Changes in version 6.0 (December 2024)
- Corrected occurrence of NaN values in the calculation screen (net output) .txt files (v6.0.1)
- Adapted the Logfile to the v6.0
- Correction of cell corner problems that led to excessive velocities/energies
- Reintroduction of the friction and scaling function in the energy loss (rebound) calculation during ground impacts
- Introduction of the total kinetic energy correction based on the total apparent kinematic coefficient of restitution proposed by Noël et al. (2023)
- Introduction of the maximum rotation velocity based on Caviezel et al. (2021)
- Added the option “cliff area weighted” and "fixed" number of simulated trajectories from each start cell
- Added the option rapid automatic simulation with low and medium roughness
- Added new options in the command line version
- Corrected errors in the tree impact detection
- Adapted the function that controls energy loss due to the impact height on the tree stem
- Corrected errors in the net impact detection
Changes in version 5.2 (March 2016)
- Adapted the class values of the energy and passing height output rasters
- Added the output raster Propag_probability.asc
Changes in version 5.2 (2014)
- Revision of the Graphical User Interface – adding user-friendly simulation options
Changes in version 5.1 (2014)
- Added E_50.asc, E_90.asc, E_95.asc, E_98.asc, E_99.asc, Ph_50.asc, Ph_90.asc, Ph_95.asc, Ph_98.asc, Ph_99.asc as output
Changes in version 5.0 (2011)
- Passed from Matlab to C-version
- Changed the Rn value for asphalt roads
- Adapted the rolling/small rebounds condition for blocks moving upslope
- treefile.txt need to be provided without a header
Version 4.x (2007 - 2010)
- First stand-alone version of Rockyfor3D using Matlab MCRInstaller, distributed via ecorisQ
Version 3 (2004 - 2007)
- First Matlab-based version of called Rockyfor using 3D vectors (see Dorren et al., 2006)
Version 2 (2001 - 2003)
- First simplified, Matlab-based version of Rockyfor (see Dorren et al., 2004)
Version 1 (2000)
- ROCKY1, ROCKY2, ROCKY3: Matlab-based predecessor versions of Rockyfor (see Dorren et al., 2003)