Description Usage Arguments Details Value Note Author(s) Examples
Generate spatial variables needed for simulation. The surfaceRaster
resolution
will be used for all calculated impacts and defines the smallest resolution of placing well pads.
1 2 | prepareSimSpatial(surfaceRaster, auOutline, EA, sweetOutline = NULL,
affineMatrix = NULL)
|
surfaceRaster |
Surface raster with desired resolution for modeling impacts |
auOutline |
The AU outline shapefile. |
EA |
Oil or gas continuous assessment from |
sweetOutline |
Optional. The Sweet Spot shapefile. If not provided, |
affineMatrix |
Optional. The affine matrix to use in |
If affineMatrix
is not provided, default scaling of the AU extent will occur using
the shapefile centroid and scaleShape
.
List for use in spatial simulation. Do not alter output from this function, as the list
is required for use of other functions such as prepareSimDistributions
or prepareRusle
.
Edited by CDMartinez 6 April 17
Created by CDMartinez 15 Sept 16
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 | library(raster)
OGasmt = continuousAssessment(auMC = 50000,
auType = 'Gas',
auProbability = 1,
auAreaProductive = c(2220000,2800000,3742000),
auAreaDrainage = c(10,20,40),
auPercAreaUntested = c(93,96,99),
auPercAreaSweet = c(100,100,100),
auPercFutureSS = c(80,92,94),
auEURss = c(0.15,0.4,0.65),
auLGR = c(.08,.5,1),
year = 2012)
rBase = raster(resolution = c(10,10), xmn = 0, xmx = 100, ymn = 0, ymx = 100)
values(rBase) = seq(1:100)
points = rbind(c(30, 40), c(30, 50), c(40, 50), c(40, 60), c(50, 60), c(60, 60),
c(60, 50), c(50, 50), c(50, 40), c(40, 40), c(30, 40))
shape = spPolygons(points)
plot(rBase)
lines(shape)
spatialPrep <- prepareSimSpatial(rBase,shape, OGasmt)
|
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