//##############################################################
// Job options file
//==============================================================
#include "Common.opts"

// Set of tests provided by Kirill Miklyaev kirillm@iris1.itep.ru
// to check the GaudiGSL package

// Set output level threshold (2=DEBUG, 3=INFO, 4=WARNING, 5=ERROR, 6=FATAL )
MessageSvc.OutputLevel  = 3;
ApplicationMgr.EvtMax   = 1     ; // events to be processed (default is 10)
ApplicationMgr.EvtSel   = "NONE"; // do not use any event input
ApplicationMgr.AppName  = "GSLTools" ;

ToolSvc.EqSolver.OutputLevel = 2;
// Choose algorithm for multidimensional root-finding:
// (fdfsolver_hybridsj = gsl_multiroot_fdfsolver_hybridsj ,
//  fdfsolver_hybridj = gsl_multiroot_fdfsolver_hybridj   ,
//  fdfsolver_newton = gsl_multiroot_fdfsolver_newton     ,
//  fdfsolver_gnewton = gsl_multiroot_fdfsolver_gnewton   )
/// declare type of the algorithm for the multidimensional root-finding
ToolSvc.EqSolver.Algorithm = "fdfsolver_hybridsj";
/// declare maximum of iteration
ToolSvc.EqSolver.Iteration = 10000;
/// declare the absolute error bound for the residual value
ToolSvc.EqSolver.Residual  = 1e-7;

//--------------------------------------------------------------
// EqSolverIAlg
//--------------------------------------------------------------
ApplicationMgr.TopAlg  += { "EqSolverIAlg" }  ;
EqSolverIAlg.OutputLevel     = 3;
//--------------------------------------------------------------
// EqSolverGenAlg
//--------------------------------------------------------------
ApplicationMgr.TopAlg  += { "EqSolverGenAlg" }  ;
EqSolverGenAlg.OutputLevel   = 3;
//--------------------------------------------------------------
// EqSolverPAlg
//--------------------------------------------------------------
ApplicationMgr.TopAlg  += { "EqSolverPAlg" }  ;
EqSolverPAlg.OutputLevel   = 3;

// Choose algorithm for multidimensional minimization:
// (conjugate_fr = gsl_multimin_fdfminimizer_conjugate_fr         ,
//  conjugate_pr = gsl_multimin_fdfminimizer_conjugate_pr         ,
//  vector_bfgs = gsl_multimin_fdfminimizer_vector_bfgs           ,
//  steepest_descent = gsl_multimin_fdfminimizer_steepest_descent ) 

/// declare type of the algorithm for the multidimensional minimization
ToolSvc.FuncMinimum.Algorithm = "conjugate_pr" ;
/// declare maximum of iteration
ToolSvc.FuncMinimum.Iteration = 10000          ; 
/// declare the absolute tolerance for the Euclidean norm of the gradient
ToolSvc.FuncMinimum.Gradient  = 1e-10          ;
/// declare the size of the first trial step
ToolSvc.FuncMinimum.Step_size = 0.01           ;
/// declare the accuracy of the line minimization
ToolSvc.FuncMinimum.Tol       = 1e-10          ;

FuncMinimumIAlg.OutputLevel     = 3;

//--------------------------------------------------------------
// FuncMinimumIAlg
//--------------------------------------------------------------
ApplicationMgr.TopAlg  += { "FuncMinimumIAlg" }  ;
FuncMinimumIAlg.OutputLevel     = 3;
//--------------------------------------------------------------
// FuncMinimumGenAlg
//--------------------------------------------------------------
ApplicationMgr.TopAlg  += { "FuncMinimumGenAlg" }  ;
FuncMinimumGenAlg.OutputLevel   = 3;
//--------------------------------------------------------------
// FunMinimumPAlg
//--------------------------------------------------------------
ApplicationMgr.TopAlg  += { "FuncMinimumPAlg" }  ;
FuncMinimumPAlg.OutputLevel   = 3;