Quad - Revision history

Standingpad at 20:57, 4 July 2025

2025-07-04T20:57:51Z

← Older revision		Revision as of 20:57, 4 July 2025
Line 1:		Line 1:
	[[Category:Modeling]]		[[Category:Modeling]]
	In polygon-based modeling, a quad is any face that contains exactly 4 vertices. Quads are often preferred in many areas of 3D modeling as they're shaded consistently across multiple programs, and will work with most 3D algorithms. For [[~~Rig~~\|rig]] meshes in particular, quads make the process of rigging much easier, and will result in predictable deformation.		In polygon-based modeling, a quad is any face that contains exactly 4 vertices. Quads are often preferred in many areas of 3D modeling as they're shaded consistently across multiple programs, and will work with most 3D algorithms. For [[Rigging\|rig]] meshes in particular, quads make the process of rigging much easier, and will result in predictable deformation.

	Quads are commonly used in [Subdivision Modeling\|subd modeling], where having quad faces on the base model will keep the final subdivided version clean and avoid issues with shading.		Quads are commonly used in [Subdivision Modeling\|subd modeling], where having quad faces on the base model will keep the final subdivided version clean and avoid issues with shading.

Standingpad at 20:50, 4 July 2025

2025-07-04T20:50:02Z

← Older revision		Revision as of 20:50, 4 July 2025
Line 1:		Line 1:
	[[Category:Modeling]]		[[Category:Modeling]]
	In polygon-based modeling, a quad is any face that contains exactly 4 vertices. Quads are often preferred in many areas of 3D modeling as they're shaded consistently across multiple programs, and will work with most 3D algorithms.		In polygon-based modeling, a quad is any face that contains exactly 4 vertices. Quads are often preferred in many areas of 3D modeling as they're shaded consistently across multiple programs, and will work with most 3D algorithms. For [[Rig\|rig]] meshes in particular, quads make the process of rigging much easier, and will result in predictable deformation.

			Quads are commonly used in [Subdivision Modeling\|subd modeling], where having quad faces on the base model will keep the final subdivided version clean and avoid issues with shading.

Standingpad at 19:57, 4 July 2025

2025-07-04T19:57:38Z

← Older revision		Revision as of 19:57, 4 July 2025
Line 1:		Line 1:
			[[Category:Modeling]]
	In polygon-based modeling, a quad is any face that contains exactly 4 vertices. Quads are often preferred in many areas of 3D modeling as they're shaded consistently across multiple programs, and will work with most 3D algorithms.		In polygon-based modeling, a quad is any face that contains exactly 4 vertices. Quads are often preferred in many areas of 3D modeling as they're shaded consistently across multiple programs, and will work with most 3D algorithms.

Standingpad at 16:37, 4 July 2025

2025-07-04T16:37:52Z

← Older revision		Revision as of 16:37, 4 July 2025
Line 1:		Line 1:
	In polygon-based ~~editing~~, a quad is any face that contains exactly 4 vertices. Quads are often preferred in many areas of 3D modeling as they're shaded consistently across multiple programs, and will work with most 3D algorithms.		In polygon-based modeling, a quad is any face that contains exactly 4 vertices. Quads are often preferred in many areas of 3D modeling as they're shaded consistently across multiple programs, and will work with most 3D algorithms.

Standingpad: Created page with "In polygon-based editing, a quad is any face that contains exactly 4 vertices. Quads are often preferred in many areas of 3D modeling as they're shaded consistently across multiple programs, and will work with most 3D algorithms."

2025-07-04T16:33:02Z

Created page with "In polygon-based editing, a quad is any face that contains exactly 4 vertices. Quads are often preferred in many areas of 3D modeling as they're shaded consistently across multiple programs, and will work with most 3D algorithms."

New page

In polygon-based editing, a quad is any face that contains exactly 4 vertices. Quads are often preferred in many areas of 3D modeling as they're shaded consistently across multiple programs, and will work with most 3D algorithms.