diff --git a/labs/list_iterators_new/README.md b/labs/list_iterators_new/README.md index c54bce9..1d3e4f7 100644 --- a/labs/list_iterators_new/README.md +++ b/labs/list_iterators_new/README.md @@ -46,6 +46,10 @@ Example 6: This is the [original GIF](pool_real.gif). And this is the [reversed GIF](pool_fake.gif). +Example 7: + +This is the [original GIF](girl_real.gif). And this is the [reversed GIF](girl_fake.gif). + ## Starter Code The starter code [main.cpp](main.cpp) defines a class named GifFrame to represents GIF frames. Each object of this class represents one frame. @@ -128,8 +132,7 @@ typename std::list::iterator itr = data.begin(); ``` --> -**To complete this checkpoint**, show a TA/mentor your debugged functions to reverse STL lists by element swapping. TA/mentor will specify one original GIF image file, and you rena -me that file to *input.gif*. After that you run your program, and it should produce the reversed GIF, show the reversed GIF to the TA/mentor. +**To complete this checkpoint**, show a TA/mentor your debugged functions to reverse STL lists by element swapping. TA/mentor will specify one original GIF image file, and you rename that file to *input.gif*. After that you run your program, and it should produce the reversed GIF, show the reversed GIF to the TA/mentor. ## Checkpoint 3: Reverse with STL List Using Insert/Erase/Push/Pop *estimate: TBD* @@ -149,8 +152,7 @@ Note that these solutions are quite different than the algorithms that reverse a values. Test and debug your own code before helping your teammates. Discuss the similarities and differences between the solutions to each version of the reverse function. -**To complete this checkpoint**, as a team, present your debugged solutions to a TA or mentor. TA/mentor will specify one original GIF image file, and you rena -me that file to *input.gif*. After that you run your program, and it should produce the reversed GIF, show the reversed GIF to the TA/mentor. +**To complete this checkpoint**, as a team, present your debugged solutions to a TA or mentor. TA/mentor will specify one original GIF image file, and you rename that file to *input.gif*. After that you run your program, and it should produce the reversed GIF, show the reversed GIF to the TA/mentor.