install.packages("rcolors")
This is a basic example which shows you how to use rcolors
:
library(rcolors)
cols = rcolors$amwg_blueyellowred
show_cols(cols)
(cols_1 = get_color(rcolors$amwg_blueyellowred, n = 20))
#> [1] "#8220F0" "#1B06A8" "#0000B5" "#1726D4" "#3B6FE5" "#1F8DFD" "#07B2FF"
#> [8] "#54C9FF" "#AFDDFF" "#D6F6F9" "#FAFDCD" "#FFEA61" "#FFC61A" "#FF9A00"
#> [15] "#FF6800" "#FF1100" "#DC0000" "#B70E0E" "#B33141" "#FF69B4"
(cols_2 = get_color("amwg_blueyellowred", n = 20))
#> [1] "#8220F0" "#1B06A8" "#0000B5" "#1726D4" "#3B6FE5" "#1F8DFD" "#07B2FF"
#> [8] "#54C9FF" "#AFDDFF" "#D6F6F9" "#FAFDCD" "#FFEA61" "#FFC61A" "#FF9A00"
#> [15] "#FF6800" "#FF1100" "#DC0000" "#B70E0E" "#B33141" "#FF69B4"
print(names(colors_group))
#> [1] "aid in color blindness" "banded" "blue"
#> [4] "blue_green" "blue_purple" "blue_red"
#> [7] "blue_yellow_red" "brewer" "brown_copper"
#> [10] "circular" "colorbrewer" "earth_ocean"
#> [13] "faded" "gmt" "grads"
#> [16] "gray" "green" "green_purple"
#> [19] "green_yellow" "matplotlib" "meteoswiss"
#> [22] "miscellaneous" "ncview" "oceanography"
#> [25] "purple" "rainbow" "red_green"
#> [28] "red_orange" "red_purple" "small rainbow"
#> [31] "starts-with-white" "svg" "vegetation"
#> [34] "white-in-the-middle"
show_cols(colors_group$rainbow, margin = 14)
about color tables | named colors
cmocean_curl![]() |
drought_severity![]() |
GMT_red2green![]() |
helix1![]() |
---|---|---|---|
MPL_RdYlGn![]() |
SVG_fs2006![]() |
cmocean_speed![]() |
GreenYellow![]() |
MPL_summer![]() |
MPL_YlGn![]() |
---|---|---|---|
cmocean_matter![]() |
MPL_gnuplot![]() |
MPL_PuRd![]() |
MPL_RdPu![]() |
---|---|---|---|
sunshine_diff_12lev![]() |
cmocean_dense![]() |
GMT_cool![]() |
MPL_cool![]() |
---|---|---|
GreenMagenta16![]() |
MPL_PRGn![]() |
---|---|
cmocean_ice![]() |
MPL_Blues![]() |
MPL_PuBu![]() |
WhiteBlue![]() |
---|---|---|---|
MPL_BuPu![]() |
MPL_Purples![]() |
---|---|
cmocean_algae![]() |
cmocean_tempo![]() |
MPL_BuGn![]() |
MPL_Greens![]() |
---|---|---|---|
WhiteGreen![]() |
circular_0![]() |
circular_1![]() |
circular_2![]() |
cmocean_phase![]() |
---|---|---|---|
GrayWhiteGray![]() |
matlab_lines![]() |
default![]() |
helix![]() |
hlu_default![]() |
lithology![]() |
---|---|---|---|
thelix![]() |
MPL_BrBG![]() |
NEO_div_vegetation_a![]() |
NEO_div_vegetation_b![]() |
NEO_div_vegetation_c![]() |
---|---|---|---|
NEO_modis_ndvi![]() |
NOC_ndvi![]() |
vegetation_ClarkU![]() |
vegetation_modis![]() |
grads_default![]() |
grads_rainbow![]() |
---|---|
NCV_banded![]() |
NCV_blu_red![]() |
NCV_blue_red![]() |
NCV_bright![]() |
---|---|---|---|
NCV_gebco![]() |
NCV_jaisnd![]() |
NCV_jet![]() |
NCV_manga![]() |
NCV_rainbow2![]() |
NCV_roullet![]() |
ncview_default![]() |
SVG_bhw3_22![]() |
SVG_es_landscape_79![]() |
SVG_feb_sunrise![]() |
SVG_foggy_sunrise![]() |
---|---|---|---|
SVG_fs2006![]() |
SVG_Gallet13![]() |
SVG_Lindaa06![]() |
SVG_Lindaa07![]() |
CBR_coldhot![]() |
CBR_drywet![]() |
CBR_set3![]() |
CBR_wet![]() |
---|---|---|---|