Media Summary: Demonstrates very simple set-up and run of a 2-player multiplayer network. Each player stays at the Continuous large-scale travel requires real A performance gain of approximately 80% (average), and up to over 90% instantaneous,

Relative Digital Space Framework Uses Floating Origin For Unity Games - Detailed Analysis & Overview

Demonstrates very simple set-up and run of a 2-player multiplayer network. Each player stays at the Continuous large-scale travel requires real A performance gain of approximately 80% (average), and up to over 90% instantaneous, More recent example: Laptop test of moving 10k colliders in

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Relative Digital Space Framework uses Floating Origin for Unity games
Continuous Floating Origin for Unity games
Continuous Floating Origin for games versus "Origin-shift" methods: case study 1
Network Floating Origin Complete Install, Configure and Run
Floating origin install, setup, configure and run
Floating Origin stationary relative game action with AI's and multiplayer
Continuous floating origin for games: gravity, physics, 3rd person, collisions
Floating origin multiplayer for open World games: network setup and run
Floating origin single and multiplayer with simplified integration and setup
Real Floating Origin for games versus fake "shifty" algorithm: planet zoom to small scene
Add a Space Graphics Toolkit planet to Floating Origin game asset
2-line code for Floating Origin in games and simulation
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Relative Digital Space Framework uses Floating Origin for Unity games

Relative Digital Space Framework uses Floating Origin for Unity games

Full-scale

Continuous Floating Origin for Unity games

Continuous Floating Origin for Unity games

Continuous

Continuous Floating Origin for games versus "Origin-shift" methods: case study 1

Continuous Floating Origin for games versus "Origin-shift" methods: case study 1

A comparison of real Continuous

Network Floating Origin Complete Install, Configure and Run

Network Floating Origin Complete Install, Configure and Run

Instructional video for networked

Floating origin install, setup, configure and run

Floating origin install, setup, configure and run

Covers the main features of

Floating Origin stationary relative game action with AI's and multiplayer

Floating Origin stationary relative game action with AI's and multiplayer

First step in integrating

Continuous floating origin for games: gravity, physics, 3rd person, collisions

Continuous floating origin for games: gravity, physics, 3rd person, collisions

The real

Floating origin multiplayer for open World games: network setup and run

Floating origin multiplayer for open World games: network setup and run

Demonstrates very simple set-up and run of a 2-player multiplayer network. Each player stays at the

Floating origin single and multiplayer with simplified integration and setup

Floating origin single and multiplayer with simplified integration and setup

Example of simplified

Real Floating Origin for games versus fake "shifty" algorithm: planet zoom to small scene

Real Floating Origin for games versus fake "shifty" algorithm: planet zoom to small scene

Origin

Add a Space Graphics Toolkit planet to Floating Origin game asset

Add a Space Graphics Toolkit planet to Floating Origin game asset

Continuous large-scale travel requires real

2-line code for Floating Origin in games and simulation

2-line code for Floating Origin in games and simulation

A minimalist 2-line

Fast floating origin graphical billboards for games and simulation

Fast floating origin graphical billboards for games and simulation

A performance gain of approximately 80% (average), and up to over 90% instantaneous,

Unity 10k colliders with Continuous Floating Origin.

Unity 10k colliders with Continuous Floating Origin.

More recent example: https://www.youtube.com/watch?v=BMpDJr4iFvA&t=12s Laptop test of moving 10k colliders in

Dynamic Resolution Spaces: large-scale networked multiplayer with real Floating Origin

Dynamic Resolution Spaces: large-scale networked multiplayer with real Floating Origin

Real

2 player GKC-Mirror network test 2. Real Floating Origin for large-scale open Worlds

2 player GKC-Mirror network test 2. Real Floating Origin for large-scale open Worlds

Continuous large-scale travel requires real