* Compute width and depth with the aid of grain-size information (optional) * Update some examples (Python 3; core code updates) * Directionality to S0 * Test variable gravel inputs and attrition in `test_uplift_equals_qs.py`
1.3.0
Due to an error in the Exner equation for variable valley width, valley width was inappropriately included within the derivative and propagated through long-profile evolution equations. It now only serves to provide the width across which sediment must be eroded or deposited in order to create a given vertical change.
1.2.3
GRLP is now available at https://pypi.org/project/GRLP/. Future stable updates will be available via PyPI and pip.
1.2.0
* **Semi-implicit solution fully coupled between segments.** Large time steps possible. * Code simplified to treat all dx values as arrays * Fix instantiation with dx, nx, and x0
1.1.0
* Enabled networking by using "ghost nodes" for boundary conditions on each segment * Fix sign issue and factor-of-two error on Dirichlet boundary condition (using S_ficticious) * Default intermittency to 1 (so it doesn't appear unless the user sets it) * Appropriately compute Q_s directionality (for output; does not affect model run) * Rename dzdt_0_16 to dzdx_0_16 * Incorporate intermittency and sinuosity into S0 calculation
1.0.0
Published alongside:
Wickert, A. D. and T. F. Schildgen (in review, 2018), [Long-Profile Evolution of Transport-Limited Gravel-Bed Rivers, ](https://www.earth-surf-dynam-discuss.net/esurf-2018-39/) *Earth Surf. Dynam. Discuss.*, *9*(3), 997–1017, doi:10.5194/esurf-2018-39.