def transpose(self): rows = int(input("\nHow many rows are in your matrix? ")) cols = int(input("How many columns are in your matrix? ")) a = matrixinput.App(rows, cols).matrix transpose_a = matrixcalc.Matrix(a).transpose() print("\nThe tranposed matrix of Matrix A is:") matrixcalc.print_matrix(transpose_a) input("\nPress ENTER to return to the menu\n") Interface().menu()
def transpose(self): rows = int(input("\nHow many rows are in your matrix? ")) cols = int(input("How many columns are in your matrix? ")) a = matrixinput.App(rows, cols).matrix transpose_a = matrixcalc.Matrix(a).transpose() print("\nThe tranposed matrix of Matrix A is:") matrixcalc.print_matrix(transpose_a) input("\nPress ENTER to return to the menu\n") Interface().menu()
def scalar_mul(self): rows = int(input("\nHow many rows are in your matrix? ")) cols = int(input("How many columns are in your matrix? ")) scalar = int(input("What scalar are you multiplying your matrix by? ")) a = matrixinput.App(rows, cols).matrix scalar_a = matrixcalc.MatOperators().scalar_mul(a, scalar) print("\nThe scalar product of Matrix A is:") matrixcalc.print_matrix(scalar_a) input("\nPress ENTER to return to the menu\n") Interface().menu()
def add_or_sub(self, operator): rows = int(input("\nHow many rows are in your matrices? ")) cols = int(input("How many columns are in your matrices? ")) a = matrixinput.App(rows, cols).matrix b = matrixinput.App(rows, cols).matrix ab = operator(a, b) print("\nAnswer:") matrixcalc.print_matrix(ab) input("\nPress ENTER to return to the menu\n") Interface().menu()
def scalar_mul(self): rows = int(input("\nHow many rows are in your matrix? ")) cols = int(input("How many columns are in your matrix? ")) scalar = int(input("What scalar are you multiplying your matrix by? ")) a = matrixinput.App(rows, cols).matrix scalar_a = matrixcalc.MatOperators().scalar_mul(a, scalar) print("\nThe scalar product of Matrix A is:") matrixcalc.print_matrix(scalar_a) input("\nPress ENTER to return to the menu\n") Interface().menu()
def add_or_sub(self, operator): rows = int(input("\nHow many rows are in your matrices? ")) cols = int(input("How many columns are in your matrices? ")) a = matrixinput.App(rows, cols).matrix b = matrixinput.App(rows, cols).matrix ab = operator(a, b) print("\nAnswer:") matrixcalc.print_matrix(ab) input("\nPress ENTER to return to the menu\n") Interface().menu()
def inverse(self): rows = int(input("\nHow many rows and columns are in your matrix? ")) a = matrixinput.App(rows, rows).matrix if matrixcalc.determinant(a) == 0: print("\nSorry, matrix not invertible.") else: inverse_a = matrixcalc.inverse(a) print("\nThe inverse of Matrix A is:") matrixcalc.print_matrix(inverse_a) input("\nPress ENTER to return to the menu\n") Interface().menu()
def inverse(self): rows = int(input("\nHow many rows and columns are in your matrix? ")) a = matrixinput.App(rows, rows).matrix if matrixcalc.determinant(a) == 0: print("\nSorry, matrix not invertible.") else: inverse_a = matrixcalc.inverse(a) print("\nThe inverse of Matrix A is:") matrixcalc.print_matrix(inverse_a) input("\nPress ENTER to return to the menu\n") Interface().menu()
def mul(self): row1 = int(input("\nHow many rows are in Matrix A? ")) col1 = int(input("How many columns are in Matrix A? ")) row2 = int(input("\nHow many rows are in Matrix B? ")) col2 = int(input("How many columns are in Matrix B? ")) a = matrixinput.App(row1, col1).matrix b = matrixinput.App(row2, col2).matrix ab = matrixcalc.MatOperators().mul_matrices(a, b) print("\nThe product of Matrix A and Matrix B is:") matrixcalc.print_matrix(ab) input("\nPress ENTER to return to the menu\n") Interface().menu()
def mul(self): row1 = int(input("\nHow many rows are in Matrix A? ")) col1 = int(input("How many columns are in Matrix A? ")) row2 = int(input("\nHow many rows are in Matrix B? ")) col2 = int(input("How many columns are in Matrix B? ")) a = matrixinput.App(row1, col1).matrix b = matrixinput.App(row2, col2).matrix ab = matrixcalc.MatOperators().mul_matrices(a, b) print("\nThe product of Matrix A and Matrix B is:") matrixcalc.print_matrix(ab) input("\nPress ENTER to return to the menu\n") Interface().menu()