Simplifying numbers in symbolic function
www.mathworks.com › matlabcentral › answersApr 30, 2014 · Simplifying numbers in symbolic function. Upon substituting into a symbolic expression I get very long analytic expressions for numbers, e.g. (2^ (1/2)* (3^ (1/2)*pi* (5^ (1/2)/4 - 1/4)* (1/120000 + i/6000000)t + .... is there any way to simplify these numbers down to a single double precision complex number in the symbolic expression to make ...
Double-precision arrays - MATLAB
https://www.mathworks.com/help/matlab/ref/double.htmlMATLAB constructs the double data type according to IEEE ® Standard 754 for double precision. The range for a negative number of type double is between -1.79769 x 10 308 and -2.22507 x 10-308, and the range for positive numbers is between 2.22507 x 10-308 and 1.79769 x 10 308. For more information on double- and single-precision floating-point values, see Floating-Point …
Algebraic simplification - MATLAB simplify
https://www.mathworks.com/help/symbolic/simplify.htmlThis MATLAB function performs algebraic simplification of expr. In most cases, to simplify a symbolic expression using Symbolic Math Toolbox™, you only need to use the simplify function. But for some large and complex expressions, you can obtain a faster and simpler result by using the expand function before applying simplify.. For instance, this workflow gives better results …
Algebraic simplification - MATLAB simplify
www.mathworks.com › help › symbolicGet Equivalent Results For Symbolic Expression. Open Live Script. Get equivalent results for a symbolic expression by setting the value of 'All' to true. syms x expr = cos (x)^2 - sin (x)^2; S = simplify (expr, 'All' ,true) S =. ( cos ( 2 x) cos ( x) 2 - sin ( x) 2) Increase the number of simplification steps to 10.