Device having integrated interface system

A notebook computer comprising:

• a display portion comprising a display;
• a base portion pivotally coupled to the display portion and comprising:
• a bottom case;
• and
• a glass top case coupled to the bottom case and defining:
• a keyboard region along a planar region of an exterior surface of the glass top case and configured to receive a first user input on the planar region of the exterior surface of the glass top case;
• and
• a trackpad region adjacent the keyboard region and along the exterior surface of the glass top case, the trackpad region configured to receive a second user input on the exterior surface of the glass top case;
• a force sensing system configured to detect inputs applied to the exterior surface of the glass top case within the keyboard region and the trackpad region;
• a first haptic actuator configured to produce a local out-of-plane deformation of the exterior surface of the glass top case at a key region within the keyboard region, thereby producing a localized first haptic output in response to the force sensing system detecting a first input at the key region;
• and
• a second haptic actuator configured to apply a force to the glass top case in a direction that is in-plane with the exterior surface of the glass top case, thereby producing a second haptic output different from the first haptic output, in response to the force sensing system detecting a second input within the trackpad region, the second haptic output detectable at any location within the trackpad region.

A portable computer comprising:

• a display housing;
• a display positioned at least partially in the display housing;
• a base portion coupled to and configured to rotate relative to the display housing, comprising:
• a metal member defining a bottom surface of the base portion;
• and
• a glass member defining:
• a keyboard region along a touch-sensitive portion of a planar exterior surface of the glass member;
• and
• a trackpad region along the touch-sensitive portion of the planar exterior surface of the glass member and adjacent to the keyboard region;
• a first haptic actuator configured to, in response to a first input detected in the keyboard region, form at least one of a local out-of-plane depression or a local out-of-plane protrusion of the glass member along the planar exterior surface of the glass member, thereby producing a localized first haptic output;
• and
• a second haptic actuator configured to, in response to a second input detected in the trackpad region defined on the glass member, impart a force on the glass member to move the glass member along a direction that is in-plane with the planar exterior surface of the glass member, thereby producing a second haptic output that is detectable at multiple locations within the trackpad region.