Storage medium storing information processing program to be executed by computer of information processor to perform a process according to an input to touch surfaces

A non-transitory computer-readable storage medium storing an information processing program to be executed by a computer of an information processor, wherein

• said information processor has a first touch operation detection portion that detects a first touch operation on a first touch surface, and a second touch operation detection portion that detects a second touch operation on a second touch surface,
• said computer is connected to said first touch operation detection portion and said second touch operation detection portion, and
• said information processing program allows said computer to provide functionality comprising:
• a mode switch that switches a display mode between a first display mode and a second display mode,
• a first processing that executes a first process based on said first touch operation detected by said first touch operation detection portion, when said display mode is said first display mode, and
• a second processing that executes a second process different from said first process based on said first touch operation detected by said first touch operation detection portion, and executes said first process based on at least said first touch operation detected by said first touch operation detection portion and said second touch operation detected by said second touch operation detection portion, when said display mode is said second display mode,
• said information program further allows said computer to provide functionality comprising:
• a first display control that displays a predetermined display object on a display portion, when said display mode is said first display mode, and
• a second display control that displays said predetermined display object in an enlarged size on said display portion, when said display mode is said second display mode,
• said first processing switches said display object as said first process, and
• said second processing switches said display object as said first process, and scrolls a screen of said display portion as said second process.

An information processing system comprising:

• a first touch surface, a second touch surface placed on a back side of said first touch surface, a first touch operation detection portion that detects a first touch operation on said first touch surface, a second touch operation detection portion that detects a second touch operation on said second touch surface, and
• a processor system including at least one processor, said processor system being coupled to said first touch operation detection portion and said second touch operation detection portion, and said processor system being configured to provide functionality comprising:
• a first processing that executes a first process based on said first touch operation detected by said first touch operation detection portion,
• a second processing that, if said first touch operation detected by said first touch operation detection portion and said second touch operation detected by said second touch operation detection portion are slide operations in opposite directions to each other, executes a second process different from said first process based on said first touch operation detected by said first touch operation detection portion and said second touch operation detected by said second touch operation detection portion,
• a mode selection that selects a first mode in which said first processing executes said first process based on said first touch operation, or a second mode in which said second processing executes said second process based on said first touch operation and said second touch operation, and
• a difference calculation that calculates a first distance at a first time between a first touch position corresponding to said first touch operation detected by said first touch operation detection portion and a second touch position corresponding to said second touch operation detected by said second touch operation detection portion, and a second distance between said first touch position and said second touch position at a second time later than said first time, and calculates a difference between said first distance and said second distance, wherein
• said second processing executes said second process if said difference calculated by said difference calculation satisfies a predetermined condition.

An information processing system comprising:

• a first touch operation detection portion that detects a first touch operation on a first touch surface, and a second touch operation detection portion that detects a second touch operation on a second touch surface,
• a processor system including at least one processor, the processor system being coupled to said first touch operation detection portion and said second touch operation detection portion, and said processor system being configured to provide functionality comprising:
• a mode switch that switches a display mode between a first display mode and a second display mode,
• a first processing that executes a first process based on said first touch operation detected by said first touch operation detection portion, when said display mode is said first display mode, and
• a second processing that executes a second process different from said first process based on said first touch operation detected by said first touch operation detection portion, and executes said first process based on at least said first touch operation detected by said first touch operation detection portion and said second touch operation detected by said second touch operation detection portion, when said display mode is said second display mode,
• a first display control that displays a predetermined display object on a display portion, when said display mode is said first display mode, and
• a second display control that displays said predetermined display object in an enlarged size on said display portion, when said display mode is said second display mode, wherein
• said first processing switches said display object as said first process, and
• said second processing switches said display object as said first process, and scrolls a screen of said display portion as said second process.

An information processing method comprising:

• detecting a first touch operation by a first touch operation detection portion on a first touch surface;
• detecting a second touch operation by a second touch operation detection portion on a second touch surface placed on a back side of said first touch surface;
• executing a first process based on said first touch operation detected by said first touch operation detection portion,
• if said first touch operation detected by said first touch operation detection portion and said second touch operation detected by said second touch operation detection portion are slide operations in opposite directions to each other, executing a second process different from said first process based on said first touch operation detected by said first touch operation detection portion and said second touch operation detected by said second touch operation detection portion,
• selecting a first mode in which said first process is executed based on said first touch operation, or a second mode in which said second process is executed based on said first touch operation and said second touch operation, and
• calculating a first distance at a first time between a first touch position corresponding to said first touch operation detected by said first touch operation detection portion and a second touch position corresponding to said second touch operation detected by said second touch operation detection portion, and a second distance between said first touch position and said second touch position at a second time later than said first time, and calculating a difference between said first distance and said second distance, wherein
• said second process is executed if said calculated difference satisfies a predetermined condition.

An information processing method comprising:

• detecting a first touch operation by a first touch operation detection portion on a first touch surface,
• detecting a second touch operation by a second touch operation detection portion on a second touch surface,
• switching a display mode between a first display mode and a second display mode,
• executing a first process based on said first touch operation detected by said first touch operation detection portion, when said display mode is said first display mode,
• executing a second process different from said first process based on said first touch operation detected by said first touch operation detection portion, and executing said first process based on at least said first touch operation detected by said first touch operation detection portion and said second touch operation detected by said second touch operation detection portion, when said display mode is said second display mode,
• displaying a predetermined display object on a display portion, when said display mode is said first display mode, and
• displaying said predetermined display object in an enlarged size on said display portion, when said display mode is said second display mode, wherein
• said first process is switching said display object, and
• said second process is scrolling a screen of said display portion.