3D Data


PL3D

The command PL3D creates a 3D plot, when the user writes himself the corresponding batch file. Below are several examples of such files.

 

Input (separated by a blank or a tab):

1st line: direction of view (0 degree = W, 90 degree = S, 180 degree = O, 270 degree = N), point of view (> 0 from top, < 0 from bottom), scaling factor in z-direction and the focus (> 0, parallel projection for focus = infinite)

2nd line: nx, ny (grid division: number of intervals in x and y direction)

3rd line: data identification number for the basic level of the 3D representation, time step and layer number

4th line: grid level (≤ data minimum), colour number, line thickness, line type

5th line: data identification number for grid plot, time step, layer number:

Flag = 0: no grid!
Flag = -1: monochrome grid (above the basic level), the following line contains colour number, line thickness, line type
Flag > 0: multi-coloured grid for the defined values (at the basic level). The following lines contain information on the colour intervals:
Colour number (see FLAE), line thickness, line type
Which and how many equal-value lines:
1 (= equidistant intervals) and number of intervals
2 (= from, to, distance): the following line contains min, max, distance
3 (= input of certain values) and the number of values, the following line contains values (maximum 10 per line, separated by a blank or a tab)
4 (= equal-value lines through nodes) and the number of nodes, the following line contains node numbers (maximum 10 per line, separated by a blank or a tab) or rather (number < 0) one node per line (x- and y-coordinates, layer nr for 3D)

 

6th line: Add equal-value lines to the grid? Data identification number, time step, layer number

Flag = 0: no equal-value lines!
Flag > 0: coloured equal-value lines for the defined values (at the basic level), the following lines contain: first colour number, line thickness, line type
Flag < 0: monochrome equal-value lines
Flag > 0: multi-coloured equal-value lines (starting colour number: see FLAE)
Which and how many equal-value lines:
1 (= equidistant intervals) and the number of intervals
2 (= from, to, distance): the following line contains min, max, distance
3 (= input of certain values) and the number of values, the following line contains values (maximum 10 per line)
4 (= equal-value lines through nodes) and the number of nodes, the following line contains node numbers (maximum 10 per line, separated by a blank or a tab) or rather (number < 0) one node per line (x- and y-coordinates, layer nr for 3D)

7th line: Colour number, line thickness, line type

Plot linear markings into the grid?
Colour number = 0: no markings in the plot (value=10)
Colour number < 0: plot only linear markings of the current layer
Colour number > 0: plot all linear markings

 

Examples:

To create 3D plot with the following PL3D blocks, the corresponding *.bpl file has to contain the two lines

 

DATE ## file name of the plot file

bild.plx

 

at the beginning of the file and the line

# ---> Plot Ende!

 

at the end of the file.

 

 

3D plot with a monochrome grid at the level of the potential head and coloured equal-value lines for the concentration:

 

PL3D # 3D-plot

135. 15. 10. 1.e+6 #direction of sight: SW, angle of direction, elevation factor z,focus

100 100 # 100x100 raster

201 # Raster from height of potential heads

0. 3 0.25 1 # Raster level at potential=0. in colour 3

-1 # monocoloured raster

1 0.25 1 # colour 1, line width, line type ...

203 # Isolines for concentartions (203),

0 0.25 1 # different colours! Colour to begin with=0

2 # Isolines

4. 16. 1. # from, to distance

1 0.5 1 # Markers in colour 1, line width 0.5, line type 1

 

 

 

 

3D plot at the level of the potential head with a multi-coloured grid for the potential head and monochrome equal-value lines for the concentration:

 

PL3D # 3D-plot

135. 15. 10. 1.e+6 # direction of sight: SW, angle of direction, elevation factor z,focus

100 100 # 100x100 raster

201 # Raster from height of potential heads

0. 8 0.25 1 # Raster level at potential=0. in colour 8

201 # Raster for potentials

4 0.25 1 # multi-coloured raster, starting colour 4 ...

2 # Raster colour interval for potentials (201)

13. 18. 1. # from, to, distance

-203 # Isolines for concentrations (203),

2 0.25 1 # monochrome (colour 2)

2 # Isolines

4. 16. 1. # from, to distance

1 0.5 1 # Markers in colour 1, line width 0.5, line type 1

 

 

 

 

3D plot (without grid) with coloured equal-value lines for the concentration at the level of the potential head:

 

PL3D # 3D-plot

135. 15. 10. 1.e+6 #direction of sight: SW, angle of direction, elevation factor z,focus

100 100 # 100x100 raster

201 # Raster from height of potential heads

0. 8 0.25 1 # Raster level at potential=0. in colour 8

0 # no raster

203 # Isolines for concentrations (203),

0 0.25 1 # different colours! Starting colour=0

2 # Isolines

4. 16. 1. # from, to, distance

1 0.5 1 # Markers in colour 1, line width 0.5

 

 

 

 

3D plot at the level of the potential head with a multi-coloured grid for the potential head, without additional equal-value lines:

 

PL3D # 3D-plot

135. 15. 10. 1.e+6 # direction of sight: SW, angle of direction, elevation factor z,focus

100 100 # 100x100 raster

201 # Raster from height of potential heads

0. 8 0.25 1 # Raster level at potential=0. in colour 8

201 # Raster for potentials

-1 0.25 1 # multi-coloured raster, in gray (starting colour -1 ...)

2 # Raster colour interval for potentials (201)

13. 18. 1. # from, to distance

0 # no isolines

1 0.5 1 # Markers in colour 1, line width 0.5

 

 

 

 

3D plot at the level of the potential head after 10 days with a multi-coloured grid for the concentrations and multi-coloured equal-value lines for the concentrations:

 

PL3D ## 3d-Schaubild

80.0 25.0 50.0 1000000.0 # direction of sight: SW, angle of direction, elevation factor z,focus

60 60 # 60x60 raster

301 10 1 0 # Height: Potentials (time step 10), layer 1, Index

1.00 8 0.25 1 # Raster level at potential=1., colour 8, ...

303 10 1 # multi-coloured raster: conc. (time step 10), layer 1

0 0.25 1 # Starting colour 0, line width, line type

3 8 # single values -> number of values

1.00000 3.00000 5.00 8.0000 10.0000 #

12.0000 15.00000 20.00000 #

303 10 1 # multicoloured isolines: conc. (ts 10), layer 1

0 0.30 1 # starting colour, line width, line type

3 6 # single values -> number of values

1.00000 3.00000 5.00000 10.00000 12.00000 #

20.00000 #

1 0.25 1 # Markers in colour 1, line width 0.25

 

 

 

 

 

1D fracture data