
Build a graveyard catacomb scene in ZBrush from a quick sketch to a final project, creating crosses, tombstones, a creepy tree, brick walls, fences, and layered grass in separate files.
Review concept and proxy modeling in ZBrush to construct cemetery monuments, including Celtic crosses, tombstones, and obelisks, using slice curve, delete hidden, and mirror weld techniques.
Model crosses and tombstones for a cemetery fence in ZBrush, starting with a simple cross and building Celtic and ornate variants with bases and duplication.
Use the defamation tab to position and scale fencing elements and walls as proxies in ZBrush, then copy and paste components while adjusting symmetry and rotation.
Model a simple cemetery wall fence in ZBrush using spear-point toppers, refine with Dynamesh and ZRemesh, and arrange sections for a cohesive enclosure.
Design a haunted graveyard scene in ZBrush by blocking walls, mausoleum, and gate, then shape cobblestone paths, overgrown grass, and decayed details for a moody cinematic environment.
Sculpt a stylized creepy graveyard tree in zbrush using the clay build up brush, curved multi for branches, clay builders, dynamos for valleys, and alpha for bark detail.
Craft a single, craggy tree for the catacomb scene using ZSphere in ZBrush, building a root with branches and forks via move, scale, and rotate, viewed from multiple views.
Extend zsphere trees by adding roots and branches, using adaptive skin, dynamesh, masking, and the curve multi tube brush to create a creepy, grounded catacomb tree scene.
Apply the curve multi tube brush in ZBrush to build embedded, organic branches for a catacomb scene, mastering masking, remesh, clay buildup, and smoothing for varied angles.
Use clay buildup to sculpt wood textures and nodules, refine with the standard brush, and plan selective cuts for an old, horror-ready tree in ZBrush.
Use Dam Standard and alpha strokes on a new layer to add wood texture, knots, and cracks, with backface masking and depth variation.
Create a modular catacomb wall in ZBrush by sculpting columns and bricks, duplicating bricks with surface detail, and forming the archway and main entrance gateway using fencing details.
Create the wall and columns for a sculpted catacomb scene in ZBrush, building modular brick walls, a gateway, and varied brick sizes for an aged look.
Sculpt a worn brick wall in ZBrush by flattening bricks, adding noise and wear with layers, and duplicating bricks for varied sides.
Continue building the catacomb wall by duplicating bricks, adjusting masks and poly groups, and filling gaps with scaled bricks and mortar, using transparency and layers to align and refine.
Decimate the wall and columns with decimation master to drop to 418k polygons. Use poly groups and surface noise to add bricks and mortar, then bake.
Develop a clean main entrance arch for a catacomb scene in ZBrush, refine wall and column proportions, and build a simple pointed arch gate using slice curves and geometry tools.
Refine a catacomb arch by inflating, trimming, and shaping the gate and column, then use mirror, weld, delete hidden, and close holes to finalize the scene.
Reuse fence spikes to craft a realistic gate for a catacomb scene in ZBrush, adjusting scale, rotating, and assembling pieces with DynaMesh, mirror weld, and hinge plates.
Bring together components from multiple files into one ZBrush scene by importing the trees and gate, duplicating walls to form the graveyard, adding fibre mesh for grass, and detailing tombstones.
Import external meshes into the catacomb scene by scaling, copying, and pasting elements like gates, trees, tombstones, walls, and walkways; group components to streamline placement and editing.
Duplicate wall meshes and place them precisely, scale segments, and use masking and slicing to fill gaps for a cohesive catacomb environment.
Adjust fence placement on the walls, moving the fence down for proper proportion, trim hidden geometry, and use insert multi-mesh brushes to add gate details and crosses.
Place and vary tombstones, crosses, and obelisks in the graveyard, adjusting masks, moves, rotations, and scales to create a populated, aged catacomb scene with inscriptions.
Sculpt ground displacement and dirt to create a graveyard scene in ZBrush, separating tombstones into subtools, and adding grass under a tree to enhance atmosphere.
Learn to sculpt a graveyard grass scene in ZBrush by masking surfaces, using back-face masking, and applying fiber mesh with controlled density, scale, and clumps to enhance a catacomb environment.
Create a layered catacomb scene by clumping grass with fiber mesh—adjust length, coverage, and masking—and add tombstones with 3d text using booleans for carved letters.
In ZBrush, create and stack surface layers, apply noise and rock crack alphas to sculpt a decayed tombstone, adjust scale, and use Dynamesh and live boolean for realism.
Finish all tombstones with embossed lettering and surface cracks, applying alphas from Pixel Logic to add texture while keeping consistent noise and alpha scales for realism.
Deform the main gates using the deformer tools to bend outward, create crumpled, aged metal, and refine via masking, gizmo manipulation, and live boolean for realistic walls.
Apply boolean operations to build catacomb walls in ZBrush, then refine with move elastic, rotate, and scale; use transparency and polish groups to erase hidden geometry and close holes.
Students taking the Catacomb in ZBrush course will learn how to take a basic quick sketch of a scene and create simple geometry to approximate a proxy/temporary version. They'll next learn to create, duplicate within a subtool, and modify their meshes to create several versions of individual items to create interest. They'll create separate component subtools in multiple files for later importing into the final scene. The transpose action line is an invaluable tool to help modify geometry quickly and easily to adjust to the required shapes. Also indisposable is the deformation palette with many key functions that assist in helping to quickly and efficiently create meshes in Zbrush. Creating multiple copies of subtool meshes within those same subtools is paramount in interacting multiple instances of geometry that will quickly 'fill out' spaces needing substance. Boolean operations will also play a deciding factor in taking simple geometry and 'hollowing out' more detailed areas for better atmosphere. Adding text, while using the text as actual booleans, will be important in adding script to the tombstones etc to help make a believable graveyard scene.