Nashpy
  • Tutorial: building and finding the equilibrium for a game
  • How to
    • Install Nashpy
    • Create a Normal Form Game
    • Calculate utilities
    • Check if a strategy is a best response
    • Handle Degenerate games
    • Use the minimax theorem
    • Solve with support enumeration
    • Solve with vertex enumeration
    • Solve with Lemke Howson
    • Use fictitious play
    • Use stochastic fictitious play
    • Use replicator dynamics
    • Use replicator dynamics with mutation
    • Use asymmetric replicator dynamics
    • Use Moran processes
    • Obtain fixation probabilities
    • Obtain a repeated game
    • Use Moran processes on replacement graph
    • Use Moran processes on interaction graph
    • Use Introspection Dynamics
  • Nashpy Game Theory Text book
  • Discussion and code reference
  • Contributor documentation
  • Indices and tables
Nashpy
  • How to
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How toΒΆ

How to:

  • Install Nashpy
  • Create a Normal Form Game
  • Calculate utilities
  • Check if a strategy is a best response
  • Handle Degenerate games
  • Use the minimax theorem
  • Solve with support enumeration
  • Solve with vertex enumeration
  • Solve with Lemke Howson
  • Use fictitious play
  • Use stochastic fictitious play
  • Use replicator dynamics
  • Use replicator dynamics with mutation
  • Use asymmetric replicator dynamics
  • Use Moran processes
  • Obtain fixation probabilities
  • Obtain a repeated game
  • Use Moran processes on replacement graph
  • Use Moran processes on interaction graph
  • Use Introspection Dynamics
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