4.2.3.7. Flag:

TRAJECTORY

The number in the files is computed as 1000000+ITRA*10000+IREP, where IREP=0,...,NUMBER_OF_REPETITIONS and IREP=0,...,NUMBER_OF_STEPS (in the transient simulation).

1.- File name:

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TRAJECTORY1000*.TXT

1.- Data:

A.For quant. particle

B.For class. particle

1.- Observations:

The variable Time runs from the initial (time equal to zero) till the final time as indictated in the properties of "my_input_file.txt" (or till the time where the file is downloaded).

During each simulation step time one particle IDBG is checked from its entering time till its leaving time. Then, a different IDBG particle is checked and so on.

X=Position of the IDBG particle along the X axes.

Y=Position of the IDBG particle along the Y axes.

Z=Position of the IDBG particle along the Z axes.

VX=Velocity of the IDBG particle along the X axes.

VY=Velocity of the IDBG particle along the Y axes.

VZ=Velocity of the IDBG particle along the Z axes.

AX=Acceleration of the IDBG particle along the X axes.

AY=Acceleration of the IDBG particle along the Y axes.

AZ=Acceleration of the IDBG particle along the Z axes.

KX=Linear momentum of the IDBG particle along the X axes.

KY=Linear momentum of the IDBG particle along the Y axes.

KZ=Linear momentum of the IDBG particle along the Z axes.

VOLTELECT=Scalar potential at the position of the particle IDBG (When the MANYCOULOMB FLAG is not activated it writes the MEAN FIELD value).

VOLTOLD=It is the VOLTELECT at the previous simulation time (useful to compute displacement currents).

NS4=Value of the modulus of the wavefunction of IDBG at the begining of the simulation region (useful to check spurios reflection with the borders of the simulation region).

NS1=Value of the modulus of the wavefunction of IDBG at the end of the simulation region (useful to check spurios reflection with the borders of the simulation region).

NT=Total norm of the wavefucntion IDBG (Its value has to be 1 when only real potentials are useful).