Results for test case FMS_3_3_00

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 Line  Baseline  Line  Current
1:  hasTemporalExtents = 1 1:  hasTemporalExtents = 1
2:  minTemporalExtents = 1.23457 2:  minTemporalExtents = 1.23457
3:  maxTemporalExtents = 1.23457 3:  maxTemporalExtents = 1.23457
4:  numStates = 1 4:  numStates = 1
5:  isVirtualDatabase = 0 5:  isVirtualDatabase = 0
6:  mustRepopulateOnStateChange = 1 6:  mustRepopulateOnStateChange = 1
7:  mustAlphabetizeVariables = 1 7:  mustAlphabetizeVariables = 1
8:  formatCanDoDomainDecomposition = 0 8:  formatCanDoDomainDecomposition = 0
9:  formatCanDoMultires = 0 9:  formatCanDoMultires = 0
10:  useCatchAllMesh = 0 10:  useCatchAllMesh = 0
11:  timeStepPath = "" 11:  timeStepPath = ""
12:  timeStepNames = ("VISIT_TOP_DIR/data/FMS_test_data/domains_hdf5_order_three.fms") 12:  timeStepNames = ("VISIT_TOP_DIR/data/FMS_test_data/domains_hdf5_order_three.fms")
13:  cycles = (1234) 13:  cycles = (1234)
14:  cyclesAreAccurate = (1) 14:  cyclesAreAccurate = (1)
15:  times = (1.23457) 15:  times = (1.23457)
16:  timesAreAccurate = (1) 16:  timesAreAccurate = (1)
17:  databaseName = "VISIT_TOP_DIR/data/FMS_test_data/domains_hdf5_order_three.fms" 17:  databaseName = "VISIT_TOP_DIR/data/FMS_test_data/domains_hdf5_order_three.fms"
18:  fileFormat = "FMS_1.0" 18:  fileFormat = "FMS_1.0"
19:  databaseComment = "Multiple domain example file" 19:  databaseComment = "Multiple domain example file"
20:  GetMeshes(0).name = "mesh" 20:  GetMeshes(0).name = "mesh"
21:  GetMeshes(0).originalName = "mesh" 21:  GetMeshes(0).originalName = "mesh"
22:  GetMeshes(0).validVariable = 1 22:  GetMeshes(0).validVariable = 1
23:  GetMeshes(0).meshType = GetMeshes(0).AVT_UNSTRUCTURED_MESH # AVT_RECTILINEAR_MESH, AVT_CURVILINEAR_MESH, AVT_UNSTRUCTURED_MESH, AVT_POINT_MESH, AVT_SURFACE_MESH, AVT_CSG_MESH, AVT_AMR_MESH, AVT_UNKNOWN_MESH 23:  GetMeshes(0).meshType = GetMeshes(0).AVT_UNSTRUCTURED_MESH # AVT_RECTILINEAR_MESH, AVT_CURVILINEAR_MESH, AVT_UNSTRUCTURED_MESH, AVT_POINT_MESH, AVT_SURFACE_MESH, AVT_CSG_MESH, AVT_AMR_MESH, AVT_UNKNOWN_MESH
24:  GetMeshes(0).meshCoordType = GetMeshes(0).AVT_XY # AVT_XY, AVT_RZ, AVT_ZR 24:  GetMeshes(0).meshCoordType = GetMeshes(0).AVT_XY # AVT_XY, AVT_RZ, AVT_ZR
25:  GetMeshes(0).cellOrigin = 0 25:  GetMeshes(0).cellOrigin = 0
26:  GetMeshes(0).spatialDimension = 2 26:  GetMeshes(0).spatialDimension = 2
27:  GetMeshes(0).hasLogicalBounds = 0 27:  GetMeshes(0).hasLogicalBounds = 0
28:  GetMeshes(0).logicalBounds = (0, 0, 0) 28:  GetMeshes(0).logicalBounds = (0, 0, 0)
29:  GetMeshes(0).hasNumberCells = 0 29:  GetMeshes(0).hasNumberCells = 0
30:  GetMeshes(0).numberCells = 0 30:  GetMeshes(0).numberCells = 0
31:  GetMeshes(0).topologicalDimension = 2 31:  GetMeshes(0).topologicalDimension = 2
32:  GetMeshes(0).xUnits = "cm" 32:  GetMeshes(0).xUnits = "cm"
33:  GetMeshes(0).yUnits = "cm" 33:  GetMeshes(0).yUnits = "cm"
34:  GetMeshes(0).zUnits = "cm" 34:  GetMeshes(0).zUnits = "cm"
35:  GetMeshes(0).xLabel = "X" 35:  GetMeshes(0).xLabel = "X"
36:  GetMeshes(0).yLabel = "Y" 36:  GetMeshes(0).yLabel = "Y"
37:  GetMeshes(0).zLabel = "Z" 37:  GetMeshes(0).zLabel = "Z"
38:  GetMeshes(0).hasSpatialExtents = 0 38:  GetMeshes(0).hasSpatialExtents = 0
39:  GetMeshes(0).minSpatialExtents = (0, 0, 0) 39:  GetMeshes(0).minSpatialExtents = (0, 0, 0)
40:  GetMeshes(0).maxSpatialExtents = (0, 0, 0) 40:  GetMeshes(0).maxSpatialExtents = (0, 0, 0)
41:  GetMeshes(0).numBlocks = 1 41:  GetMeshes(0).numBlocks = 1
42:  GetMeshes(0).blockOrigin = 0 42:  GetMeshes(0).blockOrigin = 0
43:  GetMeshes(0).blockPieceName = "domain" 43:  GetMeshes(0).blockPieceName = "domain"
44:  GetMeshes(0).blockTitle = "domains" 44:  GetMeshes(0).blockTitle = "domains"
45:  GetMeshes(0).blockNames = () 45:  GetMeshes(0).blockNames = ()
46:  GetMeshes(0).numGroups = 0 46:  GetMeshes(0).numGroups = 0
47:  GetMeshes(0).groupOrigin = 0 47:  GetMeshes(0).groupOrigin = 0
48:  GetMeshes(0).groupPieceName = "group" 48:  GetMeshes(0).groupPieceName = "group"
49:  GetMeshes(0).groupTitle = "groups" 49:  GetMeshes(0).groupTitle = "groups"
50:  GetMeshes(0).groupNames = () 50:  GetMeshes(0).groupNames = ()
51:  GetMeshes(0).groupIds = () 51:  GetMeshes(0).groupIds = ()
52:  GetMeshes(0).groupIdsBasedOnRange = () 52:  GetMeshes(0).groupIdsBasedOnRange = ()
53:  GetMeshes(0).disjointElements = 0 53:  GetMeshes(0).disjointElements = 0
54:  GetMeshes(0).containsGhostZones = GetMeshes(0).AVT_MAYBE_GHOSTS # AVT_NO_GHOSTS, AVT_HAS_GHOSTS, AVT_CREATED_GHOSTS, AVT_MAYBE_GHOSTS 54:  GetMeshes(0).containsGhostZones = GetMeshes(0).AVT_MAYBE_GHOSTS # AVT_NO_GHOSTS, AVT_HAS_GHOSTS, AVT_CREATED_GHOSTS, AVT_MAYBE_GHOSTS
55:  GetMeshes(0).containsOriginalCells = 1 55:  GetMeshes(0).containsOriginalCells = 1
56:  GetMeshes(0).containsOriginalNodes = 0 56:  GetMeshes(0).containsOriginalNodes = 0
57:  GetMeshes(0).containsGlobalNodeIds = 0 57:  GetMeshes(0).containsGlobalNodeIds = 0
58:  GetMeshes(0).containsGlobalZoneIds = 0 58:  GetMeshes(0).containsGlobalZoneIds = 0
59:  GetMeshes(0).loadBalanceScheme = GetMeshes(0).LOAD_BALANCE_UNKNOWN # LOAD_BALANCE_UNKNOWN, LOAD_BALANCE_CONTIGUOUS_BLOCKS_TOGETHER, LOAD_BALANCE_STRIDE_ACROSS_BLOCKS, LOAD_BALANCE_RANDOM_ASSIGNMENT, LOAD_BALANCE_DBPLUGIN_DYNAMIC, LOAD_BALANCE_RESTRICTED, LOAD_BALANCE_ABSOLUTE 59:  GetMeshes(0).loadBalanceScheme = GetMeshes(0).LOAD_BALANCE_UNKNOWN # LOAD_BALANCE_UNKNOWN, LOAD_BALANCE_CONTIGUOUS_BLOCKS_TOGETHER, LOAD_BALANCE_STRIDE_ACROSS_BLOCKS, LOAD_BALANCE_RANDOM_ASSIGNMENT, LOAD_BALANCE_DBPLUGIN_DYNAMIC, LOAD_BALANCE_RESTRICTED, LOAD_BALANCE_ABSOLUTE
60:  GetMeshes(0).nodesAreCritical = 0 60:  GetMeshes(0).nodesAreCritical = 0
61:  GetMeshes(0).nodeOrigin = 0 61:  GetMeshes(0).nodeOrigin = 0
62:  GetMeshes(0).containsExteriorBoundaryGhosts = 0 62:  GetMeshes(0).containsExteriorBoundaryGhosts = 0
63:  GetMeshes(0).hideFromGUI = 0 63:  GetMeshes(0).hideFromGUI = 0
64:  GetMeshes(0).LODs = 100 64:  GetMeshes(0).LODs = 100
65:  GetMeshes(0).presentGhostZoneTypes = 0 65:  GetMeshes(0).presentGhostZoneTypes = 0
66:  GetMeshes(0).zonesWereSplit = 0 66:  GetMeshes(0).zonesWereSplit = 0
67:  GetMeshes(1).name = "boundary" 67:  GetMeshes(1).name = "boundary"
68:  GetMeshes(1).originalName = "boundary" 68:  GetMeshes(1).originalName = "boundary"
69:  GetMeshes(1).validVariable = 1 69:  GetMeshes(1).validVariable = 1
70:  GetMeshes(1).meshType = GetMeshes(1).AVT_UNSTRUCTURED_MESH # AVT_RECTILINEAR_MESH, AVT_CURVILINEAR_MESH, AVT_UNSTRUCTURED_MESH, AVT_POINT_MESH, AVT_SURFACE_MESH, AVT_CSG_MESH, AVT_AMR_MESH, AVT_UNKNOWN_MESH 70:  GetMeshes(1).meshType = GetMeshes(1).AVT_UNSTRUCTURED_MESH # AVT_RECTILINEAR_MESH, AVT_CURVILINEAR_MESH, AVT_UNSTRUCTURED_MESH, AVT_POINT_MESH, AVT_SURFACE_MESH, AVT_CSG_MESH, AVT_AMR_MESH, AVT_UNKNOWN_MESH
71:  GetMeshes(1).meshCoordType = GetMeshes(1).AVT_XY # AVT_XY, AVT_RZ, AVT_ZR 71:  GetMeshes(1).meshCoordType = GetMeshes(1).AVT_XY # AVT_XY, AVT_RZ, AVT_ZR
72:  GetMeshes(1).cellOrigin = 0 72:  GetMeshes(1).cellOrigin = 0
73:  GetMeshes(1).spatialDimension = 2 73:  GetMeshes(1).spatialDimension = 2
74:  GetMeshes(1).hasLogicalBounds = 0 74:  GetMeshes(1).hasLogicalBounds = 0
75:  GetMeshes(1).logicalBounds = (0, 0, 0) 75:  GetMeshes(1).logicalBounds = (0, 0, 0)
76:  GetMeshes(1).hasNumberCells = 0 76:  GetMeshes(1).hasNumberCells = 0
77:  GetMeshes(1).numberCells = 0 77:  GetMeshes(1).numberCells = 0
78:  GetMeshes(1).topologicalDimension = 1 78:  GetMeshes(1).topologicalDimension = 1
79:  GetMeshes(1).xUnits = "cm" 79:  GetMeshes(1).xUnits = "cm"
80:  GetMeshes(1).yUnits = "cm" 80:  GetMeshes(1).yUnits = "cm"
81:  GetMeshes(1).zUnits = "cm" 81:  GetMeshes(1).zUnits = "cm"
82:  GetMeshes(1).xLabel = "X" 82:  GetMeshes(1).xLabel = "X"
83:  GetMeshes(1).yLabel = "Y" 83:  GetMeshes(1).yLabel = "Y"
84:  GetMeshes(1).zLabel = "Z" 84:  GetMeshes(1).zLabel = "Z"
85:  GetMeshes(1).hasSpatialExtents = 0 85:  GetMeshes(1).hasSpatialExtents = 0
86:  GetMeshes(1).minSpatialExtents = (0, 0, 0) 86:  GetMeshes(1).minSpatialExtents = (0, 0, 0)
87:  GetMeshes(1).maxSpatialExtents = (0, 0, 0) 87:  GetMeshes(1).maxSpatialExtents = (0, 0, 0)
88:  GetMeshes(1).numBlocks = 1 88:  GetMeshes(1).numBlocks = 1
89:  GetMeshes(1).blockOrigin = 0 89:  GetMeshes(1).blockOrigin = 0
90:  GetMeshes(1).blockPieceName = "domain" 90:  GetMeshes(1).blockPieceName = "domain"
91:  GetMeshes(1).blockTitle = "domains" 91:  GetMeshes(1).blockTitle = "domains"
92:  GetMeshes(1).blockNames = () 92:  GetMeshes(1).blockNames = ()
93:  GetMeshes(1).numGroups = 0 93:  GetMeshes(1).numGroups = 0
94:  GetMeshes(1).groupOrigin = 0 94:  GetMeshes(1).groupOrigin = 0
95:  GetMeshes(1).groupPieceName = "group" 95:  GetMeshes(1).groupPieceName = "group"
96:  GetMeshes(1).groupTitle = "groups" 96:  GetMeshes(1).groupTitle = "groups"
97:  GetMeshes(1).groupNames = () 97:  GetMeshes(1).groupNames = ()
98:  GetMeshes(1).groupIds = () 98:  GetMeshes(1).groupIds = ()
99:  GetMeshes(1).groupIdsBasedOnRange = () 99:  GetMeshes(1).groupIdsBasedOnRange = ()
100:  GetMeshes(1).disjointElements = 0 100:  GetMeshes(1).disjointElements = 0
101:  GetMeshes(1).containsGhostZones = GetMeshes(1).AVT_MAYBE_GHOSTS # AVT_NO_GHOSTS, AVT_HAS_GHOSTS, AVT_CREATED_GHOSTS, AVT_MAYBE_GHOSTS 101:  GetMeshes(1).containsGhostZones = GetMeshes(1).AVT_MAYBE_GHOSTS # AVT_NO_GHOSTS, AVT_HAS_GHOSTS, AVT_CREATED_GHOSTS, AVT_MAYBE_GHOSTS
102:  GetMeshes(1).containsOriginalCells = 0 102:  GetMeshes(1).containsOriginalCells = 0
103:  GetMeshes(1).containsOriginalNodes = 0 103:  GetMeshes(1).containsOriginalNodes = 0
104:  GetMeshes(1).containsGlobalNodeIds = 0 104:  GetMeshes(1).containsGlobalNodeIds = 0
105:  GetMeshes(1).containsGlobalZoneIds = 0 105:  GetMeshes(1).containsGlobalZoneIds = 0
106:  GetMeshes(1).loadBalanceScheme = GetMeshes(1).LOAD_BALANCE_UNKNOWN # LOAD_BALANCE_UNKNOWN, LOAD_BALANCE_CONTIGUOUS_BLOCKS_TOGETHER, LOAD_BALANCE_STRIDE_ACROSS_BLOCKS, LOAD_BALANCE_RANDOM_ASSIGNMENT, LOAD_BALANCE_DBPLUGIN_DYNAMIC, LOAD_BALANCE_RESTRICTED, LOAD_BALANCE_ABSOLUTE 106:  GetMeshes(1).loadBalanceScheme = GetMeshes(1).LOAD_BALANCE_UNKNOWN # LOAD_BALANCE_UNKNOWN, LOAD_BALANCE_CONTIGUOUS_BLOCKS_TOGETHER, LOAD_BALANCE_STRIDE_ACROSS_BLOCKS, LOAD_BALANCE_RANDOM_ASSIGNMENT, LOAD_BALANCE_DBPLUGIN_DYNAMIC, LOAD_BALANCE_RESTRICTED, LOAD_BALANCE_ABSOLUTE
107:  GetMeshes(1).nodesAreCritical = 0 107:  GetMeshes(1).nodesAreCritical = 0
108:  GetMeshes(1).nodeOrigin = 0 108:  GetMeshes(1).nodeOrigin = 0
109:  GetMeshes(1).containsExteriorBoundaryGhosts = 0 109:  GetMeshes(1).containsExteriorBoundaryGhosts = 0
110:  GetMeshes(1).hideFromGUI = 0 110:  GetMeshes(1).hideFromGUI = 0
111:  GetMeshes(1).LODs = 50 111:  GetMeshes(1).LODs = 50
112:  GetMeshes(1).presentGhostZoneTypes = 0 112:  GetMeshes(1).presentGhostZoneTypes = 0
113:  GetMeshes(1).zonesWereSplit = 0 113:  GetMeshes(1).zonesWereSplit = 0
114:  GetMeshes(2).name = "dofs" 114:  GetMeshes(2).name = "dofs"
115:  GetMeshes(2).originalName = "dofs" 115:  GetMeshes(2).originalName = "dofs"
116:  GetMeshes(2).validVariable = 1 116:  GetMeshes(2).validVariable = 1
117:  GetMeshes(2).meshType = GetMeshes(2).AVT_POINT_MESH # AVT_RECTILINEAR_MESH, AVT_CURVILINEAR_MESH, AVT_UNSTRUCTURED_MESH, AVT_POINT_MESH, AVT_SURFACE_MESH, AVT_CSG_MESH, AVT_AMR_MESH, AVT_UNKNOWN_MESH 117:  GetMeshes(2).meshType = GetMeshes(2).AVT_POINT_MESH # AVT_RECTILINEAR_MESH, AVT_CURVILINEAR_MESH, AVT_UNSTRUCTURED_MESH, AVT_POINT_MESH, AVT_SURFACE_MESH, AVT_CSG_MESH, AVT_AMR_MESH, AVT_UNKNOWN_MESH
118:  GetMeshes(2).meshCoordType = GetMeshes(2).AVT_XY # AVT_XY, AVT_RZ, AVT_ZR 118:  GetMeshes(2).meshCoordType = GetMeshes(2).AVT_XY # AVT_XY, AVT_RZ, AVT_ZR
119:  GetMeshes(2).cellOrigin = 0 119:  GetMeshes(2).cellOrigin = 0
120:  GetMeshes(2).spatialDimension = 2 120:  GetMeshes(2).spatialDimension = 2
121:  GetMeshes(2).hasLogicalBounds = 0 121:  GetMeshes(2).hasLogicalBounds = 0
122:  GetMeshes(2).logicalBounds = (0, 0, 0) 122:  GetMeshes(2).logicalBounds = (0, 0, 0)
123:  GetMeshes(2).hasNumberCells = 0 123:  GetMeshes(2).hasNumberCells = 0
124:  GetMeshes(2).numberCells = 0 124:  GetMeshes(2).numberCells = 0
125:  GetMeshes(2).topologicalDimension = 0 125:  GetMeshes(2).topologicalDimension = 0
126:  GetMeshes(2).xUnits = "cm" 126:  GetMeshes(2).xUnits = "cm"
127:  GetMeshes(2).yUnits = "cm" 127:  GetMeshes(2).yUnits = "cm"
128:  GetMeshes(2).zUnits = "cm" 128:  GetMeshes(2).zUnits = "cm"
129:  GetMeshes(2).xLabel = "X" 129:  GetMeshes(2).xLabel = "X"
130:  GetMeshes(2).yLabel = "Y" 130:  GetMeshes(2).yLabel = "Y"
131:  GetMeshes(2).zLabel = "Z" 131:  GetMeshes(2).zLabel = "Z"
132:  GetMeshes(2).hasSpatialExtents = 0 132:  GetMeshes(2).hasSpatialExtents = 0
133:  GetMeshes(2).minSpatialExtents = (0, 0, 0) 133:  GetMeshes(2).minSpatialExtents = (0, 0, 0)
134:  GetMeshes(2).maxSpatialExtents = (0, 0, 0) 134:  GetMeshes(2).maxSpatialExtents = (0, 0, 0)
135:  GetMeshes(2).numBlocks = 1 135:  GetMeshes(2).numBlocks = 1
136:  GetMeshes(2).blockOrigin = 0 136:  GetMeshes(2).blockOrigin = 0
137:  GetMeshes(2).blockPieceName = "domain" 137:  GetMeshes(2).blockPieceName = "domain"
138:  GetMeshes(2).blockTitle = "domains" 138:  GetMeshes(2).blockTitle = "domains"
139:  GetMeshes(2).blockNames = () 139:  GetMeshes(2).blockNames = ()
140:  GetMeshes(2).numGroups = 0 140:  GetMeshes(2).numGroups = 0
141:  GetMeshes(2).groupOrigin = 0 141:  GetMeshes(2).groupOrigin = 0
142:  GetMeshes(2).groupPieceName = "group" 142:  GetMeshes(2).groupPieceName = "group"
143:  GetMeshes(2).groupTitle = "groups" 143:  GetMeshes(2).groupTitle = "groups"
144:  GetMeshes(2).groupNames = () 144:  GetMeshes(2).groupNames = ()
145:  GetMeshes(2).groupIds = () 145:  GetMeshes(2).groupIds = ()
146:  GetMeshes(2).groupIdsBasedOnRange = () 146:  GetMeshes(2).groupIdsBasedOnRange = ()
147:  GetMeshes(2).disjointElements = 0 147:  GetMeshes(2).disjointElements = 0
148:  GetMeshes(2).containsGhostZones = GetMeshes(2).AVT_MAYBE_GHOSTS # AVT_NO_GHOSTS, AVT_HAS_GHOSTS, AVT_CREATED_GHOSTS, AVT_MAYBE_GHOSTS 148:  GetMeshes(2).containsGhostZones = GetMeshes(2).AVT_MAYBE_GHOSTS # AVT_NO_GHOSTS, AVT_HAS_GHOSTS, AVT_CREATED_GHOSTS, AVT_MAYBE_GHOSTS
149:  GetMeshes(2).containsOriginalCells = 0 149:  GetMeshes(2).containsOriginalCells = 0
150:  GetMeshes(2).containsOriginalNodes = 0 150:  GetMeshes(2).containsOriginalNodes = 0
151:  GetMeshes(2).containsGlobalNodeIds = 0 151:  GetMeshes(2).containsGlobalNodeIds = 0
152:  GetMeshes(2).containsGlobalZoneIds = 0 152:  GetMeshes(2).containsGlobalZoneIds = 0
153:  GetMeshes(2).loadBalanceScheme = GetMeshes(2).LOAD_BALANCE_UNKNOWN # LOAD_BALANCE_UNKNOWN, LOAD_BALANCE_CONTIGUOUS_BLOCKS_TOGETHER, LOAD_BALANCE_STRIDE_ACROSS_BLOCKS, LOAD_BALANCE_RANDOM_ASSIGNMENT, LOAD_BALANCE_DBPLUGIN_DYNAMIC, LOAD_BALANCE_RESTRICTED, LOAD_BALANCE_ABSOLUTE 153:  GetMeshes(2).loadBalanceScheme = GetMeshes(2).LOAD_BALANCE_UNKNOWN # LOAD_BALANCE_UNKNOWN, LOAD_BALANCE_CONTIGUOUS_BLOCKS_TOGETHER, LOAD_BALANCE_STRIDE_ACROSS_BLOCKS, LOAD_BALANCE_RANDOM_ASSIGNMENT, LOAD_BALANCE_DBPLUGIN_DYNAMIC, LOAD_BALANCE_RESTRICTED, LOAD_BALANCE_ABSOLUTE
154:  GetMeshes(2).nodesAreCritical = 0 154:  GetMeshes(2).nodesAreCritical = 0
155:  GetMeshes(2).nodeOrigin = 0 155:  GetMeshes(2).nodeOrigin = 0
156:  GetMeshes(2).containsExteriorBoundaryGhosts = 0 156:  GetMeshes(2).containsExteriorBoundaryGhosts = 0
157:  GetMeshes(2).hideFromGUI = 0 157:  GetMeshes(2).hideFromGUI = 0
158:  GetMeshes(2).LODs = 0 158:  GetMeshes(2).LODs = 0
159:  GetMeshes(2).presentGhostZoneTypes = 0 159:  GetMeshes(2).presentGhostZoneTypes = 0
160:  GetMeshes(2).zonesWereSplit = 0 160:  GetMeshes(2).zonesWereSplit = 0
161:  #subsets does not contain any avtSubsetsMetaData objects. 161:  #subsets does not contain any avtSubsetsMetaData objects.
162:  GetScalars(0).name = "element_attribute" 162:  GetScalars(0).name = "element_attribute"
163:  GetScalars(0).originalName = "element_attribute" 163:  GetScalars(0).originalName = "element_attribute"
164:  GetScalars(0).meshName = "mesh" 164:  GetScalars(0).meshName = "mesh"
165:  GetScalars(0).validVariable = 1 165:  GetScalars(0).validVariable = 1
166:  GetScalars(0).hideFromGUI = 0 166:  GetScalars(0).hideFromGUI = 0
167:  GetScalars(0).centering = GetScalars(0).AVT_ZONECENT # AVT_NODECENT, AVT_ZONECENT, AVT_NO_VARIABLE, AVT_UNKNOWN_CENT 167:  GetScalars(0).centering = GetScalars(0).AVT_ZONECENT # AVT_NODECENT, AVT_ZONECENT, AVT_NO_VARIABLE, AVT_UNKNOWN_CENT
168:  GetScalars(0).hasUnits = 0 168:  GetScalars(0).hasUnits = 0
169:  GetScalars(0).units = "" 169:  GetScalars(0).units = ""
170:  GetScalars(0).matRestricted = () 170:  GetScalars(0).matRestricted = ()
171:  GetScalars(0).treatAsASCII = 0 171:  GetScalars(0).treatAsASCII = 0
172:  GetScalars(1).name = "element_coloring" 172:  GetScalars(1).name = "element_coloring"
173:  GetScalars(1).originalName = "element_coloring" 173:  GetScalars(1).originalName = "element_coloring"
174:  GetScalars(1).meshName = "mesh" 174:  GetScalars(1).meshName = "mesh"
175:  GetScalars(1).validVariable = 1 175:  GetScalars(1).validVariable = 1
176:  GetScalars(1).hideFromGUI = 0 176:  GetScalars(1).hideFromGUI = 0
177:  GetScalars(1).centering = GetScalars(1).AVT_ZONECENT # AVT_NODECENT, AVT_ZONECENT, AVT_NO_VARIABLE, AVT_UNKNOWN_CENT 177:  GetScalars(1).centering = GetScalars(1).AVT_ZONECENT # AVT_NODECENT, AVT_ZONECENT, AVT_NO_VARIABLE, AVT_UNKNOWN_CENT
178:  GetScalars(1).hasUnits = 0 178:  GetScalars(1).hasUnits = 0
179:  GetScalars(1).units = "" 179:  GetScalars(1).units = ""
180:  GetScalars(1).matRestricted = () 180:  GetScalars(1).matRestricted = ()
181:  GetScalars(1).treatAsASCII = 0 181:  GetScalars(1).treatAsASCII = 0
182:  GetVectors(0).name = "coords" 182:  GetVectors(0).name = "coords"
183:  GetVectors(0).originalName = "coords" 183:  GetVectors(0).originalName = "coords"
184:  GetVectors(0).meshName = "mesh" 184:  GetVectors(0).meshName = "mesh"
185:  GetVectors(0).validVariable = 1 185:  GetVectors(0).validVariable = 1
186:  GetVectors(0).hideFromGUI = 0 186:  GetVectors(0).hideFromGUI = 0
187:  GetVectors(0).centering = GetVectors(0).AVT_NODECENT # AVT_NODECENT, AVT_ZONECENT, AVT_NO_VARIABLE, AVT_UNKNOWN_CENT 187:  GetVectors(0).centering = GetVectors(0).AVT_NODECENT # AVT_NODECENT, AVT_ZONECENT, AVT_NO_VARIABLE, AVT_UNKNOWN_CENT
188:  GetVectors(0).hasUnits = 1 188:  GetVectors(0).hasUnits = 1
189:  GetVectors(0).units = "cm" 189:  GetVectors(0).units = "cm"
190:  GetVectors(0).matRestricted = () 190:  GetVectors(0).matRestricted = ()
191:  GetVectors(0).varDim = 0 191:  GetVectors(0).varDim = 0
192:  #tensors does not contain any avtTensorMetaData objects. 192:  #tensors does not contain any avtTensorMetaData objects.
193:  #symmTensors does not contain any avtSymmetricTensorMetaData objects. 193:  #symmTensors does not contain any avtSymmetricTensorMetaData objects.
194:  #arrays does not contain any avtArrayMetaData objects. 194:  #arrays does not contain any avtArrayMetaData objects.
195:  #materials does not contain any avtMaterialMetaData objects. 195:  #materials does not contain any avtMaterialMetaData objects.
196:  #species does not contain any avtSpeciesMetaData objects. 196:  #species does not contain any avtSpeciesMetaData objects.
197:  #curves does not contain any avtCurveMetaData objects. 197:  #curves does not contain any avtCurveMetaData objects.
198:  #labels does not contain any avtLabelMetaData objects. 198:  #labels does not contain any avtLabelMetaData objects.
199:  #defaultPlots does not contain any avtDefaultPlotMetaData objects. 199:  #defaultPlots does not contain any avtDefaultPlotMetaData objects.
200:  isSimulation = 0 200:  isSimulation = 0
201:  #genericCommands does not contain any avtSimulationCommandSpecification objects. 201:  #genericCommands does not contain any avtSimulationCommandSpecification objects.
202:  #customCommands does not contain any avtSimulationCommandSpecification objects. 202:  #customCommands does not contain any avtSimulationCommandSpecification objects.
203:  suggestedDefaultSILRestriction = () 203:  suggestedDefaultSILRestriction = ()
204:  replacementMask = -65 204:  replacementMask = -65
205:    205: