This consensus statement aims to standardize terminology in the field of action control, particularly focusing on perception-action integration. The authors, drawing from event-coding frameworks such as the Theory of Event-Coding (TEC) and the Binding and Retrieval in Action Control (BRAC) framework, propose definitions for key concepts like feature binding, retrieval, and event-files. These definitions aim to unify paradigm-specific approaches and facilitate communication among researchers. The paper emphasizes the importance of precise language in cognitive psychology, especially in the context of action control, where actions are a hallmark output of the human cognitive system. The event-coding perspective treats human action as a sequence of integrated perceptual, motor, and effect features, represented in an internal "event-file." This approach can explain results from various action control paradigms, such as task switching, priming, and response-binding tasks, by focusing on the sequential nature of these tasks. The paper also discusses limitations, open questions, and the relationship between event-coding and other theoretical frameworks like predictive coding. Overall, the goal is to enhance the replicability and progress of research in action control by providing a clear and consistent set of definitions.This consensus statement aims to standardize terminology in the field of action control, particularly focusing on perception-action integration. The authors, drawing from event-coding frameworks such as the Theory of Event-Coding (TEC) and the Binding and Retrieval in Action Control (BRAC) framework, propose definitions for key concepts like feature binding, retrieval, and event-files. These definitions aim to unify paradigm-specific approaches and facilitate communication among researchers. The paper emphasizes the importance of precise language in cognitive psychology, especially in the context of action control, where actions are a hallmark output of the human cognitive system. The event-coding perspective treats human action as a sequence of integrated perceptual, motor, and effect features, represented in an internal "event-file." This approach can explain results from various action control paradigms, such as task switching, priming, and response-binding tasks, by focusing on the sequential nature of these tasks. The paper also discusses limitations, open questions, and the relationship between event-coding and other theoretical frameworks like predictive coding. Overall, the goal is to enhance the replicability and progress of research in action control by providing a clear and consistent set of definitions.