Maximilian Hoffmann
Maximilian Hoffmann
After I installed jupytext I cannot run jupyter lab anymore, because of the following error ``` [I 13:40:30.138 LabApp] [nb_conda_kernels] enabled, 3 kernels found [I 13:40:31.215 LabApp] JupyterLab extension loaded...
I have gotten this error time and again and could mitigate it sometimes by using a different version of libsndfile, sometimes by re-encoding the full file using sox. However ,...
**Describe the bug** When I pass images (3D) containing negative values into the antspy registration using the Mattes metric the "joint PDF summed to zero" error is thrown. **To Reproduce**...
Would it be possible to train a network on subsampled Zebrafish data, that we might try on our GCamp7s OPM recordings in Danionella at 1Hz volume rate?
I am generating a soundfile by appending to `audioFile = sf.SoundFile(conf['pSavAudio'], mode='w', samplerate=samplerate, channels=nChan, subtype='PCM_16', format='FLAC')` ,but when I try to read all frames from it: `arrA=audio.read(audio.frames, dtype='int16')` I get...
Very cool package! I would love to have some kind of progress bar during the rendering process, would that be something you'd like to see as well?
Is this already possible or even desired? For me it would be helpful for designing a lens with a certain FOV.
``` def paraxial_matrix(self, n0, l): # Reflection and Refraction of Gaussian Light Beams at # Tilted Ellipsoidal Surfaces # G. A. Massey and A. E. Siegman # Applied Optics IP,...
``` s1=ro.system_from_yaml('''!!python/unicode 'description': !!python/unicode 'AC508-200-B AC508-200-B NEAR IR ACHROMATS: Infinite Conjugate 200' !!python/unicode 'elements': - !!python/unicode 'angles': [0.08726646259971647, 0.0, 0.0] !!python/unicode 'material': basic/air !!python/unicode 'radius': 0.01401147303517 - {!!python/unicode 'curvature': 0.0019409937888199,...
In paraxial_trace you write: ``` # TODO # * introduce aperture at argmax(abs(y_axial)/radius) # or at argmin(abs(u_axial)) ``` could this be done in an instance method e.g. paraxial_ray.find_stop or .find_aperture...