Input files for Fig. 6

Table S4: Important input variables in the input files for the results shown in Fig. 6 of the main text. In the table, “various” means 1.d0, 10.d0, 50.d0 for different ramping rates. The input variables DIM_MCTDH, NDVR_X, x_initial, x_final, Output_TimeStep are unchanged from the Table S1 and therefore not shown here. The six relaxations #6 - #11 are used as initial states for the propagations #12 - #17, respectively. The input files can be downloaded at http://ultracold.org/data/tutorial_input_files.zip.

Example N $^{\underline{o}}$	#18	#19	#20	#21
Use in the main text figures			5(g), 6(a-f)	5(h), 6(g-l)
	Initial states		Propagations
Input variable names	Basic parameters
JOB_TYPE	BOS	FER	BOS	FER
Morb	10	10	10	10
Npar	6	6	6	6
Job_Prefactor	(-1.0d0, 0.0d0)		(0.0d0, -1.0d0)
	One-body potential
whichpot	HO1D		HO1D+td_gauss
parameter1	1.d0	1.d0	1.d0	1.d0
parameter2	0.d0	0.d0	0.d0	0.d0
parameter3	0.d0	0.d0	20.d0	20.d0
parameter4	0.d0	0.d0	various	various
parameter5	0.d0	0.d0	0.d0	0.d0
parameter6	0.d0	0.d0	0.5d0	0.5d0
	Two-body interaction
xlambda_0	1.d0	2.d0	1.d0	2.d0
which_interaction	gauss	regC	gauss	regC
Interaction_Type	0	4	0	4
Interaction_Parameter1	0.d0	0.1d0	0.d0	0.1d0
Interaction_Parameter2	0.d0	100.d0	0.d0	100.d0
	Initial state, system and integration parameters
GUESS	HAND		BINR
Binary_Start_Time	0.d0 (Not relevant)		10.d0
Time_Begin	0.d0		0.d0
Time_Final	10.d0		100.d0
Integration_Stepsize	0.1d0		0.01d0
Coefficients_Integrator	DAV		MCS
	Notes
Binary file$^*$	N/A		#18	#19

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