Quick reference

NDIM	Problem dimension
IPS	Problem type; 0=AE, 1=FP(ODEs), -1=FP(maps), 2=PO, -2=IVP,
	4=BVP, 7=BVP with Floquet multipliers, 5=algebraic optimization
	problem, 15=optimization of periodic solutions
IRS	Start solution label
ILP	Fold detection; 1=on, 0=off
NICP	Continuation parameters
NTST	# mesh intervals
NCOL	# collocation points
IAD	Mesh adaption every IAD steps; 0=off
ISP	Bifurcation detection; 0=off, 1=BP(FP), 3=BP(PO,BVP), 2=all
ISW	Branch switching; 1=normal, -1=switch branch (BP, HB, PD),
	2=switch to two-parameter continuation (LP, HB, TR)
IPLT	Select principal solution measure
NBC	# boundary conditions
NINT	# integral conditions
NMX	Maximum number of steps
RL0, RL1	Parameter interval $RL0 \leq \lambda \leq RL1$
A0, A1	Interval of principal solution measure $A0 \leq \Vert\cdot\Vert \leq A1$
NPR	Print and save restart data every NPR steps
MXBF	Automatic branch switching for the first MXBF bifurcation
	points if IPS=0, 1
IID	Control diagnostic output; 1=little, 2=normal, 4=extensive
ITMX	Maximum # of iterations for locating special solutions/points
ITNW	Maximum # of correction steps
NWTN	Corrector uses full newton for NWTN steps
JAC	User defines derivatives; 0=no, 1=yes
EPSL	Convergence criterion for equation parameters
EPSU	Convergence criterion for solution components
EPSS	Convergence criterion for special solutions/points
DS	Start step size
DSMIN, DSMAX	Step size interval $DSMIN \leq h \leq DSMAX$
IADS	Step size adaption every IADS steps; 0=off
NTHL, NTHU	list of parameter and solution weights
NUZR	list of values for user defined output