fastjava

🔡 Zero‑allocation ASCII and UTF‑8 byte engine for Java — ultra‑fast primitive parsing, native UTF‑8 encoding/decoding, and JIT‑optimized byte‑level operations powering FastANSI, FastTerminal, and all high‑performance FastJava pipelines.

📊 Ultra‑fast native math engine for Java — AVX2/SSE‑accelerated vectors, matrices, trig, and interpolation with zero‑GC high‑frequency performance for graphics and simulation pipelines.

🤖 Unified primitive conversation history and memory orchestration for the FastJava AI ecosystem

⚡ Classical Machine Learning and Pattern Recognition library for Java — centroid learning, handwriting recognition, structural feature extraction, and sliding-window vision.

⚡ 2.3x faster file scraping for Java — powered by native Win32 JNI (FastGLOB). Directory trees, content extraction & chunking for LLMs, agents and code analysis. Parallel multi-threaded. Part of the FastJava ecosystem.

📄 Lightweight Java parser for multi‑format text extraction and normalization — optimized for retrieval pipelines and native FastContentChunk integration.

⚡ High-performance 32-byte SIMD-aligned off-heap memory allocation and page locking engine for Java.

👻 High‑performance native ghost cursor overlay for Java — GPU‑accelerated DirectComposition rendering with click‑through transparency, zero‑focus disruption, smooth 60 fps motion paths, and real‑time AI cursor prediction visualization.

⚡ High-performance 3-Gram Bloom Filter indexer & SIMD substring scanner for sub-millisecond full-text search across documents, code, PDFs, and OCR content.

⚡ Zero-overhead 64-bit native pointer abstraction and zero-allocation address arithmetic for Java.

⚡ Lightweight Deep Learning Engine, Tensor Computing & Neural Backpropagation for Java — gradient descent optimizers, composable layers, and loss surface exploration.

⚡ Minimal, deterministic, high-performance C++/AVX2 code tokenizer and lexical analyzer for Java. Zero-allocation, O(n) syntax parsing engine.

📁 Ultra‑fast native file I/O for Java — unbuffered reads/writes, memory‑mapped files, overlapped async operations, and zero‑copy DirectByteBuffer pipelines up to 20× faster than java.nio.

🧱 High‑performance retained‑mode UI for Java — baked component layers, deterministic rendering, zero‑allocation pipelines, sequencer‑style interaction logic, and hardware‑locked multi‑thousand‑FPS performance for modern high‑DPI displays.

✂️ High-performance SIMD tokenizer and multi-mode strategy chunker for FastJava retrieval pipelines (0.1.2)

🖥️ High‑performance native Windows TUI framework for Java — true‑color rendering, zero‑latency interaction, mouse‑driven windows, and a modern widget system built on FastTerminal.

🖥️ High‑performance True‑Color terminal engine for Java — zero‑dependency rendering, emoji‑safe UTF‑32 grids, and native keyboard/mouse input for ultra‑responsive TUI applications.

😊 High‑performance Unicode & Emoji width engine for Java — zero‑allocation EAW‑compliant character measurement, precise double‑width emoji handling, and a curated TUI symbol palette for pixel‑perfect terminal and graphics rendering.

🔊 High‑performance native Text‑to‑Speech engine for Java — ultra‑low latency synthesis via Windows SAPI/WinRT, Piper, and cloud backends like Eevenlabs, Deepgram or OpenAI with real‑time streaming support.

📐 Ultra‑fast zero‑allocation layout engine for Java — pure float[] math pipelines for Grid, Masonry, and Gallery layouts with perfect cache locality and stutter‑free high‑FPS rendering.