Calculates the Q probability, representing the pull to the target. The number of steps on which the Q prob will be quantified is number of total segments less than one (the last step is defined by the target itself).
qProb.3d(sim, n.locs, parallel = FALSE, maxBin = 25)the result of sim.uncond.3d, or a data frame with at least x,y,z-coordinates, the arrival azimuth and the arrival gradient.
number of total segments to be modeled, the length of the desired conditional empirical random walk
logical: run computations in parallel (n-1 cores)? Or numeric: the number of nodes (maximum: n - 1 cores)
numeric scalar, maximum number of bins per dimension of the tld-cube (turnLiftStepHist)
A list containing the Q - tldCubes for every step
qProb.3d(niclas, 3)
#> |Extracting Q probabilities for 3 steps
#>
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|======================================================================| 100%
#> |Elapsed time: 0s
#> [[1]]
#> [[1]]$values
#> turn lift step prob
#> 2 -0.353684014 -0.26142679 1865.097 0.03333333
#> 12 0.170112206 -0.13612579 1865.097 0.03333333
#> 17 -0.179085274 -0.09445602 1865.097 0.03333333
#> 18 -0.004486534 -0.09445602 1865.097 0.03333333
#> 23 -0.353684014 -0.05278625 1865.097 0.03333333
#> 27 0.344710946 -0.05278625 1865.097 0.03333333
#> 32 -0.004486534 -0.01111648 1865.097 0.03333333
#> 33 0.170112206 -0.01111648 1865.097 0.03333333
#> 38 -0.179085274 0.03055329 1865.097 0.03333333
#> 43 -0.878265928 0.07222306 1865.097 0.03333333
#> 81 -0.004486534 -0.09445602 3707.217 0.03333333
#> 95 -0.004486534 -0.01111648 3707.217 0.03333333
#> 105 0.520095381 0.03055329 3707.217 0.03333333
#> 116 -0.004486534 0.11389283 3707.217 0.03333333
#> 119 0.520095381 0.11389283 3707.217 0.03333333
#> 149 -0.353684014 -0.05278625 5549.338 0.03333333
#> 157 -0.179085274 -0.01111648 5549.338 0.10000000
#> 158 -0.004486534 -0.01111648 5549.338 0.06666667
#> 161 0.520095381 -0.01111648 5549.338 0.03333333
#> 164 -0.179085274 0.03055329 5549.338 0.03333333
#> 165 -0.004486534 0.03055329 5549.338 0.06666667
#> 166 0.170112206 0.03055329 5549.338 0.03333333
#> 172 -0.004486534 0.07222306 5549.338 0.03333333
#> 173 0.170112206 0.07222306 5549.338 0.03333333
#> 180 0.170112206 0.11389283 5549.338 0.03333333
#> 189 0.520095381 0.28086360 5549.338 0.03333333
#>
#> [[1]]$tRes
#> [1] 0.1745987
#>
#> [[1]]$lRes
#> [1] 0.04166977
#>
#> [[1]]$dRes
#> [1] 1839.362
#>
#>