simbool {RGeostats} | R Documentation |
Perform conditional and/or non conditional boolean simulations
simbool(dbin=NA, dbout, tokens, seed=232131, flag.stat = TRUE, background=NA, facies = 1, dilate = NA, theta.cste = 1, tmax = 100, flag.simu=TRUE, flag.rank=FALSE, verbose = FALSE, radix = "Simbool", modify.target = db.locmod())
dbin |
The |
dbout |
The |
tokens |
The |
seed |
Seed used for the generation of random numbers. When 0, the seed is not initialized. |
flag.stat |
When TRUE, the stationary Poisson intensity used is passed as the argument 'theta.cste'. When FALSE, the Poisson intensity is read from the proportion variable for the first variable |
background |
Value assigned to the background |
facies |
Value assigned to the tokens |
dilate |
Vector giving the value of the Dilation Radius (in all space dimensions). |
theta.cste |
This parameter is used when flag.stat=TRUE. It gives the value of the theta intensity, constant over the whole (dilated) field. |
tmax |
Duration of the Boolean simulation iterative process |
flag.simu |
When TRUE, a variable stores the Boolean simulation. |
flag.rank |
When TRUE, a variable stores the rank of the objects. |
verbose |
Verbose flag. |
radix |
Radix of the name given to the variables storing the results in the target Db. |
modify.target |
Decides whether or not the newly created variables will have their
locator defined or not. For more information, see |
The user can ask for storing the characteristics of the Objects by typing: set.keypair("Boolean_Save",1)
The user will be able to check the characteristics of the Objects using the keypair mechanism by typing: get.keypair("Boolean_Tab"). This will return an array with one line per object. Each line contains:
1 The Type of object
2 The orientation (expressed in trigonometric degrees)
3:5 The location of the Object center
6:8 The extension of the Object
The target Db where the boolean simulation has been added.