Motion-blurred and defocused clips produced from a sharp source with a recorded kernel, so deblurring output can be measured against the original rather than compared to another blurred frame.
Each card starts with one representative test file. Choose a use case, search, or filter to find a specific profile; a card’s variant menu contains its related samples.
5 test families · 11 available files · Page 1 of 1
Deblur
Defocus blur, radius 5 applied to the sharp detail-chart plate with a Gaussian kernel: a defocused lens. The kernel is documented, so this supports both blind and non-blind deconvolution: give the algorithm the kernel, o
Deblur
Defocus blur, radius 5 applied to the sharp text-motion plate with a Gaussian kernel: a defocused lens. The kernel is documented, so this supports both blind and non-blind deconvolution: give the algorithm the kernel, or
Interp
Halved frame rate where each output frame is the AVERAGE of the two it replaces, rather than one of them: what a long shutter angle actually produces. Substantially harder than clean decimation, because the interpolator
Interp
Halved frame rate where each output frame is the AVERAGE of the two it replaces, rather than one of them: what a long shutter angle actually produces. Substantially harder than clean decimation, because the interpolator
Interp
Halved frame rate where each output frame is the AVERAGE of the two it replaces, rather than one of them: what a long shutter angle actually produces. Substantially harder than clean decimation, because the interpolator
