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Seems we can now get CASTEP to create a cell file - worth investigating if this is useful (we currently parse this information from the .castep output). See:
By the way, the way I would normally recommend to extract an optimized geometry from a castep run is to set the parameter
write_cell_structure : true
which will write a new .cell file with the co-ordinates at high precision. By comparison "castep2cell" loses precision as it can only
extract the number of significant digits printed in the .castep file.
The text was updated successfully, but these errors were encountered:
Seems we can now get CASTEP to create a cell file - worth investigating if this is useful (we currently parse this information from the .castep output). See:
By the way, the way I would normally recommend to extract an optimized geometry from a castep run is to set the parameter
write_cell_structure : true
which will write a new .cell file with the co-ordinates at high precision. By comparison "castep2cell" loses precision as it can only
extract the number of significant digits printed in the .castep file.
The text was updated successfully, but these errors were encountered: