Solve non-linear equation with MS Solver Foundation C#
Context
I would like to solve the following equation using C# algorithms, and do not want to reinvent the wheel. I examined Math.NET, and quickly turned out it only supports solving liner matrix equations with numeric methods. Searching toward I concluded that using MS Solve Foundation I can write C# code to solve my equation with some numerical method.
Question
Given the
a^x + b^x + c^x = 1
equation, where a, b, c are given constants, for
example 0.4, 0.35, 0.5. Unfortunately all MS Solver Foundation examples are optimization and problem solving, and not simple non-linear equation solving, so I do not even know what method to use, what method is suitable at all, and what are the options.
Could anyone point what are my options?
c# ms-solver-foundation
add a comment |
Context
I would like to solve the following equation using C# algorithms, and do not want to reinvent the wheel. I examined Math.NET, and quickly turned out it only supports solving liner matrix equations with numeric methods. Searching toward I concluded that using MS Solve Foundation I can write C# code to solve my equation with some numerical method.
Question
Given the
a^x + b^x + c^x = 1
equation, where a, b, c are given constants, for
example 0.4, 0.35, 0.5. Unfortunately all MS Solver Foundation examples are optimization and problem solving, and not simple non-linear equation solving, so I do not even know what method to use, what method is suitable at all, and what are the options.
Could anyone point what are my options?
c# ms-solver-foundation
add a comment |
Context
I would like to solve the following equation using C# algorithms, and do not want to reinvent the wheel. I examined Math.NET, and quickly turned out it only supports solving liner matrix equations with numeric methods. Searching toward I concluded that using MS Solve Foundation I can write C# code to solve my equation with some numerical method.
Question
Given the
a^x + b^x + c^x = 1
equation, where a, b, c are given constants, for
example 0.4, 0.35, 0.5. Unfortunately all MS Solver Foundation examples are optimization and problem solving, and not simple non-linear equation solving, so I do not even know what method to use, what method is suitable at all, and what are the options.
Could anyone point what are my options?
c# ms-solver-foundation
Context
I would like to solve the following equation using C# algorithms, and do not want to reinvent the wheel. I examined Math.NET, and quickly turned out it only supports solving liner matrix equations with numeric methods. Searching toward I concluded that using MS Solve Foundation I can write C# code to solve my equation with some numerical method.
Question
Given the
a^x + b^x + c^x = 1
equation, where a, b, c are given constants, for
example 0.4, 0.35, 0.5. Unfortunately all MS Solver Foundation examples are optimization and problem solving, and not simple non-linear equation solving, so I do not even know what method to use, what method is suitable at all, and what are the options.
Could anyone point what are my options?
c# ms-solver-foundation
c# ms-solver-foundation
asked Nov 16 '18 at 8:48
g.pickardoug.pickardou
8,8131762123
8,8131762123
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add a comment |
1 Answer
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My bad.
I figured out that my problem is not "solving" or "solve" instead it is "root-finding".
Looking for those words it turned out that Math.NET has 8 different method to do that.
Decided to leave the question here (along with this answer) instead deleting, but I am open to delete in case of close votes.
add a comment |
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1 Answer
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1 Answer
1
active
oldest
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oldest
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active
oldest
votes
My bad.
I figured out that my problem is not "solving" or "solve" instead it is "root-finding".
Looking for those words it turned out that Math.NET has 8 different method to do that.
Decided to leave the question here (along with this answer) instead deleting, but I am open to delete in case of close votes.
add a comment |
My bad.
I figured out that my problem is not "solving" or "solve" instead it is "root-finding".
Looking for those words it turned out that Math.NET has 8 different method to do that.
Decided to leave the question here (along with this answer) instead deleting, but I am open to delete in case of close votes.
add a comment |
My bad.
I figured out that my problem is not "solving" or "solve" instead it is "root-finding".
Looking for those words it turned out that Math.NET has 8 different method to do that.
Decided to leave the question here (along with this answer) instead deleting, but I am open to delete in case of close votes.
My bad.
I figured out that my problem is not "solving" or "solve" instead it is "root-finding".
Looking for those words it turned out that Math.NET has 8 different method to do that.
Decided to leave the question here (along with this answer) instead deleting, but I am open to delete in case of close votes.
edited Nov 16 '18 at 12:03
answered Nov 16 '18 at 9:18
g.pickardoug.pickardou
8,8131762123
8,8131762123
add a comment |
add a comment |
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