diff --git a/.gitignore b/.gitignore index d523fba4e..0d978fbd6 100644 --- a/.gitignore +++ b/.gitignore @@ -6,6 +6,7 @@ core.* setup.cfg Dist docs/doc/Examples +docs/doc/*.pdf docs/Download Cassiopee/KCore/merge.l Cassiopee/XCore/merge.l diff --git a/Cassiopee/CPlot/doc/source/CPlot.rst b/Cassiopee/CPlot/doc/source/CPlot.rst index 2c7de9be5..4ec42a798 100644 --- a/Cassiopee/CPlot/doc/source/CPlot.rst +++ b/Cassiopee/CPlot/doc/source/CPlot.rst @@ -20,7 +20,7 @@ For use with the array interface, you have to import CPlot module:: For use with the pyTree interface:: - import CPlot.PyTree as CPlot + import CPlot.PyTree as CPlot .. py:module:: CPlot diff --git a/Cassiopee/Distributor2/doc/install b/Cassiopee/Distributor2/doc/install old mode 100644 new mode 100755 diff --git a/Cassiopee/KCore/doc/install b/Cassiopee/KCore/doc/install index 6bd030701..09af31829 100755 --- a/Cassiopee/KCore/doc/install +++ b/Cassiopee/KCore/doc/install @@ -77,7 +77,7 @@ 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 +sed -i 's/Geom\.Geom/geom/g' $FILE #sed -i 's/Geom\:{/geom\:{/g' $FILE sed -i 's/Compressor\.Compressor/Compressor/g' $FILE @@ -139,7 +139,6 @@ sed -i 's/CPlot\.CPlot/CPlot/g' $FILE sed -i 's/Intersector\.Intersector/Intersector/g' $FILE - cp build/searchindex.js $DEST cp build/genindex.html $DEST cp build/py-modindex.html $DEST diff --git a/docs/doc/CPlot.html b/docs/doc/CPlot.html index 599457adb..8b8be7e47 100644 --- a/docs/doc/CPlot.html +++ b/docs/doc/CPlot.html @@ -1,17 +1,21 @@ + - + - + CPlot: a light plotter for arrays/pyTree — CPlot 4.0 documentation - - + + - - - + + + + + + @@ -51,9 +55,9 @@

Preamble

import CPlot.PyTree as CPlot
- +
-

List of functions

+

List of functions

– Actions

@@ -1753,7 +1757,7 @@

Navigation

\ No newline at end of file diff --git a/docs/doc/Compressor.html b/docs/doc/Compressor.html index c7e534710..4746010e8 100644 --- a/docs/doc/Compressor.html +++ b/docs/doc/Compressor.html @@ -1,17 +1,21 @@ + - + - + Compressor: Field compression module — Compressor 4.0 documentation - - + + - - - + + + + + + @@ -49,9 +53,9 @@

Preamble

import Compressor.PyTree as Compressor
- +
-

List of functions

+

List of functions

– Index field compression

@@ -588,7 +592,7 @@

Navigation

\ No newline at end of file diff --git a/docs/doc/Connector.html b/docs/doc/Connector.html index 420db2e47..02b1dc34d 100644 --- a/docs/doc/Connector.html +++ b/docs/doc/Connector.html @@ -1,17 +1,21 @@ + - + - + Connector: Grid connectivity module — Connector 4.0 documentation - - + + - - - + + + + + + @@ -52,9 +56,9 @@

Preamble

import Connector.PyTree as X
- +
-

List of functions

+

List of functions

– Multiblock connectivity

@@ -1159,7 +1163,7 @@

Navigation

\ No newline at end of file diff --git a/docs/doc/Connector_IBM.html b/docs/doc/Connector_IBM.html index 9f14bf2db..69e052f22 100644 --- a/docs/doc/Connector_IBM.html +++ b/docs/doc/Connector_IBM.html @@ -1,17 +1,21 @@ + - + - + Connector.IBM: immersed boundary method grid connectivity module — Connector 4.0 documentation - - + + - - - + + + + + + @@ -298,7 +302,7 @@

Navigation

\ No newline at end of file diff --git a/docs/doc/Converter.html b/docs/doc/Converter.html index c1437e9f4..67c8e9990 100644 --- a/docs/doc/Converter.html +++ b/docs/doc/Converter.html @@ -1,17 +1,21 @@ + - + - + Converter: CFD data conversion module — Converter 4.0 documentation - - + + - - - + + + + + + @@ -80,9 +84,9 @@

Preamble

import Converter.PyTree as C
- +
-

Name standardisation

+

Name standardisation

Some functions of Converter, Post and other modules perform specific treatments for given variables. For instance, the computeVariables function in the Post module can compute the pressure automatically if density and velocity are defined with their @@ -5596,7 +5600,7 @@

Navigation

\ No newline at end of file diff --git a/docs/doc/ConverterMpi.html b/docs/doc/ConverterMpi.html index 678880b82..a36bfe59a 100644 --- a/docs/doc/ConverterMpi.html +++ b/docs/doc/ConverterMpi.html @@ -1,17 +1,21 @@ + - + - + Converter.Mpi: distributed pyTree services — Converter 4.0 documentation - - + + - - - + + + + + + @@ -66,9 +70,9 @@

Preamble

mpirun -np 2 python script.py
-
+
-

List of functions

+

List of functions

– Input/output

@@ -76,13 +80,16 @@

Preamble

- + - - + + + + +

Read a file and return a skeleton tree.

Converter.Mpi.convertFile2PyTree(fileName[, ...])

Read a file and return a full tree or partial tree.

Converter.Mpi.readZones(t, fileName[, ...])

Read some zones in a skeleton tree (by rank or name).

Converter.Mpi.convertPyTree2File(t, fileName)

Converter.Mpi.writeZones(t, fileName[, ...])

Write zones in parallel.

Converter.Mpi.convertPyTree2File(t, fileName)

Write a skeleton or partial tree.
@@ -103,13 +110,13 @@

Preamble

– Communication Graphs

- - + + - - + + - + @@ -120,14 +127,17 @@

Preamble

– Exchanges

Converter.Mpi.getProc(a)

Return the proc of zone.

Converter.Mpi.getProc(z)

Return the proc where zone is affected to.

Converter.Mpi.setProc(t, nproc)

Set the proc to a zone or a set of zones.

Converter.Mpi.setProc(t, rank)

Set the proc number to a zone or a set of zones.

Converter.Mpi.getProcDict(t)

Converter.Mpi.getProcDict(t[, reduction])

Return the dictionary proc['zoneName'].

Converter.Mpi.computeGraph(t[, type, t2, ...])
- - + + - - + + - - + + + + +

Converter.Mpi.addXZones(t, graph[, ...])

Converter.Mpi.setCommunicator(com)

Set MPI communicator to com.

Converter.Mpi.rmXZones(t)

Converter.Mpi.addXZones(t, graph[, ...])

Add zones specified in graph on current proc.

Converter.Mpi.allgatherTree(a)

Converter.Mpi.rmXZones(t)

Remove zones added by addXZones.

Converter.Mpi.allgatherTree(t)

Gather a distributed tree on all processors.
@@ -1099,7 +1109,7 @@

Navigation

\ No newline at end of file diff --git a/docs/doc/Decorator.html b/docs/doc/Decorator.html index a7642ea64..ef16b02ee 100644 --- a/docs/doc/Decorator.html +++ b/docs/doc/Decorator.html @@ -1,17 +1,21 @@ + - + - + CPlot.Decorator: decoration of CPlot images using matplotlib — CPlot 4.0 documentation - - + + - - - + + + + + + @@ -46,9 +50,9 @@

Preamble

import CPlot.Decorator as Decorator
-
+
-

List of functions

+

List of functions

– Actions

@@ -58,7 +62,7 @@

Preamble

- + @@ -175,8 +179,8 @@

Actions

-
-CPlot.Decorator.createText(ax, posx=0, posy=0, text='', size=20, color="black", box=False, box=False, boxColor="black", boxBackColor="white")
+
+CPlot.Decorator.createText(ax, posx=0, posy=0, text='', size=20, color="black", box=False, box=False, boxColor="black", boxBackColor="white")

Create a text on figure.

Parameters:
@@ -409,7 +413,7 @@

Navigation

\ No newline at end of file diff --git a/docs/doc/Dist2Walls.html b/docs/doc/Dist2Walls.html index b11f30515..b2a42e206 100644 --- a/docs/doc/Dist2Walls.html +++ b/docs/doc/Dist2Walls.html @@ -1,17 +1,21 @@ + - + - + Dist2Walls: wall distance computation — Dist2Walls 4.0 documentation - - + + - - - + + + + + + @@ -51,9 +55,9 @@

Preamble

import Dist2Walls.PyTree
- +
-

List of functions

+

List of functions

– Wall distance computation

CPlot.Decorator.createColorBar(fig, ax[, ...])

Create a color bar.

CPlot.Decorator.createText(ax[, posx, posy, ...])

CPlot.Decorator.createText(ax[, posx, posy, ...])

Create text.

CPlot.Decorator.createArrow(ax, X1, X2[, ...])
@@ -252,7 +256,7 @@

Navigation

\ No newline at end of file diff --git a/docs/doc/Distributor2.html b/docs/doc/Distributor2.html index 657750998..7fa63e38c 100644 --- a/docs/doc/Distributor2.html +++ b/docs/doc/Distributor2.html @@ -1,17 +1,21 @@ + - + - + Distributor2: distribution of grids on processors — Distributor2 4.0 documentation - - + + - - - + + + + + + @@ -54,9 +58,9 @@

Preamble

import Distributor2.PyTree as D2
- +
-

List of functions

+

List of functions

– Automatic load balance

@@ -89,7 +93,7 @@

Preamble

- + @@ -703,7 +707,7 @@

Navigation

\ No newline at end of file diff --git a/docs/doc/ExtraVariables2.html b/docs/doc/ExtraVariables2.html index ac6769744..24e34504f 100644 --- a/docs/doc/ExtraVariables2.html +++ b/docs/doc/ExtraVariables2.html @@ -1,17 +1,21 @@ + - + - + ExtraVariables2: derived fields from primitive variables — Post 4.0 documentation - - + + - - - + + + + + + @@ -38,8 +42,8 @@

Navigation

ExtraVariables2: derived fields from primitive variables

This module compute derived fields from primitive variables.

-
-

List of functions

+
+

List of functions

– Volume fields

Distributor2.PyTree.printProcStats(t[, ...])

Print stats dictionary.

Distributor2.Mpi.redispatch(t[, graph])

Distributor2.Mpi.redispatch(t[, graph, verbose])

Redistribute tree from graph.
@@ -872,7 +876,7 @@

Navigation

\ No newline at end of file diff --git a/docs/doc/Filter.html b/docs/doc/Filter.html index 0e2b55f29..269adaa5d 100644 --- a/docs/doc/Filter.html +++ b/docs/doc/Filter.html @@ -1,17 +1,21 @@ + - + - + Filter: partial reading/writing of files — Converter 4.0 documentation - - + + - - - + + + + + + @@ -44,9 +48,9 @@

Preamble

import Converter.Filter as Filter
- +
-

List of functions

+

List of functions

– Low level layer

@@ -888,7 +892,7 @@

High level layer

The zones in file must have a .Solver#Param/proc node.

Parameters:
-

loadVariables (Boolean) – If true, load all variables in file. Otherwise load only coordinates

+

loadVariables (Boolean) – If true, load all variables in file. Otherwise load only coordinates.

Return type:

partial tree on each processor

@@ -1126,7 +1130,7 @@

Navigation

\ No newline at end of file diff --git a/docs/doc/Generator.html b/docs/doc/Generator.html index 8771af84a..66ea3dc8f 100644 --- a/docs/doc/Generator.html +++ b/docs/doc/Generator.html @@ -1,17 +1,21 @@ + - + - + Generator: mesh generation module — Generator 4.0 documentation - - + + - - - + + + + + + @@ -50,9 +54,9 @@

Preamble

import Generator.PyTree as G
- +
-

List of functions

+

List of functions

– Basic grid generation

@@ -5057,7 +5061,7 @@

Navigation

\ No newline at end of file diff --git a/docs/doc/Generator_IBM.html b/docs/doc/Generator_IBM.html index 607e0d8fb..bdf4877f8 100644 --- a/docs/doc/Generator_IBM.html +++ b/docs/doc/Generator_IBM.html @@ -1,17 +1,21 @@ + - + - + IBM: Immersed boundary method mesh generation module — Generator 4.0 documentation - - + + - - - + + + + + + @@ -40,8 +44,8 @@

IBM: Immersed boundary method mesh generation module

– READ ME The current documentation is solely for the purposes of tracking the location of the functions previously located in Connector/ToolboxIBM.py and Apps/Fast/IBM.py. The subsequent versions of this doc. will include more details on the functions found in this module.

-
-

List of functions

+
+

List of functions

– Grid Generation

@@ -195,7 +199,7 @@

Navigation

\ No newline at end of file diff --git a/docs/doc/Geom.html b/docs/doc/Geom.html index f9eb76341..95125eed8 100644 --- a/docs/doc/Geom.html +++ b/docs/doc/Geom.html @@ -1,17 +1,21 @@ + - + - + Geom: Geometry Definition Module — Geom 4.0 documentation - - + + - - - + + + + + + @@ -51,9 +55,9 @@

Preamble

import Geom.PyTree as D
- +
-

List of functions

+

List of functions

– Geometry creation

@@ -2701,7 +2705,7 @@

Navigation

\ No newline at end of file diff --git a/docs/doc/Geom_IBM.html b/docs/doc/Geom_IBM.html index 714506303..6efb710bf 100644 --- a/docs/doc/Geom_IBM.html +++ b/docs/doc/Geom_IBM.html @@ -1,17 +1,21 @@ + - + - + Geom.IBM: specific geometry modifications for IBMs — Geom 4.0 documentation - - + + - - - + + + + + + @@ -105,9 +109,9 @@

Notes on IBCTypes

Note: Wall no slip with rotation with an integer identifier of 7 assumes the x-axis (i.e. x=0) is the axis of rotation. A more complete IBM with rotation is in the process of being developed and will be shortly be available making the current IBC decrepit.

-
+
-

List of functions

+

List of functions

– Setting Snear & Dfar

@@ -625,7 +629,7 @@

Navigation

\ No newline at end of file diff --git a/docs/doc/Initiator.html b/docs/doc/Initiator.html index 66b1b2741..35effc200 100644 --- a/docs/doc/Initiator.html +++ b/docs/doc/Initiator.html @@ -1,17 +1,21 @@ + - + - + Initiator: solution Initialization Module — Initiator 4.0 documentation - - + + - - - + + + + + + @@ -50,9 +54,9 @@

Preamble

import Initiator.PyTree as I
- +
-

List of functions

+

List of functions

– CFD field initialisations

@@ -919,7 +923,7 @@

Navigation

\ No newline at end of file diff --git a/docs/doc/Internal.html b/docs/doc/Internal.html index 1a128e68d..41bff395c 100644 --- a/docs/doc/Internal.html +++ b/docs/doc/Internal.html @@ -1,17 +1,21 @@ + - + - + Internal: CGNS/Python tree management — Converter 4.0 documentation - - + + - - - + + + + + + @@ -75,9 +79,9 @@

Preamble

numpy array corresponding to the value stored in node; ‘Type_t’ is a string describing the node type; node children list is a list of pyTree nodes that are the children of this node.

- +
-

List of functions

+

List of functions

– Node tests

@@ -6122,7 +6126,7 @@

Navigation

\ No newline at end of file diff --git a/docs/doc/Intersector.html b/docs/doc/Intersector.html index 52bb19a5b..674c1ae9d 100644 --- a/docs/doc/Intersector.html +++ b/docs/doc/Intersector.html @@ -1,17 +1,21 @@ + - + - + Intersector: Mesh-Intersection-Based Services — Intersector 4.0 documentation - - + + - - - + + + + + + @@ -52,9 +56,9 @@

Preamble

import Intersector.PyTree as XOR
- +
-

List of functions

+

List of functions

– Main Functions

@@ -2823,7 +2827,7 @@

Navigation

\ No newline at end of file diff --git a/docs/doc/OCC.html b/docs/doc/OCC.html index 04ac98f8a..ef008300c 100644 --- a/docs/doc/OCC.html +++ b/docs/doc/OCC.html @@ -1,17 +1,21 @@ + - + - + OCC: interface to open-cascade — OCC 4.0 documentation - - + + - - - + + + + + + @@ -49,9 +53,9 @@

Preamble

import OCC.PyTree as OCC
- +
-

List of functions

+

List of functions

– CAD/surface mesh conversion

@@ -251,7 +255,7 @@

Navigation

\ No newline at end of file diff --git a/docs/doc/Post.html b/docs/doc/Post.html index def95c267..279c690b3 100644 --- a/docs/doc/Post.html +++ b/docs/doc/Post.html @@ -1,17 +1,21 @@ + - + - + Post: post-processing module — Post 4.0 documentation - - + + - - - + + + + + + @@ -54,9 +58,9 @@

Preamble

import Post.PyTree as Post
- +
-

List of functions

+

List of functions

– Modifying/creating Variables

@@ -3233,7 +3237,7 @@

Navigation

\ No newline at end of file diff --git a/docs/doc/Post_IBM.html b/docs/doc/Post_IBM.html index fedb2ac78..97eb766ad 100644 --- a/docs/doc/Post_IBM.html +++ b/docs/doc/Post_IBM.html @@ -1,17 +1,21 @@ + - + - + Post.IBM: immersed boundary method specific post-processing — Post 4.0 documentation - - + + - - - + + + + + + @@ -39,8 +43,8 @@

Navigation

Post.IBM: immersed boundary method specific post-processing

Specific post-processing for immersed boundaries (IB).

These functions work with a solution tree “t”, a geometry tree “tb”, and/or a connectivity tree “tc”.

-
-

List of functions

+
+

List of functions

– Post-processing for IB

@@ -600,7 +604,7 @@

Navigation

\ No newline at end of file diff --git a/docs/doc/RigidMotion.html b/docs/doc/RigidMotion.html index 9c077d77a..86589d5ce 100644 --- a/docs/doc/RigidMotion.html +++ b/docs/doc/RigidMotion.html @@ -1,17 +1,21 @@ + - + - + RigidMotion: compute/define rigid motions — RigidMotion 4.0 documentation - - + + - - - + + + + + + @@ -49,9 +53,9 @@

Preamble

import RigidMotion.PyTree as RigidMotion
- +
-

List of functions

+

List of functions

– Prescribed motions

@@ -662,7 +666,7 @@

Navigation

\ No newline at end of file diff --git a/docs/doc/Rotor.html b/docs/doc/Rotor.html index 3536f9fd9..172e1307b 100644 --- a/docs/doc/Rotor.html +++ b/docs/doc/Rotor.html @@ -1,17 +1,21 @@ + - + - + Rotor: rotor specific post-processing — Post 4.0 documentation - - + + - - - + + + + + + @@ -39,8 +43,8 @@

Navigation

Rotor: rotor specific post-processing

Specific post-processing for rotors or propellers.

Those functions work with a solution tree “t” or a blade surface tree “teff”.

-
-

List of functions

+
+

List of functions

– Force extractions

@@ -467,7 +471,7 @@

Navigation

\ No newline at end of file diff --git a/docs/doc/Transform.html b/docs/doc/Transform.html index 8f1c7eaf0..97cdecfd4 100644 --- a/docs/doc/Transform.html +++ b/docs/doc/Transform.html @@ -1,17 +1,21 @@ + - + - + Transform: mesh transformation module — Transform 4.0 documentation - - + + - - - + + + + + + @@ -52,9 +56,9 @@

Preamble

import Transform.PyTree as T
- +
-

List of functions

+

List of functions

– Basic operations

@@ -2961,7 +2965,7 @@

Navigation

\ No newline at end of file diff --git a/docs/doc/_sources/CPlot.rst.txt b/docs/doc/_sources/CPlot.rst.txt index 2c7de9be5..4ec42a798 100644 --- a/docs/doc/_sources/CPlot.rst.txt +++ b/docs/doc/_sources/CPlot.rst.txt @@ -20,7 +20,7 @@ For use with the array interface, you have to import CPlot module:: For use with the pyTree interface:: - import CPlot.PyTree as CPlot + import CPlot.PyTree as CPlot .. py:module:: CPlot diff --git a/docs/doc/_sources/Filter.rst.txt b/docs/doc/_sources/Filter.rst.txt index f0831ae24..cdaf47737 100644 --- a/docs/doc/_sources/Filter.rst.txt +++ b/docs/doc/_sources/Filter.rst.txt @@ -472,7 +472,7 @@ High level layer Load on each processor the zones with the corresponding proc node. The zones in file must have a .Solver#Param/proc node. - :param loadVariables: If true, load all variables in file. Otherwise load only coordinates + :param loadVariables: If true, load all variables in file. Otherwise load only coordinates. :type loadVariables: Boolean :rtype: partial tree on each processor diff --git a/docs/doc/elsAProfile.html b/docs/doc/elsAProfile.html index db8101739..73f3440f0 100644 --- a/docs/doc/elsAProfile.html +++ b/docs/doc/elsAProfile.html @@ -1,17 +1,21 @@ + - + - + Converter.elsAProfile: specific elsA CGNS functions — Converter 4.0 documentation - - + + - - - + + + + + + @@ -45,9 +49,9 @@

Preamble

import Converter.elsAProfile as elsAProfile
- +
-

List of functions

+

List of functions

– Conversion to elsA CGNS

@@ -1212,7 +1216,7 @@

Navigation

\ No newline at end of file diff --git a/docs/doc/genindex.html b/docs/doc/genindex.html index 75f029aa8..120e453b0 100644 --- a/docs/doc/genindex.html +++ b/docs/doc/genindex.html @@ -1,16 +1,20 @@ + - +Index — Cassiopee 4.0 documentation - - + + - - - + + + + + + @@ -803,8 +807,6 @@

C

  • CPlot.Decorator.createColorBar() (in module CPlot.Decorator)
  • CPlot.Decorator.createSubPlot() (in module CPlot.Decorator) -
    • -
  • CPlot.Decorator.createText() (in module CPlot.Decorator)
  • CPlot.Decorator.savefig() (in module CPlot.Decorator)
    • @@ -1907,7 +1909,7 @@

    Navigation

    \ No newline at end of file diff --git a/docs/doc/py-modindex.html b/docs/doc/py-modindex.html index 5d24c9ad9..a081feaea 100644 --- a/docs/doc/py-modindex.html +++ b/docs/doc/py-modindex.html @@ -1,16 +1,20 @@ + - +Python Module Index — Cassiopee 4.0 documentation - - + + - - - + + + + + + @@ -241,7 +245,7 @@

    Navigation

    \ No newline at end of file diff --git a/docs/doc/search.html b/docs/doc/search.html index a6b9377ec..69788db99 100644 --- a/docs/doc/search.html +++ b/docs/doc/search.html @@ -1,17 +1,21 @@ + - +Search — Cassiopee 4.0 documentation - - + + - - - + + + + + + @@ -95,7 +99,7 @@

    Navigation

    \ No newline at end of file diff --git a/docs/doc/searchindex.js b/docs/doc/searchindex.js index 7fdc8fdfa..d48eff5c5 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", "ExtraVariables2: derived fields from primitive variables", "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", "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", "Rotor: rotor specific post-processing", "Transform: mesh 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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.createtext() (in module cplot.decorator)": [[5, "CPlot.Decorator.createText"]], "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, 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"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 +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", "ExtraVariables2: derived fields from primitive variables", "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", "Internal: CGNS/Python tree management", "Intersector: Mesh-Intersection-Based Services", "OCC: interface to open-cascade", "Post: post-processing module", "Post.IBM: 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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"]], "axisgrid (class in tkplotxy)": [[25, "id6"], [25, "tkPlotXY.AxisGrid"]], "curve (class in tkplotxy)": [[25, "id1"], [25, "tkPlotXY.Curve"]], "desktop (class in tkplotxy)": [[25, "tkPlotXY.Desktop"]], "diraxis (class in tkplotxy)": [[25, "id3"], [25, "tkPlotXY.DirAxis"]], "graph (class in tkplotxy)": [[25, "id0"], [25, "tkPlotXY.Graph"]], "grapheditor (class in tkplotxy)": [[25, "tkPlotXY.GraphEditor"]], "grid (class in tkplotxy)": [[25, "id4"], [25, "tkPlotXY.Grid"]], "legend (class in tkplotxy)": [[25, "id7"], [25, "tkPlotXY.Legend"]], "levelgrid (class in tkplotxy)": [[25, "id5"], [25, "tkPlotXY.LevelGrid"]], "movie (class in tkplotxy)": [[25, "tkPlotXY.Movie"]], "subplotparams (class in tkplotxy)": [[25, "tkPlotXY.SubPlotParams"]], "tightlayout (class in tkplotxy)": [[25, "tkPlotXY.TightLayout"]], "addaxis() (tkplotxy.graph method)": [[25, "tkPlotXY.Graph.addAxis"]], "addcurve() (tkplotxy.graph method)": [[25, "tkPlotXY.Graph.addCurve"]], "addzone() (tkplotxy.desktop method)": [[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 011f2d802..ce2f157cc 100644 --- a/docs/doc/tkCassiopee.html +++ b/docs/doc/tkCassiopee.html @@ -1,17 +1,21 @@ + - + - + Preamble — CPlot 4.0 documentation - - + + - - - + + + + + + @@ -454,7 +458,7 @@

    Navigation

    \ No newline at end of file diff --git a/docs/doc/tkPlotXY.html b/docs/doc/tkPlotXY.html index 6b29cd271..8e3314ec5 100644 --- a/docs/doc/tkPlotXY.html +++ b/docs/doc/tkPlotXY.html @@ -1,17 +1,21 @@ + - + - + tkPlotXY : plot of curves — CPlot 4.0 documentation - - + + - - - + + + + + + @@ -49,9 +53,9 @@

    Preamble

    import tkPlotXY
    - +
    -

    One line plot function

    +

    One line plot function

    tkPlotXY can be used with a single function.

    @@ -1409,7 +1413,7 @@

    Navigation

    \ No newline at end of file