stm8_tsl_api.h

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/**
  ******************************************************************************
  * @file    stm8_tsl_api.h
  * @author  MCD Application Team
  * @version V2.3.1
  * @date    14-February-2011
  * @brief   STM8 Touch Sensing Library - This file contains all functions
  *          prototype and macros of the API.
  ******************************************************************************
  * @attention
  *
  * THE PRESENT FIRMWARE WHICH IS FOR GUIDANCE ONLY AIMS AT PROVIDING CUSTOMERS
  * WITH CODING INFORMATION REGARDING THEIR PRODUCTS IN ORDER FOR THEM TO SAVE
  * TIME. AS A RESULT, STMICROELECTRONICS SHALL NOT BE HELD LIABLE FOR ANY
  * DIRECT, INDIRECT OR CONSEQUENTIAL DAMAGES WITH RESPECT TO ANY CLAIMS ARISING
  * FROM THE CONTENT OF SUCH FIRMWARE AND/OR THE USE MADE BY CUSTOMERS OF THE
  * CODING INFORMATION CONTAINED HEREIN IN CONNECTION WITH THEIR PRODUCTS.
  *
  * <h2><center>&copy; COPYRIGHT 2011 STMicroelectronics</center></h2>
  */

/* Define to prevent recursive inclusion -------------------------------------*/
#ifndef __TSL_API_H
#define __TSL_API_H

/* Includes ------------------------------------------------------------------*/
#include "stm8_tsl_conf.h"
#include "stm8_tsl_timebase.h"

/* Exported types ------------------------------------------------------------*/
/** @addtogroup TSLState_values
  * @{ */
typedef enum
{
  TSL_IDLE_STATE          = (u8)0x01,
  TSL_SCKEY_P1_ACQ_STATE  = (u8)0x02,
  TSL_SCKEY_P1_PROC_STATE = (u8)0x03,
  TSL_SCKEY_P2_ACQ_STATE  = (u8)0x04,
  TSL_SCKEY_P2_PROC_STATE = (u8)0x05,
  TSL_SCKEY_P3_ACQ_STATE  = (u8)0x06,
  TSL_SCKEY_P3_PROC_STATE = (u8)0x07,
  TSL_MCKEY1_ACQ_STATE    = (u8)0x08,
  TSL_MCKEY2_ACQ_STATE    = (u8)0x09,
  TSL_MCKEY_PROC_STATE    = (u8)0x0A,
  TSL_ECS_STATE           = (u8)0x0B
} TSLState_T;
/** @} */

/** @addtogroup KeyState_values
  * @{ */
#define CALIBRATION_STATE      (0x01)
#define IDLE_STATE             (0x02)
#define DETECTED_STATE         (0x04)
#define ERROR_STATE            (0x08)
#define PRE_CALIBRATION_STATE  (0x11)
#define PRE_DETECTED_STATE     (0x14)
#define POST_DETECTED_STATE    (0x24)
#define DISABLED_STATE         (0x80)
/** @} */

#define SCKEY_CALIBRATION_COUNT_DEFAULT  (8)
#define MCKEY_CALIBRATION_COUNT_DEFAULT  (8)

#define MCKEY_RESOLUTION_CALCULATION  (8)

#define MCKEY_DIRECTION_CHANGE_TOTAL_STEPS  (256)

//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
//-----             STRUCTURE DEFINITIONS                                -----
//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

/** Contains the Flags used by a key (common for SC and MC keys) */
typedef union
{
  u16 whole;
  struct
  {
  unsigned IMPLEMENTED :
    1; /**< Indicates that the key is implemented (from Customer Code to TSL only) */
  unsigned ENABLED     :
    1; /**< Indicates that the key is enabled (from Customer Code to TSL only) */
  unsigned DETECTED    :
    1; /**< Indicates that the key is detected (from TSL to Customer Code only) */
  unsigned CHANGED     :
    1; /**< Indicates that the key state has changed (from TSL to Customer Code only) */
  unsigned POSCHANGED  :
    1; /**< Indicates that the MC key position has changed (from TSL to Customer Code only) */
  unsigned ERROR       :
    1; /**< Indicates that the key has an error (from TSL to Customer Code only) */
  unsigned NOISE       :
    1; /**< Indicates that the key measurement has noise (from TSL to Customer Code only) */
  unsigned LOCKED      :
    1; /**< Reserved (TSL internal usage) */
  unsigned DIRECTION   :
    1; /**< Reserved (TSL internal usage) */
  unsigned MCKEY_TYPE  :
    1; /**< Indicates the type of MCkey: Wheel(0) or Slider(1) (from Customer Code to TSL only) */
  unsigned RESERVED0   :
    1; /**< Reserved for future use */
  unsigned RESERVED1   :
    1; /**< Reserved for future use */
  unsigned RESERVED2   :
    1; /**< Reserved for future use */
  unsigned RESERVED3   :
    1; /**< Reserved for future use */
  unsigned RESERVED4   :
    1; /**< Reserved for future use */
  unsigned RESERVED5   :
    1; /**< Reserved for future use */
  }
  b;
} KeyFlag_T;

/** Contains the States used by a key (common for SC and MC keys)  */
typedef union
{
  u8 whole;
  struct
  {
  unsigned CALIBRATION :
    1; /**< The key is under calibration */
  unsigned IDLE        :
    1; /**< The key is in idle */
  unsigned DETECTED    :
    1; /**< The key is detected */
  unsigned ERROR       :
    1; /**< The key has an error */
  unsigned PRE_STATE   :
    1; /**< The key is in either pre-calibration or pre-detection */
  unsigned POST_STATE  :
    1; /**< The key is in post-detection*/
  unsigned RESERVED    :
    1; /**< Reserved for future use */
  unsigned DISABLED    :
    1; /**< The key is disabled */
  }
  b;
} KeyState_T;

/** Contains the Channel basic informations (common for SC and MC keys) */
typedef struct
{
  u16 LastMeas;         /**< Contains the last acquisition value */
#if !defined(CHARGE_TRANSFER)
  u8 LastMeasRejectNb;  /**< Contains the number of rejected values in the last acquisition */
#endif
  u16 Reference;        /**< Contains the reference value used to calculate the @b Delta value */
  u8 IntegratorCounter; /**< Contains the integrator counter value */
  u8 ECSRefRest;        /**< Contains the rest of the division calculated by the ECS algorithm */
}
Channel_Info_T;

/** Contains all informations for a single channel key (SC Key) */
typedef struct
{
  KeyState_T State;          /**< Holds the key state structure */
  KeyFlag_T Setting;         /**< Holds the key flags structure */
  u8 Counter;                /**< Contains the counter used for integrator */
  u8 DxSGroup;               /**< Contains the key group number */
  Channel_Info_T Channel;    /**< Holds the channel structure */
  s8 DetectThreshold;        /**< Contains the detection threshold */
  s8 EndDetectThreshold;     /**< Contains the end of detection threshold */
  s8 RecalibrationThreshold; /**< Contains the calibration threshold */
}
Single_Channel_Complete_Info_T;

/** Contains all informations for a 3 channels key (MC Key) */
typedef struct
{
  KeyState_T State;             /**< Holds the key state structure */
  KeyFlag_T Setting;            /**< Holds the key flags structure */
  u8 Counter;                   /**< Contains the counter used for integrator */
  u8 DxSGroup;                  /**< Contains the key group number (from 0 to 7) */
  Channel_Info_T Channel[3];    /**< Array of channel structure */
  u8 Position;                  /**< Contains the position on the slider or wheel using resolution */
  u8 UnScaledPosition;          /**< Contains the raw position on the slider or wheel */
  s8 DetectThreshold;           /**< Contains the detection threshold */
  s8 EndDetectThreshold;        /**< Contains the end of detection threshold */
  s8 RecalibrationThreshold;    /**< Contains the calibration threshold */
  u8 Resolution;                /**< Contains the resolution of the slider or wheel */
  u8 DirectionChangeIntegrator; /**< Contains the integrator value used to allow the direction change on slider or wheel */
  u8 DirectionChangeThreshold;  /**< Contains the threshold value used to allow the direction change on slider or wheel */
}
Tria_Channel_Complete_Info_T;

/** Contains all informations for a 5 channels key (MC Key) */
typedef struct
{
  KeyState_T State;             /**< Holds the key state structure */
  KeyFlag_T Setting;            /**< Holds the key flags structure */
  u8 Counter;                   /**< Contains the counter used for integrator */
  u8 DxSGroup;                  /**< Contains the key group number (from 0 to 7) */
  Channel_Info_T Channel[5];    /**< Array of channel structure */
  u8 Position;                  /**< Contains the position on the slider or wheel using resolution */
  u8 UnScaledPosition;          /**< Contains the raw position on the slider or wheel */
  s8 DetectThreshold;           /**< Contains the detection threshold */
  s8 EndDetectThreshold;        /**< Contains the end of detection threshold */
  s8 RecalibrationThreshold;    /**< Contains the calibration threshold */
  u8 Resolution;                /**< Contains the resolution of the slider or wheel */
  u8 DirectionChangeIntegrator; /**< Contains the integrator value used to allow the direction change on slider or wheel */
  u8 DirectionChangeThreshold;  /**< Contains the threshold value used to allow the direction change on slider or wheel */
}
Penta_Channel_Complete_Info_T;

/** Contains all informations for a 8 channels key (MC Key) */
typedef struct
{
  KeyState_T State;             /**< Holds the key state structure */
  KeyFlag_T Setting;            /**< Holds the key flags structure */
  u8 Counter;                   /**< Contains the counter used for integrator */
  u8 DxSGroup;                  /**< Contains the key group number */
  Channel_Info_T Channel[8];    /**< Array of channel structure */
  u8 Position;                  /**< Contains the position on the slider or wheel using resolution */
  u8 UnScaledPosition;          /**< Contains the raw position on the slider or wheel */
  s8 DetectThreshold;           /**< Contains the detection threshold */
  s8 EndDetectThreshold;        /**< Contains the end of detection threshold */
  s8 RecalibrationThreshold;    /**< Contains the calibration threshold */
  u8 Resolution;                /**< Contains the resolution of the slider or wheel */
  u8 DirectionChangeIntegrator; /**< Contains the integrator value used to allow the direction change on slider or wheel */
  u8 DirectionChangeThreshold;  /**< Contains the threshold value used to allow the direction change on slider or wheel */
}
Octo_Channel_Complete_Info_T;

#if IT_SYNC
/** Contains the flags used for interrupt synchronization */
typedef struct
{
u8 one_acquisition_sync_enable:
  1; /**< Enable synchronization of the whole acquiqition */
u8 one_measure_sync_enable:
  1;     /**< Enable synchronization of one measure */
u8 one_charge_sync_enable:
  1;      /**< Enable synchronization of one charge or discharge */
u8 start:
  1;                       /**< Flag to be set in an interrupt in order to start the acquisition */
}
IT_Sync_Flags_T;
#endif

/* Exported constants --------------------------------------------------------*/
/* Exported macros -----------------------------------------------------------*/
/* Private macros ------------------------------------------------------------*/
/* Exported variables ------------------------------------------------------- */
extern TSLState_T TINY TSLState;

extern KeyFlag_T TINY TSL_GlobalSetting;
extern KeyState_T TINY TSL_GlobalState;

#if NUMBER_OF_SINGLE_CHANNEL_KEYS > 0
extern Single_Channel_Complete_Info_T * TINY pKeyStruct;
extern Single_Channel_Complete_Info_T sSCKeyInfo[NUMBER_OF_SINGLE_CHANNEL_KEYS];
#endif
extern u8 DetectionTimeout;
extern u8 DetectionIntegrator, EndDetectionIntegrator;
extern u8 RecalibrationIntegrator;
extern u8 ECSTimeStep;
extern u8 ECSTemporization;
extern u8 ECS_K_Fast, ECS_K_Slow;

#if IT_SYNC
extern __IO IT_Sync_Flags_T IT_Sync_Flags;
#endif

#if NUMBER_OF_MULTI_CHANNEL_KEYS > 0
#if defined(__CSMC__) && defined(USE_PRAGMA_SECTION)
#pragma section [TSLMCK_RAM]
#pragma section @tiny [TSLMCK_RAM0]
#endif
#if CHANNEL_PER_MCKEY == 3
extern Tria_Channel_Complete_Info_T * TINY pMCKeyStruct;
extern Tria_Channel_Complete_Info_T sMCKeyInfo[NUMBER_OF_MULTI_CHANNEL_KEYS];
#endif
#if CHANNEL_PER_MCKEY == 5
extern Penta_Channel_Complete_Info_T * TINY pMCKeyStruct;
extern Penta_Channel_Complete_Info_T sMCKeyInfo[NUMBER_OF_MULTI_CHANNEL_KEYS];
#endif
#if CHANNEL_PER_MCKEY == 8
extern Octo_Channel_Complete_Info_T * TINY pMCKeyStruct;
extern Octo_Channel_Complete_Info_T sMCKeyInfo[NUMBER_OF_MULTI_CHANNEL_KEYS];
#endif

#endif

/* Exported functions ------------------------------------------------------- */
void TSL_Init(void);
void TSL_Action(void);

#endif /* __TSL_API_H */

/******************* (C) COPYRIGHT 2011 STMicroelectronics *****END OF FILE****/