Minimap2 Wrapper
Types
PanGraph.Minimap.Buffer
— Typestruct Buffer
handle :: Ptr{Cvoid}
end
Store the untyped address to a minimap2 sequence buffer (working space).
PanGraph.Minimap.Extra
— Typestruct Extra
capacity :: UInt32
dp_score :: Int32
dp_max :: Int32
dp_max2 :: Int32
packed :: UInt32 # n_ambi (30 bits) / strand (2 bits)
n_cigar :: UInt32
cigar UInt32[] (variable length array)
end
Copied from minimap2.h. See mmextrat.
PanGraph.Minimap.Index
— Typestruct Index
handle :: Ptr{Cvoid}
end
Store the untyped address to a minimap2 sequence index (set of minimizers).
PanGraph.Minimap.IndexOptions
— Typestruct IndexOptions
k :: Cshort
w :: Cshort
flag :: Cshort
bucket_bits :: Cshort
mini_batch_size :: Int64
batch_size :: UInt64
IndexOptions() = new()
end
Copied from minimap2.h. See mmidxoptt.
PanGraph.Minimap.MapOptions
— Typemutable struct MapOptions
flag :: Int64
seed :: Cint
sdust_thres :: Cint
max_qlen :: Cint
bw :: Cint; bw_long :: Cint
max_gap :: Cint; max_gap_ref :: Cint
max_frag_len :: Cint
max_chain_skip :: Cint; max_chain_iter :: Cint
min_cnt :: Cint
min_chain_score :: Cint
chain_gap_scale :: Cfloat
rmq_size_cap :: Cint; rmq_inner_dist :: Cint
rmq_rescue_size :: Cint
rmq_rescue_ratio :: Cfloat
mask_level :: Cfloat
mask_len :: Cint
pri_ratio :: Cfloat
best_n :: Cint
alt_drop :: Cfloat
a :: Cint; b :: Cint; q :: Cint; e :: Cint; q2 :: Cint; e2 :: Cint
sc_ambi :: Cint
noncan :: Cint
junc_bonus :: Cint
zdrop :: Cint; zdrop_inv :: Cint
end_bonus :: Cint
min_dp_max :: Cint
min_ksw_len :: Cint
anchor_ext_len :: Cint; anchor_ext_shift :: Cint
max_clip_ratio :: Cfloat
rank_min_len :: Cint
rank_frac :: Cfloat
pe_ori :: Cint; pe_bonus :: Cint
mid_occ_frac :: Cfloat
min_mid_occ :: Int32; max_mid_occ :: Int32
mid_occ :: Int32
max_occ :: Int32; max_max_occ :: Int32; occ_dist :: Int32;
mini_batch_size :: Int64
max_sw_mat :: Int64
cap_kalloc :: Int64
split_prefix :: Cstring
end
Copied from minimap2.h. See mmmapoptt.
PanGraph.Minimap.Record
— Typestruct Record
id :: Int32; cnt :: Int32; rid :: Int32; score :: Int32
qs :: Int32; qe :: Int32; rs :: Int32; re :: Int32
parent :: Int32; subsc :: Int32
as :: Int32
mlen :: Int32; blen :: Int32
nsub :: Int32;
score0 :: Int32;
pack :: UInt32 # mapq(8) ; split(2); rev(1); inv(1); sam_pri(1); proper_frag(1); pe_thru(1); seg_split(1); seg_id(8); split_inv(1); is_alt(1); dummy(6)
hash :: UInt32
div :: Cfloat
p :: Ptr{Extra}
end
Copied from minimap2.h. See mmreg1t.
Functions
PanGraph.Minimap.align
— Methodalign(ref::PanContigs, qry::PanContigs, minblock::Int, preset::String)
Call into minimap to align the set of blocks qry
to blocks ref
. Preset should be a string ∈ ["asm5","asm10","asm20"]. See minimap2 manual for details. This is probably the function you want. If you call into the function specifically, all memory management is taken care of for you.
PanGraph.Minimap.freebuffer
— Methodfreebuffer()
Free memory associated to an opaque handle thread buffer
PanGraph.Minimap.freeindex
— Methodfreeindex()
Free memory associated to an opaque handle to a sequence index.
PanGraph.Minimap.makebuffer
— Methodmakebuffer()
Return an opaque handle thread buffer
PanGraph.Minimap.makeindex
— Methodmakeindex(w, k, names, sequence; bucketbits::Int=14)
Given a window size w
and kmer length k
, return a handle to a minimizer index for sequences sequence
.