📖 技能介绍

name: image-to-docx displayName: 图片转Word description: | Convert scanned images, screenshots, or photos of forms, documents, and text-heavy content into editable Word (.docx) files. This skill should be used when the user provides an image containing text content and asks to turn it into a Word document, or says things like "把图片搞成 word 文字版", "convert image to docx", "extract text from image to Word", or similar. slug: image-to-docx version: 1.0.0 agent_created: true

Image to DOCX

Overview

Convert images containing text and forms into properly formatted Word documents. Read the image to extract its content, then generate a .docx file using the docx-js library. Common use cases include scanned government forms, meeting minutes photos, receipts, signage, or any text-heavy image that needs to become an editable document.

Workflow

Step 1: Read and Analyze the Image

Read the image file using the Read tool to understand its content, layout, and structure. Identify:

Title and headings
Body text and paragraphs
Tables or form fields
Signature/date areas
Any fill-in-the-blank fields (underlines)
Alignment and formatting cues

Step 2: Set Up the docx-js Environment

The isolated Node.js environment is at C:\Users\86150\.workbuddy\binaries\node\. The docx package must be installed in the workspace:

# Ensure workspace directory exists
mkdir -p /c/Users/86150/.workbuddy/binaries/node/workspace

# Install docx if not present
cd /c/Users/86150/.workbuddy/binaries/node/workspace && npm install docx

To verify installation:

ls /c/Users/86150/.workbuddy/binaries/node/workspace/node_modules/docx/package.json

Step 3: Write the Generation Script

Create a JavaScript file using the docx-js API. Use C:\Users\86150\.workbuddy\binaries\node\versions\22.22.2\node.exe as the Node runtime.

Useful patterns:

A4 page settings:

page: {
  size: { width: 11906, height: 16838 }, // A4 in DXA
  margin: { top: 1440, right: 1440, bottom: 1440, left: 1800 }
}

Chinese font (仿宋):

const font = "仿宋";
const t = (text, bold = false, size = 24) => new TextRun({
  text, bold, size, font
});

Underline for fill-in blanks:

const u = (text) => new TextRun({
  text,
  font: "仿宋",
  size: 24,
  underline: { type: UnderlineType.SINGLE }
});

Centered title:

new Paragraph({
  alignment: AlignmentType.CENTER,
  children: [new TextRun({ text: "Title", bold: true, size: 28, font: "仿宋" })],
  spacing: { after: 400 }
})

Body paragraph (Chinese indentation):

new Paragraph({
  children: [new TextRun({
    text: "　　这是一个开头缩进的正文段落。",
    font: "仿宋", size: 24
  })],
  spacing: { after: 200 }
})

Step 4: Run the Script and Generate DOCX

Execute the script by setting NODE_PATH to the workspace node_modules:

NODE_PATH="C:\\Users\\86150\\.workbuddy\\binaries\\node\\workspace\\node_modules" \
  /c/Users/86150/.workbuddy/binaries/node/versions/22.22.2/node.exe \
  "<script-path>" 2>&1

The script should write the .docx to the current workspace directory and print "Done" on success.

Step 5: Present the Result

After generation succeeds, call present_files with the .docx file path. Keep the temp script file for reference but always present the final .docx to the user.

Notes

The docx-js default page size is A4, not US Letter. Set explicitly for consistency.
For Chinese documents, 仿宋 at 24 half-points (12pt) is standard for body text.
Underlines for blanks use full-width spaces (　) to maintain proper visual width.
All file paths in scripts should use absolute paths to avoid cwd issues.
Clean up temp scripts only after user confirms satisfaction with the output.