simpegEM1D
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Frequency and time domain EM forward modeling and inversion program
This is a pull request for updating the repository to be compatible with SimPEG's simulation branch. Some improvements include: - Adding dispersive magnetic susceptibility - Increasing the variety of Hankel...
Hello, Due to a lack of documentation, I'm facing some difficulties in understanding the waveform First, I have tried to reproduce the results from this [example](https://github.com/jc-barreto/SimPEG_Tests_Jenny/blob/main/TDEM_inversion_bookpurnong.ipynb) that Heagy went through...
Hello, I'm trying to install SimPEGEM1D, but I'm getting an error with the fortran compiler. I have standard SimPEG 14.0 running. I already had in my PC the fortran 95...
Since we are restructuring the package to have a SimPEG-like organization, we should define and implement waveforms in the same manner. ## Original Structure **Simple Waveforms:** For simple waveforms, a...
We are currently solving equations 4.45 and 4.46 from Ward and Hohman to compute the horizontal and vertical response due to a vertical magnetic dipole source. ![image](https://user-images.githubusercontent.com/12970009/86050529-d7b9bc80-ba08-11ea-9109-98d36f7ce725.png) As the radial...
We simulate the response due to a horizontal loop source by computing the solutions to Ward and Hohman equations 4.87 and 4.88 ![image](https://user-images.githubusercontent.com/12970009/86051221-eeacde80-ba09-11ea-847a-498cb7d5b87a.png) As of right now, we can only...
Right now, a lot of subroutines are defined in the highest level of the package. Generally, these would be called from utilities or a different supporting file. Here, we propose...
Here, we want to outline the structure and properties for the survey, source and receivers class. Current Organization ----------------------- **Sources and receiver:** No classes for these right now. Everything is...
![image](https://user-images.githubusercontent.com/13682747/52661351-b2c9b580-2eb6-11e9-9648-b810a512c3da.png) The horizontal gradient need to be manually initialized in order to use the lateral-constraints. This might be confusing as we are already calling the LateralConstraint regularization. Is there a...
add an option to use dask for parallelization