Update Notes (Game Development , Multiplayer Networking) and Trying to Clear messing Connecting page links and Imrpove stature

Author: VR-Rathod

pages/Advanced Graphics.md

@@ -103,6 +103,7 @@ displayTitle: Advanced Graphics Programming
 		        GPU Driven Rendering
 		        Multi-threading
 		  ```
+-
 - # GPU Architecture
   collapsed:: true
 	- > [!info] Why This Matters
@@ -178,6 +179,7 @@ displayTitle: Advanced Graphics Programming
 		  | Fence | CPU-GPU | CPU waits for GPU work to finish |
 		  | Pipeline barrier (Vulkan) | Command buffer | Transition resource states |
 		  | Event | Command buffer | Fine-grained sync within a queue |
+-
 - # [[Vulkan]]
   collapsed:: true
 	- > [!info] What is Vulkan?
@@ -389,6 +391,7 @@ displayTitle: Advanced Graphics Programming
 		      RGen --> RClose
 		      RGen --> RMiss
 		  ```
+-
 - # [[DirectX]] 12
   collapsed:: true
 	- > [!info] What is DirectX 12?
@@ -520,6 +523,7 @@ displayTitle: Advanced Graphics Programming
 		  device->CreateShaderResourceView(texture, &srvDesc,
 		      srvHeap->GetCPUDescriptorHandleForHeapStart());
 		  ```
+-
 - # [[Metal]] (Apple)
   collapsed:: true
 	- > [!info] What is Metal?
@@ -641,6 +645,7 @@ displayTitle: Advanced Graphics Programming
 		      return float4(color.rgb * ndotl, color.a);
 		  }
 		  ```
+-
 - # [[WebGPU]]
   collapsed:: true
 	- > [!info] What is WebGPU?
@@ -758,6 +763,7 @@ displayTitle: Advanced Graphics Programming
 		      return textureSample(myTexture, mySampler, in.uv);
 		  }
 		  ```
+-
 - # [[Shader Programming]]: HLSL (High-Level Shading Language)
   collapsed:: true
 	- > [!info] What is HLSL?
@@ -890,6 +896,7 @@ displayTitle: Advanced Graphics Programming
 		  | `NORMAL` | VS in | Vertex normal |
 		  | `TEXCOORD0-7` | VS in/out | Texture coordinates |
 		  | `COLOR0-1` | VS in/out | Vertex color |
+-
 - # GLSL Advanced
   collapsed:: true
 	- > [!info] GLSL in Modern Pipelines
@@ -987,6 +994,7 @@ displayTitle: Advanced Graphics Programming
 		  dxc -spirv -T ps_6_6 -E PSMain shader.hlsl -Fo frag.spv
 		  dxc -spirv -T cs_6_6 -E CSMain shader.hlsl -Fo comp.spv
 		  ```
+-
 - # Advanced Rendering Techniques
   collapsed:: true
 	- ## Render Graph
@@ -1114,6 +1122,7 @@ displayTitle: Advanced Graphics Programming
 		  | Culling | CPU or geometry shader | Task shader on GPU |
 		  | LOD | CPU-side | Task shader on GPU |
 		  | Procedural geo | Geometry shader (slow) | Native, fast |
+-
 - # PBR — Physically Based Rendering
   collapsed:: true
 	- > [!info] PBR Standard
@@ -1180,6 +1189,7 @@ displayTitle: Advanced Graphics Programming
 		      return (diffuse + specular) * lightColor * NdotL;
 		  }
 		  ```
+-
 - # Performance & Optimization
   collapsed:: true
 	- ## GPU Profiling Tools
@@ -1224,19 +1234,9 @@ displayTitle: Advanced Graphics Programming
 		  | Use MAD instructions | Single cycle multiply-add | `a * b + c` compiles to MAD |
 		  | Avoid dynamic indexing | Breaks compiler optimization | Use constant indices when possible |
 		  | Pack data tightly | Better cache utilization | Use `vec4` not 4 separate `float` |
-- # Logseq Graph Connections
-  collapsed:: true
-	- tags:: graphics-programming, vulkan, directx, metal, webgpu, hlsl, glsl, gpu, rendering, shaders
-	- Related pages:
-		- [[Game Development]] — engine-level rendering concepts (rasterization, lighting, shaders overview)
-		- [[PathTracer Learning]] — full GPU path tracer implementation with Vulkan RT
-		- [[Godot]] — Godot shading language and RenderingDevice
-		- [[Unity]] — Unity URP/HDRP shader graph and HLSL
-		- [[Unreal Engine]] — Unreal material system and HLSL
-		- [[Cpp]] — C++ language reference for graphics programming
-		- [[Rust]] — Rust with wgpu for WebGPU native
-		- [[Game Design]] — design concepts that drive rendering requirements
+-
 - # More Learn
+  collapsed:: true
 	- ## Official Documentation
 		- [Vulkan Specification](https://registry.khronos.org/vulkan/specs/1.3/html/) — Official Vulkan spec. Comprehensive reference.
 		- [Vulkan Tutorial](https://vulkan-tutorial.com/) — Best free Vulkan tutorial. Covers full pipeline from scratch.

pages/Arch Linux.md

@@ -43,7 +43,7 @@ enableToc: true
 		  2022  → 20th anniversary; linux-zen added to official repos
 		  2024  → Arch continues as the gold standard rolling-release distro
 		  ```
-
+-
 - # Introduction
   collapsed:: true
 	- ## What is Arch Linux?
@@ -113,7 +113,7 @@ enableToc: true
 		  | ArcoLinux | Learning Arch | GUI | Educational focus |
 		  | CachyOS | Performance-optimized | GUI | Custom kernel, BORE scheduler |
 		  | Parabola | 100% free software | Manual | FSF-endorsed |
-
+-
 - # Installation
   collapsed:: true
 	- ## System Requirements
@@ -404,7 +404,7 @@ enableToc: true
 		  sudo pacman -S gnome gnome-extra gdm
 		  sudo systemctl enable gdm
 		  ```
-
+-
 - # Kernel & Architecture
   collapsed:: true
 	- ## Available Kernels
@@ -531,8 +531,8 @@ enableToc: true
 		  # GRUB_DISABLE_OS_PROBER=false
 		  sudo grub-mkconfig -o /boot/grub/grub.cfg
 		  ```
-
-- # pacman Package Manager
+-
+- # Pacman Package Manager
   collapsed:: true
 	- ## What is pacman?
 		- **pacman** is Arch Linux's native package manager — fast, simple, and powerful.
@@ -728,7 +728,7 @@ enableToc: true
 		  extra-testing
 		  multilib-testing
 		  ```
-
+-
 - # AUR (Arch User Repository)
   collapsed:: true
 	- ## What is the AUR?
@@ -883,7 +883,7 @@ enableToc: true
 		  | aura | Haskell | Fast | Multi-backend | Unique design |
 	- > [!info]
 	  > **paru** is generally recommended over yay for new installs — it's faster (Rust), shows PKGBUILD diffs by default, and has better security defaults.
-
+-
 - # Shell & Terminal
   collapsed:: true
 	- ## Default Shell
@@ -1093,7 +1093,7 @@ enableToc: true
 		  # source /usr/share/zsh/plugins/zsh-autosuggestions/zsh-autosuggestions.zsh
 		  # source /usr/share/zsh/plugins/zsh-syntax-highlighting/zsh-syntax-highlighting.zsh
 		  ```
-
+-
 - # User & Group Management
   collapsed:: true
 	- ## Account Types
@@ -1209,8 +1209,8 @@ enableToc: true
 		  # Check polkit actions
 		  pkaction --verbose --action-id org.freedesktop.systemd1.manage-units
 		  ```
-
-- # Systemd & Service Management
+-
+- # System & Service Management
   collapsed:: true
 	- ## systemctl — Service Control
 		- ```bash
@@ -1360,7 +1360,7 @@ enableToc: true
 		  sudo systemctl enable --now backup.timer
 		  systemctl list-timers --all
 		  ```
-
+-
 - # Networking
   collapsed:: true
 	- ## Network Tools
@@ -1544,7 +1544,7 @@ enableToc: true
 		  ssh -R 8080:localhost:80 user@host   # remote port forward
 		  ssh -D 1080 user@host                # SOCKS proxy
 		  ```
-
+-
 - # Desktop Environments
   collapsed:: true
 	- ## Installing a Desktop Environment
@@ -1677,7 +1677,7 @@ enableToc: true
 		  sudo pacman -S xorg-xwayland
 		  # Most Wayland compositors include XWayland support automatically
 		  ```
-
+-
 - # Security
   collapsed:: true
 	- ## Security Overview
@@ -1846,7 +1846,7 @@ enableToc: true
 		  # Update regularly (most important security practice)
 		  sudo pacman -Syu
 		  ```
-
+-
 - # System Maintenance
   collapsed:: true
 	- ## The Golden Rule
@@ -2034,9 +2034,8 @@ enableToc: true
 		  # IgnorePkg = packagename
 		  # IgnorePkg = pkg1 pkg2 pkg3
 		  ```
-
+-
 - # Arch Wiki
-  collapsed:: true
 	- ## What is the Arch Wiki?
 		- The **Arch Wiki** (`wiki.archlinux.org`) is the most comprehensive Linux documentation resource on the internet.
 		- Used by users of **all** Linux distributions — not just Arch users.
@@ -2119,7 +2118,7 @@ enableToc: true
 		  yay -S arch-wiki-lite
 		  wiki-search "pacman"
 		  ```
-
+-
 - # More Learn
 	- ## Official Resources
 		- [Arch Linux Official Website](https://archlinux.org) — downloads, news, packages
@@ -2142,13 +2141,7 @@ enableToc: true
 		- [The Linux Cast](https://www.youtube.com/@TheLinuxCast) — Arch tips and workflows
 		- [typecraft](https://www.youtube.com/@typecraft_dev) — Neovim, terminal, Arch setup
 		- [Dreams of Autonomy](https://www.youtube.com/@dreamsofautonomy) — dotfiles, Hyprland, Arch ricing
-	- ## Related Notes
-		- [[Linux Advanced]] — advanced Linux concepts applicable to Arch
-		- [[Fedora]] — RPM-based alternative, great for developers
-		- [[Ubuntu]] — Debian-based, beginner-friendly alternative
-		- [[Debian]] — the stable base that Ubuntu is built on
-		- [[Garuda Linux]] — Arch-based gaming distro with guardrails
 	- ## Community & Help
 		- [r/archlinux](https://reddit.com/r/archlinux) — Reddit community
 		- [Arch Linux IRC](https://wiki.archlinux.org/title/Arch_IRC_channels) — #archlinux on Libera.Chat
-		- [Arch Linux Telegram](https://t.me/archlinux) — community Telegram group
+		- [Arch Linux Telegram](https://t.me/archlinux) — community Telegram group

pages/Data Science.md

@@ -26,12 +26,6 @@ displayTitle: Data Science
 		       ↓
 		  Deployment & Monitoring
 		  ```
-	- ## Related Pages
-		- [[Python]] — Primary language for data science
-		- [[R]] — Statistical computing language
-		- [[Statistics & Probability]] — Mathematical foundations
-		- [[Machine Learning]] — Core modeling techniques
-		- [[Deep Learning]] — Neural network methods
 - # History
   collapsed:: true
 	- **How**: Emerged from statistics and computer science in the early 2000s. The term "Data Scientist" was popularized by DJ Patil and Jeff Hammerbacher around 2008.

pages/Debian.md

@@ -1717,12 +1717,6 @@ enableToc: true
 		- [Debian Packages Search](https://packages.debian.org) — search all Debian packages
 		- [Debian Bug Tracker](https://bugs.debian.org) — report and track bugs
 		- [Debian Release Notes](https://www.debian.org/releases/stable/releasenotes) — what changed between releases
-	- ## Related Pages
-		- [[Ubuntu]] — Debian-based, more beginner-friendly, Canonical-backed
-		- [[Kali Linux]] — Debian-based, security/penetration testing focused
-		- [[Linux Advanced]] — kernel internals, advanced administration, performance tuning
-		- [[Fedora]] — RPM-based alternative, cutting-edge, Red Hat upstream
-		- [[Arch Linux]] — rolling release, DIY philosophy, very different from Debian
 	- ## YouTube Playlists
 		- [Learn Linux TV — Debian Linux](https://www.youtube.com/@LearnLinuxTV) — practical Debian tutorials for beginners and admins
 		- [NetworkChuck — Linux for Hackers](https://www.youtube.com/@NetworkChuck) — Linux fundamentals with Debian/Ubuntu focus

pages/Game Development.md

@@ -578,76 +578,30 @@ keywords: "game development, game loop, physics engine, rendering, game AI, audi
 		  ```
 -
 - # Multiplayer & Networking
-  collapsed:: true
-	- ## Network Architectures
-	  collapsed:: true
-		- ```
-		  Client-Server:
-		    - Authoritative server — server owns game state
-		    - Clients send inputs, server validates and broadcasts state
-		    - Prevents cheating, but adds latency
-		    - Used in: most online games (FPS, MMO)
-		  
-		  Peer-to-Peer (P2P):
-		    - All clients communicate directly
-		    - Lower latency, no server cost
-		    - Hard to prevent cheating
-		    - Used in: fighting games, small lobbies
-		  
-		  Lockstep:
-		    - All clients simulate identically
-		    - Only inputs are sent, not state
-		    - Requires deterministic simulation
-		    - Used in: RTS games
-		  ```
-	-
-	- ## Lag Compensation Techniques
-	  collapsed:: true
-		- ```
-		  Client-Side Prediction:
-		    - Client applies input immediately (don't wait for server)
-		    - Server confirms or corrects
-		    - Feels responsive even with 100ms ping
-		  
-		  Server Reconciliation:
-		    - Client keeps history of inputs
-		    - When server correction arrives, re-simulate from that point
-		  
-		  Entity Interpolation:
-		    - Render other players slightly in the past
-		    - Smooth movement despite packet jitter
-		  
-		  Dead Reckoning:
-		    - Predict entity position based on last known velocity
-		    - Correct when new data arrives
-		  ```
-	-
-	- ## Matchmaking & Anti-Cheat
-	  collapsed:: true
-		- ```
-		  Matchmaking:
-		    - Algorithms pairing players by skill (ELO, TrueSkill) and network latency.
-		    - Dedicated lobby services and backend databases tracking historical MM ratings.
-		  
-		  Anti-Cheat Systems:
-		    - Client Side: Services like Easy Anti-Cheat (EAC) or BattlEye inspecting memory for unauthorized DLL injection.
-		    - Server Side: Strict authoritative prediction avoiding trusting the client on movement limits or line-of-sight.
-		  ```
+	- collapsed:: true
+	  > [!info] Dedicated Page Available
+	  > This is an overview only. For the full deep-dive see [[Multiplayer Networking]] which covers:
+	  > Client-Server, P2P, Lockstep, Rollback (GGPO), lag compensation, entity interpolation, dead reckoning, tick rate, clock sync, delta compression, NAT traversal, matchmaking (ELO/TrueSkill), anti-cheat, relay servers, and production infrastructure — with full C++/GDScript code examples.
 	-
-	- ## Protocols
+	- ## Quick Reference
 	  collapsed:: true
 		- ```
-		  TCP — Reliable, ordered, connection-based. Higher latency.
-		       Used for: chat, login, non-time-critical data.
+		  Architectures:
+		    Client-Server (Authoritative) — Server owns game state. Standard for FPS/MMO.
+		    Peer-to-Peer (P2P)           — Lower latency, harder to secure. Fighting games.
+		    Lockstep                      — Only inputs sent. Requires determinism. RTS.
+		    Rollback Netcode (GGPO)       — P2P with speculative simulation. Fighting games.
 		  
-		  UDP — Unreliable, unordered, connectionless. Low latency.
-		       Used for: game state, position updates.
+		  Transport:
+		    TCP  — Reliable, ordered. Use for: login, chat, events.
+		    UDP  — Low latency. Use for: game state, positions.
+		    RUDP — Reliable UDP (ENet, GameNetworkingSockets). Best of both.
 		  
-		  RUDP (Reliable UDP) — Custom reliability on top of UDP.
-		       Libraries: ENet, GameNetworkingSockets (Valve), KCP.
-		  
-		  WebSocket — TCP-based, works in browsers. Used for web games.
-		  WebRTC    — P2P in browsers. Used for browser multiplayer.
+		  Lag Compensation:
+		    Client-Side Prediction   — Apply input immediately, reconcile on server correction.
+		    Entity Interpolation     — Render others 100ms in the past (smooth + accurate).
+		    Dead Reckoning           — Predict position from last known velocity.
+		    Lag Compensation Raycast — Server rewinds time to validate hitscan shots.
 		  ```
 -
 - # Audio in Games
@@ -984,7 +938,6 @@ keywords: "game development, game loop, physics engine, rendering, game AI, audi
 		  ```
 -
 - # Libs, Tools & Resources
-  collapsed:: true
 	- ## Graphics APIs
 		- [Vulkan](https://www.vulkan.org/) — Low-level GPU API. Maximum control and performance.
 		- [OpenGL](https://www.opengl.org/) — Classic cross-platform GPU API. Good for learning.
@@ -1009,13 +962,4 @@ keywords: "game development, game loop, physics engine, rendering, game AI, audi
 		- [Vulkan Tutorial](https://vulkan-tutorial.com/) — Step-by-step Vulkan guide.
 		- [The Cherno (YouTube)](https://www.youtube.com/@TheCherno) — Game engine from scratch in C++.
 	-
-	- ## Related Pages
-		- [[Godot]] — Godot engine deep dive
-		- [[PathTracer Learning]] — GPU path tracing, Vulkan RT, rendering research
-		- [[C++]] — C++ for game/engine development
-		- [[Binary Space Partitioning]] — Spatial data structure for rendering
-		- [[Bevy]] — Rust ECS game engine
-		- [[Unity]] — Unity engine reference
-		- [[Unreal Engine]] — Unreal Engine reference
-		- [[Game Systems]] — Inventory, Quest, Dialogue, Save/Load, Achievements & Procedural Generation
 -