Use MARS software to develop a well-documented MIPS Assembly program that: 1) defines in the data segment a static matrix named mymat consisting of 6x8 elements and initializes them with any float values; 2) prints the elements of array mymat 8 values per line separated by two colons :: ; 3) prompts the user to enter from the KBD 2 integer numbers col1 and col2 in the range 0 to 7 representing column numbers in the matrix mymat, validates the entered values and if wrong values are entered prints a proper error message and prompts the user to enter again. 4) swaps the elements of columns specified by the values of col1 and col2. 5) prints the elements of array mymat 8 values per line separated by two colons $$ ; 6) creates a dynamic array named new and fills it with elements from row #3 of mymat. 7) prints the elements of array new separated by one star * at the beginning of a new line. Program output MUST be self-readable: Use proper messages in your output
Use MARS software to develop a well-documented MIPS Assembly program that:
1) defines in the data segment a static matrix named mymat consisting of 6x8 elements and
initializes them with any float values;
2) prints the elements of array mymat 8 values per line separated by two colons :: ;
3) prompts the user to enter from the KBD 2 integer numbers col1 and col2 in the range 0 to 7
representing column numbers in the matrix mymat, validates the entered values and if
wrong values are entered prints a proper error message and prompts the user to enter again.
4) swaps the elements of columns specified by the values of col1 and col2.
5) prints the elements of array mymat 8 values per line separated by two colons $$ ;
6) creates a dynamic array named new and fills it with elements from row #3 of mymat.
7) prints the elements of array new separated by one star * at the beginning of a new line.
Program output MUST be self-readable: Use proper messages in your output.
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