y-tal v0.20.0

• tal.reconstruct: pf refactored for better usability
• tal.reconstruct: pf_dev now has skip_H_padding that can be used in combination with mitransient's phasor_hdr_film (simulate phasors instead of time histogram, and directly reconstruct using those phasors)

y-tal v0.19.0

• tal.render: This version is the first compatible with mitransient 1.1.0 / Mitsuba 3.6.X / Dr.Jit 1.0.X. This brings a considerable speedup.
• tal.io: New function to get a subset of laser points from a NLOSCaptureData (see 0754b05)
• tal.io: Allow to compress HDF5 data on write_capture and allow skipping loading the impulse response H on load_capture (see d091201)
• tal.reconstruct: New fk solver
• tal.reconstruct: pf_dev now uses different optimization strategies and is now much faster
• tal.reconstruct: New precompute_fft that can be used in combination with pf_dev's skip_H_fft argument (see b33eadd)

If you have any issue feel free to contact us

y-tal v0.17.2

• tal.render: Easier to use your own custom compiled Mitsuba 3 backend or the default provided by pip
• tal.render: Now you can change the wavelengths emitted by the laser
• tal.io: Faster HDF5 file I/O
• Better examples and tests

y-tal v0.17.1

• Fix: tal render sometimes hangs when doing confocal/exhaustive renders
• Update examples folder to match current version
• Add small test suite (can be run with pytest)
• Performance improvements and minor fixes

y-tal v0.17.0

• tal -v also gives the version of render backend (mitransient aka. mitsuba3-transient-nlos and Mitsuba 3). Very useful for debugging issues with your installation.
• tal render now also generates ground truth data (depth, normals as seen from the relay wall using an ortographic camera)
• tal render offers more options to control which parts of the relay wall are illuminated
• tal.reconstruct.pf_dev now allows specifying an arbitrary volume in projector_focus
• Add citation to README

Full Changelog: v0.16.1...v0.17.0

y-tal v0.16.1

format and minor fixes to tal.plot.volume