F2. Solution of a system of nonlinear equations

Functions
Sub	Chkder (M As Long, N As Long, X() As Double, Fvec() As Double, Fjac() As Double, Xp() As Double, Fvecp() As Double, Mode As Long, Err() As Double, Info As Long)
	Checks the computed gradients
Sub	Hybrd (F As LongPtr, N As Long, X() As Double, Fvec() As Double, XTol As Double, Diag() As Double, Mode As Long, Info As Long, Optional Maxfev As Long=0, Optional Ml As Long=-1, Optional Mu As Long=-1, Optional Epsfcn As Double=0, Optional Factor As Double=0, Optional Nprint As Long=0, Optional Nfev As Long)
	Solution of a system of nonlinear equations by Powell hybrid method (Jacobian not required)
Sub	Hybrd1 (F As LongPtr, N As Long, X() As Double, Fvec() As Double, XTol As Double, Info As Long)
	Solution of a system of nonlinear equations by Powell hybrid method (Jacobian not required) (simple driver)
Sub	Hybrd1_r (N As Long, X() As Double, Fvec() As Double, XTol As Double, Info As Long, XX() As Double, YY() As Double, IRev As Long)
	Solution of a system of nonlinear equations by Powell hybrid method (Jacobian not required) (simple driver) (reverse communication version)
Sub	Hybrd_r (N As Long, X() As Double, Fvec() As Double, XTol As Double, Diag() As Double, Mode As Long, Info As Long, XX() As Double, YY() As Double, IRev As Long, Optional Maxfev As Long=0, Optional Ml As Long=-1, Optional Mu As Long=-1, Optional Epsfcn As Double=0, Optional Factor As Double=0, Optional Nprint As Long=0, Optional Nfev As Long)
	Solution of a system of nonlinear equations by Powell hybrid method (Jacobian not required) (reverse communication version)
Sub	Hybrj (F As LongPtr, N As Long, X() As Double, Fvec() As Double, XTol As Double, Diag() As Double, Mode As Long, Info As Long, Optional Maxfev As Long=0, Optional Factor As Double=0, Optional Nprint As Long=0, Optional Nfev As Long, Optional Njev As Long)
	Solution of a system of nonlinear equations by Powell hybrid method
Sub	Hybrj1 (F As LongPtr, N As Long, X() As Double, Fvec() As Double, XTol As Double, Info As Long)
	Solution of a system of nonlinear equations by Powell hybrid method (simple driver)
Sub	Hybrj1_r (N As Long, X() As Double, Fvec() As Double, XTol As Double, Info As Long, XX() As Double, YY() As Double, YYpd() As Double, IRev As Long)
	Solution of a system of nonlinear equations by Powell hybrid method (simple driver) (reverse communication version)
Sub	Hybrj_r (N As Long, X() As Double, Fvec() As Double, XTol As Double, Diag() As Double, Mode As Long, Info As Long, XX() As Double, YY() As Double, YYpd() As Double, IRev As Long, Optional Maxfev As Long=0, Optional Factor As Double=0, Optional Nprint As Long=0, Optional Nfev As Long, Optional Njev As Long)
	Solution of a system of nonlinear equations by Powell hybrid method (reverse communication version)
Sub	Sos (F As LongPtr, N As Long, X() As Double, RTolx As Double, ATolx As Double, Tolf As Double, Info As Long, Optional Info2 As Long, Optional Nprint As Long=0, Optional MaxIter As Long=0, Optional Iter As Long, Optional RNorm As Double)
	Solution of a system of nonlinear equations by Brown's method
Sub	Sos_r (N As Long, X() As Double, RTolx As Double, ATolx As Double, Tolf As Double, Info As Long, K As Long, XX() As Double, YY As Double, IRev As Long, Optional Info2 As Long, Optional Nprint As Long=0, Optional MaxIter As Long=0, Optional Iter As Long, Optional RNorm As Double)
	Solution of a system of nonlinear equations by Brown's method (reverse communication version)

Detailed Description

This is the group of F2. Solution of a system of nonlinear equations.