20	21	2	1	24	! Ne, Nn, Nb, Nm, Np
 2	2	1			! Nd, Ng, Ns
1.	0.	1.	1.		! Sx, Kappa, tc, por
340.	0.1	20.	! tmax, dt, dto                              
1.			! theta
0	0	-1	! ipar(2:3), ipar(6)
1.e-9	1.e-9	0.	! fpar(1:2), fpar(11)                              
1000	1.e-3		! maxit, Ctol
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! comparison to Scheidegger Toolbox run (Brian\ctrw_v3.1\data1_fit_EXP.*)                              
! with C(x,0) = 0                              
! 0 < x < 1, L = 1, Ne = 20, Ns = 1, Np = 24, uniform grid                              
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! parameters:
Ne	! total # of elements
Nn	! total # of nodes
Nb	! total # of BC faces
Nm	! total # of materials
Np	! # of Prony terms (not includinp p=0)
	!	ADE for Np=0, EXP for Np>0 (the same for all materials!!)
Nd	! max elements per node
Ng	! max Gauss points in each coordinate
Ns	! total # of species

! properties:
Sx	! cross section area normal to x
Kappa	! reaction kinetic coefficient
tc	! charachteristic time for the reaction
por	! porosity

! time:
tmax	! time at end of group i
dt	! time step of time group i
dto	! time step for output of time group i

! temporal scheme
theta	! implicitness factor (0 - explicit, 0.5 - CN, 1 - fully implicit)

! biCGstab input:
! ipar(1:3), ipar(5:6), fpar(1:2), fpar(11) - see comments in biCGstab
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
! initial setting TEMPORARY, to be done in READIN or INIT
	ipar( 1) = 0	! start bCGstab solver
	ipar( 2) = 0	! no preconditioning
	ipar( 3) = 0	! default stopping criteria
	ipar( 4) = ldw	! work array dimension for bCGstab
	ipar( 5) = 0	! Krylov subspace dimension (unused for bCGstab)
	ipar( 6) =-1	! max. [A]{v} operations (unlimited if <0)
	ipar(11) = 0	! initialize FLOP counter
	fpar( 1) = tol	! relative tolerance
	fpar( 2) = tol	! absolute tolerance
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

! implicit BC and source convergence parameters
maxit	! max. no. of iterations
Ctol	! allowabe max. dif. of C
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formers:
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