R/global.R

In HVT: Constructing Hierarchical Voronoi Tessellations and Overlay Heatmaps for Data Analysis

#' @importFrom utils globalVariables

utils::globalVariables(c(".","k","Segment.Level","Segment.Child","Quant.Error",
                         "noOfCellsBelowQuantizationError","noOfCells","index",
                         "Segment.Parent","cluster","child","value", "hvq_k","..count..",":=",
                         "min_dist", "perc", "Centroid_Type", "polygon_x", "polygon_y",
                         "quantError", "kout$cluster", 'kmedoids_model[["clustering"]]',
                         "cellID", "Mean_Absolute_Deviation", "Percentage_of_Anomalous_Points",
                         "hvt.results", "Index", "centroidRadius", "sumOriginal", "Quant.Error.x",
                         "n.x", "n.y", "Quant.Error.y", "Scored.Quant.Error", "anomalyFlag", "Row.No", "x_coord", "y_coord",
                         "bp.x", "bp.y", "x", "y", "density","Cell.ID","Cell.Number","MapA.Cell.ID","MapA.Segment.Child","MapA.Segment.Level"
                         ,"MapA.Segment.Parent","MapC.Cell.ID","MapC.Cell.Path","MapC.Segment.Child","MapC.Segment.Level","MapC.Segment.Parent",
                         "Row.Number","identified_outlier_cells", "Cell.ID.x", "Cell.ID.y", "Layer1.Cell.ID", "Layer2.Cell.ID", "Segment.Child.x",
                        "Segment.Child.y", "Segment.Level.x", "Segment.Level.y", "Segment.Parent.x", "Segment.Parent.y", "identified_Novelty_cells",
                        "mapC_cell_path", "results_df","hc","clusters","cluster_data","centroid_data"))