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Riboseq Fold Two Dir Entry

The same folded Ribo-seq excerpt pinned with explicit grid cells and the hand-tuned `entry: top` incantation. Regression fixture for #1341's route-around and overlap goals: the top-declared entry drags the right-arriving feed and the P-site box overlaps its ORF neighbour. Compare the hint-free variant, which lays out cleanly.

Mermaid source
examples/topologies/riboseq_fold_two_dir_entry.mmd
%%metro title: Riboseq Fold Two-Direction Entry
%%metro directional: true
%%metro line: ribo | Ribo-seq | #2db572
%%metro grid: prep | 0,0
%%metro grid: align | 1,0
%%metro grid: quantification | 2,0
%%metro grid: orf_calling | 3,1
%%metro grid: psite_id | 2,1
%%metro grid: te | 1,1
graph LR
subgraph prep [Prep]
p0[Trim]
end
subgraph align [Align]
a0[Align]
end
subgraph quantification [Quant]
q0[Quantify]
end
subgraph orf_calling [ORF]
%%metro exit: left | ribo
o0[Call ORFs]
end
subgraph psite_id [P-site]
%%metro entry: top | ribo
%%metro exit: left | ribo
ps0[P-sites]
end
subgraph te [TE]
%%metro entry: right | ribo
t0[TE]
end
p0 -->|ribo| a0
a0 -->|ribo| q0
q0 -->|ribo| o0
q0 -->|ribo| ps0
o0 -->|ribo| ps0
ps0 -->|ribo| t0
CLI command
Terminal window
nf-metro render examples/topologies/riboseq_fold_two_dir_entry.mmd -o riboseq_fold_two_dir_entry.svg
Rendered map
Riboseq Fold Two-Direction Entry 1 2 4 6 5 3 Trim Align Quantify Call ORFs P-sites TE Ribo-seq created with nf-metro v1.1.0+dev