Slider/Wheel Parameters

enum mtouch_slider_type
{
    MTOUCH_TYPE_SLIDER    = 0u,
    MTOUCH_TYPE_WHEEL     = 1u
};

enum mtouch_slider_names{      };

enum mtouch_slider_state
{
    MTOUCH_SLIDER_STATE_initializing = 0u,
    MTOUCH_SLIDER_STATE_notPressed = 1u,
    MTOUCH_SLIDER_STATE_pressed = 2u
};

typedef enum tag_resolution_t
{
        SCR_RESOL_2_BIT = 2,
        SCR_RESOL_3_BIT,
        SCR_RESOL_4_BIT,
        SCR_RESOL_5_BIT,
        SCR_RESOL_6_BIT,
        SCR_RESOL_7_BIT,
        SCR_RESOL_8_BIT,
        SCR_RESOL_9_BIT,
        SCR_RESOL_10_BIT,
        SCR_RESOL_11_BIT,
        SCR_RESOL_12_BIT
}scr_resolution_t;

typedef enum tag_deadband_t
{
        SCR_DB_NONE,
        SCR_DB_1_PERCENT,
        SCR_DB_2_PERCENT,
        SCR_DB_3_PERCENT,
        SCR_DB_4_PERCENT,
        SCR_DB_5_PERCENT,
        SCR_DB_6_PERCENT,
        SCR_DB_7_PERCENT,
        SCR_DB_8_PERCENT,
        SCR_DB_9_PERCENT,
        SCR_DB_10_PERCENT,
        SCR_DB_11_PERCENT,
        SCR_DB_12_PERCENT,
        SCR_DB_13_PERCENT,
        SCR_DB_14_PERCENT,
        SCR_DB_15_PERCENT
}scr_deadband_t;

typedef struct
{
   const enum mtouch_slider_names slider;
   const enum mtouch_slider_type type;
   const enum mtouch_sensor_names startSegment;
   const uint8_t segmentCount;
   const uint8_t resolDeadband;
   const uint8_t positionHysteresis;
   uint16_t contactThreshold;
   uint8_t rightHysteresis;
   uint8_t leftHysteresis;
   uint16_t rawPosition;
   uint16_t sliderPosition;
   uint16_t contactSize;
   uint8_t sliderStatus;
} mtouch_slider_t;