9.1 Single-Line & Multiline Text

TEXT and MTEXT are AutoCAD's two core annotation tools, and the ACU AutoCAD exam tests the specific properties that control how each one looks and behaves: text height, justification, rotation, text wrapping, and the underlying text style. Both commands ultimately place letters on screen, but they create fundamentally different kinds of objects, and mixing up which one does what is one of the most common annotation mistakes a new user makes.

TEXT: One Command, Multiple Independent Objects

TEXT (also invoked by typing DTEXT — the two names refer to the exact same command; DTEXT is the older "dynamic text" alias) places single-line text directly on screen as you type, with each character appearing in the drawing area in real time rather than inside a separate dialog. The prompt sequence runs:

1. Specify start point — where the first character's insertion point (or justification point) will sit
2. Specify height — this prompt only appears if the current text style's fixed height is set to 0; a style with a nonzero height skips this prompt completely and silently applies its own height to the new text
3. Specify rotation angle — measured counterclockwise from the positive X-axis, exactly like a polar angle; entering 0 keeps the baseline perfectly horizontal
4. Type the text, pressing Enter to move to the next line

The critical detail here is what Enter actually does. Pressing Enter inside a TEXT command does not add a second line to the same object — it finishes the current line as one complete single-line text object and starts a brand-new, independent single-line text object positioned directly below it. Type three lines inside one TEXT command, and the drawing ends up with three separate objects, each individually selectable, movable, and editable, even though they appeared to be typed as one continuous block.

Justification Options for TEXT

Typing J (Justify) at the start point prompt opens a list of anchor points that determine which part of the text aligns with the point you pick. Beyond the default Left, Center, and Right, AutoCAD offers nine precise combinations of vertical and horizontal anchors — TL, TC, TR (Top Left/Center/Right), ML, MC, MR (Middle Left/Center/Right), and BL, BC, BR (Bottom Left/Center/Right) — plus two special two-point options, Align and Fit, that behave differently from every other justification choice.

Align and Fit are the pair most often confused on the exam because both take two points and both make the text span that exact distance — the distinguishing question is which property (height or width) gives way to force the fit.

MTEXT: One Paragraph, One Object

MTEXT opens an in-place text editor with a ruler and a contextual Text Editor ribbon tab directly in the drawing area. The command asks for a first corner and an opposite corner, defining a rectangular bounding box whose width becomes the paragraph's wrap width. As you type past that width, MTEXT automatically starts a new line — true word wrap, something TEXT never does. No matter how many lines the paragraph wraps across, or how many times you press Enter inside the editor to force a line break, the entire paragraph remains a single object that can be selected, moved, and edited as one unit.

Because the bounding box sets the wrap width, dragging that box wider or narrower after creation (through the column grip or the Properties palette's width value) reflows the same paragraph to wrap at the new width, without retyping anything.

Text Style: The Shared Formatting Source

Every TEXT and MTEXT object references a named text style, managed through the STYLE command or the Text Style dialog. A style bundles:

• Font — the typeface used to render the text
• Height — if set to 0, every use of TEXT prompts individually for height and each object keeps its own value; if set to a nonzero number, all text using that style shares one fixed height, and later changing the style's height field updates every existing object that references it
• Width factor — stretches or compresses character width uniformly
• Oblique angle — slants the text, simulating italics
• Effects — backwards, upside-down, or vertical text orientation

Changing a style's font, width factor, or oblique angle immediately updates the on-screen appearance of every text object that references it, since those properties live at the style level, not the individual object. Height behaves the same way only when the style's height is nonzero; a style with height 0 leaves each object's individually captured height untouched by later style edits.

Editing Text After Creation

• Double-click enters the in-place editor for either TEXT or MTEXT
• The Properties palette exposes justification, height, rotation, style, and contents for direct numeric editing
• JUSTIFYTEXT changes an existing object's justification point without visually moving the text on screen, whereas editing Justify through the Properties palette can shift the text's displayed position
• SCALETEXT scales multiple selected text and mtext objects at once from a chosen basepoint reference (such as each object's own existing justification point), avoiding the need to scale and reposition every object individually

On the Exam

Expect scenario questions describing a specific TEXT or MTEXT prompt sequence and asking what happens next — particularly whether the height prompt appears (depends on the style's height setting) and whether pressing Enter creates a new line in the same object or a brand-new object (depends entirely on which command was used). Align versus Fit, and the nine anchor-point justification codes, are also frequently tested directly.