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/*
* Copyright (c) 2019. JetBrains s.r.o.
* Use of this source code is governed by the MIT license that can be found in the LICENSE file.
*/
package jetbrains.datalore.plot.config
import jetbrains.datalore.base.gcommon.base.Preconditions.checkArgument
import jetbrains.datalore.plot.base.Aes
import jetbrains.datalore.plot.base.GeomKind
object Option {
object Meta {
const val KIND = "kind"
const val NAME = "name"
const val DATA_META = "data_meta"
const val MAP_DATA_META = "map_data_meta"
object Kind {
const val PLOT = "plot"
const val GG_BUNCH = "ggbunch"
const val POS = "pos"
}
object PubSub {
const val TAG = "pubsub"
const val CHANNEL_ID = "channel_id"
const val COL_NAMES = "col_names"
}
object GeoDataFrame {
const val GDF = "geodataframe"
const val GEOMETRY = "geometry"
}
object GeoDict {
const val TAG = "geodict"
}
object MappingAnnotation {
const val TAG = "mapping_annotations"
const val AES = "aes"
const val ANNOTATION = "annotation"
const val AS_DISCRETE = "as_discrete"
const val PARAMETERS = "parameters"
const val LABEL = "label"
}
}
object GGBunch {
const val ITEMS = "items"
object Item {
const val X = "x"
const val Y = "y"
const val WIDTH = "width"
const val HEIGHT = "height"
const val FEATURE_SPEC = "feature_spec"
}
}
object PlotBase {
const val DATA = "data"
const val MAPPING = "mapping"
}
object Plot {
const val LAYERS = "layers"
const val SCALES = "scales"
const val TITLE = "ggtitle"
const val TITLE_TEXT = "text"
const val COORD = "coord"
const val FACET = "facet"
const val THEME = "theme"
const val SIZE = "ggsize"
const val GUIDES = "guides"
}
object Layer {
const val GEOM = "geom"
const val STAT = "stat"
const val POS = "position"
const val SAMPLING = "sampling"
const val SHOW_LEGEND = "show_legend"
const val TOOLTIPS = "tooltips"
const val TOOLTIP_LINES = "tooltip_lines"
const val TOOLTIP_VARIABLES = "tooltip_variables"
const val TOOLTIP_FORMATS = "tooltip_formats"
const val TOOLTIP_ANCHOR = "tooltip_anchor"
const val TOOLTIP_MIN_WIDTH = "tooltip_min_width"
const val TOOLTIP_COLOR = "tooltip_color"
const val NONE = "none"
const val MAP_JOIN = "map_join"
}
object TooltipFormat {
const val FIELD = "field"
const val FORMAT = "format"
}
object Geom {
object Choropleth {
const val GEO_POSITIONS = "map"
}
object CrossBar {
const val FATTEN = "fatten"
}
object PointRange {
const val FATTEN = "fatten"
}
object Boxplot {
const val FATTEN = "fatten"
}
object BoxplotOutlier {
const val COLOR = "outlier_color"
const val FILL = "outlier_fill"
const val SHAPE = "outlier_shape"
const val SIZE = "outlier_size"
}
object Jitter {
const val WIDTH = "width"
const val HEIGHT = "height"
}
object Step {
const val DIRECTION = "direction"
}
object Segment {
const val ARROW = "arrow"
const val ANIMATION = "animation"
}
object Path {
const val ANIMATION = "animation"
}
object Point {
const val ANIMATION = "animation"
const val SIZE_UNIT = "size_unit"
}
object Image {
const val HREF = "href"
}
object Text {
const val LABEL_FORMAT = "label_format"
const val NA_TEXT = "na_text"
const val SIZE_UNIT = "size_unit"
}
object LiveMap {
const val DISPLAY_MODE = "display_mode"
const val INTERACTIVE = "interactive"
const val LOCATION = "location"
const val ZOOM = "zoom"
const val STROKE = "stroke"
const val SCALED = "scaled"
const val CLUSTERING = "clustering"
const val LABELS = "labels"
const val THEME = "theme"
const val PROJECTION = "projection"
const val GEODESIC = "geodesic"
const val TILES = "tiles"
const val GEOCODING = "geocoding"
const val DEV_PARAMS = "dev_params"
object Tile {
const val KIND = "kind"
const val URL = "url"
const val THEME = "theme"
const val ATTRIBUTION = "attribution"
const val MIN_ZOOM = "min_zoom"
const val MAX_ZOOM = "max_zoom"
const val KIND_VECTOR_LETS_PLOT = "vector_lets_plot"
const val KIND_RASTER_ZXY = "raster_zxy"
const val THEME_COLOR = "color"
const val THEME_LIGHT = "light"
const val THEME_DARK = "dark"
}
}
object SizeUnit {
const val X = "x"
const val Y = "y"
}
}
object Stat {
object Boxplot {
const val COEF = "coef"
const val VARWIDTH = "varwidth"
}
object Bin {
const val BINS = "bins"
const val BINWIDTH = "binwidth"
const val CENTER = "center"
const val BOUNDARY = "boundary"
}
object Bin2d {
const val BINS = "bins"
const val BINWIDTH = "binwidth"
const val DROP = "drop"
}
object Contour {
const val BINS = "bins"
const val BINWIDTH = "binwidth"
}
object Corr {
const val METHOD = "method"
const val TYPE = "type"
const val FILL_DIAGONAL = "diag"
const val THRESHOLD = "threshold"
}
object Smooth {
const val POINT_COUNT = "n"
const val METHOD = "method"
const val CONFIDENCE_LEVEL = "level"
const val DISPLAY_CONFIDENCE_INTERVAL = "se"
const val SPAN = "span"
const val POLYNOMIAL_DEGREE = "deg"
const val LOESS_CRITICAL_SIZE = "max_n"
const val SAMPLING_SEED = "seed"
}
object Density {
const val N = "n"
const val KERNEL = "kernel"
const val BAND_WIDTH = "bw" // number or string (method name)
const val ADJUST = "adjust"
const val FULL_SCAN_MAX = "fs_max" // use 'full scan' when the input size is < 'fs_max'
}
object Density2d {
const val N = "n"
const val KERNEL = "kernel"
const val BAND_WIDTH = "bw" // list of two numbers, one number or string (method name)
const val ADJUST = "adjust"
const val IS_CONTOUR = "contour"
const val BINS = "bins"
const val BINWIDTH = "binwidth"
}
}
object Scale {
const val NAME = Meta.NAME
const val AES = "aesthetic"
const val BREAKS = "breaks"
const val LABELS = "labels"
const val EXPAND = "expand"
const val LIMITS = "limits"
const val DISCRETE_DOMAIN = "discrete"
const val DISCRETE_DOMAIN_REVERSE = "reverse"
const val DATE_TIME = "datetime"
const val NA_VALUE = "na_value"
const val GUIDE = "guide"
const val FORMAT = "format"
// ToDo: TRANS
// continuous scale
const val CONTINUOUS_TRANSFORM = "trans"
// discrete scale output values
const val OUTPUT_VALUES = "values"
// shape scale
const val SHAPE_SOLID = "solid"
// gradient scale
const val LOW = "low"
const val MID = "mid"
const val HIGH = "high"
const val MIDPOINT = "midpoint"
// hue scale
const val HUE_RANGE = "h"
const val CHROMA = "c"
const val LUMINANCE = "l"
const val START_HUE = "h_start"
const val DIRECTION = "direction"
// grey scale
const val START = "start"
const val END = "end"
// color brewer
const val PALETTE_TYPE = "type"
const val PALETTE = "palette"
// range
const val RANGE = "range"
// max_size for scale_size_area
const val MAX_SIZE = "max_size"
const val SCALE_MAPPER_KIND = "scale_mapper_kind"
}
object Facet {
const val NAME = Meta.NAME
const val NAME_GRID = "grid"
const val NAME_WRAP = "wrap"
// grid
const val X = "x"
const val Y = "y"
const val X_ORDER = "x_order"
const val Y_ORDER = "y_order"
const val X_FORMAT = "x_format"
const val Y_FORMAT = "y_format"
// wrap
const val FACETS = "facets"
const val NCOL = "ncol"
const val NROW = "nrow"
const val FACETS_ORDER = "order"
const val FACETS_FILL_DIR = "dir"
const val FACETS_FORMAT = "format"
const val FACET_ORDER_ASC = 1
const val FACET_ORDER_DESC = -1
const val FACET_FILL_VERT = "v"
const val FACET_FILL_HOR = "h"
}
object Mapping {
const val GROUP = "group"
private val AES_BY_OPTION = HashMap>()
val REAL_AES_OPTION_NAMES: Iterable = AES_BY_OPTION.keys
init {
Aes.values().forEach { aes ->
AES_BY_OPTION[toOption(aes)] = aes
}
// aliases
AES_BY_OPTION["colour"] = Aes.COLOR
AES_BY_OPTION["col"] = Aes.COLOR
}
fun toAes(option: String): Aes<*> {
checkArgument(AES_BY_OPTION.containsKey(option), "Not an aesthetic: '$option'")
return AES_BY_OPTION[option]!!
}
fun toOption(aes: Aes<*>): String {
return aes.name.toLowerCase()
}
}
object Guide {
const val NONE = "none"
const val LEGEND = "legend"
const val COLOR_BAR = "colorbar"
const val COLOR_BAR_GB = "colourbar"
const val REVERSE = "reverse"
object Legend {
const val ROW_COUNT = "nrow"
const val COL_COUNT = "ncol"
const val BY_ROW = "byrow"
}
object ColorBar {
const val WIDTH = "barwidth"
const val HEIGHT = "barheight"
const val BIN_COUNT = "nbin"
}
}
object Arrow {
const val ANGLE = "angle"
const val LENGTH = "length"
const val ENDS = "ends"
const val TYPE = "type"
}
internal object Sampling {
const val NONE = "none"
const val N = "n"
const val SEED = "seed"
const val MIN_SUB_SAMPLE = "min_subsample"
}
object Theme {
const val AXIS_LINE = "axis_line"
const val AXIS_TICKS = "axis_ticks"
const val AXIS_TEXT = "axis_text"
const val AXIS_TOOLTIP = "axis_tooltip"
// tick labels
const val AXIS_TITLE = "axis_title"
const val LEGEND_POSITION = "legend_position"
const val LEGEND_JUSTIFICATION = "legend_justification"
const val LEGEND_DIRECTION = "legend_direction"
// view element
const val ELEMENT_BLANK = "blank"
}
object GeomName {
private const val PATH = "path"
private const val LINE = "line"
private const val SMOOTH = "smooth"
private const val BAR = "bar"
const val HISTOGRAM = "histogram"
private const val TILE = "tile"
private const val BIN_2D = "bin2d"
private const val MAP = "map"
private const val ERROR_BAR = "errorbar"
private const val CROSS_BAR = "crossbar"
private const val LINE_RANGE = "linerange"
private const val POINT_RANGE = "pointrange"
const val POLYGON = "polygon"
private const val AB_LINE = "abline"
private const val H_LINE = "hline"
private const val V_LINE = "vline"
private const val BOX_PLOT = "boxplot"
const val LIVE_MAP = "livemap"
const val POINT = "point"
private const val RIBBON = "ribbon"
private const val AREA = "area"
private const val DENSITY = "density"
private const val CONTOUR = "contour"
private const val CONTOURF = "contourf"
private const val DENSITY2D = "density2d"
private const val DENSITY2DF = "density2df"
private const val JITTER = "jitter"
private const val FREQPOLY = "freqpoly"
private const val STEP = "step"
private const val RECT = "rect"
private const val SEGMENT = "segment"
private const val TEXT = "text"
private const val RASTER = "raster"
const val IMAGE = "image"
private val GEOM_KIND_MAP: Map
init {
val map = HashMap()
map[PATH] = GeomKind.PATH
map[LINE] = GeomKind.LINE
map[SMOOTH] = GeomKind.SMOOTH
map[BAR] = GeomKind.BAR
map[HISTOGRAM] = GeomKind.HISTOGRAM
map[TILE] = GeomKind.TILE
map[BIN_2D] = GeomKind.BIN_2D
map[MAP] = GeomKind.MAP
map[ERROR_BAR] = GeomKind.ERROR_BAR
map[CROSS_BAR] = GeomKind.CROSS_BAR
map[LINE_RANGE] = GeomKind.LINE_RANGE
map[POINT_RANGE] = GeomKind.POINT_RANGE
map[POLYGON] = GeomKind.POLYGON
map[AB_LINE] = GeomKind.AB_LINE
map[H_LINE] = GeomKind.H_LINE
map[V_LINE] = GeomKind.V_LINE
map[BOX_PLOT] = GeomKind.BOX_PLOT
map[LIVE_MAP] = GeomKind.LIVE_MAP
map[POINT] = GeomKind.POINT
map[RIBBON] = GeomKind.RIBBON
map[AREA] = GeomKind.AREA
map[DENSITY] = GeomKind.DENSITY
map[CONTOUR] = GeomKind.CONTOUR
map[CONTOURF] = GeomKind.CONTOURF
map[DENSITY2D] = GeomKind.DENSITY2D
map[DENSITY2DF] = GeomKind.DENSITY2DF
map[JITTER] = GeomKind.JITTER
map[FREQPOLY] = GeomKind.FREQPOLY
map[STEP] = GeomKind.STEP
map[RECT] = GeomKind.RECT
map[SEGMENT] = GeomKind.SEGMENT
map[TEXT] = GeomKind.TEXT
map[RASTER] = GeomKind.RASTER
map[IMAGE] = GeomKind.IMAGE
GEOM_KIND_MAP = map
}
fun toGeomKind(geomName: String): GeomKind {
if (!GEOM_KIND_MAP.containsKey(geomName)) {
throw IllegalArgumentException("Unknown geom name: '$geomName'")
}
return GEOM_KIND_MAP[geomName]!!
}
fun values(): Set {
return GEOM_KIND_MAP.keys
}
}
object CoordName {
// coordinate systems
const val CARTESIAN = "cartesian"
const val FIXED = "fixed"
const val MAP = "map"
const val QUICK_MAP = "quickmap" // todo
const val FLIP = "flip" // todo
const val EQUAL = "equal" // todo
const val POLAR = "polar" // todo
const val TRANS = "trans" // todo
}
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