GitLab

- renaming of Eigenray related Classes - Part 1: Files

- version 2 -> still WIP

- IAbortCriterion now works with shared pointer on CRay

- RayResolutionAdapter now allows empty constructor

- added function to create copy with new rays

- started to work on EigenrayFinder

- added function to get new rays of last adaptation

- now takes parameters for rays as function input instead of using member variables

-now sorts angle vectors on initiation
-made certain functions/members private
-can now represent the full 360° of azimuth angle
-GetNeighboringRays() now returns all phi angles if given ray points towards pole

CEquiangularRayDistribution
-added class (derived from RayGrid) for equiangular ray distribution

RayResolutionAdapter
-changes according to changes in RayGrid
Signed-off-by: Philipp Schäfer <philipp.schaefer@akustik.rwth-aachen.de>

- added CRayGrid that describes relationship between neigboring rays
- added specialised CRayGrid: CRayResolutionAdapter

- added constructor using angles instead of normal vector

- bugfix: added missing position offset for periodic extension of rays

- added more scenarios for inhomogeneous atmosphere

- fixed overflow bug

-fixed bug in interpolation to reflection point

- fixed indicing bug

- added test for Simulation Engine
- shares Matlab function with ODESolverTest

-Adaptive solver now uses long long int to measure traced portion

-fixed bug in Runge Kutta method

- simulation engine now hold rays as shared pointers

- fixed indicing bug in CRay class

- renamed some settings
- updated Engine.Run() method

- updated ODESolverTest and added Matlab function

- added export function to convert ray to ITAGeo propagation path
- changed ODE test to work with rays and export result as JSON file

-Renamed a few functions
-Rays now have functions to check whether a timestamp belongs to a reflection

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Rays
- removed Get... from get-functions
- added reflection order

Simulation/Engine
- Added function to add reflection and to copy period rays
- CWorker is now fully hidden in cpp file

- Added ODESolver function that do not overwrite the current value
- Simulation/AdaptiveSolver now does not overwrite current values but returns new ones
- Simulation/Engine now knows current and new value for each integration step

- renamed CAdaptiveIntegrator to CAdaptiveSolver and moved it to own file (hidden outside project)

-changed filename from Simulation/Base to Simulation/Settings

- Moved all simulation settings to Simulation/Base
- Solver method enum moved to Simulation/Base

-moved ODESolver and Simulation content to respective subfolders

- Renaming of abort function
- Filled class for integration using time step adaptation with live

-converting s to n is now simpler

- moved alot of the API to the cpp file

-added more get functions

- added function to convert between wavefront normal and slowness vector

- added first version of API for Simulation Engine

- added basic class that represents a ray

-added enum for solver method

-extended ODESolverTest to also print normal vectors