// test2.ini
// UM 2022-10-03

    system data

// spacial sizes of the system
R ll=0.
R l1=1.
R l2=3.
R l3=1.

// x range for inspecting the initial wave function
R xLgraph1=0.
R xUgraph1=1.

// x range for inspecting for observing the evolution
// of the wave function
R xLgraph2=-4
R xUgraph2=14.

// physical data that control the discretization
R nComptonWaves=20.
R spw=10.
   // samples per wave

// electrical potential drop along the downhill drive (or barrier for negative sign )
R depthRel=5.
   // the potential past the ramp is -depthRel*eKin with
   // eKin = 0.5*m*v*v
   // depthRel > 0: downhill, depthRel < 0: barrier

// parameters that control the expansion mechanism
R eps=1.e-7
Z dn=50

// Parameters which control the initial state
R x1Rel=0.5
   // location of the peak
R sigma1Rel=0.1
   // sigma1Rel*l1 is the standard deviation of the Gaussian
R v=0.5

// time step is dtRel*dtCrit
R dtRel=0.25

// step counts of integration and of image generation
Z countMax=80000
Z imgPer=400
Z still1=60;
Z still2=60;
B movie=1
B drawPot=1
   // potential and energy level
B autoScaleY=0
R t0=3
R t1=6
R t2=6
R t3=6