This paper presents the application of Tokenlab, an agent-based modeling framework designed to analyze price dynamics and speculative behavior within token-based economies. By decomposing complex token systems into discrete agent interactions governed by fundamental behavioral rules, Tokenlab simplifies the simulation of otherwise intricate market scenarios. Its core innovation lies in its ability to model a range of speculative strategies and assess their collective influence on token price evolution. Through a novel controller mechanism, Tokenlab facilitates the simulation of multiple speculator archetypes and their interactions, thereby providing valuable insights into market sentiment and price formation. This method enables a systematic exploration of how varying degrees of speculative activity and evolving strategies across different market stages shape token price trajectories. Our findings enhance the understanding of speculation in token markets and present a quantitative framework for measuring and interpreting market heat indicators.

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