init_pal initializes basic color information
(i.e., all colors corresponding to functional roles in
the current scenario and used throughout the riskyr package).
Usage
init_pal(
N_col = pal_def["N"],
cond_true_col = pal_def["cond_true"],
cond_false_col = pal_def["cond_false"],
dec_pos_col = pal_def["dec_pos"],
dec_neg_col = pal_def["dec_neg"],
dec_cor_col = pal_def["dec_cor"],
dec_err_col = pal_def["dec_err"],
hi_col = pal_def["hi"],
mi_col = pal_def["mi"],
fa_col = pal_def["fa"],
cr_col = pal_def["cr"],
PPV_col = pal_def["ppv"],
NPV_col = pal_def["npv"],
txt_col = pal_def["txt"],
bg_col = pal_def["bg"],
brd_col = pal_def["brd"]
)Arguments
- N_col
Color representing the population of
Ncases or individuals.- cond_true_col
Color representing cases of
cond_true, for which the current condition isTRUE.- cond_false_col
Color representing cases of in
cond_false, for which the current condition isFALSE.- dec_pos_col
Color representing cases of
dec_pos, for which the current decision ispositive.- dec_neg_col
Color representing cases in
dec_neg, for which the current decision isnegative.- dec_cor_col
Color representing cases of correct decisions
dec_cor, for which the current decision isaccurate.- dec_err_col
Color representing cases in erroneous decisions
dec_err, for which the current decision isinaccurate.- hi_col
Color representing hits or true positives in
hi(i.e., correct cases for which the current condition is TRUE and the decision is positive).- mi_col
Color representing misses or false negatives in
mi(i.e., incorrect cases for which the current condition is TRUE but the decision is negative).- fa_col
Color representing false alarms or false positives in
fa(i.e., incorrect cases for which the current condition is FALSE but the decision is positive).- cr_col
Color representing correct rejections or true negatives in
cr(i.e., correct cases for which the current condition is FALSE and the decision is negative).- PPV_col
Color representing positive predictive values
PPV(i.e., the conditional probability that the condition is TRUE, provided that the decision is positive).- NPV_col
Color representing negative predictive values
NPV(i.e., the conditional probability that the condition is FALSE, provided that the decision is negative).- txt_col
Color used for text labels.
- bg_col
Background color of plot (used to set
par(bg = bg_col)).- brd_col
Color used for borders (e.g., around bars or boxes).
Details
All color information of the current scenario
is stored as named colors in a list pal.
init_pal allows changing colors by assigning
new colors to existing names.
See also
num contains basic numeric parameters;
init_num initializes basic numeric parameters;
txt contains current text information;
init_txt initializes text information;
pal contains current color information;
init_pal initializes color information;
freq contains current frequency information;
comp_freq computes current frequency information;
prob contains current probability information;
comp_prob computes current probability information.
Other functions initializing scenario information:
init_num(),
init_txt(),
riskyr()
Examples
init_pal() # => define and return a vector of current (default) colors
#> N cond_true cond_false dec_pos
#> "#E6E6E6FC" "lightgoldenrod1" "lightskyblue2" "rosybrown3"
#> dec_neg dec_cor dec_err hi
#> "lightsteelblue3" "palegreen3" "firebrick3" "olivedrab4"
#> mi fa cr ppv
#> "tomato3" "lightsalmon2" "olivedrab3" "sienna1"
#> npv txt brd bg
#> "steelblue3" "#030303FC" "#333333FC" "white"
length(init_pal()) # => 15 named colors
#> [1] 16
pal <- init_pal(N_col = "steelblue4") # => change a color (stored in pal)
pal <- init_pal(brd_col = NA) # => remove a color
