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Advanced game theory analysis software for Hold'em
The most advanced solving algorithms for calculating Nash-equilibrium strategies in postflop heads-up games.
Welcome to GTO+
GTO+ is advanced Hold'em game theory analysis software, with one of the most intuitive interfaces available today. With GTO+, you can quickly build decision trees, fill in any play as you see fit, and let the GTO solver figure out optimal play in the rest of the tree. With GTO+, you can rely on mathematics to always know how to play in any postflop spot. GTO+ offers fast+accurate calculations and powerful internal analysis tools for exploring the solutions. GTO+ is completely self-contained, with no need to ever use any other software.
Speed
GTO+ offers one of the fastest GTO solving algorithms available today. Memory requirements are low and compression is applied on the fly.
Small savefiles
Where most GTO solvers require several hundred MB to store a single file, GTO+ only requires a few hundred KB, due to its ability to quickly recalculate data whenever it's required.
Database/scripting
GTO+ offers the ability to create entire databases of solved trees, as well as the ability to make comparisons between these trees. Due to the small savefile size per tree, the databases are easily managed.
Tree builder
GTO+ offers an advanced tree builder, with the ability to use multiple bet sizes. A user-friendly tree editor is offered to adapt your trees to your needs.
Analysis Tools
GTO+ offers internal analysis tools, whereas other solvers require you to manually copy and paste solutions to external software.
Graphing system
GTO+ offers a flexible graphing system that will let you plot any property versus any other property at any point in your solution.
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Converges to 0%
Where other solvers often don't fully converge, GTO+ will converge all the way down to a Nash distance of 0%.
Card Removal
GTO+ offers the ability to toggle the effects of card removal ON/OFF with as little as the click on a single button.
Recalc Lines
The solution in turn/river runouts of the board can easily be edited and recalculated without needing to re-solve the entire tree.