Abstract
To develop large-scale detailed models of physiological and biochemical systems, establishing software framework which support such activities is crucial. Besides, as models get to be more complicated, intuitive visualization of simulation results becomes more important. In this track, we have been developing PhysioDesigner, a software platform equipping intuitive graphical user interface to support users to develop multilevel dynamical models. It can deal with not only mathematical expressions, but also time series and morphological data. Integrated time series data are used to constrain partial dynamics of the model. Recently, for improving the visualization of simulation results, we have implemented a function to automatically integrate simulation results as time series data after performing simulation, and to combine it with morphological data to replay the simulation results as animation.
