mod_analytic Module Reference

Analytical expressions, store energy and force in precomputed array. More...

Data Types
type	analytic
	Define tyoe analytic interactions (Debye-Huckel/crowders) More...

Functions/Subroutines
subroutine	fill_array_dh (this, list_stoke_radius)
subroutine	allocate_analytic (this)
	Allocate the object with default values, arrays filled by param_force_energy:init_analytic when all data (cutoff,..) are known. More...
subroutine	deallocate_analytic (this)
	Deallocate all analytic arrays. . More...
subroutine	set_analytic_params (this, h, max_size, stoke_radius)
	fill the arrays, here need to setup dimension More...
subroutine	set_dh_params (this, opt_ionic)
	Initialize debye-huckel parameters. More...
subroutine	set_zeroes (this, cutoff)
	Specific to Debye-Huckel set zero for at distance where the grid is available Allow to call normal electrostatic and debye-huckel without taking care (hopefully) More...
real(kind=8) function	get_energy_analytic (this, bin, type_nb)
	Return precomputed energy values. More...
real(kind=8) function	get_force_analytic (this, bin, type_nb)
	Return precomputed force values. More...
subroutine	print_analytic (this)
	Print values of array force and energy. Called by info_analytic. More...
subroutine	info_analytic (this, opt_print)
	Print info about analytical grids. More...
subroutine	print_analytic_external (this)

Detailed Description

Analytical expressions, store energy and force in precomputed array.

Function/Subroutine Documentation

allocate_analytic()

subroutine mod_analytic::allocate_analytic

(

type ( analytic )

this

)

Allocate the object with default values, arrays filled by param_force_energy:init_analytic when all data (cutoff,..) are known.

Parameters

this	: instance of mod_analytic

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deallocate_analytic()

subroutine mod_analytic::deallocate_analytic

(

type ( analytic )

this

)

Deallocate all analytic arrays.
.

Parameters

this	: instance of mod_analytic

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fill_array_dh()

subroutine mod_analytic::fill_array_dh	(	type ( analytic )	this,
		real (kind=8), dimension(:)	list_stoke_radius
	)

Convert to kT/A

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get_energy_analytic()

real(kind=8) function mod_analytic::get_energy_analytic	(	type ( analytic )	this,
		integer	bin,
		integer	type_nb
	)

Return precomputed energy values.

Parameters

this	: instance of mod_analytic
bin	: integer bin number
type_nb	: integer number corresponding to the type of protein

get_force_analytic()

real(kind=8) function mod_analytic::get_force_analytic	(	type ( analytic )	this,
		integer	bin,
		integer	type_nb
	)

Return precomputed force values.

Parameters

this	: instance of mod_analytic
bin	: integer bin number
type_nb	: integer number corresponding to the type of protein

info_analytic()

subroutine mod_analytic::info_analytic	(	type ( analytic )	this,
		logical, optional	opt_print
	)

Print info about analytical grids.

Should apply to all, not only D-H

Parameters

this	: instance of mod_analytic
opt_print	: optional, print full arrays

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print_analytic()

subroutine mod_analytic::print_analytic

(

type ( analytic )

this

)

Print values of array force and energy.
Called by info_analytic.

Parameters

this	: instance of mod_analytic

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print_analytic_external()

subroutine mod_analytic::print_analytic_external

(

type ( analytic )

this

)

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set_analytic_params()

subroutine mod_analytic::set_analytic_params	(	type ( analytic )	this,
		real(kind=8), intent(in)	h,
		real(kind=4)	max_size,
		real(kind=8), intent(in)	stoke_radius
	)

fill the arrays, here need to setup dimension

Parameters

this	: instance of mod_analytic
h	: bin size of the precomputed arrays
max_size	: extensiom of DH, half the box for sdamm, c-surface for sda_2proteins
stoke_radius	: stoke radius of this solute

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set_dh_params()

subroutine mod_analytic::set_dh_params	(	type ( analytic )	this,
		real(kind=4), optional	opt_ionic
	)

Initialize debye-huckel parameters.

Parameters

this	: instance of mod_analytic
opt_ionic	: optional, if present set the ionic strength

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set_zeroes()

subroutine mod_analytic::set_zeroes	(	type ( analytic )	this,
		real ( kind=4 )	cutoff
	)

Specific to Debye-Huckel set zero for at distance where the grid is available Allow to call normal electrostatic and debye-huckel without taking care (hopefully)

Parameters

this	: instance of mod_analytic
cutoff	: max distance to which the value is set to 0

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