There is no point adding For Each Row back until you get other parts of the script working. You can continue with the example I did provide until you have correct value set to row 9 (due to working with unique_objects[2] which is B). To get OPE indices which are higher than the "3061" rows OPE you can use Loc like this.
valid_ope_idx = Loc(opes > opes[input_loc]);
Do note that these are indices within opes matrix NOT rows from the data table. To convert them back rows you can use those indices with object_rows as object_rows is a matrix with rows for the specific unique object
Them you continue with similar idea
Dans ma base de données de test cela marche correctement avec le code suivant :
Names Default To Here(1);
dt = current data table();
dt << New Column("BILAN", Character, Nominal);
Summarize(dt, unique_objects = by(:obj));
m_obs = dt[0, "obj"];
somme_col = Filter Each( {col_name}, dt << Get Column Names( "String", Continuous ),
Starts With( col_name, "SOMME" )
);
dt = current data table();
For Each({unique_objects}, unique_objects,
object_rows = Loc(m_obs, unique_objects); // lignes pour chaque obj
b = dt[object_rows, "OPE"]; // les différentes opé pour chaque obj
show(b);
input_loc = Loc(dt[object_rows, "T"], "3061"); // localiser 3061 pour chaque objet
z = object_rows[input_loc]; // localiser les lignes OPE 3061 pour chaque obj
value_OPE_3061 = :OPE[z]; // valeur de l'ope 3061 pour chaque obj
show(value_OPE_3061);
valid_ope_idx = Loc(b > value_OPE_3061 & dt[object_rows,somme_col] > 0) ;
show(valid_ope_idx);
if( N items(valid_ope_idx) < 1,
continue();
,
ops = dt[object_rows[valid_ope_idx], "op"];
result_str = "ko - " || Concat Items(ops, " / ko - ");
dt[object_rows[input_loc], "BILAN"] = Repeat({result_str}, N Items(input_loc));
);
);I thought earlier you said that it is impossible that there would be multiple "3061" values?
One option to remove duplicates is to use Associative Array() with << get keys (doesn't work if you have floats), other good in this case would be to use Design(<<levels).
J'ai rajouté cette partie cela fonctionne encore mieux :
Names Default To Here(1);
dt = current data table();
dt << New Column("BILAN", Character, Nominal);
Summarize(dt, unique_objects = by(:obj));
m_obs = dt[0, "obj"];
somme_col = Filter Each( {col_name}, dt << Get Column Names( "String", Continuous ),
Starts With( col_name, "SOMME" )
);
dt = current data table();
For Each({unique_objects}, unique_objects,
object_rows = Loc(m_obs, unique_objects); // lignes pour chaque obj
b = dt[object_rows, "OPE"]; // les différentes opé pour chaque obj
show(b);
input_loc = Loc(dt[object_rows, "T"], "3061"); // localiser 3061 pour chaque objet
if( N items(input_loc) < 1,
continue();
,
z = object_rows[input_loc]; // localiser les lignes OPE 3061 pour chaque obj
value_OPE_3061 = :OPE[z]; // valeur de l'ope 3061 pour chaque obj
liste={}; // transformer en liste pour supprimer les doublons
for (i = 1, i <= NRows(value_OPE_3061), i++,
for (j = 1, j <= NCols(value_OPE_3061), j++,
InsertInto(liste, value_OPE_3061[i, j]);
);
);
// supprimer les doublons
if( N items(liste) <= 1,
a = liste;
,
a = Left(liste,1);
);
// repasser en matrice pour faire les comparaisons
Mat_3061 = Matrix(a);
show(Mat_3061);
valid_ope_idx = Loc(b > Mat_3061 & dt[object_rows,somme_col] > 0) ;
show(valid_ope_idx);
if( N items(valid_ope_idx) < 1,
continue();
,
ops = dt[object_rows[valid_ope_idx], "op"];
result_str = "ko - " || Concat Items(ops, " / ko - ");
dt[object_rows[input_loc], "BILAN"] = Repeat({result_str}, N Items(input_loc));
);
);
);Effectivement vous avez raison @jthi, mais je parlais que pour une valeur 3061 d'un :obj il ne peut pas y avoir différentes valeurs de la variable :OPE (après dans un obj il peut y avoir 2 fois par exemple la valeur :T égale à 3061 mais la valeur :OPE sera la même).
Au final, en sortie, j'aimerais que l'affichage ne se répète pas lorsqu'il y a plusieurs fois la valeur :T égale à 3061 pour un même :obj.
Exemple :
Avec un script comme celui-ci :
input_loc = Loc(dt[object_rows, "T"], "3061");// localiser 3061 pour chaque objet
liste2={}; // transformer en liste pour supprimer les doublons
for (i = 1, i <= NRows(input_loc), i++,
for (j = 1, j <= NCols(input_loc), j++,
InsertInto(liste2, input_loc[i, j]);
);
);
// supprimer les doublons
if( N items(liste2) <= 1,
c = liste2;
,
c = Left(liste2,1);
);
// repasser en matrice pour faire les comparaisons
loc_3061 = Matrix(c);
Cela fonctionne correctement, je prends le premier indice correspondant à :T égale à 3061.
Mais comme sur la capture ci-dessus, j'aimerais pouvoir enlever les éléments en double sur la même ligne :
ko - 2203 / ko - 2203 --> ko - 2203
You could just pick the first index which has 3061 value for the object.
Something like this is how I would have solved this. Should work with the example data
Names Default To Here(1);
// dt = Open("$DOWNLOADS/AAA.jmp");
// dt = Current Data Table();
dt = New Table("AAA(1)",
Add Rows(12),
Compress File When Saved(1),
New Column("obj", Character(16), "Nominal", Set Values({"A", "A", "A", "A", "A", "A", "A", "B", "B", "B", "B", "C", "C"})),
New Column("T", Character(4), "Ordinal", Set Values({"3052", "3061", "3082", "3940", "4012", "5010", "2890", "4060", "3061", "3061", "3081", "5010", "3061"})),
New Column("OPE", Numeric, "Continuous", Format("Best", 12), Set Values([12, 20, 32, 44, 56, 125, 210, 54, 60, 60, 80, 45, 50])),
New Column("X__3", Character(4), "Nominal", Set Values({"rien", "rien", "incl", "ret", "ret", "rien", "incl", "incl", "ret", "ret", "incl", "ret", "rien"})),
New Column("SOMME DEFAUT", Numeric, "Continuous", Format("Best", 12), Set Values([0, 0, 1, 2, 1, 0, 2, 1, 2, 2, 1, 1, 0])),
New Column("op", Character(12), "Nominal", Set Values({"40", "32", "55", "212", "510", "180", "2100", "2240", "2100", "2100", "500", "", ""}))
);
dt << New Column("bilan", Character, Nominal);
Summarize(dt, unique_objects = by(:obj));
m_obs = dt[0, "obj"];
For Each({unique_object}, unique_objects,
object_rows = Loc(m_obs, unique_object);
input_loc = Loc(dt[object_rows, "T"], "3061");
If(N Items(input_loc) == 0,
continue();
//Throw("3061 not found");
, N Items(input_loc) > 0,
input_loc = input_loc[1];
);
opes = dt[object_rows, "OPE"];
valid_ope_idx = Loc(opes > opes[input_loc]);
If(N Items(valid_ope_idx) < 1,
result_str = ".";
,
values = dt[object_rows[valid_ope_idx], "SOMME DEFAUT"];
ops = dt[object_rows[valid_ope_idx[Loc(values)]], "op"];
result_str = "ko - " || Concat Items(ops, " / ko - ");
);
dt[object_rows[input_loc], "bilan"] = result_str;
);