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Oclc Dewey Cutter Program V1 10.6 -

The OCLC Dewey Cutter Program is a specialized utility designed for librarians and cataloguers to automatically generate "Cutter numbers" for library materials based on the Dewey Decimal Classification (DDC) system. Version 1.10.6 is a widely used iteration of this software, typically installed via the file cutter110.exe. Key Functions & Features

Automatic Generation: Transforms input text (usually an author's name or title) into a formatted Cutter number.

Supported Tables: Users can choose between two primary classification schemes:

Cutter Four-Figure Table: Best if existing cutters use a mix of one or two letters with numbers.

Cutter-Sanborn Four-Figure Table: Best if existing cutters use only a single letter followed by numbers.

Workflow Integration: Features "Paste Text" (Alt+P) and "Copy Cutter" functions to move data quickly between the program and cataloguing applications like OCLC Connexion or MS Word. Technical Specifications Oclc Dewey Cutter Program V1 10.6

Platform: Exclusively designed for Microsoft Windows; it is not compatible with Macintosh computers.

Installation: The default installation folder is typically OCLCAPPS. System administrators can perform a silent installation using a .iss (InstallShield) response file with the /s switch.

Licensing: The software is provided at no additional charge by OCLC Support, though users must accept a microcomputer software license agreement before downloading. Operational Workflow

Selection: Choose the appropriate Cutter table from the "Table Type" dropdown. Input: Enter the name or words into the "Text:" field.

Result: The program immediately displays the generated number in the bottom box. The OCLC Dewey Cutter Program is a specialized

Transfer: Use the Copy Cutter button to grab the result for your local database or record.

For further assistance, you can view the official instruction guide on the OCLC Support website. Dewey Cutter Program - OCLC Support


Title: The Tale of the Very Long Call Number

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Introduction: Why Cutter Numbers Matter

In library classification, the Cutter number (or Cutter code) provides a unique alphanumeric identifier that arranges books alphabetically by author or title within the same Dewey Decimal Classification (DDC) class number. Named after Charles Ammi Cutter, this system ensures that works by different authors sit in predictable order on shelves. Title: The Tale of the Very Long Call

For decades, libraries have used the OCLC Dewey Cutter Program — a lightweight, standalone tool — to generate these numbers consistently. While many librarians now rely on integrated systems (e.g., Connexion, Classify, or WebDewey), the offline executable Version 1.1.06 (often displayed as V1.10.6 in program metadata) remains a beloved utility for rapid, rule-based Cutter generation.

This article covers:


Best Practices for Integrating V1 10.6 into Cataloging Workflows

To extract maximum value from this tool, implement these policies:

  1. Don't Cutter Alone: Use the cutter as the second line of the call number (e.g., 813.54 on top, .S65 below).
  2. Biography Rule: Always remember to switch to "Biographee" for 92 or B collections.
  3. Consistency Audits: Once a month, run a list of your existing cutters through V1 10.6. If the program generates a different number than what you used ten years ago, do not change the old one (historical consistency trumps algorithmic updates). Flag it for future acquisitions.
  4. Backup the Algorithm: V1 10.6 relies on specific table files. Back up the installation folder to a network drive in case of local hard drive failure.

Alternatives and Comparisons

While V1 10.6 is excellent, know your alternatives:

For batch processing of hundreds of titles, V1 10.6 falls short (it lacks a command-line interface). For that, you would need a script using OCLC's newer APIs. However, for single-item, high-quality cataloging, 10.6 remains superior.

Automated Cutter Number Generation

The primary function of the program is to calculate the correct Cutter number based on the standard Cutter-Sanborn tables. It minimizes human error by applying the complex rules of the table consistently.

Error Handling & Edge Cases

Step 2: Normalization

10. Appendices (what to include)


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