Black-crested Titmouse (Baeolophus atricristatus) hybrid index=6 |
Tufted Titmouse (Baeolophus bicolor) hybrid index=0 |
First, in case you want to go back to the way things were before, set the name of your default colors before you've changed them.
(default.colors<-palette()) #saves the color scheme you already have.
#The parentheses around it also prints it so you can see what's already happening.
#[1] "black" "red" "green3" "blue" "cyan" "magenta" "yellow" "gray"
#Now it's safe to change to what you want. You can always go back if needed now.
#This function, gray.colors, asks for
#([number of colors], start=[start of gray ramp], end=[ending value of gray ramp],
#alpha=[optional opacity/transparency value, which I did not use in this example]).
#The gray ramp start and end values must be between 0 (black) and 1 (white).
#Here I had mine start with white (because I wanted "1" to equal "white"
#and "7" to equal "black" in the finished ramp.
#Essentially, I've asked for a seven-unit gray scale going from white to black.
#[1] "#FFFFFF" "#EBEBEB" "#D4D4D4" "#BABABA" "#9B9B9B" "#717171" "#000000"
#These are in hex codes, though some will show up as descriptions later.
palette(gray)
#the argument to palette() is a value. We have used "gray" that we created above.
#Since the hybrid index goes from 0 to 6, if I use the palette without adding 1 to my index values,
#the argument to palette() is a value. We have used "gray" that we created above.
#Since the hybrid index goes from 0 to 6, if I use the palette without adding 1 to my index values,
#it will put 0 as no color and no bird will get 7 (black).
#This is easily solved by pretending the hybrid index values are 1 through 7.
#In my example, this can be done by indexsum+1 when I'm inputting color options in the plotting function.
#You can make whatever adjustments are needed to your variable that specifies color
#To get it to match the ramp. Copy your color variable first and make changes on the copy.
#This is easily solved by pretending the hybrid index values are 1 through 7.
#In my example, this can be done by indexsum+1 when I'm inputting color options in the plotting function.
#You can make whatever adjustments are needed to your variable that specifies color
#To get it to match the ramp. Copy your color variable first and make changes on the copy.
palette()#shows your current palette (either description or hex codes).
#[1] "white" "gray92" "gray83" "gray73" "#9B9B9B" "#717171" "black"
#I believe it changes the hex codes to named colors where available.
#It will be used until you say otherwise.
#I believe it changes the hex codes to named colors where available.
#It will be used until you say otherwise.
#If you want to go back to the original color palette after this section of code is over,
#just use your default that you saved at the start.
palette(default.colors) #return to original color scheme. You can check this using...
palette() #See, it works!
#just use your default that you saved at the start.
palette(default.colors) #return to original color scheme. You can check this using...
palette() #See, it works!
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