Interactive architecture can be used for projection mapping in a number of ways. Here are some examples:
1. Sensor-based interaction: Interactive architecture can incorporate sensors that detect movement, sound, light, or other environmental stimuli. These sensors can trigger projection mapping elements based on the stimuli detected. For example, a sensor may detect when a person walks by and trigger a projection to follow their movement.
2. Gesture-based interaction: Gesture-tracking technology can be used to detect hand movements and gestures, which can then be used to control projection mapping elements. For example, a person can use hand gestures to control the movement of projected images.
3. Audio-based interaction: Interactive architecture can incorporate audio sensors that can detect sound frequencies and volume levels. This can be used to trigger projection mapping elements based on the sound detected. For example, a loud noise can trigger a projection of flames or explosions.
4. Touch-based interaction: Interactive architecture can incorporate interactive surfaces that detect touch, allowing users to interact with the projected images by touching the surface. For example, a projected image of a puzzle can be solved by moving the pieces around on the interactive surface.
All of these interactions can be combined with projection mapping to create immersive and interactive experiences for users.
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