Input files for Fig. 2 and Fig. 3

Table S1: Important input variables in the input files for the relaxations shown in Figs. 2 and 3 of the main text. The inputs can be downloaded at http://ultracold.org/data/tutorial_input_files.zip.

Example N $^{\underline{o}}$		#1	#2	#3	#4	#5	#6
Use in the main text figures		2(a-c)	2(d-f), 3	2(g-i), 3	2(j-l), 3	2(m-o), 3	3
Input variable names	Basic parameters
JOB_TYPE	Bosons or fermions	BOS	BOS	BOS	FER	FER	BOS
Morb	Number of orbitals $M$	10	10	10	10	10	8
Npar	Number of particles $N$	6	6	6	6	6	6
Job_Prefactor	Relaxation or propagation	(-1.0d0, 0.0d0)
	One-body potential
whichpot	Potential $V(x)$	HO1D+td_gauss
parameter1		1.d0	1.d0	1.d0	1.d0	1.d0	1.d0
parameter2		0.d0	0.d0	0.d0	0.d0	0.d0	0.d0
parameter3		5.d0	20.d0	20.d0	20.d0	20.d0	20.d0
parameter4		0.01d0	0.01d0	0.01d0	0.01d0	0.01d0	0.01d0
parameter5		0.d0	0.d0	0.d0	0.d0	0.d0	0.d0
parameter6		0.5d0	0.5d0	0.5d0	0.5d0	0.5d0	0.5d0
	Two-body interaction
xlambda_0	Interaction strength $g$	1.d0	1.d0	20.d0	0.d0	5.d0	0.d0
which_interaction	Interaction $W(x,x')$	gauss	gauss	gauss	regC	regC	gauss
Interaction_Type	Interaction $W(x,x')$	0	0	0	4	4	0
Interaction_Parameter1		0.d0	0.d0	0.d0	0.1d0	0.1d0	0.d0
Interaction_Parameter2		0.d0	0.d0	0.d0	100.d0	100.d0	0.d0
	Initial state, system and integration parameters
GUESS	Choose initial state	HAND
Binary_Start_Time		0.d0 (Not relevant)
DIM_MCTDH	System dimension	1
NDVR_X	Number of grids	512
x_initial	Grid left boundary	-8.d0
x_final	Grid right boundary	8.d0
Time_Begin	Initial time	0.d0
Time_Final	Final time	10.d0	10.d0	10.d0	10.d0	10.d0	30.d0
Output_TimeStep	Output time step	1.d0
Integration_Stepsize	Integration step size	0.1d0
Coefficients_Integrator		DAV