Reference
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Mode:Edit Mode
Panel:Toolbar ‣ Tools ‣ Mesh Tools ‣ Add: Subdivide
Menu:Mesh ‣ Edges ‣ Subdivide,Specials ‣ Subdivide/Subdivide Smooth
Proxy: (meaning 'substitute') This is the model that you actually create or draw in SketchUp, on which the Subdivide and Smooth tool will be applied. It is a rough low-poly approximation of the model you are actually trying to achieve, basically a cubic construction with no curves. Select the mesh and from the polygon menu: Edit Mesh Add Divisions. You can click the box next to the name to customize how many divisions you want. If you want to subdivide the mesh while smoothing it, you can select the mesh and go Mesh Smooth. If you just want to preview a smooth mesh, press 3. To go back press 1.
Subdividing splits selected edges and faces by cutting them in half or more,adding new vertices, and subdividing accordingly the faces involved.It adds resolution to the mesh by divide faces or edges into smaller units.
This process follows a few rules, depending on the settings:
  • Loop subdivision smooths hard edges to give a more rounded organic looking shape. This plugin has not been tested extensively, so please save any important Sketchup models before using this plugin on them.' If you don't have the money for Dale Martens's subdivide & smooth plugins you should try this one out. Published: Mar 6, 2012.
  • It builds upon the subdivision tools in Dale’s previous plugin, Subdivide and Smooth, and adds new tools to SketchUp that provide unprecedented control over complex high-poly forms. While subdivision modeling is the core of the plugin, the sculpting and soft transformation tools allow you to take your models even further.
  • When only one edge of a face is selected (Triangle mode),triangles are subdivided into two triangles, and quads, into three triangles.
  • When two edges of a face are selected:
    • If the face is a triangle, a new edge is created between the two new vertices,subdividing the triangle in a triangle and a quad.
    • If the face is a quad, and the edges are neighbors,we have three possible behaviors, depending on the setting of Corner Cut Type(the select menu next to the Subdivide button, in Mesh Tools panel). See below for details.
    • If the face is a quad, and the edges are opposite,the quad is just subdivided in two quads by the edge linking the two new vertices.
  • When three edges of a face are selected:
    • If the face is a triangle, this means the whole face is selected andit is then subdivided in four smaller triangles.
    • If the face is a quad, first the two opposite edges are subdivided as described above.Then, the “middle” edge is subdivided, affecting its new “sub-quad” as described above for only one edge.
  • When four edges of a face (a quad) are selected, the face is subdivided into four smaller quads.

Options¶

These options are available in the Tool Panel after running the tool;
Number of Cuts
Specifies the number of cuts per edge to make.By default this is 1, cutting edges in half. A value of 2 will cut it into thirds, and so on.
Smoothness
Displaces subdivisions to maintain approximate curvature.The effect is similar to the way the Subdivision Surface Modifier might deform the mesh.
Subdivided with no smoothing.
Quad/Tri Mode
Forces subdivide to create triangles or quads instead of n-gons (see examples below).This mode doesn’t allow the use of Straight Cut on quad corners.
Corner Cut Type
This select menu controls the way quads with only two adjacent selected edges are subdivided.
Fan
The quad is subdivided in a fan of four triangles,the common vertex being the one opposite to the selected edges.
Inner vertices
The selected edges are subdivided, then an edge is created betweenthe two new vertices, creating a small triangle.This edge is also subdivided,and the “inner vertex” thus created is linked by another edge to the one oppositeto the original selected edges. All this results in a quad subdivided in a triangle and two quads.
Path
First an edge is created between the two opposite ends of the selected edges,dividing the quad in two triangles. Then, the same goes for the involved triangle as described above.
Straight Cut
The selected edges are subdivided, then an edge is created betweenthe two new vertices, creating a small triangle and n-gon.
Fan cut type.
Path cut type.
Fractal
Displaces the vertices in random directions after the mesh is subdivided.
And
Regular subdivision.
Along Normal
Causes the vertices to move along their normals, instead of random directions.
Along normal set to 1.
Random Seed
Changes the random seed of the Fractal noise function, producing a different result for each seed value.

Examples¶

Below are several examples illustrating the various possibilities of the Subdivideand Subdivide Multi tools. Note the selection after subdivision.

One Edge¶

Quad/Tri Mode.

Two Opposite Quad Edges¶

Quad/Tri Mode.

Two Adjacent Quad Edges¶

Quad/Tri Mode.
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Quad/Tri Mode.
Quad/Tri Mode.

Tri¶

Quad/Tri Mode.

Multicut¶

Quad with two cuts.

Un-Subdivide¶

Reference
Mode:Edit Mode
Menu:Mesh ‣ Edges ‣ Un-Subdivide
Unsubdivide functions as the reverse of subdivide by attempting to remove edgesthat were the result of a subdivide operation.If additional editing has been done after the subdivide operation,unexpected results may occur.
Iterations
How many subdivisions to remove.
Subdividing polygons recursively splits the selected polygons into smaller polygons. A single subdivision increases the polygon count by a factor of four; Modo divides each quad polygon into four smaller polygons.
To subdivide:

• select Subdivide from the Mesh Edit subtab, or

• press D while in Polygons component mode, or

• press Shift+D to open the Subdivide Polygons dialog, or

• choose Geometry > Polygon > Subdivide.

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Subdivide Polygons Properties

• Subdivision Method: The type of subdivision to apply to the geometry.

• Faceted - Creates new polygons with vertices that are perfectly aligned with the plane of the original polygon. Visually, there is no significant change to the shape of the model (unless these polygons are Subdivision Surface polygons) other than added vertices (increased resolution) for further deformation.

Subdivide And Smooth Blender

• Smooth - Uses the Max Smoothing Angle value to determine where there are edges in the model that are beyond the sharpness threshold and should not be smoothed. Modo breaks all other polygons that meet with edges below the Max Smooth Angle not only into 4 additional polygons, but Modo moves the resulting vertices slightly to round out (or smooth) the surface of the mesh. To see what this option does, create a sphere with few sides and segments, and then apply Subdivide Polygons with the Smooth option.

• SDS Subdivide - Moves all points in the mesh, including the original points, towards the limit surface that Modo derives by using the original mesh as the control points. This is similar to the Smooth option, and it gives a similar result to activating Subdivision Surfaces with a subdivision level of 1 and then freezing the geometry. This adds uniform density to an entire mesh when working with subdivision surfaces.

• Catmull-Clark - Provides smoothing of the selected limit surface, although this algorithm has slightly different results than Modo's SDS Subdivide option. Developed by Pixar's Ed Catmull and Jim Clark, this subdivision type provides some benefits in that it distorts the UV map much less and you can apply Edge Creasing.

• Fractal: Adds some randomization to the position of points after Modo subdivides them. This can be useful when creating organic objects such as rough terrains or rocks.

• Max Smoothing Angle: Determines when the Smooth option should move the newly created vertices. If the angle between the original vertices is greater than the Max Smoothing Angle, the new vertices fall in the same plane as the original vertices. For example, with a cube that has right angles, if the Max Smoothing Angle is less than 90 degrees, the new vertices are in the same plane without any rounding effect.

• Linear UVs: When enabled, interpolates new values by retaining the initial UV positions without smoothing. Use with baked maps (such as a normal map or a diffuse color map for a game character) that require fixed polygon positions. When disabled, the additional, newly created vertices from subdividing polygons require UV values (to not break the existing UVs maps), which are smoothly interpolated based on existing neighboring values. This provides the best, most pleasing results (except for baked maps).

• Boundary Rules: Determines how to move the points on the boundaries of a mesh. Creasing produces a sharper transition between surfaces; smoothing produces smooth surface transitions.

• Smooth All- Moves all positions on the boundary based on the smooth rule of Pixar Subdivision Surfaces.

• Crease All- Moves the points that have two incident edges (valence = 2) based on the crease rule. Modo smooths other positions on the boundary by the two boundary edges.

• Crease Edges- Moves the points that have two incident edges (valence = 2) based on the smooth rule. Modo smooths other positions on the boundary by two boundary edges.

• Background Constraint: Select this to use a background mesh to constrain the subdivision. When subdivided, the mesh will attempt to mold itself to the contours of the background mesh. This is useful if you already have a mesh and you want another mesh to fit it.

Note:The effect is similar to molding over a background mesh by constraining to the background when transforming. For more information, see Constrain to Background.

The images below show an example.

A head mesh.A sphere is added to the layer above the head.The sphere is subdivided with Background Constraint checked,

Subdivide in the Procedural

Modo has a procedural Subdivide mesh operation available in the Mesh Operations list. In the Model layout, you can find the stack in the lower half of the Mesh Ops tab on the right side of the interface.

Sketchup Subdivide And Smooth

Note:For information on how to use the Mesh Ops tab, see Using the Mesh Ops Tab.

You can add the tool by clicking the Add Item button above the Mesh Operations list. Under Mesh Operations > Polygon, double-click Subdivide.
You can expand the Subdivide item in the stack by clicking the small arrow in front of it. This reveals the inputs the operation uses. Subdivide requires the following inputs:

• Selection - Allows you to select the polygons you want to subdivide.

• Tool Pipe - Allows you to add falloffs and sub-tools to the operation.

Sketchup Subdivide And Smooth Free

The procedural Subdivide mesh operation has the same properties as the traditional tool. You can find the properties in the Properties panel below the Mesh Operations list when the item is selected.