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Quickly evaluate trit expressions or convert decimal to ternary.

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core/12 modules

math/8 modules

agents/15 modules

safety/5 modules

ml/bitnetv1.58b

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Builtins

truth()	→ trit(+1)	Affirm signal
hold()	→ trit(0)	Neutral / pending
conflict()	→ trit(-1)	Reject signal
consensus(a,b)	→ trit	Ternary AND merge
print(v)		Print to output
println(v)		Print + newline

Types

trit	-1 / 0 / 1	Balanced ternary value
int	i64	Integer
float	f64	Floating point
trittensor	N×M	Trit tensor (Tier 2+)

VM Error Codes

BET-001	StackUnderflow	Missing return push
BET-007	TypeMismatch	Wrong type for op
BET-010	DivByZero	Integer divide by zero
BET-013	OutOfBounds	Register / tensor OOB

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About

TernStudio v0.3.0 · Ternary Intelligence Stack
Runtime: BET VM (27 registers · balanced ternary)
License: LGPL-3.0-or-later
ternlang.com · GitHub

TernWiki

Technical Reference for Balanced Ternary Intelligence

Examples Quickstart Browse Stdlib GitHub

Language Fundamentals

Syntax Guide

Functions

fn add(a: int, b: int) -> int {
  return a + b;
}

Control Flow

match signal {
  affirm => { println("YES"); }
  tend   => { println("HOLD"); }
  reject => { println("NO"); }
}

Agents

agent Sensor {
  handle(s: trit) {
    spawn Consensus(s);
  }
}

Logical Operations

Truth Tables

Input A	Input B	Consensus
+1 (Affirm)	+1 (Affirm)	+1
+1 (Affirm)	0 (Tend)	0
+1 (Affirm)	-1 (Reject)	-1
0 (Tend)	0 (Tend)	0
0 (Tend)	-1 (Reject)	-1
-1 (Reject)	-1 (Reject)	-1

Did you know?

The Consensus operator is the ternary equivalent of a logical AND. It resolves to the minimum value of its inputs: consensus(A, B) = min(A, B) where +1 > 0 > -1.

Execution Tracer

Step-through debugging and register monitoring.

TernPkg Registry

Discover and manage ternary standard library modules.