We aim to explore every corner of the home from a single panorama. Our visualization captures the entire scene from a 180° fisheye perspective, highlighting various indoor activities such as reading, cooking, and more. Each task is presented with a virtual scene featuring absolute lighting levels, bringing users closer to a realistic, task-focused indoor experience.
Each indoor activity requires specific light levels. Our inverse rendering technique not only produces high-quality virtual staging but also enables the visualization of task-specific indoor lighting. In the example below, we render a scene depicting individuals seated at a desk for reading, with a target light level of 300 cd/m² on the desk surface.
Reading Scenarios with Varying Views, Materials, and Lighting Setups: The desk is modeled with three materials—glass, marble, and wood. Position 1: Desk moved forward. Position 2: Desk rotated to face the window. Position 3: Desk positioned to face the wall. Light 1: Desk lamp added. Light 2: Ceiling light added.
Cooking Scenarios with Varying Views, Materials, and Lighting Setups: Two locations are selected for visualization. Material: The cabinet color is changed from deep blue to magenta. Light 1: Point light added to the task area. For the night scenes, Light 2: Ceiling light added. Light 3: Ceiling light repositioned, and point light added.
Outdoor light enters the scene and shape the indoor appearance. Simultaneously, the natural light brings solar radiation, which generates heat within the indoor environment. We build heat transport model and estimate the indoor heat map along with lighting properties from a single panorama.
