🌐V9.0 New Features List

1.AI Features

• Improve the interaction of AI features

• Support AI - generated Garment

• Support AI - generated Fabric

• Support AI - generated Graphic

• Support AI - generated Artwork

• Support AI - generated Ttrim

• AI Snapshot

• Support Label Enhancement by Clothing Partition

• Support Natural Poses

• 4.0 Algorithm Supports Prompt Labels

• Support Model Customization Solutions

2.Modeling

• Support Auto Knotting

• Support Flat-laying Garment

• Support Smooth Lifting and Lowering of Internal Lines

• Support Trapezoidal Cylinder Pattern Arrangement

• Support Trim Grouping

• Support Trim Visibility Toggle

• Support Seam-based Pattern Merging

• Support Flipping of Attached Pattern

• Improve 3D Selection State Visualization

3.Graphic and Printing

• Support Custom Graphic Point Positioning

• Support Graphic Alignment Guides Visibility Toggle

• Support Custom Positioning of Grading Text

• Support Export of AI Multi-Size Files

4.Fabric & Texture

• Support Fur Editor

• Improve Anisotropic Fur/Hair Texture Support

5.Style & Pattern Review

• Support Garment Browser Snapshot Spacing Customization

• Support Size-Specific Pattern Display in the Style Browser

• Support Vector Export with Transparent Background for Style Lines

• Support Fabric Add Colorway Group

• Support Link Grainling Edit in Colorways

6.Visual

• Support Animation Trajectory Editing

• Support Up to 8K Rendering Resolution

• Support adding multiple wind controllers

7.Garment Techniques

• Improve Piping Editing

• Support Zipper Stripe Editing

8.Pattern Making

• Support Isometric Internal Line Extension with Point Insertion

• Improve the Naming of PXF Features

9.Others

• Support Multi-Touch Operation for Touchscreen

• Improve Color Pop-up Window

• Support Global Application Calculator

• Support PLT Import

• Improve Material Merging Rules

• Improve Quick Opening of Last Backup

🖥Feature Instructions

1.AI Features

Improve the interaction of AI features

A "AI Feature Integration" button has been added to the upper-right corner of the software toolbar.

2.Modeling

AI Garment

Limited-time Free Trial Available

Supports generating garment designs from given text/images, analyzing pattern pieces and sewing relationships based on the design, and automatically constructing 3D digital garments.

Operation Method:

1. Click the AI Integration button at the top-right corner of the software ▶ AI Style

3. Enter the garments generation information in the area on the right side of the window.

Application Scenarios：Garments design / Modeling

AI Fabric

Support AI-generated single patterns and circular fabric texture graphic

Operation Method:

1. Click the AI Integration button at the top-right corner of the software ▶ AI Fabric

2. AI Fabric Texture Generation

• Choose either image-based or text-based input to generate information.

• If you want to generate a circular fabric texture graphic, please check/select this option.

• After completing the input, click the button at the bottom right.

5. The generated texture graphic is automatically applied to the texture map of the newly added fabric.

Application Scenarios: Fabric texture graphic design

AI Graphic

Support AI-generated single patterns and circular graphic

Operation Method:

1. Click the AI Integration button at the top-right corner of the software ▶ AI Graphic

2. AI Graphic Generation

• Choose either image-based or text-based input to generate information.

• If you want to generate a circular graphic, please able the botton

• After completing the input, click the button at the bottom right.

5. The generated graphic is automatically applied to the texture map of the newly added graphic.

Application Scenarios: Graphic design

AI Artwork

Surport AI Artwork generation

Operation Method:

1. Entry: AI Integration ▶ AI Artwork

2. AI Artwork generation

4. Artwork Application: The generated graphic artwork is automatically added to the Graphic section in the Object Browser window.

Application Scenarios: garment artwork design

AI Trim

AI Trim | Style3D Studio Help Center

AI Snapshot - iWish

Add a new AI rendering access point

A new 'AI Function Integration' button has been added to the upper-right corner of the software toolbar.

Support Natural Poses

Enables natural model posing (when enabled by the user). A new parameter Natural Pose/Nature pose is added (as shown below):

4.0 Algorithm support some tags for model.

AI Cloth, Cloth Style can selected different tags for Material

Before enter AI Snapshot，user can select the tag in Fabric Property Editor ▶ Fabric ▶ AI Style，

After enter AI Snapshot, user can select "3D Label" for Cloth Style, then AI will follow the tag to enhance for different eare, which can support one look in different material.

2.Modeling

Support Auto Knotting

Operation Method:

1. Home ▶ Fold Arrangement ▶ Auto Knotting

2. Select knot type

• Single area: Use the lasso tool in the 2D view to select a closed region as the knotting area.

• Double area: Use the lasso tool in the 2D view to sequentially select two closed regions; the selection order determines the knotting direction.

3. 3D real-time preview

• The template is generated in real time based on parameters; after modifying the scale value in the partition scale parameters, the changes can be viewed in the 3D real-time preview.

• The fabric is mapped onto the knot template shape. Users can select [Reverse order] to swap the start and end points of the pattern path.

• If the selected area is unsatisfactory, click [Reset Area] to re-invoke the lasso tool and select the area again.

4. Confirm — enable simulation to finalize the effect: After confirmation, users need to manually start the simulation to see the final result.

Note: The knotting pattern requires particle distance less than 10; otherwise, the knot may loosen.

Application Scenarios: Suitable for clothing modeling scenarios involving knot structure design, such as rapid creation of bows, neckties, laces, decorative knots, etc.

Application Value: Enhances modeling efficiency.

Support Flat-laying Garment

Supports unidirectional scaling of 3D garment models (with corresponding 2D pattern pieces maintaining unchanged shape and dimensions), enabling compression deformation (rigid body transformation) of patterns along the vertical axis to achieve a flattened garment effect

During unidirectional deformation of the 3D garment:

The model fully adheres to the ground , while the corresponding 2D pattern pieces remain identical in shape and size.

Only the initial spatial positions of mesh vertices before 3D simulation are adjusted for the patterns.

Operation Method:

• Flat-laying Garment scaling：

  1. In select/move，supports switching the positioning sphere to scaling mode after multi-selecting or single-selecting garment panels，

  2. Scale garment pattern along the x/y/z axes in the 3D window；

  3. After clicking "Simulate", patterns participate in the simulation

Application Scenarios: Rapid garment flattening

Support Smooth Lifting and Lowering of Internal Lines

After selecting internal lines, users can modify the additional rendering thickness.The final thickness of selected internal lines = additional rendering thickness of internal lines + pattern rendering thickness + pattern thickness.

Value Range: [ - (pattern rendering thickness + pattern thickness), 100.0 ]，Default Value is 0 (i.e., mesh points on internal lines are not deliberately lifted or lowered).

Operation Method: Edit Pattern ▶ Select Internal Line ▶ Property Editor ▶ Internal Line Height

Application Scenarios:Seam allowance

Support Trapezoidal Cylinder Pattern Arrangement

Operation Method:

• Select the avatar ▶ Property Editor ▶ Edit Avatar ▶ Arrangement

• Arrangement ▶ Type ▶ Trapezoidal Cylinder

Application Scenarios: Skirt pattern arrangement

Support Trim Grouping

Operation Method:

Scene Browser ▶ Trim

• The first selected attachment will be set as the reference attachment. Other selected attachments in the 3D window can be right-clicked and grouped via [Group]. Each sub-attachment retains its own data and absolute position.

• The software also supports multi-selection of attachments in the scene, followed by right-click [Group]. Double-clicking the group allows you to rename it.

Application Scenarios:Assembly of multi-component fasteners such as snap buttons and clasps

Support Trim Visibility Toggle

Operation Method: 3D Window ▶ Scene ▶ Trims

Application Scenarios:When the attachment is used for shaping purposes, it can be set to be hidden during rendering/output.

Support Seam-based Pattern Merging

Support Seam-based Pattern Merging

Operation Method: Start ▶ Edit Sewing ▶ Merge Pattern Pieces Based on Sewing Lines

Application Scenarios: bag making

Support Flipping of Attached Pattern

Improve 3D Selection State Visualization

Support switching between edge, face, and edge+face modes

Operation Method:

• Set 3D Select show Mode: File ▶ User Settings ▶ User Interface ▶3D Select Show Mode

  

• Use the Selection/Move tool to select in the 3D viewport

Application Scenarios: 3D modeling

3.Graphic and Printing

Support Custom Graphic Point Positioning

Allows using any point within the graphic as the positioning point during garphic placement

Operation Method: Assets ▶ Edit Graphic ▶ Property Editor ▶ Graphic Location

Application Scenarios: Print production

Support Graphic Alignment Guides Visibility Toggle

Operation Method: Assets ▶ Edit Graphic ▶ Property Editor ▶ Graphic Location ▶ Hide Location in 3D

Application Scenarios: Pattern editing

Support Custom Positioning of Grading Text

Marker Mode: New [Seamallowance Info] Added to Marker Settings

Support for switching display information, including:

• Grading names (size types);

• Grading Hints (script merging projects);

• Seam allowance notes (added via the annotation function);

• Display information supports multiple selections.

• If QR code is enabled, the seam allowance information position inherits the QR code position; if QR code is disabled, the seam allowance information can be freely adjusted, following the same logic as QR code positioning.

• Only grading names of base size pattern pieces can be moved:

• 

• Text selection interaction: click on text to select; selection priority: pattern piece > text;

• After selecting text, users can drag to move it, with the outermost edge of the pattern piece as the movement path; during dragging, the text becomes bold.

• 

Support Export of AI Multi-Size Files

When exporting AI files, a new pop-up window allows users to select single-size or multi-size export:

• If single-size is selected, only the vector path of the current size is exported.

• If multi-size is selected, vector paths of all sizes are exported.
  ○ If users modify multi-size vector paths, alignment will no longer be possible.

Operation Method: File ▶ Export AI ▶ Multiple Size Grading

Application Scenarios: Designers adding texture patterns to different size (S/M/L) patterns in AI can use the multi-size export function to obtain full-size vector files in one go, avoiding the tedious manual alignment after single-size export.

4.Fabric and Texture

Support Fur Editor

Operation Method:

Note: Before operation, set the rendering type of the fabric material properties to "Fur"

Select the Fabric ▶ Property Editor ▶ Textile ▶ Rendering type ▶ Fur ▶ Fur Editor

Application Scenarios: Custom fur fabric design

Improve Anisotropic Fur/Hair Texture Support

Based on the existing anisotropic effects of hair fibers, independent anisotropic rendering support for the base fabric of fur is added. This enables more realistic simulation of hair surface structures and gloss, addressing the issue of mismatched reflections between the base material and fur during rendering.

Operation Method: Property Editor ▶ Textile ▶ Gloss Map ▶ Anisotropic

Application Scenarios: Rendering the material layering of leather bases and long fur in fur coats, achieving physical-level light-shadow matching between fur and base materials to enhance the visual fidelity of high-precision models.

5.Style & Pattern Review

Support Garment Browser Snapshot Spacing Customization

• Garment Browser support Ray Tracing rendering

• Support Garment Browser Snapshot Spacing Customization

Operation Method: Tools ▶ Garment Browser

Application Scenarios: Style & Pattern Review

Support Size-Specific Pattern Display in the Style Browser

Operation Method: Assets ▶ Edit Graphic ▶ Property Editor ▶ Assigned to One Grading

Application Scenarios: Reviewing patterns and styles for different graphic in sizes

Support Vector Export with Transparent Background for Style Lines

Support exporting style lines as PDF vector files with transparent backgrounds

Operation Method: 3D Window ▶ Garment ▶ Style Lines ▶ Export Vector

Application Scenarios: Tech pack

Support Fabric Add Colorway Group

Colorway Group is a functional module that combines multiple fabrics for unified management and quick switching. It supports single-fabric grouping or multi-fabric grouping, enabling fast replacement of fabrics for the same style to enhance design collaboration efficiency

• Flexible Grouping

• Support single-fabric grouping or multi-fabric grouping.

• Create a Colorway Group by right-clicking a fabric in Scene Management.

• Convenient Operations

• Fabric Switching: Quickly switch between any fabric in the group via the Colorway Panel.

• Editing Functions: Support adding, deleting, copying fabrics, and setting multi-layer materials.

• Order Adjustment: Drag and drop fabrics or Colorway Groups to freely adjust display order.

• Multi-Scene Adaptation

• Colorway Groups are supported in large image lists, large previews, and regular lists.

• Support importing/exporting Colorway Groups for cross-project reuse.

• Rename Colorway Groups for quick positioning and management.

Operation Method: Scene Management Window ▶ Fabrics ▶ Right-click a fabric ▶ Add Colorway Group

Tutorial：2025 July | Style3D Studio Help Center

Application Scenarios:

• Cross-role Collaboration
  After modelers complete modeling, designers use Colorway Groups to quickly replace fabric schemes, and modelers finalize via rendering.

• Same Style with Different Fabrics
  For spring shirt designs, preview fabrics with different weights (e.g., cotton, linen) for the same pattern using Colorway Groups.

Support Link Grainling Edit in Colorways

6.Visual

Support Animation Trajectory Editing

• Support for [lens] editing

• upport for keyframe editing

• Support for [special lenses]

• Support for [lens trajectory] adjustment

  Click the lens function button in the upper-left corner of the animation background viewport to enable the lens trajectory.

• X/Y/Z position information is added to the camera settings, supporting editing of the camera's XYZ position and rotation.

Operation Method: Object Browser ▶ Camera ▶ Property Editor ▶ View Orientation ▶ Transform

Application Scenarios: Animation editing

Support Up to 8K Rendering Resolution

Operation Method: File ▶ User Setting ▶ User Interface ▶ 3D Rendering Resolution ▶ Maximum Resolution

• 3D Window Rendering

• All 3D Window rendering modes support 8K rendering display

2D Snapshot

Application scenario: Rendering of complex printed patterns, supporting 8K to ensure the original clarity of the patterns.

Support adding multiple wind controllers

Support adding multiple wind controllers in 3D Window

Operation Method: Scene Management Window ▶ Scene ▶ Environment ▶ Wind ▶

Application Scenario:

• Simulate complex natural wind environments: In real life, wind conditions are often complex and variable, not limited to a single direction or intensity. For example, in a forest, wind may be blocked and influenced by trees, creating airflow in different directions; in urban streets, buildings can cause wind to form complex eddies. Multiple wind controllers can simulate such complex natural wind environments in the software, making the performance of clothing in virtual scenes more realistic.

• Show dynamic details of clothing: For clothing with complex designs or special materials, a single wind controller may not fully demonstrate its dynamic effects in the wind. Multiple wind controllers can apply wind force from different angles, better showcasing details such as wrinkles, fluttering, and sagging of the clothing.

• Enrich fashion show effects: In catwalk simulations, multiple wind controllers can be set with different wind parameters, making the clothing on models present various fluttering effects and enhancing the diverse dynamic performance of the clothing.

7.Garment Techniques

Improve Piping Editing

Supports tapered end effect for piping and adjustable piping height.

Note：Default Termination Length is 1mm

Operation Method: Assets ▶ Property Editor ▶ Edit Pipping

Application Scenario: Piping craftsmanship for bags

Support Zipper Stripe Editing

Support converting zipper stripe to pattern format, enabling the outline of the zipper stripe to be editable

Editing Restrictions: The zipper stripe only supports adjustment in the width direction, not in the length direction.

Operation Method:

• Assets ▶ Zipper ▶ Select Zipper Stripe ▶ Property Editor ▶ Enable Stripe Editing(Beta)

• Edit the width-wise outline of the zipper stripe in Edit Pattern / Curve / Arc mode.

Application Scenario: Create zippers with unequal lengths on both sides, such as the diagonal zipper for side pockets.

8.Pattern Making

Support Isometric Internal Line Extension with Point Insertion

Operation Method: Edit Pattern ▶ Right-click the internal Isoline ▶ Add equidistant internal Isoline ▶ OK

Application Scenario: Adding topstitching according to endpoint positions

Improve the Naming of PXF Features

Application Scenario: 2D-3D Linkage Editing

9.Others

Support Multi-Touch Operation for Touchscreen

Note: Currently only Windows systems are supported.

• Multi-touch for simulation and 3D Window movement/rotation

• Multi-touch for 2D editing

Operation Method:

• Pattern

• Move,Rotate

Multi-touch operation: select multiple pattern pieces simultaneously for move/rotate actions.

Supported in both 2D and 3D Windows.

• Drag in simulation

• Multi-touch selection of garments for simulated dragging;

• Supported in 3D Windows.

• Scene

• Move

• Three-finger tap on empty area of the scene to move the scene, equivalent to mouse Alt + middle mouse button;

• Rotate

• Two-finger tap on empty area of the scene to rotate the scene, equivalent to right-click with the mouse;

• Zoom in and out

• Operate by pinching with fingers;

Application Scenarios:

• 3D Scenarios:

• 3D pattern adjustment for designers to visualize effects and conduct creative design;

• Garment form arrangement;

• Garment folding.

• 2D Pattern Modification:

• Manual inspection of seam matching after paper pattern drafting;

• Seam matching inspection during the modification process;

• More convenient drafting with physical tools.

Improve Color Pop-up Window

• Support persistent panel display

• Support multi-folder selection for import

• Support color sorting by name

• Support input and export of CMYK color values (previously the software only supported CMYK images)

Operation Method:

Support Global Application Calculator

• Supports basic operations: addition, subtraction, multiplication, division, and parentheses

• Supports positive and negative signs

• Supports polynomial expressions

Operation Method: Enter a calculation formula anywhere in the software’s global parameter input field and press Enter to complete the calculation. For example, input the formula "18+39" and press Enter to get "57".

Application Scenarios: Precision Data Calculation in Pattern/Human Body Size Adjustment

Improve Quick Opening of Last Backup

Operation Method: File ▶ Auto Save Files

Application Scenario: When the program crashes unexpectedly, provide an option to quickly open the last backed-up version in the startup settings