Question: Question: A Matrix with N rows and M columns is shown in the following figure. Develop a general purpose Fortran Compiler Code to get four

Question: A Matrix with N rows and M columns is shown in the following figure. Develop a general purpose Fortran Compiler Code to get four sub matrices which are named as A, B, C and D from the original matrix and assemble the final form as shown in the following picture. (100 points). a) Evaluation of the sub matrices (A, B, C and D) 15 pts. ( * 2 for good programming technique understandability by providing appropriate commands on the code and user friendly programming technique). Totally 30 pts. b) Assembly of the final form 15 pts. ( * 2 for good programming technique understandability by providing appropriate commands on the code and user friendly programming technique). Totally 30 pts. c) Verify the computer program by using an input data matrix. Both of the N and M values must be greater than or equal to 8. Totally 40 pts. Not: Grades are valid for only Independently prepared, correct and general purpose programming technique (especially with correct subscripts) -M- -M1 -M2 N A B Original matrix z N C -M -M2 -M, N D Final form of the matrix N B A NA Question: A Matrix with N rows and M columns is shown in the following figure. Develop a general purpose Fortran Compiler Code to get four sub matrices which are named as A, B, C and D from the original matrix and assemble the final form as shown in the following picture. (100 points). a) Evaluation of the sub matrices (A, B, C and D) 15 pts. ( * 2 for good programming technique understandability by providing appropriate commands on the code and user friendly programming technique). Totally 30 pts. b) Assembly of the final form 15 pts. ( * 2 for good programming technique understandability by providing appropriate commands on the code and user friendly programming technique). Totally 30 pts. c) Verify the computer program by using an input data matrix. Both of the N and M values must be greater than or equal to 8. Totally 40 pts. Not: Grades are valid for only Independently prepared, correct and general purpose programming technique (especially with correct subscripts) -M- -M1 -M2 N A B Original matrix z N C -M -M2 -M, N D Final form of the matrix N B A NA
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