In the left of the window, the system shows the current scene being rendered, and scene and capture parameters that can be modified.
The visualization shows fluence in the whole scene instead of radiance. That is, the amount of light passing through each point. There is no participating medium.
You can move the emitter position and orientation by clicking and dragging over the scene or using the textboxes.
The sensor always looks at the blue dots in the right of the scene, representing SPAD aperture.
The scene is around 3.5 meters long in the horizontal (x) direction, and 2 meters long in the vertical (y) direction.
Please note that compiling scenes with many segments, such as the Bunny can take a few seconds, but they will only need to be compiled the first time you select them.
In the right of the window, it shows the image obtained by the NLOS imaging method, and its parameters.
Confocal and Time-gated camera models can be evaluated at different instants with the time slider or Play/Pause button.
Please note that the Steady-state camera model is not affected by the Time slider but it's still recomputed, and it can take a couple of seconds.
Note that the confocal virtual camera model only supports laser emitters. Results for other emitter types may give inconsistent results.
Show/Hide latency table
Execution times
Render
Reconstruction
Total
Mean per frame
Standard deviation
Mean FPS while rendering
Frames spent in rendering
Simulated scene (fluence)
Scene schematic
Download transient signal
NLOS imaging reconstruction
Magnitude
Download reconstruction data
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Light Path Length
Sample Count
Max time captured
Temporal resolution
SPAD aperture (m)
Number of SPADs
Data capture
Scene
Add custom scene
Emitter spread
Note the confocal virtual camera model only supports laser emitters. Results for other emitter types may give inconsistent results.