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Copy pathcy_capsense_sensing_v3.h
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cy_capsense_sensing_v3.h
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/***************************************************************************//**
* \file cy_capsense_sensing_v3.h
* \version 6.10.0
*
* \brief
* This file provides the function prototypes specific to the scanning module.
*
********************************************************************************
* \copyright
* Copyright 2020-2025, Cypress Semiconductor Corporation (an Infineon company)
* or an affiliate of Cypress Semiconductor Corporation. All rights reserved.
* You may use this file only in accordance with the license, terms, conditions,
* disclaimers, and limitations in the end user license agreement accompanying
* the software package with which this file was provided.
*******************************************************************************/
#if !defined(CY_CAPSENSE_SENSING_V3_H)
#define CY_CAPSENSE_SENSING_V3_H
#include "cy_syslib.h"
#include "cy_capsense_common.h"
#include "cy_capsense_structure.h"
#if (CY_CAPSENSE_PLATFORM_BLOCK_FIFTH_GEN)
#include "cy_msc.h"
#endif
#if (defined(CY_IP_M0S8MSCV3))
#if defined(__cplusplus)
extern "C" {
#endif
/*******************************************************************************
* Function Prototypes
*******************************************************************************/
/******************************************************************************/
/** \cond SECTION_CAPSENSE_INTERNAL */
/** \addtogroup group_capsense_internal *//** \{ */
/******************************************************************************/
cy_capsense_status_t Cy_CapSense_ScanSlots_V3(
uint32_t startSlotId,
uint32_t numberSlots,
cy_stc_capsense_context_t * context);
cy_capsense_status_t Cy_CapSense_ScanWidget_V3(
uint32_t widgetId,
cy_stc_capsense_context_t * context);
cy_capsense_status_t Cy_CapSense_ScanSensor_V3(
uint32_t widgetId,
uint32_t sensorId,
cy_stc_capsense_context_t * context);
cy_capsense_status_t Cy_CapSense_ScanAllWidgets_V3(
cy_stc_capsense_context_t * context);
void Cy_CapSense_InterruptHandler_V3(
const MSC_Type * base,
cy_stc_capsense_context_t * context);
#if (CY_CAPSENSE_SENSOR_CONNECTION_MODE == CY_CAPSENSE_AMUX_SENSOR_CONNECTION_METHOD)
cy_capsense_status_t Cy_CapSense_SetPinState_V3(
uint32_t widgetId,
uint32_t sensorElement,
uint32_t state,
const cy_stc_capsense_context_t * context);
#endif
#if ((CY_CAPSENSE_ENABLE == CY_CAPSENSE_CSD_CALIBRATION_EN) ||\
(CY_CAPSENSE_ENABLE == CY_CAPSENSE_CSX_CALIBRATION_EN))
cy_capsense_status_t Cy_CapSense_CalibrateAllWidgets_V3(
cy_stc_capsense_context_t * context);
cy_capsense_status_t Cy_CapSense_CalibrateAllSlots_V3(
cy_stc_capsense_context_t * context);
cy_capsense_status_t Cy_CapSense_SetCalibrationTarget_V3(
uint32_t calibrTarget,
uint32_t snsMethod,
cy_stc_capsense_context_t * context);
#if (1u == CY_CAPSENSE_TOTAL_CH_NUMBER)
cy_capsense_status_t Cy_CapSense_CalibrateWidget_V3(
uint32_t widgetId,
cy_stc_capsense_context_t * context);
#endif /* (1u == CY_CAPSENSE_TOTAL_CH_NUMBER) */
#endif /* ((CY_CAPSENSE_ENABLE == CY_CAPSENSE_CSD_CALIBRATION_EN) ||\
(CY_CAPSENSE_ENABLE == CY_CAPSENSE_CSX_CALIBRATION_EN)) */
void Cy_CapSense_SetBusyFlags(
uint32_t chIndex,
cy_stc_capsense_context_t * context);
void Cy_CapSense_ClrBusyFlags(
uint32_t chIndex,
cy_stc_capsense_context_t * context);
cy_capsense_status_t Cy_CapSense_SsInitialize(
cy_stc_capsense_context_t * context);
uint32_t Cy_CapSense_WatchdogCyclesNum(
uint32_t desiredTimeUs,
uint32_t cpuFreqMHz,
uint32_t cyclesPerLoop);
#if (CY_CAPSENSE_SENSOR_CONNECTION_MODE == CY_CAPSENSE_AMUX_SENSOR_CONNECTION_METHOD)
void Cy_CapSense_ConfigureAnalogMuxResource(
uint32_t chIndex,
uint32_t snsMethod,
cy_stc_capsense_context_t * context);
#endif /* (CY_CAPSENSE_SENSOR_CONNECTION_MODE == CY_CAPSENSE_AMUX_SENSOR_CONNECTION_METHOD) */
#if (CY_CAPSENSE_SCAN_MODE_DMA_DRIVEN == CY_CAPSENSE_SCAN_MODE)
cy_capsense_status_t Cy_CapSense_InitializeDmaResource(
cy_stc_capsense_context_t * context);
cy_capsense_status_t Cy_CapSense_ConfigureDmaResource(
uint32_t mscChIndex,
cy_stc_capsense_context_t * context);
cy_capsense_status_t Cy_CapSense_InitializeDmaArrays(
cy_stc_capsense_context_t * context);
cy_capsense_status_t Cy_CapSense_ConfigureDmaArrays(
cy_stc_capsense_context_t * context);
#endif /* (CY_CAPSENSE_SCAN_MODE_DMA_DRIVEN == CY_CAPSENSE_SCAN_MODE) */
void Cy_CapSense_SetModClkDivider(
uint32_t dividerValue,
const cy_stc_capsense_context_t * context);
void Cy_CapSense_ScanISR(void * capsenseContext);
void Cy_CapSense_SetCmodInDefaultState(
uint32_t chIndex,
const cy_stc_capsense_context_t * context);
#if (CY_CAPSENSE_SENSOR_CONNECTION_MODE == CY_CAPSENSE_AMUX_SENSOR_CONNECTION_METHOD)
void Cy_CapSense_SetCmodInAmuxModeState(
uint32_t chIndex,
const cy_stc_capsense_context_t * context);
#endif /* (CY_CAPSENSE_SENSOR_CONNECTION_MODE == CY_CAPSENSE_AMUX_SENSOR_CONNECTION_METHOD) */
void Cy_CapSense_InitActivePtrSns(
uint32_t chIndex,
uint32_t sensorId,
cy_stc_capsense_context_t * context);
void Cy_CapSense_InitActivePtrWd(
uint32_t chIndex,
uint32_t widgetId,
cy_stc_capsense_context_t * context);
void Cy_CapSense_InitActivePtr(
uint32_t chIndex,
uint32_t widgetId,
uint32_t sensorId,
cy_stc_capsense_context_t * context);
#if (CY_CAPSENSE_SENSOR_CONNECTION_MODE == CY_CAPSENSE_AMUX_SENSOR_CONNECTION_METHOD)
void Cy_CapSense_SetIOsInDesiredState(
uint32_t desiredDriveMode,
uint32_t desiredPinOutput,
en_hsiom_sel_t desiredHsiom,
uint32_t chIndex,
const cy_stc_capsense_context_t * context);
#endif /* (CY_CAPSENSE_SENSOR_CONNECTION_MODE == CY_CAPSENSE_AMUX_SENSOR_CONNECTION_METHOD) */
void Cy_CapSense_SetIOsInDefaultState(
const cy_stc_capsense_context_t * context);
void Cy_CapSense_SsConfigPinRegisters(
GPIO_PRT_Type * base,
uint32_t pinNum,
uint32_t dm,
en_hsiom_sel_t hsiom);
#if (CY_CAPSENSE_SENSOR_CONNECTION_MODE == CY_CAPSENSE_AMUX_SENSOR_CONNECTION_METHOD)
void Cy_CapSense_ConnectSensor(
uint32_t chIndex,
cy_stc_capsense_context_t * context);
void Cy_CapSense_DisconnectSensor(
uint32_t chIndex,
cy_stc_capsense_context_t * context);
#if (CY_CAPSENSE_ENABLE == CY_CAPSENSE_CSD_EN)
void Cy_CapSense_CsdConnectSns(
uint32_t chIndex,
const cy_stc_capsense_context_t * context);
void Cy_CapSense_CsdDisconnectSns(
uint32_t chIndex,
const cy_stc_capsense_context_t * context);
#endif /* (CY_CAPSENSE_ENABLE == CY_CAPSENSE_CSD_EN) */
#if (CY_CAPSENSE_ENABLE == CY_CAPSENSE_CSX_EN)
void Cy_CapSense_CsxConnectRx(
uint32_t chIndex,
const cy_stc_capsense_context_t * context);
void Cy_CapSense_CsxConnectTx(
uint32_t chIndex,
const cy_stc_capsense_context_t * context);
void Cy_CapSense_CsxDisconnectRx(
uint32_t chIndex,
const cy_stc_capsense_context_t * context);
void Cy_CapSense_CsxDisconnectTx(
uint32_t chIndex,
const cy_stc_capsense_context_t * context);
#endif /* (CY_CAPSENSE_ENABLE == CY_CAPSENSE_CSX_EN) */
#if (CY_CAPSENSE_ENABLE == CY_CAPSENSE_CSD_SHIELD_EN)
void Cy_CapSense_EnableShieldElectrodes(
uint32_t chIndex,
cy_stc_capsense_context_t * context);
void Cy_CapSense_DisableShieldElectrodes(
uint32_t chIndex,
cy_stc_capsense_context_t * context);
#endif
#endif /* (CY_CAPSENSE_SENSOR_CONNECTION_MODE == CY_CAPSENSE_AMUX_SENSOR_CONNECTION_METHOD) */
#if ((CY_CAPSENSE_ENABLE == CY_CAPSENSE_CSD_CALIBRATION_EN) ||\
(CY_CAPSENSE_ENABLE == CY_CAPSENSE_CSX_CALIBRATION_EN))
cy_capsense_status_t Cy_CapSense_CalibrateSlot(
uint32_t scanSlotId,
uint32_t autoCalibrMode,
cy_stc_capsense_context_t * context);
cy_capsense_status_t Cy_CapSense_NormalizeCdac(
uint32_t widgetId,
cy_stc_capsense_context_t * context);
cy_capsense_status_t Cy_CapSense_CalibrateCompDivider(
uint32_t widgetId,
cy_stc_capsense_context_t * context);
cy_capsense_status_t Cy_CapSense_VerifyCalibration(
uint32_t widgetId,
cy_stc_capsense_context_t * context);
#endif
cy_capsense_status_t Cy_CapSense_WaitEndScan(
uint32_t timeout,
cy_stc_capsense_context_t * context);
void Cy_CapSense_SetShieldPinsInDefaultState(
const cy_stc_capsense_context_t * context);
cy_capsense_status_t Cy_CapSense_SwitchHwConfiguration(
uint32_t configuration,
cy_stc_capsense_context_t * context);
uint32_t Cy_CapSense_GetLfsrDitherVal(
uint32_t lfsrBits,
uint32_t lfsrScale);
uint32_t Cy_CapSense_GetLfsrDitherLimit(
uint32_t snsClkDivider,
uint32_t snsClkDividerMin,
uint32_t ditherLimitPercents,
uint32_t lfsrScale);
cy_capsense_status_t Cy_CapSense_InitializeSourceSenseClk(
const cy_stc_capsense_context_t * context);
#if (CY_CAPSENSE_ENABLE == CY_CAPSENSE_SMARTSENSE_EN)
cy_capsense_status_t Cy_CapSense_SsAutoTune(
cy_stc_capsense_context_t * context);
#endif
cy_capsense_mw_state_t Cy_CapSense_MwState_V3(
const cy_stc_capsense_context_t * context);
cy_capsense_status_t Cy_CapSense_ScanAbort_V3(
cy_stc_capsense_context_t * context);
#if (CY_CAPSENSE_SENSOR_CONNECTION_MODE == CY_CAPSENSE_CTRLMUX_SENSOR_CONNECTION_METHOD)
cy_capsense_status_t Cy_CapSense_SlotPinState_V3(
uint32_t slotId,
const cy_stc_capsense_electrode_config_t * ptrEltdCfg,
uint32_t pinState,
cy_stc_capsense_context_t * context);
#endif
#if (CY_CAPSENSE_DISABLE != CY_CAPSENSE_CIC2_FILTER_EN)
uint32_t Cy_CapSense_GetCIC2SamplesMax(uint32_t cic2Rate);
uint32_t Cy_CapSense_GetCIC2HwDivider(uint32_t cic2Samples);
#endif /* #if (CY_CAPSENSE_DISABLE != CY_CAPSENSE_CIC2_FILTER_EN) */
cy_capsense_status_t Cy_CapSense_ExecuteSaturatedScan(
uint32_t * ptrMaxRaw,
uint32_t scanSlotId,
uint32_t mode,
cy_stc_capsense_context_t * context);
cy_capsense_status_t Cy_CapSense_ConfigureSaturationMode(
cy_stc_capsense_context_t * context);
uint32_t Cy_CapSense_GetScanWatchdogTime(
uint32_t scanSlotId,
cy_stc_capsense_context_t * context);
/** \} \endcond */
/*******************************************************************************
* Local definition
*******************************************************************************/
#define CY_CAPSENSE_MSC_INTR_ALL_MSK (MSC_INTR_MASK_SUB_SAMPLE_Msk |\
MSC_INTR_MASK_SAMPLE_Msk |\
MSC_INTR_MASK_SCAN_Msk |\
MSC_INTR_MASK_INIT_Msk |\
MSC_INTR_MASK_FRAME_Msk |\
MSC_INTR_MASK_CIC2_ERROR_Msk |\
MSC_INTR_MASK_CONFIG_REQ_Msk |\
MSC_INTR_MASK_FIFO_UNDERFLOW_Msk |\
MSC_INTR_MASK_FIFO_OVERFLOW_Msk)
#define CY_CAPSENSE_FW_SHIELD_ACTIVE_AMUX_REG_SW_CSD_SHIELD_VALUE (0x00000040uL)
#define CY_CAPSENSE_FW_SHIELD_PASSIVE_AMUX_REG_SW_CSD_SHIELD_VALUE (0x00000050uL)
#define CY_CAPSENSE_FW_NEGATIVE_TX_AMUX_REG_SW_CSD_SHIELD_VALUE (0x00000060uL)
#define CY_CAPSENSE_CALIBRATION_TIMEOUT (1000000uL)
#define CY_CAPSENSE_LOOP_DURATION_CYCLES (5u)
#define CY_CAPSENSE_MAX_CH_NUM (4u)
#define CY_CAPSENSE_CDAC_MAX_CODE (0xFFu)
#define CY_CAPSENSE_CAL_MIDDLE_VALUE (0x80u)
#define CY_CAPSENSE_CAL_MODE_REF_CDAC_SUC_APPR (0u)
#define CY_CAPSENSE_CAL_MODE_COMP_CDAC_SUC_APPR (2u)
#define CY_CAPSENSE_CAL_MODE_COMP_CDAC_MAX_CODE (3u)
#define CY_CAPSENSE_CMOD_AMUX_MSK (MSC_SW_SEL_GPIO_SW_CSD_SENSE_Msk |\
MSC_SW_SEL_GPIO_SW_CSD_MUTUAL_Msk |\
MSC_SW_SEL_GPIO_SW_CSD_POLARITY_Msk |\
MSC_SW_SEL_GPIO_SW_DSI_CMOD_Msk |\
MSC_SW_SEL_GPIO_SW_DSI_CSH_TANK_Msk)
#define CY_CAPSENSE_FW_CMOD_AMUX_CSD_REG_SW_SEL_GPIO_VALUE ((4uL << MSC_SW_SEL_GPIO_SW_CSD_SENSE_Pos) |\
(2uL << MSC_SW_SEL_GPIO_SW_CSD_POLARITY_Pos) |\
(3uL << MSC_SW_SEL_GPIO_SW_DSI_CMOD_Pos) |\
(3uL << MSC_SW_SEL_GPIO_SW_DSI_CSH_TANK_Pos))
#define CY_CAPSENSE_FW_CMOD_AMUX_CSX_REG_SW_SEL_GPIO_VALUE ((2uL << MSC_SW_SEL_GPIO_SW_CSD_SENSE_Pos) |\
(1uL << MSC_SW_SEL_GPIO_SW_CSD_MUTUAL_Pos))
#define CY_CAPSENSE_LFSR_RANGE_0_DITHER_MAX (2u)
#define CY_CAPSENSE_LFSR_RANGE_1_DITHER_MAX (4u)
#define CY_CAPSENSE_LFSR_RANGE_2_DITHER_MAX (8u)
#define CY_CAPSENSE_LFSR_RANGE_3_DITHER_MAX (16u)
#define CY_CAPSENSE_2PH_PRS_SNS_CLOCK_DIVIDER_SHIFT (1u)
#define CY_CAPSENSE_4PH_PRS_SNS_CLOCK_DIVIDER_SHIFT (2u)
#define CY_CAPSENSE_DIRECT_SNS_CLOCK_DIVIDER_MAX (4096u)
#define CY_CAPSENSE_2PH_DIRECT_SNS_CLOCK_DIVIDER_MIN (4u)
#define CY_CAPSENSE_4PH_DIRECT_SNS_CLOCK_DIVIDER_MIN (8u)
#define CY_CAPSENSE_SMARTSENSE_PRELIMINARY_SCAN_NSUB (8u)
#define CY_CAPSENSE_SMARTSENSE_PRELIMINARY_SCAN_SNS_CLK (256u)
#define CY_CAPSENSE_SMARTSENSE_PRELIMINARY_SCAN_REF_CDAC (100u)
#define CY_CAPSENSE_SMARTSENSE_WD_MAX_NUMBER (64u)
#define CY_CAPSENSE_MAX_PRO_EPI_PRS_CYCLE_NUMBER (1023u)
#define CY_CAPSENSE_CALIBRATION_REF_CDAC_MASK (0x01u)
#define CY_CAPSENSE_CALIBRATION_COMP_DIV_MASK (0x02u)
#define CY_CAPSENSE_CALIBRATION_COMP_CDAC_MASK (0x04u)
#define CY_CAPSENSE_SLOT_COUNT_MAX_VALUE (0xFFFFu)
/*******************************************************************************
* HSIOM and PC Macros redefinition platform dependent and for readability
*******************************************************************************/
#define CY_CAPSENSE_HSIOM_SEL_GPIO (HSIOM_SEL_GPIO)
#define CY_CAPSENSE_HSIOM_SEL_CSD_SHIELD (HSIOM_SEL_CSD_SHIELD)
#define CY_CAPSENSE_HSIOM_SEL_CSD_SENSE (HSIOM_SEL_CSD_SENSE)
#define CY_CAPSENSE_HSIOM_SEL_AMUXA (HSIOM_SEL_AMUXA)
#define CY_CAPSENSE_HSIOM_SEL_AMUXB (HSIOM_SEL_AMUXB)
#define CY_CAPSENSE_DM_GPIO_ANALOG (CY_GPIO_DM_ANALOG)
#define CY_CAPSENSE_DM_GPIO_STRONG_IN_OFF (CY_GPIO_DM_STRONG_IN_OFF)
#if (CY_CAPSENSE_DISABLE == CY_CAPSENSE_USE_CAPTURE)
/*******************************************************************************
* Constant definition
*******************************************************************************/
/*
* Definition of the default configuration of the MSC HW registers that is
* intended to be used on the MSC HW block capturing stage.
* The configuration includes:
* 1. Start of the analog settling process:
* - Enables the MSC HW block;
* - Enables all the sub-blocks of the MSC HW block;
* - Enables the Sense Modulator output;
* 2. Clear all of the pending interrupt requests of the MSC HW block;
* 3. Sets into default state the rest of the MSC HW block registers which are not related
* to actions #1 and #2.
*/
#define CY_CAPSENSE_MSC_CONFIG_DEFAULT \
{ \
.ctl = MSC_CTL_SENSE_EN_Msk | \
MSC_CTL_MSCCMP_EN_Msk | \
MSC_CTL_ENABLED_Msk, \
.spare = 0x00uL, \
.scanCtl1 = 0x00uL, \
.scanCtl2 = 0x00uL, \
.initCtl1 = 0x00uL, \
.initCtl2 = 0x00uL, \
.initCtl3 = 0x00uL, \
.initCtl4 = 0x00uL, \
.senseDutyCtl = 0x00uL, \
.sensePeriodCtl = 0x00uL, \
.filterCtl = 0x00uL, \
.ccompCdacCtl = 0x00uL, \
.ditherCdacCtl = 0x00uL, \
.cswCtl = 0x00uL, \
.swSelGpio = 0x00uL, \
.swSelCdacRe = 0x00uL, \
.swSelCdacCo = 0x00uL, \
.swSelCdacCf = 0x00uL, \
.swSelCmod1 = 0x00uL, \
.swSelCmod2 = 0x00uL, \
.swSelCmod3 = 0x00uL, \
.swSelCmod4 = 0x00uL, \
.obsCtl = 0x00uL, \
.status1 = 0x00uL, \
.status2 = 0x00uL, \
.status3 = 0x00uL, \
.resultFifoStatus = 0x00uL, \
.resultFifoRd = 0x00uL, \
.intr = 0x00uL, \
.intrSet = 0x00uL, \
.intrMask = 0x00uL, \
.intrMasked = 0x00uL, \
.frameCmd = 0x00uL, \
.sensorConfig = \
{ \
.snsSwSelCswMask2 = 0x00uL, \
.snsSwSelCswMask1 = 0x00uL, \
.snsSwSelCswMask0 = 0x00uL, \
.snsScanCtl = 0x00uL, \
.snsCdacCtl = 0x00uL, \
.snsCtl = 0x00uL, \
}, \
.swSelCsw[0u] = 0x00uL, \
.swSelCsw[1u] = 0x00uL, \
.swSelCsw[2u] = 0x00uL, \
.swSelCsw[3u] = 0x00uL, \
.swSelCsw[4u] = 0x00uL, \
.swSelCsw[5u] = 0x00uL, \
.swSelCsw[6u] = 0x00uL, \
.swSelCsw[7u] = 0x00uL, \
.swSelCsw[8u] = 0x00uL, \
.swSelCsw[9u] = 0x00uL, \
.swSelCsw[10u] = 0x00uL, \
.swSelCsw[11u] = 0x00uL, \
.swSelCsw[12u] = 0x00uL, \
.swSelCsw[13u] = 0x00uL, \
.swSelCsw[14u] = 0x00uL, \
.swSelCsw[15u] = 0x00uL, \
.swSelCsw[16u] = 0x00uL, \
.swSelCsw[17u] = 0x00uL, \
.swSelCsw[18u] = 0x00uL, \
.swSelCsw[19u] = 0x00uL, \
.swSelCsw[20u] = 0x00uL, \
.swSelCsw[21u] = 0x00uL, \
.swSelCsw[22u] = 0x00uL, \
.swSelCsw[23u] = 0x00uL, \
.swSelCsw[24u] = 0x00uL, \
.swSelCsw[25u] = 0x00uL, \
.swSelCsw[26u] = 0x00uL, \
.swSelCsw[27u] = 0x00uL, \
.swSelCsw[28u] = 0x00uL, \
.swSelCsw[29u] = 0x00uL, \
.swSelCsw[30u] = 0x00uL, \
.swSelCsw[31u] = 0x00uL, \
.swSelCswFunc[0u] = 0x00uL, \
.swSelCswFunc[1u] = 0x00uL, \
.swSelCswFunc[2u] = 0x00uL, \
.swSelCswFunc[3u] = 0x00uL, \
.swSelCswFunc[4u] = 0x00uL, \
.swSelCswFunc[5u] = 0x00uL, \
.swSelCswFunc[6u] = 0x00uL, \
.swSelCswFunc[7u] = 0x00uL, \
.mode[0u] = \
{ \
.senseDutyCtl = 0x00uL, \
.swSelCdacFl = 0x00uL, \
.swSelTop = 0x00uL, \
.swSelComp = 0x00uL, \
.swSelSh = 0x00uL, \
}, \
.mode[1u] = \
{ \
.senseDutyCtl = 0x00uL, \
.swSelCdacFl = 0x00uL, \
.swSelTop = 0x00uL, \
.swSelComp = 0x00uL, \
.swSelSh = 0x00uL, \
}, \
.mode[2u] = \
{ \
.senseDutyCtl = 0x00uL, \
.swSelCdacFl = 0x00uL, \
.swSelTop = 0x00uL, \
.swSelComp = 0x00uL, \
.swSelSh = 0x00uL, \
}, \
.mode[3u] = \
{ \
.senseDutyCtl = 0x00uL, \
.swSelCdacFl = 0x00uL, \
.swSelTop = 0x00uL, \
.swSelComp = 0x00uL, \
.swSelSh = 0x00uL, \
}, \
}
extern const cy_stc_msc_base_config_t cy_capsense_mscCfg;
#endif
#define CY_CAPSENSE_CSD_CDAC_COMP_USAGE ((CY_CAPSENSE_ENABLE == CY_CAPSENSE_CSD_EN) &&\
(CY_CAPSENSE_ENABLE == CY_CAPSENSE_CSD_CDAC_COMP_EN))
#define CY_CAPSENSE_CSD_CDAC_COMP_DIV_AUTO_USAGE ((CY_CAPSENSE_ENABLE == CY_CAPSENSE_CSD_CDAC_COMP_USAGE) &&\
(CY_CAPSENSE_ENABLE == CY_CAPSENSE_CSD_CALIBRATION_EN) &&\
(CY_CAPSENSE_ENABLE == CY_CAPSENSE_CSD_CDAC_COMP_DIV_AUTO_EN))
#define CY_CAPSENSE_CSD_CDAC_REF_AUTO_USAGE ((CY_CAPSENSE_ENABLE == CY_CAPSENSE_CSD_EN) &&\
(CY_CAPSENSE_ENABLE == CY_CAPSENSE_CSD_CALIBRATION_EN) &&\
(CY_CAPSENSE_ENABLE == CY_CAPSENSE_CSD_CDAC_REF_AUTO_EN))
#define CY_CAPSENSE_CSD_CDAC_CALIBRATION_USAGE ((CY_CAPSENSE_ENABLE == CY_CAPSENSE_CSD_EN) &&\
(CY_CAPSENSE_ENABLE == CY_CAPSENSE_CSD_CALIBRATION_EN))
#define CY_CAPSENSE_CSX_CDAC_COMP_USAGE ((CY_CAPSENSE_ENABLE == CY_CAPSENSE_CSX_EN) &&\
(CY_CAPSENSE_ENABLE == CY_CAPSENSE_CSX_CDAC_COMP_EN))
#define CY_CAPSENSE_CSX_CDAC_COMP_DIV_AUTO_USAGE ((CY_CAPSENSE_ENABLE == CY_CAPSENSE_CSX_CDAC_COMP_USAGE) &&\
(CY_CAPSENSE_ENABLE == CY_CAPSENSE_CSX_CALIBRATION_EN) &&\
(CY_CAPSENSE_ENABLE == CY_CAPSENSE_CSX_CDAC_COMP_DIV_AUTO_EN))
#define CY_CAPSENSE_CSX_CDAC_REF_AUTO_USAGE ((CY_CAPSENSE_ENABLE == CY_CAPSENSE_CSX_EN) &&\
(CY_CAPSENSE_ENABLE == CY_CAPSENSE_CSX_CALIBRATION_EN) &&\
(CY_CAPSENSE_ENABLE == CY_CAPSENSE_CSX_CDAC_REF_AUTO_EN))
#define CY_CAPSENSE_CSX_CDAC_CALIBRATION_USAGE ((CY_CAPSENSE_ENABLE == CY_CAPSENSE_CSX_EN) &&\
(CY_CAPSENSE_ENABLE == CY_CAPSENSE_CSX_CALIBRATION_EN))
/* Used for the Cy_CapSense_ExecuteSaturatedScan() function to obtain the MAX raw count. */
#define CY_CAPSENSE_SATURATED_MAX_COUNT (0u)
/* Used for the Cy_CapSense_ExecuteSaturatedScan() function to obtain the scan duration. */
#define CY_CAPSENSE_SATURATED_SCAN_TIME (1u)
#if defined(__cplusplus)
}
#endif
#endif /* CY_IP_M0S8MSCV3 */
#endif /* CY_CAPSENSE_SENSING_V3_H */
/* [] END OF FILE */