Function reference • shadow

All functions
`SVF(<SpatialPoints>)` `SVF(<Raster>)`	Sky View Factor (SVF) calculation
`beersheva_build`	Polygonal layer of 376 buildings in Beer-Sheva
`beersheva_elev`	DEM of Ramot neighborhood, Beer-Sheva
`boston_block`	Polygonal layer of a building block in Boston
`boston_build`	Polygonal layer of three buildings in Boston
`boston_park`	Polygonal layer of a park in Boston
`boston_sidewalk`	Polygonal layer of sidewalks in Boston
`build`	Polygonal layer of four buildings in Rishon
`classifyAz()`	Classify azimuth of line segments
`coefDirect()`	Coefficient of Direct Normal Irradiance reduction
`deg2rad()`	Degrees to radians
`inShadow(<SpatialPoints>,<Raster>,<missing>,<missing>)` `inShadow(<SpatialPoints>,<missing>,<ANY>,<ANY>)` `inShadow(<Raster>,<missing>,<ANY>,<ANY>)`	Logical shadow calculation (is given point shaded?) for 3D points considering sun position and obstacles
`plotGrid()`	Interactive plot for 3D spatial points
`rad2deg()`	Radians to degrees
`radiation()`	Estimation of Direct and Diffuse Radiation Load on Extruded Polygon Surfaces
`ray()`	Line between two points
`shadow`	`shadow`: R Package for Geometric Shade Calculations
`shadowFootprint(<SpatialPolygonsDataFrame>)`	Shadow footprint on the ground
`shadowHeight(<SpatialPoints>)` `shadowHeight(<Raster>)`	Shadow height calculation considering sun position and obstacles
`shiftAz()`	Shift features by azimuth and distance
`solarpos2()`	Calculate solar position(s) for location and time
`surfaceGrid()`	Create grid of 3D points covering the 'facades' and 'roofs' of obstacles
`tmy`	Typical Meteorological Year (TMY) solar radiation in Tel-Aviv
`tmy2`	Typical Meteorological Year (TMY) solar radiation in Beer-Sheva
`toGMT()`	Local time to GMT
`toSeg()`	Split polygons or lines to segments

Reference

All functions