initialise_model_state Subroutine

public subroutine initialise_model_state(prm, dot, stt, dst, Nmembers, N_elements, en, stoechiometry, normalized_distribution_function, Temperature, radius_crit, interface_c, time_record_step, c_thermal_vacancy, shape_parameter, sigma_r, A, incubation, Q_stress, n, diffusion_coefficient, dt, dt_max, total_time, growth_rate_array, x_eq_interface, filesuffix, testfolder)

! read the configuration file, using data arrays allocated above ! some conversions initialise the bins for the size distribution

Arguments

Type	Intent	Optional	Attributes		Name
type(tParameters),	intent(out)			::	prm
type(tKwnpowerlawState),	intent(out)			::	dot
type(tKwnpowerlawState),	intent(out)			::	stt
type(tKwnpowerlawMicrostructure),	intent(out)			::	dst
integer,	intent(out)			::	Nmembers
integer,	intent(out)			::	N_elements
integer,	intent(out)			::	en
integer,	intent(out),		dimension(:), allocatable	::	stoechiometry
real(kind=pReal),	intent(out),		dimension(:,:), allocatable	::	normalized_distribution_function
real(kind=pReal),	intent(out)			::	Temperature
real(kind=pReal),	intent(out)			::	radius_crit
real(kind=pReal),	intent(out)			::	interface_c
real(kind=pReal),	intent(out)			::	time_record_step
real(kind=pReal),	intent(out)			::	c_thermal_vacancy
real(kind=pReal),	intent(out)			::	shape_parameter
real(kind=pReal),	intent(out)			::	sigma_r
real(kind=pReal),	intent(out)			::	A
real(kind=pReal),	intent(out)			::	incubation
real(kind=pReal),	intent(out)			::	Q_stress
real(kind=pReal),	intent(out)			::	n
real(kind=pReal),	intent(out),		dimension(:), allocatable	::	diffusion_coefficient
real(kind=pReal),	intent(out)			::	dt
real(kind=pReal),	intent(out)			::	dt_max
real(kind=pReal),	intent(out)			::	total_time
real(kind=pReal),	intent(out),		dimension(:), allocatable	::	growth_rate_array
real(kind=pReal),	intent(out),		dimension(:), allocatable	::	x_eq_interface
character(len=100),	intent(out)			::	filesuffix
character(len=100),	intent(out)			::	testfolder

Contents

None