Tiles Gradient

val cities = listOf("Yerevan", "Berlin", "Amsterdam", "Paphos") val random = kotlin.random.Random(42) val year22 = List(4) { random.nextDouble() } val year23 = List(4) { random.nextDouble() } val year24 = List(4) { random.nextDouble() } val dataset = dataFrameOf( "city" to cities, "2022" to year22, "2023" to year23, "2024" to year24 ).gather("2022", "2023", "2024").into("year", "value") dataset.plot { tiles { x("city") y("year") { scale = categorical() axis.breaks(format = "d") } fillColor("value") } }

val cities = listOf("Yerevan", "Berlin", "Amsterdam", "Paphos") val random = kotlin.random.Random(42) val year22 = List(4) { random.nextDouble() } val year23 = List(4) { random.nextDouble() } val year24 = List(4) { random.nextDouble() } val dataset = mapOf( "city" to cities + cities + cities, "year" to List(4) { "2022" } + List(4) { "2023" } + List(4) { "2024" }, "value" to year22 + year23 + year24, ) dataset.plot { tiles { x("city") y("year") { scale = categorical() axis.breaks(format = "d") } fillColor("value") } }