3.0 Release Notes Update

docs/Markdown/Versioning.md

@@ -13,30 +13,49 @@ Our version number sematic is Major.Minor.Patch-ReleaseStage, where :
 
 ## Pulse v3.0.0 (July 2020)
 
-- Software Architecture
-  
-- Physiology Models
- e calculations
-  
+- Software Architecture Improvements
+  - Major refactor of our repository structure
+    - Enables implementation of specific engines (adult, pediatric, animal) to both share and extend common models with target specific models
+    - Provides a framework for performing and sharing code between various sensitivity and correlation analysis studies with a Pulse engine
+    - Improved CMake structure to simplify integration of Pulse into custom applications
+  - Streamlining of engine creation and management
+    - Pulse states are self contained and no longer depend on any files on disk
+    - Pulse states now support binary serialization
+    - Location of required files for patient creation can be specified by users
+  - Improvements to cross language support
+    - Java interface has been refactored to conform with C# and Python usage
+    - C# supports most actions, conditions and equipment types 
+    - Python is now a fully supported language
+  - Pulse now supports the ability to override and hold specific system and circuit parameters to a certain values, such as Lung Compliance
+- Physiology Model Improvements
+  - Added generic mechanical ventilator equipment model with PC-CMV and VC-AC mode implementation
+  - Added pulmonary shunting as a standalone model and in conjunction with other respiratory diseases
+  - Improved and validated ARDS
+  - Added more respiratory clinical measurements with validation
+  - Added hyperoxemia and hypocapnia events
+  - Improved cardiovascular validation for resting physiology
+  - Improved the tissue to cardiovascular interface to improve fluid movement between these regions of the body
+  - Hemorrhagic shock and improved hemorrhage methodology to meet validation through different stages of hemorrhagic shock to death
+  - A second order baroreceptor model to moderate the effectiveness of the baroreceptors over time
+
 ### Congratulations
 
 Congratulations and thank you to everyone who contributed to this release. This release, we would like to specially recognize our 2 new contributors:
 
-  - Bob Marinier
-  - Wenye He
+  - Bob Marinier of [SoarTech](https://soartech.com/) for helping improve the Java interface
+  - Wenye He of [Innovision](https://innovisionllc.com/) for helping to start our Python API, and extend our C# API
 
 ## Planned Improvements
 
-- Python bindings
-- Black box circuit/compartment components
 - Sepsis
-- Hemorrhagic Shock
-- Hemorrhage methodology update for better performance and usability
+- Cerebrospinal fluid model for improved intracranial pressure
 - Work of breathing and respiratory fatigue models
-- A second order baroreceptor model
-- Modularity improvements for system/model/circuit swapping
+- Circuit/Compartment black boxing to support modularity for system/model/circuit swapping
 - Pediatric physiology prototype
-- Official contribution plan for merge requests for methodology/model changes
+- An official contribution guide for merge requests for methodology/model changes
+- Pypi support to pip install Pulse into a python environment
+- Maven build for easy inclusion into Java projects
+- Integration with Hololens 2
 
 ## Pulse v2.3.0 (January 2020)