Miguel Caro: Created page with "`core_pot_buffer` defines the buffer zone of the cosine cutoff function, in Angstrom, for use with `core_pot_cutoff`. The value of `core_p..."`


2025-04-20T07:21:59Z
Created page with "<code>core_pot_buffer</code> defines the buffer zone of the cosine cutoff function, in Angstrom, for use with <code>core_pot_cutoff</code>. The value of <code>core_p..."
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<code>[[core_pot_buffer]]</code> defines the buffer zone of the cosine cutoff function, in Angstrom, for use with <code>[[core_pot_cutoff]]</code>. The value of <code>[[core_pot_buffer]]</code> is only used if the value of <code>[[core_pot_cutoff]]</code> is smaller than the default cutoff for the tabulated [[core potential]].



=== Summary ===



{| class="wikitable"

|+ Summary for <code>core_pot_buffer</code> keyword

! style="text-align:left;"| Required/optional

! style="text-align:left;"| Type

! style="text-align:left;"| Accepted values

! style="text-align:left;"| Default

! style="text-align:left;"| See also

|-

| Optional

| Real

| Any positive real

| 1. (only used if [[core_pot_cutoff]] is smaller than the tabulated [[core potential]] cutoff)

| <code>[[core potential]]</code>, <code>[[core_pot_cutoff]]</code>

|}



=== Example ===



 [[core_pot_cutoff]] = 10.

 [[core_pot_buffer]] = 1.

Core pot buffer - Revision history

Miguel Caro: Created page with "core_pot_buffer defines the buffer zone of the cosine cutoff function, in Angstrom, for use with core_pot_cutoff. The value of core_p..."

Miguel Caro: Created page with "`core_pot_buffer` defines the buffer zone of the cosine cutoff function, in Angstrom, for use with `core_pot_cutoff`. The value of `core_p..."`