畫中有話

This application was developed in cooperation with teacher Lei Ruoli of Hongguang University of Science and Technology. It uses augmented reality technology to transform the graffiti images drawn by users into interactive three-dimensional components, which can be taken with them to provide users with companionship. Used in multiple ways. In addition, through the switching of scenes, users are guided to connect life experience and time and space, and travel to their own memories, experiences, life and death. By telling their own stories, it helps brain activity, stimulates memory, and promotes intelligence and movement. Developed to achieve the effect of delaying disability and dementia for the elderly and promoting the development of children, it can also be used in nostalgic therapy and expressive arts care. About nostalgia therapy: Nostalgic therapy uses past life records, events and experiences through activities with others or groups. Guides such as photos, daily necessities, period music, audio tapes, video tapes or CDs are usually used to help the elderly recall or create. , and narrate personal experiences, making people feel warm and familiar through recalling; and listening to the elderly’s stories can calm the mood and strengthen the interaction between the elderly and people around them, thereby maintaining brain activity, promoting expression, and slowing down degeneration. Plane scan: ＊Only supports ARCore / ARKit models, this APP cannot be used on unsupported models When initially executing the APP, a plane scan is required to identify the relationship between the plane space where the graffiti works are placed and the graffiti content. Please select the desktop or flat surface where the graffiti work will be placed, tilt the phone at an angle of about 45 degrees, and slowly and steadily scan the desktop left and right until a blue recognition box appears on the APP screen. Later, the position, movement, presentation size and other relationships of the three-dimensional components will be defined based on the relationship between this plane and the distance and landing point of the three-dimensional components generated in the future.