Differences

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--- doc:user:results:courbes_res [2023/05/25 11:28] – papeleux
+++ doc:user:results:courbes_res [2026/03/09 14:32] (current) – [ValuesManager] papeleux
@@ Line 28: / Line 28: @@
   valuesmanager = metafor.getValuesManager()
-  valuesmanager.add(nbr, extractor, name = "")        # manages extraction, result storage...
+  valuesmanager.add(no, extractor, name = "")         # manages extraction, result storage...
-  valuesmanager.add(nbr, extractor, v2sOp, name = "") # same + transformation from vector to scalar
+  valuesmanager.add(no, extractor, v2sOp, name = "")  # same + transformation from vector to scalar
   valuesmanager.getDataVector(nbr)                    # returns a reference of the vector storing values
                                                       # (for example to create and view curves)
   valuesmanager.setOnFile(False)                      # Keep curves in memory instead of writing
                                                       # .v and .ascii files
+  # option by curve
+  valuesmanager(no).setExport2Ascii(True/False)       # export curve no to Ascii (def : True)
+  valuesmanager(no).setExport2Npy(True/False)         # export curve no to .npy (binary numpy array) (def : False)
+  valuesmanager(no).setExportInterval(1)              # export curve no with an interval (def : 1)
+  #
+  # global options
+  # (BE CAREFULL THAT THEY ARE ONLY APPLIED ON CURVES ALLREADY DEFINED)
+  valuesmanager.setExport2Ascii(True/False)           # export all curves allready defined to Ascii (def : True)
+  valuesmanager.setExport2Npy(True/False)             # export all curves allready defined to .npy (binary numpy array) (def : False)
+  valuesmanager.setExportInterval(1)                  # export all curves allready defined with an interval (def : 1)
 where
-| ''nbr''       | number of the curve (unique) |
+| ''no''        | number of the curve (unique) |
 | ''extractor'' | reference of a [[#ValueExtractor]] |
 | ''v2sOp'' 	| Operator such as [[#VectorToScalarOperator]] |
@@ Line 270: / Line 282: @@
 |              | 3D : Topological volume |
 | ''ifield''   | [[doc:user:general:ifields|internal field]] of the element extrapolated to the node |
-:!: works, but :!::!::!:
+|              | if ifield = TX, TY or TZ the extractor computes the current position of the Integration Point |
-==== Extracting elementary values ====
+:!: works, but it is difficult to select the topoCell :!::!::!:
+=== IFGPInteractionValueExtractor===
+Extract values of [[doc:user:general:ifields|internal fields]] at the integration points for all the elements of aninteraction.
+  valueExtractor = IFGPInteractionValueExtractor(inter, ifield)
+where
+| ''inter''   | Reference to a volumic interaction (FieldApplicator) |
+| ''ifield''  | [[doc:user:general:ifields|internal field]] of the element extrapolated to the node |
+==== Extracting mean elementary values ====
 === IFElementValueExtractor ===
@@ Line 287: / Line 315: @@
 | ''ifield''   | [[doc:user:general:ifields|internal field]] of the element averaged over the element |
-:!: works, but :!::!::!:
+:!: works, but selection of the topoCell may be difficult :!::!::!:
+=== IFElementsValueExtractor ===
+Extract values of [[doc:user:general:ifields|internal fields]] averaged on each element of an interaction (1 mean value by element).
+  valueExtractor = IFElementsValueExtractor (inter, ifield)
+where
+| ''inter'' | Reference to a volumic Interaction (FieldApplicator) |
+| ''ifield''   | [[doc:user:general:ifields|internal field]] of the element averaged over the element |
 ==== Extracting analysis values (MiscValueExtractor) ====