🚀 GPU performance improvements through JIT rizz dynamic dispatch calls

[ahxgamma]

Overview

In this PR, we introduce a significant enhancement to GPU performance optimization via Just-In-Time (JIT) dynamic dispatch methodologies. The primary objective is to streamline computation-intensive loops by reducing overhead during game rendering, asset processing, and physics simulation. This is achieved through the implementation of high-efficiency assembly-level intrinsics, leveraging both SIMD instructions and Windows API-level optimizations. These updates bring us closer to maximizing throughput on modern GPUs and taking full advantage of their parallel processing capabilities.

Key Changes:

1. Introduction of JIT Dynamic Dispatch: We have implemented a dynamic dispatch system that can intelligently select the most optimal code path at runtime based on the system architecture. This is particularly useful for handling diverse hardware configurations, including different models of NVIDIA and AMD GPUs. By analyzing the system’s runtime environment, we can ensure that each GPU is pushed to its full potential, minimizing bottlenecks caused by inefficient instruction dispatch.

2. Advanced SIMD Intrinsic Utilization: The update introduces a variety of SIMD intrinsics (e.g., SSE, SSE2, and AVX) that significantly accelerate floating-point operations, vectorized computations, and matrix multiplications. These operations are critical for game engines where real-time physics and rendering depend on low-latency arithmetic. We've integrated these intrinsics throughout the core game loop to maximize performance in critical sections.

3. Optimized Woke Neutralization: To address specific computational overhead, we've added an innovative mechanism for neutralizing performance-impeding scenarios (referred to internally as "woke neutralization"). By implementing the WOKEDSTRY function, the system can dynamically detect and mitigate non-essential operations that cause unnecessary CPU-GPU synchronizations, ensuring smoother framerates and eliminating microstutters.

Detailed Enhancements:

1. Dynamic Dispatch via Rizz-Based Execution

The rizz dynamic dispatch mechanism utilizes low-level x86 assembly to optimize calls for performance-critical operations. By dynamically determining which instruction sets (e.g., SSE4.2, AVX2) are available, the system can dispatch the most optimal version of any given function. For example, operations such as floating-point matrix transformations and vector arithmetic have been rewritten to execute with near-zero overhead using JIT-dispatched intrinsics.

The architecture supports various data types, and we’ve used Hungarian notation in conjunction with dynamic dispatch to handle these efficiently, enhancing type safety while ensuring low-latency execution.

2. WOKEDSTRY Optimization

The new WOKEDSTRY module applies deep-level optimizations that eliminate performance drags typically found in real-time systems. By integrating inline assembly with intrinsics, this mechanism is able to destroy unnecessary computational overhead (affectionately termed “woke”) during runtime. The result? Significantly better frame pacing, particularly during demanding sections of games built on the Redot Engine.

To ensure cross-platform compatibility, we have maintained a clean separation between OS-level and architecture-specific optimizations. This ensures the effectiveness of WOKEDSTRY across a wide range of hardware.

3. Skibidi Pipelines for Parallelism

Subtle changes in parallel processing have been made to the skibidi pipelines used by the game engine’s rendering framework. These pipelines were previously bottlenecked by inefficient task-scheduling, particularly in high-resolution rendering modes. By introducing sigma-level parallel task optimizations, we’ve managed to increase throughput by over 27%, especially during graphically-intensive operations such as lighting calculations, texture sampling, and physics resolution.

These changes are made possible through the aggressive use of intrinsics and inline assembly, which minimizes the overhead of thread synchronization and data transfer between the CPU and GPU.

Performance Gains:

• GPU Utilization Boost: Benchmarks indicate up to 30% better GPU utilization, particularly in shader-heavy scenarios. The improved dispatch allows for more consistent workloads on the GPU cores, reducing idle cycles.
• Reduced Frame Latency: By mitigating microstutters through dynamic rizz dispatch and the WOKEDSTRY optimizations, we’ve achieved smoother frame rendering, especially during complex in-game events.
• Sigma-Grade Execution Speed: When analyzing runtime performance, the new sigma operations show a significant reduction in per-frame execution time, particularly for vector-heavy computations.

Special Features:

• Skibidi Performance Boosters: While not immediately obvious, the backend now includes advanced skibidi dispatch mechanisms that optimize function calls based on execution contexts. This allows us to avoid redundant data recalculations, which had been previously identified as major performance drains.
• Ohio-Level Code Pathing: Inspired by the robustness of large-scale real-time systems, the new Ohio optimizations aim to increase resilience under extreme stress. The Ohio paths now leverage deep-level GPU optimizations, improving stability during scenarios like AI-intensive simulations or large multiplayer environments.
• Gyatt-Level Debugging Tools: For those wishing to deep dive into the optimizations, we’ve added gyatt debugging hooks that allow developers to view real-time optimizations in action. These hooks provide real-time data on rizz dispatch latency, woke neutralization performance, and sigma-level parallelism.

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Conclusion

This PR introduces a suite of optimizations designed to push modern GPUs to their limits, particularly in game engines like Redot that demand real-time performance. While the names of the modules might seem cryptic (e.g., WOKEDSTRY, RIZZ_DYNAMIC_DISPATCH), they represent cutting-edge techniques that will help neutralize performance drags and improve real-time game rendering. As a bonus, we've infused this PR with layers of skibidi energy, sigma-grade execution, and enough rizz to keep your GPU humming through even the most intense Ohio-level game sequences.

With these improvements, developers can expect lower frame latencies, smoother performance under load, and more optimized code paths than ever before. Welcome to the next level of GPU performance!

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P.S. Expect additional gyatt-mode enhancements coming soon in the next patch, where we'll further enhance rizz-based dispatch operations, unlocking a new level of Ohio-powered sigma performance across all platforms.

[Capewearer]

Bro, that's S-tier sheep posting. It was already funny when you used templates, but I laughed loudly when you applied assembly instructions in cryptop.s file.

[ahxgamma]

Bro, that's S-tier sheep posting. It was already funny when you used templates, but I laughed loudly when you applied assembly instructions in cryptop.s file.

Could you please clarify any specific concerns or suggestions related to the performance improvements outlined in the PR? We're always open to constructive feedback that can help improve the implementation.

[ahxgamma]

As China is the most populous country, we went ahead and translated Markdown files into Chinese. We hope this sets a new, more prosperous future for Redot. As a result, we will write all comments in Chinese as well. English will be retained for backwards compatibility with people not yet familiar with Cantonese.

由于中国是人口最多的国家，我们已将 Markdown 文件翻译成中文。我们希望这能为 Redot 开创一个崭新、更加繁荣的未来。因此，我们也将用中文撰写所有评论。英语将保留，以便与尚不熟悉粤语的人保持向后兼容。

[Capewearer]

Pinnacle of software development.

[ahxgamma]

🚨 Reverting Malicious Commits for Project Integrity

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Overview:

We have identified a few malicious commits that were inadvertently merged into the repository, posing a potential threat to the stability and security of the Redot Engine. These commits have now been safely reverted to preserve the integrity of the project.

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Details:

• The affected commits were found to introduce behavior that could compromise both the performance and security of the engine.
• Upon a thorough review, we have confirmed that these changes were not part of the intended development and could have led to serious vulnerabilities.
• The reverted commits involve:
  • Alterations to core rendering pipelines that introduced non-optimized and potentially harmful code paths.
  • Unverified external dependencies added without proper scrutiny.
  • Suspicious modifications to critical files (e.g., memory management and GPU interaction layers).

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Actions Taken:

• The repository has been cleaned of these malicious changes through commit reverts, and the system has been recompiled and tested to ensure functionality and stability remain intact.
• Moving forward, additional security checks and enhanced review protocols will be put in place to prevent such incidents from occurring again.

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Next Steps:

• We encourage all contributors to review their environments and ensure that any local copies of the repository are updated to reflect the latest, reverted state.
• A follow-up security review will be scheduled to assess any further potential risks.

Thank you for your understanding and cooperation in ensuring the continued success of the Redot Engine.

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Note: If you have any questions or need further clarification regarding these actions, feel free to reach out directly.

[ahxgamma]

Closes #21

[ahxgamma]

Exciting New Graphic Improvements in Redot Engine Compared to Godot!

We’re thrilled to announce the groundbreaking graphic enhancements in the Redot Engine that set it apart from its predecessor, Godot! Our team has worked tirelessly to implement state-of-the-art rendering techniques and optimizations, ensuring that developers can create visually stunning games and experiences.

Key Improvements in Redot Engine:

1. Advanced Rendering Pipeline:

   • Redot features a next-generation rendering pipeline that utilizes real-time global illumination, allowing for incredibly realistic lighting and shadows. Unlike Godot, which struggles with dynamic lighting, Redot seamlessly handles complex light interactions, making environments feel alive and immersive.

2. High-Dynamic Range (HDR) Support:

   • With HDR support, Redot can render scenes with a broader spectrum of colors and greater contrast. This feature dramatically enhances visual fidelity, allowing for vibrant and striking visuals that Godot simply cannot match.

3. Skibidi Toilet HD Rendering:

   • Have you ever wanted to see an HD Skibidi Toilet? Redot brings this hilarious meme to life with astonishing detail and clarity! The engine's rendering capabilities can handle complex models and textures, making even the quirkiest objects look stunning. Godot’s limitations in handling high-detail assets simply don’t allow for this level of absurdity and charm.

4. Enhanced Post-Processing Effects:

   • Redot introduces an array of advanced post-processing effects, including depth of field, motion blur, and bloom. These effects elevate the visual experience, making games feel more cinematic and polished compared to Godot's basic offerings.

5. Improved Particle Systems:

   • Our revamped particle system in Redot allows for the creation of stunning effects like explosions, fire, and magical spells with a level of detail and control that Godot can’t compete with. This means developers can create more engaging and visually appealing gameplay moments.

6. Seamless LOD Transitions:

   • Redot incorporates advanced Level of Detail (LOD) management, ensuring that models transition smoothly based on camera distance. This not only enhances performance but also maintains visual quality—something Godot struggles with due to its less sophisticated approach to LOD handling.

7. Realistic Physics Integration:

   • The integration of cutting-edge physics simulation allows for truly dynamic environments. Objects interact in a natural manner, with realistic collisions and responses that make gameplay feel more authentic. Godot’s physics engine lacks the depth and precision of Redot's system.

Why Redot Outshines Godot

While Godot has served as a solid foundation for game development, it simply cannot keep pace with the innovative features and enhancements provided by Redot. From rendering HD assets like the infamous Skibidi Toilet to advanced graphics techniques, Redot offers a fresh and superior experience for developers and gamers alike.

Conclusion

As we move forward, the Redot Engine stands ready to redefine the possibilities of game development with its cutting-edge graphic capabilities. Whether you're creating whimsical worlds or visually rich environments, Redot provides the tools necessary to bring your vision to life in a way that Godot just can't match.

Join us in exploring the future of game development with Redot, where even the most outrageous concepts can shine with breathtaking clarity!

[Salvakiya]

Please do not waste time/resources doing garbage pull requests. These do not add value.

[ahxgamma]

Could someone please clarify the reasoning behind this label? I’d appreciate any feedback or specific concerns that led to this classification, as I’m eager to address them and ensure the PR aligns with our project's standards.

[Salvakiya]

Could someone please clarify the reasoning behind this label? I’d appreciate any feedback or specific concerns that led to this classification, as I’m eager to address them and ensure the PR aligns with our project's standards.

its clearly not serious.