| ssebi | R Documentation | 
ssebi computes Roerink et. al (2000) S-SEBI: A simple
remote sensing algorithm to estimate the surface energy balance.
ssebi(Ts, albedo = NULL, cluster = 100, threshold = 0.2, plot = TRUE,
  Rn24 = NULL, folder = NULL, welev = NULL)
## Default S3 method:
ssebi(Ts = NULL, albedo = NULL, cluster = 100,
  threshold = 0.2, plot = TRUE, Rn24 = NULL, folder = NULL,
  welev = NULL)
| Ts | A RasterLayer data that indicates radiometric surface temperature values from remote sensing image, preferably in Kelvin (K). You can also point to raster file on your computer. | 
| albedo | A RasterLayer data that has albedo values. You can also provide file path or location on your computer | 
| cluster | numeric, a value indicating the number of clusters. | 
| threshold | numeric. Albedo inflection point threshold | 
| plot | logical:TRUE or FALSE. To indicate if histograms or triangle should be plotted | 
| Rn24 | A 24 hour net radiation [W/m2]. It is needed to estimate daily ET. 
It can be computed with  | 
| folder | An original directory of the images that contains all landsat 5,7 or 8 bands and metadata. At the moment only Landsat folder is supported | 
| welev | Weather station elevation in meters | 
EF, amax,bmax,amin,bmin
George Owusu
Roerink, G. J., Su, Z., & Menenti, M. 2000. S-SEBI: A simple remote sensing algorithm to estimate the surface energy balance. Physics and Chemistry of the Earth, Part B: Hydrology, Oceans and Atmosphere , 25(2): 147-157.
## Not run: 
#Manual data specification
albedo=raster(system.file("extdata","albedo.grd",package="sebkc"))
Ts=raster(system.file("extdata","Ts.grd",package="sebkc"))
mod=ssebi(Ts=Ts,albedo=albedo,cluster=100,threshold=0,plot=TRUE)
#Using landsat folder
folder=system.file("extdata","stack",package="sebkc")
ssebiauto=ssebi(folder=folder,welev=278)
## End(Not run)
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