Mathematica: working with Module for 2 variables.

In summary, the conversation revolved around the request for help in improving a code that uses Module with two main variables, m and n, to find the output of mattop expressed in terms of m and n. The original poster received feedback that the code was complicated and may not be the most efficient way to achieve their goal. They expressed their determination to improve the code and find a simpler solution.
  • #1
kaizen.moto
98
0
Dear all,
Iam running a code which has only 2 main variables, i.e. m and n using Module. I have tried to run the code as attached but it is not working.
Please help me to improve the code so that I would be able to get qmatrix[m,n].

Perhaps, is there any other better method to use or other command apart from Module? Please let me know.

Many thanks for any response.
 

Attachments

  • ModuleExercise.nb
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Last edited:
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  • #2
That code is crazy complicated (and surely can't be the best way of doing whatever you're trying to do)... maybe come up with a simple example that displays the point of your question.

I'm not sure that the crux of the question is really about Module[] with two variables (which is what the title of your post says).
 
  • #3
Thank you for the feedback. Frankly speaking, being a new programmer, I can't find other way to simplify the code. But I will try my best to find one, no matter what ever it takes.

All the expressions in the code are expressed interms of m and n right from the top to the end, i.e. from matd until mattop. The goal of the code is to find the output of mattop, expressed in terms of m and n. Since i have named the code to qmatrix[m_,n_]:= mattop, so Iam expecting that I could determine the result of qmatrix for what ever the values of m and n.

Anyway, I take your comment positively and I endeavour to improve the code to the best I could.
 

Related to Mathematica: working with Module for 2 variables.

1. What is the purpose of using the Module function in Mathematica when working with 2 variables?

The Module function in Mathematica allows for the creation of local variables within a specific block of code. This is useful when working with multiple variables in a complex calculation, as it helps to avoid conflicts or unintended changes to variables outside of the specific module.

2. How do I declare and initialize local variables within a Module in Mathematica?

To declare a local variable within a Module, you can use the syntax "var := initial_value". This creates a local variable named "var" with the specified initial value. Multiple variables can be declared using a comma separated list, such as "var1, var2 := initial_value1, initial_value2".

3. Can I access variables defined within a Module from outside of the module?

No, by default, variables defined within a Module are local to that module and cannot be accessed from outside. However, you can use the "Module[{var}, expr]" syntax to return the value of a local variable "var" from the module as part of the overall expression "expr".

4. Is it possible to have nested Modules in Mathematica?

Yes, you can have nested Modules in Mathematica. This allows for the creation of local variables within a specific block of code, even within another Module. However, it is important to keep track of the scope of each local variable to avoid conflicts or unintended changes.

5. Are there any limitations to using the Module function in Mathematica?

One limitation of the Module function is that it can only be used within a function or procedure. Also, local variables defined within a Module cannot be used in a dynamic evaluation or in a Manipulate expression. Additionally, variables within a Module cannot be assigned global values.

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