Regular solving technique as sub-function (update:24-07-07)
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[regularsolution] = regsolution(func,flag)
func = function(R-parameter)
The [regularsolution] is the symbolic expression on general maple's [solve.m] function. "R" parameter is selected as symbolic variable for [regularsolution.m]
This solution sub-function outputs are returnning the regular solution technique with solution's roots order-degree
Example;
regsolution((R^4-1)^10*(R^2+1)*(R-5),0);
or try;
regsolution((R^4-1)^10*(R^2+1)*(R-5),1);
Not: I have perused, more matlab sub- function, but I don't find, while can I do this function application with matlab's main function. If this sub-program run-application is possible the matlab main sub-function than can you send review me for this submission.
Zitieren als
Ali OZGUL (2024). Regular solving technique as sub-function (update:24-07-07) (https://www.mathworks.com/matlabcentral/fileexchange/15436-regular-solving-technique-as-sub-function-update-24-07-07), MATLAB Central File Exchange. Abgerufen .
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Inspiriert von: First-Order Degree Linear Differential Equations (Integration factor Ig=x^a*y^b) (Update: 23-06-07)
Inspiriert: Homogen Differential Equations Solving (update:27-06-07)
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Version | Veröffentlicht | Versionshinweise | |
---|---|---|---|
1.0.0.0 | updated several cyclomatic-complexity and m-lint error codes. |