Actually works a lot better - might switch to this instead. Cheers!jedishrfu said:How about mathematica?
The simplify operation in MATLAB is a function that reduces symbolic expressions to their simplest form. It applies various algebraic transformations and simplifications to make expressions more concise and easier to interpret.
To use the simplify function for symbolic derivatives in MATLAB, you first need to define your symbolic variables and expressions. After computing the derivative using the diff function, you can then apply simplify to the result to obtain a simplified version of the derivative.
The main benefits of using the simplify function for symbolic derivatives include making the expressions more readable, reducing computational complexity, and aiding in the interpretation and further manipulation of the results. Simplified expressions are often easier to analyze and use in subsequent calculations.
While the simplify function is powerful and can reduce most expressions significantly, it may not always find the absolute simplest form due to the inherent complexity of symbolic mathematics. However, it generally provides a much more manageable form than the original expression.
One limitation of the simplify function is that it can be computationally intensive for very complex expressions. Additionally, the resulting simplified form may sometimes depend on the specific transformations applied, which can vary. Users should also be aware that different versions of MATLAB might have slight variations in the simplify function's behavior.