FieldData#

Generated reference

Source file:: ansys/api/fluent/v1/field_data.proto
Proto package:: ansys.api.fluent.v1.field_data
Contains:: 1 service, 73 messages, 5 enums

Services

Service: FieldData

FieldData service provides methods for retrieving field and surface data from Fluent simulations.

BeginFieldsStreaming

Request:: BeginFieldsStreamingRequest
Response:: stream of BeginFieldsStreamingResponse

Configures and initiates a server-streaming field data session. The request sets the chunk size and encoding format (bytes or typed arrays); the server streams BeginFieldsStreamingResponse chunks back until all requested field data has been delivered.

GetFields

Request:: GetFieldsRequest
Response:: stream of GetFieldsResponse

Retrieves multiple field types (scalar, vector, surface geometry) in a single request.

GetRange

Request:: GetRangeRequest
Response:: GetRangeResponse

Returns the minimum and maximum values of a scalar field over the specified surfaces.

GetSurfacesInfo

Request:: GetSurfacesInfoRequest
Response:: GetSurfacesInfoResponse

Returns metadata for the available surfaces.

GetVectorFieldsInfo

Request:: GetVectorFieldsInfoRequest
Response:: GetVectorFieldsInfoResponse

Returns metadata for the available vector fields.

GetFieldsInfo

Request:: GetFieldsInfoRequest
Response:: GetFieldsInfoResponse

Returns metadata for the available scalar fields.

GetSurfaces

Request:: GetSurfacesRequest
Response:: stream of GetSurfacesResponse

Retrieves surface geometry data (vertices, faces, centroids, and normals) for the specified surfaces.

GetScalarField

Request:: GetScalarFieldRequest
Response:: stream of GetScalarFieldResponse

Retrieves scalar field data for the specified surfaces.

GetVectorField

Request:: GetVectorFieldRequest
Response:: stream of GetVectorFieldResponse

Retrieves vector field data for the specified surfaces.

GetPathlinesField

Request:: GetPathlinesFieldRequest
Response:: stream of GetPathlinesFieldResponse

Retrieves pathlines field data for particle tracking visualization.

GetParticleTracksField

Request:: GetParticleTracksFieldRequest
Response:: stream of GetParticleTracksFieldResponse

Retrieves particle track field data.

IsBoundaryValuesEnabled

Request:: IsBoundaryValuesEnabledRequest
Response:: IsBoundaryValuesEnabledResponse

Checks whether boundary values are enabled.

GetSolverMeshNodesDouble

Request:: GetSolverMeshNodesRequest
Response:: stream of GetSolverMeshNodesDoubleResponse

Retrieves solver mesh nodes with double-precision coordinates.

GetSolverMeshNodesFloat

Request:: GetSolverMeshNodesRequest
Response:: stream of GetSolverMeshNodesFloatResponse

Retrieves solver mesh nodes with single-precision floating-point coordinates.

GetSolverMeshElements

Request:: GetSolverMeshElementsRequest
Response:: stream of GetSolverMeshElementsResponse

Retrieves solver mesh elements (cells).

IsDataAvailable

Request:: IsDataAvailableRequest
Response:: IsDataAvailableResponse

Checks whether solution data is currently available.

Messages

Empty

Empty represents an empty or null state

DoublePayload

DoublePayload contains an array of double-precision floating-point values

payloads (1)repeated double: The array of double values

FloatPayload

FloatPayload contains an array of single-precision floating-point values

payloads (1)repeated float: The array of float values

IntPayload

IntPayload contains an array of 32-bit signed integer values

payloads (1)repeated sint32: The array of integer values

LongPayload

LongPayload contains an array of 64-bit signed integer values

payloads (1)repeated sint64: The array of long integer values

FieldRequestInfo

Request information. It is passed along with PayloadInfo.

surface_request (1)oneof request SurfaceRequest: Surface request info.
scalar_field_request (2)oneof request ScalarFieldRequest: Scalar field request info.
vector_field_request (3)oneof request VectorFieldRequest: Vector field request info.
pathlines_field_request (4)oneof request PathlinesFieldRequest: Pathlines field request info.

PayloadInfo

Information about payload

surface_id (1)uint64: Surface id corresponding to field data.
field_name (2)string: Field name e.g. vertices, faces, temperature, vector etc.
field_type (3)FieldType: Field type.
field_size (4)uint64: Field size. For bytes it will be number of bytes otherwise array size.
payload_tags (5)repeated PayloadTag: PayloadTag to provide extra information about payload.
field_request_info (6)FieldRequestInfo: Request info for the payload.

GetFieldsResponse

GetFieldsResponse can be either bytePayload or one of double/float/long/int payload. Whether data is sent as bytes or as arrays of double/float/long/int depends upon value of provideBytesStream in GetFieldsRequest. During streaming first payloadInfo is streamed and then corresponding data is streamed.

byte_payload (1)oneof chunk bytes: Bytes payload.
double_payload (2)oneof chunk DoublePayload: Double payload.
float_payload (3)oneof chunk FloatPayload: Float payload.
long_payload (4)oneof chunk LongPayload: Long payload.
int_payload (5)oneof chunk IntPayload: Int payload.
payload_info (6)oneof chunk PayloadInfo: Payload info.

BeginFieldsStreamingRequest

Request to stream fields. - Default chunk size is 256KB. Minimum chunk size is 8B and Maximum is 4MB. - If true chunks of bytes will be streamed. Otherwise chunks of int/long/float or double array will be streamed.

chunk_size (1)uint32: Chunk size in bytes.
provide_bytes_stream (2)bool: If true, streams bytes; if false, streams typed arrays (int/long/float/double).

BeginFieldsStreamingResponse

BeginFieldsStreamingResponse can be either bytePayload or one of double/float/long/int payload. Whether data is sent as bytes or as arrays of double/float/long/int depends upon value of provideBytesStream in BeginFieldsStreamingRequest. During streaming first payloadInfo is streamed and then corresponding data is streamed.

byte_payload (1)oneof chunk bytes: Bytes payload.
double_payload (2)oneof chunk DoublePayload: Double payload.
float_payload (3)oneof chunk FloatPayload: Float payload.
long_payload (4)oneof chunk LongPayload: Long payload.
int_payload (5)oneof chunk IntPayload: Int payload.
payload_info (6)oneof chunk PayloadInfo: Payload info.

SurfaceRequest

Request for surface data. Surface data consists of information about vertices and faces.

surface_id (1)uint64: Surface id.
overset_mesh (2)bool: Whether to include overset mesh.
provide_vertices (3)bool: If true, vertices are included.
provide_faces (4)bool: If true, face-to-vertex connectivity is included.
provide_faces_centroid (5)bool: If true, face centroids are included.
provide_faces_normal (6)bool: If true, face normals are included.

ScalarFieldRequest

Request for scalar field data

surface_id (1)uint64: Surface id for scalar field.
scalar_field_name (2)string: Scalar field name.
data_location (3)DataLocation: Scalar Field location (Nodes/Elements).
provide_boundary_values (4)bool: If true, includes boundary values.

VectorFieldRequest

Request for vector field data.

surface_id (1)uint64: Surface id for vector field.
vector_field_name (2)string: Vector field name.

PathlinesFieldRequest

Request for pathlines field data.

surface_id (1)uint64: Surface id for pathlines.
field (2)string: Scalar Field name.
additional_field (3)string: Any additional scalar field if required for pathlines.
provide_particle_time_field (4)bool: Whether to provide particle time field.
data_location (5)DataLocation: Scalar Field location (Nodes/Elements).
steps (6)sint32: Pathlines step count.
step_size (7)double: Pathlines step size.
skip (8)sint32: Pathlines skip count.
reverse (9)bool: If true, traces pathlines in reverse direction; if false, traces forward.
accuracy_control_enabled (10)bool: If true, enables pathlines accuracy control.
tolerance (11)double: Pathlines tolerance.
coarsen (12)sint32: Pathlines coarsen value.
velocity_domain (13)string: Pathlines velocity domain.
zones (14)repeated string: Pathlines zones.

GetFieldsRequest

Request for fields. - Default chunk size is 256KB. Minimum chunk size is 8B and Maximum is 4MB. - If true chunks of bytes will be streamed. Otherwise chunks of int/long/float or double array will be streamed.

chunk_size (1)uint32: Chunk size in bytes.
provide_bytes_stream (2)bool: If true, streams bytes; if false, streams typed arrays (int/long/float/double).
surface_requests (3)repeated SurfaceRequest: Surface request.
scalar_field_requests (4)repeated ScalarFieldRequest: Scalar field request.
vector_field_requests (5)repeated VectorFieldRequest: Vector field request.
pathlines_field_requests (6)repeated PathlinesFieldRequest: Pathlines field request.

DataStamping

DataStamping contains stamping information for solution data

data_stamping_type (1)DataStampingType: The type of data stamping
doublevalue (2)oneof as double: Double-precision value for stamping
intvalue (3)oneof as sint64: Integer value for stamping

UnitInfo

UnitInfo contains unit system information for field data

name (1)string: The name of the quantity
unit (2)string: The unit string
factor (3)double: Unit conversion factor
offset (4)double: Unit conversion offset
label (5)string: Display label for the unit

DataStampingInfo

DataStampingInfo contains a collection of data stamping entries

data_stampings (1)repeated DataStamping: The list of data stamping entries

SurfaceId

SurfaceId uniquely identifies a surface

id (1)sint64: The surface identifier

GetSurfacesRequest

GetSurfacesRequest is the request message for retrieving surface geometry

surface_ids (1)repeated SurfaceId: The surface IDs to retrieve
overset_mesh (2)bool: If true, includes overset mesh data.
data_stamping_info (3)DataStampingInfo: Data stamping information
available_surfaces (4)repeated SurfaceId: Available surfaces for validation

SurfaceMetaData

SurfaceMetaData contains metadata for surface data

data_stamping_info (1)DataStampingInfo: Data stamping information
length_unit (2)UnitInfo: Length unit information

Coordinate

Coordinate represents a 3D point in space

x (1)double: X coordinate
y (2)double: Y coordinate
z (3)double: Z coordinate

Facet

Facet represents a face defined by node indices

nodes (1)repeated sint32: Node indices defining the facet

SurfaceInfo

SurfaceInfo contains information about a surface

surface_ids (1)repeated SurfaceId: The surface identifiers
zone_id (2)SurfaceId: The zone identifier
surface_name (3)string: The name of the surface
zone_type (4)string: The type of zone
type (5)string: The surface type

SurfaceData

SurfaceData contains geometry data for a surface

surface_id (1)SurfaceId: The surface identifier
points (2)repeated Coordinate: The vertex coordinates
facets (3)repeated Facet: The face connectivity
empty_state (5)oneof as Empty: Empty state indicator
surface_metadata (6)oneof as SurfaceMetaData: Surface metadata

GetSurfacesResponse

GetSurfacesResponse is the streaming response containing surface data

surface_data (1)SurfaceData: The surface data

GetRangeRequest

GetRangeRequest is the request message for retrieving field range

field_name (1)string: The name of the field
surface_ids (2)repeated SurfaceId: The surface IDs to query
node_value (3)bool: Whether to get node values (vs element values)

GetRangeResponse

GetRangeResponse contains the minimum and maximum values of a field

minimum (1)double: The minimum field value
maximum (2)double: The maximum field value

FieldInfo

FieldInfo contains metadata about a scalar field

display_name (1)string: Display name for UI
solver_name (2)string: Internal solver name
section (3)string: Section or category
domain (4)string: Domain information
quantity_name (5)string: Physical quantity name

GetFieldsInfoRequest

GetFieldsInfoRequest is the request message for retrieving available fields

GetFieldsInfoResponse

GetFieldsInfoResponse contains information about available scalar fields

field_info (1)repeated FieldInfo: The list of available fields

GetVectorFieldsInfoRequest

GetVectorFieldsInfoRequest is the request message for retrieving available vector fields

VectorFieldInfo

VectorFieldInfo contains metadata about a vector field

display_name (1)string: Display name for UI
x_component (2)string: X component field name
y_component (3)string: Y component field name
z_component (4)string: Z component field name

GetVectorFieldsInfoResponse

GetVectorFieldsInfoResponse contains information about available vector fields

vector_field_info (1)repeated VectorFieldInfo: The list of available vector fields

GetSurfacesInfoRequest

GetSurfacesInfoRequest is the request message for retrieving surface information

GetSurfacesInfoResponse

GetSurfacesInfoResponse contains information about available surfaces

surface_info (1)repeated SurfaceInfo: The list of available surfaces

GetScalarFieldRequest

GetScalarFieldRequest is the request message for retrieving scalar field data

surface_ids (1)repeated SurfaceId: The surface IDs to retrieve data for
scalar_field (2)string: The scalar field name
node_value (3)bool: If true, returns node values; if false, returns element values.
data_stamping_info (4)DataStampingInfo: Data stamping information
available_surfaces (5)repeated SurfaceId: Available surfaces for validation
available_scalar_fields (6)repeated SurfaceId: Available scalar fields for validation
boundary_values (7)bool: If true, includes boundary values.

GlobalRange

GlobalRange contains the global minimum and maximum values

global_min (1)double: Global minimum value
global_max (2)double: Global maximum value

ScalarFieldMetaData

ScalarFieldMetaData contains metadata for scalar field data

data_stamping_info (1)DataStampingInfo: Data stamping information
length_unit (2)UnitInfo: Length unit information
scalar_field_range (3)GlobalRange: Scalar field value range
scalar_field_unit (4)UnitInfo: Scalar field unit information

VectorComponents

VectorComponents represents a 3D vector

x (1)double: X component
y (2)double: Y component
z (3)double: Z component

ScalarField

ScalarField contains scalar field data values

data (1)repeated double: The scalar field values

VectorField

VectorField contains vector field data

vector_components (1)repeated VectorComponents: The vector components at each point

ActiveField

ActiveField indicates which elements are active

actives (1)repeated sint64: Active element flags

ScalarFieldData

ScalarFieldData contains scalar field data on a surface

surface_id (1)SurfaceId: The surface identifier
surface_data (2)SurfaceData: The surface geometry data
scalar_field (3)ScalarField: The scalar field values
active_field (4)ActiveField: Active element indicators
empty_state (5)oneof as Empty: Empty state indicator
scalar_field_metadata (6)oneof as ScalarFieldMetaData: Scalar field metadata

GetScalarFieldResponse

GetScalarFieldResponse is the streaming response containing scalar field data

scalar_field_data (1)ScalarFieldData: The scalar field data

GetVectorFieldRequest

GetVectorFieldRequest is the request message for retrieving vector field data

surface_ids (1)repeated SurfaceId: The surface IDs to retrieve data for
scalar_field (2)string: The scalar field name for coloring
node_value (3)bool: If true, returns node values; if false, returns element values.
vector_field (4)string: The vector field name
data_stamping_info (6)DataStampingInfo: Data stamping information
available_surfaces (7)repeated SurfaceId: Available surfaces for validation
available_scalar_fields (8)repeated SurfaceId: Available scalar fields for validation
available_vector_fields (9)repeated SurfaceId: Available vector fields for validation

VectorFieldMetaData

VectorFieldMetaData contains metadata for vector field data

data_stamping_info (1)DataStampingInfo: Data stamping information
length_unit (2)UnitInfo: Length unit information
scalar_field_range (3)GlobalRange: Scalar field value range (for coloring)
scalar_field_unit (4)UnitInfo: Scalar field unit information

VectorScale

VectorScale contains the scale factor for vector visualization

data (1)double: The scale factor

VectorFieldData

VectorFieldData contains vector field data on a surface

surface_id (1)SurfaceId: The surface identifier
surface_data (2)SurfaceData: The surface geometry data
scalar_field (3)ScalarField: The scalar field values for coloring
active_field (4)ActiveField: Active element indicators
empty_state (5)oneof as Empty: Empty state indicator
vector_field_metadata (6)oneof as VectorFieldMetaData: Vector field metadata
base (7)VectorField: Base position vectors
vector (8)VectorField: The vector field values
normal (9)VectorField: Surface normal vectors
vector_scale (10)VectorScale: Vector scale factor

GetVectorFieldResponse

GetVectorFieldResponse is the streaming response containing vector field data

vector_field_data (1)VectorFieldData: The vector field data

GetPathlinesFieldRequest

GetPathlinesFieldRequest is the request message for retrieving pathlines data

release_froms (1)repeated SurfaceId: Surface IDs to release particles from
field1 (2)string: Primary scalar field for visualization
field2 (3)string: Secondary scalar field for visualization
node_value (4)bool: If true, uses node values; if false, uses element values.
steps (5)sint32: Number of pathline steps
step_size (6)double: Step size for pathline integration
skip (8)sint32: Number of particles to skip
reverse (9)bool: If true, traces pathlines in reverse direction; if false, traces forward.
accuracy_control_enabled (10)bool: If true, enables accuracy control for pathline integration.
tolerance (11)double: Tolerance for accuracy control
coarsen (12)sint32: Coarsening factor for pathlines
zone (13)string: Deprecated. Use zones instead.
velocity_domain (14)string: Velocity domain for pathline calculation
data_stamping_info (15)DataStampingInfo: Data stamping information
zones (16)repeated string: Zones for pathline calculation

PathlineMetaData

PathlineMetaData contains metadata for pathline data

data_stamping_info (1)DataStampingInfo: Data stamping information
length_unit (2)UnitInfo: Length unit information
scalar_field_range (3)GlobalRange: Scalar field value range
scalar_field_unit (4)UnitInfo: Scalar field unit information
twist_range (5)GlobalRange: Twist range for ribbon visualization
time_unit (6)UnitInfo: Time unit information

PathlineFieldData

PathlineFieldData contains data for a single pathline

particle_id (1)sint64: Unique identifier for the particle
particle_positions (2)repeated double: Particle positions along the pathline (x,y,z triplets)
particle_times (3)repeated double: Time values along the pathline
field1s (4)repeated double: Primary field values along the pathline
field2s (5)repeated double: Secondary field values along the pathline
begin_step (6)sint64: Starting step index
end_step (7)sint64: Ending step index

PathlineData

PathlineData contains either pathline field data or metadata

pathline_field_data (1)oneof as PathlineFieldData: Pathline field data
pathline_metadata (2)oneof as PathlineMetaData: Pathline metadata

GetPathlinesFieldResponse

GetPathlinesFieldResponse is the streaming response containing pathline data

pathline_data (1)PathlineData: The pathline data

ParticleTracksFilter

ParticleTracksFilter defines filtering criteria for particle tracks

field (1)string: Field name to filter on
filter_range (2)GlobalRange: Range of values to filter
inside_range (3)bool: If true, includes particles inside the range; if false, includes those outside.

GetParticleTracksFieldRequest

GetParticleTracksFieldRequest is the request message for retrieving particle track data

release_froms (1)repeated string: Names of surfaces to release particles from
field1 (2)string: Scalar field for coloring particles
field2 (3)string: Scalar field for sphere size or ribbon twist
field3 (4)string: Vector field for visualization
vector_field (5)string: Vector field name
node_value (6)bool: If true, uses node values; if false, uses element values.
skip (7)sint32: Number of particles to skip
single_stream_id (8)sint32: If >= 0, track only this stream ID; if < 0, track all streams
coarsen (9)sint32: Coarsening factor for particle tracks
free_stream_particles (10)bool: If true, includes free stream particles.
wall_film_particles (11)bool: If true, includes wall film particles.
pdf_particles (12)bool: If true, includes PDF particles.
filter (13)ParticleTracksFilter: Filter for particle tracks
data_stamping_info (14)DataStampingInfo: Data stamping information

ParticleTrackMetaData

ParticleTrackMetaData contains metadata for particle track data

data_stamping_info (1)DataStampingInfo: Data stamping information
length_unit (2)UnitInfo: Length unit information
scalar_field_range (3)GlobalRange: Scalar field value range
scalar_field_unit (4)UnitInfo: Scalar field unit information
twist_range (5)GlobalRange: Twist range for ribbon visualization
time_unit (6)UnitInfo: Time unit information

ParticleTrackFieldData

ParticleTrackFieldData contains data for a single particle track

particle_id (1)sint64: Unique identifier for the particle
particle_position (2)ScalarField: Particle positions along the track (x,y,z triplets)
particle_time (3)ScalarField: Time values along the track
field1 (4)ScalarField: Primary field values along the track
field2 (5)ScalarField: Secondary field values along the track
field3 (6)ScalarField: Tertiary field values along the track
particle_velocity (7)VectorField: Velocity vectors along the track
particle_start_time (8)double: Particle start time
particle_end_time (9)double: Particle end time

ParticleTrackData

ParticleTrackData contains either particle track field data or metadata

particle_track_field_data (1)oneof as ParticleTrackFieldData: Particle track field data
particle_track_meta_data (2)oneof as ParticleTrackMetaData: Particle track metadata

GetParticleTracksFieldResponse

GetParticleTracksFieldResponse is the streaming response containing particle track data

particle_track_data (1)ParticleTrackData: The particle track data

IsBoundaryValuesEnabledRequest

IsBoundaryValuesEnabledRequest is the request message for checking boundary values status

IsBoundaryValuesEnabledResponse

IsBoundaryValuesEnabledResponse indicates whether boundary values are enabled

is_boundary_values_enabled (1)bool: True if boundary values are enabled

GetSolverMeshNodesRequest

GetSolverMeshNodesRequest is the request message for retrieving mesh nodes

domain_id (1)uint64: Domain identifier
thread_id (2)uint64: Thread (zone) identifier

NodeDouble

NodeDouble represents a mesh node with double precision coordinates

id (1)uint64: Node identifier
x (2)double: X coordinate
y (3)double: Y coordinate
z (4)double: Z coordinate

NodeFloat

NodeFloat represents a mesh node with single precision coordinates

id (1)uint64: Node identifier
x (2)float: X coordinate
y (3)float: Y coordinate
z (4)float: Z coordinate

GetSolverMeshNodesDoubleResponse

GetSolverMeshNodesDoubleResponse is the streaming response containing double precision nodes

nodes (1)repeated NodeDouble: The mesh nodes

GetSolverMeshNodesFloatResponse

GetSolverMeshNodesFloatResponse is the streaming response containing single precision nodes

nodes (1)repeated NodeFloat: The mesh nodes

GetSolverMeshElementsRequest

GetSolverMeshElementsRequest is the request message for retrieving mesh elements

domain_id (1)uint64: Domain identifier
thread_id (2)uint64: Thread (zone) identifier

Element

Element represents a mesh element (cell)

id (1)uint64: Element identifier
element_type (2)CellElementType: Element type
node_ids (3)repeated uint64: Node IDs for standard element types
facets (4)repeated Facet: Face definitions for polyhedron element type

GetSolverMeshElementsResponse

GetSolverMeshElementsResponse is the streaming response containing mesh elements

elements (1)repeated Element: The mesh elements

IsDataAvailableRequest

Request to check if solution data is available.

IsDataAvailableResponse

Indicates whether solution data is available.

is_data_available (1)bool: True if solution data is currently available.

Enumerations

FieldType (enum)

Field Type

FIELD_TYPE_UNSPECIFIED (0): Unspecified field type
FIELD_TYPE_INT_ARRAY (1): Integer array
FIELD_TYPE_LONG_ARRAY (2): Long array
FIELD_TYPE_FLOAT_ARRAY (3): Float array
FIELD_TYPE_DOUBLE_ARRAY (4): Double array

PayloadTag (enum)

Payload tag, provides extra information about payload. For example it tells if payload data corresponds to cell or node location or it contains boundary values etc.

PAYLOAD_TAG_UNSPECIFIED (0): Unspecified payload tag
PAYLOAD_TAG_OVERSET_MESH (1): This tag is set if oversetMesh flag in SurfaceRequest is set to True
PAYLOAD_TAG_ELEMENT_LOCATION (2): This tag is set if dataLocation in ScalarFieldRequest is Elements
PAYLOAD_TAG_NODE_LOCATION (3): This tag is set if dataLocation in ScalarFieldRequest is Nodes
PAYLOAD_TAG_BOUNDARY_VALUES (4): This tag is set if provideBoundaryValues in ScalarFieldRequest is set to True

DataLocation (enum)

DataLocation specifies where data is located in the mesh

DATA_LOCATION_UNSPECIFIED (0): Unspecified location
DATA_LOCATION_NODES (1): Data is located at mesh nodes
DATA_LOCATION_ELEMENTS (2): Data is located at mesh elements (cells)

DataStampingType (enum)

DataStampingType specifies the type of data stamping for solution data

DATA_STAMPING_TYPE_UNSPECIFIED (0): Unspecified stamping type
DATA_STAMPING_TYPE_ITERATION_INDEX (1): Iteration index
DATA_STAMPING_TYPE_TIME_STEP_INDEX (2): Time step index
DATA_STAMPING_TYPE_FLOW_TIME (3): Flow time
DATA_STAMPING_TYPE_SOLID_TIME (4): Solid time
DATA_STAMPING_TYPE_CASE_ID (5): Case identifier
DATA_STAMPING_TYPE_MESH_ID (6): Mesh identifier
DATA_STAMPING_TYPE_DATA_ID (7): Data identifier

CellElementType (enum)

CellElementType defines the types of mesh elements (cells)

CELL_ELEMENT_TYPE_UNSPECIFIED (0): Unspecified or unknown element type
CELL_ELEMENT_TYPE_TRIANGLE (1): Triangle: 3 nodes, 3 faces
CELL_ELEMENT_TYPE_TETRAHEDRON (2): Tetrahedron: 4 nodes, 4 faces
CELL_ELEMENT_TYPE_QUADRILATERAL (3): Quadrilateral: 4 nodes, 4 faces
CELL_ELEMENT_TYPE_HEXAHEDRON (4): Hexahedron: 8 nodes, 6 faces
CELL_ELEMENT_TYPE_PYRAMID (5): Pyramid: 5 nodes, 5 faces
CELL_ELEMENT_TYPE_WEDGE (6): Wedge (prism): 6 nodes, 5 faces
CELL_ELEMENT_TYPE_POLYHEDRON (7): Polyhedron: arbitrary number of nodes and faces
CELL_ELEMENT_TYPE_GHOST (8): Ghost cell: 2 nodes, 1 face (only in 2D)
CELL_ELEMENT_TYPE_QUADRATIC_TETRAHEDRON (9): Quadratic tetrahedron: 10 nodes, 4 faces
CELL_ELEMENT_TYPE_QUADRATIC_HEXAHEDRON (10): Quadratic hexahedron: 20 nodes, 6 faces
CELL_ELEMENT_TYPE_QUADRATIC_PYRAMID (11): Quadratic pyramid: 13 nodes, 5 faces
CELL_ELEMENT_TYPE_QUADRATIC_WEDGE (12): Quadratic wedge: 15 nodes, 5 faces