HUD placement should follow information viewing frequency

What it is

HUD information frequency placement assigns game state to near-centre, peripheral, on-demand, or pause-menu locations according to how often it is checked, how urgent it is, and how long it takes to read. Frequently consulted, action-relevant information needs a low-cost glance; infrequent explanatory or historical information can leave the main visual field.

Why it happens

Every shift from scene to interface costs gaze movement, reorientation, and potential loss of environmental events. Health, ammunition, or immediate objectives placed too far away accumulate visual travel when repeatedly checked; a rare setting permanently near centre competes for attention. Frequency-based layering reserves limited near-centre vision for cues driving immediate decisions while retaining discoverable paths to deeper detail.

Where it stops holding

Frequency is not the only criterion. A rare but lethal warning may need prominence, and some players need all important information in stable, easily readable areas because of visual or motor constraints. Average telemetry cannot decide layout alone: roles, modes, and tasks change what is consulted, and key modules should remain adjustable.

Applying it

• Inventory each HUD element’s viewing frequency, urgency, decision time, and occlusion cost; place high-frequency immediate cues first, then low-frequency details and on-demand panels.
• Give high-frequency modules stable locations, low-frequency information clear entry points and short paths, and offer movement, scaling, or layout presets.
• Verification: use eye tracking, capture, or gaze markers to count searches for key state and time away from the primary task. Repeated searching for frequent information signals a placement or representation problem.

Related

• Same group: W5.01.2 Core survival information belongs near the centre rather than the edge · W5.01.3 Layout density should adapt to game pace · W5.01.4 Fixed layouts cannot accommodate aspect-ratio and device differences
• Nearby: W5.03 State and resource expression · W5.07 Interface and information density · A5.02 Visual attention allocation
• Search terms: HUD layout · glance frequency · peripheral display · visual attention