Man pages for AWF-GAUG/fisim
Forest Inventory Simulator (fisim) is a package for simulating response and samplign designs common in forest inventories.
| angle_count | Select trees proportional to size using... |
| edge_corr_wt | Performs the _walkthrough_ edge-correction method for a set... |
| est_density | Helper function to estimate density of tree locations per... |
| est_srs | Simple random sampling estimator of population means |
| extract_area | Helper function to extract the area slots from... |
| extract_data | Helper function to extract population elements into a sample... |
| fisim | fisim |
| fixed_area | Select trees at sample locations using fixed-area plots |
| hberg_beech | Full census of a beech forest in G<c3><b6>ttingen, Germany |
| hello | Hello, World! |
| is.point_data | Check if an object is a point data object. |
| is.response | Check if an object is a response design object. |
| is.sample_loc | Check if an object is a sample locations object. |
| is.tree_pop | Check if an object is a tree population. |
| is.tree_sample | Check if an object is a tree sample object. |
| kalimantan_peat | Full census of a peat swamp forest in Kalimantan on Borneo... |
| k_tree | The 'k' trees closest to a sample location are selected into... |
| point_data | Create objects of class 'point_data' |
| rcpp_hello | Hello, Rcpp! |
| response | Objects of class response |
| sample_loc | Objects of class sample_loc |
| sum_data | Summarizing of tree-level |
| sum_ef | Expansion-factor-based summarizing of tree-level data |
| sum_k_tree | Summarizing of tree-level data for k-tree sampling |
| tree_pop | Objects of class tree_pop |
| tree_sample | The function 'tree_sample' creates tree sample objects. Such... |
| xy_sample | Sample locations in a study area of rectangular shape |
| xy_sample_random | Place a number of points randomly in a polygon of arbitrary... |
| xy_sample_regular | Place a regular sampling grid over a polygon of arbitrary... |
