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There doesn't seem to be any Java library that implements the Lambert W function with arbitrary precision numbers, so as a last resort I am requesting for that functionality in BigMath.
As a quick…
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### Setup Information
- figanos version:
- Python version:
- Operating System:
### Description
In the docs, it says that Lambert Conformal is the default (this is also what I thought it was), b…
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Hi all,
I am new to GitHub, which I join to help improving Qucs-based softwares (including Qucs-S), and this is my first post. Unfortunately, despite being an extensive user, I fear I cannot bring …
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### Is your feature request related to a problem? Please describe.
In the DE330 DestinE project we output hydrological data in the lambert azimuthal projection. When trying to plot this with earthkit…
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I am the main author of "Domain adaptation for regression under Beer–Lambert’s law" and creator of the (unsupervised) domain adaptation extension of partial least squares regression called di-PLS that…
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Implement [this algorithm](http://www.ingaero.uniroma1.it/attachments/1978_2008_JGCD_Lambert.pdf) too, and compare its output with that of Curtis and Prussing.
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Hello Joachim,
Do you know how much revolutions per minute would be possible with you program?
I'm building and build so far 3 different turbines half the sice of a Lambert Kolibri and a turboprop att…
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```
There are a few simplifications of LambertW that have been added:
exp(LambertW(x)) -> x/LambertW(x)
log(LambertW(x)) -> log(x) - LambertW(x)
Lambert(-pi/2) -> I*pi/2
```
Original issue for #5080…
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To calculate the attenuation of transmitted light, the thickness parameter of the material is required.
The attenuation of light is calculated using Lambert-Beer's law, which requires not only the c…