From fe93cd8882df34313b9136b2f73a4657368c3736 Mon Sep 17 00:00:00 2001
From: "christophe.benoit@onera.fr" <christophe.benoit@onera.fr>
Date: Fri, 26 Jul 2024 17:01:12 +0200
Subject: [PATCH] docs: minor update

---
 Cassiopee/CPlot/doc/source/tkPlotXY.rst |  4 ++--
 Cassiopee/Geom/doc/source/Geom.rst      |  2 +-
 Cassiopee/KCore/doc/install             | 15 ++++++------
 Cassiopee/KCore/doc/source/Geom.rst     |  2 +-
 docs/doc/CPlot.html                     | 25 ++++++++++++++++++--
 docs/doc/Decorator.html                 | 26 +++++++++++++++++++--
 docs/doc/_sources/Geom.rst.txt          |  2 +-
 docs/doc/_sources/tkPlotXY.rst.txt      |  4 ++--
 docs/doc/searchindex.js                 |  2 +-
 docs/doc/tkCassiopee.html               | 23 +++++++++++++++++-
 docs/doc/tkPlotXY.html                  | 31 +++++++++++++++++++++----
 11 files changed, 110 insertions(+), 26 deletions(-)

diff --git a/Cassiopee/CPlot/doc/source/tkPlotXY.rst b/Cassiopee/CPlot/doc/source/tkPlotXY.rst
index 0d18eb17a..f9a989b69 100644
--- a/Cassiopee/CPlot/doc/source/tkPlotXY.rst
+++ b/Cassiopee/CPlot/doc/source/tkPlotXY.rst
@@ -1,7 +1,7 @@
 .. tkPlotXY documentation master file
 
-tkPlotXY : plot of curves
-==========================
+tkPlotXY: plot of curves
+=========================
 
 Preamble
 ########
diff --git a/Cassiopee/Geom/doc/source/Geom.rst b/Cassiopee/Geom/doc/source/Geom.rst
index ad4bbfe00..6c73c8f17 100644
--- a/Cassiopee/Geom/doc/source/Geom.rst
+++ b/Cassiopee/Geom/doc/source/Geom.rst
@@ -118,7 +118,7 @@ A polyline is defined as a C0 i-array which contains only the polyline points (w
 
     Create a point of coordinates P=(x,y,z).
 
-    :param P:  (x,y,z) of point
+    :param P: (x,y,z) of point
     :type P: 3-tuple of floats 
     :return: a point
     :rtype: one array/zone (NODE)
diff --git a/Cassiopee/KCore/doc/install b/Cassiopee/KCore/doc/install
index c85c0f870..5ef7f8270 100755
--- a/Cassiopee/KCore/doc/install
+++ b/Cassiopee/KCore/doc/install
@@ -56,11 +56,11 @@ sed -i 's/Converter\.elsAProfile\.Converter\.elsAProfile/Converter\.elsAProfile/
 sed -i 's/Converter\.Filter\.Converter\.Filter/Converter\.Filter/g' $FILE
 sed -i 's/Converter\.Converter\.PyTree/Converter\.PyTree/g' $FILE
 sed -i 's/Converter\.Converter\.Array3D/Converter\.Array3D/g' $FILE
-sed -i 's/Converter\.Converter/Converter/g' $FILE
+sed -i 's/Converter\.Converter/converter/g' $FILE # FAIL 
 #sed -i 's/Converter\:{/converter\:{/g' $FILE
 
 sed -i 's/Geom\.IBM\.Geom\.IBM/Geom\.IBM/g' $FILE
-sed -i 's/Geom\.Geom/Geom/g' $FILE
+sed -i 's/Geom\.Geom/geom/g' $FILE # FAIL
 #sed -i 's/Geom\:{/geom\:{/g' $FILE
 
 sed -i 's/Compressor\.Compressor/Compressor/g' $FILE
@@ -75,12 +75,12 @@ sed -i 's/Post\.Rotor\.Post\.Rotor/Post\.Rotor/g' $FILE
 sed -i 's/Post\.IBM\.Post\.IBM/Post\.IBM/g' $FILE
 sed -i 's/Post\.ExtraVariables2\.Post\.ExtraVariables2/Post\.ExtraVariables2/g' $FILE
 sed -i 's/Post\.Post/Post/g' $FILE
-#sed -i 's/Post\:{/post\:{/g' $FILE
 
 sed -i 's/RigidMotion\.RigidMotion/RigidMotion/g' $FILE
 
 sed -i 's/CPlot\.Decorator\.CPlot\.Decorator/CPlot\.Decorator/g' $FILE
-sed -i 's/CPlot\.CPlot/CPlot/g' $FILE
+#sed -i 's/CPlot\.CPlot\.PyTree/CPlot\.PyTree/g' $FILE
+sed -i 's/CPlot\.CPlot/cplot/g' $FILE # FAIL
 #sed -i 's/CPlot\:{/CPlot\:{/g' $FILE
 
 sed -i 's/Intersector\.Intersector/Intersector/g' $FILE
@@ -93,11 +93,11 @@ sed -i 's/Converter\.elsAProfile\.Converter\.elsAProfile/Converter\.elsAProfile/
 sed -i 's/Converter\.Filter\.Converter\.Filter/Converter\.Filter/g' $FILE
 sed -i 's/Converter\.Converter\.PyTree/Converter\.PyTree/g' $FILE
 sed -i 's/Converter\.Converter\.Array3D/Converter\.Array3D/g' $FILE
-sed -i 's/Converter\.Converter/Converter/g' $FILE # FAIL 
+sed -i 's/Converter\.Converter/Converter/g' $FILE
 #sed -i 's/Converter\:{/converter\:{/g' $FILE
 
 sed -i 's/Geom\.IBM\.Geom\.IBM/Geom\.IBM/g' $FILE
-sed -i 's/Geom\.Geom/Geom/g' $FILE # FAIL   
+sed -i 's/Geom\.Geom/Geom/g' $FILE
 #sed -i 's/Geom\:{/geom\:{/g' $FILE
 
 sed -i 's/Compressor\.Compressor/Compressor/g' $FILE
@@ -112,12 +112,11 @@ sed -i 's/Post\.IBM\.Post\.IBM/Post\.IBM/g' $FILE
 sed -i 's/Post\.Rotor\.Post\.Rotor/Post\.Rotor/g' $FILE
 sed -i 's/Post\.ExtraVariables2\.Post\.ExtraVariables2/Post\.ExtraVariables2/g' $FILE
 sed -i 's/Post\.Post/Post/g' $FILE
-#sed -i 's/Post\:{/post\:{/g' $FILE
 
 sed -i 's/RigidMotion\.RigidMotion/RigidMotion/g' $FILE
 
 sed -i 's/CPlot\.Decorator\.CPlot\.Decorator/CPlot\.Decorator/g' $FILE
-sed -i 's/CPlot\.CPlot/CPlot/g' $FILE # FAIL 
+sed -i 's/CPlot\.CPlot/CPlot/g' $FILE
 #sed -i 's/CPlot\:{/cplot\:{/g' $FILE
 
 sed -i 's/Intersector\.Intersector/Intersector/g' $FILE
diff --git a/Cassiopee/KCore/doc/source/Geom.rst b/Cassiopee/KCore/doc/source/Geom.rst
index ad4bbfe00..6c73c8f17 100644
--- a/Cassiopee/KCore/doc/source/Geom.rst
+++ b/Cassiopee/KCore/doc/source/Geom.rst
@@ -118,7 +118,7 @@ A polyline is defined as a C0 i-array which contains only the polyline points (w
 
     Create a point of coordinates P=(x,y,z).
 
-    :param P:  (x,y,z) of point
+    :param P: (x,y,z) of point
     :type P: 3-tuple of floats 
     :return: a point
     :rtype: one array/zone (NODE)
diff --git a/docs/doc/CPlot.html b/docs/doc/CPlot.html
index 032e4f0eb..f189b602d 100644
--- a/docs/doc/CPlot.html
+++ b/docs/doc/CPlot.html
@@ -223,7 +223,7 @@ <h3>Actions</h3>
 <li><p><strong>displayInfo</strong> (<em>int</em>) &#8211; 0 means no info display (default: 1)</p></li>
 <li><p><strong>displayIsoLegend</strong> (<em>int</em>) &#8211; 0 means no iso legend display (default: 0)</p></li>
 <li><p><strong>meshStyle</strong> (<em>int</em>) &#8211; 0: white solid and red wireframe, 1: colored wireframe, 2: colored solid and wireframe, 3: cyan solid and black wireframe (default: 2)</p></li>
-<li><p><strong>solidStyle</strong> (<em>int</em>) &#8211; 0: blue, 1: colored by zone, 3: white, 4: colored by zone outlined (default: 1)</p></li>
+<li><p><strong>solidStyle</strong> (<em>int</em>) &#8211; 0: blue, 1: colored by zone, 3: white, 4: colored by zone outlined (default: 0)</p></li>
 <li><p><strong>scalarStyle</strong> (<em>int</em>) &#8211; 0: banded, 1: banded+mesh, 2: lines, 3: lines+mesh (default: 0)</p></li>
 <li><p><strong>vectorStyle</strong> (<em>int</em>) &#8211; 0: RGB, 1: arrows, 2: lines (default: 0)</p></li>
 <li><p><strong>vectorDensity</strong> (<em>float</em>) &#8211; the density of vectors (default: 0.)</p></li>
@@ -1775,4 +1775,25 @@ <h3 id="searchlabel">Quick search</h3>
     }
 }
 
-</script>
\ No newline at end of file
+</script>
+        </div>
+      </div>
+      <div class="clearer"></div>
+    </div>
+    <div class="related" role="navigation" aria-label="related navigation">
+      <h3>Navigation</h3>
+      <ul>
+        <li class="right" style="margin-right: 10px">
+          <a href="genindex.html" title="General Index"
+             >index</a></li>
+        <li class="right" >
+          <a href="py-modindex.html" title="Python Module Index"
+             >modules</a> |</li>
+        <li class="nav-item nav-item-0"><a href="#">CPlot 4.0 documentation</a> &#187;</li>
+        <li class="nav-item nav-item-this"><a href="">CPlot: a light plotter for arrays/pyTree</a></li> 
+      </ul>
+    </div>
+    <div class="footer" role="contentinfo">
+    </div>
+  </body>
+</html>
\ No newline at end of file
diff --git a/docs/doc/Decorator.html b/docs/doc/Decorator.html
index 7cc30b058..3e539ac89 100644
--- a/docs/doc/Decorator.html
+++ b/docs/doc/Decorator.html
@@ -66,7 +66,7 @@ <h2>List of functions</h2>
 <td><p>Create text.</p></td>
 </tr>
 <tr class="row-even"><td><p><a class="reference internal" href="#CPlot.Decorator.CPlot.Decorator.createArrow" title="CPlot.Decorator.CPlot.Decorator.createArrow"><code class="xref py py-obj docutils literal notranslate"><span class="pre">CPlot.Decorator.createArrow</span></code></a>(ax,&#160;X1,&#160;X2[,&#160;...])</p></td>
-<td><p></p></td>
+<td><p>Draw an arrow on figure.</p></td>
 </tr>
 <tr class="row-odd"><td><p><a class="reference internal" href="#CPlot.Decorator.CPlot.Decorator.savefig" title="CPlot.Decorator.CPlot.Decorator.savefig"><code class="xref py py-obj docutils literal notranslate"><span class="pre">CPlot.Decorator.savefig</span></code></a>(fileName[,&#160;pad])</p></td>
 <td><p>Save current figure in a file.</p></td>
@@ -185,6 +185,7 @@ <h3>Actions</h3>
 <dl class="field-list simple">
 <dt class="field-odd">Parameters<span class="colon">:</span></dt>
 <dd class="field-odd"><ul class="simple">
+<li><p><strong>ax</strong> (<em>matplotlib axis</em>) &#8211; subplot axis</p></li>
 <li><p><strong>posx</strong> (<em>float</em>) &#8211; position of text in x axis</p></li>
 <li><p><strong>posy</strong> (<em>float</em>) &#8211; position of text in y axis</p></li>
 <li><p><strong>text</strong> (<em>string</em>) &#8211; text to be displayed</p></li>
@@ -431,4 +432,25 @@ <h3 id="searchlabel">Quick search</h3>
     }
 }
 
-</script>
\ No newline at end of file
+</script>
+        </div>
+      </div>
+      <div class="clearer"></div>
+    </div>
+    <div class="related" role="navigation" aria-label="related navigation">
+      <h3>Navigation</h3>
+      <ul>
+        <li class="right" style="margin-right: 10px">
+          <a href="genindex.html" title="General Index"
+             >index</a></li>
+        <li class="right" >
+          <a href="py-modindex.html" title="Python Module Index"
+             >modules</a> |</li>
+        <li class="nav-item nav-item-0"><a href="CPlot.html">CPlot 4.0 documentation</a> &#187;</li>
+        <li class="nav-item nav-item-this"><a href="">CPlot.Decorator: decoration of CPlot images using matplotlib</a></li> 
+      </ul>
+    </div>
+    <div class="footer" role="contentinfo">
+    </div>
+  </body>
+</html>
\ No newline at end of file
diff --git a/docs/doc/_sources/Geom.rst.txt b/docs/doc/_sources/Geom.rst.txt
index ad4bbfe00..6c73c8f17 100644
--- a/docs/doc/_sources/Geom.rst.txt
+++ b/docs/doc/_sources/Geom.rst.txt
@@ -118,7 +118,7 @@ A polyline is defined as a C0 i-array which contains only the polyline points (w
 
     Create a point of coordinates P=(x,y,z).
 
-    :param P:  (x,y,z) of point
+    :param P: (x,y,z) of point
     :type P: 3-tuple of floats 
     :return: a point
     :rtype: one array/zone (NODE)
diff --git a/docs/doc/_sources/tkPlotXY.rst.txt b/docs/doc/_sources/tkPlotXY.rst.txt
index 0d18eb17a..f9a989b69 100644
--- a/docs/doc/_sources/tkPlotXY.rst.txt
+++ b/docs/doc/_sources/tkPlotXY.rst.txt
@@ -1,7 +1,7 @@
 .. tkPlotXY documentation master file
 
-tkPlotXY : plot of curves
-==========================
+tkPlotXY: plot of curves
+=========================
 
 Preamble
 ########
diff --git a/docs/doc/searchindex.js b/docs/doc/searchindex.js
index 224268ad1..283bac8fd 100644
--- a/docs/doc/searchindex.js
+++ b/docs/doc/searchindex.js
@@ -1 +1 @@
-Search.setIndex({"docnames": ["CPlot", "Compressor", "Connector", "Converter", "ConverterMpi", "Decorator", "Dist2Walls", "Distributor2", "ExtraVariables2", "Filter", "Generator", "Geom", "Geom_IBM", "Initiator", "Internal", "Intersector", "OCC", "Post", "Post_IBM", "RigidMotion", "Rotor", "Transform", "elsAProfile", "index", "tkCassiopee", "tkPlotXY"], "filenames": ["CPlot.rst", "Compressor.rst", "Connector.rst", "Converter.rst", "ConverterMpi.rst", "Decorator.rst", "Dist2Walls.rst", "Distributor2.rst", "ExtraVariables2.rst", "Filter.rst", "Generator.rst", "Geom.rst", "Geom_IBM.rst", "Initiator.rst", "Internal.rst", "Intersector.rst", "OCC.rst", "Post.rst", "Post_IBM.rst", "RigidMotion.rst", "Rotor.rst", "Transform.rst", "elsAProfile.rst", "index.rst", "tkCassiopee.rst", "tkPlotXY.rst"], "titles": ["CPlot: a light plotter for arrays/pyTree", "Compressor: Field compression module", "Connector: Grid connectivity module", "Converter: CFD data conversion module", "Converter.Mpi: distributed pyTree services", "CPlot.Decorator: decoration of CPlot images using matplotlib", "Dist2Walls: wall distance computation", "Distributor2: distribution of grids on processors", "Post.ExtraVariables2: derived fields from primitive variables", "Converter.Filter: partial reading/writing of files", "Generator: mesh generation module", "Geom: Geometry Definition Module", "Geom.IBM: specific geometry modifications for IBMs", "Initiator: solution Initialization Module", "Converter.Internal: CGNS/Python tree management", "Intersector: Mesh-Intersection-Based Services", "OCC: interface to open-cascade", "Post: post-processing module", "Post.IBM: immersed boundary method specific post-processing", "RigidMotion: compute/define rigid motions", "Post.Rotor: rotor specific post-processing", "Transform: mesh transformation module", "Converter.elsAProfile: specific elsA CGNS functions", "Cassiopee : CFD pre- and post-processing", "Preamble", "tkPlotXY : plot of curves"], "terms": {"i": [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 17, 18, 19, 20, 21, 22, 24, 25], "simpl": [0, 3, 10, 14, 17, 21, 25], "defin": [0, 2, 3, 4, 6, 7, 10, 11, 12, 13, 14, 15, 17, 21, 22, 24, 25], "convert": [0, 2, 6, 10, 11, 13, 15, 16, 17, 19, 21, 25], "document": [0, 2, 3, 6, 9, 11, 14, 15, 17, 19, 21, 24, 25], "cgn": [0, 1, 2, 3, 6, 9, 10, 11, 13, 15, 16, 17, 19, 21, 24, 25], "python": [0, 1, 2, 3, 4, 6, 7, 10, 11, 13, 15, 16, 17, 19, 21, 22, 24, 25], "tree": [0, 1, 2, 3, 4, 6, 7, 8, 9, 10, 11, 12, 13, 15, 17, 18, 19, 20, 21, 22, 25], "intern": [0, 3, 4, 10, 17, 22, 25], "thi": [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 13, 14, 15, 17, 19, 21, 22, 24, 25], "modul": [0, 4, 5, 6, 7, 8, 9, 12, 14, 15, 16, 19, 22, 23, 24, 25], "part": [0, 1, 2, 3, 5, 6, 7, 9, 10, 11, 13, 14, 15, 17, 19, 21, 24, 25], "cassiope": [0, 1, 2, 3, 4, 5, 6, 7, 10, 11, 13, 14, 15, 17, 19, 21, 22, 25], "free": [0, 1, 2, 3, 5, 6, 7, 10, 11, 13, 14, 15, 17, 19, 21, 25], "open": [0, 1, 2, 3, 5, 6, 7, 10, 11, 13, 14, 15, 17, 19, 21, 24, 25], "sourc": [0, 1, 2, 3, 5, 6, 7, 10, 11, 13, 14, 15, 17, 19, 21, 25], "pre": [0, 1, 3, 5, 6, 7, 10, 11, 13, 14, 15, 17, 19, 21, 25], "post": [0, 1, 2, 3, 4, 5, 6, 7, 10, 11, 13, 14, 15, 19, 21, 25], "processor": [0, 1, 2, 3, 4, 5, 6, 9, 10, 11, 13, 14, 15, 17, 19, 20, 21, 24, 25], "cfd": [0, 1, 2, 5, 6, 7, 10, 11, 14, 15, 17, 19, 21, 25], "simul": [0, 1, 2, 3, 5, 6, 7, 10, 11, 13, 14, 15, 17, 19, 21, 25], "For": [0, 1, 2, 3, 4, 6, 7, 9, 10, 11, 13, 14, 15, 17, 19, 20, 21, 22, 25], "us": [0, 1, 2, 3, 4, 6, 7, 8, 9, 10, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 24, 25], "interfac": [0, 1, 2, 3, 6, 7, 10, 11, 13, 15, 17, 19, 21, 24, 25], "you": [0, 3, 4, 6, 7, 9, 10, 11, 13, 14, 15, 17, 19, 21, 24, 25], "have": [0, 2, 3, 4, 6, 7, 8, 9, 10, 12, 13, 15, 17, 19, 24, 25], "import": [0, 1, 2, 3, 4, 5, 6, 7, 9, 10, 11, 13, 14, 15, 16, 17, 19, 21, 22, 25], "must": [0, 2, 3, 4, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 17, 18, 19, 20, 21, 22, 24], "press": [0, 24], "when": [0, 1, 2, 3, 6, 7, 10, 11, 13, 15, 17, 18, 19, 21, 22, 24], "activ": [0, 2, 10, 18, 22, 24, 25], "f": [0, 1, 3, 8, 11, 17, 19], "fit": [0, 3, 10, 21, 24], "view": [0, 4, 24], "data": [0, 1, 2, 4, 6, 7, 9, 12, 13, 14, 15, 17, 19, 21, 22, 24], "ctrl": [0, 24], "switch": [0, 10], "between": [0, 2, 3, 4, 7, 10, 11, 14, 15, 16, 17, 21, 22, 24, 25], "full": [0, 2, 3, 4, 12, 15, 21, 25], "screen": [0, 14], "mode": [0, 2, 3, 7, 9, 10, 11, 17, 19, 24], "left": [0, 5, 10, 15, 17, 24, 25], "right": [0, 5, 10, 15, 17, 24, 25], "arrow": [0, 5, 24], "mous": [0, 24], "drag": 0, "rotat": [0, 2, 3, 11, 12, 14, 15, 19, 20, 21, 22, 24], "model": [0, 2, 12, 14, 22, 24], "up": [0, 14, 15, 17, 25], "down": [0, 14], "wheel": 0, "zoom": 0, "out": [0, 2, 4], "shift": [0, 3, 14, 24], "translat": [0, 2, 3, 14, 15, 19, 21, 24], "tilt": [0, 24], "click": [0, 24], "select": [0, 2, 8, 10, 11, 21, 24, 25], "zone": [0, 1, 2, 3, 4, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 24, 25], "multipl": [0, 2, 3, 7, 10, 14, 21, 24], "accur": [0, 2, 17, 18], "nearest": [0, 3, 11, 21], "mesh": [0, 2, 3, 5, 7, 12, 17, 18, 20, 22], "node": [0, 1, 2, 3, 4, 6, 7, 8, 9, 10, 11, 13, 15, 17, 19, 21, 24], "deactiv": [0, 24], "hide": [0, 25], "doubl": [0, 2, 3, 10, 17, 24], "center": [0, 1, 2, 3, 4, 6, 8, 9, 10, 11, 12, 13, 14, 15, 17, 18, 19, 20, 21, 22, 24, 25], "point": [0, 1, 2, 3, 4, 6, 7, 9, 10, 11, 14, 15, 17, 18, 19, 21, 24, 25], "1": [0, 1, 2, 3, 4, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 21, 22, 24, 25], "toggl": 0, "solid": [0, 20, 24, 25], "2": [0, 1, 2, 3, 4, 5, 7, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 25], "displai": [0, 2, 5, 15, 24], "field": [0, 2, 3, 4, 5, 6, 9, 10, 14, 15, 17, 18, 20, 21, 24], "variabl": [0, 1, 2, 3, 6, 9, 10, 12, 13, 18, 20, 21, 22, 24], "next": [0, 24, 25], "previou": [0, 1, 4, 14, 25], "3": [0, 1, 2, 3, 5, 6, 8, 9, 10, 11, 12, 13, 14, 15, 17, 19, 20, 21, 22, 25], "space": [0, 5, 10, 12, 14], "bar": [0, 3, 10, 11, 14, 15, 17, 21, 24], 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"geometry-modification"]], "1D distributions": [[11, "d-distributions"]], "Information about geometries": [[11, "information-about-geometries"]], "Geom.IBM: specific geometry modifications for IBMs": [[12, "geom-ibm-specific-geometry-modifications-for-ibms"]], "Notes on IBCTypes": [[12, "notes-on-ibctypes"]], "Setting Snear & Dfar": [[12, "setting-snear-dfar"]], "Setting IBC Type": [[12, "setting-ibc-type"]], "Initiator: solution Initialization Module": [[13, "initiator-solution-initialization-module"]], "CFD field initialisations": [[13, "cfd-field-initialisations"]], "Adimensioning": [[13, "adimensioning"]], "Mesh size": [[13, "mesh-size"]], "Converter.Internal: CGNS/Python tree management": [[14, "converter-internal-cgns-python-tree-management"]], "Node tests": [[14, "node-tests"]], "Adapt NGON meshes": [[14, "adapt-ngon-meshes"]], "Set/create generic nodes": [[14, "set-create-generic-nodes"]], "Acess nodes": [[14, "acess-nodes"]], "Check nodes": [[14, "check-nodes"]], "Copy nodes": [[14, "copy-nodes"]], "Add/remove node": [[14, "add-remove-node"]], "Modify nodes": [[14, "modify-nodes"]], "Create specific CGNS nodes": [[14, "create-specific-cgns-nodes"]], "Intersector: Mesh-Intersection-Based Services": [[15, "intersector-mesh-intersection-based-services"]], "Main Functions": [[15, "main-functions"]], "Transformation Functions": [[15, "transformation-functions"]], "Adaptation Specific Functions": [[15, "adaptation-specific-functions"]], "Metric Functions": [[15, "metric-functions"]], "Extraction Functions": [[15, "extraction-functions"]], "Check Functions": [[15, "check-functions"]], "Conversion Functions": [[15, "conversion-functions"]], "OCC: interface to open-cascade": [[16, "occ-interface-to-open-cascade"]], "CAD/mesh conversion": [[16, "cad-mesh-conversion"]], "Post: post-processing module": [[17, "post-post-processing-module"]], "Modifying/creating variables": [[17, "modifying-creating-variables"]], "Solution selection": [[17, "solution-selection"]], "Solution extraction": [[17, "solution-extraction"]], "Streams": [[17, "streams"]], "Isos": [[17, "isos"]], "Solution integration": [[17, "solution-integration"]], "Post.IBM: immersed boundary method specific post-processing": [[18, "post-ibm-immersed-boundary-method-specific-post-processing"]], "RigidMotion: compute/define rigid motions": [[19, "rigidmotion-compute-define-rigid-motions"]], "General functions": [[19, "general-functions"]], "Post.Rotor: rotor specific post-processing": [[20, "post-rotor-rotor-specific-post-processing"]], "Force extractions": [[20, "force-extractions"]], "Accumulator export": [[20, "accumulator-export"]], "Transform: mesh transformation module": [[21, "transform-mesh-transformation-module"]], "Basic operations": [[21, "basic-operations"]], "Mesh positioning": [[21, "mesh-positioning"]], "Mesh transformation": [[21, "mesh-transformation"]], "Mesh splitting and merging": [[21, "mesh-splitting-and-merging"]], "Mesh deformation": [[21, "mesh-deformation"]], "Mesh projections": [[21, "mesh-projections"]], "Converter.elsAProfile: specific elsA CGNS functions": [[22, "converter-elsaprofile-specific-elsa-cgns-functions"]], "Conversion": [[22, "conversion"]], "Addition of elsA nodes": [[22, "addition-of-elsa-nodes"]], "Miscellaneous": [[22, "miscellaneous"]], "General guidelines": [[24, "general-guidelines"]], "Cassiopee:ToolBar": [[24, "cassiopee-toolbar"]], "Cassiopee:Tree": [[24, "cassiopee-tree"]], "Cassiopee:State": [[24, "cassiopee-state"]], "Cassiopee:Edge": [[24, "cassiopee-edge"]], "Cassiopee:Surf": [[24, "cassiopee-surf"]], "Cassiopee:Mesh": [[24, "cassiopee-mesh"]], "Cassiopee:Block": [[24, "cassiopee-block"]], "Cassiopee:BC": [[24, "cassiopee-bc"]], "Cassiopee:Motion": [[24, "cassiopee-motion"]], "Cassiopee:Solver": [[24, "cassiopee-solver"]], "Cassiopee:Post": [[24, "cassiopee-post"]], "Cassiopee:Visu": [[24, "cassiopee-visu"]], "Cassiopee:Render": [[24, "cassiopee-render"]], "For gurus": [[24, "for-gurus"]], "tkPlotXY : plot of curves": [[25, "tkplotxy-plot-of-curves"]], "One line plot function": [[25, "one-line-plot-function"]], "Usage with classes": [[25, "usage-with-classes"]], "List of classes": [[25, "list-of-classes"]], "GraphEditor": [[25, "grapheditor"]], "Desktop": [[25, "desktop"]], "Data management": [[25, "data-management"]], "Graph creation": [[25, "graph-creation"]], "Graph": [[25, "graph"]], "Configure the Graph object": [[25, "configure-the-graph-object"]], "Curve": [[25, "curve"]], "Creating a curve": [[25, "creating-a-curve"]], "Editing a curve": [[25, "editing-a-curve"]], "Available variables to set a curve": [[25, "id8"]], "Adding a curve to a given plot on a given graph": [[25, "adding-a-curve-to-a-given-plot-on-a-given-graph"]], "Axis": [[25, "axis"]], "Access the Axis system": [[25, "access-the-axis-system"]], "Multiple axis system": [[25, "multiple-axis-system"]], "Changing the Axis of a curve": [[25, "changing-the-axis-of-a-curve"]], "Editing the Axis system": [[25, "editing-the-axis-system"]], "Available variables to set a DirAxis": [[25, "id9"]], "Grid": [[25, "grid"]], "Access a Grid object": [[25, "access-a-grid-object"]], "Editing a Grid object": [[25, "editing-a-grid-object"]], "Available variables to set an AxisGrid": [[25, "id10"]], "Legend": [[25, "legend"]], "Accessing a Legend object": [[25, "accessing-a-legend-object"]], "Editing a Legend object": [[25, "editing-a-legend-object"]], "Available variables to set a Legend": [[25, "id11"]], "Update, View and Save your graph": [[25, "update-view-and-save-your-graph"]], "Update figures": [[25, "update-figures"]], "Display on screen": [[25, "display-on-screen"]], "Save figures": [[25, "save-figures"]], "Extra usages": [[25, "extra-usages"]], "Load & Save configurations script": [[25, "load-save-configurations-script"]], "Complete example": [[25, "complete-example"]]}, "indexentries": {"cplot": [[0, "module-CPlot"]], "cplot.pytree.addrender2pytree() (in module cplot)": [[0, "CPlot.PyTree.addRender2PyTree"]], "cplot.pytree.addrender2zone() (in module cplot)": [[0, "CPlot.PyTree.addRender2Zone"]], "cplot.pytree.loadview() (in module cplot)": [[0, "CPlot.PyTree.loadView"]], "cplot.add() (in module cplot)": [[0, "CPlot.add"]], "cplot.changeblanking() (in module cplot)": [[0, "CPlot.changeBlanking"]], "cplot.changestyle() (in module cplot)": [[0, "CPlot.changeStyle"]], "cplot.changevariable() (in module cplot)": [[0, "CPlot.changeVariable"]], "cplot.delete() (in module cplot)": [[0, "CPlot.delete"]], "cplot.display() (in module cplot)": [[0, "CPlot.display"]], "cplot.finalizeexport() (in module cplot)": [[0, "CPlot.finalizeExport"]], "cplot.getactivepoint() (in module cplot)": [[0, "CPlot.getActivePoint"]], "cplot.getactivepointindex() (in module cplot)": [[0, "CPlot.getActivePointIndex"]], "cplot.getactivestatus() (in module cplot)": [[0, "CPlot.getActiveStatus"]], "cplot.getactivezones() (in module cplot)": [[0, "CPlot.getActiveZones"]], "cplot.getkeyboard() (in module cplot)": [[0, "CPlot.getKeyboard"]], "cplot.getmousestate() (in module cplot)": [[0, "CPlot.getMouseState"]], "cplot.getselectedstatus() (in module cplot)": [[0, "CPlot.getSelectedStatus"]], "cplot.getselectedzone() (in module cplot)": [[0, "CPlot.getSelectedZone"]], "cplot.getselectedzones() (in module cplot)": [[0, "CPlot.getSelectedZones"]], "cplot.getstate() (in module cplot)": [[0, "CPlot.getState"]], "cplot.lookfor() (in module cplot)": [[0, "CPlot.lookFor"]], "cplot.movecamera() (in module cplot)": [[0, "CPlot.moveCamera"]], "cplot.render() (in module cplot)": [[0, "CPlot.render"]], "cplot.replace() (in module cplot)": [[0, "CPlot.replace"]], "cplot.resetkeyboard() (in module cplot)": [[0, "CPlot.resetKeyboard"]], "cplot.setactivezones() (in module cplot)": [[0, "CPlot.setActiveZones"]], "cplot.setmode() (in module cplot)": [[0, "CPlot.setMode"]], "cplot.setselectedzones() (in module cplot)": [[0, "CPlot.setSelectedZones"]], "cplot.setstate() (in module cplot)": [[0, "CPlot.setState"]], "cplot.setzonenames() (in module cplot)": [[0, "CPlot.setZoneNames"]], "cplot.travelleft() (in module cplot)": [[0, "CPlot.travelLeft"]], "cplot.unselectallzones() (in module cplot)": [[0, "CPlot.unselectAllZones"]], "module": [[0, "module-CPlot"], [1, "module-Compressor"], [2, "module-Connector"], [3, "module-Converter"], [4, "module-Converter.Mpi"], [5, "module-CPlot.Decorator"], [6, "module-Dist2Walls"], [7, "module-Distributor2"], [8, "module-Post.ExtraVariables2"], [9, "module-Converter.Filter"], [10, "module-Generator"], [11, "module-Geom"], [12, "module-Geom.IBM"], [13, "module-Initiator"], [14, "module-Converter.Internal"], [15, "module-Intersector"], [16, "module-OCC"], [17, "module-Post"], [18, "module-Post.IBM"], [19, "module-RigidMotion"], [20, "module-Post.Rotor"], [21, "module-Transform"], [22, "module-Converter.elsAProfile"], [25, "module-tkPlotXY"]], "compressor": [[1, "module-Compressor"]], "compressor.pytree.compressall() (in module compressor)": [[1, "Compressor.PyTree.compressAll"]], "compressor.pytree.compresscartesian() (in module compressor)": [[1, "Compressor.PyTree.compressCartesian"]], "compressor.pytree.compresscelln() (in module compressor)": [[1, "Compressor.PyTree.compressCellN"]], "compressor.pytree.compresscoords() (in module compressor)": [[1, "Compressor.PyTree.compressCoords"]], "compressor.pytree.compresselements() (in module compressor)": [[1, "Compressor.PyTree.compressElements"]], "compressor.pytree.compressfields() (in module compressor)": [[1, "Compressor.PyTree.compressFields"]], "compressor.pytree.uncompressall() (in module compressor)": [[1, "Compressor.PyTree.uncompressAll"]], "compressor.pytree.uncompresscartesian() (in module compressor)": [[1, "Compressor.PyTree.uncompressCartesian"]], "compressor.deltaindex() (in module compressor)": [[1, "Compressor.deltaIndex"]], "compressor.pack() (in module compressor)": [[1, "Compressor.pack"]], "compressor.unpack() (in module compressor)": [[1, "Compressor.unpack"]], "connector": [[2, "module-Connector"]], "connector.pytree.celln2oversetholes() (in module connector)": [[2, "Connector.PyTree.cellN2OversetHoles"]], "connector.pytree.chimerainfo() (in module connector)": [[2, "Connector.PyTree.chimeraInfo"]], "connector.pytree.chimeratransfer() (in module connector)": [[2, "Connector.PyTree.chimeraTransfer"]], "connector.pytree.connectmatchperiodic() (in module connector)": [[2, "Connector.PyTree.connectMatchPeriodic"]], "connector.pytree.connectnearmatch() (in module connector)": [[2, "Connector.PyTree.connectNearMatch"]], "connector.pytree.extractchimerainfo() (in module connector)": [[2, "Connector.PyTree.extractChimeraInfo"]], "connector.pytree.getoversetinfo() (in module connector)": [[2, "Connector.PyTree.getOversetInfo"]], "connector.pytree.setdegeneratedbc() (in module connector)": [[2, "Connector.PyTree.setDegeneratedBC"]], "connector.pytree.setibcdata() (in module connector)": [[2, "Connector.PyTree.setIBCData"]], "connector.pytree.setinterpdata() (in module connector)": [[2, "Connector.PyTree.setInterpData"]], "connector.pytree.setinterpdata2() (in module connector)": [[2, "Connector.PyTree.setInterpData2"]], "connector.pytree.setinterptransfers() (in module connector)": [[2, "Connector.PyTree.setInterpTransfers"]], "connector.pytree.setinterpolations() (in module connector)": [[2, "Connector.PyTree.setInterpolations"]], "connector.toolboxibm.extractibminfo() (in module connector)": [[2, "Connector.ToolboxIBM.extractIBMInfo"]], "connector.toolboxibm.extractibmwallfields() (in module connector)": [[2, "Connector.ToolboxIBM.extractIBMWallFields"]], "connector.toolboxibm.prepareibmdata() (in module connector)": [[2, "Connector.ToolboxIBM.prepareIBMData"]], "connector.blankcells() (in module connector)": [[2, "Connector.blankCells"]], "connector.blankcellstetra() (in module connector)": [[2, "Connector.blankCellsTetra"]], "connector.blankcellstri() (in module connector)": [[2, "Connector.blankCellsTri"]], "connector.blankintersectingcells() (in module connector)": [[2, "Connector.blankIntersectingCells"]], "connector.connectmatch() (in module connector)": [[2, "Connector.connectMatch"]], "connector.getcebbintersectingdomains() (in module connector)": [[2, "Connector.getCEBBIntersectingDomains"]], "connector.getintersectingdomains() (in module connector)": [[2, "Connector.getIntersectingDomains"]], "connector.maximizeblankedcells() (in module connector)": [[2, "Connector.maximizeBlankedCells"]], "connector.optimizeoverlap() (in module connector)": [[2, "Connector.optimizeOverlap"]], "connector.setdoublydefinedbc() (in module connector)": [[2, "Connector.setDoublyDefinedBC"]], "connector.setholeinterpolatedpoints() (in module connector)": [[2, "Connector.setHoleInterpolatedPoints"]], "x.applybcoverlaps() (in module connector)": [[2, "Connector.X.applyBCOverlaps"]], "x.getcebbtimeintersectingdomains() (in module connector)": [[2, "Connector.X.getCEBBTimeIntersectingDomains"]], "x.setdoublydefinedbc() (in module connector)": [[2, "Connector.X.setDoublyDefinedBC"]], "converter": [[3, "module-Converter"]], "converter.array3d.convertarrays2arrays3d() (in module converter)": [[3, "Converter.Array3D.convertArrays2Arrays3D"]], "converter.array3d.convertarrays3d2arrays() (in module converter)": [[3, "Converter.Array3D.convertArrays3D2Arrays"]], "converter.pytree.addbc2zone() (in module converter)": [[3, "Converter.PyTree.addBC2Zone"]], "converter.pytree.addbase2pytree() (in module converter)": [[3, "Converter.PyTree.addBase2PyTree"]], "converter.pytree.addchimera2base() (in module converter)": [[3, "Converter.PyTree.addChimera2Base"]], "converter.pytree.addfamily2base() (in module converter)": [[3, "Converter.PyTree.addFamily2Base"]], "converter.pytree.addghostcells() (in module converter)": [[3, "Converter.PyTree.addGhostCells"]], "converter.pytree.addstate() (in module converter)": [[3, "Converter.PyTree.addState"], [3, "id2"]], "converter.pytree.addvars() (in module converter)": [[3, "Converter.PyTree.addVars"]], "converter.pytree.breakconnectivity() (in module converter)": [[3, "Converter.PyTree.breakConnectivity"]], "converter.pytree.convertfile2pytree() (in module converter)": [[3, "Converter.PyTree.convertFile2PyTree"]], "converter.pytree.convertpytree2file() (in module converter)": [[3, "Converter.PyTree.convertPyTree2File"]], "converter.pytree.cpvars() (in module converter)": [[3, "Converter.PyTree.cpVars"]], "converter.pytree.deleteemptyzones() (in module converter)": [[3, "Converter.PyTree.deleteEmptyZones"]], "converter.pytree.extractbcfields() (in module converter)": [[3, "Converter.PyTree.extractBCFields"]], "converter.pytree.extractbcofname() (in module converter)": [[3, "Converter.PyTree.extractBCOfName"]], "converter.pytree.extractbcoftype() (in module converter)": [[3, "Converter.PyTree.extractBCOfType"]], "converter.pytree.fillemptybcwith() (in module converter)": [[3, "Converter.PyTree.fillEmptyBCWith"]], "converter.pytree.fillmissingvariables() (in module converter)": [[3, "Converter.PyTree.fillMissingVariables"]], "converter.pytree.getbcs() (in module converter)": [[3, "Converter.PyTree.getBCs"]], "converter.pytree.getconnectedzones() (in module converter)": [[3, "Converter.PyTree.getConnectedZones"]], "converter.pytree.getemptybc() (in module converter)": [[3, "Converter.PyTree.getEmptyBC"]], "converter.pytree.getfamilybcnamesdict() (in module converter)": [[3, "Converter.PyTree.getFamilyBCNamesDict"]], "converter.pytree.getfamilybcnamesoftype() (in module converter)": [[3, "Converter.PyTree.getFamilyBCNamesOfType"]], "converter.pytree.getfamilybcs() (in module converter)": [[3, "Converter.PyTree.getFamilyBCs"]], "converter.pytree.getfamilyzonenames() (in module converter)": [[3, "Converter.PyTree.getFamilyZoneNames"]], "converter.pytree.getfamilyzones() (in module converter)": [[3, "Converter.PyTree.getFamilyZones"]], "converter.pytree.getnobnozofzone() (in module converter)": [[3, "Converter.PyTree.getNobNozOfZone"]], "converter.pytree.getnobofbase() (in module converter)": [[3, "Converter.PyTree.getNobOfBase"]], "converter.pytree.getvalue() (in module converter)": [[3, "Converter.PyTree.getValue"]], "converter.pytree.makeparentelements() (in module converter)": [[3, "Converter.PyTree.makeParentElements"]], "converter.pytree.mergeconnectivity() (in module converter)": [[3, "Converter.PyTree.mergeConnectivity"]], "converter.pytree.newpytree() (in module converter)": [[3, "Converter.PyTree.newPyTree"]], "converter.pytree.recoverbcs() (in module converter)": [[3, "Converter.PyTree.recoverBCs"]], "converter.pytree.rmbcdatavars() (in module converter)": [[3, "Converter.PyTree.rmBCDataVars"]], "converter.pytree.rmbcofname() (in module converter)": [[3, "Converter.PyTree.rmBCOfName"]], "converter.pytree.rmbcoftype() (in module converter)": [[3, "Converter.PyTree.rmBCOfType"]], "converter.pytree.rmghostcells() (in module converter)": [[3, "Converter.PyTree.rmGhostCells"]], "converter.pytree.setpartialfields() (in module converter)": [[3, "Converter.PyTree.setPartialFields"]], "converter.pytree.setvalue() (in module converter)": [[3, "Converter.PyTree.setValue"]], "converter.pytree.signngonfaces() (in module converter)": [[3, "Converter.PyTree.signNGonFaces"]], "converter.pytree.tagwithfamily() (in module converter)": [[3, "Converter.PyTree.tagWithFamily"]], "converter.addvars() (in module converter)": [[3, "Converter.addVars"], [3, "id1"]], "converter.array() (in module converter)": [[3, "Converter.array"], [3, "id0"]], "converter.center2node() (in module converter)": [[3, "Converter.center2Node"]], "converter.conformizengon() (in module converter)": [[3, "Converter.conformizeNGon"]], "converter.convertarray2hexa() (in module converter)": [[3, "Converter.convertArray2Hexa"]], "converter.convertarray2ngon() (in module converter)": [[3, "Converter.convertArray2NGon"]], "converter.convertarray2node() (in module converter)": [[3, "Converter.convertArray2Node"]], "converter.convertarray2tetra() (in module converter)": [[3, "Converter.convertArray2Tetra"]], "converter.convertarrays2file() (in module converter)": [[3, "Converter.convertArrays2File"]], "converter.convertbar2struct() (in module converter)": [[3, "Converter.convertBAR2Struct"]], "converter.convertfile2arrays() (in module converter)": [[3, "Converter.convertFile2Arrays"]], "converter.convertho2lo() (in module converter)": [[3, "Converter.convertHO2LO"]], "converter.convertlo2ho() (in module converter)": [[3, "Converter.convertLO2HO"]], "converter.convertsurfacengon() (in module converter)": [[3, "Converter.convertSurfaceNGon"]], "converter.converttri2quad() (in module converter)": [[3, "Converter.convertTri2Quad"]], "converter.copy() (in module converter)": [[3, "Converter.copy"]], "converter.createglobalhook() (in module converter)": [[3, "Converter.createGlobalHook"]], "converter.createglobalindex() (in module converter)": [[3, "Converter.createGlobalIndex"]], "converter.createhook() (in module converter)": [[3, "Converter.createHook"]], "converter.createsockets() (in module converter)": [[3, "Converter.createSockets"]], "converter.diffarrays() (in module converter)": [[3, "Converter.diffArrays"]], "converter.extractvars() (in module converter)": [[3, "Converter.extractVars"]], "converter.freehook() (in module converter)": [[3, "Converter.freeHook"]], "converter.getmaxvalue() (in module converter)": [[3, "Converter.getMaxValue"]], "converter.getmeanrangevalue() (in module converter)": [[3, "Converter.getMeanRangeValue"]], "converter.getmeanvalue() (in module converter)": [[3, "Converter.getMeanValue"]], "converter.getminvalue() (in module converter)": [[3, "Converter.getMinValue"]], "converter.getncells() (in module converter)": [[3, "Converter.getNCells"]], "converter.getnpts() (in module converter)": [[3, "Converter.getNPts"]], "converter.getvalue() (in module converter)": [[3, "Converter.getValue"]], "converter.getvarnames() (in module converter)": [[3, "Converter.getVarNames"]], "converter.identifyelements() (in module converter)": [[3, "Converter.identifyElements"]], "converter.identifyfaces() (in module converter)": [[3, "Converter.identifyFaces"]], "converter.identifynodes() (in module converter)": [[3, "Converter.identifyNodes"]], "converter.identifysolutions() (in module converter)": [[3, "Converter.identifySolutions"]], "converter.initvars() (in module converter)": [[3, "Converter.initVars"]], "converter.isfinite() (in module converter)": [[3, "Converter.isFinite"]], "converter.isnamepresent() (in module converter)": [[3, "Converter.isNamePresent"]], "converter.listen() (in module converter)": [[3, "Converter.listen"]], "converter.magnitude() (in module converter)": [[3, "Converter.magnitude"]], "converter.nearestelements() (in module converter)": [[3, "Converter.nearestElements"]], "converter.nearestfaces() (in module converter)": [[3, "Converter.nearestFaces"]], "converter.nearestnodes() (in module converter)": [[3, "Converter.nearestNodes"]], "converter.node2center() (in module converter)": [[3, "Converter.node2Center"]], "converter.norml0() (in module converter)": [[3, "Converter.normL0"]], "converter.norml2() (in module converter)": [[3, "Converter.normL2"]], "converter.normalize() (in module converter)": [[3, "Converter.normalize"]], "converter.randomizevar() (in module converter)": [[3, "Converter.randomizeVar"]], "converter.recoverglobalindex() (in module converter)": [[3, "Converter.recoverGlobalIndex"]], "converter.rmvars() (in module converter)": [[3, "Converter.rmVars"]], "converter.send() (in module converter)": [[3, "Converter.send"]], "converter.setvalue() (in module converter)": [[3, "Converter.setValue"]], "converter.mpi": [[4, "module-Converter.Mpi"]], "converter.mpi.addxzones() (in module converter.mpi)": [[4, "Converter.Mpi.addXZones"]], "converter.mpi.allgathertree() (in module converter.mpi)": [[4, "Converter.Mpi.allgatherTree"]], "converter.mpi.center2node() (in module converter.mpi)": [[4, "Converter.Mpi.center2Node"]], "converter.mpi.computegraph() (in module converter.mpi)": [[4, "Converter.Mpi.computeGraph"]], "converter.mpi.convert2partialtree() (in module converter.mpi)": [[4, "Converter.Mpi.convert2PartialTree"]], "converter.mpi.convert2skeletontree() (in module converter.mpi)": [[4, "Converter.Mpi.convert2SkeletonTree"]], "converter.mpi.convertfile2pytree() (in module converter.mpi)": [[4, "Converter.Mpi.convertFile2PyTree"]], "converter.mpi.convertfile2skeletontree() (in module converter.mpi)": [[4, "Converter.Mpi.convertFile2SkeletonTree"]], "converter.mpi.convertpytree2file() (in module converter.mpi)": [[4, "Converter.Mpi.convertPyTree2File"]], "converter.mpi.createbboxtree() (in module converter.mpi)": [[4, "Converter.Mpi.createBBoxTree"]], "converter.mpi.getproc() (in module converter.mpi)": [[4, "Converter.Mpi.getProc"]], "converter.mpi.getprocdict() (in module converter.mpi)": [[4, "Converter.Mpi.getProcDict"]], "converter.mpi.readzones() (in module converter.mpi)": [[4, "Converter.Mpi.readZones"]], "converter.mpi.rmxzones() (in module converter.mpi)": [[4, "Converter.Mpi.rmXZones"]], "converter.mpi.setcommunicator() (in module converter.mpi)": [[4, "Converter.Mpi.setCommunicator"]], "converter.mpi.setproc() (in module converter.mpi)": [[4, "Converter.Mpi.setProc"]], "converter.mpi.trace() (in module converter.mpi)": [[4, "Converter.Mpi.trace"]], "converter.mpi.writezones() (in module converter.mpi)": [[4, "Converter.Mpi.writeZones"]], "cplot.decorator": [[5, "module-CPlot.Decorator"]], "cplot.decorator.createarrow() (in module cplot.decorator)": [[5, "CPlot.Decorator.createArrow"]], "cplot.decorator.createcolorbar() (in module cplot.decorator)": [[5, "CPlot.Decorator.createColorBar"]], "cplot.decorator.createsubplot() (in module cplot.decorator)": [[5, "CPlot.Decorator.createSubPlot"]], "cplot.decorator.savefig() (in module cplot.decorator)": [[5, "CPlot.Decorator.savefig"]], "cplot.decorator.show() (in module cplot.decorator)": [[5, "CPlot.Decorator.show"]], "dist2walls": [[6, "module-Dist2Walls"]], "dist2walls.distance2walls() (in module dist2walls)": [[6, "Dist2Walls.distance2Walls"]], "distributor2": [[7, "module-Distributor2"]], "distributor2.mpi.redispatch() (in module distributor2)": [[7, "Distributor2.Mpi.redispatch"]], "distributor2.pytree.addprocnode() (in module distributor2)": [[7, "Distributor2.PyTree.addProcNode"]], "distributor2.pytree.copydistribution() (in module distributor2)": [[7, "Distributor2.PyTree.copyDistribution"]], "distributor2.pytree.distribute() (in module distributor2)": [[7, "Distributor2.PyTree.distribute"]], "distributor2.pytree.getproc() (in module distributor2)": [[7, "Distributor2.PyTree.getProc"]], "distributor2.pytree.getprocdict() (in module distributor2)": [[7, "Distributor2.PyTree.getProcDict"]], "distributor2.pytree.getproclist() (in module distributor2)": [[7, "Distributor2.PyTree.getProcList"]], "distributor2.pytree.printprocstats() (in module distributor2)": [[7, "Distributor2.PyTree.printProcStats"]], "distributor2.distribute() (in module distributor2)": [[7, "Distributor2.distribute"]], "post.extravariables2": [[8, "module-Post.ExtraVariables2"]], "post.extravariables2.computelambda2() (in module post.extravariables2)": [[8, "Post.ExtraVariables2.computeLambda2"]], "post.extravariables2.computeloggradfield2() (in module post.extravariables2)": [[8, "Post.ExtraVariables2.computeLogGradField2"]], "post.extravariables2.computeqcriterion2() (in module post.extravariables2)": [[8, "Post.ExtraVariables2.computeQCriterion2"]], "post.extravariables2.computevorticity2() (in module post.extravariables2)": [[8, "Post.ExtraVariables2.computeVorticity2"]], "post.extravariables2.computevorticitymagnitude2() (in module post.extravariables2)": [[8, "Post.ExtraVariables2.computeVorticityMagnitude2"]], "post.extravariables2.extractforce() (in module post.extravariables2)": [[8, "Post.ExtraVariables2.extractForce"]], "post.extravariables2.extractfrictionmagnitude() (in module post.extravariables2)": [[8, "Post.ExtraVariables2.extractFrictionMagnitude"]], "post.extravariables2.extractfrictionvector() (in module post.extravariables2)": [[8, "Post.ExtraVariables2.extractFrictionVector"]], "post.extravariables2.extractmach() (in module post.extravariables2)": [[8, "Post.ExtraVariables2.extractMach"]], "post.extravariables2.extractpn() (in module post.extravariables2)": [[8, "Post.ExtraVariables2.extractPn"]], "post.extravariables2.extractpressure() (in module post.extravariables2)": [[8, "Post.ExtraVariables2.extractPressure"]], "post.extravariables2.extractshearstress() (in module post.extravariables2)": [[8, "Post.ExtraVariables2.extractShearStress"]], "post.extravariables2.extracttaun() (in module post.extravariables2)": [[8, "Post.ExtraVariables2.extractTaun"]], "post.extravariables2.extracttree() (in module post.extravariables2)": [[8, "Post.ExtraVariables2.extractTree"]], "post.extravariables2.extractvelocitymagnitude() (in module post.extravariables2)": [[8, "Post.ExtraVariables2.extractVelocityMagnitude"]], "post.extravariables2.extractviscosityeddy() (in module post.extravariables2)": [[8, "Post.ExtraVariables2.extractViscosityEddy"]], "post.extravariables2.extractviscositymolecular() (in module post.extravariables2)": [[8, "Post.ExtraVariables2.extractViscosityMolecular"]], "converter.filter": [[9, "module-Converter.Filter"]], "converter.filter.handle() (in module converter.filter)": [[9, "Converter.Filter.Handle"]], "converter.filter.handle.getvariables() (in module converter.filter)": [[9, "Converter.Filter.Handle.getVariables"]], "converter.filter.handle.loadanddistribute() (in module converter.filter)": [[9, "Converter.Filter.Handle.loadAndDistribute"]], "converter.filter.handle.loadandsplit() (in module converter.filter)": [[9, "Converter.Filter.Handle.loadAndSplit"]], "converter.filter.handle.loadfromproc() (in module converter.filter)": [[9, "Converter.Filter.Handle.loadFromProc"]], "converter.filter.handle.loadskeleton() (in module converter.filter)": [[9, "Converter.Filter.Handle.loadSkeleton"]], "converter.filter.handle.loadvariables() (in module converter.filter)": [[9, "Converter.Filter.Handle.loadVariables"]], "converter.filter.handle.loadzones() (in module converter.filter)": [[9, "Converter.Filter.Handle.loadZones"]], "converter.filter.handle.loadzoneswovars() (in module converter.filter)": [[9, "Converter.Filter.Handle.loadZonesWoVars"]], "converter.filter.handle.writevariables() (in module converter.filter)": [[9, "Converter.Filter.Handle.writeVariables"]], "converter.filter.handle.writezones() (in module converter.filter)": [[9, "Converter.Filter.Handle.writeZones"]], "converter.filter.handle.writezoneswovars() (in module converter.filter)": [[9, "Converter.Filter.Handle.writeZonesWoVars"]], "converter.filter.convertfile2skeletontree() (in module converter.filter)": [[9, "Converter.Filter.convertFile2SkeletonTree"]], "converter.filter.deletepaths() (in module converter.filter)": [[9, "Converter.Filter.deletePaths"]], "converter.filter.readnodesfromfilter() (in module converter.filter)": [[9, "Converter.Filter.readNodesFromFilter"]], "converter.filter.readnodesfrompaths() (in module converter.filter)": [[9, "Converter.Filter.readNodesFromPaths"]], "converter.filter.readpytreefrompaths() (in module converter.filter)": [[9, "Converter.Filter.readPyTreeFromPaths"]], "converter.filter.writenodesfrompaths() (in module converter.filter)": [[9, "Converter.Filter.writeNodesFromPaths"]], "converter.filter.writepytreefromfilter() (in module converter.filter)": [[9, "Converter.Filter.writePyTreeFromFilter"]], "converter.filter.writepytreefrompaths() (in module converter.filter)": [[9, "Converter.Filter.writePyTreeFromPaths"]], "generator": [[10, "module-Generator"]], "generator.bb() (in module generator)": [[10, "Generator.BB"]], "generator.cebbintersection() (in module generator)": [[10, "Generator.CEBBIntersection"]], "generator.polyc1.polyc1mesher() (in module generator)": [[10, "Generator.PolyC1.polyC1Mesher"]], "generator.polyline.polylinemesher() (in module generator)": [[10, "Generator.PolyLine.polyLineMesher"]], "generator.pytree.cartrx() (in module generator)": [[10, "Generator.PyTree.cartRx"]], "generator.pytree.cartrx3() (in module generator)": [[10, "Generator.PyTree.cartRx3"]], "generator.t3mesher2d() (in module generator)": [[10, "Generator.T3mesher2D"]], "generator.tfi() (in module generator)": [[10, "Generator.TFI"]], "generator.tfihalfo() (in module generator)": [[10, "Generator.TFIHalfO"]], "generator.tfimono() (in module generator)": [[10, "Generator.TFIMono"]], "generator.tfio() (in module generator)": [[10, "Generator.TFIO"]], "generator.tfistar() (in module generator)": [[10, "Generator.TFIStar"]], "generator.tfitri() (in module generator)": [[10, "Generator.TFITri"]], "generator.ttm() (in module generator)": [[10, "Generator.TTM"]], "generator.adaptoctree() (in module generator)": [[10, "Generator.adaptOctree"]], "generator.addnormallayers() (in module generator)": [[10, "Generator.addNormalLayers"]], "generator.addpointindistribution() (in module generator)": [[10, "Generator.addPointInDistribution"]], "generator.barycenter() (in module generator)": [[10, "Generator.barycenter"]], "generator.bbox() (in module generator)": [[10, "Generator.bbox"]], "generator.bboxintersection() (in module generator)": [[10, "Generator.bboxIntersection"]], "generator.bboxofcells() (in module generator)": [[10, "Generator.bboxOfCells"]], "generator.cart() (in module generator)": [[10, "Generator.cart"]], "generator.carthexa() (in module generator)": [[10, "Generator.cartHexa"]], "generator.cartngon() (in module generator)": [[10, "Generator.cartNGon"]], "generator.cartpenta() (in module generator)": [[10, "Generator.cartPenta"]], "generator.cartpyra() (in module generator)": [[10, "Generator.cartPyra"]], "generator.carttetra() (in module generator)": [[10, "Generator.cartTetra"]], "generator.cartr1() (in module generator)": [[10, "Generator.cartr1"]], "generator.cartr2() (in module generator)": [[10, "Generator.cartr2"]], "generator.checkdelaunay() (in module generator)": [[10, "Generator.checkDelaunay"]], "generator.checkmesh() (in module generator)": [[10, "Generator.checkMesh"]], "generator.checkpointincebb() (in module generator)": [[10, "Generator.checkPointInCEBB"]], "generator.close() (in module generator)": [[10, "Generator.close"]], "generator.collarmesh() (in module generator)": [[10, "Generator.collarMesh"]], "generator.constraineddelaunay() (in module generator)": [[10, "Generator.constrainedDelaunay"]], "generator.cylinder() (in module generator)": [[10, "Generator.cylinder"]], "generator.cylinder2() (in module generator)": [[10, "Generator.cylinder2"]], "generator.cylinder3() (in module generator)": [[10, "Generator.cylinder3"]], "generator.delaunay() (in module generator)": [[10, "Generator.delaunay"]], "generator.densify() (in module generator)": [[10, "Generator.densify"]], "generator.enforcecurvature() (in module generator)": [[10, "Generator.enforceCurvature"]], "generator.enforceline() (in module generator)": [[10, "Generator.enforceLine"]], "generator.enforcemoinsx() (in module generator)": [[10, "Generator.enforceMoinsX"]], "generator.enforceplusx() (in module generator)": [[10, "Generator.enforcePlusX"]], "generator.enforcepoint() (in module generator)": [[10, "Generator.enforcePoint"]], "generator.enforcex() (in module generator)": [[10, "Generator.enforceX"]], "generator.expandlayer() (in module generator)": [[10, "Generator.expandLayer"]], "generator.fittingplaster() (in module generator)": [[10, "Generator.fittingPlaster"]], "generator.gapfixer() (in module generator)": [[10, "Generator.gapfixer"]], "generator.gapsmanager() (in module generator)": [[10, "Generator.gapsmanager"]], "generator.gencartmb() (in module generator)": [[10, "Generator.gencartmb"]], "generator.getangleregularitymap() (in module generator)": [[10, "Generator.getAngleRegularityMap"]], "generator.getcellplanarity() (in module generator)": [[10, "Generator.getCellPlanarity"]], "generator.getcircumcirclemap() (in module generator)": [[10, "Generator.getCircumCircleMap"]], "generator.getedgeratio() (in module generator)": [[10, "Generator.getEdgeRatio"]], "generator.getincirclemap() (in module generator)": [[10, "Generator.getInCircleMap"]], "generator.getmaxlength() (in module generator)": [[10, "Generator.getMaxLength"]], "generator.getnormalmap() (in module generator)": [[10, "Generator.getNormalMap"]], "generator.getorthogonalitymap() (in module generator)": [[10, "Generator.getOrthogonalityMap"]], "generator.getregularitymap() (in module generator)": [[10, "Generator.getRegularityMap"]], "generator.getsmoothnormalmap() (in module generator)": [[10, "Generator.getSmoothNormalMap"]], "generator.gettriqualitymap() (in module generator)": [[10, "Generator.getTriQualityMap"]], "generator.getvolumemap() (in module generator)": [[10, "Generator.getVolumeMap"]], "generator.grow() (in module generator)": [[10, "Generator.grow"]], "generator.hyper2d() (in module generator)": [[10, "Generator.hyper2D"]], "generator.map() (in module generator)": [[10, "Generator.map"]], "generator.mapcurvature() (in module generator)": [[10, "Generator.mapCurvature"]], "generator.mapsplit() (in module generator)": [[10, "Generator.mapSplit"]], "generator.mmgs() (in module generator)": [[10, "Generator.mmgs"]], "generator.octree() (in module generator)": [[10, "Generator.octree"]], "generator.octree2struct() (in module generator)": [[10, "Generator.octree2Struct"]], "generator.pointedhat() (in module generator)": [[10, "Generator.pointedHat"]], "generator.refine() (in module generator)": [[10, "Generator.refine"]], "generator.selectinsideelts() (in module generator)": [[10, "Generator.selectInsideElts"]], "generator.snapfront() (in module generator)": [[10, "Generator.snapFront"]], "generator.snapsharpedges() (in module generator)": [[10, "Generator.snapSharpEdges"]], "generator.stack() (in module generator)": [[10, "Generator.stack"]], "generator.stitchedhat() (in module generator)": [[10, "Generator.stitchedHat"]], "generator.surfacewalk() (in module generator)": [[10, "Generator.surfaceWalk"]], "generator.tetramesher() (in module generator)": [[10, "Generator.tetraMesher"]], "generator.zip() (in module generator)": [[10, "Generator.zip"]], "geom": [[11, "module-Geom"]], "geom.offset.offsetsurface() (in module geom)": [[11, "Geom.Offset.offsetSurface"]], "geom.axisym() (in module geom)": [[11, "Geom.axisym"]], "geom.bezier() (in module geom)": [[11, "Geom.bezier"]], "geom.box() (in module geom)": [[11, "Geom.box"]], "geom.circle() (in module geom)": [[11, "Geom.circle"]], "geom.cloud() (in module geom)": [[11, "Geom.cloud"]], "geom.cone() (in module geom)": [[11, "Geom.cone"]], "geom.connect1d() (in module geom)": [[11, "Geom.connect1D"]], "geom.curve() (in module geom)": [[11, "Geom.curve"]], "geom.cylinder() (in module geom)": [[11, "Geom.cylinder"]], "geom.disc() (in module geom)": [[11, "Geom.disc"]], "geom.distrib1() (in module geom)": [[11, "Geom.distrib1"]], "geom.distrib2() (in module geom)": [[11, "Geom.distrib2"]], "geom.enforceh() (in module geom)": [[11, "Geom.enforceh"]], "geom.getcurvatureangle() (in module geom)": [[11, "Geom.getCurvatureAngle"]], "geom.getcurvatureheight() (in module geom)": [[11, "Geom.getCurvatureHeight"]], "geom.getcurvatureradius() (in module geom)": [[11, "Geom.getCurvatureRadius"]], "geom.getcurvilinearabscissa() (in module geom)": [[11, "Geom.getCurvilinearAbscissa"]], "geom.getdistantindex() (in module geom)": [[11, "Geom.getDistantIndex"]], "geom.getdistribution() (in module geom)": [[11, "Geom.getDistribution"]], "geom.getlength() (in module geom)": [[11, "Geom.getLength"]], "geom.getnearestpointindex() (in module geom)": [[11, "Geom.getNearestPointIndex"]], "geom.getsharpestangle() (in module geom)": [[11, "Geom.getSharpestAngle"]], "geom.gettangent() (in module geom)": [[11, "Geom.getTangent"]], "geom.getuv() (in module geom)": [[11, "Geom.getUV"]], "geom.line() (in module geom)": [[11, "Geom.line"]], "geom.linedrive() (in module geom)": [[11, "Geom.lineDrive"]], "geom.naca() (in module geom)": [[11, "Geom.naca"]], "geom.nurbs() (in module geom)": [[11, "Geom.nurbs"]], "geom.orthodrive() (in module geom)": [[11, "Geom.orthoDrive"]], "geom.point() (in module geom)": [[11, "Geom.point"]], "geom.polyline() (in module geom)": [[11, "Geom.polyline"]], "geom.quadrangle() (in module geom)": [[11, "Geom.quadrangle"]], "geom.refine() (in module geom)": [[11, "Geom.refine"]], "geom.sphere() (in module geom)": [[11, "Geom.sphere"]], "geom.sphere6() (in module geom)": [[11, "Geom.sphere6"]], "geom.sphereyinyang() (in module geom)": [[11, "Geom.sphereYinYang"]], "geom.spline() (in module geom)": [[11, "Geom.spline"]], "geom.surface() (in module geom)": [[11, "Geom.surface"]], "geom.text1d() (in module geom)": [[11, "Geom.text1D"]], "geom.text2d() (in module geom)": [[11, "Geom.text2D"]], "geom.text3d() (in module geom)": [[11, "Geom.text3D"]], "geom.torus() (in module geom)": [[11, "Geom.torus"]], "geom.triangle() (in module geom)": [[11, "Geom.triangle"]], "geom.uniformize() (in module geom)": [[11, "Geom.uniformize"]], "geom.ibm": [[12, "module-Geom.IBM"]], "geom.ibm.changeibctype() (in module geom.ibm)": [[12, "Geom.IBM.changeIBCType"]], "geom.ibm.initinj() (in module geom.ibm)": [[12, "Geom.IBM.initInj"]], "geom.ibm.initoutflow() (in module geom.ibm)": [[12, "Geom.IBM.initOutflow"]], "geom.ibm.setdfar() (in module geom.ibm)": [[12, "Geom.IBM.setDfar"]], "geom.ibm.setfluidinside() (in module geom.ibm)": [[12, "Geom.IBM.setFluidInside"]], "geom.ibm.setibctype() (in module geom.ibm)": [[12, "Geom.IBM.setIBCType"]], "geom.ibm.setsnear() (in module geom.ibm)": [[12, "Geom.IBM.setSnear"]], "geom.ibm.snearfactor() (in module geom.ibm)": [[12, "Geom.IBM.snearFactor"]], "geom.ibm.symetrizepb() (in module geom.ibm)": [[12, "Geom.IBM.symetrizePb"]], "initiator": [[13, "module-Initiator"]], "initiator.adim.adim1() (in module initiator)": [[13, "Initiator.Adim.adim1"]], "initiator.adim.adim2() (in module initiator)": [[13, "Initiator.Adim.adim2"]], "initiator.adim.adim3() (in module initiator)": [[13, "Initiator.Adim.adim3"]], "initiator.adim.dim1() (in module initiator)": [[13, "Initiator.Adim.dim1"]], "initiator.adim.dim2() (in module initiator)": [[13, "Initiator.Adim.dim2"]], "initiator.adim.dim3() (in module initiator)": [[13, "Initiator.Adim.dim3"]], "initiator.initconst() (in module initiator)": [[13, "Initiator.initConst"]], "initiator.initlamb() (in module initiator)": [[13, "Initiator.initLamb"]], "initiator.initscully() (in module initiator)": [[13, "Initiator.initScully"]], "initiator.initvisbal() (in module initiator)": [[13, "Initiator.initVisbal"]], "initiator.initwissocq() (in module initiator)": [[13, "Initiator.initWissocq"]], "initiator.inityee() (in module initiator)": [[13, "Initiator.initYee"]], "initiator.overlayfield() (in module initiator)": [[13, "Initiator.overlayField"]], "converter.internal": [[14, "module-Converter.Internal"]], "converter.internal.adaptnface2pe() (in module converter.internal)": [[14, "Converter.Internal.adaptNFace2PE"]], "converter.internal.adaptngon32ngon4() (in module converter.internal)": [[14, "Converter.Internal.adaptNGon32NGon4"]], "converter.internal.adaptngon42ngon3() (in module converter.internal)": [[14, "Converter.Internal.adaptNGon42NGon3"]], "converter.internal.adaptpe2nface() (in module converter.internal)": [[14, "Converter.Internal.adaptPE2NFace"]], "converter.internal.addchild() (in module converter.internal)": [[14, "Converter.Internal.addChild"]], "converter.internal.append() (in module converter.internal)": [[14, "Converter.Internal.append"]], "converter.internal.appendbasename2zonename() (in module converter.internal)": [[14, "Converter.Internal.appendBaseName2ZoneName"]], "converter.internal.checkpytree() (in module converter.internal)": [[14, "Converter.Internal.checkPyTree"]], "converter.internal.copynode() (in module converter.internal)": [[14, "Converter.Internal.copyNode"]], "converter.internal.copyref() (in module converter.internal)": [[14, "Converter.Internal.copyRef"]], "converter.internal.copytree() (in module converter.internal)": [[14, "Converter.Internal.copyTree"]], "converter.internal.copyvalue() (in module converter.internal)": [[14, "Converter.Internal.copyValue"]], "converter.internal.correctpytree() (in module converter.internal)": [[14, "Converter.Internal.correctPyTree"]], "converter.internal.createchild() (in module converter.internal)": [[14, "Converter.Internal.createChild"]], "converter.internal.createnode() (in module converter.internal)": [[14, "Converter.Internal.createNode"]], "converter.internal.createuniquechild() (in module converter.internal)": [[14, "Converter.Internal.createUniqueChild"]], "converter.internal.getbases() (in module converter.internal)": [[14, "Converter.Internal.getBases"]], "converter.internal.getbyname() (in module converter.internal)": [[14, "Converter.Internal.getByName"]], "converter.internal.getbytype() (in module converter.internal)": [[14, "Converter.Internal.getByType"]], "converter.internal.getchildfromname() (in module converter.internal)": [[14, "Converter.Internal.getChildFromName"]], "converter.internal.getchildfromtype() (in module converter.internal)": [[14, "Converter.Internal.getChildFromType"]], "converter.internal.getchildren() (in module converter.internal)": [[14, "Converter.Internal.getChildren"]], "converter.internal.getchildrenfromtype() (in module converter.internal)": [[14, "Converter.Internal.getChildrenFromType"]], "converter.internal.getname() (in module converter.internal)": [[14, "Converter.Internal.getName"]], "converter.internal.getnodefromname() (in module converter.internal)": [[14, "Converter.Internal.getNodeFromName"]], "converter.internal.getnodefromnameandtype() (in module converter.internal)": [[14, "Converter.Internal.getNodeFromNameAndType"]], "converter.internal.getnodefrompath() (in module converter.internal)": [[14, "Converter.Internal.getNodeFromPath"]], "converter.internal.getnodefromtype() (in module converter.internal)": [[14, "Converter.Internal.getNodeFromType"]], "converter.internal.getnodeposition() (in module converter.internal)": [[14, "Converter.Internal.getNodePosition"]], "converter.internal.getnodesfromname() (in module converter.internal)": [[14, "Converter.Internal.getNodesFromName"]], "converter.internal.getnodesfromnameandtype() (in module converter.internal)": [[14, "Converter.Internal.getNodesFromNameAndType"]], "converter.internal.getnodesfromtype() (in module converter.internal)": [[14, "Converter.Internal.getNodesFromType"]], "converter.internal.getnodesfromvalue() (in module converter.internal)": [[14, "Converter.Internal.getNodesFromValue"]], "converter.internal.getparentfromtype() (in module converter.internal)": [[14, "Converter.Internal.getParentFromType"]], "converter.internal.getparentofnode() (in module converter.internal)": [[14, "Converter.Internal.getParentOfNode"]], "converter.internal.getparentsfromtype() (in module converter.internal)": [[14, "Converter.Internal.getParentsFromType"]], "converter.internal.getpath() (in module converter.internal)": [[14, "Converter.Internal.getPath"]], "converter.internal.getpathancestor() (in module converter.internal)": [[14, "Converter.Internal.getPathAncestor"]], "converter.internal.getpathleaf() (in module converter.internal)": [[14, "Converter.Internal.getPathLeaf"]], "converter.internal.getpathsfromname() (in module converter.internal)": [[14, "Converter.Internal.getPathsFromName"]], "converter.internal.getpathsfromtype() (in module converter.internal)": [[14, "Converter.Internal.getPathsFromType"]], "converter.internal.getpathsfromvalue() (in module converter.internal)": [[14, "Converter.Internal.getPathsFromValue"]], "converter.internal.getsizeof() (in module converter.internal)": [[14, "Converter.Internal.getSizeOf"]], "converter.internal.gettype() (in module converter.internal)": [[14, "Converter.Internal.getType"]], "converter.internal.getval() (in module converter.internal)": [[14, "Converter.Internal.getVal"]], "converter.internal.getvalue() (in module converter.internal)": [[14, "Converter.Internal.getValue"]], "converter.internal.getzonedim() (in module converter.internal)": [[14, "Converter.Internal.getZoneDim"]], "converter.internal.getzonepaths() (in module converter.internal)": [[14, "Converter.Internal.getZonePaths"]], "converter.internal.getzonetype() (in module converter.internal)": [[14, "Converter.Internal.getZoneType"]], "converter.internal.getzones() (in module converter.internal)": [[14, "Converter.Internal.getZones"]], "converter.internal.getzonesperiteration() (in module converter.internal)": [[14, "Converter.Internal.getZonesPerIteration"]], "converter.internal.groupbcbybctype() (in module converter.internal)": [[14, "Converter.Internal.groupBCByBCType"]], "converter.internal.ischild() (in module converter.internal)": [[14, "Converter.Internal.isChild"]], "converter.internal.isname() (in module converter.internal)": [[14, "Converter.Internal.isName"]], "converter.internal.isstdnode() (in module converter.internal)": [[14, "Converter.Internal.isStdNode"]], "converter.internal.istoptree() (in module converter.internal)": [[14, "Converter.Internal.isTopTree"]], "converter.internal.istype() (in module converter.internal)": [[14, "Converter.Internal.isType"]], "converter.internal.isvalue() (in module converter.internal)": [[14, "Converter.Internal.isValue"]], "converter.internal.merge() (in module converter.internal)": [[14, "Converter.Internal.merge"]], "converter.internal.movenodefrompaths() (in module converter.internal)": [[14, "Converter.Internal.moveNodeFromPaths"]], "converter.internal.newarbitrarygridmotion() (in module converter.internal)": [[14, "Converter.Internal.newArbitraryGridMotion"]], "converter.internal.newaxisymmetry() (in module converter.internal)": [[14, "Converter.Internal.newAxiSymmetry"]], "converter.internal.newbc() (in module converter.internal)": [[14, "Converter.Internal.newBC"]], "converter.internal.newbcdata() (in module converter.internal)": [[14, "Converter.Internal.newBCData"]], "converter.internal.newbcdataset() (in module converter.internal)": [[14, "Converter.Internal.newBCDataSet"]], "converter.internal.newbcproperty() (in module converter.internal)": [[14, "Converter.Internal.newBCProperty"]], "converter.internal.newbaseiterativedata() (in module converter.internal)": [[14, "Converter.Internal.newBaseIterativeData"]], "converter.internal.newcgnsbase() (in module converter.internal)": [[14, "Converter.Internal.newCGNSBase"]], "converter.internal.newcgnstree() (in module converter.internal)": [[14, "Converter.Internal.newCGNSTree"]], "converter.internal.newchemicalkineticsmodel() (in module converter.internal)": [[14, "Converter.Internal.newChemicalKineticsModel"]], "converter.internal.newconvergencehistory() (in module converter.internal)": [[14, "Converter.Internal.newConvergenceHistory"]], "converter.internal.newdataarray() (in module converter.internal)": [[14, "Converter.Internal.newDataArray"]], "converter.internal.newdataclass() (in module converter.internal)": [[14, "Converter.Internal.newDataClass"]], "converter.internal.newdataconversion() (in module converter.internal)": [[14, "Converter.Internal.newDataConversion"]], "converter.internal.newdescriptor() (in module converter.internal)": [[14, "Converter.Internal.newDescriptor"]], "converter.internal.newdimensionalexponents() (in module converter.internal)": [[14, "Converter.Internal.newDimensionalExponents"]], "converter.internal.newdimensionalunits() (in module converter.internal)": [[14, "Converter.Internal.newDimensionalUnits"]], "converter.internal.newdiscretedata() (in module converter.internal)": [[14, "Converter.Internal.newDiscreteData"]], "converter.internal.newemconductivitymodel() (in module converter.internal)": [[14, "Converter.Internal.newEMConductivityModel"]], "converter.internal.newemelectricfieldmodel() (in module converter.internal)": [[14, "Converter.Internal.newEMElectricFieldModel"]], "converter.internal.newemmagneticfieldmodel() (in module converter.internal)": [[14, "Converter.Internal.newEMMagneticFieldModel"]], "converter.internal.newelements() (in module converter.internal)": [[14, "Converter.Internal.newElements"]], "converter.internal.newfamily() (in module converter.internal)": [[14, "Converter.Internal.newFamily"]], "converter.internal.newfamilybc() (in module converter.internal)": [[14, "Converter.Internal.newFamilyBC"]], "converter.internal.newflowequationset() (in module converter.internal)": [[14, "Converter.Internal.newFlowEquationSet"]], "converter.internal.newflowsolution() (in module converter.internal)": [[14, "Converter.Internal.newFlowSolution"]], "converter.internal.newgasmodel() (in module converter.internal)": [[14, "Converter.Internal.newGasModel"]], "converter.internal.newgeometryreference() (in module converter.internal)": [[14, "Converter.Internal.newGeometryReference"]], "converter.internal.newgoverningequations() (in module converter.internal)": [[14, "Converter.Internal.newGoverningEquations"]], "converter.internal.newgravity() (in module converter.internal)": [[14, "Converter.Internal.newGravity"]], "converter.internal.newgridconnectivity() (in module converter.internal)": [[14, "Converter.Internal.newGridConnectivity"]], "converter.internal.newgridconnectivity1to1() (in module converter.internal)": [[14, "Converter.Internal.newGridConnectivity1to1"]], "converter.internal.newgridconnectivityproperty() (in module converter.internal)": [[14, "Converter.Internal.newGridConnectivityProperty"]], "converter.internal.newgridconnectivitytype() (in module converter.internal)": [[14, "Converter.Internal.newGridConnectivityType"]], "converter.internal.newgridcoordinates() (in module converter.internal)": [[14, "Converter.Internal.newGridCoordinates"]], "converter.internal.newgridlocation() (in module converter.internal)": [[14, "Converter.Internal.newGridLocation"]], "converter.internal.newindexarray() (in module converter.internal)": [[14, "Converter.Internal.newIndexArray"]], "converter.internal.newintegraldata() (in module converter.internal)": [[14, "Converter.Internal.newIntegralData"]], "converter.internal.newordinal() (in module converter.internal)": [[14, "Converter.Internal.newOrdinal"]], "converter.internal.newoversetholes() (in module converter.internal)": [[14, "Converter.Internal.newOversetHoles"]], "converter.internal.newparentelements() (in module converter.internal)": [[14, "Converter.Internal.newParentElements"]], "converter.internal.newparentelementsposition() (in module converter.internal)": [[14, "Converter.Internal.newParentElementsPosition"]], "converter.internal.newperiodic() (in module converter.internal)": [[14, "Converter.Internal.newPeriodic"]], "converter.internal.newpointlist() (in module converter.internal)": [[14, "Converter.Internal.newPointList"]], "converter.internal.newpointrange() (in module converter.internal)": [[14, "Converter.Internal.newPointRange"]], "converter.internal.newreferencestate() (in module converter.internal)": [[14, "Converter.Internal.newReferenceState"]], "converter.internal.newrigidgridmotion() (in module converter.internal)": [[14, "Converter.Internal.newRigidGridMotion"]], "converter.internal.newrigidgridmotiontype() (in module converter.internal)": [[14, "Converter.Internal.newRigidGridMotionType"]], "converter.internal.newrind() (in module converter.internal)": [[14, "Converter.Internal.newRind"]], "converter.internal.newrotatingcoordinates() (in module converter.internal)": [[14, "Converter.Internal.newRotatingCoordinates"]], "converter.internal.newsimulationtype() (in module converter.internal)": [[14, "Converter.Internal.newSimulationType"]], "converter.internal.newthermalconductivitymodel() (in module converter.internal)": [[14, "Converter.Internal.newThermalConductivityModel"]], "converter.internal.newthermalrelaxationmodel() (in module converter.internal)": [[14, "Converter.Internal.newThermalRelaxationModel"]], "converter.internal.newturbulenceclosure() (in module converter.internal)": [[14, "Converter.Internal.newTurbulenceClosure"]], "converter.internal.newturbulencemodel() (in module converter.internal)": [[14, "Converter.Internal.newTurbulenceModel"]], "converter.internal.newuserdefineddata() (in module converter.internal)": [[14, "Converter.Internal.newUserDefinedData"]], "converter.internal.newviscositymodel() (in module converter.internal)": [[14, "Converter.Internal.newViscosityModel"]], "converter.internal.newzone() (in module converter.internal)": [[14, "Converter.Internal.newZone"]], "converter.internal.newzonebc() (in module converter.internal)": [[14, "Converter.Internal.newZoneBC"]], "converter.internal.newzonegridconnectivity() (in module converter.internal)": [[14, "Converter.Internal.newZoneGridConnectivity"]], "converter.internal.newzoneiterativedata() (in module converter.internal)": [[14, "Converter.Internal.newZoneIterativeData"]], "converter.internal.newzonesubregion() (in module converter.internal)": [[14, "Converter.Internal.newZoneSubRegion"]], "converter.internal.printtree() (in module converter.internal)": [[14, "Converter.Internal.printTree"]], "converter.internal.renamenode() (in module converter.internal)": [[14, "Converter.Internal.renameNode"]], "converter.internal.rmnode() (in module converter.internal)": [[14, "Converter.Internal.rmNode"]], "converter.internal.rmnodebypath() (in module converter.internal)": [[14, "Converter.Internal.rmNodeByPath"]], "converter.internal.rmnodesbyname() (in module converter.internal)": [[14, "Converter.Internal.rmNodesByName"]], "converter.internal.rmnodesbynameandtype() (in module converter.internal)": [[14, "Converter.Internal.rmNodesByNameAndType"]], "converter.internal.rmnodesbytype() (in module converter.internal)": [[14, "Converter.Internal.rmNodesByType"]], "converter.internal.rmnodesbyvalue() (in module converter.internal)": [[14, "Converter.Internal.rmNodesByValue"]], "converter.internal.setname() (in module converter.internal)": [[14, "Converter.Internal.setName"]], "converter.internal.settype() (in module converter.internal)": [[14, "Converter.Internal.setType"]], "converter.internal.setvalue() (in module converter.internal)": [[14, "Converter.Internal.setValue"]], "converter.internal.sortbyname() (in module converter.internal)": [[14, "Converter.Internal.sortByName"]], "converter.internal.typeofnode() (in module converter.internal)": [[14, "Converter.Internal.typeOfNode"]], "intersector": [[15, "module-Intersector"]], "intersector.pytree.xcelln() (in module intersector)": [[15, "Intersector.PyTree.XcellN"]], "intersector.adaptbox() (in module intersector)": [[15, "Intersector.adaptBox"]], "intersector.adaptcells() (in module intersector)": [[15, "Intersector.adaptCells"]], "intersector.agglomeratecellswithspecifiedfaces() (in module intersector)": [[15, "Intersector.agglomerateCellsWithSpecifiedFaces"]], "intersector.agglomeratenonstarcells() (in module intersector)": [[15, "Intersector.agglomerateNonStarCells"]], "intersector.agglomeratesmallcells() (in module intersector)": [[15, "Intersector.agglomerateSmallCells"]], "intersector.assigndata2sensor() (in module intersector)": [[15, "Intersector.assignData2Sensor"]], "intersector.booleanintersection() (in module intersector)": [[15, "Intersector.booleanIntersection"]], "intersector.booleanminus() (in module intersector)": [[15, "Intersector.booleanMinus"]], "intersector.booleanunion() (in module intersector)": [[15, "Intersector.booleanUnion"]], "intersector.centroids() (in module intersector)": [[15, "Intersector.centroids"]], "intersector.checkcellsclosure() (in module intersector)": [[15, "Intersector.checkCellsClosure"]], "intersector.checkcellsflux() (in module intersector)": [[15, "Intersector.checkCellsFlux"]], "intersector.checkcellsvolume() (in module intersector)": [[15, "Intersector.checkCellsVolume"]], "intersector.checkfordegencells() (in module intersector)": [[15, "Intersector.checkForDegenCells"]], "intersector.closecells() (in module intersector)": [[15, "Intersector.closeCells"]], "intersector.computegrowthratio() (in module intersector)": [[15, "Intersector.computeGrowthRatio"]], "intersector.conformunstr() (in module intersector)": [[15, "Intersector.conformUnstr"]], "intersector.conformizehmesh() (in module intersector)": [[15, "Intersector.conformizeHMesh"]], "intersector.convertngon2dtongon3d() (in module intersector)": [[15, "Intersector.convertNGON2DToNGON3D"]], "intersector.convexifyfaces() (in module intersector)": [[15, "Intersector.convexifyFaces"]], "intersector.createhmesh() (in module intersector)": [[15, "Intersector.createHMesh"]], "intersector.createsensor() (in module intersector)": [[15, "Intersector.createSensor"]], "intersector.deletehmesh() (in module intersector)": [[15, "Intersector.deleteHMesh"]], "intersector.deletesensor() (in module intersector)": [[15, "Intersector.deleteSensor"]], "intersector.diffmesh() (in module intersector)": [[15, "Intersector.diffMesh"]], "intersector.diffsurf() (in module intersector)": [[15, "Intersector.diffSurf"]], "intersector.edgelengthextrema() (in module intersector)": [[15, "Intersector.edgeLengthExtrema"]], "intersector.extractouterlayers() (in module intersector)": [[15, "Intersector.extractOuterLayers"]], "intersector.extractpathologicalcells() (in module intersector)": [[15, "Intersector.extractPathologicalCells"]], "intersector.getcells() (in module intersector)": [[15, "Intersector.getCells"]], "intersector.getcollidingcells() (in module intersector)": [[15, "Intersector.getCollidingCells"]], "intersector.getoverlappingfaces() (in module intersector)": [[15, "Intersector.getOverlappingFaces"]], "intersector.intersection() (in module intersector)": [[15, "Intersector.intersection"]], "intersector.preparecellssplit() (in module intersector)": [[15, "Intersector.prepareCellsSplit"]], "intersector.reorient() (in module intersector)": [[15, "Intersector.reorient"]], "intersector.selfx() (in module intersector)": [[15, "Intersector.selfX"]], "intersector.simplifycells() (in module intersector)": [[15, "Intersector.simplifyCells"]], "intersector.splitnonstarcells() (in module intersector)": [[15, "Intersector.splitNonStarCells"]], "intersector.syncmacthperiodicfaces() (in module intersector)": [[15, "Intersector.syncMacthPeriodicFaces"]], "intersector.triangulatebc() (in module intersector)": [[15, "Intersector.triangulateBC"]], "intersector.triangulateexteriorfaces() (in module intersector)": [[15, "Intersector.triangulateExteriorFaces"]], "intersector.volumes() (in module intersector)": [[15, "Intersector.volumes"]], "occ": [[16, "module-OCC"]], "occ.pytree.convertcad2pytree() (in module occ)": [[16, "OCC.OCC.PyTree.convertCAD2PyTree"]], "occ.convertcad2arrays() (in module occ)": [[16, "OCC.OCC.convertCAD2Arrays"]], "post": [[17, "module-Post"]], "post.probe.probe() (in module post)": [[17, "Post.Probe.Probe"]], "post.probe.probe.extract() (in module post)": [[17, "Post.Probe.Probe.extract"]], "post.probe.probe.flush() (in module post)": [[17, "Post.Probe.Probe.flush"]], "post.probe.probe.read() (in module post)": [[17, "Post.Probe.Probe.read"]], "post.pytree.computewallshearstress() (in module post)": [[17, "Post.PyTree.computeWallShearStress"]], "post.pytree.importvariables() (in module post)": [[17, "Post.PyTree.importVariables"]], "post.coarsen() (in module post)": [[17, "Post.coarsen"]], "post.computecurl() (in module post)": [[17, "Post.computeCurl"]], "post.computediff() (in module post)": [[17, "Post.computeDiff"]], "post.computediv() (in module post)": [[17, "Post.computeDiv"]], "post.computediv2() (in module post)": [[17, "Post.computeDiv2"]], "post.computeextravariable() (in module post)": [[17, "Post.computeExtraVariable"]], "post.computegrad() (in module post)": [[17, "Post.computeGrad"]], "post.computegrad2() (in module post)": [[17, "Post.computeGrad2"]], "post.computegradlsq() (in module post)": [[17, "Post.computeGradLSQ"]], "post.computeindicatorfield() (in module post)": [[17, "Post.computeIndicatorField"]], "post.computeindicatorvalue() (in module post)": [[17, "Post.computeIndicatorValue"]], "post.computenormcurl() (in module post)": [[17, "Post.computeNormCurl"]], "post.computenormgrad() (in module post)": [[17, "Post.computeNormGrad"]], "post.computevariables() (in module post)": [[17, "Post.computeVariables"]], "post.exteriorelts() (in module post)": [[17, "Post.exteriorElts"]], "post.exteriorfaces() (in module post)": [[17, "Post.exteriorFaces"]], "post.exteriorfacesstructured() (in module post)": [[17, "Post.exteriorFacesStructured"]], "post.extractmesh() (in module post)": [[17, "Post.extractMesh"]], "post.extractplane() (in module post)": [[17, "Post.extractPlane"]], "post.extractpoint() (in module post)": [[17, "Post.extractPoint"]], "post.frontfaces() (in module post)": [[17, "Post.frontFaces"]], "post.integ() (in module post)": [[17, "Post.integ"]], "post.integmoment() (in module post)": [[17, "Post.integMoment"]], "post.integmomentnorm() (in module post)": [[17, "Post.integMomentNorm"]], "post.integnorm() (in module post)": [[17, "Post.integNorm"]], "post.integnormproduct() (in module post)": [[17, "Post.integNormProduct"]], "post.interiorfaces() (in module post)": [[17, "Post.interiorFaces"]], "post.isoline() (in module post)": [[17, "Post.isoLine"]], "post.isosurf() (in module post)": [[17, "Post.isoSurf"]], "post.isosurfmc() (in module post)": [[17, "Post.isoSurfMC"]], "post.projectcloudsolution() (in module post)": [[17, "Post.projectCloudSolution"]], "post.refine() (in module post)": [[17, "Post.refine"], [17, "id0"]], "post.renamevars() (in module post)": [[17, "Post.renameVars"]], "post.selectcells() (in module post)": [[17, "Post.selectCells"]], "post.selectcells2() (in module post)": [[17, "Post.selectCells2"]], "post.sharpedges() (in module post)": [[17, "Post.sharpEdges"]], "post.silhouette() (in module post)": [[17, "Post.silhouette"]], "post.streamline() (in module post)": [[17, "Post.streamLine"]], "post.streamribbon() (in module post)": [[17, "Post.streamRibbon"]], "post.streamsurf() (in module post)": [[17, "Post.streamSurf"]], "post.usurp() (in module post)": [[17, "Post.usurp"]], "post.zipper() (in module post)": [[17, "Post.zipper"]], "post.ibm": [[18, "module-Post.IBM"]], "post.ibm.computeextravariables() (in module post.ibm)": [[18, "Post.IBM.computeExtraVariables"]], "post.ibm.extractconvectiveterms() (in module post.ibm)": [[18, "Post.IBM.extractConvectiveTerms"]], "post.ibm.extractibmwallfields() (in module post.ibm)": [[18, "Post.IBM.extractIBMWallFields"]], "post.ibm.extractlocalpressuregradients() (in module post.ibm)": [[18, "Post.IBM.extractLocalPressureGradients"]], "post.ibm.extractpressureho() (in module post.ibm)": [[18, "Post.IBM.extractPressureHO"]], "post.ibm.extractpressureho2() (in module post.ibm)": [[18, "Post.IBM.extractPressureHO2"]], "post.ibm.extractshearstress() (in module post.ibm)": [[18, "Post.IBM.extractShearStress"]], "post.ibm.extractyplusip() (in module post.ibm)": [[18, "Post.IBM.extractYplusIP"]], "post.ibm.loads() (in module post.ibm)": [[18, "Post.IBM.loads"]], "rigidmotion": [[19, "module-RigidMotion"]], "rigidmotion.pytree.copygrid2gridinit() (in module rigidmotion)": [[19, "RigidMotion.PyTree.copyGrid2GridInit"]], "rigidmotion.pytree.copygridinit2grid() (in module rigidmotion)": [[19, "RigidMotion.PyTree.copyGridInit2Grid"]], "rigidmotion.pytree.evalgridspeed() (in module rigidmotion)": [[19, "RigidMotion.PyTree.evalGridSpeed"]], "rigidmotion.pytree.evalposition() (in module rigidmotion)": [[19, "RigidMotion.PyTree.evalPosition"]], "rigidmotion.pytree.setprescribedmotion1() (in module rigidmotion)": [[19, "RigidMotion.PyTree.setPrescribedMotion1"]], "rigidmotion.pytree.setprescribedmotion2() (in module rigidmotion)": [[19, "RigidMotion.PyTree.setPrescribedMotion2"]], "rigidmotion.pytree.setprescribedmotion3() (in module rigidmotion)": [[19, "RigidMotion.PyTree.setPrescribedMotion3"]], "post.rotor": [[20, "module-Post.Rotor"]], "post.rotor.computethrustandtorque() (in module post.rotor)": [[20, "Post.Rotor.computeThrustAndTorque"]], "post.rotor.computezb() (in module post.rotor)": [[20, "Post.Rotor.computeZb"]], "post.rotor.exportaccumulatormap() (in module post.rotor)": [[20, "Post.Rotor.exportAccumulatorMap"]], "post.rotor.exportaccumulatorperpsi() (in module post.rotor)": [[20, "Post.Rotor.exportAccumulatorPerPsi"]], "post.rotor.exportaccumulatorperradius() (in module post.rotor)": [[20, "Post.Rotor.exportAccumulatorPerRadius"]], "post.rotor.extractslices() (in module post.rotor)": [[20, "Post.Rotor.extractSlices"]], "transform": [[21, "module-Transform"]], "transform.pytree.splitfullmatch() (in module transform)": [[21, "Transform.PyTree.splitFullMatch"]], "transform.addkplane() (in module transform)": [[21, "Transform.addkplane"]], "transform.breakelements() (in module transform)": [[21, "Transform.breakElements"]], "transform.cart2cyl() (in module transform)": [[21, "Transform.cart2Cyl"]], "transform.collapse() (in module transform)": [[21, "Transform.collapse"]], "transform.contract() (in module transform)": [[21, "Transform.contract"]], "transform.deform() (in module transform)": [[21, "Transform.deform"]], "transform.deformmesh() (in module transform)": [[21, "Transform.deformMesh"]], "transform.deformnormals() (in module transform)": [[21, "Transform.deformNormals"]], "transform.deformpoint() (in module transform)": [[21, "Transform.deformPoint"]], "transform.dual() (in module transform)": [[21, "Transform.dual"]], "transform.homothety() (in module transform)": [[21, "Transform.homothety"]], "transform.join() (in module transform)": [[21, "Transform.join"]], "transform.makecartesianxyz() (in module transform)": [[21, "Transform.makeCartesianXYZ"]], "transform.makedirect() (in module transform)": [[21, "Transform.makeDirect"]], "transform.merge() (in module transform)": [[21, "Transform.merge"]], "transform.mergecart() (in module transform)": [[21, "Transform.mergeCart"]], "transform.oneovern() (in module transform)": [[21, "Transform.oneovern"]], "transform.patch() (in module transform)": [[21, "Transform.patch"]], "transform.perturbate() (in module transform)": [[21, "Transform.perturbate"]], "transform.projectalldirs() (in module transform)": [[21, "Transform.projectAllDirs"]], "transform.projectdir() (in module transform)": [[21, "Transform.projectDir"]], "transform.projectortho() (in module transform)": [[21, "Transform.projectOrtho"]], "transform.projectorthosmooth() (in module transform)": [[21, "Transform.projectOrthoSmooth"]], "transform.projectray() (in module transform)": [[21, "Transform.projectRay"]], "transform.reorder() (in module transform)": [[21, "Transform.reorder"]], "transform.reorderall() (in module transform)": [[21, "Transform.reorderAll"]], "transform.rotate() (in module transform)": [[21, "Transform.rotate"]], "transform.scale() (in module transform)": [[21, "Transform.scale"]], "transform.smooth() (in module transform)": [[21, "Transform.smooth"]], "transform.smoothfield() (in module transform)": [[21, "Transform.smoothField"]], "transform.splitbar() (in module transform)": [[21, "Transform.splitBAR"]], "transform.splitconnexity() (in module transform)": [[21, "Transform.splitConnexity"]], "transform.splitcurvatureangle() (in module transform)": [[21, "Transform.splitCurvatureAngle"]], "transform.splitcurvatureradius() (in module transform)": [[21, "Transform.splitCurvatureRadius"]], "transform.splitmanifold() (in module transform)": [[21, "Transform.splitManifold"]], "transform.splitmultiplepts() (in module transform)": [[21, "Transform.splitMultiplePts"]], "transform.splitnparts() (in module transform)": [[21, "Transform.splitNParts"]], "transform.splitsharpedges() (in module transform)": [[21, "Transform.splitSharpEdges"]], "transform.splitsize() (in module transform)": [[21, "Transform.splitSize"]], "transform.splittbranches() (in module transform)": [[21, "Transform.splitTBranches"]], "transform.splittri() (in module transform)": [[21, 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\ No newline at end of file
+Search.setIndex({"docnames": ["CPlot", "Compressor", "Connector", "Converter", "ConverterMpi", "Decorator", "Dist2Walls", "Distributor2", "ExtraVariables2", "Filter", "Generator", "Geom", "Geom_IBM", "Initiator", "Internal", "Intersector", "OCC", "Post", "Post_IBM", "RigidMotion", "Rotor", "Transform", "elsAProfile", "index", "tkCassiopee", "tkPlotXY"], "filenames": ["CPlot.rst", "Compressor.rst", "Connector.rst", "Converter.rst", "ConverterMpi.rst", "Decorator.rst", "Dist2Walls.rst", "Distributor2.rst", "ExtraVariables2.rst", "Filter.rst", "Generator.rst", "Geom.rst", "Geom_IBM.rst", "Initiator.rst", "Internal.rst", "Intersector.rst", "OCC.rst", "Post.rst", "Post_IBM.rst", "RigidMotion.rst", "Rotor.rst", "Transform.rst", "elsAProfile.rst", "index.rst", "tkCassiopee.rst", "tkPlotXY.rst"], "titles": ["CPlot: a light plotter for arrays/pyTree", "Compressor: Field compression module", "Connector: Grid connectivity module", "Converter: CFD data conversion module", "Converter.Mpi: 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curves": [[25, "tkplotxy-plot-of-curves"]], "One line plot function": [[25, "one-line-plot-function"]], "Usage with classes": [[25, "usage-with-classes"]], "List of classes": [[25, "list-of-classes"]], "GraphEditor": [[25, "grapheditor"]], "Desktop": [[25, "desktop"]], "Data management": [[25, "data-management"]], "Graph creation": [[25, "graph-creation"]], "Graph": [[25, "graph"]], "Configure the Graph object": [[25, "configure-the-graph-object"]], "Curve": [[25, "curve"]], "Creating a curve": [[25, "creating-a-curve"]], "Editing a curve": [[25, "editing-a-curve"]], "Available variables to set a curve": [[25, "id8"]], "Adding a curve to a given plot on a given graph": [[25, "adding-a-curve-to-a-given-plot-on-a-given-graph"]], "Axis": [[25, "axis"]], "Access the Axis system": [[25, "access-the-axis-system"]], "Multiple axis system": [[25, "multiple-axis-system"]], "Changing the Axis of a curve": [[25, "changing-the-axis-of-a-curve"]], "Editing the Axis system": [[25, "editing-the-axis-system"]], "Available variables to set a DirAxis": [[25, "id9"]], "Grid": [[25, "grid"]], "Access a Grid object": [[25, "access-a-grid-object"]], "Editing a Grid object": [[25, "editing-a-grid-object"]], "Available variables to set an AxisGrid": [[25, "id10"]], "Legend": [[25, "legend"]], "Accessing a Legend object": [[25, "accessing-a-legend-object"]], "Editing a Legend object": [[25, "editing-a-legend-object"]], "Available variables to set a Legend": [[25, "id11"]], "Update, View and Save your graph": [[25, "update-view-and-save-your-graph"]], "Update figures": [[25, "update-figures"]], "Display on screen": [[25, "display-on-screen"]], "Save figures": [[25, "save-figures"]], "Extra usages": [[25, "extra-usages"]], "Load & Save configurations script": [[25, "load-save-configurations-script"]], "Complete example": [[25, "complete-example"]]}, "indexentries": {"cplot": [[0, "module-CPlot"]], "cplot.pytree.addrender2pytree() (in module cplot)": [[0, "cplot.PyTree.addRender2PyTree"]], "cplot.pytree.addrender2zone() (in module cplot)": [[0, "cplot.PyTree.addRender2Zone"]], "cplot.pytree.loadview() (in module cplot)": [[0, "cplot.PyTree.loadView"]], "cplot.add() (in module cplot)": [[0, "cplot.add"]], "cplot.changeblanking() (in module cplot)": [[0, "cplot.changeBlanking"]], "cplot.changestyle() (in module cplot)": [[0, "cplot.changeStyle"]], "cplot.changevariable() (in module cplot)": [[0, "cplot.changeVariable"]], "cplot.delete() (in module cplot)": [[0, "cplot.delete"]], "cplot.display() (in module cplot)": [[0, "cplot.display"]], "cplot.finalizeexport() (in module cplot)": [[0, "cplot.finalizeExport"]], "cplot.getactivepoint() (in module cplot)": [[0, "cplot.getActivePoint"]], "cplot.getactivepointindex() (in module cplot)": [[0, "cplot.getActivePointIndex"]], "cplot.getactivestatus() (in module cplot)": [[0, "cplot.getActiveStatus"]], "cplot.getactivezones() (in module cplot)": [[0, "cplot.getActiveZones"]], "cplot.getkeyboard() (in module cplot)": [[0, "cplot.getKeyboard"]], "cplot.getmousestate() (in module cplot)": [[0, "cplot.getMouseState"]], "cplot.getselectedstatus() (in module cplot)": [[0, "cplot.getSelectedStatus"]], "cplot.getselectedzone() (in module cplot)": [[0, "cplot.getSelectedZone"]], "cplot.getselectedzones() (in module cplot)": [[0, "cplot.getSelectedZones"]], "cplot.getstate() (in module cplot)": [[0, "cplot.getState"]], "cplot.lookfor() (in module cplot)": [[0, "cplot.lookFor"]], "cplot.movecamera() (in module cplot)": [[0, "cplot.moveCamera"]], "cplot.render() (in module cplot)": [[0, "cplot.render"]], "cplot.replace() (in module cplot)": [[0, "cplot.replace"]], "cplot.resetkeyboard() (in module cplot)": [[0, "cplot.resetKeyboard"]], "cplot.setactivezones() (in module cplot)": [[0, "cplot.setActiveZones"]], "cplot.setmode() (in module cplot)": [[0, "cplot.setMode"]], "cplot.setselectedzones() (in module cplot)": [[0, "cplot.setSelectedZones"]], "cplot.setstate() (in module cplot)": [[0, "cplot.setState"]], "cplot.setzonenames() (in module cplot)": [[0, "cplot.setZoneNames"]], "cplot.travelleft() (in module cplot)": [[0, "cplot.travelLeft"]], "cplot.unselectallzones() (in module cplot)": [[0, "cplot.unselectAllZones"]], "module": [[0, "module-CPlot"], [1, "module-Compressor"], [2, "module-Connector"], [3, "module-Converter"], [4, "module-Converter.Mpi"], [5, "module-CPlot.Decorator"], [6, "module-Dist2Walls"], [7, "module-Distributor2"], [8, "module-Post.ExtraVariables2"], [9, "module-Converter.Filter"], [10, "module-Generator"], [11, "module-Geom"], [12, "module-Geom.IBM"], [13, "module-Initiator"], [14, "module-Converter.Internal"], [15, "module-Intersector"], [16, "module-OCC"], [17, "module-Post"], [18, "module-Post.IBM"], [19, "module-RigidMotion"], [20, "module-Post.Rotor"], [21, "module-Transform"], [22, "module-Converter.elsAProfile"], [25, "module-tkPlotXY"]], "compressor": [[1, "module-Compressor"]], "compressor.pytree.compressall() (in module compressor)": [[1, "Compressor.PyTree.compressAll"]], "compressor.pytree.compresscartesian() (in module compressor)": [[1, "Compressor.PyTree.compressCartesian"]], "compressor.pytree.compresscelln() (in module compressor)": [[1, "Compressor.PyTree.compressCellN"]], "compressor.pytree.compresscoords() (in module compressor)": [[1, "Compressor.PyTree.compressCoords"]], "compressor.pytree.compresselements() (in module compressor)": [[1, "Compressor.PyTree.compressElements"]], "compressor.pytree.compressfields() (in module compressor)": [[1, "Compressor.PyTree.compressFields"]], "compressor.pytree.uncompressall() (in module compressor)": [[1, "Compressor.PyTree.uncompressAll"]], "compressor.pytree.uncompresscartesian() (in module compressor)": [[1, "Compressor.PyTree.uncompressCartesian"]], "compressor.deltaindex() (in module compressor)": [[1, "Compressor.deltaIndex"]], "compressor.pack() (in module compressor)": [[1, "Compressor.pack"]], "compressor.unpack() (in module compressor)": [[1, "Compressor.unpack"]], "connector": [[2, "module-Connector"]], "connector.pytree.celln2oversetholes() (in module connector)": [[2, "Connector.PyTree.cellN2OversetHoles"]], "connector.pytree.chimerainfo() (in module connector)": [[2, "Connector.PyTree.chimeraInfo"]], "connector.pytree.chimeratransfer() (in module connector)": [[2, "Connector.PyTree.chimeraTransfer"]], "connector.pytree.connectmatchperiodic() (in module connector)": [[2, "Connector.PyTree.connectMatchPeriodic"]], "connector.pytree.connectnearmatch() (in module connector)": [[2, "Connector.PyTree.connectNearMatch"]], "connector.pytree.extractchimerainfo() (in module connector)": [[2, "Connector.PyTree.extractChimeraInfo"]], "connector.pytree.getoversetinfo() (in module connector)": [[2, "Connector.PyTree.getOversetInfo"]], "connector.pytree.setdegeneratedbc() (in module connector)": [[2, "Connector.PyTree.setDegeneratedBC"]], "connector.pytree.setibcdata() (in module connector)": [[2, "Connector.PyTree.setIBCData"]], "connector.pytree.setinterpdata() (in module connector)": [[2, "Connector.PyTree.setInterpData"]], "connector.pytree.setinterpdata2() (in module connector)": [[2, "Connector.PyTree.setInterpData2"]], "connector.pytree.setinterptransfers() (in module connector)": [[2, "Connector.PyTree.setInterpTransfers"]], "connector.pytree.setinterpolations() (in module connector)": [[2, "Connector.PyTree.setInterpolations"]], "connector.toolboxibm.extractibminfo() (in module connector)": [[2, "Connector.ToolboxIBM.extractIBMInfo"]], "connector.toolboxibm.extractibmwallfields() (in module connector)": [[2, "Connector.ToolboxIBM.extractIBMWallFields"]], "connector.toolboxibm.prepareibmdata() (in module connector)": [[2, "Connector.ToolboxIBM.prepareIBMData"]], "connector.blankcells() (in module connector)": [[2, "Connector.blankCells"]], "connector.blankcellstetra() (in module connector)": [[2, "Connector.blankCellsTetra"]], "connector.blankcellstri() (in module connector)": [[2, "Connector.blankCellsTri"]], "connector.blankintersectingcells() (in module connector)": [[2, "Connector.blankIntersectingCells"]], "connector.connectmatch() (in module connector)": [[2, "Connector.connectMatch"]], "connector.getcebbintersectingdomains() (in module connector)": [[2, "Connector.getCEBBIntersectingDomains"]], "connector.getintersectingdomains() (in module connector)": [[2, "Connector.getIntersectingDomains"]], "connector.maximizeblankedcells() (in module connector)": [[2, "Connector.maximizeBlankedCells"]], "connector.optimizeoverlap() (in module connector)": [[2, "Connector.optimizeOverlap"]], "connector.setdoublydefinedbc() (in module connector)": [[2, "Connector.setDoublyDefinedBC"]], "connector.setholeinterpolatedpoints() (in module connector)": [[2, "Connector.setHoleInterpolatedPoints"]], "x.applybcoverlaps() (in module connector)": [[2, "Connector.X.applyBCOverlaps"]], "x.getcebbtimeintersectingdomains() (in module connector)": [[2, "Connector.X.getCEBBTimeIntersectingDomains"]], "x.setdoublydefinedbc() (in module connector)": [[2, "Connector.X.setDoublyDefinedBC"]], "converter": [[3, "module-Converter"]], "converter.array3d.convertarrays2arrays3d() (in module converter)": [[3, "Converter.Array3D.convertArrays2Arrays3D"]], "converter.array3d.convertarrays3d2arrays() (in module converter)": [[3, "Converter.Array3D.convertArrays3D2Arrays"]], "converter.pytree.addbc2zone() (in module converter)": [[3, "Converter.PyTree.addBC2Zone"]], "converter.pytree.addbase2pytree() (in module converter)": [[3, "Converter.PyTree.addBase2PyTree"]], "converter.pytree.addchimera2base() (in module converter)": [[3, "Converter.PyTree.addChimera2Base"]], "converter.pytree.addfamily2base() (in module converter)": [[3, "Converter.PyTree.addFamily2Base"]], "converter.pytree.addghostcells() (in module converter)": [[3, "Converter.PyTree.addGhostCells"]], "converter.pytree.addstate() (in module converter)": [[3, "Converter.PyTree.addState"], [3, "id2"]], "converter.pytree.addvars() (in module converter)": [[3, "Converter.PyTree.addVars"]], "converter.pytree.breakconnectivity() (in module converter)": [[3, "Converter.PyTree.breakConnectivity"]], "converter.pytree.convertfile2pytree() (in module converter)": [[3, "Converter.PyTree.convertFile2PyTree"]], "converter.pytree.convertpytree2file() (in module converter)": [[3, "Converter.PyTree.convertPyTree2File"]], "converter.pytree.cpvars() (in module converter)": [[3, "Converter.PyTree.cpVars"]], "converter.pytree.deleteemptyzones() (in module converter)": [[3, "Converter.PyTree.deleteEmptyZones"]], "converter.pytree.extractbcfields() (in module converter)": [[3, "Converter.PyTree.extractBCFields"]], "converter.pytree.extractbcofname() (in module converter)": [[3, "Converter.PyTree.extractBCOfName"]], "converter.pytree.extractbcoftype() (in module converter)": [[3, "Converter.PyTree.extractBCOfType"]], "converter.pytree.fillemptybcwith() (in module converter)": [[3, "Converter.PyTree.fillEmptyBCWith"]], "converter.pytree.fillmissingvariables() (in module converter)": [[3, "Converter.PyTree.fillMissingVariables"]], "converter.pytree.getbcs() (in module converter)": [[3, "Converter.PyTree.getBCs"]], "converter.pytree.getconnectedzones() (in module converter)": [[3, "Converter.PyTree.getConnectedZones"]], "converter.pytree.getemptybc() (in module converter)": [[3, "Converter.PyTree.getEmptyBC"]], "converter.pytree.getfamilybcnamesdict() (in module converter)": [[3, "Converter.PyTree.getFamilyBCNamesDict"]], "converter.pytree.getfamilybcnamesoftype() (in module converter)": [[3, "Converter.PyTree.getFamilyBCNamesOfType"]], "converter.pytree.getfamilybcs() (in module converter)": [[3, "Converter.PyTree.getFamilyBCs"]], "converter.pytree.getfamilyzonenames() (in module converter)": [[3, "Converter.PyTree.getFamilyZoneNames"]], "converter.pytree.getfamilyzones() (in module converter)": [[3, "Converter.PyTree.getFamilyZones"]], "converter.pytree.getnobnozofzone() (in module converter)": [[3, "Converter.PyTree.getNobNozOfZone"]], "converter.pytree.getnobofbase() (in module converter)": [[3, "Converter.PyTree.getNobOfBase"]], "converter.pytree.getvalue() (in module converter)": [[3, "Converter.PyTree.getValue"]], "converter.pytree.makeparentelements() (in module converter)": [[3, "Converter.PyTree.makeParentElements"]], "converter.pytree.mergeconnectivity() (in module converter)": [[3, "Converter.PyTree.mergeConnectivity"]], "converter.pytree.newpytree() (in module converter)": [[3, "Converter.PyTree.newPyTree"]], "converter.pytree.recoverbcs() (in module converter)": [[3, "Converter.PyTree.recoverBCs"]], "converter.pytree.rmbcdatavars() (in module converter)": [[3, "Converter.PyTree.rmBCDataVars"]], "converter.pytree.rmbcofname() (in module converter)": [[3, "Converter.PyTree.rmBCOfName"]], "converter.pytree.rmbcoftype() (in module converter)": [[3, "Converter.PyTree.rmBCOfType"]], "converter.pytree.rmghostcells() (in module converter)": [[3, "Converter.PyTree.rmGhostCells"]], "converter.pytree.setpartialfields() (in module converter)": [[3, "Converter.PyTree.setPartialFields"]], "converter.pytree.setvalue() (in module converter)": [[3, "Converter.PyTree.setValue"]], "converter.pytree.signngonfaces() (in module converter)": [[3, "Converter.PyTree.signNGonFaces"]], "converter.pytree.tagwithfamily() (in module converter)": [[3, "Converter.PyTree.tagWithFamily"]], "converter.addvars() (in module converter)": [[3, "converter.addVars"], [3, "id1"]], "converter.array() (in module converter)": [[3, "converter.array"], [3, "id0"]], "converter.center2node() (in module converter)": [[3, "converter.center2Node"]], "converter.conformizengon() (in module converter)": [[3, "converter.conformizeNGon"]], "converter.convertarray2hexa() (in module converter)": [[3, "converter.convertArray2Hexa"]], "converter.convertarray2ngon() (in module converter)": [[3, "converter.convertArray2NGon"]], "converter.convertarray2node() (in module converter)": [[3, "converter.convertArray2Node"]], "converter.convertarray2tetra() (in module converter)": [[3, "converter.convertArray2Tetra"]], "converter.convertarrays2file() (in module converter)": [[3, "converter.convertArrays2File"]], "converter.convertbar2struct() (in module converter)": [[3, "converter.convertBAR2Struct"]], "converter.convertfile2arrays() (in module converter)": [[3, "converter.convertFile2Arrays"]], "converter.convertho2lo() (in module converter)": [[3, "converter.convertHO2LO"]], "converter.convertlo2ho() (in module converter)": [[3, "converter.convertLO2HO"]], "converter.convertsurfacengon() (in module converter)": [[3, "converter.convertSurfaceNGon"]], "converter.converttri2quad() (in module converter)": [[3, "converter.convertTri2Quad"]], "converter.copy() (in module converter)": [[3, "converter.copy"]], "converter.createglobalhook() (in module converter)": [[3, "converter.createGlobalHook"]], "converter.createglobalindex() (in module converter)": [[3, "converter.createGlobalIndex"]], "converter.createhook() (in module converter)": [[3, "converter.createHook"]], "converter.createsockets() (in module converter)": [[3, "converter.createSockets"]], "converter.diffarrays() (in module converter)": [[3, "converter.diffArrays"]], "converter.extractvars() (in module converter)": [[3, "converter.extractVars"]], "converter.freehook() (in module converter)": [[3, "converter.freeHook"]], "converter.getmaxvalue() (in module converter)": [[3, "converter.getMaxValue"]], "converter.getmeanrangevalue() (in module converter)": [[3, "converter.getMeanRangeValue"]], "converter.getmeanvalue() (in module converter)": [[3, "converter.getMeanValue"]], "converter.getminvalue() (in module converter)": [[3, "converter.getMinValue"]], "converter.getncells() (in module converter)": [[3, "converter.getNCells"]], "converter.getnpts() (in module converter)": [[3, "converter.getNPts"]], "converter.getvalue() (in module converter)": [[3, "converter.getValue"]], "converter.getvarnames() (in module converter)": [[3, "converter.getVarNames"]], "converter.identifyelements() (in module converter)": [[3, "converter.identifyElements"]], "converter.identifyfaces() (in module converter)": [[3, "converter.identifyFaces"]], "converter.identifynodes() (in module converter)": [[3, "converter.identifyNodes"]], "converter.identifysolutions() (in module converter)": [[3, "converter.identifySolutions"]], "converter.initvars() (in module converter)": [[3, "converter.initVars"]], "converter.isfinite() (in module converter)": [[3, "converter.isFinite"]], "converter.isnamepresent() (in module converter)": [[3, "converter.isNamePresent"]], "converter.listen() (in module converter)": [[3, "converter.listen"]], "converter.magnitude() (in module converter)": [[3, "converter.magnitude"]], "converter.nearestelements() (in module converter)": [[3, "converter.nearestElements"]], "converter.nearestfaces() (in module converter)": [[3, "converter.nearestFaces"]], "converter.nearestnodes() (in module converter)": [[3, "converter.nearestNodes"]], "converter.node2center() (in module converter)": [[3, "converter.node2Center"]], "converter.norml0() (in module converter)": [[3, "converter.normL0"]], "converter.norml2() (in module converter)": [[3, "converter.normL2"]], "converter.normalize() (in module converter)": [[3, "converter.normalize"]], "converter.randomizevar() (in module converter)": [[3, "converter.randomizeVar"]], "converter.recoverglobalindex() (in module converter)": [[3, "converter.recoverGlobalIndex"]], "converter.rmvars() (in module converter)": [[3, "converter.rmVars"]], "converter.send() (in module converter)": [[3, "converter.send"]], "converter.setvalue() (in module converter)": [[3, "converter.setValue"]], "converter.mpi": [[4, "module-Converter.Mpi"]], "converter.mpi.addxzones() (in module converter.mpi)": [[4, "Converter.Mpi.addXZones"]], "converter.mpi.allgathertree() (in module converter.mpi)": [[4, "Converter.Mpi.allgatherTree"]], "converter.mpi.center2node() (in module converter.mpi)": [[4, "Converter.Mpi.center2Node"]], "converter.mpi.computegraph() (in module converter.mpi)": [[4, "Converter.Mpi.computeGraph"]], "converter.mpi.convert2partialtree() (in module converter.mpi)": [[4, "Converter.Mpi.convert2PartialTree"]], "converter.mpi.convert2skeletontree() (in module converter.mpi)": [[4, "Converter.Mpi.convert2SkeletonTree"]], "converter.mpi.convertfile2pytree() (in module converter.mpi)": [[4, "Converter.Mpi.convertFile2PyTree"]], "converter.mpi.convertfile2skeletontree() (in module converter.mpi)": [[4, "Converter.Mpi.convertFile2SkeletonTree"]], "converter.mpi.convertpytree2file() (in module converter.mpi)": [[4, "Converter.Mpi.convertPyTree2File"]], "converter.mpi.createbboxtree() (in module converter.mpi)": [[4, "Converter.Mpi.createBBoxTree"]], "converter.mpi.getproc() (in module converter.mpi)": [[4, "Converter.Mpi.getProc"]], "converter.mpi.getprocdict() (in module converter.mpi)": [[4, "Converter.Mpi.getProcDict"]], "converter.mpi.readzones() (in module converter.mpi)": [[4, "Converter.Mpi.readZones"]], "converter.mpi.rmxzones() (in module converter.mpi)": [[4, "Converter.Mpi.rmXZones"]], "converter.mpi.setcommunicator() (in module converter.mpi)": [[4, "Converter.Mpi.setCommunicator"]], "converter.mpi.setproc() (in module converter.mpi)": [[4, "Converter.Mpi.setProc"]], "converter.mpi.trace() (in module converter.mpi)": [[4, "Converter.Mpi.trace"]], "converter.mpi.writezones() (in module converter.mpi)": [[4, "Converter.Mpi.writeZones"]], "cplot.decorator": [[5, "module-CPlot.Decorator"]], "cplot.decorator.createarrow() (in module cplot.decorator)": [[5, "CPlot.Decorator.createArrow"]], "cplot.decorator.createcolorbar() (in module cplot.decorator)": [[5, "CPlot.Decorator.createColorBar"]], "cplot.decorator.createsubplot() (in module cplot.decorator)": [[5, "CPlot.Decorator.createSubPlot"]], "cplot.decorator.savefig() (in module cplot.decorator)": [[5, "CPlot.Decorator.savefig"]], "cplot.decorator.show() (in module cplot.decorator)": [[5, "CPlot.Decorator.show"]], "dist2walls": [[6, "module-Dist2Walls"]], "dist2walls.distance2walls() (in module dist2walls)": [[6, "Dist2Walls.distance2Walls"]], "distributor2": [[7, "module-Distributor2"]], "distributor2.mpi.redispatch() (in module distributor2)": [[7, "Distributor2.Mpi.redispatch"]], "distributor2.pytree.addprocnode() (in module distributor2)": [[7, "Distributor2.PyTree.addProcNode"]], "distributor2.pytree.copydistribution() (in module distributor2)": [[7, "Distributor2.PyTree.copyDistribution"]], "distributor2.pytree.distribute() (in module distributor2)": [[7, "Distributor2.PyTree.distribute"]], "distributor2.pytree.getproc() (in module distributor2)": [[7, "Distributor2.PyTree.getProc"]], "distributor2.pytree.getprocdict() (in module distributor2)": [[7, "Distributor2.PyTree.getProcDict"]], "distributor2.pytree.getproclist() (in module distributor2)": [[7, "Distributor2.PyTree.getProcList"]], "distributor2.pytree.printprocstats() (in module distributor2)": [[7, "Distributor2.PyTree.printProcStats"]], "distributor2.distribute() (in module distributor2)": [[7, "Distributor2.distribute"]], "post.extravariables2": [[8, "module-Post.ExtraVariables2"]], "post.extravariables2.computelambda2() (in module post.extravariables2)": [[8, "Post.ExtraVariables2.computeLambda2"]], "post.extravariables2.computeloggradfield2() (in module post.extravariables2)": [[8, "Post.ExtraVariables2.computeLogGradField2"]], "post.extravariables2.computeqcriterion2() (in module post.extravariables2)": [[8, "Post.ExtraVariables2.computeQCriterion2"]], "post.extravariables2.computevorticity2() (in module post.extravariables2)": [[8, "Post.ExtraVariables2.computeVorticity2"]], "post.extravariables2.computevorticitymagnitude2() (in module post.extravariables2)": [[8, "Post.ExtraVariables2.computeVorticityMagnitude2"]], "post.extravariables2.extractforce() (in module post.extravariables2)": [[8, "Post.ExtraVariables2.extractForce"]], "post.extravariables2.extractfrictionmagnitude() (in module post.extravariables2)": [[8, "Post.ExtraVariables2.extractFrictionMagnitude"]], "post.extravariables2.extractfrictionvector() (in module post.extravariables2)": [[8, "Post.ExtraVariables2.extractFrictionVector"]], "post.extravariables2.extractmach() (in module post.extravariables2)": [[8, "Post.ExtraVariables2.extractMach"]], "post.extravariables2.extractpn() (in module post.extravariables2)": [[8, "Post.ExtraVariables2.extractPn"]], "post.extravariables2.extractpressure() (in module post.extravariables2)": [[8, "Post.ExtraVariables2.extractPressure"]], "post.extravariables2.extractshearstress() (in module post.extravariables2)": [[8, "Post.ExtraVariables2.extractShearStress"]], "post.extravariables2.extracttaun() (in module post.extravariables2)": [[8, "Post.ExtraVariables2.extractTaun"]], "post.extravariables2.extracttree() (in module post.extravariables2)": [[8, "Post.ExtraVariables2.extractTree"]], "post.extravariables2.extractvelocitymagnitude() (in module post.extravariables2)": [[8, "Post.ExtraVariables2.extractVelocityMagnitude"]], "post.extravariables2.extractviscosityeddy() (in module post.extravariables2)": [[8, "Post.ExtraVariables2.extractViscosityEddy"]], "post.extravariables2.extractviscositymolecular() (in module post.extravariables2)": [[8, "Post.ExtraVariables2.extractViscosityMolecular"]], "converter.filter": [[9, "module-Converter.Filter"]], "converter.filter.handle() (in module converter.filter)": [[9, "Converter.Filter.Handle"]], "converter.filter.handle.getvariables() (in module converter.filter)": [[9, "Converter.Filter.Handle.getVariables"]], "converter.filter.handle.loadanddistribute() (in module converter.filter)": [[9, "Converter.Filter.Handle.loadAndDistribute"]], "converter.filter.handle.loadandsplit() (in module converter.filter)": [[9, "Converter.Filter.Handle.loadAndSplit"]], "converter.filter.handle.loadfromproc() (in module converter.filter)": [[9, "Converter.Filter.Handle.loadFromProc"]], "converter.filter.handle.loadskeleton() (in module converter.filter)": [[9, "Converter.Filter.Handle.loadSkeleton"]], "converter.filter.handle.loadvariables() (in module converter.filter)": [[9, "Converter.Filter.Handle.loadVariables"]], "converter.filter.handle.loadzones() (in module converter.filter)": [[9, "Converter.Filter.Handle.loadZones"]], "converter.filter.handle.loadzoneswovars() (in module converter.filter)": [[9, "Converter.Filter.Handle.loadZonesWoVars"]], "converter.filter.handle.writevariables() (in module converter.filter)": [[9, "Converter.Filter.Handle.writeVariables"]], "converter.filter.handle.writezones() (in module converter.filter)": [[9, "Converter.Filter.Handle.writeZones"]], "converter.filter.handle.writezoneswovars() (in module converter.filter)": [[9, "Converter.Filter.Handle.writeZonesWoVars"]], "converter.filter.convertfile2skeletontree() (in module converter.filter)": [[9, "Converter.Filter.convertFile2SkeletonTree"]], "converter.filter.deletepaths() (in module converter.filter)": [[9, "Converter.Filter.deletePaths"]], "converter.filter.readnodesfromfilter() (in module converter.filter)": [[9, "Converter.Filter.readNodesFromFilter"]], "converter.filter.readnodesfrompaths() (in module converter.filter)": [[9, "Converter.Filter.readNodesFromPaths"]], "converter.filter.readpytreefrompaths() (in module converter.filter)": [[9, "Converter.Filter.readPyTreeFromPaths"]], "converter.filter.writenodesfrompaths() (in module converter.filter)": [[9, "Converter.Filter.writeNodesFromPaths"]], "converter.filter.writepytreefromfilter() (in module converter.filter)": [[9, "Converter.Filter.writePyTreeFromFilter"]], "converter.filter.writepytreefrompaths() (in module converter.filter)": [[9, "Converter.Filter.writePyTreeFromPaths"]], "generator": [[10, "module-Generator"]], "generator.bb() (in module generator)": [[10, "Generator.BB"]], "generator.cebbintersection() (in module generator)": [[10, "Generator.CEBBIntersection"]], "generator.polyc1.polyc1mesher() (in module generator)": [[10, "Generator.PolyC1.polyC1Mesher"]], "generator.polyline.polylinemesher() (in module generator)": [[10, "Generator.PolyLine.polyLineMesher"]], "generator.pytree.cartrx() (in module generator)": [[10, "Generator.PyTree.cartRx"]], "generator.pytree.cartrx3() (in module generator)": [[10, "Generator.PyTree.cartRx3"]], "generator.t3mesher2d() (in module generator)": [[10, "Generator.T3mesher2D"]], "generator.tfi() (in module generator)": [[10, "Generator.TFI"]], "generator.tfihalfo() (in module generator)": [[10, "Generator.TFIHalfO"]], "generator.tfimono() (in module generator)": [[10, "Generator.TFIMono"]], "generator.tfio() (in module generator)": [[10, "Generator.TFIO"]], "generator.tfistar() (in module generator)": [[10, "Generator.TFIStar"]], "generator.tfitri() (in module generator)": [[10, "Generator.TFITri"]], "generator.ttm() (in module generator)": [[10, "Generator.TTM"]], "generator.adaptoctree() (in module generator)": [[10, "Generator.adaptOctree"]], "generator.addnormallayers() (in module generator)": [[10, "Generator.addNormalLayers"]], "generator.addpointindistribution() (in module generator)": [[10, "Generator.addPointInDistribution"]], "generator.barycenter() (in module generator)": [[10, "Generator.barycenter"]], "generator.bbox() (in module generator)": [[10, "Generator.bbox"]], "generator.bboxintersection() (in module generator)": [[10, "Generator.bboxIntersection"]], "generator.bboxofcells() (in module generator)": [[10, "Generator.bboxOfCells"]], "generator.cart() (in module generator)": [[10, "Generator.cart"]], "generator.carthexa() (in module generator)": [[10, "Generator.cartHexa"]], "generator.cartngon() (in module generator)": [[10, "Generator.cartNGon"]], "generator.cartpenta() (in module generator)": [[10, "Generator.cartPenta"]], "generator.cartpyra() (in module generator)": [[10, "Generator.cartPyra"]], "generator.carttetra() (in module generator)": [[10, "Generator.cartTetra"]], "generator.cartr1() (in module generator)": [[10, "Generator.cartr1"]], "generator.cartr2() (in module generator)": [[10, "Generator.cartr2"]], "generator.checkdelaunay() (in module generator)": [[10, "Generator.checkDelaunay"]], "generator.checkmesh() (in module generator)": [[10, "Generator.checkMesh"]], "generator.checkpointincebb() (in module generator)": [[10, "Generator.checkPointInCEBB"]], "generator.close() (in module generator)": [[10, "Generator.close"]], "generator.collarmesh() (in module generator)": [[10, "Generator.collarMesh"]], "generator.constraineddelaunay() (in module generator)": [[10, "Generator.constrainedDelaunay"]], "generator.cylinder() (in module generator)": [[10, "Generator.cylinder"]], "generator.cylinder2() (in module generator)": [[10, "Generator.cylinder2"]], "generator.cylinder3() (in module generator)": [[10, "Generator.cylinder3"]], "generator.delaunay() (in module generator)": [[10, "Generator.delaunay"]], "generator.densify() (in module generator)": [[10, "Generator.densify"]], "generator.enforcecurvature() (in module generator)": [[10, "Generator.enforceCurvature"]], "generator.enforceline() (in module generator)": [[10, "Generator.enforceLine"]], "generator.enforcemoinsx() (in module generator)": [[10, "Generator.enforceMoinsX"]], "generator.enforceplusx() (in module generator)": [[10, "Generator.enforcePlusX"]], "generator.enforcepoint() (in module generator)": [[10, "Generator.enforcePoint"]], "generator.enforcex() (in module generator)": [[10, "Generator.enforceX"]], "generator.expandlayer() (in module generator)": [[10, "Generator.expandLayer"]], "generator.fittingplaster() (in module generator)": [[10, "Generator.fittingPlaster"]], "generator.gapfixer() (in module generator)": [[10, "Generator.gapfixer"]], "generator.gapsmanager() (in module generator)": [[10, "Generator.gapsmanager"]], "generator.gencartmb() (in module generator)": [[10, "Generator.gencartmb"]], "generator.getangleregularitymap() (in module generator)": [[10, "Generator.getAngleRegularityMap"]], "generator.getcellplanarity() (in module generator)": [[10, "Generator.getCellPlanarity"]], "generator.getcircumcirclemap() (in module generator)": [[10, "Generator.getCircumCircleMap"]], "generator.getedgeratio() (in module generator)": [[10, "Generator.getEdgeRatio"]], "generator.getincirclemap() (in module generator)": [[10, "Generator.getInCircleMap"]], "generator.getmaxlength() (in module generator)": [[10, "Generator.getMaxLength"]], "generator.getnormalmap() (in module generator)": [[10, "Generator.getNormalMap"]], "generator.getorthogonalitymap() (in module generator)": [[10, "Generator.getOrthogonalityMap"]], "generator.getregularitymap() (in module generator)": [[10, "Generator.getRegularityMap"]], "generator.getsmoothnormalmap() (in module generator)": [[10, "Generator.getSmoothNormalMap"]], "generator.gettriqualitymap() (in module generator)": [[10, "Generator.getTriQualityMap"]], "generator.getvolumemap() (in module generator)": [[10, "Generator.getVolumeMap"]], "generator.grow() (in module generator)": [[10, "Generator.grow"]], "generator.hyper2d() (in module generator)": [[10, "Generator.hyper2D"]], "generator.map() (in module generator)": [[10, "Generator.map"]], "generator.mapcurvature() (in module generator)": [[10, "Generator.mapCurvature"]], "generator.mapsplit() (in module generator)": [[10, "Generator.mapSplit"]], "generator.mmgs() (in module generator)": [[10, "Generator.mmgs"]], "generator.octree() (in module generator)": [[10, "Generator.octree"]], "generator.octree2struct() (in module generator)": [[10, "Generator.octree2Struct"]], "generator.pointedhat() (in module generator)": [[10, "Generator.pointedHat"]], "generator.refine() (in module generator)": [[10, "Generator.refine"]], "generator.selectinsideelts() (in module generator)": [[10, "Generator.selectInsideElts"]], "generator.snapfront() (in module generator)": [[10, "Generator.snapFront"]], "generator.snapsharpedges() (in module generator)": [[10, "Generator.snapSharpEdges"]], "generator.stack() (in module generator)": [[10, "Generator.stack"]], "generator.stitchedhat() (in module generator)": [[10, "Generator.stitchedHat"]], "generator.surfacewalk() (in module generator)": [[10, "Generator.surfaceWalk"]], "generator.tetramesher() (in module generator)": [[10, "Generator.tetraMesher"]], "generator.zip() (in module generator)": [[10, "Generator.zip"]], "geom": [[11, "module-Geom"]], "geom.offset.offsetsurface() (in module geom)": [[11, "geom.Offset.offsetSurface"]], "geom.axisym() (in module geom)": [[11, "geom.axisym"]], "geom.bezier() (in module geom)": [[11, "geom.bezier"]], "geom.box() (in module geom)": [[11, "geom.box"]], "geom.circle() (in module geom)": [[11, "geom.circle"]], "geom.cloud() (in module geom)": [[11, "geom.cloud"]], "geom.cone() (in module geom)": [[11, "geom.cone"]], "geom.connect1d() (in module geom)": [[11, "geom.connect1D"]], "geom.curve() (in module geom)": [[11, "geom.curve"]], "geom.cylinder() (in module geom)": [[11, "geom.cylinder"]], "geom.disc() (in module geom)": [[11, "geom.disc"]], "geom.distrib1() (in module geom)": [[11, "geom.distrib1"]], "geom.distrib2() (in module geom)": [[11, "geom.distrib2"]], "geom.enforceh() (in module geom)": [[11, "geom.enforceh"]], "geom.getcurvatureangle() (in module geom)": [[11, "geom.getCurvatureAngle"]], "geom.getcurvatureheight() (in module geom)": [[11, "geom.getCurvatureHeight"]], "geom.getcurvatureradius() (in module geom)": [[11, "geom.getCurvatureRadius"]], "geom.getcurvilinearabscissa() (in module geom)": [[11, "geom.getCurvilinearAbscissa"]], "geom.getdistantindex() (in module geom)": [[11, "geom.getDistantIndex"]], "geom.getdistribution() (in module geom)": [[11, "geom.getDistribution"]], "geom.getlength() (in module geom)": [[11, "geom.getLength"]], "geom.getnearestpointindex() (in module geom)": [[11, "geom.getNearestPointIndex"]], "geom.getsharpestangle() (in module geom)": [[11, "geom.getSharpestAngle"]], "geom.gettangent() (in module geom)": [[11, "geom.getTangent"]], "geom.getuv() (in module geom)": [[11, "geom.getUV"]], "geom.line() (in module geom)": [[11, "geom.line"]], "geom.linedrive() (in module geom)": [[11, "geom.lineDrive"]], "geom.naca() (in module geom)": [[11, "geom.naca"]], "geom.nurbs() (in module geom)": [[11, "geom.nurbs"]], "geom.orthodrive() (in module geom)": [[11, "geom.orthoDrive"]], "geom.point() (in module geom)": [[11, "geom.point"]], "geom.polyline() (in module geom)": [[11, "geom.polyline"]], "geom.quadrangle() (in module geom)": [[11, "geom.quadrangle"]], "geom.refine() (in module geom)": [[11, "geom.refine"]], "geom.sphere() (in module geom)": [[11, "geom.sphere"]], "geom.sphere6() (in module geom)": [[11, "geom.sphere6"]], "geom.sphereyinyang() (in module geom)": [[11, "geom.sphereYinYang"]], "geom.spline() (in module geom)": [[11, "geom.spline"]], "geom.surface() (in module geom)": [[11, "geom.surface"]], "geom.text1d() (in module geom)": [[11, "geom.text1D"]], "geom.text2d() (in module geom)": [[11, "geom.text2D"]], "geom.text3d() (in module geom)": [[11, "geom.text3D"]], "geom.torus() (in module geom)": [[11, "geom.torus"]], "geom.triangle() (in module geom)": [[11, "geom.triangle"]], "geom.uniformize() (in module geom)": [[11, "geom.uniformize"]], "geom.ibm": [[12, "module-Geom.IBM"]], "geom.ibm.changeibctype() (in module geom.ibm)": [[12, "Geom.IBM.changeIBCType"]], "geom.ibm.initinj() (in module geom.ibm)": [[12, "Geom.IBM.initInj"]], "geom.ibm.initoutflow() (in module geom.ibm)": [[12, "Geom.IBM.initOutflow"]], "geom.ibm.setdfar() (in module geom.ibm)": [[12, "Geom.IBM.setDfar"]], "geom.ibm.setfluidinside() (in module geom.ibm)": [[12, "Geom.IBM.setFluidInside"]], "geom.ibm.setibctype() (in module geom.ibm)": [[12, "Geom.IBM.setIBCType"]], "geom.ibm.setsnear() (in module geom.ibm)": [[12, "Geom.IBM.setSnear"]], "geom.ibm.snearfactor() (in module geom.ibm)": [[12, "Geom.IBM.snearFactor"]], "geom.ibm.symetrizepb() (in module geom.ibm)": [[12, "Geom.IBM.symetrizePb"]], "initiator": [[13, "module-Initiator"]], "initiator.adim.adim1() (in module initiator)": [[13, "Initiator.Adim.adim1"]], "initiator.adim.adim2() (in module initiator)": [[13, "Initiator.Adim.adim2"]], "initiator.adim.adim3() (in module initiator)": [[13, "Initiator.Adim.adim3"]], "initiator.adim.dim1() (in module initiator)": [[13, "Initiator.Adim.dim1"]], "initiator.adim.dim2() (in module initiator)": [[13, "Initiator.Adim.dim2"]], "initiator.adim.dim3() (in module initiator)": [[13, "Initiator.Adim.dim3"]], "initiator.initconst() (in module initiator)": [[13, "Initiator.initConst"]], "initiator.initlamb() (in module initiator)": [[13, "Initiator.initLamb"]], "initiator.initscully() (in module initiator)": [[13, "Initiator.initScully"]], "initiator.initvisbal() (in module initiator)": [[13, "Initiator.initVisbal"]], "initiator.initwissocq() (in module initiator)": [[13, "Initiator.initWissocq"]], "initiator.inityee() (in module initiator)": [[13, "Initiator.initYee"]], "initiator.overlayfield() (in module initiator)": [[13, "Initiator.overlayField"]], "converter.internal": [[14, "module-Converter.Internal"]], "converter.internal.adaptnface2pe() (in module converter.internal)": [[14, "Converter.Internal.adaptNFace2PE"]], "converter.internal.adaptngon32ngon4() (in module converter.internal)": [[14, "Converter.Internal.adaptNGon32NGon4"]], "converter.internal.adaptngon42ngon3() (in module converter.internal)": [[14, "Converter.Internal.adaptNGon42NGon3"]], "converter.internal.adaptpe2nface() (in module converter.internal)": [[14, "Converter.Internal.adaptPE2NFace"]], "converter.internal.addchild() (in module converter.internal)": [[14, "Converter.Internal.addChild"]], "converter.internal.append() (in module converter.internal)": [[14, "Converter.Internal.append"]], "converter.internal.appendbasename2zonename() (in module converter.internal)": [[14, "Converter.Internal.appendBaseName2ZoneName"]], "converter.internal.checkpytree() (in module converter.internal)": [[14, "Converter.Internal.checkPyTree"]], "converter.internal.copynode() (in module converter.internal)": [[14, "Converter.Internal.copyNode"]], "converter.internal.copyref() (in module converter.internal)": [[14, "Converter.Internal.copyRef"]], "converter.internal.copytree() (in module converter.internal)": [[14, "Converter.Internal.copyTree"]], "converter.internal.copyvalue() (in module converter.internal)": [[14, "Converter.Internal.copyValue"]], "converter.internal.correctpytree() (in module converter.internal)": [[14, "Converter.Internal.correctPyTree"]], "converter.internal.createchild() (in module converter.internal)": [[14, "Converter.Internal.createChild"]], "converter.internal.createnode() (in module converter.internal)": [[14, "Converter.Internal.createNode"]], "converter.internal.createuniquechild() (in module converter.internal)": [[14, "Converter.Internal.createUniqueChild"]], "converter.internal.getbases() (in module converter.internal)": [[14, "Converter.Internal.getBases"]], "converter.internal.getbyname() (in module converter.internal)": [[14, "Converter.Internal.getByName"]], "converter.internal.getbytype() (in module converter.internal)": [[14, "Converter.Internal.getByType"]], "converter.internal.getchildfromname() (in module converter.internal)": [[14, "Converter.Internal.getChildFromName"]], "converter.internal.getchildfromtype() (in module converter.internal)": [[14, "Converter.Internal.getChildFromType"]], "converter.internal.getchildren() (in module converter.internal)": [[14, "Converter.Internal.getChildren"]], "converter.internal.getchildrenfromtype() (in module converter.internal)": [[14, "Converter.Internal.getChildrenFromType"]], "converter.internal.getname() (in module converter.internal)": [[14, "Converter.Internal.getName"]], "converter.internal.getnodefromname() (in module converter.internal)": [[14, "Converter.Internal.getNodeFromName"]], "converter.internal.getnodefromnameandtype() (in module converter.internal)": [[14, "Converter.Internal.getNodeFromNameAndType"]], "converter.internal.getnodefrompath() (in module converter.internal)": [[14, "Converter.Internal.getNodeFromPath"]], "converter.internal.getnodefromtype() (in module converter.internal)": [[14, "Converter.Internal.getNodeFromType"]], "converter.internal.getnodeposition() (in module converter.internal)": [[14, "Converter.Internal.getNodePosition"]], "converter.internal.getnodesfromname() (in module converter.internal)": [[14, "Converter.Internal.getNodesFromName"]], "converter.internal.getnodesfromnameandtype() (in module converter.internal)": [[14, "Converter.Internal.getNodesFromNameAndType"]], "converter.internal.getnodesfromtype() (in module converter.internal)": [[14, "Converter.Internal.getNodesFromType"]], "converter.internal.getnodesfromvalue() (in module converter.internal)": [[14, "Converter.Internal.getNodesFromValue"]], "converter.internal.getparentfromtype() (in module converter.internal)": [[14, "Converter.Internal.getParentFromType"]], "converter.internal.getparentofnode() (in module converter.internal)": [[14, "Converter.Internal.getParentOfNode"]], "converter.internal.getparentsfromtype() (in module converter.internal)": [[14, "Converter.Internal.getParentsFromType"]], "converter.internal.getpath() (in module converter.internal)": [[14, "Converter.Internal.getPath"]], "converter.internal.getpathancestor() (in module converter.internal)": [[14, "Converter.Internal.getPathAncestor"]], "converter.internal.getpathleaf() (in module converter.internal)": [[14, "Converter.Internal.getPathLeaf"]], "converter.internal.getpathsfromname() (in module converter.internal)": [[14, "Converter.Internal.getPathsFromName"]], "converter.internal.getpathsfromtype() (in module converter.internal)": [[14, "Converter.Internal.getPathsFromType"]], "converter.internal.getpathsfromvalue() (in module converter.internal)": [[14, "Converter.Internal.getPathsFromValue"]], "converter.internal.getsizeof() (in module converter.internal)": [[14, "Converter.Internal.getSizeOf"]], "converter.internal.gettype() (in module converter.internal)": [[14, "Converter.Internal.getType"]], "converter.internal.getval() (in module converter.internal)": [[14, "Converter.Internal.getVal"]], "converter.internal.getvalue() (in module converter.internal)": [[14, "Converter.Internal.getValue"]], "converter.internal.getzonedim() (in module converter.internal)": [[14, "Converter.Internal.getZoneDim"]], "converter.internal.getzonepaths() (in module converter.internal)": [[14, "Converter.Internal.getZonePaths"]], "converter.internal.getzonetype() (in module converter.internal)": [[14, "Converter.Internal.getZoneType"]], "converter.internal.getzones() (in module converter.internal)": [[14, "Converter.Internal.getZones"]], "converter.internal.getzonesperiteration() (in module converter.internal)": [[14, "Converter.Internal.getZonesPerIteration"]], "converter.internal.groupbcbybctype() (in module converter.internal)": [[14, "Converter.Internal.groupBCByBCType"]], "converter.internal.ischild() (in module converter.internal)": [[14, "Converter.Internal.isChild"]], "converter.internal.isname() (in module converter.internal)": [[14, "Converter.Internal.isName"]], "converter.internal.isstdnode() (in module converter.internal)": [[14, "Converter.Internal.isStdNode"]], "converter.internal.istoptree() (in module converter.internal)": [[14, "Converter.Internal.isTopTree"]], "converter.internal.istype() (in module converter.internal)": [[14, "Converter.Internal.isType"]], "converter.internal.isvalue() (in module converter.internal)": [[14, "Converter.Internal.isValue"]], "converter.internal.merge() (in module converter.internal)": [[14, "Converter.Internal.merge"]], "converter.internal.movenodefrompaths() (in module converter.internal)": [[14, "Converter.Internal.moveNodeFromPaths"]], "converter.internal.newarbitrarygridmotion() (in module converter.internal)": [[14, "Converter.Internal.newArbitraryGridMotion"]], "converter.internal.newaxisymmetry() (in module converter.internal)": [[14, "Converter.Internal.newAxiSymmetry"]], "converter.internal.newbc() (in module converter.internal)": [[14, "Converter.Internal.newBC"]], "converter.internal.newbcdata() (in module converter.internal)": [[14, "Converter.Internal.newBCData"]], "converter.internal.newbcdataset() (in module converter.internal)": [[14, "Converter.Internal.newBCDataSet"]], "converter.internal.newbcproperty() (in module converter.internal)": [[14, "Converter.Internal.newBCProperty"]], "converter.internal.newbaseiterativedata() (in module converter.internal)": [[14, "Converter.Internal.newBaseIterativeData"]], "converter.internal.newcgnsbase() (in module converter.internal)": [[14, "Converter.Internal.newCGNSBase"]], "converter.internal.newcgnstree() (in module converter.internal)": [[14, "Converter.Internal.newCGNSTree"]], "converter.internal.newchemicalkineticsmodel() (in module converter.internal)": [[14, "Converter.Internal.newChemicalKineticsModel"]], "converter.internal.newconvergencehistory() (in module converter.internal)": [[14, "Converter.Internal.newConvergenceHistory"]], "converter.internal.newdataarray() (in module converter.internal)": [[14, "Converter.Internal.newDataArray"]], "converter.internal.newdataclass() (in module converter.internal)": [[14, "Converter.Internal.newDataClass"]], "converter.internal.newdataconversion() (in module converter.internal)": [[14, "Converter.Internal.newDataConversion"]], "converter.internal.newdescriptor() (in module converter.internal)": [[14, "Converter.Internal.newDescriptor"]], "converter.internal.newdimensionalexponents() (in module converter.internal)": [[14, "Converter.Internal.newDimensionalExponents"]], "converter.internal.newdimensionalunits() (in module converter.internal)": [[14, "Converter.Internal.newDimensionalUnits"]], "converter.internal.newdiscretedata() (in module converter.internal)": [[14, "Converter.Internal.newDiscreteData"]], "converter.internal.newemconductivitymodel() (in module converter.internal)": [[14, "Converter.Internal.newEMConductivityModel"]], "converter.internal.newemelectricfieldmodel() (in module converter.internal)": [[14, "Converter.Internal.newEMElectricFieldModel"]], "converter.internal.newemmagneticfieldmodel() (in module converter.internal)": [[14, "Converter.Internal.newEMMagneticFieldModel"]], "converter.internal.newelements() (in module converter.internal)": [[14, "Converter.Internal.newElements"]], "converter.internal.newfamily() (in module converter.internal)": [[14, "Converter.Internal.newFamily"]], "converter.internal.newfamilybc() (in module converter.internal)": [[14, "Converter.Internal.newFamilyBC"]], "converter.internal.newflowequationset() (in module converter.internal)": [[14, "Converter.Internal.newFlowEquationSet"]], "converter.internal.newflowsolution() (in module converter.internal)": [[14, "Converter.Internal.newFlowSolution"]], "converter.internal.newgasmodel() (in module converter.internal)": [[14, "Converter.Internal.newGasModel"]], "converter.internal.newgeometryreference() (in module converter.internal)": [[14, "Converter.Internal.newGeometryReference"]], "converter.internal.newgoverningequations() (in module converter.internal)": [[14, "Converter.Internal.newGoverningEquations"]], "converter.internal.newgravity() (in module converter.internal)": [[14, "Converter.Internal.newGravity"]], "converter.internal.newgridconnectivity() (in module converter.internal)": [[14, "Converter.Internal.newGridConnectivity"]], "converter.internal.newgridconnectivity1to1() (in module converter.internal)": [[14, "Converter.Internal.newGridConnectivity1to1"]], "converter.internal.newgridconnectivityproperty() (in module converter.internal)": [[14, "Converter.Internal.newGridConnectivityProperty"]], "converter.internal.newgridconnectivitytype() (in module converter.internal)": [[14, "Converter.Internal.newGridConnectivityType"]], "converter.internal.newgridcoordinates() (in module converter.internal)": [[14, "Converter.Internal.newGridCoordinates"]], "converter.internal.newgridlocation() (in module converter.internal)": [[14, "Converter.Internal.newGridLocation"]], "converter.internal.newindexarray() (in module converter.internal)": [[14, "Converter.Internal.newIndexArray"]], "converter.internal.newintegraldata() (in module converter.internal)": [[14, "Converter.Internal.newIntegralData"]], "converter.internal.newordinal() (in module converter.internal)": [[14, "Converter.Internal.newOrdinal"]], "converter.internal.newoversetholes() (in module converter.internal)": [[14, "Converter.Internal.newOversetHoles"]], "converter.internal.newparentelements() (in module converter.internal)": [[14, "Converter.Internal.newParentElements"]], "converter.internal.newparentelementsposition() (in module converter.internal)": [[14, "Converter.Internal.newParentElementsPosition"]], "converter.internal.newperiodic() (in module converter.internal)": [[14, "Converter.Internal.newPeriodic"]], "converter.internal.newpointlist() (in module converter.internal)": [[14, "Converter.Internal.newPointList"]], "converter.internal.newpointrange() (in module converter.internal)": [[14, "Converter.Internal.newPointRange"]], "converter.internal.newreferencestate() (in module converter.internal)": [[14, "Converter.Internal.newReferenceState"]], "converter.internal.newrigidgridmotion() (in module converter.internal)": [[14, "Converter.Internal.newRigidGridMotion"]], "converter.internal.newrigidgridmotiontype() (in module converter.internal)": [[14, "Converter.Internal.newRigidGridMotionType"]], "converter.internal.newrind() (in module converter.internal)": [[14, "Converter.Internal.newRind"]], "converter.internal.newrotatingcoordinates() (in module converter.internal)": [[14, "Converter.Internal.newRotatingCoordinates"]], "converter.internal.newsimulationtype() (in module converter.internal)": [[14, "Converter.Internal.newSimulationType"]], "converter.internal.newthermalconductivitymodel() (in module converter.internal)": [[14, "Converter.Internal.newThermalConductivityModel"]], "converter.internal.newthermalrelaxationmodel() (in module converter.internal)": [[14, "Converter.Internal.newThermalRelaxationModel"]], "converter.internal.newturbulenceclosure() (in module converter.internal)": [[14, "Converter.Internal.newTurbulenceClosure"]], "converter.internal.newturbulencemodel() (in module converter.internal)": [[14, "Converter.Internal.newTurbulenceModel"]], "converter.internal.newuserdefineddata() (in module converter.internal)": [[14, "Converter.Internal.newUserDefinedData"]], "converter.internal.newviscositymodel() (in module converter.internal)": [[14, "Converter.Internal.newViscosityModel"]], "converter.internal.newzone() (in module converter.internal)": [[14, "Converter.Internal.newZone"]], "converter.internal.newzonebc() (in module converter.internal)": [[14, "Converter.Internal.newZoneBC"]], "converter.internal.newzonegridconnectivity() (in module converter.internal)": [[14, "Converter.Internal.newZoneGridConnectivity"]], "converter.internal.newzoneiterativedata() (in module converter.internal)": [[14, "Converter.Internal.newZoneIterativeData"]], "converter.internal.newzonesubregion() (in module converter.internal)": [[14, "Converter.Internal.newZoneSubRegion"]], "converter.internal.printtree() (in module converter.internal)": [[14, "Converter.Internal.printTree"]], "converter.internal.renamenode() (in module converter.internal)": [[14, "Converter.Internal.renameNode"]], "converter.internal.rmnode() (in module converter.internal)": [[14, "Converter.Internal.rmNode"]], "converter.internal.rmnodebypath() (in module converter.internal)": [[14, "Converter.Internal.rmNodeByPath"]], "converter.internal.rmnodesbyname() (in module converter.internal)": [[14, "Converter.Internal.rmNodesByName"]], "converter.internal.rmnodesbynameandtype() (in module converter.internal)": [[14, "Converter.Internal.rmNodesByNameAndType"]], "converter.internal.rmnodesbytype() (in module converter.internal)": [[14, "Converter.Internal.rmNodesByType"]], "converter.internal.rmnodesbyvalue() (in module converter.internal)": [[14, "Converter.Internal.rmNodesByValue"]], "converter.internal.setname() (in module converter.internal)": [[14, "Converter.Internal.setName"]], "converter.internal.settype() (in module converter.internal)": [[14, "Converter.Internal.setType"]], "converter.internal.setvalue() (in module converter.internal)": [[14, "Converter.Internal.setValue"]], "converter.internal.sortbyname() (in module converter.internal)": [[14, "Converter.Internal.sortByName"]], "converter.internal.typeofnode() (in module converter.internal)": [[14, "Converter.Internal.typeOfNode"]], "intersector": [[15, "module-Intersector"]], "intersector.pytree.xcelln() (in module intersector)": [[15, "Intersector.PyTree.XcellN"]], "intersector.adaptbox() (in module intersector)": [[15, "Intersector.adaptBox"]], "intersector.adaptcells() (in module intersector)": [[15, "Intersector.adaptCells"]], "intersector.agglomeratecellswithspecifiedfaces() (in module intersector)": [[15, "Intersector.agglomerateCellsWithSpecifiedFaces"]], "intersector.agglomeratenonstarcells() (in module intersector)": [[15, "Intersector.agglomerateNonStarCells"]], "intersector.agglomeratesmallcells() (in module intersector)": [[15, "Intersector.agglomerateSmallCells"]], "intersector.assigndata2sensor() (in module intersector)": [[15, "Intersector.assignData2Sensor"]], "intersector.booleanintersection() (in module intersector)": [[15, "Intersector.booleanIntersection"]], "intersector.booleanminus() (in module intersector)": [[15, "Intersector.booleanMinus"]], "intersector.booleanunion() (in module intersector)": [[15, "Intersector.booleanUnion"]], "intersector.centroids() (in module intersector)": [[15, "Intersector.centroids"]], "intersector.checkcellsclosure() (in module intersector)": [[15, "Intersector.checkCellsClosure"]], "intersector.checkcellsflux() (in module intersector)": [[15, "Intersector.checkCellsFlux"]], "intersector.checkcellsvolume() (in module intersector)": [[15, "Intersector.checkCellsVolume"]], "intersector.checkfordegencells() (in module intersector)": [[15, "Intersector.checkForDegenCells"]], "intersector.closecells() (in module intersector)": [[15, "Intersector.closeCells"]], "intersector.computegrowthratio() (in module intersector)": [[15, "Intersector.computeGrowthRatio"]], "intersector.conformunstr() (in module intersector)": [[15, "Intersector.conformUnstr"]], "intersector.conformizehmesh() (in module intersector)": [[15, "Intersector.conformizeHMesh"]], "intersector.convertngon2dtongon3d() (in module intersector)": [[15, "Intersector.convertNGON2DToNGON3D"]], "intersector.convexifyfaces() (in module intersector)": [[15, "Intersector.convexifyFaces"]], "intersector.createhmesh() (in module intersector)": [[15, "Intersector.createHMesh"]], "intersector.createsensor() (in module intersector)": [[15, "Intersector.createSensor"]], "intersector.deletehmesh() (in module intersector)": [[15, "Intersector.deleteHMesh"]], "intersector.deletesensor() (in module intersector)": [[15, "Intersector.deleteSensor"]], "intersector.diffmesh() (in module intersector)": [[15, "Intersector.diffMesh"]], "intersector.diffsurf() (in module intersector)": [[15, "Intersector.diffSurf"]], "intersector.edgelengthextrema() (in module intersector)": [[15, "Intersector.edgeLengthExtrema"]], "intersector.extractouterlayers() (in module intersector)": [[15, "Intersector.extractOuterLayers"]], "intersector.extractpathologicalcells() (in module intersector)": [[15, "Intersector.extractPathologicalCells"]], "intersector.getcells() (in module intersector)": [[15, "Intersector.getCells"]], "intersector.getcollidingcells() (in module intersector)": [[15, "Intersector.getCollidingCells"]], "intersector.getoverlappingfaces() (in module intersector)": [[15, "Intersector.getOverlappingFaces"]], "intersector.intersection() (in module intersector)": [[15, "Intersector.intersection"]], "intersector.preparecellssplit() (in module intersector)": [[15, "Intersector.prepareCellsSplit"]], "intersector.reorient() (in module intersector)": [[15, "Intersector.reorient"]], "intersector.selfx() (in module intersector)": [[15, "Intersector.selfX"]], "intersector.simplifycells() (in module intersector)": [[15, "Intersector.simplifyCells"]], "intersector.splitnonstarcells() (in module intersector)": [[15, "Intersector.splitNonStarCells"]], "intersector.syncmacthperiodicfaces() (in module intersector)": [[15, "Intersector.syncMacthPeriodicFaces"]], "intersector.triangulatebc() (in module intersector)": [[15, "Intersector.triangulateBC"]], "intersector.triangulateexteriorfaces() (in module intersector)": [[15, "Intersector.triangulateExteriorFaces"]], "intersector.volumes() (in module intersector)": [[15, "Intersector.volumes"]], "occ": [[16, "module-OCC"]], "occ.pytree.convertcad2pytree() (in module occ)": [[16, "OCC.OCC.PyTree.convertCAD2PyTree"]], "occ.convertcad2arrays() (in module occ)": [[16, "OCC.OCC.convertCAD2Arrays"]], "post": [[17, "module-Post"]], "post.probe.probe() (in module post)": [[17, "Post.Probe.Probe"]], "post.probe.probe.extract() (in module post)": [[17, "Post.Probe.Probe.extract"]], "post.probe.probe.flush() (in module post)": [[17, "Post.Probe.Probe.flush"]], "post.probe.probe.read() (in module post)": [[17, "Post.Probe.Probe.read"]], "post.pytree.computewallshearstress() (in module post)": [[17, "Post.PyTree.computeWallShearStress"]], "post.pytree.importvariables() (in module post)": [[17, "Post.PyTree.importVariables"]], "post.coarsen() (in module post)": [[17, "Post.coarsen"]], "post.computecurl() (in module post)": [[17, "Post.computeCurl"]], "post.computediff() (in module post)": [[17, "Post.computeDiff"]], "post.computediv() (in module post)": [[17, "Post.computeDiv"]], "post.computediv2() (in module post)": [[17, "Post.computeDiv2"]], "post.computeextravariable() (in module post)": [[17, "Post.computeExtraVariable"]], "post.computegrad() (in module post)": [[17, "Post.computeGrad"]], "post.computegrad2() (in module post)": [[17, "Post.computeGrad2"]], "post.computegradlsq() (in module post)": [[17, "Post.computeGradLSQ"]], "post.computeindicatorfield() (in module post)": [[17, "Post.computeIndicatorField"]], "post.computeindicatorvalue() (in module post)": [[17, "Post.computeIndicatorValue"]], "post.computenormcurl() (in module post)": [[17, "Post.computeNormCurl"]], "post.computenormgrad() (in module post)": [[17, "Post.computeNormGrad"]], "post.computevariables() (in module post)": [[17, "Post.computeVariables"]], "post.exteriorelts() (in module post)": [[17, "Post.exteriorElts"]], "post.exteriorfaces() (in module post)": [[17, "Post.exteriorFaces"]], "post.exteriorfacesstructured() (in module post)": [[17, "Post.exteriorFacesStructured"]], "post.extractmesh() (in module post)": [[17, "Post.extractMesh"]], "post.extractplane() (in module post)": [[17, "Post.extractPlane"]], "post.extractpoint() (in module post)": [[17, "Post.extractPoint"]], "post.frontfaces() (in module post)": [[17, "Post.frontFaces"]], "post.integ() (in module post)": [[17, "Post.integ"]], "post.integmoment() (in module post)": [[17, "Post.integMoment"]], "post.integmomentnorm() (in module post)": [[17, "Post.integMomentNorm"]], "post.integnorm() (in module post)": [[17, "Post.integNorm"]], "post.integnormproduct() (in module post)": [[17, "Post.integNormProduct"]], "post.interiorfaces() (in module post)": [[17, "Post.interiorFaces"]], "post.isoline() (in module post)": [[17, "Post.isoLine"]], "post.isosurf() (in module post)": [[17, "Post.isoSurf"]], "post.isosurfmc() (in module post)": [[17, "Post.isoSurfMC"]], "post.projectcloudsolution() (in module post)": [[17, "Post.projectCloudSolution"]], "post.refine() (in module post)": [[17, "Post.refine"], [17, "id0"]], "post.renamevars() (in module post)": [[17, "Post.renameVars"]], "post.selectcells() (in module post)": [[17, "Post.selectCells"]], "post.selectcells2() (in module post)": [[17, "Post.selectCells2"]], "post.sharpedges() (in module post)": [[17, "Post.sharpEdges"]], "post.silhouette() (in module post)": [[17, "Post.silhouette"]], "post.streamline() (in module post)": [[17, "Post.streamLine"]], "post.streamribbon() (in module post)": [[17, "Post.streamRibbon"]], "post.streamsurf() (in module post)": [[17, "Post.streamSurf"]], "post.usurp() (in module post)": [[17, "Post.usurp"]], "post.zipper() (in module post)": [[17, "Post.zipper"]], "post.ibm": [[18, "module-Post.IBM"]], "post.ibm.computeextravariables() (in module post.ibm)": [[18, "Post.IBM.computeExtraVariables"]], "post.ibm.extractconvectiveterms() (in module post.ibm)": [[18, "Post.IBM.extractConvectiveTerms"]], "post.ibm.extractibmwallfields() (in module post.ibm)": [[18, "Post.IBM.extractIBMWallFields"]], "post.ibm.extractlocalpressuregradients() (in module post.ibm)": [[18, "Post.IBM.extractLocalPressureGradients"]], "post.ibm.extractpressureho() (in module post.ibm)": [[18, "Post.IBM.extractPressureHO"]], "post.ibm.extractpressureho2() (in module post.ibm)": [[18, "Post.IBM.extractPressureHO2"]], "post.ibm.extractshearstress() (in module post.ibm)": [[18, "Post.IBM.extractShearStress"]], "post.ibm.extractyplusip() (in module post.ibm)": [[18, "Post.IBM.extractYplusIP"]], "post.ibm.loads() (in module post.ibm)": [[18, "Post.IBM.loads"]], "rigidmotion": [[19, "module-RigidMotion"]], "rigidmotion.pytree.copygrid2gridinit() (in module rigidmotion)": [[19, "RigidMotion.PyTree.copyGrid2GridInit"]], "rigidmotion.pytree.copygridinit2grid() (in module rigidmotion)": [[19, "RigidMotion.PyTree.copyGridInit2Grid"]], "rigidmotion.pytree.evalgridspeed() (in module rigidmotion)": [[19, "RigidMotion.PyTree.evalGridSpeed"]], "rigidmotion.pytree.evalposition() (in module rigidmotion)": [[19, "RigidMotion.PyTree.evalPosition"]], "rigidmotion.pytree.setprescribedmotion1() (in module rigidmotion)": [[19, "RigidMotion.PyTree.setPrescribedMotion1"]], "rigidmotion.pytree.setprescribedmotion2() (in module rigidmotion)": [[19, "RigidMotion.PyTree.setPrescribedMotion2"]], "rigidmotion.pytree.setprescribedmotion3() (in module rigidmotion)": [[19, "RigidMotion.PyTree.setPrescribedMotion3"]], "post.rotor": [[20, "module-Post.Rotor"]], "post.rotor.computethrustandtorque() (in module post.rotor)": [[20, "Post.Rotor.computeThrustAndTorque"]], "post.rotor.computezb() (in module post.rotor)": [[20, "Post.Rotor.computeZb"]], "post.rotor.exportaccumulatormap() (in module post.rotor)": [[20, "Post.Rotor.exportAccumulatorMap"]], "post.rotor.exportaccumulatorperpsi() (in module post.rotor)": [[20, "Post.Rotor.exportAccumulatorPerPsi"]], "post.rotor.exportaccumulatorperradius() (in module post.rotor)": [[20, "Post.Rotor.exportAccumulatorPerRadius"]], "post.rotor.extractslices() (in module post.rotor)": [[20, "Post.Rotor.extractSlices"]], "transform": [[21, "module-Transform"]], "transform.pytree.splitfullmatch() (in module transform)": [[21, "Transform.PyTree.splitFullMatch"]], "transform.addkplane() (in module transform)": [[21, "Transform.addkplane"]], "transform.breakelements() (in module transform)": [[21, "Transform.breakElements"]], "transform.cart2cyl() (in module transform)": [[21, "Transform.cart2Cyl"]], "transform.collapse() (in module transform)": [[21, "Transform.collapse"]], "transform.contract() (in module transform)": [[21, "Transform.contract"]], "transform.deform() (in module transform)": [[21, "Transform.deform"]], "transform.deformmesh() (in module transform)": [[21, "Transform.deformMesh"]], "transform.deformnormals() (in module transform)": [[21, "Transform.deformNormals"]], "transform.deformpoint() (in module transform)": [[21, "Transform.deformPoint"]], "transform.dual() (in module transform)": [[21, "Transform.dual"]], "transform.homothety() (in module transform)": [[21, "Transform.homothety"]], "transform.join() (in module transform)": [[21, "Transform.join"]], "transform.makecartesianxyz() (in module transform)": [[21, "Transform.makeCartesianXYZ"]], "transform.makedirect() (in module transform)": [[21, "Transform.makeDirect"]], "transform.merge() (in module transform)": [[21, "Transform.merge"]], "transform.mergecart() (in module transform)": [[21, "Transform.mergeCart"]], "transform.oneovern() (in module transform)": [[21, "Transform.oneovern"]], "transform.patch() (in module transform)": [[21, "Transform.patch"]], "transform.perturbate() (in module transform)": [[21, "Transform.perturbate"]], "transform.projectalldirs() (in module transform)": [[21, "Transform.projectAllDirs"]], "transform.projectdir() (in module transform)": [[21, "Transform.projectDir"]], "transform.projectortho() (in module transform)": [[21, "Transform.projectOrtho"]], "transform.projectorthosmooth() (in module transform)": [[21, "Transform.projectOrthoSmooth"]], "transform.projectray() (in module transform)": [[21, "Transform.projectRay"]], "transform.reorder() (in module transform)": [[21, "Transform.reorder"]], "transform.reorderall() (in module transform)": [[21, "Transform.reorderAll"]], "transform.rotate() (in module transform)": [[21, "Transform.rotate"]], "transform.scale() (in module transform)": [[21, "Transform.scale"]], "transform.smooth() (in module transform)": [[21, "Transform.smooth"]], "transform.smoothfield() (in module transform)": [[21, "Transform.smoothField"]], "transform.splitbar() (in module transform)": [[21, "Transform.splitBAR"]], "transform.splitconnexity() (in module transform)": [[21, "Transform.splitConnexity"]], "transform.splitcurvatureangle() (in module transform)": [[21, "Transform.splitCurvatureAngle"]], "transform.splitcurvatureradius() (in module transform)": [[21, "Transform.splitCurvatureRadius"]], "transform.splitmanifold() (in module transform)": [[21, "Transform.splitManifold"]], "transform.splitmultiplepts() (in module transform)": [[21, "Transform.splitMultiplePts"]], "transform.splitnparts() (in module transform)": [[21, "Transform.splitNParts"]], "transform.splitsharpedges() (in module transform)": [[21, "Transform.splitSharpEdges"]], "transform.splitsize() (in module transform)": [[21, "Transform.splitSize"]], "transform.splittbranches() (in module transform)": [[21, "Transform.splitTBranches"]], "transform.splittri() (in module transform)": [[21, "Transform.splitTRI"]], "transform.subzone() (in module transform)": [[21, "Transform.subzone"]], "transform.symetrize() (in module transform)": [[21, "Transform.symetrize"]], "transform.translate() (in module transform)": [[21, "Transform.translate"]], "converter.elsaprofile": [[22, "module-Converter.elsAProfile"]], "converter.elsaprofile.adaptnearmatch() (in module converter.elsaprofile)": [[22, "Converter.elsAProfile.adaptNearMatch"]], "converter.elsaprofile.adaptperiodicmatch() (in module converter.elsaprofile)": [[22, "Converter.elsAProfile.adaptPeriodicMatch"]], "converter.elsaprofile.addflowsolution() (in module converter.elsaprofile)": [[22, "Converter.elsAProfile.addFlowSolution"]], "converter.elsaprofile.addflowsolutioneor() (in module converter.elsaprofile)": [[22, "Converter.elsAProfile.addFlowSolutionEoR"]], "converter.elsaprofile.addglobalconvergencehistory() (in module converter.elsaprofile)": [[22, "Converter.elsAProfile.addGlobalConvergenceHistory"]], "converter.elsaprofile.addneighbours__() (in module converter.elsaprofile)": [[22, "Converter.elsAProfile.addNeighbours__"]], "converter.elsaprofile.addoutput() (in module converter.elsaprofile)": [[22, "Converter.elsAProfile.addOutput"]], "converter.elsaprofile.addoutputforces() (in module converter.elsaprofile)": [[22, "Converter.elsAProfile.addOutputForces"]], "converter.elsaprofile.addoutputfriction() (in module converter.elsaprofile)": [[22, "Converter.elsAProfile.addOutputFriction"]], "converter.elsaprofile.addperiodicdatainsolverparam() (in module converter.elsaprofile)": [[22, "Converter.elsAProfile.addPeriodicDataInSolverParam"]], "converter.elsaprofile.addreferencestate() (in module converter.elsaprofile)": [[22, "Converter.elsAProfile.addReferenceState"]], "converter.elsaprofile.addturbulentdistanceindex() (in module converter.elsaprofile)": [[22, "Converter.elsAProfile.addTurbulentDistanceIndex"]], "converter.elsaprofile.buildmaskfiles() (in module converter.elsaprofile)": [[22, "Converter.elsAProfile.buildMaskFiles"]], "converter.elsaprofile.convert2elsaxdt() (in module converter.elsaprofile)": [[22, "Converter.elsAProfile.convert2elsAxdt"]], "converter.elsaprofile.createelsahybrid() (in module converter.elsaprofile)": [[22, "Converter.elsAProfile.createElsaHybrid"]], "converter.elsaprofile.fillneighbourlist() (in module converter.elsaprofile)": [[22, "Converter.elsAProfile.fillNeighbourList"]], "converter.elsaprofile.getcgnskeys() (in module converter.elsaprofile)": [[22, "Converter.elsAProfile.getCGNSkeys"]], "converter.elsaprofile.overlapgc2bc() (in module converter.elsaprofile)": [[22, "Converter.elsAProfile.overlapGC2BC"]], "converter.elsaprofile.prefixdnrinsubregions() (in module converter.elsaprofile)": [[22, "Converter.elsAProfile.prefixDnrInSubRegions"]], "converter.elsaprofile.rmgcoverlap() (in module converter.elsaprofile)": [[22, "Converter.elsAProfile.rmGCOverlap"]], "axis (class in tkplotxy)": [[25, "id2"], [25, "tkPlotXY.Axis"]], 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[[25, "tkPlotXY.Desktop.addZone"]], "creategraph() (tkplotxy.desktop method)": [[25, "tkPlotXY.Desktop.createGraph"]], "deletezonefromdata() (tkplotxy.desktop method)": [[25, "tkPlotXY.Desktop.deleteZoneFromData"]], "drawfigure() (tkplotxy.graph method)": [[25, "tkPlotXY.Graph.drawFigure"]], "getaxis() (tkplotxy.graph method)": [[25, "tkPlotXY.Graph.getAxis"]], "getgrid() (tkplotxy.graph method)": [[25, "tkPlotXY.Graph.getGrid"]], "getlegend() (tkplotxy.graph method)": [[25, "tkPlotXY.Graph.getLegend"]], "replacezone() (tkplotxy.desktop method)": [[25, "tkPlotXY.Desktop.replaceZone"]], "save() (tkplotxy.graph method)": [[25, "tkPlotXY.Graph.save"]], "setdata() (tkplotxy.desktop method)": [[25, "tkPlotXY.Desktop.setData"]], "setvalue() (tkplotxy.axis method)": [[25, "tkPlotXY.Axis.setValue"]], "setvalue() (tkplotxy.axisgrid method)": [[25, "tkPlotXY.AxisGrid.setValue"]], "setvalue() (tkplotxy.curve method)": [[25, "tkPlotXY.Curve.setValue"]], "setvalue() (tkplotxy.diraxis method)": [[25, "tkPlotXY.DirAxis.setValue"]], "setvalue() (tkplotxy.grid method)": [[25, "tkPlotXY.Grid.setValue"]], "setvalue() (tkplotxy.legend method)": [[25, "tkPlotXY.Legend.setValue"]], "setvalue() (tkplotxy.levelgrid method)": [[25, "tkPlotXY.LevelGrid.setValue"]], "showfigure() (tkplotxy.graph method)": [[25, "tkPlotXY.Graph.showFigure"]], "tkplotxy": [[25, "module-tkPlotXY"]], "tkplotxy.desktop (class in tkplotxy)": [[25, "tkPlotXY.tkPlotXY.Desktop"]], "tkplotxy.grapheditor (class in tkplotxy)": [[25, "tkPlotXY.tkPlotXY.GraphEditor"]], "tkplotxy.opengrapheditor() (in module tkplotxy)": [[25, "tkPlotXY.tkPlotXY.openGraphEditor"]], "tkplotxy.plot() (in module tkplotxy)": [[25, "tkPlotXY.tkPlotXY.plot"]], "updategraph() (tkplotxy.graph method)": [[25, "tkPlotXY.Graph.updateGraph"]], "updatesubplotparams() (tkplotxy.graph method)": [[25, "tkPlotXY.Graph.updateSubPlotParams"]], "updatetightlayout() (tkplotxy.graph method)": [[25, "tkPlotXY.Graph.updateTightLayout"]]}})
\ No newline at end of file
diff --git a/docs/doc/tkCassiopee.html b/docs/doc/tkCassiopee.html
index de79bbf34..d5a4f9b71 100644
--- a/docs/doc/tkCassiopee.html
+++ b/docs/doc/tkCassiopee.html
@@ -476,4 +476,25 @@ <h3 id="searchlabel">Quick search</h3>
     }
 }
 
-</script>
\ No newline at end of file
+</script>
+        </div>
+      </div>
+      <div class="clearer"></div>
+    </div>
+    <div class="related" role="navigation" aria-label="related navigation">
+      <h3>Navigation</h3>
+      <ul>
+        <li class="right" style="margin-right: 10px">
+          <a href="genindex.html" title="General Index"
+             >index</a></li>
+        <li class="right" >
+          <a href="py-modindex.html" title="Python Module Index"
+             >modules</a> |</li>
+        <li class="nav-item nav-item-0"><a href="CPlot.html">CPlot 4.0 documentation</a> &#187;</li>
+        <li class="nav-item nav-item-this"><a href="">Preamble</a></li> 
+      </ul>
+    </div>
+    <div class="footer" role="contentinfo">
+    </div>
+  </body>
+</html>
\ No newline at end of file
diff --git a/docs/doc/tkPlotXY.html b/docs/doc/tkPlotXY.html
index 26c320d9c..7e44f3e2c 100644
--- a/docs/doc/tkPlotXY.html
+++ b/docs/doc/tkPlotXY.html
@@ -6,7 +6,7 @@
     <meta charset="ASCII" />
     <meta name="viewport" content="width=device-width, initial-scale=1.0" /><meta name="generator" content="Docutils 0.19: https://docutils.sourceforge.io/" />
 
-    <title>tkPlotXY : plot of curves &#8212; CPlot 4.0 documentation</title>
+    <title>tkPlotXY: plot of curves &#8212; CPlot 4.0 documentation</title>
     <link rel="stylesheet" type="text/css" href="_static/pygments.css" />
     <link rel="stylesheet" type="text/css" href="_static/classic.css" />
     
@@ -30,7 +30,7 @@ <h3>Navigation</h3>
           <a href="py-modindex.html" title="Python Module Index"
              >modules</a> |</li>
         <li class="nav-item nav-item-0"><a href="CPlot.html">CPlot 4.0 documentation</a> &#187;</li>
-        <li class="nav-item nav-item-this"><a href="">tkPlotXY : plot of curves</a></li> 
+        <li class="nav-item nav-item-this"><a href="">tkPlotXY: plot of curves</a></li> 
       </ul>
     </div>  
 
@@ -40,7 +40,7 @@ <h3>Navigation</h3>
           <div class="body" role="main">
             
   <section id="tkplotxy-plot-of-curves">
-<h1>tkPlotXY : plot of curves</h1>
+<h1>tkPlotXY: plot of curves</h1>
 <section id="preamble">
 <h2>Preamble</h2>
 <p>tkPlotXY is a 2D plotting library based on Matplotlib. The aim of tkPlotXY is to provide
@@ -1198,7 +1198,7 @@ <h2>Index</h2>
   <div>
     <h3><a href="CPlot.html">Table of Contents</a></h3>
     <ul>
-<li><a class="reference internal" href="#">tkPlotXY : plot of curves</a><ul>
+<li><a class="reference internal" href="#">tkPlotXY: plot of curves</a><ul>
 <li><a class="reference internal" href="#preamble">Preamble</a></li>
 <li><a class="reference internal" href="#one-line-plot-function">One line plot function</a><ul>
 <li><a class="reference internal" href="#tkPlotXY.tkPlotXY.plot"><code class="docutils literal notranslate"><span class="pre">tkPlotXY.plot()</span></code></a></li>
@@ -1431,4 +1431,25 @@ <h3 id="searchlabel">Quick search</h3>
     }
 }
 
-</script>
\ No newline at end of file
+</script>
+        </div>
+      </div>
+      <div class="clearer"></div>
+    </div>
+    <div class="related" role="navigation" aria-label="related navigation">
+      <h3>Navigation</h3>
+      <ul>
+        <li class="right" style="margin-right: 10px">
+          <a href="genindex.html" title="General Index"
+             >index</a></li>
+        <li class="right" >
+          <a href="py-modindex.html" title="Python Module Index"
+             >modules</a> |</li>
+        <li class="nav-item nav-item-0"><a href="CPlot.html">CPlot 4.0 documentation</a> &#187;</li>
+        <li class="nav-item nav-item-this"><a href="">tkPlotXY: plot of curves</a></li> 
+      </ul>
+    </div>
+    <div class="footer" role="contentinfo">
+    </div>
+  </body>
+</html>
\ No newline at end of file