The hazard layer is input in raster format, either from a user-provided raster or one generated through on-the-fly modelling within the RiskScape programme.
However, if a user has a raster of a hazard layer anywhere in the world for one of the five hazards (see Table 1) the user can upload it into RiskScape.
Bottom: All 641 population responses of the 20 cells (across repeats) for one time point marked by the shaded bar in the raster plot above.
The resulting value for one class r is defined as: r_{i,j} = sumlimits_{k=0}^{k=d} p_{i,j,k} where p i,j,k is a value of the 3D raster (0 or 1), i,j are indices in the horizontal directions and k is an index in the vertical dimension which has values from 0, which is the minimum vertical index, to d, which is the maximum vertical index for the given 3D raster.
Each vertical line in the raster represents one spike.
Millions of users have benefited from the ability of Artifex PDL technologies to preview documents on the screen or provide high quality raster for hardcopy output.
Grasslands with low, moderate and high livestock densities were extracted from the land use raster layer and one centroid was created for each raster cell.
In order to sequentially search the raster for adjacencies, a 3 x 3 moving window is used.
The dominant class summarizes the 3D fragmentation index raster or the derived 2D rasters into one 2D raster by showing the most common class in a vertical column.
(A ) Left, touch aligned spike rasters for a single cell, sorted by one of three touch properties: Order of touch in trial (top), whisker velocity at touch onset (middle), maximum whisker curvature during touch (bottom).
