Product’s page: Spline Refiner
Spline Refiner is a 3dsMax productivity tool thought to automate and speed-up the tedious task of subdividing all the segments of a shape manually, trying to achieve a general uniform vertex distribution along the splines.
This is not a normalization tool, like 3dsMax’s Normalize Spline modifier. It’s a Smart Subdividing tool.
The goal of this plugin is to get an even segmentation of the splines while preserving all the original vertices and shape intact.
Since this tool was ment to use at a final stage of the curves edition, it works better when provided with clean shapes, without overlapping vertices or other problematic issues, that may cause undesired results.
Spline Refiner works on any type of shape but will convert the base object to Editable Spline (keeping all the modifiers intact). It supports shapes with modifiers assigned (even geometry builders like Extrude modifier), because it works on the base object level.
The plugin can operate on multiple shapes simultaneosly, fast and efficiently. It takes only a few seconds to process hundreds of splines.
To start working with your selected shapes in Spline Refiner, the first thing we suggest is to turn on ‘Show vertex ticks’ (at the bottom of the plugin’s UI). This way you will be able to see all the changes in segmentation in realtime.
Start trying Spline Refiner and play with the parameters of Equalize Subdivision tool. The following is a description of all the tools in the plugin’s UI.
This is the key tool of this plugin. It analyzes every segment of the spline/s and, according to the provided parameters, determines the best way to get the most uniform subdivision possible, without altering the existing shape and vertices.
It doesn’t use a fix segmentation value. Instead, it takes an approximate (average) segment length, wich you can choose to be calculated automatically (using the length of the shortest segment in spline) or set a custom value.
If you are working with multiple splines and you want to have a uniform subdivision across all splines, then choose the options shortest seg. and absolute.
If you want the plugin to calculate a specific subdivision for each spline, then choose the options shortest seg. and relative.
The image above clearly shows how the parameters of Equalize Subdivision work. (‘Automatic’ refers to choosing the option ‘shortest seg.‘ as the average segment length.)
This tool divides every segment of the splines in 2 halves, doubling the general segmentation.
The Iterations parameter sets how many times the function will be recursively applied.
The ‘Affect curves only’ checkbox it’s an important feature that affects both Equalize Subdivision and Increase Subdivision functions.
If active, the tools will subdivide only the curved parts and leave straight lines intact. Very powerful feature!
Optimize Straight Lines (button)
Removes all unnecessary vertices from straight lines. It’s a cleaning tool.
Threshold Angle (spinner): establish the maximum angle allowed between segments for removing vertices.
Make Linear Segments (button)
Convert all segments in selected shapes to linear and vertices to corner type.
Basic Shape Parameters: Spline Interpolation
In this section you can control the basic shape interpolation for all the selected shapes. They are the same parameters you can find in any shape, but here you change them for all the selected shapes simultaneously in a single place.
Show vertex ticks (checkbox)
This option expose all the vertices of the selected shapes on screen. Very useful to see the changes in the segmentation while you apply the subdivision functions.
Undo / Revert Actions
These 2 buttons at the bottom of the UI help you revert the changes you recently made with Spline Refiner.
This is a custom undo system, since 3dsMax does not natively support undo for spline operations.
Undo (icon button): undo the very last action.
Revert Actions: reverts all the changes made with Spline Refiner on the selected shapes since you ran the plugin.
This is a simple yet powerful plugin to speed-up your workflow and make your life easier.
Enjoy Spline Refiner!
Boolean operations involve complex math. Boolean engines are very complicate pieces of code and there is no perfect algorithm for this task.
Spline Combiner uses 3dsMax’s ProBoolean engine to perform boolean oprations between splines. This functions work generally very good, but there some exceptions.
There may be occasions in wich Spline Combiner‘s Boolean Splines tool cannot resolve the boolean operation properly. For example, in some cases after the process, all the shapes disappear or the resulting shape is wrong. Don’t panic! This is not an error. It’s a known limitation and it happens just in particular cases. We will point those cases and show you how to solve them in a few steps.
The image above shows 3 cases in wich the Boolean Union operation fails and how to use Spline Combiner’s Detect Intersections tool to workaround this.
The most problematic situations, as you can see, are those involving overlapping vertices and lines between shapes.
As a general rule, to overcome these cases, you can use the Detect Intersections tool. The steps are the following:
- Select the shapes
- Open Detect Intersections rollout
- Tick ‘Between different shapes’
- Choose ‘Split’ option and ‘Detach elements’
- Press ‘DETECT INTERSECTIONS’ button. The plugin breaks the splines apart by intersections, detaching all curves.
- Delete the unwanted parts manually
- At the Tools rollout, press ‘Attach Selected’ and ‘Weld Vertices’
This method and works for almost all the cases, since the algorithm Spline Combiner uses for detecting intersections is very accurate and effective.
Try it! If you have any doubts or consultations please leave a comment down here or write us through this Contact Form.
See product’s page: Spline Combiner
In this tutorial we want to show you how to cut 2D shapes in 3ds Max, in a clean and easy way, using the Shape Cutter tool from Spline Combiner 3dsMax plugin to make the logo in the image above.
In the case of this 3D logo, the three different color regions were required to be separate meshes, to animate them independently.
3ds Max natively comes with a tool for cutting 3D objects called ProCutter (located in Control Panel > Geometry > Compound Objects). You could use this tool to cut an already extruded logo, but that way you end up with an Editable Mesh (or Poly) with a collapsed modifiers stack. You loose the advantage of keeping the extrusion parametric as a modifier.
Using this plugin, you work in a non-destructive way, so you can go back and edit the original shapes/splines if you need to.
Let’s start. Make a new scene in 3ds Max and do the following:
1. With the Text shape tool, type “Rainbow” (or whatever you like) in a viewport, give the text a reasonable size and assign a nice font to it.
2. Draw an arc through the whole word. Then make a copy, using SHIFT+move, and place it below it to build a rainbow arc, like in the first step at the image below.
3. Open Spline Combiner.
4. First, you need to attach both arcs together because Spline Combiner requires the cutter object to be a single shape. So, select both arcs. Then go to the Tools rollout (in the plugin’s UI) and press Attach Selected. Now you have a single shape containing both splines.
5. Go to the Shape Cutter rollout. Press the button Pick Cutter Object and click on the arc shape. Its name appears in the button text.
6. Leave all the checkboxes on. The options Cookie cut for closed shapes and Detach all elements are exactly what we need to get extrusion-friendly shapes.
7. Select both shapes, the rainbow arc and the text. The press APPLY CUTTER.
8. The plugin will take a little time to perform the action. As a result, you will get many single spline shapes (3 or more per each letter). Like in the 2nd step at the above image.
9. Now you need to attach all the shapes by region, considering the 3 regions delimited by the arc shape: top region, middle region and bottom region. So, select all the shapes in the top region, go to the Tools rollout again and press Attach Selected. Repeat the same procedure for the shapes in each region. You will end up with only 3 shapes, like in the 3rd step in the image above.
10. At this point you can delete the cutter object. Delete the arc shape then.
11. Now try to assign an Extrude modifier to the top shape of the logo. If the shape does not extrude well, it means there are some open splines. You need to weld all the vertices properly to get closed splines for the extrusion. So, at the Tools rollout, use the Weld Vertices tool for that. Repeat the process with the other shapes if necessary.
12. To make a 3D logo from a vector shape, you can use either the Extrude or the Bevel modifier. The one in this tutorial was made with Bevel.
13. You should have a now a beautiful 3D logo, composed of 3 meshes. Assign a different colored material to each one and you are ready!
We hope you enjoyed making this practice. If you have any doubts or consultations, you can post a comment down here or write us through the Contact Form.