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A list of all pages that have property "Describe input parameters model" with value "grid : RasterModelGrid<br> A landlab RasterModelGrid. reference_concavity : float<br> The reference concavity to use in the calculation. min_drainage_area : float (m**2; default 1.e6)<br> The minimum drainage area above which steepness indices are calculated. Defaults to 1.e6 m**2, per Wobus et al. 2006. elev_step : float (m; default 0.)<br> If >0., becomes a vertical elevation change step to use to discretize the data (per Wobus). If 0., all nodes are used and no discretization happens. discretization_length : float (m; default 0.)<br> If >0., becomes the lengthscale over which to segment the profiles - i.e., one different steepness index value is calculated every discretization_length. If only one (or no) points are present in a segment, it will be lumped together with the next segment. If zero, one value is assigned to each channel node.". Since there have been only a few results, also nearby values are displayed.

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    • Model:SteepnessFinder  + (grid : RasterModelGrid<br> A landlabgrid : RasterModelGrid<br></br>A landlab RasterModelGrid.</br></br>reference_concavity : float<br></br>The reference concavity to use in the calculation.</br></br>min_drainage_area : float (m**2; default 1.e6)<br></br>The minimum drainage area above which steepness indices are</br>calculated. Defaults to 1.e6 m**2, per Wobus et al. 2006.</br></br>elev_step : float (m; default 0.)<br></br>If >0., becomes a vertical elevation change step to use to discretize the data (per Wobus). If 0., all nodes are used and no discretization happens.</br></br>discretization_length : float (m; default 0.)<br></br>If >0., becomes the lengthscale over which to segment the profiles - i.e., one different steepness index value is calculated every </br>discretization_length. If only one (or no) points are present in a segment, it will be lumped together with the next segment. If zero, one value is </br>assigned to each channel node.r with the next segment. If zero, one value is assigned to each channel node.)