Nonlinear-solvers.org

@@ -9,13 +9,13 @@ initial guess is a solution we stop here, setting =errorflag=false= and
 is not able to find another initial guess, then we do not enter a nonlinear
 solver and return  =errorflag=false= and =errorcode=-10=.
 
-** =solve_algo=0= (`fsolve`)
+** =solve_algo=0= (=fsolve=)
 
 This routine is shipped with Matlab (Optimization toolbox) or Octave. The
 interpretation of the error codes can be found in the documentation of the
 Mathworks' Optimization toolbox or in the documentation of Octave.
 
-** =solve_algo=1= (`solve1`)
+** =solve_algo=1= (=solve1=)
 
 This nonlinear solver is included in Dynare. Possible values for the =errorcode= are:
 
@@ -24,17 +24,17 @@ This nonlinear solver is included in Dynare. Possible values for the =errorcode=
  - 3 Convergence on dX,
  - 4 Spurious convergence.
 
-** =solve_algo=2= (`solve1`)
+** =solve_algo=2= (=solve1=)
 
 This nonlinear solver is included in Dynare. Same as =solve_algo=1= but with
 decomposed system of equations (using =dmperm=).
 
-** =solve_algo=12= (`solve1`)
+** =solve_algo=12= (=solve1=)
 
 This nonlinear solver is included in Dynare. Same as =solve_algo=2= but with
 optimizations for semi-structural models.
 
-** =solve_algo=9= (`trust_region`)
+** =solve_algo=9= (=trust_region=)
 
 This nonlinear solver is included in Dynare. Possible values for =errorcode= are: 
 
@@ -44,22 +44,22 @@ This nonlinear solver is included in Dynare. Possible values for =errorcode= are
  - 4 Iteration is not making good progress, as measured by the improvement from the last 15 iterations.
  - 5 No further improvement in the approximate solution x is possible (xtol is too small).
 
-** =solve_algo=4= (`trust_region`)
+** =solve_algo=4= (=trust_region=)
 
 This nonlinear solver is included in Dynare. Same as =solve_algo=9= but with
 decomposed system of equations (using =dmperm=).
 
-** =solve_algo=13= (`block_trust_region`)
+** =solve_algo=13= (=block_trust_region=)
 
 This nonlinear solver is included in Dynare. Same as =solve_algo=4= but the code
 of the nonlinear solver is a compiled =mex= file.
 
-** =solve_algo=14= (`block_trust_region`)
+** =solve_algo=14= (=block_trust_region=)
 
 This nonlinear solver is included in Dynare. Same as =solve_algo=13= but with
 optimizations for semi-structural models. 
 
-** =solve_algo=3= (`csolve`)
+** =solve_algo=3= (=csolve=)
 
 Chris Sims' nonlinear solver included in Dynare.  Possible values for =errorcode= are:
 
@@ -67,6 +67,6 @@ Chris Sims' nonlinear solver included in Dynare.  Possible values for =errorcode
  - 1, 2 and 3 No solution despite extremely fine adjustments in step length,
  - 4 Maximum number of iterations has been reached.  
 
-** =solve_algo=10= (`lmmcp`)
+** =solve_algo=10= (=lmmcp=)
 
-** =solve_algo=11= (`path`)
+** =solve_algo=11= (=path=)
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