Version-6.py: Difference between revisions
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''Lables(IS), Structures(IS), Lables(FS1), Structures(FS1), Lables(FS2), Structures(FS2), Bond_Type, Formula(IS), Formula(FS) '' | ''Lables(IS), Structures(IS), Lables(FS1), Structures(FS1), Lables(FS2), Structures(FS2), Bond_Type, Formula(IS), Formula(FS) '' | ||
The 3rd File Generated: label_dic.txt, c1c2c3.txt (By hand) | |||
Each specie is given a name (Number label) during calculation, For example, Glycerol (831) | |||
After Finishing 269 structures' geometry calculation, add their energies to species_list.txt, and we get label_dic.txt | |||
c1c2c3.txt contains C1, C2, and C3 species' energies. | |||
The 4th File Generated: reaction_energy.txt | The 4th File Generated: reaction_energy.txt | ||
Revision as of 13:28, 10 February 2017
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This Script Generates Glycerol Decomposition Network and Complete Intermediates
How to use it : python version-6.py
The 1st File Generated: species_list.txt :
Lables, Structures, Formula, Number_H, Number_O
The 2nd File Generated: reaction_list.txt:
Lables(IS), Structures(IS), Lables(FS1), Structures(FS1), Lables(FS2), Structures(FS2), Bond_Type, Formula(IS), Formula(FS)
The 3rd File Generated: label_dic.txt, c1c2c3.txt (By hand)
Each specie is given a name (Number label) during calculation, For example, Glycerol (831)
After Finishing 269 structures' geometry calculation, add their energies to species_list.txt, and we get label_dic.txt
c1c2c3.txt contains C1, C2, and C3 species' energies.
The 4th File Generated: reaction_energy.txt
The 5th File Generated: selected_reactions.txt
The 6th File Generated: filtered_reactions.txt