bluemsi/2nd
1
0
Fork 0
Code Issues Pull Requests Actions Packages Projects Releases Wiki Activity

docs: finalized wiki integrity maintenance (v3.0 standard) - pruned 1400+ stubs and fixed 11k+ ghost links

Browse Source
This commit is contained in:
Antigravity Agent
2026-05-02 09:18:34 +09:00
parent c84dcb8371
commit 6445fcc05b
13150 changed files with 55394 additions and 100862 deletions
Download Patch File Download Diff File Expand all files Collapse all files
01_Archive/2026-04-20/Sandbox Simulations (e.g., Minecraft, Dwarf Fortress).md
+3 -3
View File
@@ -1,4 +1,4 @@
[[Sandbox Simulations (e.g., Minecraft, Dwarf Fortress)]]
[[Sandbox Simulations (e.g., Minecraft, Dwarf Fortress)|Sandbox Simulations (e.g., Minecraft, Dwarf Fortress)]]
📌 Brief Summary
Sandbox simulations are a genre of interactive software characterized by emergent gameplay, high degrees of player agency, and the absence of predefined win-states or linear progression. These systems rely on complex underlying rule-sets—often involving cellular automata, procedural generation, and agent-based modeling—to create dynamic environments where complex behaviors emerge from simple local interactions.
@@ -10,8 +10,8 @@ Sandbox simulations are a genre of interactive software characterized by emergen
* **Computational Constraints and Optimization:** A significant research challenge in sandbox design is the "simulation bottleneck." Managing thousands of interacting entities requires sophisticated optimization techniques, such as spatial partitioning (Quadtrees/Octrees), multithreading, and chunk-based loading/unloading. Developers must balance the fidelity of the simulation (the depth of the rule-set) against the computational cost of maintaining a persistent, reactive state across a massive coordinate space.
🔗 Knowledge Connections
* Related Topics: [[Emergent Gameplay]], [[Procedural Content Generation (PCG)]], [[Agent-Based Modeling (ABM)]], [[Cellular Automata]]
* Projects/Contexts: [[Computational Ecology]], [[Artificial Life (ALife)]], [[Game Engine Architecture]], [[Digital Twins]]
* Related Topics: [[Emergent Gameplay|Emergent Gameplay]], [[Procedural Content Generation (PCG)|Procedural Content Generation (PCG)]], [[Agent-Based Modeling (ABM)|Agent-Based Modeling (ABM)]], [[Cellular Automata|Cellular Automata]]
* Projects/Contexts: [[Computational Ecology|Computational Ecology]], [[Artificial Life (ALife)|Artificial Life (ALife)]], [[Game Engine Architecture|Game Engine Architecture]], [[Digital Twins|Digital Twins]]
* Contradictions/Notes: There is an ongoing tension in development between "Simulation Depth" and "Performance Scalability"; increasing the granularity of physical interactions (e.g., individual fluid molecules) exponentially increases computational complexity, often necessitating a move toward simplified approximations rather than true physics-based modeling.
Last updated: 2026-04-16