update jumpIn and jumpIn`

_functions/transitions/jumpIn'.md

@@ -4,7 +4,21 @@ category: transitions
 ---
 
 ~~~haskell
-jumpIn' :: Int -> Time -> [ParamPattern] -> ParamPattern
+jumpIn' :: Show a => a -> Int -> ControlPattern -> IO ()
 ~~~
 
-Does a sharp "jump" cut transition after at least the specified number of cycles have passed, but only transitions at a cycle boundary (e.g. when the cycle count is an integer)
+`jumpIn'` is passed a **channel number**, an integer **number of cycles**, and a **control pattern**.
+
+`jumpIn'`does a sharp "jump" cut transition after at least the specified number of cycles have passed, but only transitions at the upcoming cycle boundary (e.g. when the cycle count is an integer). For jump cut transitions not limited to cycle boundaries, look at `jumpIn`.
+
+Given:
+~~~haskell
+d1 $ sound "bd sd*2"
+~~~
+and executing the following **anytime** within the cycle:
+~~~haskell
+jumpIn' 1 0 $ sound "rs cp*2"
+~~~
+causes the latter pattern to begin playing on channel 1 at the next upcoming cycle boundary after 0 cycles (the beginning of the next cycle starting with the `rs`).
+
+

_functions/transitions/jumpIn.md

@@ -4,7 +4,24 @@ category: transitions
 ---
 
 ~~~haskell
-jumpIn :: Int -> Time -> [ParamPattern] -> ParamPattern
+jumpIn :: Show a => a -> Int -> ControlPattern -> IO ()
 ~~~
 
-Does a sharp "jump" cut transition after the specified number of cycles have passed.
+`jumpIn` is passed a **channel number**, an integer **number of cycles**, and a **control pattern**.
+
+`jumpIn` does a sharp "jump" cut transition after the specified number of cycles have passed (not limited to cycle boundaries unlike `jumpIn'`).
+
+
+Given:
+~~~haskell
+d1 $ sound "bd sd*2"
+~~~
+and executing the following after the `bd` but before `sd*2`:
+~~~haskell
+jumpIn 1 1 $ sound "rs cp*2"
+~~~
+causes the latter pattern to begin playing on channel 1 during the next cycle (since 1 in specified) beginning with `cp*2`.
+
+
+
+