Version history:

ALSVID-UQ-1.5:

- bugfixes in shallow water routines
- executables for cluster job submission follow are stored under DATA_PATH

ALSVID-UQ-1.4:

- additional bottom topographies: hierarchical hat basis representations in 1D (hr) and 2D (hr2d)
- implementation of anti-aliasing for 'hr' and 'hr2d' bottom topographies via default option ANTI_ALIASING=1
- WRITE_DATAFILES option
- custom DATA_PATH option
- more efficient parallel random number generation (avoids scattering, broadcasting, etc.)
- default load balancing type is set to LOAD_BALANCING_TYPE=1
- alternative random number generators: well512a, well19937a, mt19937, lcg
- SKIP_IO_WTIME option
- optimization for computation of bottom topography in wavelet series representation (for shallow water equations)
- optimization for simulations with time-independent bottom topography
- bugfix for the default choice of the bottom topography
- lots of other small bugfixes

ALSVID-UQ-1.3:

- cosmetic fixes in error and scaling plotting scripts
- alternative load balancing algorithm LOAD_BALANCING_TYPE=2. If not specified otherwise, then, automatically:
   - LOAD_BALANCING_TYPE=2 is chosen for DOWNSAMPLE=0
   - LOAD_BALANCING_TYPE=1 is chosen for DOWNSAMPLE=1
- additional bottom topographies: Haar wavelet representations in 1D (wl) and 2D (wl2d)
- infolines in plots includes cluster information on which the simulation was run
- strong linear scaling verified up to 1023 cores with 97% efficiency

ALSVID-UQ-1.2:

- extensions and optimization of conservation laws: Wave Equation
- ESF: height positivity preserving Roe-type energy stable (ES) solver for Shallow Water equations
- 3D visualization tools via MayaVi
- additional bottom topographies: Karhunen-Loeve expansions in 1D (kl) and 2D (kl2d)
- modularization of topographies
- portation to Cray XE6 (Palu) on CSCS
- Shallow Water models: steadystate, dambreak, lake-at-rest (+ 2D versions steadystate2d, dambreak2d)

ALSVID-UQ-1.1:

- extensions and optimization of conservation laws: Shallow Water, Burgers, Euler and Linear Advection
- normal distribution
- slicing of 2D plots to investigate smoothness of 2D solutions
- Shallow Water Equations; models: dambreak, tsunami; topographies: flat, bump, bump2d, shore (+ their random versions); solvers: HLL, EC, ES.
- sample offsetting (SAMPLES_OFFSET) for fault tolerance analysis

ALSVID-UQ-1.0:

- random initial data with any number of uniform stochastic drivers
- parallelisation over MLMC levels, MC samples and domain decomposition
- posibility to observe time evolution in rendered movies
- lots of stochastic 1D and 2D models
- WELL512a random number generator
- "downsampling" version of MLMC also available