In-vehicle system and storage medium

A non-transitory computer-readable medium having embodied thereon a program, which when executed by a computer causes the computer to execute a processing method, the method comprising:

• acquiring navigation information, the navigation information including information related to a next action of a vehicle and information related to a driving environment of the vehicle;
• determining a vibration timing based on the navigation information, the vibration timing being a timing for generating vibration to notify the next action of the vehicle;
• and
• setting a vibration parameter for controlling the vibration based on the navigation information,
• wherein the setting of the vibration parameter further includes
• setting an intensity, a frequency, or a pattern of the vibration as the vibration parameter,
• setting the vibration parameter based on a content of the next action and a distance to a location where the vehicle is to perform the next action, and
• setting a first intensity, frequency, or pattern as the vibration parameter based on the vehicle being at a first distance to a location where the vehicle is to perform the next action and changing the first intensity, frequency, or pattern to a second intensity, frequency, or pattern based on the vehicle being at a second distance closer to the location than the first distance, the first intensity, frequency, or pattern being different than the second intensity, frequency, or pattern.

A processing method, the method comprising:

• acquiring navigation information, the navigation information including information related to a next action of a vehicle and information related to a driving environment of the vehicle;
• determining a vibration timing based on the navigation information, the vibration timing being a timing for generating vibration to notify the next action of the vehicle;
• and
• setting a vibration parameter for controlling the vibration based on the navigation information,
• wherein the setting of the vibration parameter further includes
• setting an intensity, a frequency, or a pattern of the vibration as the vibration parameter,
• setting the vibration parameter based on a content of the next action and a distance to a location where the vehicle is to perform the next action, and
• setting a first intensity, frequency, or pattern as the vibration parameter based on the vehicle being at a first distance to a location where the vehicle is to perform the next action and changing the first intensity, frequency, or pattern to a second intensity, frequency, or pattern based on the vehicle being at a second distance closer to the location than the first distance, the first intensity, frequency, or pattern being different than the second intensity, frequency, or pattern.