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function texte = standard_document(objet, k)
//
// standard_document - documentation d'un bloc Scicos
//
// Copyright INRIA
MODELE=3
GRAPHIQUE=2
MACRO=5
FONCTION=1
DEPENDANCE=12
TYPE=10
IDENTIFICATION=15
#ENTREES=2
$ENTREES=5
#SORTIES=3
$SORTIES=6
#ENTREES_EVT=4
#SORTIES_EVT=5
$ENTREES_EVT=7
$SORTIES_EVT=8
//liens
IDENTIFICATION_LIAISON=5
TYPE_COULEUR=7
OBJET_ORIGINE=8
OBJET_DESTINATION=9
//
type_objet = objet(1)
//
select type_objet
case 'Block' then
//- Initialisations
modele = objet(MODELE)
graphique = objet(GRAPHIQUE)
macro = objet(MACRO)
//
fonction = modele(FONCTION)
if prod(size(fonction)) > 1 then
if fonction(2) == 0 then
language = '0 (Scilab function type Scicos 2.2)'
elseif fonction(2) == 1 then
language = '1 (Fortran or C code)'
elseif fonction(2) == 2 then
language = '2 (C code)'
elseif fonction(2) == 3 then
language = '3 (Scilab function)'
elseif fonction(2) < 0 then
language = '<0 (synchro block)'
else
language = '>3 (dynamic link or...)'
end
else
language = '0 (Scilab function type Scicos 2.2)'
end
//
if modele(TYPE) == 'l' then
typ= 'synchro'
elseif modele(TYPE) == 'z'
typ= 'zero-crossing'
elseif modele(TYPE) == 'm'
typ = 'memory'
else
typ = 'regular'
end
//
if modele(DEPENDANCE)(1) then
dependance_u = 'yes'
else
dependance_u = 'no'
end
if modele(DEPENDANCE)(2) then
dependance_t = 'yes'
else
dependance_t = 'no'
end
//
if size(modele) >= IDENTIFICATION then
identification = modele(IDENTIFICATION)
else
identification = emptystr()
end
//- Informations generales
if modele(1)=='super'|modele(1)=='csuper' then
texte = ['General Information';
'--------------------';' '
'object type : Super Block'; ..
'Identification : '+identification; ..
'Object number in diagram : '+string(k); ' '; ..
'Drawing function : '+macro;' ']
else
texte = ['General Information';
'--------------------';' '
'object type : bloc standard'; ..
'Identification : '+identification; ..
'Object number in diagram : '+string(k); ' '; ..
'Drawing function : '+macro; ..
'Simulation function : '+fonction(1); ..
'Simulation Function type : '+language;' '; ..
'Bloc type : '+typ; ..
'Direct feed through : '+dependance_u; ..
'Time varying : '+dependance_t]
if %cpr<>list()&needcompile<>4 then
cor = %cpr(3)
corinv = %cpr(4)
path=list()
for kp=1:size(super_path,'*'),path(kp)=super_path(kp);end
path($+1)=k
ind=cor(path)
if ind>0&ind<=size(corinv) then
txt = ['Compiled structure Index : '+string(cor(path)); ' ']
else
txt = ['Compiled structure Index : suppressed'; ' ']
end
else
txt = ['Compiled structure Index : Not available';' ']
end
texte=[texte;txt]
end
//- Entrees / sorties
tableau = ['Port type', 'Number', 'Size', 'Link'; '-', '-', '-', '-']
//- Entrees standard
for i = 1 : min(size(modele(#ENTREES),'*'),size(graphique($ENTREES),'*'))
tableau = [tableau; 'Regular input', string(i), ..
string(modele(#ENTREES)(i)), string(graphique($ENTREES)(i))]
end
//- Sorties standard
for i = 1 : min(size(modele(#SORTIES),'*'),size(graphique($SORTIES),'*'))
tableau = [tableau; 'Regular output', string(i), ..
string(modele(#SORTIES)(i)), string(graphique($SORTIES)(i))]
end
//- Entrees evenements
for i = 1 : min(size(modele(#ENTREES_EVT),'*'),size(graphique($ENTREES_EVT),'*'))
tableau = [tableau; 'Event input', string(i), ..
string(modele(#ENTREES_EVT)(i)), string(graphique($ENTREES_EVT)(i))]
end
//- Sorties evenements
for i = 1 : min(size(modele(#SORTIES_EVT),'*'),size(graphique($ENTREES_EVT),'*'))
tableau = [tableau; 'Event output', string(i), ..
string(modele(#SORTIES_EVT)(i)), string(graphique($SORTIES_EVT)(i))]
end
//
texte = [texte; 'Input / output';
'--------------';
' '
tabule(tableau); ' ']
// Documentation
if size(modele)>=14 then
documentation=modele(14)
if type(documentation)==15 then
if size(documentation)>=2 then
funname=documentation(1);doc=documentation(2)
if type(funname)==10 then
ierr=execstr('docfun='+funname,'errcatch')
if ierr<>0 then
x_message('function '+funname+' not found')
return
end
else
docfun=funname
end
ierr=execstr('doc=docfun(''get'',doc)','errcatch')
if ierr==0&doc<>[] then
texte = [texte; 'Documentation';
'-------------';
' '
doc; ' ']
end
end
end
end
//= Liaisons
case 'Link' then
//- Initialisation
identification = objet(IDENTIFICATION_LIAISON)
if objet(TYPE_COULEUR)(2) == 1 then
sous_type = 'Regular Link'
else
sous_type = 'Event link'
end
//- Informations generales
texte = ['General informations';
'--------------------';' '
'Object type : '+sous_type;
'Object Identification : '+identification';
'Object number in diagram : '+string(k); ' ']
from=objet(OBJET_ORIGINE)
if %cpr<>list() then
if sous_type == 'Regular Link' then
while %t
if scs_m(from(1))(3)(1)=='lsplit' then
#link=scs_m(from(1))(2)(5)
from=scs_m(#link)(OBJET_ORIGINE)
else
break
end
end
cor = %cpr(3)
path=list()
for kp=1:size(super_path,'*'),path(kp)=super_path(kp);end
path($+1)=from(1)
ind=cor(path)
if type(ind)==1 then
kl=%cpr(2)('outlnk')(%cpr(2)('outptr')(ind)+(from(2)-1))
beg=%cpr(2)('lnkptr')(kl)
fin=%cpr(2)('lnkptr')(kl+1)-1
txt = ['Compiled link memory zone : ['+..
string(beg)+','+string(fin)+']'; ' ']
else
txt = ['Compiled link memory zone : Not available';' ']
end
end
else
txt = ['Compiled link memory zone : Not available';' ']
end
texte=[texte;txt]
//- Connexions
tableau = [' ', 'Block', 'Port' ; '-', '-', '-';
'From', string(objet(OBJET_ORIGINE));
'to', string(objet(OBJET_DESTINATION))]
//
texte = [texte;
'Connections';
'-----------';' '
tabule(tableau); ' ']
//
else
texte=[]
end
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