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This problem is addressed in part by http://blog.hexagongeospatial.com/help-ecw-speckled-edges/ The only way to achieve consistent background color values after compression is by using an AllOpacity band which doesn't appear to be supported by the version of ECWJP2 SDK used in FME.


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Have you tried copying the fmeobjects.pyd to QGIS site ? similar : From: \fmeobjects\python27\fmeobjects.pyd To: \Lib\site-packages\fmeobjects.pyd


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In Windows QGIS has its own Python version. By default if you instal libraries (ex. pip install name_of_library) it will be installed only in your pure Python version not for QGIS. Here is a guide, I think it may be helpful: http://quantumofgis.blogspot.be/2014/11/qgis-standalone-and-python-modules.html


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As Detlev mentioned, you need a common attribute between the Excel and CityGML file for the FeatureMerger to join together. Link your CityGML to the Requestor Port and the Excel file to the Supplier Port. Where it says Join On, choose the common attributes and set the comparison mode to Automatic. Unless you know that they are strings or numeric fields. ...


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You might want to try using the SpatialRelater and the 'intersects' test. This will find (and associate) all the features in one layer that touch another layer.


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It seems that you're misunderstanding the way the AreaOnAreaOverlayer behaves. It actually intersects the polygons and creates new ones if they intersect. The documentation states that the tool: Performs an area-on-area overlay so that all input areas are intersected against each other and resultant area features are created and output. The ...


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Without more information about your data sets and workspace its difficult to know why AreaOnAreaOverlayer isn't working as expected. Perhaps try side-stepping the need for the AreaOnAreaOverlayer in your workspace by putting one of your polygons through the CenterOfGravityReplacer and then using the resulting points along with your other polygon as the two ...


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If you want to locate Shapes from A within B, I think you could use a "tester" transformer to filter according "_overlaps" attribute that is created on each of the output elements. Something like this: I hope it serves this idea.


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Perhaps you are looking for aggregator , give it a try .


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When I asked Pitney Bowes support this question, I heard the following (same as Peter's response, essentially). "This issue is working as designed as there is no equivalent type to what MIPro uses for an Integer in dBase IV, so these fields are getting mapped to Numeric (Decimal) or Float types. Unfortunately there is no work around for this at this time."


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To extract the attributes you need the xmlflattener "Flattens content of XML element(s) into feature attributes. This transformer provides a quick and easy way to output any content or attributes of an XML element as feature attributes by specifying the element name or path. Optionally, the XML attributes from the ancestors of the specified ...


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Apparently the ESRI Shape format doesn't support SmallInt and Integer. Shape does not support small integer (16bit) or integer (32bit) data types. Instead, it supports a number(x,y) data type. The equivalent data types are: smallint (16bit): number(6,0) integer (32bit): number(11,0) FME Shape Reader/Writer documentation So the answer ...


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Use featureMerger , joining and grouping by the common fields from DATABASE AND INPUT DATA.


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If you have the database characteristics indicated by the diagram. Small input, tiny overlap, large target. Then the following sort of workspace may work quite efficiently, even though it will be doing multiple queries against the database. So for each feature read from the input query for the matching feature in the database. Make sure there is ...


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I didn't use FME, but I had a similar processing task that required using the output of a 5-hour processing job to identify three possible processing cases for a parallel database across a low-bandwidth network link: New features to be added Existing features to be updated Exisitng features to be deleted Since I did have a guarantee that all features ...


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Well, another solution (better than last approach) is to REMOVE any kind of geometry from "those non-spatial" features with GeometryRemover transformer. So, with that, there will be the possibility to write into the shape file Writer properly. Thanks all for your ideas.



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