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4.2.3.8 Flag:

MOVI

<!> The number in the file name indicates the FRAME of the picture, as indicated in the properties of the file "my_input_file.txt".

<!> These files can be used to plt the movis shown in http://europe.uab.es/xoriols/Video_animations

1.- File Name :


WGAUSK100990.TXT (written only for quantum particles)

1.- Data:

Column

1

2

3

variable

ENERGY(I)

GAUK(I)

COEF_TRAN(I)

1.- Observations:

ENERGY(I)= kinetic enegy at different points of the wave vector space [UNITS=eV]

GAUK(I)= Probability presence of the wavepacket of the IDBG particle in the wave vector space

COEF_TRAN(I)= Transmission coefficient of the scattering sates in the wave vector space

The discrete variable I runs from the spatial cordinantes of the I=-NINTKASN,....,NINTKASP indicated in the properties of the file "my_input_file.txt".

The number in the file name indicates the FRAME of the picture, as indicated in the properties of the file "my_input_file.txt".

2.- File Name :


WGAUSX100990.TXT (written only for quantum particles)

2.- Data:

Column

1

2

3

variable

CX(I)

GAUX(I)

ENEPOT(I)

2.- Observations:

CX(I)= Spatial coordinate in the real space [UNITS=m]

GAUX(I)= Probability presence of the wavepacket of the IDBG particle in the real space

ENEPOT(I)= Scalar potential energy as a function of position [UNITS=m]

The discrete variable I runs from the spatial cordinantes indicated in the properties of the file "my_input_file.txt".

3.- File Name :


WPOTELE100990.TXT (written only for FLAGMANYCOULOMBS is true)

3.- Data:

Column

1

variable

POTELE(I,J,K)

3.- Observations:

POTELE(I,J,K)=Instantaneous potential of the IDBG particle in the 3D space [UNITS=V]

The discrete variables I,J,K run in the following way:

The values MINX,MAXX,MINY,MAXY,MINZ,MAXZ are indicated in the properties of the file "my_input_file.txt".

4.- File Name :


WPOTTOT100990.TXT

4.- File Name :

Column

1

variable

POTTOT(I,J,K)

4.- Observations:

POTTOT(I,J,K)=Instantaneous "mean field" potential of the IDBG particle in the 3D space [UNITS=V]

The discrete variables I,J,K run in the following way:

The values MINX,MAXX,MINY,MAXY,MINZ,MAXZ are indicated in the properties of the file "my_input_file.txt".

5.- File Name :


WPARTI100990.TXT (written only for quantum particles)

5.- Data:

Column

1

2

3

4

5

6

7

variable

INTERNALTIME(I)

X(I)

Y(I)

Z(I)

VX(I)

VY(I)

VZ(I)

variable

TIME

X(IBGD)

Y(IDBG)

Z(IDBG)

VX(IBGD)

VY(IDBG)

VZ(IDBG)

5.- Observations:

INTERNALTIME(I)= Time mesured elapsed after the particle has enter into the simulation box [UNITS=s]

X(I)= X position of the "I" particle [UNITS=m]

Y(I)= Y position of the "I" particle [UNITS=m]

Z(I)= Z position of the "I" particle [UNITS=m]

VX(I)= Velocity X of the "I" particle [UNITS=m/s]

VY(I)= Velocity Y of the "I" particle [UNITS=m/s]

VZ(I)= Velocity Z of the "I" particle [UNITS=m/s]

The discrete variable I runs from 1 till the number of particles inside simulation box.

TIME= Global time of the simulation [UNITS=s]

X(IDBG)= X position of the "IDBG" particle [UNITS=m]

Y(IDBG)= Y position of the "IDBG" particle [UNITS=m]

Z(IDBG)= Z position of the "IDBG" particle [UNITS=m]

VX(IDBG)= Velocity X of the "IDBG" particle [UNITS=m/s]

VY(IDBG)= Velocity Y of the "IDBG" particle [UNITS=m/s]

VZ(IDBG)= Velocity Z of the "IDBG" particle [UNITS=m/s]

6.- File Name :


WMEAS100990.TXT (written only when the FLAG CURRENTOPERATOR is TRUE)

6.- Data:

Column

1

2

variable

KX(I)

FILT(I)

6.- Observations:

KX(I)= Wave vector position in the wave vector space [UNITS=1/m]

FILT(I)= Value of the Operator measurement in the wave vector space

7.- File Name :


7.- Data:

Column

1

variable

CX(I)

7.- Observations:

The discrete variable I runs from the spatial cordinantes of the I=MINX,....,MAXX nodes in the X axes (RED) indicated in the properties of the file "my_input_file.txt".

8.- File Name :


8.- Data:

Column

1

variable

CY(J)

8.- Observations:

The discrete variable J runs from the spatial coordinates of the J=MINY,...MAXY nodes in the Y axes (GREEN) indicated in the properties of the file "my_input_file.txt".

9.- File Name :


9.- Data:

Column

1

variable

CZ(K)

9.- Observations:

The discrete variable K runs from the spatial cordinantes of the K=MINZ,....,MAXZ nodes in the Z axes (BLUE) indicated in the properties of the file "my_input_file.txt".


2014-06-14 10:08