PulseGTO

PulseGTO documentation

How to use PulseGTO, what each engine computes, how to read blueprints and how to judge their accuracy. The technical notes explain practical limits and measured results.

Model an opponent

Preflop allowed-action rules and fixed heads-up postflop mixes, with recorded examples.

Understand rake

Worked matched-pot and uncalled-bet examples, caps and comparison checklists.

Understand the solver

Regret minimization, averaging and what convergence can measure.

Getting started

Install and activate the desktop Engine, find your way around the interface, open a blueprint and read its strategies.

  • Cloud vs Engine
  • Your first blueprint
  • Recalculating a node

Guides

Worked examples with our own numbers: build a preflop tree for your game and keep the whole strategy; what a real 6-max 100 bb run costs in time and RAM.

  • Your own preflop tree
  • 6-max 100 bb benchmark

Solver engines

The preflop engine, RangeCFR for heads-up and three-way spots, and the PLO engine for pot-limit Omaha: what each computes, what is enumerated and what is sampled.

  • Enumerated vs sampled
  • Hardware and limits
  • Side-by-side comparison
  • PLO engine

Blueprints & databases

What a .pgb blueprint contains, how hand abstraction works, where its accuracy ends, and how re-solved nodes are stored.

  • Hand abstraction
  • Custom trees and sizes
  • Files and checkpoints

Benchmarks & research

Measurements with their configuration: convergence of the SB limp node, three-way re-solves, sampling accuracy, memory and speed.

  • Convergence and EV loss
  • Three-way research
  • Exploitability metrics
Important

A blueprint is a consistent preflop-to-river strategy, but its postflop part is solved inside a hand abstraction: similar hands share one strategy, so it approximates the full game. A re-solve of one postflop node with RangeCFR gives every hand combination its own strategy on that board. The strategy database is the blueprint plus the re-solves saved into it, and it improves gradually as more spots are re-solved. Keep the three apart when you judge a number.