Make sure to use karel commands and code structure based on "Karel the Robot" from Stanford Edu

Write a script that will allow Karel to translate a dictionary of tuples indicating the corners with colors to $($a$)$ $$7\backslash$times $7$$ world and $($b$)$ $$40\backslash$times $40$$ world. Each key of the dictionary pertains to a certain row and the elements of the tuple pertains to the columns of a particular row $-$ a value of $1$ indicates that the corner must be colored, and a value of $0$ indicates that the corner must not be colored. You can choose any color as long as it is uniform. The dictionary for a $$7\backslash$times $7$$ and $$40\backslash$times $40$$ worlds are encoded in a separate code cell below.

A single script should work for all world sizes. By convention, the first row and column starts at the most top$-$left corner of the world. If the supplied dictionary data is larger than the loaded world, it would simply ignore those data which cannot be placed on the world $($e$.$g$.,$ data for columns $8$ to $40$ will be ignored in a $$7\backslash$times $7$$ world$).$

Dictionary data can be found in the image.