Removed unused 'job' and 'gr_i' values.
Change-Id: I94a39da1856cfb3a113c4b8d3d06a7b2b9b26ea5
if tt<>[] then
[ok]=scicos_block_link(funam,tt,"c");
else
- ok=%f;break;
+ ok=%f;
+ break;
end
endfunction
// calculons l'int�grale. //
//-----------------------------------------------------------------------//
- coef1=[]; coef2=[]; coef21=[]; coef22=[];
+ coef1=[];
+ coef2=[];
+ coef21=[];
+ coef22=[];
coef1=spzeros(N,N);
coef2=spzeros(N,1);
x=xw;
b4 = uicontrol(f, "Position" , [610 90 50 20],"Style", "pushbutton","String", _("Cancel"),...
"callback" , "do_quitter()","BackgroundColor",[1 0 0] );
f.visible = "on";
- while fin,end
+ while fin,
+ end
if ok then
close(f)
- a_domaine=[];b_domaine=[];discr=[];signe=[];choix=[];type_meth=[];degre=[];Nbr_maillage=[];
- CI=[];CI1=[];CLa_type=[];CLa_exp=[];CLb_type=[];CLb_exp=[];oper=[];a1=[];b1=[];a2=[];b2=[];
- a3=[];b3=[];a4=[];b4=[];a5=[];b5=[];a6=[];b6=[];a7=[];b7=[];k=[];mesures=[];params_pde=[];
+ a_domaine=[];
+ b_domaine=[];
+ discr=[];
+ signe=[];
+ choix=[];
+ type_meth=[];
+ degre=[];
+ Nbr_maillage=[];
+ CI=[];
+ CI1=[];
+ CLa_type=[];
+ CLa_exp=[];
+ CLb_type=[];
+ CLb_exp=[];
+ oper=[];
+ a1=[];
+ b1=[];
+ a2=[];
+ b2=[];
+ a3=[];
+ b3=[];
+ a4=[];
+ b4=[];
+ a5=[];
+ b5=[];
+ a6=[];
+ b6=[];
+ a7=[];
+ b7=[];
+ k=[];
+ mesures=[];
+ params_pde=[];
return;
end
ok=fin;
editb7,list_points);
// sauvegarde de l'IHM dans params_pde
- params_pde.a=string(a_domaine);params_pde.b=string(b_domaine);
- params_pde.check_op1=string(get(check_op1,"Value"));params_pde.a1=get(edita1,"String");params_pde.b1=get(editb1,"String");
- params_pde.check_op2=string(get(check_op2,"Value"));params_pde.a2=get(edita2,"String");params_pde.b2=get(editb2,"String");
- params_pde.check_op3=string(get(check_op3,"Value"));params_pde.a3=get(edita3,"String");params_pde.b3=get(editb3,"String");
- params_pde.check_op4=string(get(check_op4,"Value"));params_pde.a4=get(edita4,"String");params_pde.b4=get(editb4,"String");
- params_pde.check_op5=string(get(check_op5,"Value"));params_pde.a5=get(edita5,"String");params_pde.b5=get(editb5,"String");
- params_pde.check_op6=string(get(check_op6,"Value"));params_pde.a6=get(edita6,"String");params_pde.b6=get(editb6,"String");
- params_pde.check_op7=string(get(check_op7,"Value"));params_pde.a7=get(edita7,"String");params_pde.b7=get(editb7,"String");
- params_pde.discr_cst=string(get(check1,"Value"));params_pde.discr_non_cst=string(get(check2,"Value"));
- params_pde.signe=string(signe);params_pde.rad_automatique=string(get(rad_automatique,"Value"));
- params_pde.rad_manuel=string(get(rad_manuel,"Value"));params_pde.methode=string(type_meth);params_pde.txt_pas=get(txt_pas,"String");
- params_pde.ord1=get(editordre1,"String");params_pde.ord2=get(editordre2,"String");params_pde.ord3=get(editordre3,"String");
- params_pde.degre=string(degre);params_pde.nnode=string(Nbr_maillage);params_pde.txt_exp=get(txt_exp,"String");
- params_pde.CI=CI;params_pde.dCI=CI1;params_pde.CLa=string(CLa_type);params_pde.CLa_exp=get(editCLa,"String");
- params_pde.CLb=string(CLb_type);params_pde.CLb_exp=get(editCLb,"String");params_pde.points=list_points;
+ params_pde.a=string(a_domaine);
+ params_pde.b=string(b_domaine);
+ params_pde.check_op1=string(get(check_op1,"Value"));
+ params_pde.a1=get(edita1,"String");
+ params_pde.b1=get(editb1,"String");
+ params_pde.check_op2=string(get(check_op2,"Value"));
+ params_pde.a2=get(edita2,"String");
+ params_pde.b2=get(editb2,"String");
+ params_pde.check_op3=string(get(check_op3,"Value"));
+ params_pde.a3=get(edita3,"String");
+ params_pde.b3=get(editb3,"String");
+ params_pde.check_op4=string(get(check_op4,"Value"));
+ params_pde.a4=get(edita4,"String");
+ params_pde.b4=get(editb4,"String");
+ params_pde.check_op5=string(get(check_op5,"Value"));
+ params_pde.a5=get(edita5,"String");
+ params_pde.b5=get(editb5,"String");
+ params_pde.check_op6=string(get(check_op6,"Value"));
+ params_pde.a6=get(edita6,"String");
+ params_pde.b6=get(editb6,"String");
+ params_pde.check_op7=string(get(check_op7,"Value"));
+ params_pde.a7=get(edita7,"String");
+ params_pde.b7=get(editb7,"String");
+ params_pde.discr_cst=string(get(check1,"Value"));
+ params_pde.discr_non_cst=string(get(check2,"Value"));
+ params_pde.signe=string(signe);
+ params_pde.rad_automatique=string(get(rad_automatique,"Value"));
+ params_pde.rad_manuel=string(get(rad_manuel,"Value"));
+ params_pde.methode=string(type_meth);
+ params_pde.txt_pas=get(txt_pas,"String");
+ params_pde.ord1=get(editordre1,"String");
+ params_pde.ord2=get(editordre2,"String");
+ params_pde.ord3=get(editordre3,"String");
+ params_pde.degre=string(degre);
+ params_pde.nnode=string(Nbr_maillage);
+ params_pde.txt_exp=get(txt_exp,"String");
+ params_pde.CI=CI;
+ params_pde.dCI=CI1;
+ params_pde.CLa=string(CLa_type);
+ params_pde.CLa_exp=get(editCLa,"String");
+ params_pde.CLb=string(CLb_type);
+ params_pde.CLb_exp=get(editCLb,"String");
+ params_pde.points=list_points;
// fermeure du gui
close(f)
// Reference: "Scicos user guid", http://www.scicos.org //
//--------------------------------------------------------------------------------------------//
- x=[];y=[];typ=[];
+ x=[];
+ y=[];
+ typ=[];
select job
- case "plot" then
- if arg1.model.sim(2)==2004 then
- CCC=[strsubst(arg1.model.sim(1),"_explicite","");"Explicite"]
- elseif arg1.model.sim(2)==12004
- CCC=[strsubst(arg1.model.sim(1),"_implicite","");"implicite"]
- else
- CCC=" PDE"
- end
- standard_draw(arg1)
- case "getinputs" then
- [x,y,typ]=standard_inputs(arg1)
- case "getoutputs" then
- [x,y,typ]=standard_outputs(arg1)
- case "getorigin" then
- [x,y]=standard_origin(arg1)
case "set" then
x=arg1;
- graphics=arg1.graphics;label=graphics.exprs
+ graphics=arg1.graphics;
+ label=graphics.exprs
model=arg1.model;
params_pde=label(1);
//**********************************
// Get the name of the file
//***********************************
- okk=%f;rdnom="PDE";ok1=%t;
+ okk=%f;
+ rdnom="PDE";
+ ok1=%t;
while %t do
[okk,rdnom,lab]=scicos_getvalue("PLEASE, GIVE US THE BLOCK''s NAME. ",..
"New block''s name :",list("str",1),label(3));
- if okk==%f then ok1=%f;return; end
+ if okk==%f then
+ ok1=%f;
+ return;
+ end
label(3)=lab;
rdnom=stripblanks(rdnom);
if rdnom==emptystr() then
ok1=%f;x_message("sorry C file name not defined");
end
- if ok1 then break,end
+ if ok1 then
+ break,
+ end
end
// arbre de decision
else
delta=evstr(a4)^2-4*evstr(a1)*evstr(a2);
end
- if (delta==[]) then, delta=0; end
+ if (delta==[]) then,
+ delta=0;
+ end
type_meth=arbre_decision(delta);
end
// a voir si c'est à rajouter pour ne pas regenerer dans le cas d'eval
// if (fun(3) == "clickin") then
// always ulink and link
[ok1]=CFORTREDP(rdnom,tt);
- if ~ok1 then break,end
+ if ~ok1 then
+ break,
+ end
//end
if ~ok then
"0","0","0","0","","","","","","","","","0","IN_CL1(t)","0","IN_CL2(t)","");
// dans label on mis infos de scicos_getvalue, infos ihm et le code C
label=list(params_pde,[],"");
- gr_i=["txt=CCC;";
- "xstringb(orig(1),orig(2),txt,sz(1),sz(2),''fill'');"]
+ gr_i=[]
x=standard_define([3 3],model,label,gr_i)
end
// Prendre le i3-�me ordre de la quadrature Gaussienne: 1, ordre 1; 2, ordre 2, ...
- xic = xi(:,i3); wc = w(:,i3);
+ xic = xi(:,i3);
+ wc = w(:,i3);
[ek,ef] = elemoper(x(i1),x(i2),n,i3,xic,wc,operi,a6);
// assemblage
[gk,gf]=assemb(gk,gf,ek,ef,nel,n,nodes);
bl=part(" ",ones(1,nw))
l1=l-nw;first=%t
while %t
- if length(t)<=l then t1=[t1;bl+t],return,end
+ if length(t)<=l then
+ t1=[t1;bl+t],
+ return,
+ end
k=strindex(t,sep);
- if k==[] then t1=[t1;bl+t],return,end
+ if k==[] then
+ t1=[t1;bl+t],
+ return,
+ end
k($+1)=length(t)+1 // positions of the commas
i=find(k(1:$-1)<=l&k(2:$)>l) //nearest left comma (reltively to l)
- if i==[] then i=1,end
+ if i==[] then
+ i=1,
+ end
t1=[t1;bl+part(t,1:k(i))]
t=part(t,k(i)+1:length(t))
- if first then l1=l1-2;bl=bl+" ";first=%f;end
+ if first then
+ l1=l1-2;
+ bl=bl+" ";
+ first=%f;
+ end
end
endfunction
// - vbc (String) : vecteur des conditions aux limites en a et b //
//------------------------------------------------------------------------//
- A=[];B1=[];B2=[];C1=[];C2=[];C3=[];F3=[];
+ A=[];
+ B1=[];
+ B2=[];
+ C1=[];
+ C2=[];
+ C3=[];
+ F3=[];
for i=1:size(oper,"*")
select oper(i)
//--------------------------------------------------------------------------------------------------------//
// domaine
- choix=0;signe=1;discr=0;type_meth=1;degre=1;Nbr_maillage = 10; oper=[];
- a1=[];b1=[];a2=[];b2=[];a3=[];b3=[];a4=[];b4=[];a5=[];b5=[];a6=[];b6=[];a7=[];b7=[];mesures=[];
+ choix=0;
+ signe=1;
+ discr=0;
+ type_meth=1;
+ degre=1;
+ Nbr_maillage = 10;
+ oper=[];
+ a1=[];
+ b1=[];
+ a2=[];
+ b2=[];
+ a3=[];
+ b3=[];
+ a4=[];
+ b4=[];
+ a5=[];
+ b5=[];
+ a6=[];
+ b6=[];
+ a7=[];
+ b7=[];
+ mesures=[];
a_domaine=evstr(get(edita,"String"));
b_domaine=evstr(get(editb,"String"));
//discriminant (O: discriminant constant, 1: discriminant non constant )
// Prendre le i3-�me ordre de la quadrature Gaussienne: 1, ordre 1; 2, ordre 2, ...
- xic = xi(:,i3); wc = w(:,i3);
+ xic = xi(:,i3);
+ wc = w(:,i3);
[ek,ef] = elemoper(x(i1),x(i2),n,i3,xic,wc,operi,a6);
// assemblage
[gk,gf]=assemb(gk,gf,ek,ef,nel,n,nodes);
// - h (Double) : le pas de discretisation h=(b-a)/N (i.e x(i)= i* h) //
//------------------------------------------------------------------------//
- coef4=[];coef2=[];coef5=[];
+ coef4=[];
+ coef2=[];
+ coef5=[];
impl_type=1; // 1 pour l'�tat diff�rentiel, -1 pour l'�tat alg�brique
sep=[",","*","/"];
// - vbc (String) : vecteur des conditions aux limites en a et b //
// - kbc (Entier) : vecteur types des conditions au limites //
//------------------------------------------------------------------------//
- Cla2=[];Clb2=[];Cla4=[];Clb4=[];lambda=spzeros(N,N);
+ Cla2=[];
+ Clb2=[];
+ Cla4=[];
+ Clb4=[];
+ lambda=spzeros(N,N);
impl_type=1; // 1 pour syst�me d'�tat, -1 pour le syst�me alg�brique
sep=[",","*","/"];
flag_type=1; // 1 : explicie, 2 : implicite
impl_type=1; // 1 pour syst�me d'�tat, -1 pour le syst�me alg�brique
sep=[",","*","/"];
- coef51=[];coef52=[];coef1=[];coef2=[];cla=[];clb=[];clua=[];club=[];
+ coef51=[];
+ coef52=[];
+ coef1=[];
+ coef2=[];
+ cla=[];
+ clb=[];
+ clua=[];
+ club=[];
for i=1:size(xn,1)
x=xn(i);
- a1_ev(i)=evstr(a1); a2_ev(i)=evstr(a2); a3_ev(i)=evstr(a3);
- a4_ev(i)=evstr(a4); a5_ev(i)=evstr(a5); a6_ev(i)=evstr(a6);
+ a1_ev(i)=evstr(a1);
+ a2_ev(i)=evstr(a2);
+ a3_ev(i)=evstr(a3);
+ a4_ev(i)=evstr(a4);
+ a5_ev(i)=evstr(a5);
+ a6_ev(i)=evstr(a6);
a7_ev(i)=evstr(a7);
end
if ((find(oper == 2) ==[]) & (find(oper == 4) ==[]) ) then
[nrec,junk]=size(data);
for nr=1:nrec
- n1=data(nr,1); n2=data(nr,2); x1=data(nr,3);x2=data(nr,4);
+ n1=data(nr,1);
+ n2=data(nr,2);
+ x1=data(nr,3);
+ x2=data(nr,4);
if (n2 == 0) then
xvec(n1) = x1;
else
x=[];
return;
end
- [l,m]=size(a);[m,n]=size(b);x=[];
+ [l,m]=size(a);
+ [m,n]=size(b);
+ x=[];
for j=1:n,
y=[];
for i=1:l,
//------------------------------------------------------------------------//
x=a;
for i=1:N
- a1_ev(i)=evstr(a1); a2_ev(i)=evstr(a2); a3_ev(i)=evstr(a3); a4_ev(i)=evstr(a4);
- a5_ev(i)=evstr(a5); a7_ev(i)=evstr(a7); a6_ev(i)=evstr(a6);
+ a1_ev(i)=evstr(a1);
+ a2_ev(i)=evstr(a2);
+ a3_ev(i)=evstr(a3);
+ a4_ev(i)=evstr(a4);
+ a5_ev(i)=evstr(a5);
+ a7_ev(i)=evstr(a7);
+ a6_ev(i)=evstr(a6);
x=x+h;
end
if (kbc(1) == 1) then
// Neumann en a
if (DF_type == 0 | DF_type == 1) then
- if a1_ev ~= [] then, x=a-h; a1_ev=[evstr(a1);a1_ev]; end
- if a2_ev ~= [] then, x=a-h; a2_ev=[evstr(a2);a2_ev]; end
- if a3_ev ~= [] then, x=a-h; a3_ev=[evstr(a3);a3_ev]; end
- if a4_ev ~= [] then, x=a-h; a4_ev=[evstr(a4);a4_ev]; end
- if a5_ev ~= [] then, x=a-h; a5_ev=[evstr(a5);a5_ev]; end
- if a6_ev ~= [] then, x=a-h; a6_ev=[evstr(a6);a6_ev]; end
- if a7_ev ~= [] then, x=a-h; a7_ev=[evstr(a7);a7_ev]; end
+ if a1_ev ~= [] then,
+ x=a-h;
+ a1_ev=[evstr(a1);a1_ev];
+ end
+ if a2_ev ~= [] then,
+ x=a-h;
+ a2_ev=[evstr(a2);a2_ev];
+ end
+ if a3_ev ~= [] then,
+ x=a-h;
+ a3_ev=[evstr(a3);a3_ev];
+ end
+ if a4_ev ~= [] then,
+ x=a-h;
+ a4_ev=[evstr(a4);a4_ev];
+ end
+ if a5_ev ~= [] then,
+ x=a-h;
+ a5_ev=[evstr(a5);a5_ev];
+ end
+ if a6_ev ~= [] then,
+ x=a-h;
+ a6_ev=[evstr(a6);a6_ev];
+ end
+ if a7_ev ~= [] then,
+ x=a-h;
+ a7_ev=[evstr(a7);a7_ev];
+ end
N=N+1;
end
end
if (kbc(2) == 1) then
// Neumann en b
if (DF_type == 0 | DF_type == 2) then
- if a1_ev ~= [] then, x=b+h; a1_ev=[a1_ev;evstr(a1)]; end
- if a2_ev ~= [] then, x=b+h; a2_ev=[a2_ev;evstr(a2)]; end
- if a3_ev ~= [] then, x=b+h; a3_ev=[a3_ev;evstr(a3)]; end
- if a4_ev ~= [] then, x=b+h; a4_ev=[a4_ev;evstr(a4)]; end
- if a5_ev ~= [] then, x=b+h; a5_ev=[a5_ev;evstr(a5)]; end
- if a6_ev ~= [] then, x=b+h; a6_ev=[a6_ev;evstr(a6)]; end
- if a7_ev ~= [] then, x=b+h; a7_ev=[a7_ev;evstr(a7)]; end
+ if a1_ev ~= [] then,
+ x=b+h;
+ a1_ev=[a1_ev;evstr(a1)];
+ end
+ if a2_ev ~= [] then,
+ x=b+h;
+ a2_ev=[a2_ev;evstr(a2)];
+ end
+ if a3_ev ~= [] then,
+ x=b+h;
+ a3_ev=[a3_ev;evstr(a3)];
+ end
+ if a4_ev ~= [] then,
+ x=b+h;
+ a4_ev=[a4_ev;evstr(a4)];
+ end
+ if a5_ev ~= [] then,
+ x=b+h;
+ a5_ev=[a5_ev;evstr(a5)];
+ end
+ if a6_ev ~= [] then,
+ x=b+h;
+ a6_ev=[a6_ev;evstr(a6)];
+ end
+ if a7_ev ~= [] then,
+ x=b+h;
+ a7_ev=[a7_ev;evstr(a7)];
+ end
N=N+1;
end
end
// - mesures (Vecteur d'entiers) : renvoie la liste des points de mesures //
//----------------------------------------------------------------------------------------------------//
- ok=%f;a_domaine=[];b_domaine=[];choix=0;signe=1;discr=0;type_meth=1;degre=1;Nbr_maillage=10;
- a1=[];b1=[];a2=[];b2=[];a3=[];b3=[];a4=[];b4=[];a5=[];b5=[];a6=[];b6=[];a7=[];b7=[];mesures=[];
- CI=[];CI1=[];CLa_type=[];CLa_exp=[];CLb_type=[];CLb_exp=[];oper=[];k=[];
+ ok=%f;
+ a_domaine=[];
+ b_domaine=[];
+ choix=0;
+ signe=1;
+ discr=0;
+ type_meth=1;
+ degre=1;
+ Nbr_maillage=10;
+ a1=[];
+ b1=[];
+ a2=[];
+ b2=[];
+ a3=[];
+ b3=[];
+ a4=[];
+ b4=[];
+ a5=[];
+ b5=[];
+ a6=[];
+ b6=[];
+ a7=[];
+ b7=[];
+ mesures=[];
+ CI=[];
+ CI1=[];
+ CLa_type=[];
+ CLa_exp=[];
+ CLb_type=[];
+ CLb_exp=[];
+ oper=[];
+ k=[];
// evaluation du context
%mm=getfield(1,%scicos_context)
for %mi=%mm(3:$)
type_meth=evstr(params_pde.methode);
degre = evstr(params_pde.degre);
Nbr_maillage=evstr(params_pde.nnode);
- execstr("a1=params_pde.a1"); execstr("b1=params_pde.b1");
- execstr("a2=params_pde.a2"); execstr("b2=params_pde.b2");
- execstr("a3=params_pde.a3"); execstr("b3=params_pde.b3");
- execstr("a4=params_pde.a4"); execstr("b4=params_pde.b4");
- execstr("a5=params_pde.a5"); execstr("b5=params_pde.b5");
- execstr("a6=params_pde.a6"); execstr("b6=params_pde.b6");
- execstr("a7=params_pde.a7"); execstr("b7=params_pde.b7");
+ execstr("a1=params_pde.a1");
+ execstr("b1=params_pde.b1");
+ execstr("a2=params_pde.a2");
+ execstr("b2=params_pde.b2");
+ execstr("a3=params_pde.a3");
+ execstr("b3=params_pde.b3");
+ execstr("a4=params_pde.a4");
+ execstr("b4=params_pde.b4");
+ execstr("a5=params_pde.a5");
+ execstr("b5=params_pde.b5");
+ execstr("a6=params_pde.a6");
+ execstr("b6=params_pde.b6");
+ execstr("a7=params_pde.a7");
+ execstr("b7=params_pde.b7");
mesures = evstr(params_pde.points);
- execstr("CI=params_pde.CI"); execstr("CI1=params_pde.dCI");
- CLa_type=evstr(params_pde.CLa); execstr("CLa_exp=params_pde.CLa_exp");
- CLb_type=evstr(params_pde.CLb); execstr("CLb_exp=params_pde.CLb_exp");
+ execstr("CI=params_pde.CI");
+ execstr("CI1=params_pde.dCI");
+ CLa_type=evstr(params_pde.CLa);
+ execstr("CLa_exp=params_pde.CLa_exp");
+ CLb_type=evstr(params_pde.CLb);
+ execstr("CLb_exp=params_pde.CLb_exp");
k=0;
if (params_pde.check_op1 == "1") then
oper=[oper;1];
// - mesures (Vecteur d'entiers) : renvoie la liste des points de mesures //
//----------------------------------------------------------------------------------------------------//
- ok=%f;a_domaine=[];b_domaine=[];choix=0;signe=1;discr=0;type_meth=1;degre=1;Nbr_maillage=10;
- a1=[];b1=[];a2=[];b2=[];a3=[];b3=[];a4=[];b4=[];a5=[];b5=[];a6=[];b6=[];a7=[];b7=[];mesures=[];
- CI=[];CI1=[];CLa_type=[];CLa_exp=[];CLb_type=[];CLb_exp=[];oper=[];k=[];
+ ok=%f;
+ a_domaine=[];
+ b_domaine=[];
+ choix=0;
+ signe=1;
+ discr=0;
+ type_meth=1;
+ degre=1;
+ Nbr_maillage=10;
+ a1=[];
+ b1=[];
+ a2=[];
+ b2=[];
+ a3=[];
+ b3=[];
+ a4=[];
+ b4=[];
+ a5=[];
+ b5=[];
+ a6=[];
+ b6=[];
+ a7=[];
+ b7=[];
+ mesures=[];
+ CI=[];
+ CI1=[];
+ CLa_type=[];
+ CLa_exp=[];
+ CLb_type=[];
+ CLb_exp=[];
+ oper=[];
+ k=[];
// evaluation du context
%mm=getfield(1,%scicos_context)
for %mi=%mm(3:$)
type_meth=evstr(params_pde.methode);
degre = evstr(params_pde.degre);
Nbr_maillage=evstr(params_pde.nnode);
- execstr("a1=params_pde.a1"); execstr("b1=params_pde.b1");
- execstr("a2=params_pde.a2"); execstr("b2=params_pde.b2");
- execstr("a3=params_pde.a3"); execstr("b3=params_pde.b3");
- execstr("a4=params_pde.a4"); execstr("b4=params_pde.b4");
- execstr("a5=params_pde.a5"); execstr("b5=params_pde.b5");
- execstr("a6=params_pde.a6"); execstr("b6=params_pde.b6");
- execstr("a7=params_pde.a7"); execstr("b7=params_pde.b7");
+ execstr("a1=params_pde.a1");
+ execstr("b1=params_pde.b1");
+ execstr("a2=params_pde.a2");
+ execstr("b2=params_pde.b2");
+ execstr("a3=params_pde.a3");
+ execstr("b3=params_pde.b3");
+ execstr("a4=params_pde.a4");
+ execstr("b4=params_pde.b4");
+ execstr("a5=params_pde.a5");
+ execstr("b5=params_pde.b5");
+ execstr("a6=params_pde.a6");
+ execstr("b6=params_pde.b6");
+ execstr("a7=params_pde.a7");
+ execstr("b7=params_pde.b7");
mesures = evstr(params_pde.points);
- execstr("CI=params_pde.CI"); execstr("CI1=params_pde.dCI");
- CLa_type=evstr(params_pde.CLa); execstr("CLa_exp=params_pde.CLa_exp");
- CLb_type=evstr(params_pde.CLb); execstr("CLb_exp=params_pde.CLb_exp");
+ execstr("CI=params_pde.CI");
+ execstr("CI1=params_pde.dCI");
+ CLa_type=evstr(params_pde.CLa);
+ execstr("CLa_exp=params_pde.CLa_exp");
+ CLb_type=evstr(params_pde.CLb);
+ execstr("CLb_exp=params_pde.CLb_exp");
k=0;
if (params_pde.check_op1 == "1") then
oper=[oper;1];
projects / scilab.git / commitdiff