# SOME DESCRIPTIVE TITLE.
# Copyright (C) 2015-2020, Geay, Bruneton
# This file is distributed under the same license as the MEDCoupling User's
# Guide package.
# FIRST AUTHOR <EMAIL@ADDRESS>, 2018.
#
#, fuzzy
msgid ""
msgstr ""
"Project-Id-Version: MEDCoupling User's Guide 8.4.0\n"
"Report-Msgid-Bugs-To: \n"
"POT-Creation-Date: 2018-05-14 14:14+0300\n"
"PO-Revision-Date: YEAR-MO-DA HO:MI+ZONE\n"
"Last-Translator: FULL NAME <EMAIL@ADDRESS>\n"
"Language-Team: LANGUAGE <LL@li.org>\n"
"MIME-Version: 1.0\n"
"Content-Type: text/plain; charset=utf-8\n"
"Content-Transfer-Encoding: 8bit\n"
"Generated-By: Babel 2.0\n"

# ccc0f4502971404bb98ef4ff2f7901f4
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:2
msgid "Data analysis"
msgstr ""

# 48552fbfd5ea49b78aea30fa83d9a9f2
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:5
msgid "Object size in memory"
msgstr ""

# a47ff2b84ce24947b5f909bcb8d884a2
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:7
msgid ""
"medcoupling provides information on memory occupied by every object: "
"mesh, field, array etc.:"
msgstr ""

# 8824315c08944d6bb207964f13d518cd
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:14
msgid "Extract data"
msgstr ""

# 358bb088780342e6a5d2542e6a5dffee
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:19
msgid "Extract for meshes"
msgstr ""

# aff67f901cae4028ad0c1859dfd1b334
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:21
msgid ""
"If *m* is a mesh (MEDCouplingUMesh) and *Ids* a list of cell ids, you can"
" extract the mesh ids by simply doing :"
msgstr ""

# cff3cbd7d4fc4abb9c7cc2724c87c290
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:30
msgid ""
"*m* (to the left) and *part* extracted by calling m[1,2,4,5,7,8] (to the "
"right)"
msgstr ""

# e0b1ec21292b43c0a8155200cae7bb00
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:32
msgid "in medcoupling ids count from zero unlike SMESH where they count from one."
msgstr ""

# 4ce9bac3df0c4908be951ec654317ffe
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:34
msgid ""
"*part* is also a MEDCouplingUMesh with same coordinates than *m*. Reason "
"is that medcoupling tries to reduce memory effort."
msgstr ""

# 819727e2481b4868981c0abc8c083284
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:36
msgid ""
"But it's highly likely that some nodes in part will be not fetched by "
"part."
msgstr ""

# 4eba3e39bfae4854b2ea36c8d3be6ad1
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:38
msgid "It can be interesting to locate the fetched nodes."
msgstr ""

# a058f4f2a5d1425b98ae4785cd743561
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:47
msgid ""
"part.computeFetchedNodeIds() returns [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, "
"12, 13, 14, 15, 16]. Ids 0 and 17 are not fetched"
msgstr ""

# cfa0842d7650425e989358c11032c5b8
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:49
msgid "To extract coordinates, simply invoke"
msgstr ""

# df1b4205d6e14d39b8676331153baa1a
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:55
msgid ""
"It can be interesting to reduce set of points *part* is lying on. Simply "
"by doing."
msgstr ""

# 2385a00c95e44f1d88b3aa7ae88e8373
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:61
msgid ""
"Or it can be interesting for further data handling to have both reduction"
" and array."
msgstr ""

# 8bf3c07be8ac48bbafb0ed4848fb647c
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:67
msgid "To have more information about *o2n* read renumbering_ section."
msgstr ""

# 9184686efb5c4dcfa24ad90f20641649
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:71
msgid ""
"Extraction in meshes often leads to locate cells/nodes regarding their "
"neighborhood."
msgstr ""

# 92332ed062ac4fe8ba1be6ae5eb2e5de
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:73
msgid "Let's consider *m2* 3D mesh. To locate nodes on boundaries simply invoke :"
msgstr ""

# facd3e1c4cff4cc49b606ce00cc1029a
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:79
msgid "And now to extract cells lying on boundary nodes simply call :"
msgstr ""

# 6e5940d6180e4737896b080686d44304
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:85
msgid ""
"False means if a cell has at least one node in *bn*, take it. True means "
"if all nodes of cell are in *bn*, take it."
msgstr ""

# 5942293262a1405da7ae131187372966
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:87
msgid ""
"If a mesh consists of several contiguous zones of cells, it is possible "
"to retrieve cell ids of each zone:"
msgstr ""

# 192b40a09d6e4f089ff1684f967af715
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:92
msgid "A mesh with two zones"
msgstr ""

# 2beed69cf53d46589263f237228926ee
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:98
msgid "Zones returned by partitionBySpreadZone are::"
msgstr ""

# 457ad15813134b65840368d746309b2b
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:103
msgid "Extract for arrays"
msgstr ""

# f609934b9fec46df8d194e6526d52888
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:105
msgid ""
"Arrays are the common entry point to selection. If *arr* is a 2 component"
" DataArrayDouble you can locate tuple ids by finding those whose first "
"component is in [a,b):"
msgstr ""

# e7393446b08347febd75786cbcce74bb
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:111
msgid "Or you can find tuples whose magnitude is in [c,d):"
msgstr ""

# e44ff0cf176547a994d679ccd0d6d763
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:117
msgid "To find which of *tupleIds* are missing from *tupleIds1*, call"
msgstr ""

# b1c2e151b0714c178f903a90d5a475da
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:125
msgid "Extract for fields"
msgstr ""

# 0c6debe20e13486daa6e13354b67ccde
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:127
msgid ""
"If *field4* is a MEDCouplingFieldDouble, you can extract a sub-part of "
"*field4* on a specified cell ids *ids4* by doing"
msgstr ""

# c24189fc03e649989f6f791a8c89e48b
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:133
msgid "It works whatever the spatial discretization of *field4*"
msgstr ""

# 35cbd297f40d4be4a3803e421735b9c8
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:138
msgid ""
"A field on nodes (to the left) and its sub-field on a half of nodes (to "
"the right)"
msgstr ""

# bbe4aa2431e14578970b9404d5698f99
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:140
msgid "You can extract a field on plane by cutting *field5* like this:"
msgstr ""

# 632193d8ffea4b73a52bba73a4391516
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:146
msgid ""
"The plane is defined by its *origin* and its normal vector *normvec*. The"
" last argument is a half-thickness of the plane."
msgstr ""

# 6db3a5fbf32c4e989362e222b35dc3cd
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:148
msgid "It works for fields on cells only"
msgstr ""

# edc2927c5ee2479594c2437be7421716
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:153
msgid "A field on cells (to the left) and a sub-field on a plane (to the right)"
msgstr ""

# 9831255d19864f77b5f223c3462a85cb
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:159
msgid "Geometric handling of unstructured meshes"
msgstr ""

# 5e2faf5cfdd14b1788772f03a399dacd
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:161
msgid ""
"Consider *m2* as a 3D MEDCouplingUMesh instance. You can translate it by "
"simply"
msgstr ""

# cf0c3af4895849299a1700292a6f33c8
# 9ac56283057e4ab1a0c041de99ed465e
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:167
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:179
msgid "Which is equivalent to"
msgstr ""

# 2936437cde6341e59cd47aa99d7843cf
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:173
msgid ""
"Samely you can simply rotate it around the point [1,2,1] along Y axis "
"with an angle of pi/3 by doing"
msgstr ""

# d1c1cacf9a9d4163b77f7786fbdea457
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:185
msgid "To scale *m2* relative to point [1,2,4] by a factor of 6, call"
msgstr ""

# 5744c0eec4a6487c92e18c3acd7701e6
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:191
msgid ""
"It can also interesting to retrieve volume of cells in m2 (resp area, "
"length in 2D, 1D):"
msgstr ""

# 91a5f984e9474f29b80fd7a8a57a2557
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:197
msgid ""
"*volPerCell* is a field on cell (MEDCouplingFieldDouble). *True* means I "
"don't care of cell orientation. *False* tells I care of cell orientation "
"using signed values."
msgstr ""

# 06fc9120bd4b4fba9416271ba5be33f5
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:202
msgid "Area field of a cartesian mesh"
msgstr ""

# 62e7fe979c3a4ee88ef1a6b434ea1d51
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:204
msgid "You can compute total volume covered by mesh by doing"
msgstr ""

# 9bdd0a1e57714495b2f7c3eae95d5e0d
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:210
msgid ""
"You also can locate cells (using *cellIds*) having volume greater than a "
"threshold *t1*:"
msgstr ""

# 1294aa862e81419b9ebd476cb496499c
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:216
msgid ""
"In this case it is easy to :ref:`build a sub-mesh<extract_for_meshes>` "
"containing cells having a volume higher than *t1*:"
msgstr ""

# 4eaf169e0eb6407493f5232d0e303203
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:222
msgid "There are other common geometric methods on meshes:"
msgstr ""

# f2a89143b81b428f86be275a6b178b91
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:228
msgid ""
"*centers* will be a DataArrayDouble giving for each cell of *m2* its "
"center of mass."
msgstr ""

# 2040297dab7f434aaf8d5a50adabdbab
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:230
msgid ""
"It's possible to compute a DataArrayDouble giving the center of mass of "
"*m2* simply by doing"
msgstr ""

# d35aee9d090349929fe0f06b3d884734
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:236
msgid "Iso barycenter of nodes constituting each cell can be computed by calling"
msgstr ""

# cc9cb665bce14af49a2f43a011a2d49f
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:242
msgid "*ibc* will be a DataArrayDouble."
msgstr ""

# 525e5b78edbb4371abe23f10dc01ec93
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:244
msgid ""
"You can retrieve a field (MEDCouplingFieldDouble) of unitary vectors "
"normal to cells:"
msgstr ""

# c3e083095f174584933fd5ca8d9b3c6d
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:253
msgid ""
"A skin mesh with a normal field on it computed by buildOrthogonalField "
"method"
msgstr ""

# b46f8b1f9059453ea7fdeec97022d9ed
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:255
msgid ""
"You also have a set of methods to caracterize mesh quality: "
"getEdgeRatioField, getAspectRatioField, getWarpField, getSkewField, "
"computeDiameterField."
msgstr ""

# 53047aa31028496cbcc6be12565fa692
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:258
msgid ""
"medcoupling provides methods to intersect 2D meshes in 2D space. "
"MEDCouplingUMesh.Intersect2DMeshWith1DLine partitions a 2D and a 1D mesh:"
msgstr ""

# 942fde1e54ca4299ac545024ffd19e91
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:264
msgid ""
"The last argument is a precision used to perform intersections and "
"localization operations."
msgstr ""

# 0b09a0881fbd4513b67c0747d8fdfe80
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:269
msgid "2D and 1D meshes before and after intersection"
msgstr ""

# 81ad5cfdbc8641dcbb670c243d1d6bbb
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:271
msgid ""
"Intersect2DMeshWith1DLine returns new 2D and 1D meshes and two arrays. "
"*a2d* gives for each cell in *m2d* the id in *mesh2d* it comes from. "
"*a1d* is an array of pair that gives for each cell id i in *m1d* the cell"
" in *md2* on the left for the 1st component and the cell in *m2d* on the "
"right for the 2nd component. -1 means no cell."
msgstr ""

# 967d6c9dc64f42a1a5946e41c9c7bd7b
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:273
msgid "For the example in the picture above *a2d* is::"
msgstr ""

# 7014ddb55ea249a688e2d85eedc2d298
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:277
msgid "and *a1d* is::"
msgstr ""

# ae51d6687aa04888b29987eef1f2b135
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:281
msgid "There also a method to partition a 2D mesh by another 2D mesh:"
msgstr ""

# fa4718067f704d5e9e65ba9c2753c6ab
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:290
msgid ""
"Two 2D meshes before partitioning (to the left) and a result mesh after "
"partitioning (to the right)"
msgstr ""

# 625a1767d1704712af9a6883503ba150
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:292
msgid ""
"Intersect2DMeshes returns a new 2D mesh and two arrays. *a1* gives for "
"each result cell an id of the cell of *mesh1* it comes from. *a2* for "
"each result cell gives an id of the cell of *mesh2* it comes from."
msgstr ""

# db5ca252adf54438b222a1e8bd76ed8a
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:294
msgid ""
"You can compute distance from a set of points to cells of a mesh by "
"calling"
msgstr ""

# f5a657b58eae45549766808f8aaa4a78
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:300
msgid ""
"This method returns distance and a closest cell id for each of given "
"*points*. *points* is a DataArrayDouble with 3 components. Returned "
"*dist* is a DataArrayDouble and *cells* is a DataArrayInt."
msgstr ""

# 6ca71e019ada4e3d9e867ea016754e69
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:303
msgid "Mesh comparison"
msgstr ""

# 219cbe7a55bf4a8e8d4ea2a3fe76805a
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:305
msgid ""
"It is a common question. You have two meshes *m1* and *m2* coming from 2 "
"different sources (2 files) and expected to be more or less equivalent."
msgstr ""

# e01c6ae4e7dc466f82e5b61b43a37ffc
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:307
msgid ""
"medcoupling proposes some methods to help to caracterize equivalence of "
"these 2 meshes."
msgstr ""

# 9ad14ff7da9c42728f14369025b553f0
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:309
msgid "The first, the strongest, is informatical equality:"
msgstr ""

# 0cac768b3c0c4068980bf1289df5fd3d
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:315
msgid "*eps* is the tolerance in coordinates."
msgstr ""

# 2e94e699afbf4254a0af799517f5e3d4
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:317
msgid "If true is returned, you are lucky."
msgstr ""

# 12a398bbc2a243158f9243b2945dfea0
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:319
msgid "Sometimes only names (and or component names or units) are not the same:"
msgstr ""

# bff6d14773744daaa1f037cc5f234c3d
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:325
msgid ""
"But sometime the last call also returns False. It may mean that there is "
"a permutation of nodes and or cells."
msgstr ""

# f01d328afb914c4e8feecb25e3599ff8
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:327
msgid ""
"If you know by construction that *m1* and *m2* share the same coords "
"object:"
msgstr ""

# e7e7df8dfebd4e76b797661493c4fea3
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:333
msgid ""
"checkGeoEquivalWith returns 2 elements. The first one is relative to "
"cells and the second one is relative to nodes."
msgstr ""

# 081cdffbfe0a4a79a9712a0fae92e01f
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:335
msgid ""
"If the mapping between *m1* and *m2* is impossible regarding the "
"specified code an exception is thrown. Code meaning:"
msgstr ""

# c3323332ab6b42a4b62f3bf6b490a9b9
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:338
msgid ""
"20=2*10+0. 2 tells I know that coords are the same. 0 tells two cells are"
" equal if and only if their connectivity is exactly the same."
msgstr ""

# d19fb1e351d74b61a1f78a7dd51641a6
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:339
msgid ""
"21=2*10+1. 2 tells I know that coords are the same. 1 tells two cells are"
" equal if and only if their connectivity is equal within a circular "
"permutation."
msgstr ""

# 00a3c108006e431ba8484bfea37c4ea0
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:340
msgid ""
"22=2*10+2 . 2 tells I know that coords are the same. 2 tells two cells "
"are equal if and only if nodes set is the same independently from "
":ref:`order <renumber_for_MED>`."
msgstr ""

# 028a6030afb94053b1a36bb667b6b4e4
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:342
msgid ""
"If you expect that two meshes are geometrically the same without knowing "
"if there is any cell/node permutation use code 12:"
msgstr ""

# 70e30890cc2b4ea58f979e56484d58dd
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:348
msgid ""
"Code meaning: 12=1*10+2. 1 tells coords can be different. 2 tells two "
"cells are equal if and only if nodes set is the same independently from "
"order."
msgstr ""

# 31d650961eb04249b76864746e75f644
# de9c3317cf72475e8ccc61e2619b8331
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:350
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:369
msgid "Remark"
msgstr ""

# db4203bc3df24c7db4b77e513cad9d25
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:352
msgid ""
"*a* and/or *b* may be *None*. It's not a bug it only means that "
"renumbering is equal to identity, meaning that no associated permutation "
"is needed."
msgstr ""

# ce729fd6a7af43b3a3c3d37ab2898ffa
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:355
msgid "Common handling mesh"
msgstr ""

# eb7ac9dea5494b3f93654d58e926e46a
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:357
msgid ""
"*field1* is a node field containing non simplex cells. simplexize on "
"field1.getMesh() can help to overpass this limitation."
msgstr ""

# 9e4f6908d5634bf4866da2e95184933c
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:367
msgid "Initial mesh (to the left) and its simplexization (to the right)"
msgstr ""

# b879d71bdf444e6795cc5e133a089d2a
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:371
msgid ""
"The mesh has been modified by simplexize. This method of simplexization "
"is fast but leads to non conform mesh that can be a problem in some "
"context"
msgstr ""

# 71404e6d56fb40d2bbb40016f2ebf82d
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:373
msgid ""
"tetrahedrize method is dedicated to simplexization of 3D meshes only. It "
"can create a conform mesh. Unlike simplexize method, tetrahedrize method "
"can add new points to the result mesh."
msgstr ""

# f35b4cbdaf8a458c834cc3f9968b3f12
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:379
msgid ""
"The argument specifies how to split hexahedral cells. it must be in "
"(PLANAR_FACE_5, PLANAR_FACE_6, GENERAL_24, GENERAL_48). *n2ocells* is a "
"DataArrayInt holding, for each new cell, an id of old cell producing it. "
"*np* is a number of new points."
msgstr ""

# 4c4252426c0241cd9dd7f1e0fccafb89
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:383
msgid ""
"Using medcoupling you can create a 3D extruded mesh. To do that you need "
"a 2D mesh and a 1D mesh, which defines the vector of extrusion and the "
"number of steps. The both meshes must be in 3D space. To extrude a 2D "
"mesh *m2* along a 1D mesh *m1*, call"
msgstr ""

# 4f1da84836374e3aa73a2187ab679566
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:389
msgid "The last argument is a policy defining the type of extrusion:"
msgstr ""

# e8a4d82d1c734e328efb9471525fd10f
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:391
msgid ""
"0 means \"translation only\": the cells of the 1D mesh represent the "
"vectors along which the 2D mesh will be repeated to build each level."
msgstr ""

# 2bfacb219712433ebc79f4e1c17c78eb
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:392
msgid ""
"1 means \"translation and rotation\": the translation is done as above. "
"For each level, an arc of circle is fitted on the 3 preceding points of "
"the 1D mesh. The center of the arc is the center of rotation for each "
"level, the rotation is done along an axis normal to the plane containing "
"the arc, and finally the angle of rotation is defined by the first two "
"points on the arc."
msgstr ""

# 37bf817efcb04ffb8fd98354b7d6a3f3
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:398
msgid ""
"A 2D mesh and an 1D mesh (to the left), an extrusion mesh built with "
"policy=0 (in the middle) and with policy=1 (to the right)"
msgstr ""

# 408fcfdb7c4040c6941eb2e6655f82ef
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:401
msgid ""
"In order to aggregate several meshes of the same dimension into one mesh,"
" call"
msgstr ""

# 76f1412967b84d72a5eb1d609b446c05
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:407
msgid "To transform a linear mesh into a quadratic one, call"
msgstr ""

# be7ff7ac30bd42c5a089720cff825303
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:413
msgid "A parameter of convertLinearCellsToQuadratic provides type of conversion:"
msgstr ""

# 62e7b1ee31e7420b8b3595188e08af71
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:415
msgid "0 creates cells of simple quadratic types, e.g. NORM_TRI6 and NORM_QUAD8"
msgstr ""

# ce879de72e6b443b92ca65ed6ed33094
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:416
msgid "1 creates cells of complex quadratic types, e.g. NORM_TRI7 and NORM_QUAD9"
msgstr ""

# bad055d04747446a87eb3f23a849ea6f
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:421
msgid ""
"Result quadratic 2D meshes converted with typeOfConversion=0 (to the "
"left) and typeOfConversion=1 (to the right)"
msgstr ""

# db113d3d38e54939b557d6cf56e674f5
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:423
msgid "It's common to deduce skin of a mesh *m1*:"
msgstr ""

# 3d4ec07a1ed44ba9946e6dd6a365a88f
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:429
msgid "*skin* and *m1* share the same coordinate array."
msgstr ""

# fa0441823ce3400283377bc1142eb982
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:434
msgid "A 2D mesh (to the left) and its skin (to the right)"
msgstr ""

# 936f7ba80493444fb116740386d10873
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:438
msgid "In order to get a 1D mesh from a given 2D or 3D mesh, call"
msgstr ""

# e66ce51e7a494f28bb576511d07a0c1d
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:444
msgid ""
"In addition to *mesh1d*, explodeIntoEdges method returns four arrays "
"describing descending connectivity and reverse descending connectivity in"
" indirect-indexing_ format. *d* and *di* describe the descending "
"connectivity, i.e. enumerate cells of *mesh1d* bounding each cell of "
"*mesh3d*. *r* and *ri* describe the reverse descending connectivity, i.e."
" enumerate cells of *mesh3d* bounded by each cell of *mesh1d*."
msgstr ""

# 114011e35261476b81abc3b7b5133de7
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:451
msgid ""
"A 2D mesh (to the left) and a 1D mesh returned by explodeIntoEdges (to "
"the right)"
msgstr ""

# 3cbd0097f88540c88ee0a3509715b185
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:453
msgid ""
"There is also a method similar to explodeIntoEdges_ which returns a mesh "
"of one less dimensions than a given mesh, i.e. 3D->2D or 2D->1D:"
msgstr ""

# cec04dc5eb174a27b2d5b1387e425121
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:459
msgid ""
"If a mesh is non-conformal, medcoupling can make it conformal. "
"conformize2D method is to conformize a 2D mesh in 2D space, conformize3D "
"is to conformize a 3D mesh in 3D space:"
msgstr ""

# 7540d0c02b1c4ae19e93f5c1f74cc0ac
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:465
msgid ""
"*changedCells* is an array of ids of changed cells. The changed cells "
"become polygons in 2D and polyhedrons in 3D. *eps* is the relative error "
"to detect merged edges."
msgstr ""

# ae9c14efacaa422ba1678fec271fce3f
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:467
msgid "You can duplicate some nodes in a mesh by calling"
msgstr ""

# fba2db54d418445587cd81be1df9d1b8
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:473
msgid ""
"This will create new nodes at locations of nodes #3 and #4, the new nodes"
" will replace nodes #3 and #4 within cells so that the nodes #3 and #4 "
"will become orphan."
msgstr ""

# 8c9fee34bea74ad3a18d33f92085bc1a
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:475
msgid "Inversly it is possible to merges nodes equal within a given precision:"
msgstr ""

# 1204d037405e4dc8b910cc4dda1b4b50
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:481
msgid ""
"If your 2D mesh in 3D space includes incorrectly oriented cells, you can "
"fix their orientation by calling:"
msgstr ""

# 06ebadb9784a437da89a8ef36cb9cf45
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:487
msgid ""
"The last argument if True, only polygons are checked, else, all cells are"
" checked."
msgstr ""

# f983944be9ef41c6a35e2d220966d19b
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:492
msgid ""
"A mesh before applying orientCorrectly2DCells (to the left) and after (to"
" the right)"
msgstr ""

# 7bfa2f0def7841078cff03023f328edd
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:494
msgid ""
"If your mesh includes incorrectly oriented polyhedra, the following "
"method can help to fix your mesh:"
msgstr ""

# 833104bfec2b4dc49e90423cdfad3fdc
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:500
msgid ""
"If *m1d* is a 1D line mesh, you can ensure consecutive order of its "
"segments by calling"
msgstr ""

# 41c0d95f0ec043e189edabd63af48aa3
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:509
msgid "1D mesh before and after renumbering"
msgstr ""

# 7c6126f3e2364deeb90321d5fcb5f368
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:511
msgid ""
"orderConsecutiveCells1D method returns a permutation map in new-to-old_ "
"mode but renumberCells method requires the map in old-to-new_ mode, hence"
" we use invertArrayN2O2O2N method to fit to that requirement."
msgstr ""

# dc9a64e66f73459a834f9c4e7a4dd87b
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:519
msgid ""
"To arrange cells to comply with MED format requirement you can call "
"either of the following methods:"
msgstr ""

# ed1a5d48791742c0873ccbd0bc598c55
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:526
msgid ""
"It is also possible to rearrange, and even remove, nodes by calling "
"renumberNodes:"
msgstr ""

# 754edb49fbf44278abeb714d0b84b58c
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:532
msgid ""
"The code above rearranges a mesh  with 4 nodes so that old node #0 "
"becomes #2, old node #1 remains #1, old node #2 becomes #0, old node #3 "
"is removed. The last argument 3 means that number of nodes becomes 3."
msgstr ""

# d2ffd70e9a1e418bb891bc73f9f537f9
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:537
msgid ""
"The mesh before renumberNodes (to the left) and after (to the right). "
"Shown Ids are a unit more than Ids in medcoupling"
msgstr ""

# d0f1ae55b5f14f95a2bc771ab9e1f361
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:540
msgid "Operations on fields"
msgstr ""

# df5f52750c4640928b649f5834a54ca5
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:542
msgid "Integral of a *field* can be computed by calling"
msgstr ""

# 110625252a644bf7b94503e54ed48d30
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:548
msgid ""
"The first call returns a list of integrals of all components. The second,"
" returns integral of 0-th component. True means that abs is applied to "
"support size used for computing the integral."
msgstr ""

# 223abe29aa81459783bc324283294cee
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:550
msgid ""
"deviator method returns the stress deviator tensor field of a stress "
"tensor *field* (with 6 components):"
msgstr ""

# fb6cd2a195b04ded862302ccd288416d
#: ../../../../MEDCOUPLING_SRC/doc/user/input/data_analysis.rst:556
msgid "To get value of a *field* at certain *points* call"
msgstr ""