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Purpose: Development of a novel interactive visualization approach for theexploration of radiotherapy treatment plans with a focus on overlap volumeswith the aim of healthy tissue sparing. Methods: We propose a visualizationapproach to include overlap volumes in the radiotherapy treatment planevaluation process. Quantitative properties can be interactively explored toidentify critical regions and used to steer the visualization for a detailedinspection of candidates. We evaluated our approach with a user study coveringthe individual visualizations and their interactions regarding helpfulness,comprehensibility, intuitiveness, decision-making and speed. Results: A userstudy with three domain experts was conducted using our software and evaluatingfive data sets each representing a different type of cancer and location byperforming a set of tasks and filling out a questionnaire. The results showthat the visualizations and interactions help to identify and evaluate overlapvolumes according to their physical and dose properties. Furthermore, the taskof finding dose hot spots can also benefit from our approach. Conclusions: Theresults indicate the potential to enhance the current treatment plan evaluationprocess in terms of healthy tissue sparing.

Exploration of Overlap Volumes for Radiotherapy Plan Evaluation with the Aim of Healthy Tissue Sparing