Abstract: A game server and a client device may perform parallel execution of scripts for a computer-implemented virtual game. When the client device determines that a user of the computer-implemented game has performed an in-game action, the client device may send an update notification to the game server that indicates the in-game action and client-side game state information. Then, the client device may determine an event script to execute based on the user's in-game action, and may execute the event script to present an in-game effect to the user in near real-time. Similarly, the game server may determine a corresponding event script to execute based on the in-game action, and may maintain a secure game state by executing the corresponding script independent of the client device's script execution.

Abstract: A game server and a client device may perform parallel execution of scripts for a computer-implemented virtual game. When the client device determines that a user of the computer-implemented game has performed an in-game action, the client device may send an update notification to the game server that indicates the in-game action and client-side game state information. Then, the client device may determine an event script to execute based on the user's in-game action, and may execute the event script to present an in-game effect to the user in near real-time. Similarly, the game server may determine a corresponding event script to execute based on the in-game action, and may maintain a secure game state by executing the corresponding script independent of the client device's script execution.

Abstract: In examples presented herein, a game server and a client device may perform parallel execution of scripts for a computer-implemented virtual game. In one example, in response to determining that a user of a virtual game has performed an in-game action, a first event script to execute is determined based on the in-game action. The first event script is executed to present an in-game effect to the user. After the execution of the first event script, an update notification is sent to a server computer. The update notification indicates the in-game action and client-side state information. An update response is received from the server computer based on execution of a second event script responsive to the in-game action.

Abstract: In examples presented herein, a game server and a client device may perform parallel execution of scripts for a computer-implemented virtual game. In one example, in response to determining that a user of a virtual game has performed an in-game action, an update notification is sent to a server computer. The update notification indicates the in-game action and client-side state information. After the sending of the update notification, a first event script to execute is determined based on the in-game action. The first event script is executed to present an in-game effect to the user. An update response is received from the server computer based on execution of a second event script responsive to the in-game action.

Abstract: In examples presented herein, a game server and a client device may perform parallel execution of scripts for a computer-implemented virtual game. In one example, in response to determining that a user of a virtual game has performed an in-game action, an update notification is sent to a server computer. The update notification indicates the in-game action and client-side state information. After the sending of the update notification, a first event script to execute is determined based on the in-game action. The first event script is executed to present an in-game effect to the user. An update response is received from the server computer based on execution of a second event script responsive to the in-game action.

Abstract: In examples presented herein, a game server and a client device may perform parallel execution of scripts for a computer-implemented virtual game. In one example, in response to determining that a user of a virtual game has performed an in-game action, a first event script to execute is determined based on the in-game action. The first event script is executed to present an in-game effect to the user. After the execution of the first event script, an update notification is sent to a server computer. The update notification indicates the in-game action and client-side state information. An update response is received from the server computer based on execution of a second event script responsive to the in-game action.