AnswerCorrect! It was designed just for this situation.a)b)Incorrect. Close, but do entire arrays make upyour new data type?Incorrect. Close, but are you combining differentC)data types in the new type?d)) Incorrect. No. Commit just allows MPI torecognize the new type; it does not create it
Answer a) Correct! It was designed just for this situation. b) Incorrect. Close, but do entire arrays make up your new data type? c) Incorrect. Close, but are you combining different data types in the new type? d) Incorrect. No. Commit just allows MPI to recognize the new type; it does not create it
Self Test3.The C syntax for the MPI TYPE CONTIGUOUSsubroutine isMPl_Type_contiguous (count, oldtype, newtype)The argument names should be fairly self-explanatory, but ifyou want thier exact definition you can look them up atthe MPi home page.For the derived datatype we have been discussing in theprevious problems, what would be the values for thecount, oldtype, and newtype arguments respectively?a)2, MPI_REAL, Pointb)3, REAL, Pointc)3, MPI INTEGER, Coord:d)3, MPI REAL,Point
Self Test 3. The C syntax for the MPI_TYPE_CONTIGUOUS subroutine is MPI_Type_contiguous (count, oldtype, newtype) The argument names should be fairly self-explanatory, but if you want thier exact definition you can look them up at the MPI home page. For the derived datatype we have been discussing in the previous problems, what would be the values for the count, oldtype, and newtype arguments respectively? a) 2, MPI_REAL, Point b) 3, REAL, Point c) 3, MPI_INTEGER, Coord: d) 3, MPI_REAL, Point