How Can I Display 60x60 Matrices in MATLAB?

  • Thread starter yeongchuan88
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In summary, a display matrix is a visual representation of data using rows and columns. Common problems when working with display matrices include missing or incorrect data, inconsistent formatting, and difficulty interpreting the information. Display matrices can be useful in scientific research for organizing and analyzing data. To create and display a matrix effectively, careful selection and organization of data, clear formatting, and appropriate labeling are important. Errors in a display matrix can be identified and corrected by double-checking data and calculations and comparing to the original data set.
  • #1
yeongchuan88
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[input_pattern, input_class]=loading(file_name,no_sample,no_vector);

input_pattern and input_class are 60 X 60 matrices, how can I display these matrices ?

Thank you.
 
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  • #2
You'll have to let us know what language / program this is in. If this is MATLAB, all you need to do do display is to type the variable name. For instance:

>> input_pattern

will display the 60x60 matrix. However, using the semicolon ';' suppresses display. Typing the following in MATLAB won't display the matrix:

>> input_pattern;
 

Related to How Can I Display 60x60 Matrices in MATLAB?

1. What is a display matrix?

A display matrix is a mathematical representation of data or information in a visual format, typically using rows and columns to organize and display the data.

2. What are the common problems encountered when working with display matrices?

Some common problems that can arise when working with display matrices include missing or incorrect data, inconsistent formatting, and difficulty interpreting the information presented.

3. How can display matrices be used in scientific research?

Display matrices can be used in scientific research to organize and analyze large sets of data, identify patterns and trends, and communicate findings to others in a clear and concise manner.

4. What are some strategies for effectively creating and displaying a matrix?

To effectively create and display a matrix, it is important to carefully select and organize the data, use clear and consistent formatting, and label the rows and columns appropriately. It can also be helpful to use color or shading to highlight important information.

5. How can errors in a display matrix be identified and corrected?

Errors in a display matrix can be identified by double-checking the data and calculations, and by comparing the matrix to the original data set. Any errors can then be corrected by making appropriate adjustments to the data or formatting.

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