library(ggplot2)
library(igraph)
library(networkD3)
library(parallel)
library(foreach)
library(doParallel)
library(htmlwidgets)
library(webshot)
library(tidygraph)
library(ggraph)

source('R/EdgeVertices.R')
source('R/ConvertLevelsets.R')
source('R/Cover.R')
source('R/Cluster.R')
source('R/SimplicialComplex.R')
source('R/MapperAlgo.R')
source('R/Plotter.R')
source('R/FMapper.R')
source('inst/example/ExampleData.R')

data <- get(data("iris"))
library(ppclust)
library(factoextra)
library(cluster)
library(fclust)

FMapper <- FuzzyMapperAlgo(
  original_data = data[,1:4],
  filter_values = data[,1:2],
  cluster_n = 8,
  fcm_threshold = 0.2,
  # methods = "hierarchical",
  # method_params = list(num_bins_when_clustering = 1, method = 'ward.D2'),
  methods = "kmeans",
  method_params = list(max_kmeans_clusters = 2)
)

MapperPlotter(FMapper, label=data$Species, avg=FALSE, use_embedding=FALSE)
MapperPlotter3D(FMapper, label=data$Species, avg=FALSE, use_embedding=FALSE)

g <- graph_from_adjacency_matrix(FMapper$adjacency, mode = "undirected")
e_result <- eigen_centrality(g)
MapperPlotter(FMapper, label=e_result$vector, avg=FALSE, use_embedding=TRUE)

source('R/MapperCorrelation.R')
MapperCorrelation(FMapper, labels = list(data$Sepal.Length, data$Sepal.Width))


source('R/CPEmbedding.R')
data$PW_group <- ifelse(data$Sepal.Width > 1.5, "wide", "narrow")
embedded <- CPEmbedding(FMapper, data, columns = list("PW_group", "Species"), a_level = "wide", b_level = "versicolor")
MapperCorrelation(FMapper, labels = list(data$Sepal.Length, embedded), use_embedding = list(FALSE, TRUE))


library(jsonlite)

export_data <- list(
  adjacency = FMapper$adjacency,
  num_vertices = FMapper$num_vertices,
  level_of_vertex = FMapper$level_of_vertex,
  points_in_vertex = FMapper$points_in_vertex,
  input_params = FMapper$input_params,
  original_data = data
)

write(toJSON(export_data, auto_unbox = TRUE), "~/desktop/data.json")
