# Spatial Optimization for Regionalization, Facility Location, and Market Analysis

## Documentation for package ‘spopt’ version 0.1.2

- DESCRIPTION file
- Package NEWS
- Package README

## Help Pages

azp | Automatic Zoning Procedure (AZP)
cflp | Capacitated Facility Location Problem (CFLP)
corridor_graph | Build a Corridor Graph for Cached Routing
delivery_data | Delivery routing data for Fort Worth, TX
distance_matrix | Compute distance matrix between sf objects
frlm | Flow Refueling Location Model (FRLM)
huff | Huff Model for Market Share Analysis
lscp | Location Set Covering Problem (LSCP)
max_p_regions | Max-P Regions
mclp | Maximum Coverage Location Problem (MCLP)
nmi | Normalized moment of inertia (NMI)
plot.spopt_k_corridors | Plot k-Diverse Corridors
p_center | P-Center Problem
p_dispersion | P-Dispersion Problem
p_median | P-Median Problem
route_corridor | Least-Cost Corridor Routing
route_k_corridors | k-Diverse Corridor Routing
route_tsp | Traveling Salesman Problem (TSP)
route_vrp | Vehicle Routing Problem (VRP)
rust_azp | Solve AZP regionalization problem
rust_connected_components | Find connected components
rust_corridor | Least-cost corridor routing on a raster grid
rust_distance_matrix_euclidean | Compute Euclidean distance matrix between two sets of points
rust_distance_matrix_manhattan | Compute Manhattan distance matrix between two sets of points
rust_frlm_greedy | Solve FRLM using greedy heuristic
rust_huff | Compute Huff Model probabilities
rust_is_connected | Check if a graph is connected
rust_mst | Compute minimum spanning tree from adjacency matrix
rust_skater | Solve SKATER regionalization
rust_spenc | Solve SPENC regionalization problem
rust_tsp | Solve Traveling Salesman Problem (TSP)
rust_vrp | Solve Capacitated Vehicle Routing Problem (CVRP)
rust_ward_constrained | Solve spatially-constrained Ward clustering
second_areal_moment | Second areal moment (i.e., second moment of inertia)
skater | SKATER Spatial Clustering
spenc | Spatially-Encouraged Spectral Clustering (SPENC)
sp_weights | Create spatial weights from an sf object
tarrant_travel_times | Tarrant County Travel Time Matrix Example Data
ward_spatial | Ward Spatial Clustering