NonlinAnalyze_ArcLengthsolve Method

public static void solve(
	Model in_model,
	int n_load_steps,
	double init_loadfac,
	int max_equi_iter,
	int target_equi_iter,
	double equi_tol,
	int max_load_inc,
	out List<double> lc_max_disp,
	out List<double> lc_elastic_energy,
	out List<double> lambdas,
	out string info,
	out Model out_model
)

Public Shared Sub solve ( 
	in_model As Model,
	n_load_steps As Integer,
	init_loadfac As Double,
	max_equi_iter As Integer,
	target_equi_iter As Integer,
	equi_tol As Double,
	max_load_inc As Integer,
	<OutAttribute> ByRef lc_max_disp As List(Of Double),
	<OutAttribute> ByRef lc_elastic_energy As List(Of Double),
	<OutAttribute> ByRef lambdas As List(Of Double),
	<OutAttribute> ByRef info As String,
	<OutAttribute> ByRef out_model As Model
)

public:
static void solve(
	Model^ in_model, 
	int n_load_steps, 
	double init_loadfac, 
	int max_equi_iter, 
	int target_equi_iter, 
	double equi_tol, 
	int max_load_inc, 
	[OutAttribute] List<double>^% lc_max_disp, 
	[OutAttribute] List<double>^% lc_elastic_energy, 
	[OutAttribute] List<double>^% lambdas, 
	[OutAttribute] String^% info, 
	[OutAttribute] Model^% out_model
)

static member solve : 
        in_model : Model * 
        n_load_steps : int * 
        init_loadfac : float * 
        max_equi_iter : int * 
        target_equi_iter : int * 
        equi_tol : float * 
        max_load_inc : int * 
        lc_max_disp : List<float> byref * 
        lc_elastic_energy : List<float> byref * 
        lambdas : List<float> byref * 
        info : string byref * 
        out_model : Model byref -> unit