Dark Alley, Full Blender Cinematic Workflow + 300 assets

Create textures for Blender assets by capturing from Google Maps, refining with Camera Raw and AI fill in Photoshop, and tiling to reduce texture repetition.

Open Blender 4.0, create a new file, enable images as planes, and model in edit mode with extrude and loop cuts.

Fixing uv demonstrates practical uv mapping techniques in Blender, including uv editor work, reprojecting textures, isolating regions, adding loop cuts, extruding, beveling, and aligning bricks to prevent stretching.

Improve glass materials by creating and assigning a dedicated glass shader, correcting UV projections, and refining lighting in cycles with environment textures and node wrangler.

Create a building base material by combining a main texture with a concrete texture using separate UV maps, color ramps, and mix nodes to control roughness, bump, and metallic variations.

Create a dedicated concrete UV map, preview textures, and apply a new UV projection to edit the concrete texture without affecting the main texture.

Continuation of modeling demonstrates isolating and extruding door and window geometry, applying uv projection, assigning glass and metal materials, and refining textures with bevels for cinematic alley assets.

Load the texture as a plane, assign materials, fix the concrete uv map, and reproject textures for proper alignment; extrude, bevel, and use the array modifier to build the wall.

Explore building a dark alley scene in Blender, iterating from rough renders to post-processed results using compositor and After Effects, with maps like emission, glossiness, direction, mist, and neon assets.

Create a new Blender file to showcase the dark alley asset pack, save the project, and set up a ground plane and a world-aligned camera to highlight the buildings.

Block the dark alley scene in blender by importing buildings via the asset browser, using instancing to save memory, and render preview with a focal length of 30mm for perspective.

Import the GUI, place a free human model roughly 12 m from the camera to set proportions, and use Quixel Bridge textures plus bezier cables with bevels for ground details.

Use neon sign asset pack to place signs in a dark alley, reset rotation with Alt R, adjust scale for foreground and background, and render comparisons across slots with F12.

Apply an asphalt texture to a ground floor in Blender, using Node Wrangler and UV unwrap, adjust displacement and roughness for a wet glossy look, and fine-tune exposure and gamma.

Learn to assemble a dark alley scene in Blender using ground photo scans, trash assets, and water puddles, with glass materials, depth of field, and render previews.

Import Sketchfab assets into Blender by downloading FBX files, then refine geometry with decimate and merge by distance while tuning textures in the shader editor and Cgtrader models.

Create volumetric lighting with a cube covering the scene, apply a volumetric material, adjust anisotropy, and render with passes (miss, glossy direction, ambient occlusion, emission) in the Blender compositor.

Master post-processing in blender, blender compositor, and after effects to transform renders into cinematic, pleasing images by enhancing contrast and depth with mist, glow, and bokeh, while isolating the subject.

Import footage into a new After Effects composition, isolate the subject, and composite fog overlays using screen blending and a luma matte to add depth.

Explore creating cinematic shadows on ground in Blender using glossy highlights, a shadow catcher pass, and a shadow path, then refine in After Effects with masking, levels, and blur.

Apply an emission pass and glow by setting the emission to screen, duplicate glow with gaussian blur, and use ambient occlusion on the foreground with masking to enhance neon signs.

Learn to craft cinematic sky details by masking and compositing in Blender and After Effects, using screen and multiply blends, opacity tweaks, and volumetric effects to silhouette the foreground.

Explore post-processing in Blender through the compositor: set up nodes, isolate foreground with color ramp masks, add fog, gloss, shadows, and refine with blur and denoise for a cinematic look.

Apply post-processing in blender's compositor by painting a ground mask, blending gloss and emission, adding ambient occlusion in the foreground, and finishing with grain overlays and color correction.