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Next: 7.2 Commons Up: 7 Implementation notes Prev: 7 Implementation notes Contents
Next: 7.2 Commons
Up: 7 Implementation notes
Prev: 7 Implementation notes
Contents
The tree of TRNOXX, in 2D, is shown below:
TRNOXX preprocessor
TRNOPW questioner
TRNOPO the general module
TRNOMM object's extrema
TRNOFE windows
TRNOMA masks
CONSAR construction of the edges
TRNOGE general plot of mesh NOPO 2D
TRNOLE graphics menu
ZOOMPL ZOOMNO zooms
TRNODE point displacement
SOFOPE TRNOGE SOFFIN soft-copy
HARDCP hard-copy
TRNOGE general plot of mesh NOPO 2D
TRNOTR TRNOSH triangulation or shrink
TRNOLE legends
The tree of TRNOXX, in 3D, is schematically;
TRNOXX preprocessor
TRNOPW questioner
TRGEOM the general module
TRGEMM object's extrema
TRNOFE windows
TRNOM3 masks
TRGEGE general plot of mesh GEOM 3D
TRNOL3 graphics menu
TRSAUV TRGEGE TRREST soft-copy
HARDCP hard-copy
TRGEGE general plot of mesh GEOM 3D
CONARF construction of the edges
DEFARV seen edges
TRARET TRARSH triangulation or shrink
TRNOL3 legends
The tree of REFEXX is schematically given by:
REFEXX preprocessor
REFERW preparation module
DEFMFG windows
REFEGE general module
DEFMFG windows
TRGEMM extrema
MESAG0 REFETR REFTRA REFSHR display
CUTCAR cut
MAICUT isovalue
GETABS menu
HARDCP hardcopy
REFSOF softcopy
The tree of TRMCXX is schematically given by:
TRMCXX preprocessor
TRMACW questioner
VALISO
TRMACO the general module
TRMCMM object's extrema
TRNOFE windows
TRNOMA masks
CONSAR construction of the edges
TRMCGE general plot of mesh NOPO 2D
TRMCLE graphics menu
ZOOMPL ZOOMNO zooms
TRMCVA value of an isovalue
SOFOPE TRMCGE SOFFIN soft-copy
HARDCP hard-copy
TRMCGE general plot of mesh MAIL COOR 2D
TRMCIS plot isovalues
TRMCTR TRMCSH triangulation or shrink
TRMCVI plot velocities
TRAFLE plot arrows
TRMCFL plot flux
TRMCOU cuts
TRCOLE cut legends
TRMCLE legends
The tree of TRC3XX is schematically given as:
TRC3XX preprocessor
TRMC3W questioner
TRMC3G the general module
TRMCMM object's extrema
TRNOFE windows
TRNOM3 masks
TRMC3T general plot of mesh GEOM 3D
LEGMC3 graphics menu
PLNCUT TRC3VA inquire values
TRSAUV TRMC3T TRREST soft-copy
HARDCP hard-copy
TRMC3T general plot of mesh GEOM 3D
CONARF construction of the edges
DEFARV seen edges
TRARET TRARSH triangulation or shrink
CUTCAR MAICUT cuts
CALISO INIISO isovalues
TRMC3I VITCUT TRMC3V velocity isovalues
TRNOL3 LEGMC3 legends
The tree of TRSTXX is schematically given as:
TRSTXX preprocessor
TRSTRW questioner
IMPISO temperature
TRSTRE general stress module
TRNOFE windows
TRNOMA masks
TRSTMM extrema
TRSTGE display
TRSTLE menu
ZOOMPL ZOOMNO zooms
HARDCP hardcopy
SOFOPE TRSTGE SOFFIN softcopy
TRFLUX general temperature and flux module
TRNOFE windows
TRNOMA masks
TRFLMM TRTEMM TRSTMM extrema
TRSTGE display
TRSTLE menu
ZOOMPL ZOOMNO zooms
HARDCP hardcopy
SOFOPE TRSTGE SOFFIN softcopy
The tree of TRACXX is schematically given as:
TRACXX preprocessor
TRACOW questioner
DEFGRA DEFGRX DEFGRY axes and graduations
TRAKOU the general module
TRNOFE windows
TRACMA masks
TRACGE general curve plot
TRACLE graphics menu
ZOMTRN zoom
SOFOPE TRACGE SOFFIN soft-copy
HARDCP hard-copy
TRACGE general plot
POLY2 or SYMB2 plot with lines or symbols
TRAAXE plot of axes and graduations
TRACLE legends
Below follows a flowchart corresponding to the creation of the axes of VIS3XX indicating, for a given command level, the results or movements within the tree for a given response.
---------------
AXES GRAPH_MENU
---------------
[COMMAND_LEVEL 0 ]
---------------------
1 ( or aspect ) ===> [A]
2 ( or mod_const) ===> [B]
3 ( or leg_axes ) ===> [C]
4 ( or nb_axes ) ===> [D]
5 ( or edit_contr) ===> [E]
6 ( or (return) ) ===============> QUIT_DIALOGUE
[A] : Graduation_aspect (level 1)
------------------------------------
Modify_reference_box ?
no ===============> [A1]
yes
<-- new value
[A1] : Modify_color_axes ?
no ===========================> [ COMMANDS_LEVEL 0 ]
yes
<-- new R,V,B (3 values)
===========================> [ COMMANDS_LEVEL 0 ]
[B] : Construction_of_axes_mode (level 1)
---------------------------------------------
Modify_current_mode ?
nn =======> [COMMANDS_LEVEL 0 ] or [X1] depending on the mode value
yes
-1 ====================> [ COMMANDS_LEVEL 0 ]
1 ====================> [ COMMANDS_LEVEL 0 ]
2 =============> [X1]
[X1] : Manual_construction (level 2)
----------------------------------------
Change_current_number_of_axis ?
no ==============================> [X11]
yes
<-- new value ( 1 to 10)
[X11] : parameters defining the axes
--> Loop over the number of axes
| REP number of point of departure
| REP number of final point
| REP value of point of departure
| REP value of final point
| REP graduation scale code
| REP output code
| REP construction mode of graduations
| REP write format for numbers
| REP line thickness
| REP character enlargement factor in x
| REP character enlargement factor in y
| REP enlargement factors for dashes
| REP number of reference intervals
| REP number of sub-intervals
| REP length of elementary interval
| Legend_on_axis ?
| REP no ==================> [X12]
| yes
| REP legend
| frame legend ?
| REP yes
| no
| Position of legend ?
| REP value ( 1 to 8)
| [X12] : Vector (+axis) determine printing plane
| REP U1,U2,U3
|-----------------------------------------<
==================== QUIT !!! =====================>
[C] : Axis_legend (level 1)
------------------------------
Definition or Modification of legends on the axes ?
no =======================> [ COMMANDS_LEVEL 0 ]
yes
--> Loop over 3 main axes
| Modify legend axis i ?
| no ==========> end of loop
| yes
| <-- new legend
|-----------------------------------<
===============================> [ COMMANDS_LEVEL 0 ]
[D] : Number_of_axes (level 1)
------------------------------
Modify the current number of axes?
no ========================> [ COMMANDS_LEVEL 0 ]
yes
<-- new value
================================> [ COMMANDS_LEVEL 0 ]
[E] : Edit the axis parameters (level 1)
---------------------------------------------------
Verify axes parametres ?
no =======================> [ COMMANDS_LEVEL 0 ]
yes
-- > [E1] : Number of axis to verify ?
| 0 ===============> [ COMMANDS_LEVEL 0 ]
| i ( i>0 and i<10 ======> [E2]
|
| --> [E2] : Label number ?
| | 0 ==================> [E1]
| |
| | 1 (numbers of points defining the axis)
| | I1(i),I2(i) ================> [E2]
| |
| | 2 (extremity values)
| | V1(i),V2(i) ================> [E2]
| |
| | 3 (Reference indicator)
| | IREF(i) ================> [E2]
| |
| | 4 (Graduation mode and parameters)
| | MODG(i),NGRAD(i),NSUB(i),XINT(i)
| | ========================> [E2]
| |
| | 5 (Number format)
| | NF(i) ====================> [E2]
| |
| | 6 (Reference frequence on axis)
| | NFG(i) ====================> [E2]
| |
| | 7 (Amplification factors for characters)
| | XHX(i),XHY(i) =============> [E2]
| |
| | 8 (Amplification factor for dashes)
| | XTIR(i) ==================> [E2]
| |
| | 9 (Line thickness)
| | EP(i) ==================> [E2]
| |
| | 10 (Legend position)
| | IPLA(i) ===================> [E2]
| |
| | 11 (Legend)
| | new legende ===============> [E2]
| |
| | 12 (Vector (+axis) defining print plane)
| | D1(i),D2(i),D3(i) ==========> [E2]
| |
| |-----------------------------------------<
|----------------------------------------------------------<
Below follows a simplified tree of VIS3XX:
VIS3XX preprocessor
VIS3DW general program
V3DIN initializations
V3DFXY function definitions
V3DAFF definitions of display conditions
WILLIT WRIGTT plot
ECREF ECREF1 legends
The tree of TRPRXX is schematically given as:
TRPRXX preprocessor
TRPROW questioner
PRMUAM read matrix
DEFGRA axes and graduations
TRAKOU the general module (see {\bf TRACXX})
The tree of TRPOXX is schematically given as:
TRPOXX preprocessor
TRPOIW questioner
TRPOIN the general module
LIRLIG COLIGN the lines
TRNOFE windows
TRNOMA masks
TRAPGE general plot
TRPOLE graphics menu
ZOOMPL ZOOMNO zooms
TRPOPO point position
SOFOPE TRAPGE SOFFIN soft-copy
HARDCP hard-copy