2025 May

发布于：2025-05-16

🌐V8.1 New Features List

👩‍🏫

For accessing the video introduction on new features, please go to V8.1 (2025 May) New Feature Video | Style3D Studio Help Center

1.iWish

2.Modeling

Supports AI-generated 3D Trims
Improve Fold Smoothness
Support Adding Random Vertical Internal Lines
Support Selective Pattern Unlinking in PXF 2.0

3.Marker

Support QR Code in Markers
Support Printing-Super-Marker
Support Default Grading Quantity Value Set for Marking
Support Marker Background Opacity Control

4.Print Production

Improve Display Continuity of Deformed Over Sewing Graphic on Dart Structures
Support Centered Texture Alignment on Pattern
Support Texture Scaling with Percentage Input
Support Right-Click Center Alignment for Graphics

5.Visual

Improve Real Model Photo Blending
Support Camera Focal Length Configuration
Improve Background Image Settings

6.Style & Pattern Review

Improve Grading Module in Object Browser
Support Grading Visibility Toggle
Support Full Object Selection in Grading Mode
Support 3D Display Controls in Garment Browser
Support Ray-Traced Rendering for Style Lines

7.Fabric & Texture

Support 30 New fur Material Presets

8.Garment Techniques

Support BOM Export: Stitch Consumption/Trim Weight/Measurement Data
Improve Topstitch Nomenclature Alignment with ISO Standards

9.Pattern Making

Support Adding Unequidistant Internal Line

10.Avatar

Support HPS (High Point Shoulder) Measurement

11.Others

Support Marker & Print Automation Scripts
Support Garment Information Savement
Support Stitch Type Toggle Shortcut
Support Search Functionality in Object Browser
Support WebP/AVIF/TIFF/WebM Rendering Export

🖥Feature Instructions

1.iWish

2.Modeling

Supports AI-generated 3D Trims

Users can upload images or input text descriptions to generate 3D models for quick accessory & prop creation. Generated 3D models will have the same capabilities as standard software trims

Operation Path：

Object Browser ▶ Trim ▶

Add 3D Trim

Image

Users can upload model photos (up to 4 images)

Upload Rules:
First image: Front view (Required)
Subsequent images (optional): Left, Back, Right views (Optional)

Text

Enter text description (e.g., "Generate a black button")

Image-to-3D Trim Example:

Application Scenario: 3D Modeling
Application Value: Rapid accessory & prop creation to enhance visual richness
Use Case: Quickly outfit models with accessories or populate home scenes with decor

Pricing Rules: Each generation consumes 40 AI Credits

Improve Fold Smoothness

Increases internal line density for smoother folding curvature

Operation Path：Home ▶ Edit Pattern&Fold Arrangement ▶ Select The Folder Internal Lines ▶ Property Editor ▶ Realistic Fold

Application Scenario: Bag making where smoother folding curves are required

Support Adding Random Vertical Internal Lines

In actual garment construction, pleating effects vary in density and distribution. This feature quickly achieves realistic wrinkle effects: Pressed flatness after ironing; uneven pleat distribution

Operation Path：Home ▶ Edit Pattern ▶ Select The Outlines & Internal Lines ▶ Random Vertical Internal Lines

Random Angle	✅ Enabled: Line angles vary randomly between [60°,120°] ❎ Disabled: Lines remain perpendicular to selected internal lines
Random Space	✅ Enabled: Spacing varies randomly with [-50%,+50%] offset ❎ Disabled: Even spacing using average distance
Degree of Randomness in Length	✅ Enabled: Varying lengths (longest line sets maximum length) ❎ Disabled: Uniform line lengths
Max Random Fold Angle Degree	✅ Enabled: Sets fold angle intensity • Range: [0.0-1.0] (0=no folds, 1=near 0° or 360° folds) • Default: 0.5 (1 decimal place) ❎ Disabled: No angle variation

Application Scenario: Modeling efficiency improvement; Garment process effect restoration

Value Proposition: Resolves unnatural wrinkle issues at sewing lines

Elastic waistband creation/ Ruffle drape effects

Support Selective Pattern Unlinking in PXF 2.0

Designates specific patterns as non-synchronized components
Maintains bidirectional data isolation:
✓ Assyst→3D: Prevents accidental pattern deletion during updates
✓ 3D→Assyst: Blocks unintended modifications to production patterns

Application Scenario: 2D & 3D linked modeling

3.Marker

Support QR Code in Markers

Freely drag and position QR codes
Adjust QR code size
QR code rules: Supports free text input, wildcards, and data table matching (script required)

Operation Path：Assets ▶ Maker ▶ Property Editor ▶ QR Code

QR Code Sizes	Small	2.8*2.8cm
	Medium	4.2*4.2cm
	Large	6.2*6.2cm

QR Code Information	Import	Supports table files (xls/xlsx/csv/numbers)
	Export	Exports table file
	Delete	Uploaded filename appears left of import icon; click delete to remove

QR Code Table

Each pattern piece in the project has a unique QR code + text information. The QR code and text are generated by matching the pattern name and size in the software with the data table. Users can customize which fields in the table to match.

QR Code Data Matching Rules：

Supports single/multiple field matching:
Only the first row in the table has a data input field for QR codes, allowing wildcard input.
The input field requires table headers: The default wildcard is %Pattern Name%Grade Size Users can click to edit and press Enter or click outside the field to confirm.
To match multiple fields, use % to separate them. For example, to match by style number, size, and pattern name, enter: %Style Number%Grade Size%Pattern Name%.

Bottom Text:

Follows same matching rules as QR code table

Marker sample

Application Scenario: Marker production

Application Value:

QR codes consolidate all sample garment information for efficient sorting and traceability
Customizable positioning enables quick identification of matching pattern pieces
Marker-integrated QR codes support future automation workflows (an advanced yet commercially differentiating feature)

Support Printing-Super-Marker

Permission required

Printing-Super-Marker is specifically suitable for printing-oriented marker making scenario

Operation Path：Assets ▶ Marker ▶ Start Marker Making

Application Scenario: Printing-oriented marker production

Application Value : Increases marker utilization efficiency

Case1: 30 seconds, bidirectional, 3 garments

Default Algorithm 80.57%

Printing-Super-Marker 87.34%

Case2: 30 seconds, bidirectional

Default Algorithm 75.37%

Printing-Super-Marker 83%

Support Default Grading Quantity Value Set for Marking

Operation Path：File ▶ User Settings ▶ Default Value ▶ Maker

Application Scenario: Marker production

Application Value: Improves marker making efficiency

Support Marker Background Opacity Control

Support Marker Background Opacity Control In marker mode

Operation Path：Home ▶ Select/Move ▶ 2D Snapshot ▶ Display Texture ▶ Marker Background Texture

Application Scenario: Marker production

Application Value:

Ensures accurate pattern alignment
Facilitates pattern orientation review
Verifies texture matching precision

4.Print Production

Improve Display Continuity of Deformed Over Sewing Graphic on Dart Structures

Support Centered Texture Alignment on Pattern

Operation Method：Assets ▶ Edit Texture ▶ Right-Click The Pattern ▶ Texture Centered Pattern

Application Scenario: Fabric texture editing

Application Value: Workflow efficiency improvement

Support Texture Scaling with Percentage Input

Operation Method：Pick The The Fabric in Object Browser ▶ Property Editor ▶ Material ▶ Texture ▶ Texture Parameters

Support Right-Click Center Alignment for Graphics

Operation Method：Assets ▶ Edit Graphic ▶ Right-Click The Graphic ▶ Align ▶

5.Visual

Improve Real Model Photo Blending

AI-Powered Workflow Replaces traditional "photo shoot + Photoshop editing" process
Integrated ray tracing rendering: faster speed + higher quality

Operation Path:

1.Save template: Execute once to complete.

①Adjust Posture——>②Enhance avatar With iWish——>③Add Real Model Photo——>④Save Template

①Adjust Posture	②Enhance avatar With iWish		③Add Real Model Photo	④Save Template
			Tools ▶ Rendering ▶ Settinf ▶ Real Model Photo Blending	File ▶ Export ▶ Real Model Render Configuration File

Preserved Settings in Real Model Render Configuration Files:

✓ Model appearance (skin, facial features)

✓ Pose

✓ Camera view (matches 3D viewport)

✓ Lighting setup

2.Change outfit、Export Image

①Put On The Garment ——>②Apply Template——>③Render The Image——>④Optional: Apply AI Optimization

①Dress avatar with garment	②Apply SRMC File	③Rendering Output	④Secondary AI Optimization (Optional)
	Three ways to apply Real Model Render Configuration File (SRMC.): Directly drag and drop the file into the software interface In the Resource Library, use to import the folder containing the SRMC. file File-Import-Real Model Render Configuration File		for cloth or background

Application Scenario: For high-end clients with strict rendering requirements, this serves as a cost-effective fallback solution.

Application Value: Reduces Live Model Photography costs，More stable and reusable

Support Camera Focal Length Configuration

Supports switching between Millimeters and Field of View
Default Lens Setting: Field of View

Operation Path：Tools ▶ Render ▶ Render Setting ▶ Camera Effect ▶ Physical Camera

Improve Background Image Settings

Operation Path：Tools ▶ Render ▶ Render Setting ▶ Background

Improve Fit

Support Angle、Scale、Offset

Support Depth and Transparency

Operation Path：3DWindow ▶ Right-Click ▶ Scene Environment ▶ Filling Mode ▶ Fit

application Scenario: Visual Effects Rendering. Set a background image in the foreground with adjustable transparency for scene composition assistance

Style & Pattern Review

Improve Grading Module in Object Browser

Support Multi-size Model Rebinding & Grading Module Consolidation

Operation Path：Object Browser ▶ Grading

Application Scenario: Enables arbitrary combinations of multi-size garments and multi-size avatars within the software. Supports storing multiple sized avatars in a single file, with each avatar bound to corresponding garment sizes.

Old

New

The old "Grading" and "Model Grading" features are merged. The new window UI is as follows:

Optimized Default Color Scheme for Sizes:

Increased color contrast between sizes
Enhanced visual differentiation for easier identification

New [Replace Avatar] Function:

▶

Support Grading Visibility Toggle

Operation Path：Object Browser ▶ Grading ▶

Application Scenario: grading

Application Value: Enables observation of sizing increments between different sizes

Support Full Object Selection in Grading Mode

Operation Method：Object Browser ▶ Grading ▶ Right-Click

Application Scenario: grading

Application Value: Improve Grading Editing Efficiency

Support 3D Display Controls in Garment Browser

Operation Path：Tools ▶ Garment Browser ▶

Application Scenario: Modeling

Support Ray-Traced Rendering for Style Lines

Operation Method：

3D Garment Windows ▶ Garment ▶ Style Line
Tools ▶ Rendering ▶ Setting ▶ Property Editor ▶ Option ▶

Application Scenario: Style and Pattern Review

Application Value: Enhances visibility and evaluation accuracy of garment structures and construction details in ray-traced renders, significantly improving the discernibility and assessment precision of styling lines during sample review.

7.Fabric & Texture

Support 30 New fur Material Presets

Added 30 new Fur material presets across various categories.

Operation Path：Resoure Library ▶ Fabric and Material ▶ Fur

8.Garment Techniques

Support BOM Export: Stitch Consumption/Trim Weight/Measurement Data

Clearer Images & Enhanced Visuals — One item per row

Stitch Consumption — Displays the amount of thread used

Stitch Consumption — Displays the amount of thread used

Trim Export Weight — Export the weight of trims

Measurement Data — Integrated into BOM

Operation Path：File ▶ Export ▶ Export The Data Of BOM

Application Scenario: Production Handoff

Improve Topstitch Nomenclature Alignment with ISO Standards

opstitch names in the software are now aligned with ISO standard terminology.

Operation Path：Object Browser ▶ Topstitch ▶ Property Editor ▶ Topstitch Library

Application Scenario: Topstitch creation

Application Value: Enhances the professionalism and global consistency of workmanship expression, making it easier to communicate and align processes across teams and regions.

9.Pattern Making

Support Adding Unequidistant Internal Line

When creating parallel lines, multiple distances can be defined to quickly generate lines spaced at, for example, 5cm, 2cm, and 1.5cm.

Operation Path：Home ▶ Edit Pattern ▶ Right-Click The Initial Segment ▶ Add Internal Isoline ▶ Unequidistant

Application Scenario: Quilting lines on down jackets, double stitch lines, frame lines

Application Value: Improves pattern-making efficiency

11.Avatar

Support HPS (High Point Shoulder) Measurement

Supports measuring the HPS (High Point Shoulder) height.

Operation Path：Home ▶ Edit Avatar Measure ▶ Object Browser ▶ Avatar Measure ▶ HPS Height

Application Scenario: modeling

Note: Only supported on default system avatars

11.Others

Support Marker & Print Automation Scripts

New Capabilities:

Auto-split graded files for marker making
Merge identical fabric types
Remove texture maps and normal maps
Replace text graphics and patterns
Export markers according to preset configurations

Application Value:
Enables one-click automation for marker making and print production workflows

Operation Path：Tools ▶ Python Script

Marker Script

One-click marker output from a full-size project

Support Garment Information Savement

Support Garment ID and Garment Name setting

Garment Name is synchronized with project name.

Operation Method：File ▶ Garment Info

Garment Information Synchronization Locations:

Top toolbar style name, local project file name, and File > Garment Information menu
Real-time, ray tracing, and offline rendering property settings

Application Scenario: Garment modeling file archiving
Application Value:
Enable centralized management of garment style ID and name, ensuring information synchronization. This improves project file standardization and team collaboration efficiency, reducing communication and output errors caused by inconsistent naming.