Banja Lab / Benchmarks / Test
DIAGR-0007SVG and graphics · hard
Five-node hub-and-satellite network with exactly six edges
The same task, run on 27 models. Compare the outputs side by side, or open any one in a popup to inspect it.
Top result: claude-opus-4-8 (low reasoning) at 100.0% composite. Lowest: deepseek-v4-flash at 100.0%. 27 models compared on this task.
How it ran
- Each model was given the brief below in a fresh, isolated session with no access to our tools, and returned its answer from scratch.
- The rendered output was scored 1 to 5 on brief fidelity, visual design, craft, and impact by a four-family vision panel - Anthropic (Claude Opus 4.8), OpenAI (GPT-5.5), Google (Gemini 3.1 Pro), and xAI (Grok 4.3) - using one identical prompt so the scores compare. The published judge score is leave-one-family-out: a model is never scored by a judge of its own family, so same-family self-preference is removed.
The brief
Draw a network diagram in SVG using a 240x170 viewBox. Write it to `graph.svg`. There are five nodes, each a `<circle>` with the listed id and label, and exactly six edges, each a `<line class="edge">`. Nodes (id : label): - n-hub : Hub - n-north : North - n-east : East - n-south : South - n-west : West Edges (exactly six `<line class="edge">` elements): - Hub -> North - Hub -> East - Hub -> South - Hub -> West - North -> East - South -> West Layout rules (relative to the Hub): - North is above the Hub; South is below the Hub. - West is to the left of the Hub; East is to the right of the Hub. - No two node circles overlap. - Put each node's label (Hub, North, East, South, West) in a `<text>` element. - Vector primitives only: no raster images, no data: URIs, no base64, no <foreignObject>, no <script>, no external references.
