pub type slow5_rec_t = slow5_rec;Expand description
@struct slow5_rec SLOW5 record data struct (represents a single SLOW5 record)
Aliased Type§
#[repr(C)]pub struct slow5_rec_t {
pub read_id_len: u16,
pub read_id: *mut i8,
pub read_group: u32,
pub digitisation: f64,
pub offset: f64,
pub range: f64,
pub sampling_rate: f64,
pub len_raw_signal: u64,
pub raw_signal: *mut i16,
pub aux_map: *mut kh_slow5_s2a_s,
}Fields§
§read_id_len: u16< length of the read ID string (does not include null character)
read_id: *mut i8< macro magic that generates the primary fields (see below) < char* read_id; < uint32_t read_group; < double digitisation; < double offset; < double range; < double sampling_rate; < uint64_t len_raw_signal; < int16_t* raw_signal;
read_group: u32< macro magic that generates the primary fields (see below) < char* read_id; < uint32_t read_group; < double digitisation; < double offset; < double range; < double sampling_rate; < uint64_t len_raw_signal; < int16_t* raw_signal;
digitisation: f64< macro magic that generates the primary fields (see below) < char* read_id; < uint32_t read_group; < double digitisation; < double offset; < double range; < double sampling_rate; < uint64_t len_raw_signal; < int16_t* raw_signal;
offset: f64< macro magic that generates the primary fields (see below) < char* read_id; < uint32_t read_group; < double digitisation; < double offset; < double range; < double sampling_rate; < uint64_t len_raw_signal; < int16_t* raw_signal;
range: f64< macro magic that generates the primary fields (see below) < char* read_id; < uint32_t read_group; < double digitisation; < double offset; < double range; < double sampling_rate; < uint64_t len_raw_signal; < int16_t* raw_signal;
sampling_rate: f64< macro magic that generates the primary fields (see below) < char* read_id; < uint32_t read_group; < double digitisation; < double offset; < double range; < double sampling_rate; < uint64_t len_raw_signal; < int16_t* raw_signal;
len_raw_signal: u64< macro magic that generates the primary fields (see below) < char* read_id; < uint32_t read_group; < double digitisation; < double offset; < double range; < double sampling_rate; < uint64_t len_raw_signal; < int16_t* raw_signal;
raw_signal: *mut i16< macro magic that generates the primary fields (see below) < char* read_id; < uint32_t read_group; < double digitisation; < double offset; < double range; < double sampling_rate; < uint64_t len_raw_signal; < int16_t* raw_signal;
aux_map: *mut kh_slow5_s2a_s< Auxiliary field name string -> auxiliary field data value. Not to be directly accessed, use provided functions instead.