Object Mode: Adding, Transforming, and Organizing Objects

Chapter 2 covered moving around a 3D scene. This chapter covers what actually goes into it — adding objects, moving/rotating/scaling them as whole units, and keeping a growing scene organized as more objects get added.

Object Mode: The Default Working Mode

Object Mode is Blender's own default working mode, where an entire object is selected and manipulated as one complete unit — moved, rotated, scaled, duplicated, deleted — without reaching inside its own individual geometry. Chapter 4's own Edit Mode goes inside an object's own mesh instead; this chapter stays entirely at the whole-object level.

Adding Objects: The Add Menu and Primitive Shapes

The Add menu creates new objects directly in the scene — primitive shapes like a cube, sphere, cylinder, or plane, each a genuine starting point for further modeling in later chapters. A new object is added at the current 3D cursor position, making it worth first placing that cursor deliberately wherever the new object should actually appear.

The Three Basic Transforms: Move, Rotate, Scale

Move repositions an object along any combination of the three axes from Chapter 2. Rotate spins it around a chosen axis. Scale changes its overall size, uniformly or along just one axis. These three transforms, combined, cover the vast majority of everyday object placement and adjustment work in a scene.

Precise Transforms: Numeric Input and Snapping

Rather than dragging by eye, a transform can be typed as an exact numeric value — moving exactly 2 units along the X axis, rotating exactly 90 degrees — for situations where an approximate, by-eye placement genuinely isn't precise enough. Snapping can also constrain a transform to align with a grid, another object's own vertex, or a specific increment, useful for lining objects up cleanly.

The Outliner: Organizing a Scene's Own Object Hierarchy

The Outliner lists every object in the scene in a hierarchical tree, letting objects be selected, renamed, hidden, or grouped directly from that list rather than hunting for them visually in a busy 3D viewport. A scene with many objects benefits from the same kind of organizational discipline Vector Graphics' own layers and groups chapter described for a busy vector composition.

Parenting: Linking Objects to Move Together

Parenting links one object (the child) to another (the parent), so moving, rotating, or scaling the parent automatically carries the child along with it, while the child can still be transformed independently on its own. A wheel parented to a car body, for instance, moves along with the car automatically without needing to be separately repositioned every time the car itself moves.

Hands-On Exercises