Video summary

How to Make 100% Accurate PS1 Graphics in Modern Software

Main summary

Key takeaways

Art and Creativity

Summary

The video is a “PS1-style recreation” walkthrough showing how to emulate the PlayStation 1 look in modern 3D software (Cinema 4D). It focuses on PS1’s characteristic low-poly geometry, limited/quantized textures, dithering, sharp rendering, sprite-like elements, and the iconic vertex wobble/snapping effect.

The creator builds a small scene around a truck (evoking Metal Gear Solid 1 vibes in a snowy environment), then applies PS1 constraints through:

  • Texture preparation
  • Render settings
  • A Cinema 4D node/rig setup that quantizes vertex movement relative to the camera

It also covers related PS1-era techniques:

  • Dithered low-resolution textures, including baking dithering into textures via GIF export settings
  • Image sequences for particle-like effects (fire/smoke/spells) using retro dithering
  • Sprites and pre-rendered backgrounds as practical ways to add detail without heavy geometry

Finally, it discusses hardware/limitation ideas thought to cause the look:

  • Texture bit-depth reduction + dithering
  • Limited texture resolution
  • Vertex snapping from integer/quantization (no native float precision)
  • Lack of true Z-depth, producing a screen-space-like behavior

A sponsor segment promotes Skillshare classes (Blender, texturing/rendering, stylized illustration workflows). The video then returns to rendering and compositing (Cinema 4D → After Effects).

Artistic techniques / creative processes shown

PS1-inspired texture workflow (Photoshop)

Process steps:

  • Clean up and scale reference images into a 1K texture map
  • Resize down by creating a new document:
    • shrink to 256x256 or 128x128 (matching typical PS1 texture limits)
  • Use Nearest Neighbor interpolation to keep a sharp “crunchy” pixel look
  • Merge layers (and copy into a smaller final texture doc)
  • Export using “Save for Web (Legacy)”
  • Use GIF export controls to:
    • enable dithering
    • choose number of colors (to mimic PS1 bit-depth reduction)

Result: very small, noisy/dithered textures intended to look compressed on modern screens.

Cinema 4D material + render settings

Process steps:

  • In Cinema 4D, create a new material
  • Assign the texture to the Color channel
    • optionally use Luminosity for specific behavior
  • For an “absolutely no lighting” look, adjust shading/texture sampling as described:
    • switch mapping/sample setting to None/M (as stated)

Render settings:

  • Turn off anti-aliasing for a crisp PS1-like render
  • (Optional note) An N64-style direction could keep AA/mmaps depending on the target look

Particle effects via image sequences (Cinema 4D + After Effects)

Process steps:

  • Render/export a particle sim as frames (example: fire)
  • In After Effects:
    • reduce resolution
    • set interpolation to Nearest Neighbor
    • lower frame rate
    • apply a plugin called Retro Dither
  • Export as an image sequence

Sprites (2D cards / image-based details)

Concept shown:

  • Using sprites for key elements (characters/items/effects) to increase perceived detail without polygon cost.
  • The video treats sprites as essentially 2D images pasted onto camera-facing cards, sometimes animated via image sequences.

Pre-rendered backgrounds

Concept shown:

  • Using large background images created offline (illustration/render/photo-like) to avoid geometry complexity.
  • Positioned as a “Hallmark” of PS1-style scenes.

Scene blocking and optimization concept

Process shown:

  • Start with a rough blockout
  • Build a minimal set of geometry using card-based layers for environment details:
    • outline for trees made from multiple cards to remain readable from angles
    • additional cards for auto-grass, rocks, snow effects
  • Add headlights via:
    • a simple tapered cube with a dithered gradient texture on the alpha channel

PS1 vertex snapping / “vertex wobbling” (Cinema 4D)

Core creative technique:

  • Reproduce PS1’s vertex snapping (also called vertex wiggling/wobbling) by quantizing vertex positions as objects move relative to the camera.

Motivation: PS1 limitations (e.g., no true float precision; screen-space/snap behavior due to missing Z-depth).

Cheats/approaches shown:

  1. Displacement + animated noise map

    • Animate noise via displacement to emulate a trippy snap/wobble look
    • Implement with a displacement modifier and noise/cell noise setup

  2. More accurate “object node setup” (quantization)

    • Uses an object/scene node setup that quantizes vertex positions based on distance to a null
    • Place the null on the camera to force snapping relative to camera motion
    • Includes controls like grid size and distance multiplier
    • Can be applied selectively (example: not applied to snow layers because snapping distorts them)

Compositing and final render scale (Cinema 4D + After Effects)

Process steps:

  • Experiment with PS1-era render resolutions; start around:
    • ~420 px for the longer dimension
  • Render
  • In After Effects:
    • scale up
    • apply color correction
  • Final composite

Creators / contributors featured

  • Clint (host/creator)
  • Derrick Rudai (3D artist contributor; demonstrates process)
  • Skillshare (sponsor; course instructors mentioned)
  • Southern Shott(i)y 3D (Skillshare class contributor mentioned)
  • Kaiwan Shaban (Skillshare class contributor mentioned)
  • Aquanut Rock (music credited for the video)

Additional notes as referenced:

  • Derek Rudai is referenced as Derrick in the conversation/intro.
  • “Derek reuy” appears as written for Instagram lookup (likely the same person as Derek/Derrick Rudai).

Original video