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Hi Stuart,
I wanted to use your code to solve the Helmholtz equation on a cortical mesh. I've downloaded your BrainNetworkModels but haven't figured out how to implement the simulation. Specifically…
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Hello everyone,
I and @arthurBarthe have been working on the kernel for MOM5, and after speaking with @NoraLoose want to make sure that the Laplacian operators we implement are consistent across th…
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Montblanc currently only predicts from delta functions, 2D Gaussians and Sersic functions. It should be possible to predict from arbitrary functions by computing the Fourier transform of a Gaussian pr…
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why not have more reference options?
ref: https://doi.org/10.1016/j.neuroimage.2018.08.020
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Inputting images which are normalised to the range 0-1, I get very few/no matches, and warnings about low contrast images:
```
/home/danielevans/repositories/karios/karios/klt_matcher/matcher.py:269…
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As an alternative to fft parameterisation of the image as this causes various issues when scaling/interpolating.
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Using the adams2019 autoscheduler, on master. The following series of commands are run from apps/local_laplacian:
```
make clean
make bin/host/local_laplacian.generator
# Make a runtime
./bin/h…
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The function image.laplacian() seems to return very different results from what Matlab's fspecial() does.
For example, when size=5, sigma=0.5:
image.laplacian() produces:
0.1898 0.4022 0.4938 …
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All,
As Laplacian could be computed using finite difference techniques (e.g., second derivative or first derivative of the first derivative ) or spectral methods, It will be helpful to mention the t…