News Archives - TreeAge Software

Q: Improved Sensitivity Analysis & Seeding - TreeAge Pro 2019, R2.1

The TreeAge Pro 2019, R2.1 Release is now available. This release extends the new functionality introduced with TreeAge Pro 2019, R2.0 (Partitioned Survival Analysis and more). Improved Sensitivity Analysis with Microsimulation The re-engineered process introduces the following improvements. - Analysis speed - your analyses will run more than twice as fast. - 2-way and 3-way - you can now run both these sensitivity analyses with Microsimulation. - Parameter Ranges - edit directly in Variable Properties dialog. Seeding You now have better control of seeding for repeatable results for the entire analysis and for sub-calculations within a larger analysis. For example, you can easily run the same patients through a model during deterministic or probabilistic sensitivity analysis. Backup Model Files Your auto-generated model backup files will be stored in a compressed format within a subfolder on your computer. Priority Queue Model Examine a new priority queue example model that assigns a limited resource based on a priority score. The 2019 2.1 version is available to perpetual license holders that have a valid support contract, and annual license holders that have a valid license.

Q: Dynamic Cohort, Patient Interaction - TreeAge Pro 2018, R1

The TreeAge Pro 2018, R1 release is highlighted by new features to support more complex models including support for population-level modeling with a changing cohort size and interaction among individuals in a patient simulation model. Dynamic Cohort Study population dynamics with a modeler-specified cohort size reflecting prevalence and additions to the cohort reflecting incidence using non-coherent probabilities and entry nodes . Reporting now supports the full cohort size rather than percentages of the overall cohort. Patient Interaction in Simulation Create models with interaction among individual patients. Use global trackers to control the environment for all patients. Patients can be held at a stop node to pause processing within a cycle to handle resource constraints. Python Scripts Python scripts can now read and update patient data in trackers and environment data in global trackers during simulations. Syntax errors are reported better to help debug your code. Enhanced Debugging Trace Validate your model by generating debugging trace for specific calculations or all calculations. Limit debug trace to specific cycles, individuals, etc. Enhanced Microsimulation Reporting Use the enhanced simulation reporting at both the patient-level and cohort-level to review patient pathways and overall patient flows in your models. Markov-To-Excel Conversion Extended We have extended complimentary access to the Markov-to-Excel option through the end of 2018. Click here for eligibility.