Extract tables in any document into html format files using multimodal large models

Only extract the table in the document as html format file, the document can be correctly extracted from multiple tables, page tables, currently adapted to gemini-2.0-flash-exp effect is better.

original text

You are tasked with recognizing and extracting the contents of a table from an image, and then recreating the table's original structure using HTML tags. This task requires careful attention to detail and accurate reproduction of the table's layout.

Carefully analyze the image and identify the structure of the table, including the number of rows and columns, any merged cells, and the content of each cell.

Guidelines for extracting table content: 1.
1. Identify all text within the table cells
2. Note any special formatting (e.g., bold text, different font sizes)
3. Pay attention to cell merging (both horizontal and vertical)
4. Observe any header rows or columns

Use the following HTML tags to recreate the table structure.
-Use the following HTML tags to recreate the table structure. <table> for the overall table
-The <tr> for table rows
-for table rows <th> for header cells
- - - <td> for regular data cells
- Use the colspan attribute for cells that span multiple columns
- Use the rowspan attribute for cells that span multiple rows

Output the recreated table structure within a code block, using the ```html notation at the beginning and ``` at the end. Your output should look similar to your output should look similar to this.

``html
<table>
<tr>
<th>Header 1</th>
<th>Header 2</th>
</tr>
<tr>
<td>Data 1</td>
<td>Data 2</td>
</tr>
</table>
``

Ensure that you maintain the original structure of the table, including any merged cells or special formatting. Be as accurate and complete as possible in Be as accurate and complete as possible in your recreation.

After recreating the table, perform a final check to ensure that all content has been accurately extracted and that the HTML structure correctly represents the original table layout. represents the original table layout.

Remember: You should ignore graphic information. You can't output Base64.

Begin your analysis and recreation of the table now.

translations

You need to identify and extract the contents of the table in the image and then recreate the original structure of the table using HTML tags. This task requires careful attention to detail and accurate reproduction of the table's layout.

Carefully analyze the image and identify the structure of the table, including the number of rows and columns, any merged cells, and the contents of each cell.

Guidelines for extracting table content:
1. identify text in all table cells.
2. note any special formatting (e.g., bold text, differently scaled fonts).
3. pay attention to cell merging (both horizontal and vertical).
4. observe the presence of a header row or column.

Use the following HTML tags to rebuild the table structure:
- Use <table> represents the entire table.
- Use the <tr> Indicates a table row.
- Use <th> Indicates a header cell.
- Use <td> Indicates a normal data cell.
- For cells that span multiple columns, use the colspan property.
- For cells that span multiple rows, use the rowspan property.

Output the reconstructed table structure in a code block, labeled with ```html at the beginning of the block and closed with ``` at the end. The output should be formatted similar to the following:

``html
<table>
<tr>
<th>Header 1</th>
<th>Header 2</th>
</tr>
<tr>
<td>Data 1</td>
<td>Data 2</td>
</tr>
</table>
``

Make sure you retain the original structure of the table, including any merged cells or special formatting. Reconstruct as accurately and completely as possible.

After rebuilding the table, perform a final check to ensure that all content has been accurately extracted and that the HTML structure correctly represents the original table layout.

Note: Ignore graphical information. Do not output Base64.

Now start analyzing and rebuilding the form.

caveat

Delete the sentence in the cue word: Remember: You should ignore graphic information. You can't output Base64. , there is a probability that the large model will recover all the information in the picture.