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Symmetric Join Exit Port Centre

A symmetric 2-way diamond that reunites at the section's exit port rather than at an in-section join. The port rides the branches' centreline, so the diamond closes symmetrically and the run into the next section leaves straight; the section's entry and exit ports share one centreline (#1573). The riboWaltz report icon sitting a row above its producer is #1572.

Mermaid source
examples/topologies/symmetric_join_exit_port_centre.mmd
%%metro title: Symmetric join on an exit port
%%metro diamond_style: symmetric
%%metro line: main | Main | #e6007e
%%metro file: report_out | HTML | Report
graph LR
subgraph up [Upstream]
%%metro exit: right | main
u1[Dedup]
u2[Sort]
u1 -->|main| u2
end
subgraph psite [P-site identification]
%%metro entry: left | main
%%metro exit: right | main
ribowaltz[riboWaltz]
plastid_psite[plastid P-site]
plastid_wiggle[plastid Wiggle]
psite_counts[P-site counts]
quantify[Quantify ORF P-sites]
ribowaltz -->|main| report_out
plastid_psite -->|main| plastid_wiggle
plastid_wiggle -->|main| psite_counts
plastid_wiggle -->|main| quantify
end
subgraph te [Translational efficiency]
%%metro entry: left | main
te_prep[Prep TE counts]
anota[anota2seq]
te_prep -->|main| anota
end
u2 -->|main| ribowaltz
u2 -->|main| plastid_psite
u2 -->|main| quantify
psite_counts -->|main| te_prep
quantify -->|main| anota
CLI command
Terminal window
nf-metro render examples/topologies/symmetric_join_exit_port_centre.mmd -o symmetric_join_exit_port_centre.svg
Rendered map
Symmetric join on an exit port 1 2 3 HTML Report Dedup plastid P-site Prep TE counts riboWaltz Sort plastid Wiggle anota2seq P-site counts Quantify ORF P-sites Main created with nf-metro v2.0.0+dev