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Dear OpenDP team,
As suggested by @Shoeboxam, I took a look at the approach OpenDP uses to sample noise. My understanding is that it implements three main mitigations against floating-point issues:…
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## Description of the problem
I'm trying to calculate the inverse Laplace transform of a function that has floating coefficients:
```julia
using SymPy
@syms s t::real
sympy.inverse_laplace_…
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It takes ages to compute the following, so much so that I stopped the computation:
```py
from sympy import *
s, t = symbols('s t')
expr = 5*(1 + exp(-4*s))/(s*(s**2 + 620*s + 4000))
inverse_lap…
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Currently your package provides the inverse laplace transform. Would it be possible to add an Laplace transform too? Or is that functionality best contained in a another package?
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The inverse Laplace is computed when expression have integer constant:
```
In [4]: sympy.inverse_laplace_transform( 1.0/(s**4 + 10*s**3 + 34*s**2 + 46*s + 21), s, t )
Out[4]: 0.5*(2*exp(2*t) - 2*…
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```
3:58:35 PM:
3:58:35 PM: [1307:0x5b527b0] 32119 ms: Mark-sweep (reduce) 2048.1 (2056.8) -> 2047.7 (2056.8) MB, 3.5 / 0.0 ms (+ 15.7 ms in 6 steps since start of marking, biggest step 15.4 ms…
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There are a couple of conventions for heaviside function, one that is used a lot in signal processing is that the heaviside step function is left continous at H(0), meaning H(0) is 0.
Since we use…
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Hello,
I am reviewing your paper entitled: "High-quality Reconstruction for Laplace NMR based on Deep Learning"
I think, it is a beautiful and well-documented work and I think, that the paper coul…
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**Component**
DIPimage / CMake build scripts.
MATLAB: 2022a
**Describe the bug**
Trying to install DIP image using :
```
git clone https://github.com/DIPlib/diplib.git
mkdir diplib/target…
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Hi, It's awesome work here! I want to run a global shallow water model, and I'm reading the documentation. Now, I can run the example like this:
``` julia
using SpeedyWeather
spectral_grid = Spectr…