ACU Maya key terms

A window that lists every object in the scene as a hierarchy, letting you select, rename, group, and reparent nodes without clicking in the viewport.

A panel on the right of the interface that shows the animatable attributes of the selected object and lets you type numeric values directly into them.

A tabbed panel that exposes every attribute of the selected node, grouped by node, including settings too numerous to fit in the Channel Box.

The basic building block of a Maya scene; every object, shader, utility, and animation curve is a node holding attributes that connect to other nodes.

The underlying network that records how nodes feed data into one another; Maya evaluates it to compute what appears in the viewport and final renders.

A graph view of the scene that can display either the object hierarchy or the node connection network, useful for tracing how data flows between nodes.

The node that positions an object in space through translate, rotate, and scale attributes, and which parents shape nodes beneath it.

The point about which an object rotates and scales; moving it changes the center of those operations without moving the object's geometry.

An operation that bakes the current translate, rotate, and scale values into the geometry and resets those attributes to zero, giving a clean starting state.

A record of the operations applied to an object that keeps each operation live and editable, so earlier settings can be changed later.

An approach where modeling operations remain editable nodes in the chain rather than being permanently applied, allowing parameters to be revised at any time.

A surface type defined mathematically by control vertices and weights, producing perfectly smooth curves and surfaces that are ideal for hard, precise shapes.

Geometry built from flat faces bounded by edges and vertices; it is the most common modeling type because it is predictable and easy to sculpt and texture.

A continuous ring of edges that follows the surface around an object; loops guide subdivision, deformation, and clean topology flow.

A four-sided polygon face; modelers favor quads because they subdivide and deform predictably, unlike triangles or faces with more than four sides.

A point on a NURBS curve or surface, or a vertex handle, that can be moved to reshape the object; its influence is weighted by a hull.

A line on a NURBS surface running along one parameter direction; isoparms define the surface's shape and can be used as rails for lofting.

A modeling operation that builds a surface by stretching it across two or more profile curves in order, blending between their shapes.

Operations that combine two meshes using union, difference, or intersection to produce a new shape from their overlapping volumes.

The process of assigning two-dimensional texture coordinates to a model's surface so images can be placed on it without stretching or seams in the wrong places.

The per-vertex U and V values that tell a shader which part of an image maps to each point on a surface.

A UV editing operation that flattens a selection of faces onto the plane while minimizing distortion, producing a layout suitable for painting.

A node network that determines how a surface responds to light, including its color, reflectivity, transparency, and other optical properties.

The assignment that binds a shading network to geometry; objects sharing a material share its look and its texture connections.

Maya's shading editor, where you create, connect, and preview shader networks and assign materials to objects in the scene.

A grayscale texture that fakes small surface detail by perturbing shading normals, giving the impression of relief without changing the geometry.

A texture that encodes surface direction data in color channels, used to simulate fine detail and to transfer detail from high-resolution to low-resolution models.

A node in a skeleton that marks a rotation point; chains of joints define how a character's parts bend and move.

The hierarchy of joints that forms a character's internal structure and drives deformation of the bound mesh.

The process of binding mesh vertices to joints so that moving the joints deforms the surface; weights control how strongly each joint influences each vertex.

A brush-based workflow for adjusting how much individual joints influence each vertex, fixing pinching, collapsing, or unwanted deformation.

A node that changes the shape of geometry procedurally, such as a bend, lattice, or blend shape, without permanently editing the base mesh.

A stored value for an attribute at a specific time; interpolation between keyframes produces motion when the animation plays.

A curve-based editor that displays animation channels over time, letting you shape the interpolation between keyframes by editing tangents.

The handle at a keyframe that controls the curve's slope into and out of that key, governing whether motion eases, overshoots, or moves linearly.

The software component that computes final images from the scene; Maya can switch between engines with different speed and realism trade-offs.

Lighting simulation in which surfaces bounce light onto other surfaces, filling shadows with indirect color and producing more natural results.

A light with physical size that casts soft shadows whose blur increases with the light's dimensions and distance from the subject.

A separate image layer output during rendering, such as diffuse color, shadows, or reflections, which compositors combine to fine-tune the final shot.