Visual Search Array Generator

Valid visual search array design requires specifying eccentricity, crowding-safe spacing, and set size selections to maintain psychophysical validity. This skill provides validated display defaults and randomization constraints referencing foundational literature benchmarks.

Conjunction search experiments require controlling color, orientation, and size thresholds to balance target-distractor heterogeneity. This skill guides feature similarity limits using benchmarks from Duncan & Humphreys, Nagy & Sanchez, and Wolfe.

Preventing prevalence bias and crowding requires prevalence-balanced trial structures and placement algorithms with crowding-aware spacing. This skill recommends practice trials, counterbalancing, and timing windows aligned with published guidelines.

Configuring spatial configuration search efficiency assays requires precise display and timing guardrails to avoid unreliable search slope estimates. This skill specifies validated eccentricity, spacing, and response deadlines for controlled trial structures.

Unreliable visual search results often stem from violating display timing windows or unbalanced target-present and target-absent trial counts. This skill provides literature-backed constraints to match prevalence and verify response deadlines.

Visual search array generation for cognitive psychology requires specifying set sizes, spacing, target-distractor similarity, and randomization constraints. This skill outputs validated display parameters satisfying crowding-aware spacing and prevalence-balanced trial requirements.