6 ./prospect <option> <file1> <file2> <file3>
7 convert <file?> into VTK format.
8 Input format depends on <option>
9 -s : sonnet (carre) grid in file1
10 -f : fort.30 grid in file1
11 -t : EIRENE triangular grid in file1 file2 file3
12 (fort.33,34,35 - nodes, elements, neigbors)
13 -e2 : 2D Additional Surfaces in EIRENE input file file1
14 -e3 : 3D Additional Surfaces in EIRENE input file file1
15 -p : template in file1
16 -g : gridman grid in file1
18 Commands -fp, -tp, -ep produce template text files which
19 can be viewed e.g. in DG
21 Commands which start from '--':
22 --s, --f, --t, --e2, --e3, --p, --g
23 only print metadata of the grids
25 ./convgrid < convgrid.parameters
26 output is controlled by the FORTRAN namelist CONVGRID:
33 Variablies to be defined in FORTRAN namelist CONVGRID:
35 DESCRIPTION : string (256 character max) which describes
36 the data in the output
38 SONNET_IN : name of the input file with CARRE grid
40 FORT30_IN : name of the input file with CARRE grid
41 in EIRENE fort.30 format
42 FORT33_IN : name of the input files with
43 FORT34_IN : triangular grid in
44 FORT35_IN : EIRENE fort.33,34,35 format (nodes, elements, neigbors)
45 TEMPLATE_IN : name of simple template file (as produced
46 e.g. by DG) with polygon definition
47 GRID_IN : name of the input file
48 in GRIDMAN_GRID format
49 EIRENE_IN : name of the EIRENE input file from which
50 Additional Surfaces are taken
51 RLBND : this variable defines the type of Additional Surfaces
52 which will be read from the EIRENE input file.
53 Relevant only for EIRENE_IN option.
54 If RLBND=2 (default) then 2D intervals are read.
55 If RLBND=3 the 3D triangles are read
57 Either SONNET_IN or FORT30_IN or FORT33,34,35_IN or GRID_IN has to be
58 specified. Ambiguity leads to error message.
60 LEIRENE : is a switch which affects cell index mapping
61 generated from SONNET or FORT.30 file.
62 If LEIRENE=.TRUE. then the cell indices are
63 generated in accordance with EIRENE definition.
64 Default LEIRENE=.FALSE., that is B2 definition.
66 NEXCLUDE : Number of blocks to be exluded from the grid.
68 IXE(2,:) : Cells lying between IXE(1) and IXE(2) in X direction,
69 IYE(2,:) : and between IYE(1) and IYE(2) in Y direction
70 are taken away from the grid.
71 This option is only applicable to grids with
72 CELLINDEX(1)%NINDEX>1, and has no effect if
74 IX=CELLINDEX(1)%INDEXES(1,:)
75 IY=CELLINDEX(1)%INDEXES(2,:)
77 TRIANGULATE : if .TRUE. then the resulting grid is triangulated.
80 IEIND : if IEIND>0 then only edge index number IEIND
81 is taken over in the resulting grid
82 if IEIND==0 tnen no edge indices
83 from the input are taken over
84 if IEIND<0 (default) tnen all edge indices
85 from the input are taken over
86 ICIND : same as IEIND for cell indices
88 VTK_OUT : name of the file with output in VTK format
89 which can be used by graphics programms, e.g. Paraview
90 Cell indeces added to the plot as cell-centered
92 GRID_OUT : name of the file with output in GRIDMAN_GRID format
93 FORT33_OUT : names of the the files with output
94 FORT34_OUT : in the form of EIRENE triangular grid
95 FORT35_OUT : fort.33,34,35 format
96 TEMPLATE_OUT : name of the file with output in simple
97 template format, can be used e.g. by DG
99 FSCALE : factor which translates units into Meter
100 e.g. if coordinates have to be in CM then FSCALE=1e-2
101 If fscale<=0 the no unit translation is applied
102 Default value FSCALE=-1.
103 UNITS : string which describes the units after translation,
104 applied only if FSCALE>0. Default 'Not defined'
106 DBGMOD : if .TRUE. then extra debugging output is produced.
108 LCHECK : if .TRUE. then standard check in GRIDMAN subroutines
109 are enforced. Default is .FALSE.
115 FORT33_IN : Centimeter
118 EIRENE_IN : Centimeter
119 TEMPLATE_IN : Millimeter
1.8.9.1
