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FME Hub user ignf_npy just uploaded a new transformer to the FME Hub.ENThe IGNFCollaboratifConnector suite is a collection of Custom Transformers connecting FME users to the collaborative platform of the french National Institute of Geographic and Forest Information, namely Espace Collaboratif.In this suite, IGNFCollaboratifGetReportConnector allows you to download one report from espacecollaboratif.ign.fr.The user may have an Espace Collaboratif account; using this account allows access to the private reports visible to this account, in addition to the public reports.IGNFCollaboratifGetReportConnector generates several outgoing, descriptive features:The incoming features with their initial, unaltered geometries and attributes. The identifier of the report (_signalement_id) that was downloaded is added as an attribute (Passthrough_data)The downloaded reports (Reports, in the IGNFCollaboratifConnector format)FRLa suite IGNFCollaboratifConnector est une collection de Transformers Personn
FME Hub user ignf_npy just uploaded a new transformer to the FME Hub.ENThe IGNFCollaboratifConnector suite is a collection of Custom Transformers connecting FME users to the collaborative platform of the french National Institute of Geographic and Forest Information, namely Espace Collaboratif.In this suite, IGNFCollaboratifReportReplyConnector is used to reply to reports from the espacecollaboratif.ign.fr website.The user must have an Espace Collaboratif account.Features exit IGNFCollaboratifReportReplyConnector with their initial, unaltered geometries and attributes, augmented with the descriptors of the reply to the report (Passthrough_data).FRLa suite IGNFCollaboratifConnector est une collection de Transformers Personnalisés connectant les utilisateurs FME à la plateforme collaborative de l'Institut national de l'information géographique et forestière appelée Espace Collaboratif.Dans cette suite, IGNFCollaboratifReportReplyConnector permet de répondre à des signalements venant du s
FME Hub user ignf_npy just uploaded a new transformer to the FME Hub.ENThe IGNFCollaboratifConnector suite is a collection of Custom Transformers connecting FME users to the collaborative platform of the french National Institute of Geographic and Forest Information, namely Espace Collaboratif.In this suite, IGNFCollaboratifGetReportsConnector allows you to download reports from espacecollaboratif.ign.fr.A series of filters, all optional, is available in the options.The user may have an Espace Collaboratif account; using this account allows access to the private reports visible to this account, in addition to the public reports.IGNFCollaboratifGetReportsConnector generates several outgoing, descriptive features:When the query is correctly defined, the incoming features are output through the Requête port with their initial, unaltered geometries and attributes, augmented with the descriptor attributes of the query sent to Espace Collaboratif (except for the login and password)The downlo
FME Hub user ignf_npy just uploaded a new transformer to the FME Hub.ENThe IGNFCollaboratifConnector suite is a collection of Custom Transformers connecting FME users to the collaborative platform of the french National Institute of Geographic and Forest Information, namely Espace Collaboratif.In that suite, IGNFCollaboratifContextConnector allows you to retrieve the context information of a user who has an Espace Collaboratif account, and to list, for example, the groups the user belong to and the themes available to him.The user must have an Espace Collaboratif account.IGNFCollaboratifContextConnector generates several outgoing, descriptive features:of the account being used (Descriptif),of the groups to which the user is subscribed (Communautés),of the themes on which the user can contribute (Thèmes_complets),of the themes from the group that is currently active for the user (Thèmes_partagés).FRLa suite IGNFCollaboratifConnector est une collection de Transformers Personnalisés conne
FME Hub user ignf_npy just uploaded a new transformer to the FME Hub.ENThe IGNFCollaboratifConnector suite is a collection of Custom Transformers connecting FME users to the collaborative platform of the french National Institute of Geographic and Forest Information, namely Espace Collaboratif.In this suite, IGNFCollaboratifCreateReportConnector is used to create reports on the espacecollaboratif.ign.fr website.The user must have an Espace Collaboratif account.This transformer also allows a sketch and associated attributes to be included.An option makes it possible to create test reports.IGNFCollaboratifCreateReportConnector generates several output features:The input features with their initial, unaltered geometries and attributes. The identifier of the created report (signalement_id) is added as an attribute (Reported)The created report (Reports, in the IGNFCollaboratifConnector format)FRLa suite IGNFCollaboratifConnector est une collection de Transformers Personnalisés connectant le
FME Hub user ignf_npy just uploaded a new transformer to the FME Hub.ENThe IGNFCollaboratifConnector suite is a collection of Custom Transformers connecting FME users to the collaborative platform of the french National Institute of Geographic and Forest Information, namely Espace Collaboratif.In this suite, IGNFCollaboratifDeleteReportConnector is used to delete reports from the espacecollaboratif.ign.fr website.The user must have an Espace Collaboratif account; using this account allows access to the private reports visible to this account, in addition to the public reports.The user must be a manager of the group that contains the report to be deleted.Delete requests can first download the reports to be deleted.IGNFCollaboratifDeleteReportConnector generates several outgoing, descriptive features:The incoming features with their initial, unaltered geometries and attributes. The identifier of the report (_signalement_id) that has been deleted is added as an attribute (Passthrough_data
FME Hub user verdoodtdries just uploaded a new transformer to the FME Hub.DescriptionReplaces a features geometry with an eWKT text string. Assumes a valid Extended Well Known Text string representation.ParametersgeometryAttribute holding the eWKT stringWould you like to know more? Click here to find out more details!
FME Hub user daveatsafe just uploaded a new fme_project to the FME Hub.OGC WFS Service - Data Virtualization APIWould you like to know more? Click here to find out more details!
FME Hub user fmelizard just uploaded a new fme_package to the FME Hub. Connects to a WebODM web application or NodeODX processing node to run photogrammetry jobs on drone imagery, and receives the orthomosaic, DSM, DTM, dense point cloud, textured mesh, and camera poses as FME features.Would you like to know more? Click here to find out more details!
FME Hub user verdoodtdries just uploaded a new transformer to the FME Hub.DescriptionCreate a JSON Web Token (JWT) from the credentials of an ArangoDB user. The JWT token can be used in the ArangoQuerier transformer.ParametersHostnameHostname of the Arango database.UsernameUsernamePasswordPassword of the userOutputJSON Web Token (JWT)Would you like to know more? Click here to find out more details!
FME Hub user takashi just uploaded a new transformer to the FME Hub.Replaces geometry of input feature with a rectangular polygon or a point which represents the location of Japanese standard mesh code stored in an attribute. This transformer determines mesh type automatically based on format of the mesh code. The mesh type (a number) will be stored in an attribute whose name was specified to the "Mesh Type Attribute" parameter. Mesh Type | Description | Mesh Code Format 1 | Primary Standard Mesh | AABB 2 | Secondary Standard Mesh | AABB<delim>CD 3 | Tertiary Standard Mesh | AABB<delim>CD<delim>EF 4 | 1/2 Subdivided Mesh | AABB<delim>CD<delim>EF<delim>G 5 | 1/4 Subdivided Mesh | AABB<delim>CD<delim>EF<delim>G<delim>H 6 | 1/8 Subdivided Mesh | AABB<delim>CD<delim>EF<delim>G<delim>H<delim>I 10 | 1/10 Subdivided Mesh | AABB<delim>CD<delim>EF<delim>XY or AABB<delim>CD<delim&
FME Hub user takashi just uploaded a new transformer to the FME Hub.Replaces the input features with a grid of polygons or points based on the Japanese geographic mesh dividing standard. Resulting polygons or points will cover all the input features, and the output features will have a new attribute storing its mesh code. Notes: This transformer is valid only for a geographic data on Japanese area with LL coordinate system. Unavoidable slight computational errors caused by calculation for floating point numbers may occur in the resulting coordinate values. Consider applying the CoordinateRounder or something similar operations to absorb such errors if necessary. This transformer supports these Japanese standard grid types. - Primary Standard Mesh - spacing (W x H): 3600sec. x 2400sec., mesh code format: "AABB" - Secondary Standard Mesh - spacing (W x H): 450sec. x 300sec., mesh code format: "AABB-CD" - Tertiary Standard Mesh - spacing (W x H): 45sec. x 30sec., mesh code format: "AABB-C
FME Hub user takashi just uploaded a new transformer to the FME Hub.Extracts Japanese Standard Mesh Code of the mesh containing a representative location (First Vertex, Center of Bounding Box, or Center of Gravity) of the input feature.You can select the representative location with "Location to Extract Mesh Code" parameter. If the input feature doesn't have coordinates, it will be output from the <Rejected> port. Notes: This transformer is valid only for a geographic data on Japanese area with LL coordinate system. This transformer rounds the coordinate values into milliseconds when computing mesh code. So an computational error may not be avoided if the coordinate is very close to a mesh boundary. This transformer supports these Japanese standard mesh types. Primary Standard Mesh - spacing (W x H): 3600sec. x 2400sec., mesh code format: "AABB" Secondary Standard Mesh - spacing (W x H): 450sec. x 300sec., mesh code format: "AABB-CD" Tertiary Standard Mesh - spacing (W x H): 45se
FME Hub user reid_pinkerton just uploaded a new transformer to the FME Hub.GPSCoordinatePairValidatorValidates a user-selected latitude and longitude pair for structural eligibility in decimal-degree GPS analysis.Each input feature is returned with a prefixed validation status and result code. Multiple instances can be connected in series to validate different coordinate pairs without overwriting earlier results.Typical UsesValidate coordinate fields before GPS analysisScreen coordinates before point creation or distance calculationsApply consistent validation across multiple source systemsSupport GPS reconciliation workflowsParametersSelect Latitude AttributeThe attribute containing the latitude value.Select Longitude AttributeThe attribute containing the longitude value.Enter Coordinate Pair CodeA short identifier for the coordinate pair.This value is added as a prefix to the output attributes.Exclude Null IslandControls whether the coordinate pair (0,0) is considered ineligible.Enab
FME Hub user daveatsafe just uploaded a new fme_project to the FME Hub.OGC WMS Service - Data Virtualization APIWould you like to know more? Click here to find out more details!
FME Hub user takashi just uploaded a new format to the FME Hub.Reads DEM data file(s) (GML format) of the Japanese Fundamental Geospatial Data (FGD) as raster feature(s).This reader generates one raster feature per one source data file; the feature type name will always be set to "DEMRASTER".You can read any type DEM data (DEM1A, DEM5A, DEM5B, DEM5C, DEM10A, or DEM10B) with this reader, but DO NOT change source data file names since it determines the DEM type based on the naming rule for FGD DEM data files.This reader skips reading a source file when the schema location or the coordinate system defined in the source file is invalid, or the source file name is invalid as an FGD DEM data file. If you don't want to validate schema location, set "No" to the "Validate Schema Location" parameter. This reader considers these srsName as valid, and sets a corresponding coordinate system (EPSG code) to the output raster feature. Note: at 2025-10-25, since EPSG code for JGD2024 isn't defined, set
FME Hub user adrian_farrell just uploaded a new transformer to the FME Hub.Percentage OverlapCalculates the percentage area of each site polygon overlapping each Candidate polygon.One attribute required for each set of polygons entering the TransformerOutputs supplied references, Original_Area, Overlap_Area and % overlap cancellationWould you like to know more? Click here to find out more details!
FME Hub user dmitribagh just uploaded a new template to the FME Hub.This workspace generates a routable indoor wayfinding network from a raster floor plan. Perception tasks are handled by Google Gemini — decluttering area labels, marking office doors, connecting them with orthogonal corridors, and isolating the network to a clean black-and-white raster. All geometry is deterministic FME: door coordinates and office numbers come in as JSON and become vector nodes, while the isolated raster is vectorized, centerlined, extended with DangleExtender, and snapped into a connected network. The output is an office-node layer and a routable network layer, verified here with a ShortestPathFinder wayfinding test.Requires a Google Gemini Web Connection. Tuned on rectilinear office floors; diagonal corridors, open-plan, and double-loaded corridors may need adjustment.Would you like to know more? Click here to find out more details!
FME Hub user vhruska just uploaded a new fme_package to the FME Hub.Read and write Coda.io tables directly from FME. One CodaConnector transformer reads rows and upserts, updates, or deletes them, authenticating with an API token held in an FME Web Connection.Would you like to know more? Click here to find out more details!
FME Hub user bruceharold just uploaded a new transformer to the FME Hub.ArcGISOnlineFeatureGetterReads features from a layer or table into your workspace using the REST API and an optimized approach. The output port includes a schema feature.Would you like to know more? Click here to find out more details!
FME Hub user edwardburton just uploaded a new transformer to the FME Hub.Replaces the input polygon with a grid of regular hexagons of the specified size and in the selected tiling mode.InputsPolygon InputThe polygon required to be replaced by a tile of hexagons.ParameterHexagon CircumradiusThe required size of the hexagon tiles. The circumradius is the length between a vertex and the centre point of the hexagon.Tiling modeClipped to polygon extentsThe hexagon tiles will be clipped to the shape of the polygon they're replacing. This will leave the outermost tiles no longer hexagon shaped.Intersecting polygonAny tiles intersecting the input polygon will be output. This will include any tiles that extend beyond the boundary of the polygon.Contained within polygonOnly tiles fully contained within the input polygon will be output. This means the tiling will not fully cover the input polygon, but will leave spaces between the outermost tiles and the polygon boundary.OutputsTilesThe hexagon
FME Hub user dmitribagh just uploaded a new transformer to the FME Hub.extends only the dangling (unconnected) ends of lines, leaving connected ends untouched.How It WorksDangleExtender intersects the input lines and checks each line end to see whether another line meets it there. An end with no other line touching it is dangling; an end shared with another line is connected. This is done internally, so no upstream TopologyBuilder is needed.Only dangling ends are extended. Each is lengthened by the Extension Length along the bearing of its final segment, so the line continues in the direction of that segment. Connected ends are left exactly as they are. This is the difference from a plain LineExtender: LineExtender can extend beginnings, ends, or both and separates the results, but it has no notion of whether an end is already attached to another line.Extended lines are tagged with the _extended attribute set to true.The transformer extends geometry only — it does not snap. To close a
FME Hub user lizatsafe just uploaded a new transformer to the FME Hub.Google Gemini Service ConnectorOverviewThe Google Gemini Service Connector is a Custom Transformer for FME that facilitates interaction with Google's Vertex AI Gemini Model via REST API. This transformer allows users to leverage the advanced capabilities of Gemini, Google's large language model, to generate text-based outputs by providing specific prompts and configuring various parameters. This enables a broad range of applications, from content generation to data enrichment across different industries.For more information, please see the Gemini API documentation.Note: by default, this transformer is configured to use the Auto Updated Gemini model.Would you like to know more? Click here to find out more details!
FME Hub user vincent_aalalou just uploaded a new fme_package to the FME Hub.FME Package connector for sending prompts to Claude through Anthropic's Messages API.Would you like to know more? Click here to find out more details!
