PyOTA: The IOTA Python API Library
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Updated
Oct 22, 2021 - Python
PyOTA: The IOTA Python API Library
🧮 Programming with pure lambda calculus
SBTCVM is a virtual machine implementation of a balanced ternary (base 3) computer. Features several compiled languages for ternary software development.
📱 A handy Calculator for Trinary operations, that works on all Devices 📱 💻 🖥 | ⛓ https://play.google.com/store/apps/details?id=com.trinarycalculator.ayidouble.trinarycalculator.app ⛓
A Pure-Python implementation of IOTA node
sparse ternary AI stack enabling efficient frontier intelligence without hyperscaler-scale infrastructure.
Open hardware development board for the 5500FP, a 24-trit balanced ternary RISC processor.
Compiler for ManiT, a systems language whose native number system is balanced ternary (−1, 0, +1). Two backends: LLVM for native execution today, and T3ISA — a ternary instruction set with assembler and cycle-accurate emulator included.
[no longer supported, please see SBTCVM-Gen2-9] Simple Balanced Ternary Computer Virtual Machine: Mark 2 is a simple Balanced Ternary VM programmed in python and Pygame.
A virtual ternary OISC machine (One Instruction Set Computer) inspired by 1950s Soviet hardware
A translator to translate RV32I to REBEL-6. Includes custom assemblers to output RV32I (and hopefully soon REBEL-6) MRCS-readable object files, and assembly level simulators to simulate RV32I and REBEL-6 assembly code execution
A hexadecimal calendar in terminal for programmers
TERRY: TERnaRy assemblY language
Simple Balanced Ternary Computer Virtual Machine: Mark 2 is a simple Balanced Ternary VM programmed in python and Pygame.
Balanced ternary integer mathematics library for python. features a class object with support for python's mathematics methods. Part of the SBTCVM Project.
Warp Primes generator for OEIS
A microkernel operating system written entirely in ManiT, the balanced ternary systems language. Trit-addressed memory with trit-trie page tables, three privilege rings one trit deep, photon-schedule capability security. Builds and runs on Linux today.
TAYLOR: TernArY virtuaL prOcessoR
T81 is the first operating system built for governed, deterministic AI inference — ternary weights, bit-exact reproducibility, pre-side-effect policy enforcement, and immutable content-addressed storage.
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