naibrd_lvdt.h

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typedef enum naibrd_lvdt_signal_inversion_type
{
   NAIBRD_LVDT_SIGNAL_INV_VA = 0,     /* BIT 0.                                                         */
   NAIBRD_LVDT_SIGNAL_INV_VB,         /* BIT 1.                                                         */
   NAIBRD_LVDT_SIGNAL_INV_REF,        /* BIT 2.                                                         */
   NAIBRD_LVDT_SIGNAL_INV_DIFF        /* BIT 4.     Update NAIBRD_LVDT_SIGNAL_INVERSION_TYPE_ENUM_COUNT */
} naibrd_lvdt_signal_inversion_type_t;
typedef enum naibrd_lvdt_inversion_resp_value_type
{
   NAIBRD_LVDT_RESP_NON_INVERTED_VA = 0, /* BIT 0 = 0.                                                        */
   NAIBRD_LVDT_RESP_INVERTED_VA,         /* BIT 0 = 1.                                                        */
   NAIBRD_LVDT_RESP_NON_INVERTED_VB,     /* BIT 1 = 0.                                                        */
   NAIBRD_LVDT_RESP_INVERTED_VB,         /* BIT 1 = 1.                                                        */
   NAIBRD_LVDT_RESP_NON_INVERTED_REF,    /* BIT 2 = 0.                                                        */
   NAIBRD_LVDT_RESP_INVERTED_REF,        /* BIT 2 = 1.                                                        */
   NAIBRD_LVDT_RESP_DIFF_VA_VB,          /* BIT 3 = 0.                                                        */
   NAIBRD_LVDT_RESP_DIFF_VB_VA,          /* BIT 3 = 1.  Update NAIBRD_LVDT_SIG_INVERSION_RESP_TYPE_ENUM_COUNT */
   NAIBRD_LVDT_RESP_UNKNOWN
} naibrd_lvdt_signal_inversion_resp_value_type_t;
typedef enum naibrd_lvdt_2_wire
{
   NAIBRD_LVDT_TWO_WIRE_A = 0x0,
   NAIBRD_LVDT_TWO_WIRE_B
} naibrd_lvdt_2_wire_t;
typedef uint32_t nai_lvdt_signal_type_t;
enum nai_lvdt_signal_type
{
    NAI_LVDT_SIGNAL,
    NAI_LVDT_SIGNAL_DETECT,
    NAI_LVDT_SIGNAL_ENUM_COUNT
};
enum nai_lvdt_signal_type
{
    NAI_LVDT_SIGNAL,
    NAI_LVDT_SIGNAL_DETECT,
    NAI_LVDT_SIGNAL_ENUM_COUNT
};
typedef uint32_t nai_lvdt_status_type_t;
enum nai_lvdt_status_type
{
   NAI_LVDT_STATUS_BIT_LATCHED,
   NAI_LVDT_STATUS_BIT_REALTIME,
   NAI_LVDT_STATUS_SIGNAL_LOW_LATCHED,
   NAI_LVDT_STATUS_SIGNAL_LOW_REALTIME,
   NAI_LVDT_STATUS_SIGNAL_HIGH_LATCHED,
   NAI_LVDT_STATUS_SIGNAL_HIGH_REALTIME,
   NAI_LVDT_STATUS_REF_LOW_LATCHED,
   NAI_LVDT_STATUS_REF_LOW_REALTIME,
   NAI_LVDT_STATUS_REF_HIGH_LATCHED,
   NAI_LVDT_STATUS_REF_HIGH_REALTIME,
   NAI_LVDT_STATUS_OPEN_LATCHED,
   NAI_LVDT_STATUS_OPEN_REALTIME,
   NAI_LVDT_STATUS_SHORT_LATCHED,
   NAI_LVDT_STATUS_SHORT_REALTIME,
   NAI_LVDT_STATUS_SUMMARY_LATCHED,
   NAI_LVDT_STATUS_SUMMARY_REALTIME,
   NAI_LVDT_STATUS_DELTA_POS_LATCHED,
   NAI_LVDT_STATUS_DELTA_POS_REALTIME,
   NAI_LVDT_STATUS_TYPE_ENUM_COUNT
};
enum nai_lvdt_status_type
{
   NAI_LVDT_STATUS_BIT_LATCHED,
   NAI_LVDT_STATUS_BIT_REALTIME,
   NAI_LVDT_STATUS_SIGNAL_LOW_LATCHED,
   NAI_LVDT_STATUS_SIGNAL_LOW_REALTIME,
   NAI_LVDT_STATUS_SIGNAL_HIGH_LATCHED,
   NAI_LVDT_STATUS_SIGNAL_HIGH_REALTIME,
   NAI_LVDT_STATUS_REF_LOW_LATCHED,
   NAI_LVDT_STATUS_REF_LOW_REALTIME,
   NAI_LVDT_STATUS_REF_HIGH_LATCHED,
   NAI_LVDT_STATUS_REF_HIGH_REALTIME,
   NAI_LVDT_STATUS_OPEN_LATCHED,
   NAI_LVDT_STATUS_OPEN_REALTIME,
   NAI_LVDT_STATUS_SHORT_LATCHED,
   NAI_LVDT_STATUS_SHORT_REALTIME,
   NAI_LVDT_STATUS_SUMMARY_LATCHED,
   NAI_LVDT_STATUS_SUMMARY_REALTIME,
   NAI_LVDT_STATUS_DELTA_POS_LATCHED,
   NAI_LVDT_STATUS_DELTA_POS_REALTIME,
   NAI_LVDT_STATUS_TYPE_ENUM_COUNT
};
typedef uint32_t nai_lvdt_raw_t;
enum nai_lvdt_raw
{
   NAI_LVDT_RAW_ACTIVE_CHANNELS,
   NAI_LVDT_RAW_LATCH,
   NAI_LVDT_RAW_TEST_ENABLE,  /* Reference nai_lvdt_test_enable_t to enable D0, D2 and D3 test(s) to enable */
   NAI_LVDT_RAW_TEST_POSITION,
   NAI_LVDT_ONBOARD_REF_FREQ,
   NAI_LVDT_ONBOARD_REF_VOLT,
   NAI_LVDT_RAW_ENUM_COUNT
};
enum nai_lvdt_raw
{
   NAI_LVDT_RAW_ACTIVE_CHANNELS,
   NAI_LVDT_RAW_LATCH,
   NAI_LVDT_RAW_TEST_ENABLE,  /* Reference nai_lvdt_test_enable_t to enable D0, D2 and D3 test(s) to enable */
   NAI_LVDT_RAW_TEST_POSITION,
   NAI_LVDT_ONBOARD_REF_FREQ,
   NAI_LVDT_ONBOARD_REF_VOLT,
   NAI_LVDT_RAW_ENUM_COUNT
};
typedef enum nai_lvdt_test_enable
{
   NAI_LVDT_TEST_ENABLE_D0 = 0x0001,
   NAI_LVDT_TEST_ENABLE_D2 = 0x0004,
   NAI_LVDT_TEST_ENABLE_D3 = 0x0008,  
} nai_lvdt_test_enable_t;
typedef uint32_t nai_lvdt_channel_raw_t;
enum nai_lvdt_channel_raw
{
   NAI_LVDT_CHAN_RAW_POSITION,             /* Read-only */
   NAI_LVDT_CHAN_RAW_BANDWIDTH,
   NAI_LVDT_CHAN_RAW_FREQUENCY,            /* Read-only */
   NAI_LVDT_CHAN_RAW_SIGNAL_VOLTAGE,       /* Read-only */
   NAI_LVDT_CHAN_RAW_REF_VOLTAGE,          /* Read-only */
   NAI_LVDT_CHAN_RAW_VA,                   /* Read-only */
   NAI_LVDT_CHAN_RAW_VB,                   /* Read-only */
   NAI_LVDT_CHAN_RAW_DETECT_VA,              /* Read-only */
   NAI_LVDT_CHAN_RAW_DETECT_VB,              /* Read-only */
   NAI_LVDT_CHAN_RAW_SIG_LOSS_THRESHOLD,
   NAI_LVDT_CHAN_RAW_REF_LOSS_THRESHOLD,
   NAI_LVDT_CHAN_RAW_SHORT_THRESHOLD,
   NAI_LVDT_CHAN_RAW_OPEN_THRESHOLD,
   NAI_LVDT_CHAN_RAW_BIT_ERROR_LIMIT,
   NAI_LVDT_CHAN_RAW_DELTA_POSITION,
   NAI_LVDT_CHAN_RAW_POSITION_2WIRE_B,   /* Read-only */
   NAI_LVDT_CHAN_RAW_VELOCITY,           /* Read-only */
   NAI_LVDT_CHAN_RAW_VELOCITY_2WIRE_B,   /* Read-only */
   NAI_LVDT_CHAN_RAW_VA_VB,              /* Read-only */
   NAI_LVDT_CHAN_RAW_SIG_FAULT_HIGH_THRESHOLD,
   NAI_LVDT_CHAN_RAW_REF_FAULT_HIGH_THRESHOLD,
   NAI_LVDT_CHAN_RAW_ENUM_COUNT
};
enum nai_lvdt_channel_raw
{
   NAI_LVDT_CHAN_RAW_POSITION,             /* Read-only */
   NAI_LVDT_CHAN_RAW_BANDWIDTH,
   NAI_LVDT_CHAN_RAW_FREQUENCY,            /* Read-only */
   NAI_LVDT_CHAN_RAW_SIGNAL_VOLTAGE,       /* Read-only */
   NAI_LVDT_CHAN_RAW_REF_VOLTAGE,          /* Read-only */
   NAI_LVDT_CHAN_RAW_VA,                   /* Read-only */
   NAI_LVDT_CHAN_RAW_VB,                   /* Read-only */
   NAI_LVDT_CHAN_RAW_DETECT_VA,              /* Read-only */
   NAI_LVDT_CHAN_RAW_DETECT_VB,              /* Read-only */
   NAI_LVDT_CHAN_RAW_SIG_LOSS_THRESHOLD,
   NAI_LVDT_CHAN_RAW_REF_LOSS_THRESHOLD,
   NAI_LVDT_CHAN_RAW_SHORT_THRESHOLD,
   NAI_LVDT_CHAN_RAW_OPEN_THRESHOLD,
   NAI_LVDT_CHAN_RAW_BIT_ERROR_LIMIT,
   NAI_LVDT_CHAN_RAW_DELTA_POSITION,
   NAI_LVDT_CHAN_RAW_POSITION_2WIRE_B,   /* Read-only */
   NAI_LVDT_CHAN_RAW_VELOCITY,           /* Read-only */
   NAI_LVDT_CHAN_RAW_VELOCITY_2WIRE_B,   /* Read-only */
   NAI_LVDT_CHAN_RAW_VA_VB,              /* Read-only */
   NAI_LVDT_CHAN_RAW_SIG_FAULT_HIGH_THRESHOLD,
   NAI_LVDT_CHAN_RAW_REF_FAULT_HIGH_THRESHOLD,
   NAI_LVDT_CHAN_RAW_ENUM_COUNT
};
typedef enum naibrd_lvdt_threshold
{
   NAIBRD_LVDT_OPEN_THRESHOLD = 0x0,
   NAIBRD_LVDT_SHORT_THRESHOLD,
   NAIBRD_LVDT_SIG_FAULT_HI_THRESHOLD,
   NAIBRD_LVDT_SIG_FAULT_LO_THRESHOLD,
   NAIBRD_LVDT_REF_FAULT_HI_THRESHOLD,
   NAIBRD_LVDT_REF_FAULT_LO_THRESHOLD
} naibrd_lvdt_threshold_t;
typedef enum naibrd_lvdt_event_mapped_category_type
{
   NAIBRD_LVDT_EVT_MAP_CATEGORY_FIFO
} naibrd_lvdt_event_mapped_category_type_t;
typedef enum naibrd_lvdt_event_mapped_status_type
{
   NAIBRD_LVDT_EVT_MAP_STATUS_FIFO_EMPTY_REAL = 0,
   NAIBRD_LVDT_EVT_MAP_STATUS_FIFO_EMPTY_LATCH,
   NAIBRD_LVDT_EVT_MAP_STATUS_FIFO_ALMOST_EMPTY_REAL, 
   NAIBRD_LVDT_EVT_MAP_STATUS_FIFO_ALMOST_EMPTY_LATCH,
   NAIBRD_LVDT_EVT_MAP_STATUS_FIFO_LOW_THRESHOLD_REAL,
   NAIBRD_LVDT_EVT_MAP_STATUS_FIFO_LOW_THRESHOLD_LATCH,
   NAIBRD_LVDT_EVT_MAP_STATUS_FIFO_HIGH_THRESHOLD_REAL,
   NAIBRD_LVDT_EVT_MAP_STATUS_FIFO_HIGH_THRESHOLD_LATCH,
   NAIBRD_LVDT_EVT_MAP_STATUS_FIFO_ALMOST_FULL_REAL,
   NAIBRD_LVDT_EVT_MAP_STATUS_FIFO_ALMOST_FULL_LATCH,
   NAIBRD_LVDT_EVT_MAP_STATUS_FIFO_FULL_REAL,
   NAIBRD_LVDT_EVT_MAP_STATUS_FIFO_FULL_LATCH,
   NAIBRD_LVDT_EVT_MAP_STATUS_FIFO_DONE_REAL,
   NAIBRD_LVDT_EVT_MAP_STATUS_FIFO_DONE_LATCH
} naibrd_lvdt_event_mapped_status_type_t;