Concept and direction
Define subject, material, color, camera, mood and delivery format with prompts and references.
Output: concepts / mood board / promptsAI CREATIVE PIPELINE · 2026
Put AI inside a
real design pipeline
Connect Photoshop, Style3D, Blender, BlenderKit and Codex from concept to delivery.
2DVisual refinement3DSimulationAIAutomation
CREATIVE SYSTEM ONLINEGPU READY
ZHIHUIZHAN · MATERIAL & FORM STUDY
01CONCEPT→02REFINE→03BUILD→04RENDER
PhotoshopImage finishing
Style3DGarment simulation
Blender3D production
BlenderKitAsset library
CodexScript automationPRODUCTION PIPELINE
AI design workflow
Generative refinement
Use selections, Generative Fill, expansion, masks and layered grading for controlled finishing.
Output: layered PSD / textures / key artPatterns and simulation
Turn a 2D direction into a 3D garment and validate drape, fit, folds and motion.
Output: 3D garment / animation / rendersScene, light and animation
Standardize scale, PBR materials, lighting, cameras, animation and final rendering.
Output: .blend / frames / videoAutomate repeated work
Generate and review bpy scripts for naming, importing, materials, cameras and render queues.
Output: Python scripts / operation logsMEDIA & LEARNING
Workflows & tutorials
ADOBE OFFICIALPHOTOSHOP + FIREFLY
Generate first, refine professionally
Constrain edits with selections, generate or expand content, then finish nondestructively with layers, masks and color tools. Feature availability varies by Adobe region.
Adobe official guide ↗
STYLE3D OFFICIALAI + 3D FASHION
From concept to digital sample
Combine AI inspiration, patterns, fabrics and physical simulation to validate appearance and motion before sampling.
Visit Style3D ↗
BLENDER STUDIO3D PRODUCTION
Turn the plan into a shot
Build models, materials, lighting, cameras and animation in Blender to deliver a finished 3D sequence.
Browse Blender Studio ↗ASSET PIPELINE
BlenderKit asset integration
Search models, materials, brushes, scenes and HDRIs inside Blender. Check license, polygon count, texture size and renderer before import, then normalize the asset for your project.
IMPORT CHECK
- LicenseConfirm allowed commercial use
- QualityReview topology, UVs and textures
- StandardsNormalize naming, units and folders
- PerformanceUse proxies or optimization as needed
CODEX × BLENDER
Codex × Blender automation
Define the task
Specify objects, dimensions, materials, cameras, outputs and protected items.
Prepare a copy
Save a separate .blend file, normalize names and note the Blender version.
Ask Codex for bpy
Require idempotent steps, exceptions and clear logging.
Test in Scripting
Run against a small sample and review console output and scene changes.
Review and iterate
Give Codex the exact error and result; change only the failed step.
Batch and archive
Save scripts, parameters, version details and final output.
scene_setup.pySAFE MODE
import bpy
# Idempotent: create or reuse the main camera
camera = bpy.data.objects.get("CAM_Main")
if camera is None:
data = bpy.data.cameras.new("CAM_Main")
camera = bpy.data.objects.new("CAM_Main", data)
bpy.context.scene.collection.objects.link(camera)
camera.location = (6.2, -6.2, 4.0)
bpy.context.scene.camera = camera
print("[ZHZ] Camera ready")RECOMMENDED PROMPT
“Write an idempotent bpy script for Blender 4.5. Do not delete existing objects. Create a main camera and three-point lighting. Prefix every new object with ZHZ_. Log each step and raise a clear exception on failure.”
01Always test in a copy02Never run unknown scripts directly in production03Validate 1–3 objects before a batch04Keep versions, logs and rollback files
USE CASES
Use cases
Brand visuals
AI concepts + layered Photoshop finishing
PSD / JPG / PNGDigital garments
Style3D simulation + Photoshop textures
GARMENT / RENDERProduct and spaces
BlenderKit assets + Blender lighting
BLEND / EXR / MP4Batch production
Codex-generated bpy automation
PY / LOG / QUEUE