A Menu and Pricing-Board Workflow

For a restaurant with thirty menu items, producing photography-quality images of every dish is a significant production expense. A professional food photographer charges per dish, lighting setup, and editing session. When a dish is 86'd from the menu, the investment in that image is wasted. When a seasonal item is introduced, the shoot must be scheduled, coordinated, and funded. For small independent restaurants, the cost-to-benefit ratio of professional photography for every menu item is often negative, which is why most menus rely on stock photography that does not reflect the actual food, or no photography at all.

Digital signage compounds the problem. A menu board that displays in the dining room and on a website needs to be kept in sync across two or more channels. Price changes, seasonal swaps, and sold-out flags all require a designer to open a source file, make the edit, export it, and upload it to each channel separately. In a high-volume operation, this process happens multiple times per week.

A Floniks menu and pricing-board workflow eliminates most of this friction. Food photography is generated on demand from a structured dish description, ensuring visual quality without a shoot. The layout, typography, and brand colors are locked in the workflow template. Pricing and item names are injected from a simple data file — a CSV or a JSON object — so a manager with no design skills can update the entire menu in minutes. The workflow exports simultaneously to digital signage resolution (1920x1080 or 3840x2160), print PDF, and web-optimized PNG, all from a single run.

Food photography has a strict visual language: appetizing color, natural texture, appropriate depth of field, and a consistent shooting angle across the menu so the layout reads as a unified design system. In Floniks, a Food Photography Generation node handles this with a structured prompt template that locks the photographic style while allowing the dish description to vary.

The base prompt for a modern bistro menu might read: "professional food photography, overhead 45-degree angle, shallow depth of field with soft bokeh background, natural daylight from left, on a white ceramic plate with a neutral linen napkin, clean minimalist plating, appetizing warm tones, commercial quality, no artificial garnishes." The only variable input is the dish description: "pan-seared salmon with lemon beurre blanc and asparagus spears" or "double cheeseburger with caramelized onions and aioli on a brioche bun."

For a menu with thirty items, add thirty Food Photography Generation nodes in a batch branch, each receiving the same style configuration from a shared Style Config node. This ensures that the salmon photograph and the burger photograph are shot in the same light, at the same angle, with the same depth of field — creating the visual consistency that makes a menu feel designed rather than assembled from stock images. Run the entire batch in one session. Review the outputs, flag any items that need a re-run with a different dish description phrasing, and approve the rest. The approved images feed the layout compositor.

The menu board layout is the part of the workflow that never changes between updates. It contains the restaurant logo, the grid structure that positions each dish image, the typography zone for item names and prices, and any decorative brand elements. In Floniks, all of these are encoded in locked configuration nodes that a manager cannot accidentally edit.

Start with a Layout Config node that defines the grid: number of rows, number of columns, cell dimensions in pixels, gutter width, and the pixel coordinates of the logo placement zone. For a four-panel menu board at 1920x1080 per panel, a two-row by four-column grid gives eight slots per panel across four panels — sufficient for thirty-two items. The Layout Config feeds a Grid Compositor node that places each generated food image into its designated cell, cropping and scaling to fit without distortion.

The brand element layer — logo, color block headers, decorative dividers — is rendered as a transparent PNG overlay from a Brand Elements node. This overlay sits above the food image layer and below the text layer in the compositing order, ensuring that brand elements are never obscured by photography and text is always readable. Set the header color to match the restaurant brand color precisely using the hex value from the brand style guide. Consistency here matters: a menu board that uses a slightly different shade of burgundy than the physical signage undermines the brand coherence that makes customers feel confident about the establishment.

The most operationally valuable feature of a menu workflow is the ability to update pricing without a designer. In Floniks, a Data Input node accepts a JSON object or a CSV file containing the item names, descriptions, and prices for every dish. The workflow reads this data at run time and renders the text into each grid cell using a locked Text Style Config that defines font family, size, color, and layout rules.

The data structure for a single item looks like: "slot": 3, "item_name": "Pan-Seared Salmon", "description": "lemon beurre blanc, seasonal vegetables", "price": "28". The slot number tells the Grid Compositor which cell this item occupies. The Text Render node reads the item name, description, and price and renders them into the text zone of that cell using the locked typography configuration: item name in a bold 36pt serif, description in a regular 20pt serif in medium gray, price in a bold 32pt serif in the brand accent color.

When a price changes, the manager opens the data file, updates the price field, re-runs the workflow, and the updated menu board is exported automatically. No design software is opened. No file is sent to a designer. No export is done manually. The entire update cycle from data edit to exported file takes under three minutes. For a restaurant that updates pricing weekly due to ingredient cost fluctuations, this represents a meaningful reduction in operational overhead over the course of a year.

A menu board is consumed in multiple contexts simultaneously: on the physical wall display, on the restaurant website, in the delivery app listing, and in the printed table menu. Each context has different technical requirements, and a well-structured workflow handles all of them in a single export branch.

The Digital Signage export produces PNG files at the native resolution of the display hardware — 1920x1080 for standard HD displays, 3840x2160 for 4K displays. Each panel is exported as a separate file named by panel position: "MenuBoard-Panel1.png," "MenuBoard-Panel2.png." These files are uploaded directly to the content management system of the digital signage platform without any intermediate editing step.

The Print export produces a multi-page PDF at 300 DPI with a 5mm bleed on all sides and CMYK color values converted from the working sRGB space. The print PDF is formatted for the physical menu dimensions — for a tableside card, typically A4 or a custom trim size. The Web export produces a compressed JPEG at 1200x675 pixels, quality 85, in sRGB, suitable for the restaurant website and social media. The Delivery App export produces a square 1080x1080 crop of each item photograph individually — the format required by most third-party delivery platforms for dish photography. All four export paths run in parallel from the same Collect node, so a single workflow run produces all distribution-ready assets simultaneously.