Lee-iisca-graph ___FBA Excel sheet

IISCA Graph Description This document contains a visual display, or graph, of hypothetical data collected during an Interview-Informed Synthesized Contingency Analysis (IISCA) for a client named Lee (implied from previously analyzed documents, though the name is blanked out on the graph itself ). The graph is a time-series plot (likely a line graph or a duration plot) spanning approximately 60 minutes, separated into three main segments. The vertical axis shows different conditions or states, and the horizontal axis tracks time in minutes. Key Components and Labels: Analysis Method: IISCA (Interview-Informed Synthesized Contingency Analysis). Client: Client Name (likely Lee). Legend: Differentiates between Severe Problem Behavior and Minor Problem Behavior. Vertical Axis Conditions (Y-Axis): Engaged: Likely represents periods where the client is actively participating in a non-problematic activity. PB in SR (Problem Behavior in Synthesized Reinforcement): Represents the occurrence of problem behavior during the Test Condition, where synthesized (multiple) reinforcers are available. In SR: Likely represents the Test Condition (or periods within it). PB in EO (Problem Behavior in Establishing Operation): Represents the occurrence of problem behavior during the Control Condition, where potential reinforcers are absent or removed (establishing the motivation for the PB). In EO: Likely represents the Control Condition (or periods within it). Interpretation of Hypothetical Data Pattern: The visual pattern strongly suggests that Problem Behavior (PB) occurs much more frequently and over longer durations in the PB in EO (Control) condition (Problem Behavior in Establishing Operation) than in the PB in SR (Synthesized Reinforcement/Test) condition. This aligns with a successful IISCA model where the EO condition (Control) is designed to evoke the target behavior by denying access to reinforcement, and the SR condition (Test) is designed to abate the behavior by providing access to the hypothesized synthesized reinforcers.