tikz

To fix overlapping labels and crossing arrows in TikZ diagrams, the skill audits the LaTeX file mathematically. It checks label overlap, arrow crossings, and boundary proximity using gap and Bézier depth calculations, then applies fixes to ensure visual clearance.

Validating TikZ edge label collisions requires computing Bézier curve depth and checking directional label placement against endpoints and nearby objects. This mathematical approach replaces eyeballing by enforcing node and shape boundary rules for safe text distance.

To eliminate Overfull and Underfull warnings when editing TikZ figures, recompile the document with pdflatex after making adjustments. The workflow requires verifying that all errors and warnings are eliminated before performing a full multi-pass re-audit of the diagram.

Yes, collision detection works with curved arrows and bend paths across multiple slides. The audit specifically targets tikzpicture environments containing edge labels where text may overlap nodes or other arrows, applying directional label placement validation to all detected paths.

TikZ diagrams often look visually close enough by eye but actually collide when labels overlap nodes or arrows cross. Detecting these issues requires mathematical gap calculations and boundary proximity checks rather than visual inspection to ensure true figure quality and readability.

Yes, you can audit a LaTeX document containing multiple tikzpicture environments at once. By providing the path to the .tex file, the tool scans all TikZ figures within the document, checking for label overlap and arrow crossings across all slides before recompiling to validate.