Blended Creative Learning Atlas
블렌더 공부 자료를 강의, 노드, 공식 개념, 재질, 실습 파일, Atlas Logos 응용으로 연결하는 지식 그물 공부장
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Ten operations teach every tool in the atlas — the same grammar from Blender to Photoshop, Houdini, and the web.
Changes position, scale, or rotation.
2둘 이상을 결합한다Combines two or more things.
3필요한 것만 선택한다Selects only what is needed.
4움직임을 따라간다Follows movement, direction, surface, or proximity.
5규칙에 따라 변화시킨다Changes things according to rules.
6시간에 따라 값을 변화시킨다Changes values over time.
7물체의 성질을 부여한다Gives physical qualities to objects.
8빛을 계산한다Calculates and shapes light.
9계산 결과를 이미지로 만든다Turns calculated results into images.
10사용자의 입력에 반응한다Responds to user input.
Blender, Photoshop, Premiere, After Effects, TouchDesigner, Houdini, Nuke, Vue, Gaea, Web / Nuxt, and Atlas Logos.
Where Blendary begins — geometry, materials, and atlas scenes.
3D creation suite for modeling, geometry nodes, shading, lighting, animation, and rendering. Blendary's roadmap, nodes, and projects all start here.
Photoshop2D compositing, texture, and mask grammar for atlas visuals.
Raster image editing — layers, masks, transforms, and color grading for textures, labels, and comp plates feeding 3D and web pipelines.
PremiereTimeline animation, merge, and delivery for atlas films.
Non-linear video editing — cut sequences, motion keyframes, masks, and export for documentary and route visualization films.
After EffectsMotion graphics, tracking, and animated atlas overlays.
Compositing and motion design — animate labels, route lines, and divine-light effects over map plates and 3D renders.
TouchDesignerReal-time generative networks — simulation and interaction.
Node-based real-time visuals — CHOP/TOP/SOP networks for interactive installations, live atlas demos, and procedural feedback.
HoudiniProcedural simulation and merge at atlas scale.
Procedural 3D — SOP/DOP/VOP networks for cities, terrain, destruction, and high-end biblical environment generation.
Unreal EnginePlayable level design, lighting, camera, and real-time atlas worlds.
플레이 가능한 공간, 조명, 카메라, 상호작용을 만든다.
Real-time 3D engine — grayboxing, level design, cinematic cameras, lighting, interaction, and biblical environment prototypes for Atlas Logos.
NukeCompositing merge, mask, and rendering for film plates.
Node-based compositing — combine CG renders, plates, and matte paintings for final biblical atlas film frames.
VueInteraction and animation in the atlas interface layer.
Progressive JavaScript framework — component UI for Blendary pages, transitions, and future interactive atlas viewers.
GaeaTerrain simulation for biblical landscapes.
Terrain authoring — erosion, rivers, and heightfield simulation for Galilee hills, wilderness routes, and atlas landforms.
Web / NuxtBlendary itself — rendering the knowledge atlas to the web.
This site — Nuxt 4 static generation renders the blended learning atlas: alphabet, tools, roadmap, and graph as browsable pages.
Atlas LogosThe destination — biblical atlas applications of every operation.
Production target for Blendary — ancient cities, routes, tabernacle materials, and temple light scenes using the full Creator Alphabet across tools.
New to the atlas? Follow First 10 Blender Grammar — ten steps from the Geometry Nodes modifier to your first Principled Base Color, each linked to a practice project and Atlas Logos use case.
Begin study path →Every procedural workflow starts here. Without the modifier you have no node tree; without the spreadsheet you cannot verify attributes or debug scatter counts.
Open the atlas — attach the modifier, read attribute columns like a lab notebook.
Socket colors and types prevent broken graphs. Learn geometry vs field vs attribute before mixing city scatter with material hooks.
Learn the color-coded wiring language before building any procedural graph.
Primitives are atomic shapes — cubes for blocks, spheres for bodies, cylinders for columns. Every Atlas building block starts as a primitive transform chain.
Atomic building blocks for snowman body parts and simple blockouts.
Deeper classification by creative function — Tracking, Mask, Merge, Transform, Simulation, Animation, Material, Lighting, Rendering, Interaction.
Follows movement, direction, surface, or proximity.
필요한 것만 선택한다Selects only what is needed.
둘 이상을 결합한다Combines two or more things.
위치·크기·회전을 바꾼다Changes position, scale, or rotation.
규칙에 따라 변화시킨다Changes things according to rules.
시간에 따라 값을 변화시킨다Changes values over time.
물체의 성질을 부여한다Gives physical qualities to objects.
빛을 계산한다Calculates and shapes light.
계산 결과를 이미지로 만든다Turns calculated results into images.
사용자의 입력에 반응한다Responds to user input.
10 cross-tool operations
Guided study sessions
Hands-on labs with steps
Practice result logs
Original course materials
11 creative tools in the atlas
10 Blender creator functions
Curated first steps & grammar
319 course items by section
30 core geometry nodes
Official geometry concepts
Principled BSDF grammar
Course practice scenes
Biblical atlas applications
Relation chains & edges
Study scratchpad
Philosophy and v1.0
Release history
Featured node — scatter buildings, trees, and markers without duplicating mesh data.
Deferred per-element evaluations — the grammar of procedural control across the atlas.
Surface light output for fire pillars, temple lamps, and route beacons.
Procedural city with extrusion, fields, and instancing for Atlas Logos urban scenes.