Physics equations can be modeled using differentiable functions in game engines. Intelligent agents in games can be trained using techniques like machine learning that are enabled by differentiation. Simulations Many simulation techniques for fluids and other physical processes are based ...
Physics equations can be modeled using differentiable functions in game engines. Intelligent agents in games can be trained using techniques like machine learning that are enabled by differentiation. Simulations Many simulation techniques for fluids and other physical processes are based ...
Physics equations can be modeled using differentiable functions in game engines. Intelligent agents in games can be trained using techniques like machine learning that are enabled by differentiation. Simulations Many simulation techniques for fluids and other physical processes are based...
Physics equations can be modeled using differentiable functions in game engines. Intelligent agents in games can be trained using techniques like machine learning that are enabled by differentiation. Simulations Many simulation techniques for fluids and other physical processes are based on...
Physics equations can be modeled using differentiable functions in game engines. Intelligent agents in games can be trained using techniques like machine learning that are enabled by differentiation. Simulations Many simulation techniques for fluids and other physical processes are based on...
This proposal introduces first-class differentiable programming to Swift. First-class differentiable programming includes five core additions: TheDifferentiableprotocol. @differentiablefunction types. The@differentiabledeclaration attribute for defining differentiable functions. ...