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First of all, thanks for this simulation software, as it is gonna help me a lot for especially computationally demanding simulations.
I wanted to have a look at gRASPA and gRASPA-fast simulations. Comparing examples given in the packages released, only difference I saw is that "UseMaxStep yes" in the gRASPA-fast. I saw other parameters regarding Widom, and Gibbs, but since I am only interested in GCMC simulations, I didn't think they are related to.
So my questions are;
(i) Is there any other difference that I should be careful about?
(ii) If there is, should there be any other additional github packages that I need to compile for using gRASPA-fast?
Thanks for your response in advance!
The text was updated successfully, but these errors were encountered:
Hi,
Thanks for your interest. gRASPA-fast (available in the releases here) is slightly (about 20%) faster than gRASPA.
the "fast" one can only do single-component GCMC (not mixtures); it outputs only the total energies but not the decomposed energies (framework-framework, framework-adsorbate, adsorbate-adsorbate). The supported features are listed in the table in readme.
Compilation is almost the same; there should be a compilation file in the release; you just need to execute it. You need an NVHPC compiler
Hello,
First of all, thanks for this simulation software, as it is gonna help me a lot for especially computationally demanding simulations.
I wanted to have a look at gRASPA and gRASPA-fast simulations. Comparing examples given in the packages released, only difference I saw is that "UseMaxStep yes" in the gRASPA-fast. I saw other parameters regarding Widom, and Gibbs, but since I am only interested in GCMC simulations, I didn't think they are related to.
So my questions are;
(i) Is there any other difference that I should be careful about?
(ii) If there is, should there be any other additional github packages that I need to compile for using gRASPA-fast?
Thanks for your response in advance!
The text was updated successfully, but these errors were encountered: