An information processing apparatus comprising a head-mounted display for providing an augmented reality scene, wherein the head-mounted display includes a camera, comprising: processing circuitry configured to: detect a position and an orientation of a real object (R_OBJ1) by analyzing an image of the real object captured by the camera, wherein the real object (R_OBJ1) is a tangible, movable object; recognize a type of the real object (R_OBJ1); detect a positional relationship between the real object (R_OBJ1) and a predetermined object, wherein the predetermined object is another real object (R_OBJ2); determine, whether the positional relationship satisfies a predetermined positional relationship; and, if the real object (R_OBJ1) and the predetermined object (R_OBJ2) are in the predetermined positional relationship, issue a control command relating to the type of the real object (R_OBJ1) based on the type of the real object (R_OBJ1), a type of the predetermined object (R_OBJ2), or a positional relationship between the real object (R_OBJ1) and the predetermined object (R_OBJ2), wherein in response to the real object (R_OBJ1) being detected as approaching the other real object (R_OBJ2) within a predetermined distance, the control command causes the processing circuitry to cause a virtual object (V_OBJ) corresponding to the real object (R_OBJ1) based on the type of the real object and presented on the head-mounted display to jump to an image of the other real object (R_OBJ2) in the augmented reality scene, wherein the virtual object (V_OBJ) is an object added to a reference scene captured by the camera so that the reference scene and the virtual object (V_OBJ) are displayed in part of the augmented reality scene. processing circuitry configured to: detect a position and an orientation of a real object (R_OBJ1) by analyzing an image of the real object captured by the camera, wherein the real object (R_OBJ1) is a tangible, movable object; recognize a type of the real object (R_OBJ1); detect a positional relationship between the real object (R_OBJ1) and a predetermined object, wherein the predetermined object is another real object (R_OBJ2); determine, whether the positional relationship satisfies a predetermined positional relationship; and, if the real object (R_OBJ1) and the predetermined object (R_OBJ2) are in the predetermined positional relationship, issue a control command relating to the type of the real object (R_OBJ1) based on the type of the real object (R_OBJ1), a type of the predetermined object (R_OBJ2), or a positional relationship between the real object (R_OBJ1) and the predetermined object (R_OBJ2), detect a position and an orientation of a real object (R_OBJ1) by analyzing an image of the real object captured by the camera, wherein the real object (R_OBJ1) is a tangible, movable object; recognize a type of the real object (R_OBJ1); detect a positional relationship between the real object (R_OBJ1) and a predetermined object, wherein the predetermined object is another real object (R_OBJ2); determine, whether the positional relationship satisfies a predetermined positional relationship; and, if the real object (R_OBJ1) and the predetermined object (R_OBJ2) are in the predetermined positional relationship, issue a control command relating to the type of the real object (R_OBJ1) based on the type of the real object (R_OBJ1), a type of the predetermined object (R_OBJ2), or a positional relationship between the real object (R_OBJ1) and the predetermined object (R_OBJ2), wherein in response to the real object (R_OBJ1) being detected as approaching the other real object (R_OBJ2) within a predetermined distance, the control command causes the processing circuitry to cause a virtual object (V_OBJ) corresponding to the real object (R_OBJ1) based on the type of the real object and presented on the head-mounted display to jump to an image of the other real object (R_OBJ2) in the augmented reality scene, wherein the virtual object (V_OBJ) is an object added to a reference scene captured by the camera so that the reference scene and the virtual object (V_OBJ) are displayed in part of the augmented reality scene.