| from fipy import Variable,FaceVariable,CellVariable,Grid1D,ImplicitSourceTerm,TransientTerm,DiffusionTerm,Viewer,ConvectionTerm | |
| from fipy.tools import numerix | |
| import math | |
| D = 1 | |
| c0 = 1 | |
| ka = 1 | |
| r0 = 1 |
| from fipy import * | |
| from fipy import CellVariable, Variable, Grid1D, TransientTerm, DiffusionTerm, ImplicitSourceTerm, LinearLUSolver, Viewer | |
| import math | |
| from fipy.tools import numerix | |
| from fipy.solvers.scipy import LinearPCGSolver, LinearLUSolver | |
| # Konstanten | |
| F = 96485.3399 #C /mol | |
| R = 8.314472 # J/(mol*K) | |
| T = 273.18 # K |
| [MASTER] | |
| extension-pkg-whitelist = numpy | |
| [TYPECHECK] | |
| ignored-modules = numpy, toolz.curried | |
| [MESSAGES CONTROL] | |
| disable = no-value-for-parameter, bad-continuation |
This is a first attempt at a review statement for publications that are largely simulation based, but haven't made an adequate attempt at making the results reproducible.
The authors of the paper should be aware of the Science Code Manifesto, see http://sciencecodemanifesto.org/ and http://sciencecodemanifesto.org/discussion. Although XXX is an open source code, the authors should do more to enable readers to reproduce the results in the paper. Specifically,
The PFHub framework supports phase field practitioners and code developers participating in an effort to improve quality assurance for phase field codes. The main thrust of this effort is the generation of a set of standardized benchmark problems along with a web framework for uploading and comparing benchmark results. The phase field method is well established and there are an assortment of code frameworks available for solving the associated PDEs. However, phase field research groups often develop codes in isolation and do not publish
Go to Google Images and search for the images you are interested in. The more specific you are in your Google Search, the better the results and the less manual pruning you will have to do.
Scroll down until you've seen all the images you want to download, or until you see a button that says 'Show more results'. All the images you scrolled past are now available to download. To get more, click on the button, and continue scrolling. The maximum number of images Google Images shows is 700.
It is a good idea to put things you want to exclude into the search query, for instance if you are searching for the Eurasian wolf, "canis lupus lupus", it might be a good idea to exclude other variants:
"canis lupus lupus" -dog -arctos -familiaris -baileyi -occidentalis
You can also limit your results to show only photos by clicking on Tools and selecting Photos from the Type dropdown.
Packaging and dependency management is foundational in software deployment, but is often implemented so that outcomes depend on state and are not repeatable. This has implications for reproducing computational experiments, which require repeatable deployment of environments whenever possible. For example, the popular package managers Conda and Pip are both examples of imperative and stateful
Small scientific communities often require web infrastructure for sharing and displaying data tailored to specific needs. The approach used by the [PFHub framework][1] uses existing tools to provide a workflow for uploading and viewing data requiring only a limited outlay on custom development and configuration. The [PFHub framework][1] currently supports phase field practitioners and code developers participating in an effort to improve quality assurance for phase field codes. The main thrust of this effort is the generation of