get_fill_in_the_blanks_score {capl} | R Documentation |
Compute a fill in the blanks score.
Description
This function computes a score (fill_in_the_blanks_score
) for responses to the fill in the blanks items (story about Sally) in
the CAPL-2 Questionnaire. This score is used to compute the knowledge
and understanding domain score (ku_score
).
Usage
get_fill_in_the_blanks_score(
pa_is = NA,
pa_is_also = NA,
improve = NA,
increase = NA,
when_cooling_down = NA,
heart_rate = NA,
version = 2
)
Arguments
pa_is |
A vector representing a response to the first fill in the blank item (correct answers are 1, 7, "Fun" or "Good"). |
pa_is_also |
A vector representing a response to the second fill in the blank item (correct answers are 1, 7, "Fun" or "Good"). |
improve |
A vector representing a response to the third fill in the blank item (correct answers are 3 or "Endurance"). |
increase |
A vector representing a response to the fourth fill in the blank item (correct answers are 8 or "Strength"). |
when_cooling_down |
A vector representing a response to the fifth fill in the blank item (correct answers are 2 or "Stretches"). |
heart_rate |
A vector representing a response to the sixth fill in the blank item (correct answers are 4 or "Pulse"). |
version |
An optional numeric (integer) vector representing the version of CAPL. This argument is set to 2 by default. If set to 1, the when_cooling_down parameter will be ignored and the score re-weighted so that it's out of six. |
Details
The following integers represent the responses for the items/arguments in this function:
1 = Fun
2 = Stretches
3 = Endurance
4 = Pulse
5 = Breathing
6 = Flexibility
7 = Good
8 = Strength
9 = Bad
10 = Sport
Other capl
functions called by this function include: get_binary_score()
.
Value
Returns a numeric (integer) vector with values between 0 and 5 (if valid) or NA (if not valid).
Examples
get_fill_in_the_blanks_score(
pa_is = c(2, 3, "fun", 9),
pa_is_also = c(2, 5, "Fun", 9),
improve = c(1, 3, 10, "Endurance"),
increase = c(2, 3.5, "strength", "strength"),
when_cooling_down = c("stretches", 9, 2, ""),
heart_rate = c(3, 9, 4, "pulse")
)
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