LESENSE_ControlDACConv_TypeDef dacCh1ConvMode;
Kojto	98:8ab26030e058	637
Kojto	98:8ab26030e058	638	/** Configure how LESENSE controls output on DAC channel 1. */
Kojto	98:8ab26030e058	639	LESENSE_ControlDACOut_TypeDef dacCh1OutMode;
<>	139:856d2700e60b	640	#endif
Kojto	98:8ab26030e058	641
<>	139:856d2700e60b	642	#if defined(_LESENSE_PERCTRL_DACPRESC_MASK)
Kojto	98:8ab26030e058	643	/** Configure the prescaling factor for the LESENSE - DAC interface.
Kojto	98:8ab26030e058	644	* Valid range: 0-31 (5bit). */
Kojto	98:8ab26030e058	645	uint8_t dacPresc;
<>	139:856d2700e60b	646	#endif
Kojto	98:8ab26030e058	647
<>	139:856d2700e60b	648	#if defined(_LESENSE_PERCTRL_DACREF_MASK)
Kojto	98:8ab26030e058	649	/** Configure the DAC reference to be used. Set to #lesenseDACRefVdd to use
Kojto	98:8ab26030e058	650	* VDD and set to #lesenseDACRefBandGap to use bandgap as reference. */
Kojto	98:8ab26030e058	651	LESENSE_DACRef_TypeDef dacRef;
<>	139:856d2700e60b	652	#endif
Kojto	98:8ab26030e058	653
Kojto	98:8ab26030e058	654	/** Configure how LESENSE controls ACMP 0. */
Kojto	98:8ab26030e058	655	LESENSE_ControlACMP_TypeDef acmp0Mode;
Kojto	98:8ab26030e058	656
Kojto	98:8ab26030e058	657	/** Configure how LESENSE controls ACMP 1. */
Kojto	98:8ab26030e058	658	LESENSE_ControlACMP_TypeDef acmp1Mode;
Kojto	98:8ab26030e058	659
Kojto	98:8ab26030e058	660	/** Configure how LESENSE controls ACMPs and the DAC in idle mode. */
Kojto	98:8ab26030e058	661	LESENSE_WarmupMode_TypeDef warmupMode;
<>	139:856d2700e60b	662
<>	139:856d2700e60b	663	#if defined(_LESENSE_PERCTRL_DACCONVTRIG_MASK)
<>	139:856d2700e60b	664	/** When set to true the DAC is only enabled once for each scan. When
<>	139:856d2700e60b	665	* set to false the DAC is enabled before every channel measurement. */
<>	139:856d2700e60b	666	bool dacScan;
<>	139:856d2700e60b	667	#endif
Kojto	98:8ab26030e058	668	} LESENSE_PerCtrlDesc_TypeDef;
Kojto	98:8ab26030e058	669
Kojto	98:8ab26030e058	670	/** Default configuration for LESENSE_PerCtrl_TypeDef structure. */
<>	139:856d2700e60b	671	#if defined(_SILICON_LABS_32B_SERIES_0)
Kojto	113:f141b2784e32	672	#define LESENSE_PERCTRL_DESC_DEFAULT \
Kojto	113:f141b2784e32	673	{ \
<>	139:856d2700e60b	674	lesenseDACIfData, /* DAC channel 0 data is defined by DAC_CH0DATA register */ \
<>	139:856d2700e60b	675	lesenseDACConvModeDisable, /* LESENSE does not control DAC CH0. */ \
<>	139:856d2700e60b	676	lesenseDACOutModeDisable, /* DAC channel 0 output to pin disabled. */ \
<>	139:856d2700e60b	677	lesenseDACIfData, /* DAC channel 1 data is defined by DAC_CH1DATA register */ \
<>	139:856d2700e60b	678	lesenseDACConvModeDisable, /* LESENSE does not control DAC CH1. */ \
<>	139:856d2700e60b	679	lesenseDACOutModeDisable, /* DAC channel 1 output to pin disabled. */ \
<>	139:856d2700e60b	680	0U, /* DAC prescaling factor of 1 (0+1). */ \
<>	139:856d2700e60b	681	lesenseDACRefVdd, /* DAC uses VDD reference. */ \
<>	139:856d2700e60b	682	lesenseACMPModeMuxThres, /* LESENSE controls the input mux and the threshold value of ACMP0. */ \
<>	139:856d2700e60b	683	lesenseACMPModeMuxThres, /* LESENSE controls the input mux and the threshold value of ACMP1. */ \
<>	139:856d2700e60b	684	lesenseWarmupModeKeepWarm, /* Keep both ACMPs and the DAC powered up when LESENSE is idle. */ \
Kojto	113:f141b2784e32	685	}
<>	139:856d2700e60b	686	#else
<>	139:856d2700e60b	687	#define LESENSE_PERCTRL_DESC_DEFAULT \
<>	139:856d2700e60b	688	{ \
<>	139:856d2700e60b	689	lesenseDACIfData, /* DAC channel 0 data is defined by DAC_CH0DATA register. */ \
<>	139:856d2700e60b	690	lesenseDACIfData, /* DAC channel 1 data is defined by DAC_CH1DATA register. */ \
<>	139:856d2700e60b	691	lesenseACMPModeMuxThres, /* LESENSE controls the input mux and the threshold value of ACMP0. */ \
<>	139:856d2700e60b	692	lesenseACMPModeMuxThres, /* LESENSE controls the input mux and the threshold value of ACMP1. */ \
<>	139:856d2700e60b	693	lesenseWarmupModeKeepWarm, /* Keep both ACMPs and the DAC powered up when LESENSE is idle. */ \
<>	139:856d2700e60b	694	false, /* DAC is enable for before every channel measurement. */ \
<>	139:856d2700e60b	695	}
<>	139:856d2700e60b	696	#endif
Kojto	98:8ab26030e058	697
Kojto	98:8ab26030e058	698	/** LESENSE decoder control descriptor structure. */
Kojto	98:8ab26030e058	699	typedef struct
Kojto	98:8ab26030e058	700	{
Kojto	98:8ab26030e058	701	/** Select the input to the LESENSE decoder. */
Kojto	98:8ab26030e058	702	LESENSE_DecInput_TypeDef decInput;
Kojto	98:8ab26030e058	703
Kojto	98:8ab26030e058	704	/** Initial state of the LESENSE decoder. */
Kojto	98:8ab26030e058	705	uint32_t initState;
Kojto	98:8ab26030e058	706
Kojto	98:8ab26030e058	707	/** Set to enable the decoder to check the present state in addition
<>	139:856d2700e60b	708	* to the states defined in TCONF. */
Kojto	98:8ab26030e058	709	bool chkState;
Kojto	98:8ab26030e058	710
Kojto	98:8ab26030e058	711	/** When set, a transition from state x in the decoder will set interrupt flag
Kojto	98:8ab26030e058	712	* CHx. */
Kojto	98:8ab26030e058	713	bool intMap;
Kojto	98:8ab26030e058	714
Kojto	98:8ab26030e058	715	/** Set to enable hysteresis in the decoder for suppressing changes on PRS
Kojto	98:8ab26030e058	716	* channel 0. */
Kojto	98:8ab26030e058	717	bool hystPRS0;
Kojto	98:8ab26030e058	718
Kojto	98:8ab26030e058	719	/** Set to enable hysteresis in the decoder for suppressing changes on PRS
Kojto	98:8ab26030e058	720	* channel 1. */
Kojto	98:8ab26030e058	721	bool hystPRS1;
Kojto	98:8ab26030e058	722
Kojto	98:8ab26030e058	723	/** Set to enable hysteresis in the decoder for suppressing changes on PRS
Kojto	98:8ab26030e058	724	* channel 2. */
Kojto	98:8ab26030e058	725	bool hystPRS2;
Kojto	98:8ab26030e058	726
Kojto	98:8ab26030e058	727	/** Set to enable hysteresis in the decoder for suppressing interrupt
Kojto	98:8ab26030e058	728	* requests. */
Kojto	98:8ab26030e058	729	bool hystIRQ;
Kojto	98:8ab26030e058	730
Kojto	98:8ab26030e058	731	/** Set to enable count mode on decoder PRS channels 0 and 1 to produce
Kojto	98:8ab26030e058	732	* outputs which can be used by a PCNT to count up or down. */
Kojto	98:8ab26030e058	733	bool prsCount;
Kojto	98:8ab26030e058	734
Kojto	98:8ab26030e058	735	/** Select PRS channel input for bit 0 of the LESENSE decoder. */
Kojto	98:8ab26030e058	736	LESENSE_PRSSel_TypeDef prsChSel0;
Kojto	98:8ab26030e058	737
Kojto	98:8ab26030e058	738	/** Select PRS channel input for bit 1 of the LESENSE decoder. */
Kojto	98:8ab26030e058	739	LESENSE_PRSSel_TypeDef prsChSel1;
Kojto	98:8ab26030e058	740
Kojto	98:8ab26030e058	741	/** Select PRS channel input for bit 2 of the LESENSE decoder. */
Kojto	98:8ab26030e058	742	LESENSE_PRSSel_TypeDef prsChSel2;
Kojto	98:8ab26030e058	743
Kojto	98:8ab26030e058	744	/** Select PRS channel input for bit 3 of the LESENSE decoder. */
Kojto	98:8ab26030e058	745	LESENSE_PRSSel_TypeDef prsChSel3;
Kojto	98:8ab26030e058	746	} LESENSE_DecCtrlDesc_TypeDef;
Kojto	98:8ab26030e058	747
Kojto	98:8ab26030e058	748	/** Default configuration for LESENSE_PerCtrl_TypeDef structure. */
Kojto	113:f141b2784e32	749	#define LESENSE_DECCTRL_DESC_DEFAULT \
Kojto	113:f141b2784e32	750	{ \
<>	139:856d2700e60b	751	lesenseDecInputSensorSt, /* The SENSORSTATE register is used as input to the decoder. */ \
<>	139:856d2700e60b	752	0U, /* State 0 is the initial state of the decoder. */ \
<>	139:856d2700e60b	753	false, /* Disable check of current state. */ \
<>	139:856d2700e60b	754	true, /* Enable channel x % 16 interrupt on state x change. */ \
<>	139:856d2700e60b	755	true, /* Enable decoder hysteresis on PRS0 output. */ \
<>	139:856d2700e60b	756	true, /* Enable decoder hysteresis on PRS1 output. */ \
<>	139:856d2700e60b	757	true, /* Enable decoder hysteresis on PRS2 output. */ \
<>	139:856d2700e60b	758	true, /* Enable decoder hysteresis on PRS3 output. */ \
<>	139:856d2700e60b	759	false, /* Disable count mode on decoder PRS channels 0 and 1*/ \
<>	139:856d2700e60b	760	lesensePRSCh0, /* PRS Channel 0 as input for bit 0 of the LESENSE decoder. */ \
<>	139:856d2700e60b	761	lesensePRSCh1, /* PRS Channel 1 as input for bit 1 of the LESENSE decoder. */ \
<>	139:856d2700e60b	762	lesensePRSCh2, /* PRS Channel 2 as input for bit 2 of the LESENSE decoder. */ \
<>	139:856d2700e60b	763	lesensePRSCh3, /* PRS Channel 3 as input for bit 3 of the LESENSE decoder. */ \
Kojto	113:f141b2784e32	764	}
Kojto	98:8ab26030e058	765
Kojto	98:8ab26030e058	766
Kojto	98:8ab26030e058	767	/** LESENSE module initialization structure. */
Kojto	98:8ab26030e058	768	typedef struct
Kojto	98:8ab26030e058	769	{
Kojto	98:8ab26030e058	770	/** LESENSE core configuration parameters. */
Kojto	98:8ab26030e058	771	LESENSE_CoreCtrlDesc_TypeDef coreCtrl;
Kojto	98:8ab26030e058	772
Kojto	98:8ab26030e058	773	/** LESENSE timing configuration parameters. */
Kojto	98:8ab26030e058	774	LESENSE_TimeCtrlDesc_TypeDef timeCtrl;
Kojto	98:8ab26030e058	775
Kojto	98:8ab26030e058	776	/** LESENSE peripheral configuration parameters. */
Kojto	98:8ab26030e058	777	LESENSE_PerCtrlDesc_TypeDef perCtrl;
Kojto	98:8ab26030e058	778
Kojto	98:8ab26030e058	779	/** LESENSE decoder configuration parameters. */
Kojto	98:8ab26030e058	780	LESENSE_DecCtrlDesc_TypeDef decCtrl;
Kojto	98:8ab26030e058	781	} LESENSE_Init_TypeDef;
Kojto	98:8ab26030e058	782
Kojto	98:8ab26030e058	783	/** Default configuration for LESENSE_Init_TypeDef structure. */
Kojto	113:f141b2784e32	784	#define LESENSE_INIT_DEFAULT \
Kojto	113:f141b2784e32	785	{ \
Kojto	113:f141b2784e32	786	.coreCtrl = LESENSE_CORECTRL_DESC_DEFAULT, /* Default core control parameters. */ \
Kojto	113:f141b2784e32	787	.timeCtrl = LESENSE_TIMECTRL_DESC_DEFAULT, /* Default time control parameters. */ \
Kojto	113:f141b2784e32	788	.perCtrl = LESENSE_PERCTRL_DESC_DEFAULT, /* Default peripheral control parameters. */ \
Kojto	113:f141b2784e32	789	.decCtrl = LESENSE_DECCTRL_DESC_DEFAULT /* Default decoder control parameters. */ \
Kojto	113:f141b2784e32	790	}
Kojto	98:8ab26030e058	791
Kojto	98:8ab26030e058	792
Kojto	98:8ab26030e058	793	/** Channel descriptor structure. */
Kojto	98:8ab26030e058	794	typedef struct
Kojto	98:8ab26030e058	795	{
Kojto	98:8ab26030e058	796	/** Set to enable scan channel CHx. */
Kojto	98:8ab26030e058	797	bool enaScanCh;
Kojto	98:8ab26030e058	798
Kojto	98:8ab26030e058	799	/** Set to enable CHx pin. */
Kojto	98:8ab26030e058	800	bool enaPin;
Kojto	98:8ab26030e058	801
Kojto	98:8ab26030e058	802	/** Enable/disable channel interrupts after configuring all the sensor channel
Kojto	98:8ab26030e058	803	* parameters. */
Kojto	98:8ab26030e058	804	bool enaInt;
Kojto	98:8ab26030e058	805
Kojto	98:8ab26030e058	806	/** Configure channel pin mode for the excitation phase of the scan sequence.
Kojto	98:8ab26030e058	807	* Note: OPAOUT is only available on channels 2, 3, 4, and 5. */
Kojto	98:8ab26030e058	808	LESENSE_ChPinExMode_TypeDef chPinExMode;
Kojto	98:8ab26030e058	809
Kojto	98:8ab26030e058	810	/** Configure channel pin idle setup in LESENSE idle phase. */
Kojto	98:8ab26030e058	811	LESENSE_ChPinIdleMode_TypeDef chPinIdleMode;
Kojto	98:8ab26030e058	812
Kojto	98:8ab26030e058	813	/** Set to use alternate excite pin for excitation. */
Kojto	98:8ab26030e058	814	bool useAltEx;
Kojto	98:8ab26030e058	815
Kojto	98:8ab26030e058	816	/** Set to enable the result from this channel being shifted into the decoder
Kojto	98:8ab26030e058	817	* register. */
Kojto	98:8ab26030e058	818	bool shiftRes;
Kojto	98:8ab26030e058	819
Kojto	98:8ab26030e058	820	/** Set to invert the result bit stored in SCANRES register. */
Kojto	98:8ab26030e058	821	bool invRes;
Kojto	98:8ab26030e058	822
Kojto	98:8ab26030e058	823	/** Set to store the counter value in RAM (accessible via RESDATA) and make
Kojto	98:8ab26030e058	824	* the comparison result available in the SCANRES register. */
Kojto	98:8ab26030e058	825	bool storeCntRes;
Kojto	98:8ab26030e058	826
Kojto	98:8ab26030e058	827	/** Select clock used for excitation timing. */
Kojto	98:8ab26030e058	828	LESENSE_ChClk_TypeDef exClk;
Kojto	98:8ab26030e058	829
Kojto	98:8ab26030e058	830	/** Select clock used for sample delay timing. */
Kojto	98:8ab26030e058	831	LESENSE_ChClk_TypeDef sampleClk;
Kojto	98:8ab26030e058	832
Kojto	98:8ab26030e058	833	/** Configure excitation time. Excitation will last exTime+1 excitation clock
Kojto	98:8ab26030e058	834	* cycles. Valid range: 0-63 (6 bits). */
Kojto	98:8ab26030e058	835	uint8_t exTime;
Kojto	98:8ab26030e058	836
Kojto	98:8ab26030e058	837	/** Configure sample delay. Sampling will occur after sampleDelay+1 sample
<>	139:856d2700e60b	838	* clock cycles. Valid range: 0-127 (7 bits) or 0-255 (8 bits) depending on
<>	139:856d2700e60b	839	* device. */
Kojto	98:8ab26030e058	840	uint8_t sampleDelay;
Kojto	98:8ab26030e058	841
Kojto	98:8ab26030e058	842	/** Configure measure delay. Sensor measuring is delayed for measDelay
<>	139:856d2700e60b	843	* excitation clock cycles. Valid range: 0-127 (7 bits) or 0-1023 (10 bits)
<>	139:856d2700e60b	844	* depending on device. */
<>	139:856d2700e60b	845	uint16_t measDelay;
Kojto	98:8ab26030e058	846
<>	139:856d2700e60b	847	/** Configure ACMP threshold or DAC data.
Kojto	98:8ab26030e058	848	* If perCtrl.dacCh0Data or perCtrl.dacCh1Data is set to #lesenseDACIfData,
Kojto	98:8ab26030e058	849	* acmpThres defines the 12-bit DAC data in the corresponding data register
Kojto	98:8ab26030e058	850	* of the DAC interface (DACn_CH0DATA and DACn_CH1DATA).
Kojto	98:8ab26030e058	851	* In this case, the valid range is: 0-4095 (12 bits).
Kojto	98:8ab26030e058	852	* If perCtrl.dacCh0Data or perCtrl.dacCh1Data is set to #lesenseACMPThres,
Kojto	98:8ab26030e058	853	* acmpThres defines the 6-bit Vdd scaling factor of ACMP negative input
Kojto	98:8ab26030e058	854	* (VDDLEVEL in ACMP_INPUTSEL register).
Kojto	98:8ab26030e058	855	* In this case, the valid range is: 0-63 (6 bits). */
Kojto	98:8ab26030e058	856	uint16_t acmpThres;
Kojto	98:8ab26030e058	857
<>	139:856d2700e60b	858	/** Select if ACMP output, ADC output or counter output should be used in
<>	139:856d2700e60b	859	* comparison. */
Kojto	98:8ab26030e058	860	LESENSE_ChSampleMode_TypeDef sampleMode;
Kojto	98:8ab26030e058	861
Kojto	98:8ab26030e058	862	/** Configure interrupt generation mode for CHx interrupt flag. */
Kojto	98:8ab26030e058	863	LESENSE_ChIntMode_TypeDef intMode;
Kojto	98:8ab26030e058	864
<>	139:856d2700e60b	865	/** Configure decision threshold for sensor data comparison.
Kojto	98:8ab26030e058	866	* Valid range: 0-65535 (16 bits). */
Kojto	98:8ab26030e058	867	uint16_t cntThres;
Kojto	98:8ab26030e058	868
Kojto	98:8ab26030e058	869	/** Select mode for counter comparison. */
Kojto	98:8ab26030e058	870	LESENSE_ChCompMode_TypeDef compMode;
<>	139:856d2700e60b	871
<>	139:856d2700e60b	872	#if defined(_LESENSE_CH_EVAL_MODE_MASK)
<>	139:856d2700e60b	873	/** Select sensor evaluation mode. */
<>	139:856d2700e60b	874	LESENSE_ChEvalMode_TypeDef evalMode;
<>	139:856d2700e60b	875	#endif
<>	139:856d2700e60b	876
Kojto	98:8ab26030e058	877	} LESENSE_ChDesc_TypeDef;
Kojto	98:8ab26030e058	878
Kojto	98:8ab26030e058	879
Kojto	98:8ab26030e058	880	/** Configuration structure for all scan channels. */
Kojto	98:8ab26030e058	881	typedef struct
Kojto	98:8ab26030e058	882	{
<>	139:856d2700e60b	883	/** Channel descriptor for all LESENSE channels. */
<>	139:856d2700e60b	884	LESENSE_ChDesc_TypeDef Ch[LESENSE_NUM_CHANNELS];
Kojto	98:8ab26030e058	885	} LESENSE_ChAll_TypeDef;
Kojto	98:8ab26030e058	886
Kojto	98:8ab26030e058	887	/** Default configuration for scan channel. */
<>	139:856d2700e60b	888	#if defined(_LESENSE_CH_EVAL_MODE_MASK)
<>	139:856d2700e60b	889	#define LESENSE_CH_CONF_DEFAULT \
<>	139:856d2700e60b	890	{ \
<>	139:856d2700e60b	891	true, /* Enable scan channel. */ \
<>	139:856d2700e60b	892	true, /* Enable the assigned pin on scan channel. */ \
<>	139:856d2700e60b	893	true, /* Enable interrupts on channel. */ \
<>	139:856d2700e60b	894	lesenseChPinExHigh, /* Channel pin is high during the excitation period. */ \
<>	139:856d2700e60b	895	lesenseChPinIdleLow, /* Channel pin is low during the idle period. */ \
<>	139:856d2700e60b	896	false, /* Don't use alternate excitation pins for excitation. */ \
<>	139:856d2700e60b	897	false, /* Disabled to shift results from this channel to the decoder register. */ \
<>	139:856d2700e60b	898	false, /* Disabled to invert the scan result bit. */ \
<>	139:856d2700e60b	899	false, /* Disabled to store counter value in the result buffer. */ \
<>	139:856d2700e60b	900	lesenseClkLF, /* Use the LF clock for excitation timing. */ \
<>	139:856d2700e60b	901	lesenseClkLF, /* Use the LF clock for sample timing. */ \
<>	139:856d2700e60b	902	0x03U, /* Excitation time is set to 3(+1) excitation clock cycles. */ \
<>	139:856d2700e60b	903	0x09U, /* Sample delay is set to 9(+1) sample clock cycles. */ \
<>	139:856d2700e60b	904	0x06U, /* Measure delay is set to 6 excitation clock cycles.*/ \
<>	139:856d2700e60b	905	0x00U, /* ACMP threshold has been set to 0. */ \
<>	139:856d2700e60b	906	lesenseSampleModeACMP, /* ACMP output will be used in comparison. */ \
<>	139:856d2700e60b	907	lesenseSetIntNone, /* No interrupt is generated by the channel. */ \
<>	139:856d2700e60b	908	0xFFU, /* Counter threshold has bee set to 0xFF. */ \
<>	139:856d2700e60b	909	lesenseCompModeLess, /* Compare mode has been set to trigger interrupt on "less". */ \
<>	139:856d2700e60b	910	lesenseEvalModeThreshold /* Compare mode has been set to trigger interrupt on "less". */ \
<>	139:856d2700e60b	911	}
<>	139:856d2700e60b	912	#else
Kojto	113:f141b2784e32	913	#define LESENSE_CH_CONF_DEFAULT \
Kojto	113:f141b2784e32	914	{ \
Kojto	113:f141b2784e32	915	true, /* Enable scan channel. */ \
Kojto	113:f141b2784e32	916	true, /* Enable the assigned pin on scan channel. */ \
Kojto	113:f141b2784e32	917	true, /* Enable interrupts on channel. */ \
Kojto	113:f141b2784e32	918	lesenseChPinExHigh, /* Channel pin is high during the excitation period. */ \
Kojto	113:f141b2784e32	919	lesenseChPinIdleLow, /* Channel pin is low during the idle period. */ \
Kojto	113:f141b2784e32	920	false, /* Don't use alternate excitation pins for excitation. */ \
Kojto	113:f141b2784e32	921	false, /* Disabled to shift results from this channel to the decoder register. */ \
Kojto	113:f141b2784e32	922	false, /* Disabled to invert the scan result bit. */ \
Kojto	113:f141b2784e32	923	false, /* Disabled to store counter value in the result buffer. */ \
Kojto	113:f141b2784e32	924	lesenseClkLF, /* Use the LF clock for excitation timing. */ \
Kojto	113:f141b2784e32	925	lesenseClkLF, /* Use the LF clock for sample timing. */ \
Kojto	113:f141b2784e32	926	0x03U, /* Excitation time is set to 3(+1) excitation clock cycles. */ \
Kojto	113:f141b2784e32	927	0x09U, /* Sample delay is set to 9(+1) sample clock cycles. */ \
Kojto	113:f141b2784e32	928	0x06U, /* Measure delay is set to 6 excitation clock cycles.*/ \
Kojto	113:f141b2784e32	929	0x00U, /* ACMP threshold has been set to 0. */ \
Kojto	113:f141b2784e32	930	lesenseSampleModeACMP, /* ACMP output will be used in comparison. */ \
Kojto	113:f141b2784e32	931	lesenseSetIntNone, /* No interrupt is generated by the channel. */ \
Kojto	113:f141b2784e32	932	0xFFU, /* Counter threshold has bee set to 0xFF. */ \
Kojto	113:f141b2784e32	933	lesenseCompModeLess /* Compare mode has been set to trigger interrupt on "less". */ \
Kojto	113:f141b2784e32	934	}
<>	139:856d2700e60b	935	#endif
<>	139:856d2700e60b	936
Kojto	98:8ab26030e058	937
Kojto	98:8ab26030e058	938	/** Default configuration for all sensor channels. */
Kojto	113:f141b2784e32	939	#define LESENSE_SCAN_CONF_DEFAULT \
Kojto	113:f141b2784e32	940	{ \
Kojto	113:f141b2784e32	941	{ \
Kojto	113:f141b2784e32	942	LESENSE_CH_CONF_DEFAULT, /* Scan channel 0. */ \
Kojto	113:f141b2784e32	943	LESENSE_CH_CONF_DEFAULT, /* Scan channel 1. */ \
Kojto	113:f141b2784e32	944	LESENSE_CH_CONF_DEFAULT, /* Scan channel 2. */ \
Kojto	113:f141b2784e32	945	LESENSE_CH_CONF_DEFAULT, /* Scan channel 3. */ \
Kojto	113:f141b2784e32	946	LESENSE_CH_CONF_DEFAULT, /* Scan channel 4. */ \
Kojto	113:f141b2784e32	947	LESENSE_CH_CONF_DEFAULT, /* Scan channel 5. */ \
Kojto	113:f141b2784e32	948	LESENSE_CH_CONF_DEFAULT, /* Scan channel 6. */ \
Kojto	113:f141b2784e32	949	LESENSE_CH_CONF_DEFAULT, /* Scan channel 7. */ \
Kojto	113:f141b2784e32	950	LESENSE_CH_CONF_DEFAULT, /* Scan channel 8. */ \
Kojto	113:f141b2784e32	951	LESENSE_CH_CONF_DEFAULT, /* Scan channel 9. */ \
Kojto	113:f141b2784e32	952	LESENSE_CH_CONF_DEFAULT, /* Scan channel 10. */ \
Kojto	113:f141b2784e32	953	LESENSE_CH_CONF_DEFAULT, /* Scan channel 11. */ \
Kojto	113:f141b2784e32	954	LESENSE_CH_CONF_DEFAULT, /* Scan channel 12. */ \
Kojto	113:f141b2784e32	955	LESENSE_CH_CONF_DEFAULT, /* Scan channel 13. */ \
Kojto	113:f141b2784e32	956	LESENSE_CH_CONF_DEFAULT, /* Scan channel 14. */ \
Kojto	113:f141b2784e32	957	LESENSE_CH_CONF_DEFAULT, /* Scan channel 15. */ \
Kojto	113:f141b2784e32	958	} \
Kojto	113:f141b2784e32	959	}
Kojto	98:8ab26030e058	960
Kojto	98:8ab26030e058	961
Kojto	98:8ab26030e058	962	/** Alternate excitation descriptor structure. */
Kojto	98:8ab26030e058	963	typedef struct
Kojto	98:8ab26030e058	964	{
Kojto	98:8ab26030e058	965	/** Configure alternate excitation pins. If set, the corresponding alternate
Kojto	98:8ab26030e058	966	* excitation pin/signal is enabled. */
Kojto	98:8ab26030e058	967	bool enablePin;
Kojto	98:8ab26030e058	968
Kojto	98:8ab26030e058	969	/** Configure idle phase setup of alternate excitation pins.
Kojto	98:8ab26030e058	970	The idleConf parameter is not valid when altExMap==lesenseAltExMapACMP. */
Kojto	98:8ab26030e058	971	LESENSE_AltExPinIdle_TypeDef idleConf;
Kojto	98:8ab26030e058	972
Kojto	98:8ab26030e058	973	/** Configure how to control the external alternate excitation pins. Only
Kojto	98:8ab26030e058	974	* applies if altExMap has been set to lesenseAltExMapALTEX.
Kojto	98:8ab26030e058	975	* If true, the excitation happens on the corresponding alternate excitation
Kojto	98:8ab26030e058	976	* pin during the excitation periods of all enabled channels.
Kojto	98:8ab26030e058	977	* If false, the excitation happens on the corresponding alternate excitation
Kojto	98:8ab26030e058	978	* pin ONLY during the excitation period of the corresponding channel.
Kojto	98:8ab26030e058	979	* The alwaysEx parameter is not valid when altExMap==lesenseAltExMapACMP. */
Kojto	98:8ab26030e058	980	bool alwaysEx;
Kojto	98:8ab26030e058	981	} LESENSE_AltExDesc_TypeDef;
Kojto	98:8ab26030e058	982
Kojto	98:8ab26030e058	983
Kojto	98:8ab26030e058	984	/** Configuration structure for alternate excitation. */
Kojto	98:8ab26030e058	985	typedef struct
Kojto	98:8ab26030e058	986	{
Kojto	98:8ab26030e058	987	/** Select alternate excitation mapping. */
Kojto	98:8ab26030e058	988	LESENSE_AltExMap_TypeDef altExMap;
Kojto	98:8ab26030e058	989
Kojto	98:8ab26030e058	990	/** Alternate excitation channel descriptors.
Kojto	98:8ab26030e058	991	* When altExMap==lesenseAltExMapALTEX only the 8 first descriptors are used.
Kojto	98:8ab26030e058	992	* In this mode they describe the configuration of the LES_ALTEX0-7 pins.
Kojto	98:8ab26030e058	993	* When altExMap==lesenseAltExMapACMP all 16 descriptors are used. In this
Kojto	98:8ab26030e058	994	* mode they describe the configuration of the 16 possible ACMP0-1 excitation
Kojto	98:8ab26030e058	995	* channels. Please refer to the user manual for a complete mapping of the
Kojto	98:8ab26030e058	996	* routing.
Kojto	98:8ab26030e058	997	* NOTE:
Kojto	98:8ab26030e058	998	* Some parameters in the descriptors are not valid when
Kojto	98:8ab26030e058	999	* altExMap==lesenseAltExMapACMP. Please refer to the definition of the
Kojto	98:8ab26030e058	1000	* LESENSE_AltExDesc_TypeDef structure for details regarding which parameters
Kojto	98:8ab26030e058	1001	* are valid. */
Kojto	98:8ab26030e058	1002	LESENSE_AltExDesc_TypeDef AltEx[16];
Kojto	98:8ab26030e058	1003
Kojto	98:8ab26030e058	1004	} LESENSE_ConfAltEx_TypeDef;
Kojto	98:8ab26030e058	1005
Kojto	98:8ab26030e058	1006
Kojto	98:8ab26030e058	1007	/** Default configuration for alternate excitation channel. */
Kojto	113:f141b2784e32	1008	#define LESENSE_ALTEX_CH_CONF_DEFAULT \
Kojto	113:f141b2784e32	1009	{ \
Kojto	113:f141b2784e32	1010	true, /* Alternate excitation enabled.*/ \
Kojto	113:f141b2784e32	1011	lesenseAltExPinIdleDis,/* Alternate excitation pin is disabled in idle. */ \
Kojto	113:f141b2784e32	1012	false /* Excite only for corresponding channel. */ \
Kojto	113:f141b2784e32	1013	}
Kojto	98:8ab26030e058	1014
Kojto	98:8ab26030e058	1015	/** Default configuration for all alternate excitation channels. */
<>	139:856d2700e60b	1016	#if defined(_LESENSE_CTRL_ALTEXMAP_ACMP)
Kojto	113:f141b2784e32	1017	#define LESENSE_ALTEX_CONF_DEFAULT \
Kojto	113:f141b2784e32	1018	{ \
Kojto	113:f141b2784e32	1019	lesenseAltExMapACMP, \
Kojto	113:f141b2784e32	1020	{ \
Kojto	113:f141b2784e32	1021	LESENSE_ALTEX_CH_CONF_DEFAULT, /* Alternate excitation channel 0. */ \
Kojto	113:f141b2784e32	1022	LESENSE_ALTEX_CH_CONF_DEFAULT, /* Alternate excitation channel 1. */ \
Kojto	113:f141b2784e32	1023	LESENSE_ALTEX_CH_CONF_DEFAULT, /* Alternate excitation channel 2. */ \
Kojto	113:f141b2784e32	1024	LESENSE_ALTEX_CH_CONF_DEFAULT, /* Alternate excitation channel 3. */ \
Kojto	113:f141b2784e32	1025	LESENSE_ALTEX_CH_CONF_DEFAULT, /* Alternate excitation channel 4. */ \
Kojto	113:f141b2784e32	1026	LESENSE_ALTEX_CH_CONF_DEFAULT, /* Alternate excitation channel 5. */ \
Kojto	113:f141b2784e32	1027	LESENSE_ALTEX_CH_CONF_DEFAULT, /* Alternate excitation channel 6. */ \
Kojto	113:f141b2784e32	1028	LESENSE_ALTEX_CH_CONF_DEFAULT, /* Alternate excitation channel 7. */ \
Kojto	113:f141b2784e32	1029	LESENSE_ALTEX_CH_CONF_DEFAULT, /* Alternate excitation channel 8. */ \
Kojto	113:f141b2784e32	1030	LESENSE_ALTEX_CH_CONF_DEFAULT, /* Alternate excitation channel 9. */ \
Kojto	113:f141b2784e32	1031	LESENSE_ALTEX_CH_CONF_DEFAULT, /* Alternate excitation channel 10. */ \
Kojto	113:f141b2784e32	1032	LESENSE_ALTEX_CH_CONF_DEFAULT, /* Alternate excitation channel 11. */ \
Kojto	113:f141b2784e32	1033	LESENSE_ALTEX_CH_CONF_DEFAULT, /* Alternate excitation channel 12. */ \
Kojto	113:f141b2784e32	1034	LESENSE_ALTEX_CH_CONF_DEFAULT, /* Alternate excitation channel 13. */ \
Kojto	113:f141b2784e32	1035	LESENSE_ALTEX_CH_CONF_DEFAULT, /* Alternate excitation channel 14. */ \
Kojto	113:f141b2784e32	1036	LESENSE_ALTEX_CH_CONF_DEFAULT /* Alternate excitation channel 15. */ \
Kojto	113:f141b2784e32	1037	} \
Kojto	113:f141b2784e32	1038	}
<>	139:856d2700e60b	1039	#else
<>	139:856d2700e60b	1040	#define LESENSE_ALTEX_CONF_DEFAULT \
<>	139:856d2700e60b	1041	{ \
<>	139:856d2700e60b	1042	lesenseAltExMapCH, \
<>	139:856d2700e60b	1043	{ \
<>	139:856d2700e60b	1044	LESENSE_ALTEX_CH_CONF_DEFAULT, /* Alternate excitation channel 0. */ \
<>	139:856d2700e60b	1045	LESENSE_ALTEX_CH_CONF_DEFAULT, /* Alternate excitation channel 1. */ \
<>	139:856d2700e60b	1046	LESENSE_ALTEX_CH_CONF_DEFAULT, /* Alternate excitation channel 2. */ \
<>	139:856d2700e60b	1047	LESENSE_ALTEX_CH_CONF_DEFAULT, /* Alternate excitation channel 3. */ \
<>	139:856d2700e60b	1048	LESENSE_ALTEX_CH_CONF_DEFAULT, /* Alternate excitation channel 4. */ \
<>	139:856d2700e60b	1049	LESENSE_ALTEX_CH_CONF_DEFAULT, /* Alternate excitation channel 5. */ \
<>	139:856d2700e60b	1050	LESENSE_ALTEX_CH_CONF_DEFAULT, /* Alternate excitation channel 6. */ \
<>	139:856d2700e60b	1051	LESENSE_ALTEX_CH_CONF_DEFAULT, /* Alternate excitation channel 7. */ \
<>	139:856d2700e60b	1052	LESENSE_ALTEX_CH_CONF_DEFAULT, /* Alternate excitation channel 8. */ \
<>	139:856d2700e60b	1053	LESENSE_ALTEX_CH_CONF_DEFAULT, /* Alternate excitation channel 9. */ \
<>	139:856d2700e60b	1054	LESENSE_ALTEX_CH_CONF_DEFAULT, /* Alternate excitation channel 10. */ \
<>	139:856d2700e60b	1055	LESENSE_ALTEX_CH_CONF_DEFAULT, /* Alternate excitation channel 11. */ \
<>	139:856d2700e60b	1056	LESENSE_ALTEX_CH_CONF_DEFAULT, /* Alternate excitation channel 12. */ \
<>	139:856d2700e60b	1057	LESENSE_ALTEX_CH_CONF_DEFAULT, /* Alternate excitation channel 13. */ \
<>	139:856d2700e60b	1058	LESENSE_ALTEX_CH_CONF_DEFAULT, /* Alternate excitation channel 14. */ \
<>	139:856d2700e60b	1059	LESENSE_ALTEX_CH_CONF_DEFAULT /* Alternate excitation channel 15. */ \
<>	139:856d2700e60b	1060	} \
<>	139:856d2700e60b	1061	}
<>	139:856d2700e60b	1062	#endif
Kojto	98:8ab26030e058	1063
Kojto	98:8ab26030e058	1064	/** Decoder state condition descriptor structure. */
Kojto	98:8ab26030e058	1065	typedef struct
Kojto	98:8ab26030e058	1066	{
Kojto	98:8ab26030e058	1067	/** Configure compare value. State transition is triggered when sensor state
Kojto	98:8ab26030e058	1068	* equals to this value. Valid range: 0-15 (4 bits). */
Kojto	98:8ab26030e058	1069	uint8_t compVal;
Kojto	98:8ab26030e058	1070
Kojto	98:8ab26030e058	1071	/** Configure compare mask. Set bit X to exclude sensor X from evaluation.
Kojto	98:8ab26030e058	1072	* Note: decoder can handle sensor inputs from up to 4 sensors, therefore
Kojto	98:8ab26030e058	1073	* this mask is 4 bit long. */
Kojto	98:8ab26030e058	1074	uint8_t compMask;
Kojto	98:8ab26030e058	1075
Kojto	98:8ab26030e058	1076	/** Configure index of state to be entered if the sensor state equals to
Kojto	98:8ab26030e058	1077	* compVal. Valid range: 0-15 (4 bits). */
Kojto	98:8ab26030e058	1078	uint8_t nextState;
Kojto	98:8ab26030e058	1079
Kojto	98:8ab26030e058	1080	/** Configure which PRS action to perform when sensor state equals to
Kojto	98:8ab26030e058	1081	* compVal. */
Kojto	98:8ab26030e058	1082	LESENSE_StTransAct_TypeDef prsAct;
Kojto	98:8ab26030e058	1083
Kojto	98:8ab26030e058	1084	/** If enabled, interrupt flag is set when sensor state equals to compVal. */
Kojto	98:8ab26030e058	1085	bool setInt;
Kojto	98:8ab26030e058	1086	} LESENSE_DecStCond_TypeDef;
Kojto	98:8ab26030e058	1087
Kojto	98:8ab26030e058	1088	/** Default configuration for decoder state condition. */
Kojto	113:f141b2784e32	1089	#define LESENSE_ST_CONF_DEFAULT \
Kojto	113:f141b2784e32	1090	{ \
Kojto	113:f141b2784e32	1091	0x0FU, /* Compare value set to 0x0F. */ \
Kojto	113:f141b2784e32	1092	0x00U, /* All decoder inputs masked. */ \
Kojto	113:f141b2784e32	1093	0U, /* Next state is state 0. */ \
Kojto	113:f141b2784e32	1094	lesenseTransActNone, /* No PRS action performed on compare match. */ \
Kojto	113:f141b2784e32	1095	false /* No interrupt triggered on compare match. */ \
Kojto	113:f141b2784e32	1096	}
Kojto	98:8ab26030e058	1097
Kojto	98:8ab26030e058	1098
Kojto	98:8ab26030e058	1099	/** Decoder state x configuration structure. */
Kojto	98:8ab26030e058	1100	typedef struct
Kojto	98:8ab26030e058	1101	{
Kojto	98:8ab26030e058	1102	/** If enabled, the state descriptor pair in the next location will also be
Kojto	98:8ab26030e058	1103	* evaluated. */
Kojto	98:8ab26030e058	1104	bool chainDesc;
Kojto	98:8ab26030e058	1105
Kojto	98:8ab26030e058	1106	/** State condition descriptor A (high level descriptor of
Kojto	98:8ab26030e058	1107	* LESENSE_STx_DECCONFA). */
Kojto	98:8ab26030e058	1108	LESENSE_DecStCond_TypeDef confA;
Kojto	98:8ab26030e058	1109
Kojto	98:8ab26030e058	1110	/** State condition descriptor B (high level descriptor of
Kojto	98:8ab26030e058	1111	* LESENSE_STx_DECCONFB). */
Kojto	98:8ab26030e058	1112	LESENSE_DecStCond_TypeDef confB;
Kojto	98:8ab26030e058	1113	} LESENSE_DecStDesc_TypeDef;
Kojto	98:8ab26030e058	1114
Kojto	98:8ab26030e058	1115
Kojto	98:8ab26030e058	1116	/** Configuration structure for the decoder. */
Kojto	98:8ab26030e058	1117	typedef struct
Kojto	98:8ab26030e058	1118	{
<>	139:856d2700e60b	1119	/** Descriptor of the 16 or 32 decoder states depending on the device. */
<>	139:856d2700e60b	1120	LESENSE_DecStDesc_TypeDef St[LESENSE_NUM_DECODER_STATES];
Kojto	98:8ab26030e058	1121	} LESENSE_DecStAll_TypeDef;
Kojto	98:8ab26030e058	1122
Kojto	98:8ab26030e058	1123	/** Default configuration for all decoder states. */
<>	139:856d2700e60b	1124	#if defined(_SILICON_LABS_32B_SERIES_0)
Kojto	113:f141b2784e32	1125	#define LESENSE_DECODER_CONF_DEFAULT \
Kojto	113:f141b2784e32	1126	{ /* chain \| Descriptor A \| Descriptor B */ \
Kojto	113:f141b2784e32	1127	{ \
Kojto	113:f141b2784e32	1128	{ false, LESENSE_ST_CONF_DEFAULT, LESENSE_ST_CONF_DEFAULT }, /* Decoder state 0. */ \
Kojto	113:f141b2784e32	1129	{ false, LESENSE_ST_CONF_DEFAULT, LESENSE_ST_CONF_DEFAULT }, /* Decoder state 1. */ \
Kojto	113:f141b2784e32	1130	{ false, LESENSE_ST_CONF_DEFAULT, LESENSE_ST_CONF_DEFAULT }, /* Decoder state 2. */ \
Kojto	113:f141b2784e32	1131	{ false, LESENSE_ST_CONF_DEFAULT, LESENSE_ST_CONF_DEFAULT }, /* Decoder state 3. */ \
Kojto	113:f141b2784e32	1132	{ false, LESENSE_ST_CONF_DEFAULT, LESENSE_ST_CONF_DEFAULT }, /* Decoder state 4. */ \
Kojto	113:f141b2784e32	1133	{ false, LESENSE_ST_CONF_DEFAULT, LESENSE_ST_CONF_DEFAULT }, /* Decoder state 5. */ \
Kojto	113:f141b2784e32	1134	{ false, LESENSE_ST_CONF_DEFAULT, LESENSE_ST_CONF_DEFAULT }, /* Decoder state 6. */ \
Kojto	113:f141b2784e32	1135	{ false, LESENSE_ST_CONF_DEFAULT, LESENSE_ST_CONF_DEFAULT }, /* Decoder state 7. */ \
Kojto	113:f141b2784e32	1136	{ false, LESENSE_ST_CONF_DEFAULT, LESENSE_ST_CONF_DEFAULT }, /* Decoder state 8. */ \
Kojto	113:f141b2784e32	1137	{ false, LESENSE_ST_CONF_DEFAULT, LESENSE_ST_CONF_DEFAULT }, /* Decoder state 9. */ \
Kojto	113:f141b2784e32	1138	{ false, LESENSE_ST_CONF_DEFAULT, LESENSE_ST_CONF_DEFAULT }, /* Decoder state 10. */ \
Kojto	113:f141b2784e32	1139	{ false, LESENSE_ST_CONF_DEFAULT, LESENSE_ST_CONF_DEFAULT }, /* Decoder state 11. */ \
Kojto	113:f141b2784e32	1140	{ false, LESENSE_ST_CONF_DEFAULT, LESENSE_ST_CONF_DEFAULT }, /* Decoder state 12. */ \
Kojto	113:f141b2784e32	1141	{ false, LESENSE_ST_CONF_DEFAULT, LESENSE_ST_CONF_DEFAULT }, /* Decoder state 13. */ \
Kojto	113:f141b2784e32	1142	{ false, LESENSE_ST_CONF_DEFAULT, LESENSE_ST_CONF_DEFAULT }, /* Decoder state 14. */ \
Kojto	113:f141b2784e32	1143	{ false, LESENSE_ST_CONF_DEFAULT, LESENSE_ST_CONF_DEFAULT } /* Decoder state 15. */ \
Kojto	113:f141b2784e32	1144	} \
Kojto	113:f141b2784e32	1145	}
<>	139:856d2700e60b	1146	#else
<>	139:856d2700e60b	1147	#define LESENSE_DECODER_CONF_DEFAULT \
<>	139:856d2700e60b	1148	{ /* chain \| Descriptor A \| Descriptor B */ \
<>	139:856d2700e60b	1149	{ \
<>	139:856d2700e60b	1150	{ false, LESENSE_ST_CONF_DEFAULT, LESENSE_ST_CONF_DEFAULT }, /* Decoder state 0. */ \
<>	139:856d2700e60b	1151	{ false, LESENSE_ST_CONF_DEFAULT, LESENSE_ST_CONF_DEFAULT }, /* Decoder state 1. */ \
<>	139:856d2700e60b	1152	{ false, LESENSE_ST_CONF_DEFAULT, LESENSE_ST_CONF_DEFAULT }, /* Decoder state 2. */ \
<>	139:856d2700e60b	1153	{ false, LESENSE_ST_CONF_DEFAULT, LESENSE_ST_CONF_DEFAULT }, /* Decoder state 3. */ \
<>	139:856d2700e60b	1154	{ false, LESENSE_ST_CONF_DEFAULT, LESENSE_ST_CONF_DEFAULT }, /* Decoder state 4. */ \
<>	139:856d2700e60b	1155	{ false, LESENSE_ST_CONF_DEFAULT, LESENSE_ST_CONF_DEFAULT }, /* Decoder state 5. */ \
<>	139:856d2700e60b	1156	{ false, LESENSE_ST_CONF_DEFAULT, LESENSE_ST_CONF_DEFAULT }, /* Decoder state 6. */ \
<>	139:856d2700e60b	1157	{ false, LESENSE_ST_CONF_DEFAULT, LESENSE_ST_CONF_DEFAULT }, /* Decoder state 7. */ \
<>	139:856d2700e60b	1158	{ false, LESENSE_ST_CONF_DEFAULT, LESENSE_ST_CONF_DEFAULT }, /* Decoder state 8. */ \
<>	139:856d2700e60b	1159	{ false, LESENSE_ST_CONF_DEFAULT, LESENSE_ST_CONF_DEFAULT }, /* Decoder state 9. */ \
<>	139:856d2700e60b	1160	{ false, LESENSE_ST_CONF_DEFAULT, LESENSE_ST_CONF_DEFAULT }, /* Decoder state 10. */ \
<>	139:856d2700e60b	1161	{ false, LESENSE_ST_CONF_DEFAULT, LESENSE_ST_CONF_DEFAULT }, /* Decoder state 11. */ \
<>	139:856d2700e60b	1162	{ false, LESENSE_ST_CONF_DEFAULT, LESENSE_ST_CONF_DEFAULT }, /* Decoder state 12. */ \
<>	139:856d2700e60b	1163	{ false, LESENSE_ST_CONF_DEFAULT, LESENSE_ST_CONF_DEFAULT }, /* Decoder state 13. */ \
<>	139:856d2700e60b	1164	{ false, LESENSE_ST_CONF_DEFAULT, LESENSE_ST_CONF_DEFAULT }, /* Decoder state 14. */ \
<>	139:856d2700e60b	1165	{ false, LESENSE_ST_CONF_DEFAULT, LESENSE_ST_CONF_DEFAULT }, /* Decoder state 15. */ \
<>	139:856d2700e60b	1166	{ false, LESENSE_ST_CONF_DEFAULT, LESENSE_ST_CONF_DEFAULT }, /* Decoder state 16. */ \
<>	139:856d2700e60b	1167	{ false, LESENSE_ST_CONF_DEFAULT, LESENSE_ST_CONF_DEFAULT }, /* Decoder state 17. */ \
<>	139:856d2700e60b	1168	{ false, LESENSE_ST_CONF_DEFAULT, LESENSE_ST_CONF_DEFAULT }, /* Decoder state 18. */ \
<>	139:856d2700e60b	1169	{ false, LESENSE_ST_CONF_DEFAULT, LESENSE_ST_CONF_DEFAULT }, /* Decoder state 19. */ \
<>	139:856d2700e60b	1170	{ false, LESENSE_ST_CONF_DEFAULT, LESENSE_ST_CONF_DEFAULT }, /* Decoder state 20. */ \
<>	139:856d2700e60b	1171	{ false, LESENSE_ST_CONF_DEFAULT, LESENSE_ST_CONF_DEFAULT }, /* Decoder state 21. */ \
<>	139:856d2700e60b	1172	{ false, LESENSE_ST_CONF_DEFAULT, LESENSE_ST_CONF_DEFAULT }, /* Decoder state 22. */ \
<>	139:856d2700e60b	1173	{ false, LESENSE_ST_CONF_DEFAULT, LESENSE_ST_CONF_DEFAULT }, /* Decoder state 23. */ \
<>	139:856d2700e60b	1174	{ false, LESENSE_ST_CONF_DEFAULT, LESENSE_ST_CONF_DEFAULT }, /* Decoder state 24. */ \
<>	139:856d2700e60b	1175	{ false, LESENSE_ST_CONF_DEFAULT, LESENSE_ST_CONF_DEFAULT }, /* Decoder state 25. */ \
<>	139:856d2700e60b	1176	{ false, LESENSE_ST_CONF_DEFAULT, LESENSE_ST_CONF_DEFAULT }, /* Decoder state 26. */ \
<>	139:856d2700e60b	1177	{ false, LESENSE_ST_CONF_DEFAULT, LESENSE_ST_CONF_DEFAULT }, /* Decoder state 27. */ \
<>	139:856d2700e60b	1178	{ false, LESENSE_ST_CONF_DEFAULT, LESENSE_ST_CONF_DEFAULT }, /* Decoder state 28. */ \
<>	139:856d2700e60b	1179	{ false, LESENSE_ST_CONF_DEFAULT, LESENSE_ST_CONF_DEFAULT }, /* Decoder state 29. */ \
<>	139:856d2700e60b	1180	{ false, LESENSE_ST_CONF_DEFAULT, LESENSE_ST_CONF_DEFAULT }, /* Decoder state 30. */ \
<>	139:856d2700e60b	1181	{ false, LESENSE_ST_CONF_DEFAULT, LESENSE_ST_CONF_DEFAULT } /* Decoder state 31. */ \
<>	139:856d2700e60b	1182	} \
<>	139:856d2700e60b	1183	}
<>	139:856d2700e60b	1184	#endif
Kojto	98:8ab26030e058	1185
Kojto	98:8ab26030e058	1186	/*******************************************************************************
Kojto	98:8ab26030e058	1187	*************************** PROTOTYPES ********************************
Kojto	98:8ab26030e058	1188	******************************************************************************/
<>	139:856d2700e60b	1189	void LESENSE_Init(const LESENSE_Init_TypeDef * init, bool reqReset);
Kojto	98:8ab26030e058	1190	void LESENSE_Reset(void);
Kojto	98:8ab26030e058	1191
<>	139:856d2700e60b	1192	uint32_t LESENSE_ScanFreqSet(uint32_t refFreq, uint32_t scanFreq);
<>	139:856d2700e60b	1193	void LESENSE_ScanModeSet(LESENSE_ScanMode_TypeDef scanMode, bool start);
<>	139:856d2700e60b	1194	void LESENSE_StartDelaySet(uint8_t startDelay);
<>	139:856d2700e60b	1195	void LESENSE_ClkDivSet(LESENSE_ChClk_TypeDef clk,
<>	139:856d2700e60b	1196	LESENSE_ClkPresc_TypeDef clkDiv);
Kojto	98:8ab26030e058	1197
<>	139:856d2700e60b	1198	void LESENSE_ChannelAllConfig(const LESENSE_ChAll_TypeDef * confChAll);
<>	139:856d2700e60b	1199	void LESENSE_ChannelConfig(const LESENSE_ChDesc_TypeDef * confCh,
<>	139:856d2700e60b	1200	uint32_t chIdx);
<>	139:856d2700e60b	1201	void LESENSE_ChannelEnable(uint8_t chIdx,
<>	139:856d2700e60b	1202	bool enaScanCh,
<>	139:856d2700e60b	1203	bool enaPin);
Kojto	98:8ab26030e058	1204	void LESENSE_ChannelEnableMask(uint16_t chMask, uint16_t pinMask);
<>	139:856d2700e60b	1205	void LESENSE_ChannelTimingSet(uint8_t chIdx,
<>	139:856d2700e60b	1206	uint8_t exTime,
<>	139:856d2700e60b	1207	uint8_t sampleDelay,
<>	139:856d2700e60b	1208	uint16_t measDelay);
<>	139:856d2700e60b	1209	void LESENSE_ChannelThresSet(uint8_t chIdx,
<>	139:856d2700e60b	1210	uint16_t acmpThres,
<>	139:856d2700e60b	1211	uint16_t cntThres);
<>	139:856d2700e60b	1212	#if defined(_LESENSE_CH_EVAL_MODE_MASK)
<>	139:856d2700e60b	1213	void LESENSE_ChannelSlidingWindow(uint8_t chIdx,
<>	139:856d2700e60b	1214	uint32_t windowSize,
<>	139:856d2700e60b	1215	uint32_t initValue);
<>	139:856d2700e60b	1216	void LESENSE_ChannelStepDetection(uint8_t chIdx,
<>	139:856d2700e60b	1217	uint32_t stepSize,
<>	139:856d2700e60b	1218	uint32_t initValue);
<>	139:856d2700e60b	1219	void LESENSE_WindowSizeSet(uint32_t windowSize);
<>	139:856d2700e60b	1220	void LESENSE_StepSizeSet(uint32_t stepSize);
<>	139:856d2700e60b	1221	#endif
Kojto	98:8ab26030e058	1222
<>	139:856d2700e60b	1223	void LESENSE_AltExConfig(const LESENSE_ConfAltEx_TypeDef * confAltEx);
Kojto	98:8ab26030e058	1224
<>	139:856d2700e60b	1225	void LESENSE_DecoderStateAllConfig(const LESENSE_DecStAll_TypeDef * confDecStAll);
<>	139:856d2700e60b	1226	void LESENSE_DecoderStateConfig(const LESENSE_DecStDesc_TypeDef * confDecSt,
<>	139:856d2700e60b	1227	uint32_t decSt);
Kojto	98:8ab26030e058	1228	void LESENSE_DecoderStateSet(uint32_t decSt);
Kojto	98:8ab26030e058	1229	uint32_t LESENSE_DecoderStateGet(void);
<>	139:856d2700e60b	1230	#if defined(_LESENSE_PRSCTRL_MASK)
<>	139:856d2700e60b	1231	void LESENSE_DecoderPrsOut(bool enable, uint32_t decMask, uint32_t decCmp);
<>	139:856d2700e60b	1232	#endif
Kojto	98:8ab26030e058	1233
Kojto	98:8ab26030e058	1234	void LESENSE_ScanStart(void);
Kojto	98:8ab26030e058	1235	void LESENSE_ScanStop(void);
Kojto	98:8ab26030e058	1236	void LESENSE_DecoderStart(void);
Kojto	98:8ab26030e058	1237	void LESENSE_ResultBufferClear(void);
Kojto	98:8ab26030e058	1238
Kojto	98:8ab26030e058	1239
Kojto	98:8ab26030e058	1240	/*************************************************************************//
Kojto	98:8ab26030e058	1241	* @brief
Kojto	98:8ab26030e058	1242	* Stop LESENSE decoder.
Kojto	98:8ab26030e058	1243	*
Kojto	98:8ab26030e058	1244	* @details
Kojto	98:8ab26030e058	1245	* This function disables the LESENSE decoder by setting the command to the
Kojto	98:8ab26030e058	1246	* LESENSE_DECCTRL register.
Kojto	98:8ab26030e058	1247	******************************************************************************/
Kojto	98:8ab26030e058	1248	__STATIC_INLINE void LESENSE_DecoderStop(void)
Kojto	98:8ab26030e058	1249	{
Kojto	98:8ab26030e058	1250	/* Stop the decoder */
Kojto	98:8ab26030e058	1251	LESENSE->DECCTRL \|= LESENSE_DECCTRL_DISABLE;
Kojto	98:8ab26030e058	1252	}
Kojto	98:8ab26030e058	1253
Kojto	98:8ab26030e058	1254
Kojto	98:8ab26030e058	1255	/*************************************************************************//
Kojto	98:8ab26030e058	1256	* @brief
Kojto	98:8ab26030e058	1257	* Get the current status of LESENSE.
Kojto	98:8ab26030e058	1258	*
Kojto	98:8ab26030e058	1259	* @return
Kojto	98:8ab26030e058	1260	* This function returns the value of LESENSE_STATUS register that
Kojto	98:8ab26030e058	1261	* contains the OR combination of the following status bits:
Kojto	98:8ab26030e058	1262	* @li LESENSE_STATUS_RESV - Result data valid. Set when data is available
Kojto	98:8ab26030e058	1263	* in the result buffer. Cleared when the buffer is empty.
Kojto	98:8ab26030e058	1264	* @li LESENSE_STATUS_RESFULL - Result buffer full. Set when the result
Kojto	98:8ab26030e058	1265	* buffer is full.
Kojto	98:8ab26030e058	1266	* @li LESENSE_STATUS_RUNNING - LESENSE is active.
Kojto	98:8ab26030e058	1267	* @li LESENSE_STATUS_SCANACTIVE - LESENSE is currently interfacing sensors.
Kojto	98:8ab26030e058	1268	******************************************************************************/
Kojto	98:8ab26030e058	1269	__STATIC_INLINE uint32_t LESENSE_StatusGet(void)
Kojto	98:8ab26030e058	1270	{
Kojto	98:8ab26030e058	1271	return LESENSE->STATUS;
Kojto	98:8ab26030e058	1272	}
Kojto	98:8ab26030e058	1273
Kojto	98:8ab26030e058	1274
Kojto	98:8ab26030e058	1275	/*************************************************************************//
Kojto	98:8ab26030e058	1276	* @brief
Kojto	98:8ab26030e058	1277	* Wait until the status of LESENSE is equal to what requested.
Kojto	98:8ab26030e058	1278	*
Kojto	98:8ab26030e058	1279	* @details
Kojto	98:8ab26030e058	1280	* This function is polling the LESENSE_STATUS register and waits until the
Kojto	98:8ab26030e058	1281	* requested combination of flags are set.
Kojto	98:8ab26030e058	1282	*
Kojto	98:8ab26030e058	1283	* @param[in] flag
Kojto	98:8ab26030e058	1284	* The OR combination of the following status bits:
Kojto	98:8ab26030e058	1285	* @li LESENSE_STATUS_BUFDATAV - Result data valid. Set when data is available
Kojto	98:8ab26030e058	1286	* in the result buffer. Cleared when the buffer is empty.
Kojto	98:8ab26030e058	1287	* @li LESENSE_STATUS_BUFHALFFULL - Result buffer half full. Set when the
Kojto	98:8ab26030e058	1288	* result buffer is half full.
Kojto	98:8ab26030e058	1289	* @li LESENSE_STATUS_BUFFULL - Result buffer full. Set when the result
Kojto	98:8ab26030e058	1290	* buffer is full.
Kojto	98:8ab26030e058	1291	* @li LESENSE_STATUS_RUNNING - LESENSE is active.
Kojto	98:8ab26030e058	1292	* @li LESENSE_STATUS_SCANACTIVE - LESENSE is currently interfacing sensors.
Kojto	98:8ab26030e058	1293	* @li LESENSE_STATUS_DACACTIVE - The DAC interface is currently active.
Kojto	98:8ab26030e058	1294	******************************************************************************/
Kojto	98:8ab26030e058	1295	__STATIC_INLINE void LESENSE_StatusWait(uint32_t flag)
Kojto	98:8ab26030e058	1296	{
Kojto	98:8ab26030e058	1297	while (!(LESENSE->STATUS & flag))
Kojto	98:8ab26030e058	1298	;
Kojto	98:8ab26030e058	1299	}
Kojto	98:8ab26030e058	1300
Kojto	98:8ab26030e058	1301
Kojto	98:8ab26030e058	1302	/*************************************************************************//
Kojto	98:8ab26030e058	1303	* @brief
Kojto	98:8ab26030e058	1304	* Get the currently active channel index.
Kojto	98:8ab26030e058	1305	*
Kojto	98:8ab26030e058	1306	* @return
Kojto	98:8ab26030e058	1307	* This function returns the value of LESENSE_CHINDEX register that
Kojto	98:8ab26030e058	1308	* contains the index of the currently active channel (0-15).
Kojto	98:8ab26030e058	1309	******************************************************************************/
Kojto	98:8ab26030e058	1310	__STATIC_INLINE uint32_t LESENSE_ChannelActiveGet(void)
Kojto	98:8ab26030e058	1311	{
Kojto	98:8ab26030e058	1312	return LESENSE->CURCH;
Kojto	98:8ab26030e058	1313	}
Kojto	98:8ab26030e058	1314
Kojto	98:8ab26030e058	1315
Kojto	98:8ab26030e058	1316	/*************************************************************************//
Kojto	98:8ab26030e058	1317	* @brief
Kojto	98:8ab26030e058	1318	* Get the latest scan comparison result (1 bit / channel).
Kojto	98:8ab26030e058	1319	*
Kojto	98:8ab26030e058	1320	* @return
Kojto	98:8ab26030e058	1321	* This function returns the value of LESENSE_SCANRES register that
Kojto	98:8ab26030e058	1322	* contains the comparison result of the last scan on all channels.
Kojto	98:8ab26030e058	1323	* Bit x is set if a comparison triggered on channel x, which means that the
Kojto	98:8ab26030e058	1324	* LESENSE counter met the comparison criteria set in LESENSE_CHx_EVAL by
Kojto	98:8ab26030e058	1325	* COMPMODE and CNTTHRES.
Kojto	98:8ab26030e058	1326	******************************************************************************/
Kojto	98:8ab26030e058	1327	__STATIC_INLINE uint32_t LESENSE_ScanResultGet(void)
Kojto	98:8ab26030e058	1328	{
<>	139:856d2700e60b	1329	return LESENSE->SCANRES & _LESENSE_SCANRES_SCANRES_MASK;
Kojto	98:8ab26030e058	1330	}
Kojto	98:8ab26030e058	1331
Kojto	98:8ab26030e058	1332
Kojto	98:8ab26030e058	1333	/*************************************************************************//
Kojto	98:8ab26030e058	1334	* @brief
Kojto	98:8ab26030e058	1335	* Get the oldest unread data from the result buffer.
Kojto	98:8ab26030e058	1336	*
Kojto	98:8ab26030e058	1337	* @note
Kojto	98:8ab26030e058	1338	* Make sure that the STORERES bit is set in LESENSE_CHx_EVAL, or
Kojto	98:8ab26030e058	1339	* STRSCANRES bit is set in LESENSE_CTRL, otherwise this function will return
Kojto	98:8ab26030e058	1340	* undefined value.
Kojto	98:8ab26030e058	1341	*
Kojto	98:8ab26030e058	1342	* @return
Kojto	98:8ab26030e058	1343	* This function returns the value of LESENSE_RESDATA register that
Kojto	98:8ab26030e058	1344	* contains the oldest unread counter result from the result buffer.
Kojto	98:8ab26030e058	1345	******************************************************************************/
Kojto	98:8ab26030e058	1346	__STATIC_INLINE uint32_t LESENSE_ScanResultDataGet(void)
Kojto	98:8ab26030e058	1347	{
Kojto	98:8ab26030e058	1348	return LESENSE->BUFDATA;
Kojto	98:8ab26030e058	1349	}
Kojto	98:8ab26030e058	1350
Kojto	98:8ab26030e058	1351
Kojto	98:8ab26030e058	1352	/*************************************************************************//
Kojto	98:8ab26030e058	1353	* @brief
Kojto	98:8ab26030e058	1354	* Get data from the result data buffer.
Kojto	98:8ab26030e058	1355	*
Kojto	98:8ab26030e058	1356	* @note
Kojto	98:8ab26030e058	1357	* Make sure that the STORERES bit is set in LESENSE_CHx_EVAL, or
Kojto	98:8ab26030e058	1358	* STRSCANRES bit is set in LESENSE_CTRL, otherwise this function will return
Kojto	98:8ab26030e058	1359	* undefined value.
Kojto	98:8ab26030e058	1360	*
Kojto	98:8ab26030e058	1361	* @param[in] idx
Kojto	98:8ab26030e058	1362	* Result data buffer index. Valid range: 0-15.
Kojto	98:8ab26030e058	1363	*
Kojto	98:8ab26030e058	1364	* @return
Kojto	98:8ab26030e058	1365	* This function returns the selected word from the result data buffer.
Kojto	98:8ab26030e058	1366	******************************************************************************/
Kojto	98:8ab26030e058	1367	__STATIC_INLINE uint32_t LESENSE_ScanResultDataBufferGet(uint32_t idx)
Kojto	98:8ab26030e058	1368	{
Kojto	98:8ab26030e058	1369	/* Note: masking is needed to avoid over-indexing! */
Kojto	98:8ab26030e058	1370	return LESENSE->BUF[idx & 0x0FU].DATA;
Kojto	98:8ab26030e058	1371	}
Kojto	98:8ab26030e058	1372
Kojto	98:8ab26030e058	1373	/*************************************************************************//
Kojto	98:8ab26030e058	1374	* @brief
Kojto	98:8ab26030e058	1375	* Get the current state of the LESENSE sensor.
Kojto	98:8ab26030e058	1376	*
Kojto	98:8ab26030e058	1377	* @return
Kojto	98:8ab26030e058	1378	* This function returns the value of LESENSE_SENSORSTATE register that
Kojto	98:8ab26030e058	1379	* represents the current state of the LESENSE sensor.
Kojto	98:8ab26030e058	1380	******************************************************************************/
Kojto	98:8ab26030e058	1381	__STATIC_INLINE uint32_t LESENSE_SensorStateGet(void)
Kojto	98:8ab26030e058	1382	{
Kojto	98:8ab26030e058	1383	return LESENSE->SENSORSTATE;
Kojto	98:8ab26030e058	1384	}
Kojto	98:8ab26030e058	1385
Kojto	98:8ab26030e058	1386
<>	139:856d2700e60b	1387	#if defined(LESENSE_POWERDOWN_RAM)
Kojto	98:8ab26030e058	1388	/*************************************************************************//
Kojto	98:8ab26030e058	1389	* @brief
Kojto	98:8ab26030e058	1390	* Shut off power to the LESENSE RAM, disables LESENSE.
Kojto	98:8ab26030e058	1391	*
Kojto	98:8ab26030e058	1392	* @details
Kojto	98:8ab26030e058	1393	* This function shuts off the LESENSE RAM in order to decrease the leakage
Kojto	113:f141b2784e32	1394	* current of the mcu if LESENSE is not used in your application.
Kojto	98:8ab26030e058	1395	*
Kojto	98:8ab26030e058	1396	* @note
Kojto	98:8ab26030e058	1397	* Warning! Once the LESENSE RAM is powered down, it cannot be powered up
Kojto	98:8ab26030e058	1398	* again.
Kojto	98:8ab26030e058	1399	******************************************************************************/
Kojto	98:8ab26030e058	1400	__STATIC_INLINE void LESENSE_RAMPowerDown(void)
Kojto	98:8ab26030e058	1401	{
Kojto	98:8ab26030e058	1402	/* Power down LESENSE RAM */
Kojto	98:8ab26030e058	1403	LESENSE->POWERDOWN = LESENSE_POWERDOWN_RAM;
Kojto	98:8ab26030e058	1404	}
<>	139:856d2700e60b	1405	#endif
Kojto	98:8ab26030e058	1406
Kojto	98:8ab26030e058	1407
Kojto	98:8ab26030e058	1408	/*************************************************************************//
Kojto	98:8ab26030e058	1409	* @brief
Kojto	98:8ab26030e058	1410	* Clear one or more pending LESENSE interrupts.
Kojto	98:8ab26030e058	1411	*
Kojto	98:8ab26030e058	1412	* @param[in] flags
Kojto	98:8ab26030e058	1413	* Pending LESENSE interrupt sources to clear. Use a set of interrupt flags
Kojto	98:8ab26030e058	1414	* OR-ed together to clear multiple interrupt sources of the LESENSE module
Kojto	98:8ab26030e058	1415	* (LESENSE_IF_nnn).
Kojto	98:8ab26030e058	1416	******************************************************************************/
Kojto	98:8ab26030e058	1417	__STATIC_INLINE void LESENSE_IntClear(uint32_t flags)
Kojto	98:8ab26030e058	1418	{
Kojto	98:8ab26030e058	1419	LESENSE->IFC = flags;
Kojto	98:8ab26030e058	1420	}
Kojto	98:8ab26030e058	1421
Kojto	98:8ab26030e058	1422
Kojto	98:8ab26030e058	1423	/*************************************************************************//
Kojto	98:8ab26030e058	1424	* @brief
Kojto	98:8ab26030e058	1425	* Enable one or more LESENSE interrupts.
Kojto	98:8ab26030e058	1426	*
Kojto	98:8ab26030e058	1427	* @param[in] flags
Kojto	98:8ab26030e058	1428	* LESENSE interrupt sources to enable. Use a set of interrupt flags OR-ed
Kojto	98:8ab26030e058	1429	* together to enable multiple interrupt sources of the LESENSE module
Kojto	98:8ab26030e058	1430	* (LESENSE_IF_nnn).
Kojto	98:8ab26030e058	1431	******************************************************************************/
Kojto	98:8ab26030e058	1432	__STATIC_INLINE void LESENSE_IntEnable(uint32_t flags)
Kojto	98:8ab26030e058	1433	{
Kojto	98:8ab26030e058	1434	LESENSE->IEN \|= flags;
Kojto	98:8ab26030e058	1435	}
Kojto	98:8ab26030e058	1436
Kojto	98:8ab26030e058	1437
Kojto	98:8ab26030e058	1438	/*************************************************************************//
Kojto	98:8ab26030e058	1439	* @brief
Kojto	98:8ab26030e058	1440	* Disable one or more LESENSE interrupts.
Kojto	98:8ab26030e058	1441	*
Kojto	98:8ab26030e058	1442	* @param[in] flags
Kojto	98:8ab26030e058	1443	* LESENSE interrupt sources to disable. Use a set of interrupt flags OR-ed
Kojto	98:8ab26030e058	1444	* together to disable multiple interrupt sources of the LESENSE module
Kojto	98:8ab26030e058	1445	* (LESENSE_IF_nnn).
Kojto	98:8ab26030e058	1446	******************************************************************************/
Kojto	98:8ab26030e058	1447	__STATIC_INLINE void LESENSE_IntDisable(uint32_t flags)
Kojto	98:8ab26030e058	1448	{
Kojto	113:f141b2784e32	1449	LESENSE->IEN &= ~flags;
Kojto	98:8ab26030e058	1450	}
Kojto	98:8ab26030e058	1451
Kojto	98:8ab26030e058	1452
Kojto	98:8ab26030e058	1453	/*************************************************************************//
Kojto	98:8ab26030e058	1454	* @brief
Kojto	98:8ab26030e058	1455	* Set one or more pending LESENSE interrupts from SW.
Kojto	98:8ab26030e058	1456	*
Kojto	98:8ab26030e058	1457	* @param[in] flags
Kojto	98:8ab26030e058	1458	* LESENSE interrupt sources to set to pending. Use a set of interrupt
Kojto	98:8ab26030e058	1459	* flags OR-ed together to set multiple interrupt sources of the LESENSE
Kojto	98:8ab26030e058	1460	* module (LESENSE_IFS_nnn).
Kojto	98:8ab26030e058	1461	******************************************************************************/
Kojto	98:8ab26030e058	1462	__STATIC_INLINE void LESENSE_IntSet(uint32_t flags)
Kojto	98:8ab26030e058	1463	{
Kojto	98:8ab26030e058	1464	LESENSE->IFS = flags;
Kojto	98:8ab26030e058	1465	}
Kojto	98:8ab26030e058	1466
Kojto	98:8ab26030e058	1467
Kojto	98:8ab26030e058	1468	/*************************************************************************//
Kojto	98:8ab26030e058	1469	* @brief
Kojto	98:8ab26030e058	1470	* Get pending LESENSE interrupt flags.
Kojto	98:8ab26030e058	1471	*
Kojto	98:8ab26030e058	1472	* @note
Kojto	98:8ab26030e058	1473	* The event bits are not cleared by the use of this function.
Kojto	98:8ab26030e058	1474	*
Kojto	98:8ab26030e058	1475	* @return
Kojto	98:8ab26030e058	1476	* Pending LESENSE interrupt sources. The OR combination of valid interrupt
Kojto	98:8ab26030e058	1477	* flags of the LESENSE module (LESENSE_IF_nnn).
Kojto	98:8ab26030e058	1478	******************************************************************************/
Kojto	98:8ab26030e058	1479	__STATIC_INLINE uint32_t LESENSE_IntGet(void)
Kojto	98:8ab26030e058	1480	{
Kojto	98:8ab26030e058	1481	return LESENSE->IF;
Kojto	98:8ab26030e058	1482	}
Kojto	98:8ab26030e058	1483
Kojto	98:8ab26030e058	1484
Kojto	98:8ab26030e058	1485	/*************************************************************************//
Kojto	98:8ab26030e058	1486	* @brief
Kojto	98:8ab26030e058	1487	* Get enabled and pending LESENSE interrupt flags.
Kojto	98:8ab26030e058	1488	*
Kojto	98:8ab26030e058	1489	* @details
Kojto	98:8ab26030e058	1490	* Useful for handling more interrupt sources in the same interrupt handler.
Kojto	98:8ab26030e058	1491	*
Kojto	98:8ab26030e058	1492	* @note
Kojto	98:8ab26030e058	1493	* The event bits are not cleared by the use of this function.
Kojto	98:8ab26030e058	1494	*
Kojto	98:8ab26030e058	1495	* @return
Kojto	98:8ab26030e058	1496	* Pending and enabled LESENSE interrupt sources.
Kojto	98:8ab26030e058	1497	* The return value is the bitwise AND combination of
Kojto	98:8ab26030e058	1498	* - the OR combination of enabled interrupt sources in LESENSE_IEN_nnn
Kojto	98:8ab26030e058	1499	* register (LESENSE_IEN_nnn) and
Kojto	98:8ab26030e058	1500	* - the OR combination of valid interrupt flags of the LESENSE module
Kojto	98:8ab26030e058	1501	* (LESENSE_IF_nnn).
Kojto	98:8ab26030e058	1502	******************************************************************************/
Kojto	98:8ab26030e058	1503	__STATIC_INLINE uint32_t LESENSE_IntGetEnabled(void)
Kojto	98:8ab26030e058	1504	{
Kojto	98:8ab26030e058	1505	uint32_t tmp;
Kojto	98:8ab26030e058	1506
Kojto	98:8ab26030e058	1507	/* Store LESENSE->IEN in temporary variable in order to define explicit order
Kojto	98:8ab26030e058	1508	* of volatile accesses. */
Kojto	98:8ab26030e058	1509	tmp = LESENSE->IEN;
Kojto	98:8ab26030e058	1510
Kojto	98:8ab26030e058	1511	/* Bitwise AND of pending and enabled interrupts */
Kojto	98:8ab26030e058	1512	return LESENSE->IF & tmp;
Kojto	98:8ab26030e058	1513	}
Kojto	98:8ab26030e058	1514
Kojto	98:8ab26030e058	1515
Kojto	98:8ab26030e058	1516	/** @} (end addtogroup LESENSE) */
<>	128:9bcdf88f62b0	1517	/** @} (end addtogroup emlib) */
Kojto	98:8ab26030e058	1518
Kojto	98:8ab26030e058	1519	#ifdef __cplusplus
Kojto	98:8ab26030e058	1520	}
Kojto	98:8ab26030e058	1521	#endif
Kojto	98:8ab26030e058	1522
Kojto	98:8ab26030e058	1523	#endif /* defined(LESENSE_COUNT) && (LESENSE_COUNT > 0) */
Kojto	98:8ab26030e058	1524
<>	128:9bcdf88f62b0	1525	#endif /* EM_LESENSE_H */