Viennaps

- Introduced box distribution for geometric models
- Replaced volume model by an advection callback class
- Added option to disable the translation field
- Added option to change the point order when reading GDS files
- Compact tools now use dynamic data size instead of static one
- Added a wet etching model and example
- Added a redeposition model and example

**Attention**:
The function signature of _calculateVelocities(..)_ in the interface class _psSurfaceModel_ has changed.

- Introduced new Geometric model, which allows users to build processes based on geometric modelling.
- Merged tools for compact model development, including CSV file I/O, interpolation tools (rectilinear grid and nearest neighbors).
- Added a GDSII file parser to create geometries from GDS masks.
- Removed old HRLE based cell set.
- Added configuration parsing in the examples.
- Added an application which can run user configuration files to quickly build geometries and run a set of pre-defined processes.

First release of ViennaPS.

**Key features:**
- Combining process simulation and emulation.
- Level set surface description provided by ViennaLS.
- Top-down Monte Carlo flux calculation provided by ViennaRay.
- Additional to the level set surface description, a cell set volume description can be used.
- Basic process models and geometries are implemented

Examples that demonstrate the usage of this library can be found in the Examples/ folder.