Version 0.3.0

New in Version 0.3.0

• Add CFD Continuous Functionality
• Add Hybrid Concentration Functionality
• Add CFD Concentration Functionality
• Improved interface with new python 🐍 bindings

Version 0.3.0 - Pre Release 2

New in Version 0.3.0

• Add CFD Continuous Functionality
• Add Hybrid Concentration Functionality
• Add CFD Concentration Functionality
• Improved interface with new python 🐍 bindings

Version 0.3.0 - Pre Release

New in Version 0.3.0

• Add CFD Continuous Functionality
• Add Hybrid Concentration Functionality
• Add CFD Concentration Functionality
• Improved interface with new python 🐍 bindings

Version 0.3.0 Beta 1 – Feature Testing Release

Here's what's new in Version 0.3.0

• Add CFD Continuous Functionality
• Add Hybrid Concentration Functionality
• Add CFD Concentration Functionality
• Improved interface with new python 🐍 bindings

Version 0.2.1

This patch is to upgrade the Hybrid simulators to OpenLB v1.7

Version 0.2.0

Here's what's new in Version 0.2.0

• Rename to MMFT-Simulator
• Add abstract simulation for droplets
• Extend interoperability with json file definitions
• Extend python bindings
• Add examples for droplets and python
• Some general bugfixes

Version 0.1.1

Here's what's new in Version 0.1.1

• Groups are added to identify sets of nodes that are disconnected from ground nodes by CFD modules.
• Ground nodes are added to groups, for propagation of reference pressure values within groups.
• Communication between CFD and 1D solvers happens on a theta iteration interval.
• Compile optimization.
• Port standard resistance model to 2D poiseuille flow.
• Add Line_segments and Arcs to channel definition
• Update Hybrid and CFD examples

First release of the MMFT Hybrid Simulator

This is the release of v0.1.0 of the Munich Microfluidics Toolkit (MMFT) Hybrid Simulator for microfluidic devices.