Configuring Vertical Viewports with Title Blocks and Text Files: A Step-by-Step Guide

When we first explored the fundamentals of title blocks, title block text files, no-plot views, and drawing labels, I introduced you to a specific drawing configuration that illustrates the standardization process most architectural and engineering offices implement when establishing their sheet file protocols. This standardization isn't merely administrative—it's the foundation that ensures consistency, efficiency, and professional presentation across all project deliverables.

We've successfully completed the essential single-viewport layout configuration, which represents the most common format in professional practice. However, the reality of complex projects often demands more sophisticated arrangements. What I want to demonstrate next is a dual-viewport vertical configuration that maximizes drawing real estate while maintaining our established standards.

In this advanced format, you'll notice we retain our core elements—the title block and title block text file—along with the designated keynote area. The critical difference is the strategic division of the sheet into two vertical viewports. This approach is particularly valuable for comparative drawings, phased construction documentation, or when displaying related design alternatives side by side. To implement this configuration effectively, we need to expand our component library with the appropriate scaled elements.

Our original drawing title component was designed to span the full width of a single viewport. For our dual-viewport system, we need a more compact version—drawing title two—that occupies exactly half the width while maintaining proportional clarity and readability. Similarly, our viewport configuration requires a corresponding half-size variant that integrates seamlessly with our existing standards.

Let's begin the technical implementation by modifying our existing drawing title component. I'm accessing File > Open to load our drawing title one file. This current version spans the entire viewport width, but our new specification requires precisely half that dimension.

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Using the stretch command with crossing selection, I'll modify the geometry from the endpoint to the midpoint of the reference line. After applying Zoom Extents and Zoom Real Time for optimal viewing, I'll save these changes. The Base command confirms our insertion point remains at 0,0,0—a critical reference for consistent file coordination.

When I verify the base point by drawing a test line from 0,0, you can observe it originates from the bottom left corner, confirming our geometric reference integrity. We've successfully transformed our full-width VDCI drawing title into a half-width component that maintains all functional characteristics while fitting our new dual-viewport requirement.

Now I'll execute File > Save As to create our new component file: VDCI drawing title two. This naming convention maintains our systematic approach while clearly differentiating between single-viewport (title one) and dual-viewport (title two) applications. With this file secured, we now possess both the full-width component for standard layouts and the half-width version for our advanced configurations.

After saving and closing this file, our next phase involves configuring the viewport geometry itself. I'm opening our established no plot view full file, which will serve as the foundation for our new vertical configuration. Using File > Save As, I'll create the no plot view vertical one over two file—a naming convention that clearly indicates its dual-viewport vertical application.

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The technical modification process mirrors our title block adjustment. Using the stretch command with crossing selection, I'll reduce the width from the top right endpoint to the centerline. However, viewport geometry requires additional precision in positioning.

After confirming our base point at zero, I need to ensure proper geometric centering. The most reliable method involves creating a temporary diagonal reference line from corner to corner, then using the Move command to relocate all geometry so the viewport center aligns with our zero reference point. This precision ensures accurate insertion and alignment within our sheet templates.

Following the final Zoom Extents and cleanup of our temporary reference geometry, we now possess the essential components for implementing sophisticated dual-viewport configurations. This expanded library significantly enhances our template capabilities and project flexibility.

With our vertical splitting components complete, we're positioned to tackle the next configuration challenge: horizontal splits, which offer additional layout possibilities for complex documentation requirements.

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