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correct expression in text (#1451)

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* correct expression in text

* correct expression in text
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Sulgi Kim
2023-05-02 09:24:08 +09:00
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parent 55555d1d2c
commit 0940f148dc
1 changed files with 2 additions and 2 deletions
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data-transform.qmd
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@@ -35,7 +35,7 @@ Take careful note of the conflicts message that's printed when you load the tidy
It tells you that dplyr overwrites some functions in base R. It tells you that dplyr overwrites some functions in base R.
If you want to use the base version of these functions after loading dplyr, you'll need to use their full names: `stats::filter()` and `stats::lag()`. If you want to use the base version of these functions after loading dplyr, you'll need to use their full names: `stats::filter()` and `stats::lag()`.
So far we've mostly ignored which package a function comes from because most of the time it doesn't matter. So far we've mostly ignored which package a function comes from because most of the time it doesn't matter.
However, knowing the package can help you find help and find related functions, so when we need to be precise about which function a package comes from, we'll use the same syntax as R: `packagename::functionname()`. However, knowing the package can help you find help and find related functions, so when we need to be precise about which package a function comes from, we'll use the same syntax as R: `packagename::functionname()`.
### nycflights13 ### nycflights13
@@ -72,7 +72,7 @@ But before we discuss their individual differences, it's worth stating what they
3. The output is always a new data frame. 3. The output is always a new data frame.
Because each verb does one thing well, solving complex problems will usually require combining multiple verbs, and we'll do so with the pipe, `|>`. Because each verb does one thing well, solving complex problems will usually require combining multiple verbs, and we'll do so with the pipe, `|>`.
We'll discuss the pipe more in @sec-the-pipe, but in brief, the pipe takes the thing on its left and passes it along to the function on its right so that `x |> f(y)` is equivalent to `f(x, y)`, and `x |> f(y) |> g(z)` is equivalent to into `g(f(x, y), z)`. We'll discuss the pipe more in @sec-the-pipe, but in brief, the pipe takes the thing on its left and passes it along to the function on its right so that `x |> f(y)` is equivalent to `f(x, y)`, and `x |> f(y) |> g(z)` is equivalent to `g(f(x, y), z)`.
The easiest way to pronounce the pipe is "then". The easiest way to pronounce the pipe is "then".
That makes it possible to get a sense of the following code even though you haven't yet learned the details: That makes it possible to get a sense of the following code even though you haven't yet learned the details: