Define tyoe analytic interactions (Debye-Huckel/crowders)
More...
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| real(kind=8), dimension(:,:), pointer | parray_nrj |
| | define the arrays to store energy of interaction and force Could use 2 dimension array, to store for different types / stoke_radius More...
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| real(kind=8), dimension(:,:), pointer | parray_force |
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| integer | type |
| | type of the array More...
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| integer | nbbin |
| | Array properties, nbbin. More...
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| real(kind=8) | max_size |
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| real(kind=8) | h |
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| real(kind=8) | stoke_radius |
| | 1 solute representation, already in protein a bit useless becasue need the sum of the radius More...
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| real(kind=8) | ki |
| | Store ki, bjerrum usefull quantity independent of stoke radius. More...
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| real(kind=8) | bjerrum |
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| real(kind=8) | ionic |
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| integer | nbtypes |
| | Number of different types of solutes. More...
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Define tyoe analytic interactions (Debye-Huckel/crowders)
◆ bjerrum
| real ( kind=8 ) mod_analytic::analytic::bjerrum |
| real(kind=8) mod_analytic::analytic::h |
◆ ionic
| real ( kind=8 ) mod_analytic::analytic::ionic |
◆ ki
| real ( kind=8 ) mod_analytic::analytic::ki |
Store ki, bjerrum usefull quantity independent of stoke radius.
◆ max_size
| real(kind=8) mod_analytic::analytic::max_size |
◆ nbbin
| integer mod_analytic::analytic::nbbin |
◆ nbtypes
| integer mod_analytic::analytic::nbtypes |
Number of different types of solutes.
◆ parray_force
| real(kind=8), dimension(:,:), pointer mod_analytic::analytic::parray_force |
◆ parray_nrj
| real(kind=8), dimension(:,:), pointer mod_analytic::analytic::parray_nrj |
define the arrays to store energy of interaction and force Could use 2 dimension array, to store for different types / stoke_radius
◆ stoke_radius
| real(kind=8) mod_analytic::analytic::stoke_radius |
1 solute representation, already in protein a bit useless becasue need the sum of the radius
◆ type
| integer mod_analytic::analytic::type |
The documentation for this type was generated from the following file: