![]() matmul (A, phi ) - b ) step += 1 print ( "Step ". shape ) : if j != i : sigma += A * phi phi = ( 1 - omega ) * phi + (omega / A ) * (b - sigma ) residual = np. #Updating the secondary and tertiary diagonals to -1 for i in range ( len (QuestionMatrix ) ) : for j in range ( len (QuestionMatrix ) ) : if not i =j : if i - 3 convergence_criteria : for i in range (A. ![]() ![]() diag (lengthArrayBase ) QuestionMatrix = * len (lengthArrayBase ) for _ in range ( len (lengthArrayBase ) ) ] for i, e in enumerate (lengthArrayBase ) : QuestionMatrix = e LengthArrayBase = * 50 #Array of 50 element where each entry is 5 solutionArrayBase = * 50 #Array of 50 element where each entry is 2 solutionArrayBase = 1 #Updating the first entry to 1 solutionArrayBase = 1 #Updating the last entry to 1 initialConditionArray = * 50 #Array of 50 element where each entry is 0 #Diagnalizing the matrix by 5 np.
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