agentrons 0.1.0

Agentron (Ag): a unit of agentic work volume — Ag = hours × Mtokens.

agentrons

Agentron (Ag) — a unit of agentic work volume:

Ag = hours × Mtokens        # Mtokens = tokens / 1_000_000

It fuses the two things that actually cost during an agent run — wall-clock time and tokens — into one comparable number (think kWh, not km/h).

PyPI name is agentrons (the bare agentron is taken by an unrelated project). Import name is agentrons.

Install

pip install agentrons

Use

from agentrons import agentron, agentron_total, format_ag

agentron(1_500_000, hours=2)      # 3.0   — a 2 h run over 1.5M tokens
agentron(316_887, seconds=960)    # 0.0845
agentron(1_000_000, ms=3_600_000) # 1.0

format_ag(0.0845)                 # "0.08 Ag"

# several agents at once: sum the inputs, THEN multiply
agentron_total([(1_000_000, 1), (1_000_000, 1)])   # 4.0, not 2.0

compute_agentron(duration_ms, tokens) mirrors the reference JS computeAgentron in gravitymir/agent_web.

Why multiply for multi-agent?

Parallel agents share the same real-time window, so their combined volume multiplies rather than adds: two agents, each 1 h over 1M tokens, give (1+1) × (1+1) = 4 Ag, not 2 Ag.

License

MIT. Part of https://github.com/gravitymir/agentron.