Determining and evaluating high-risk zones

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Documentation for package ‘highriskzone’ version 1.0

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highriskzone-package Determining high risk zones using point process methodology
check_det_hrz_input Checks the arguments of det_hrz
craterA Bomb crater Point Pattern
craterB Bomb crater Point Pattern
det_alpha calculation of alpha (failure probability), when having the threshold c
det_area Calculation of the area of the high-risk zone.
det_hrz Determination of the high-risk zone.
det_nnarea Determination of the area of a high-risk zone using the next neighbour distance.
det_nsintens Determination of the intensity for the Neyman Scott simulation.
det_radius Determination of the next neighbour distance which results in a high-risk zone with desired area
det_threshold Calculation of the threshold c, when having failure probability alpha.
det_thresholdfromarea Determination of alpha and the threshold c which results in a high-risk zone with desired area.
est_intens Estimates the intensity of the point pattern.
eval_hrz Evaluation of the high-risk zone.
eval_method Evaluation of the procedures determining the high-risk zone.
highriskzone Determining high risk zones using point process methodology
highriskzone.object Determination of the high-risk zone.
package-highriskzone Determining high risk zones using point process methodology
plot.highriskzone Plot a high-risk zone
plot.hrzeval Visualize the evaluation of a high-risk zone.
print.highriskzone Print Brief Details of a high-risk zone
print.hrzeval Print Brief Details of a the evaluation of a high-risk zone
read_pppdata Read data, so it can be used for high-risk zone methodology.
sim_intens Simulation on given intensity
sim_nsppp Generation of a realisation of a Neyman-Scott process
sim_nsprocess Simulation of the Neyman-Scott process.
summary.highriskzone Summary of a high-risk zone
summary.hrzeval Summary of a the evaluation of a high-risk zone
thin Thinning of the observations (for evaluating the method)