Comments (6)
Got the same error with the building file in data_dir/data/wpsdata/buildings.shp.
from noisemodelling.
mmmm, I just tried with NM 4.0.3, and with data_dir/data/wpsdata/buildings.shp and it worked.
This is the clipboard if you want to test.
[{"id":"562f6ba5_b1b834","w":146,"x":283,"y":95,"z":0,"type":"input","_info":{"TYPE_NAME":"WPS_1_0_0.InputDescriptionType","maxOccurs":1,"minOccurs":0,"identifier":{"TYPE_NAME":"OWS_1_1_0.CodeType","value":"inputSRID"},"title":{"TYPE_NAME":"OWS_1_1_0.LanguageStringType","value":"Projection identifier"},"_abstract":{"TYPE_NAME":"OWS_1_1_0.LanguageStringType","value":"Original projection identifier (also called SRID) of your table. It should be an EPSG code, a integer with 4 or 5 digits (ex: 3857 is Web Mercator projection). </br> All coordinates will be projected from the specified EPSG to WGS84 coordinates. </br> This entry is optional because many formats already include the projection and you can also import files without geometry attributes.</br> </br> <b> Default value : 4326 </b> "},"literalData":{"TYPE_NAME":"WPS_1_0_0.LiteralInputType","dataType":{"TYPE_NAME":"OWS_1_1_0.DomainMetadataType","value":"xs:int"},"anyValue":{"TYPE_NAME":"OWS_1_1_0.AnyValue"}}},"inputs":1,"outputs":1,"label":"Projection identifier","_parent":"4058e255_a7d1ec","required":false,"complete":false,"dirty":true},{"source":"562f6ba5_b1b834","target":"4058e255_a7d1ec","_parent":"4058e255_a7d1ec","subprocess":false},{"id":"6a0ffef9_86e84","w":155,"x":283,"y":145,"z":0,"type":"input","_info":{"TYPE_NAME":"WPS_1_0_0.InputDescriptionType","maxOccurs":1,"minOccurs":1,"identifier":{"TYPE_NAME":"OWS_1_1_0.CodeType","value":"pathFile"},"title":{"TYPE_NAME":"OWS_1_1_0.LanguageStringType","value":"Path of the input File"},"_abstract":{"TYPE_NAME":"OWS_1_1_0.LanguageStringType","value":"Path of the file you want to import, including its extension. </br> For example : c:/home/receivers.geojson"},"literalData":{"TYPE_NAME":"WPS_1_0_0.LiteralInputType","anyValue":{"TYPE_NAME":"OWS_1_1_0.AnyValue"}}},"inputs":1,"outputs":1,"label":"Path of the input File","_parent":"4058e255_a7d1ec","_geom":false,"required":true,"complete":true,"dirty":true,"value":"/home/aumond/Documents/Logiciels/NoiseModelling_4.0.3/data_dir/data/wpsdata/buildings.shp"},{"source":"6a0ffef9_86e84","target":"4058e255_a7d1ec","_parent":"4058e255_a7d1ec","subprocess":false},{"id":"67e1aeb8_1a6a1","w":165,"x":283,"y":195,"z":0,"type":"input","_info":{"TYPE_NAME":"WPS_1_0_0.InputDescriptionType","maxOccurs":1,"minOccurs":0,"identifier":{"TYPE_NAME":"OWS_1_1_0.CodeType","value":"tableName"},"title":{"TYPE_NAME":"OWS_1_1_0.LanguageStringType","value":"Name of created table"},"_abstract":{"TYPE_NAME":"OWS_1_1_0.LanguageStringType","value":"Name of the table you want to create from the file. </br> <b> Default value : it will take the name of the file without its extension (special characters will be removed and whitespaces will be replace by an underscore. </b> "},"literalData":{"TYPE_NAME":"WPS_1_0_0.LiteralInputType","anyValue":{"TYPE_NAME":"OWS_1_1_0.AnyValue"}}},"inputs":1,"outputs":1,"label":"Name of created table","_parent":"4058e255_a7d1ec","required":false,"complete":false,"dirty":true},{"source":"67e1aeb8_1a6a1","target":"4058e255_a7d1ec","_parent":"4058e255_a7d1ec","subprocess":false},{"id":"6184d2d9_73841c","w":148,"x":683,"y":145,"z":0,"type":"output","_info":{"TYPE_NAME":"WPS_1_0_0.OutputDescriptionType","identifier":{"TYPE_NAME":"OWS_1_1_0.CodeType","value":"result"},"title":{"TYPE_NAME":"OWS_1_1_0.LanguageStringType","value":"Result output string"},"literalOutput":{"TYPE_NAME":"WPS_1_0_0.LiteralOutputType"}},"inputs":1,"outputs":1,"label":"Result output string","_parent":"4058e255_a7d1ec","complete":true,"dirty":true},{"source":"4058e255_a7d1ec","target":"6184d2d9_73841c","_parent":"4058e255_a7d1ec","subprocess":false},{"id":"4058e255_a7d1ec","w":220,"x":483,"y":145,"z":0,"type":"process","_info":{"TYPE_NAME":"WPS_1_0_0.ProcessDescriptionType","processVersion":"1.0.0","statusSupported":true,"storeSupported":true,"identifier":{"TYPE_NAME":"OWS_1_1_0.CodeType","value":"Import_and_Export:Import_File"},"title":{"TYPE_NAME":"OWS_1_1_0.LanguageStringType","value":"Import File"},"_abstract":{"TYPE_NAME":"OWS_1_1_0.LanguageStringType","value":"Import file into the database. </br> Valid file extensions : (csv, dbf, geojson, gpx, bz2, gz, osm, shp, tsv). </br>"},"dataInputs":{"TYPE_NAME":"WPS_1_0_0.ProcessDescriptionType.DataInputs","input":[{"TYPE_NAME":"WPS_1_0_0.InputDescriptionType","maxOccurs":1,"minOccurs":0,"identifier":{"TYPE_NAME":"OWS_1_1_0.CodeType","value":"inputSRID"},"title":{"TYPE_NAME":"OWS_1_1_0.LanguageStringType","value":"Projection identifier"},"_abstract":{"TYPE_NAME":"OWS_1_1_0.LanguageStringType","value":"Original projection identifier (also called SRID) of your table. It should be an EPSG code, a integer with 4 or 5 digits (ex: 3857 is Web Mercator projection). </br> All coordinates will be projected from the specified EPSG to WGS84 coordinates. </br> This entry is optional because many formats already include the projection and you can also import files without geometry attributes.</br> </br> <b> Default value : 4326 </b> "},"literalData":{"TYPE_NAME":"WPS_1_0_0.LiteralInputType","dataType":{"TYPE_NAME":"OWS_1_1_0.DomainMetadataType","value":"xs:int"},"anyValue":{"TYPE_NAME":"OWS_1_1_0.AnyValue"}}},{"TYPE_NAME":"WPS_1_0_0.InputDescriptionType","maxOccurs":1,"minOccurs":1,"identifier":{"TYPE_NAME":"OWS_1_1_0.CodeType","value":"pathFile"},"title":{"TYPE_NAME":"OWS_1_1_0.LanguageStringType","value":"Path of the input File"},"_abstract":{"TYPE_NAME":"OWS_1_1_0.LanguageStringType","value":"Path of the file you want to import, including its extension. </br> For example : c:/home/receivers.geojson"},"literalData":{"TYPE_NAME":"WPS_1_0_0.LiteralInputType","anyValue":{"TYPE_NAME":"OWS_1_1_0.AnyValue"}}},{"TYPE_NAME":"WPS_1_0_0.InputDescriptionType","maxOccurs":1,"minOccurs":0,"identifier":{"TYPE_NAME":"OWS_1_1_0.CodeType","value":"tableName"},"title":{"TYPE_NAME":"OWS_1_1_0.LanguageStringType","value":"Name of created table"},"_abstract":{"TYPE_NAME":"OWS_1_1_0.LanguageStringType","value":"Name of the table you want to create from the file. </br> <b> Default value : it will take the name of the file without its extension (special characters will be removed and whitespaces will be replace by an underscore. </b> "},"literalData":{"TYPE_NAME":"WPS_1_0_0.LiteralInputType","anyValue":{"TYPE_NAME":"OWS_1_1_0.AnyValue"}}}]},"processOutputs":{"TYPE_NAME":"WPS_1_0_0.ProcessDescriptionType.ProcessOutputs","output":[{"TYPE_NAME":"WPS_1_0_0.OutputDescriptionType","identifier":{"TYPE_NAME":"OWS_1_1_0.CodeType","value":"result"},"title":{"TYPE_NAME":"OWS_1_1_0.LanguageStringType","value":"Result output string"},"literalOutput":{"TYPE_NAME":"WPS_1_0_0.LiteralOutputType"}}]}},"inputs":3,"outputs":1,"label":"Import_and_Export:Import_File","complete":true,"dirty":true},{"id":"6515adc8_66f364","w":218,"x":498,"y":417,"z":0,"type":"input","_info":{"TYPE_NAME":"WPS_1_0_0.InputDescriptionType","maxOccurs":1,"minOccurs":0,"identifier":{"TYPE_NAME":"OWS_1_1_0.CodeType","value":"fenceTableName"},"title":{"TYPE_NAME":"OWS_1_1_0.LanguageStringType","value":"Filter using table bounding box"},"_abstract":{"TYPE_NAME":"OWS_1_1_0.LanguageStringType","value":"Extract the bounding box of the specified table then create only receivers on the table bounding box<br> The table shall contain : </br>- <b> THE_GEOM </b> : any geometry type. </br>"},"literalData":{"TYPE_NAME":"WPS_1_0_0.LiteralInputType","anyValue":{"TYPE_NAME":"OWS_1_1_0.AnyValue"}}},"inputs":1,"outputs":1,"label":"Filter using table bounding box","_parent":"72067fcf_7cde6","required":false,"complete":false,"dirty":true},{"source":"6515adc8_66f364","target":"72067fcf_7cde6","_parent":"72067fcf_7cde6","subprocess":false},{"id":"49383cbd_0e9204","w":152,"x":498,"y":467,"z":0,"type":"input","_info":{"TYPE_NAME":"WPS_1_0_0.InputDescriptionType","maxOccurs":1,"minOccurs":0,"identifier":{"TYPE_NAME":"OWS_1_1_0.CodeType","value":"sourcesTableName"},"title":{"TYPE_NAME":"OWS_1_1_0.LanguageStringType","value":"Sources table name"},"_abstract":{"TYPE_NAME":"OWS_1_1_0.LanguageStringType","value":"Keep only receivers at least at 1 meters of provided sources geometries<br> The table shall contain : </br>- <b> THE_GEOM </b> : any geometry type. </br>"},"literalData":{"TYPE_NAME":"WPS_1_0_0.LiteralInputType","anyValue":{"TYPE_NAME":"OWS_1_1_0.AnyValue"}}},"inputs":1,"outputs":1,"label":"Sources table name","_parent":"72067fcf_7cde6","required":false,"complete":false,"dirty":true},{"source":"49383cbd_0e9204","target":"72067fcf_7cde6","_parent":"72067fcf_7cde6","subprocess":false},{"id":"6ce8fe82_1e0af","w":139,"x":498,"y":517,"z":0,"type":"input","_info":{"TYPE_NAME":"WPS_1_0_0.InputDescriptionType","maxOccurs":1,"minOccurs":0,"identifier":{"TYPE_NAME":"OWS_1_1_0.CodeType","value":"distance"},"title":{"TYPE_NAME":"OWS_1_1_0.LanguageStringType","value":"distance from wall"},"_abstract":{"TYPE_NAME":"OWS_1_1_0.LanguageStringType","value":"Distance of receivers from the wall in meters (FLOAT)</br> </br> <b> Default value : 2 </b> "},"literalData":{"TYPE_NAME":"WPS_1_0_0.LiteralInputType","dataType":{"TYPE_NAME":"OWS_1_1_0.DomainMetadataType","value":"xs:double"},"anyValue":{"TYPE_NAME":"OWS_1_1_0.AnyValue"}}},"inputs":1,"outputs":1,"label":"distance from wall","_parent":"72067fcf_7cde6","required":false,"complete":false,"dirty":true},{"source":"6ce8fe82_1e0af","target":"72067fcf_7cde6","_parent":"72067fcf_7cde6","subprocess":false},{"id":"16c3e067_0f9d7","w":162,"x":498,"y":567,"z":0,"type":"input","_info":{"TYPE_NAME":"WPS_1_0_0.InputDescriptionType","maxOccurs":1,"minOccurs":0,"identifier":{"TYPE_NAME":"OWS_1_1_0.CodeType","value":"heightLevels"},"title":{"TYPE_NAME":"OWS_1_1_0.LanguageStringType","value":"height between levels"},"_abstract":{"TYPE_NAME":"OWS_1_1_0.LanguageStringType","value":"Height between each level of receivers in meters (FLOAT)</br> </br> <b> Default value : 2.5 </b> "},"literalData":{"TYPE_NAME":"WPS_1_0_0.LiteralInputType","dataType":{"TYPE_NAME":"OWS_1_1_0.DomainMetadataType","value":"xs:double"},"anyValue":{"TYPE_NAME":"OWS_1_1_0.AnyValue"}}},"inputs":1,"outputs":1,"label":"height between levels","_parent":"72067fcf_7cde6","required":false,"complete":false,"dirty":true},{"source":"16c3e067_0f9d7","target":"72067fcf_7cde6","_parent":"72067fcf_7cde6","subprocess":false},{"id":"dd276b4e_3b6a08","w":199,"x":498,"y":617,"z":0,"type":"input","_info":{"TYPE_NAME":"WPS_1_0_0.InputDescriptionType","maxOccurs":1,"minOccurs":1,"identifier":{"TYPE_NAME":"OWS_1_1_0.CodeType","value":"delta"},"title":{"TYPE_NAME":"OWS_1_1_0.LanguageStringType","value":"Distance between receivers"},"_abstract":{"TYPE_NAME":"OWS_1_1_0.LanguageStringType","value":"Distance between receivers in the Cartesian plane in meters"},"literalData":{"TYPE_NAME":"WPS_1_0_0.LiteralInputType","dataType":{"TYPE_NAME":"OWS_1_1_0.DomainMetadataType","value":"xs:double"},"anyValue":{"TYPE_NAME":"OWS_1_1_0.AnyValue"}}},"inputs":1,"outputs":1,"label":"Distance between receivers","_parent":"72067fcf_7cde6","_geom":false,"required":true,"complete":true,"dirty":true,"value":"1"},{"source":"dd276b4e_3b6a08","target":"72067fcf_7cde6","_parent":"72067fcf_7cde6","subprocess":false},{"id":"a110c0d6_474bb","w":157,"x":498,"y":667,"z":0,"type":"input","_info":{"TYPE_NAME":"WPS_1_0_0.InputDescriptionType","maxOccurs":1,"minOccurs":1,"identifier":{"TYPE_NAME":"OWS_1_1_0.CodeType","value":"tableBuilding"},"title":{"TYPE_NAME":"OWS_1_1_0.LanguageStringType","value":"Buildings table name"},"_abstract":{"TYPE_NAME":"OWS_1_1_0.LanguageStringType","value":"<b>Name of the Buildings table.</b> </br> <br> The table shall contain : </br>- <b> THE_GEOM </b> : the 2D geometry of the building (POLYGON or MULTIPOLYGON). </br>- <b> HEIGHT </b> : the height of the building (FLOAT)- <b> POP </b> : optional field, building population to add in the receiver attribute (FLOAT)"},"literalData":{"TYPE_NAME":"WPS_1_0_0.LiteralInputType","anyValue":{"TYPE_NAME":"OWS_1_1_0.AnyValue"}}},"inputs":1,"outputs":1,"label":"Buildings table name","_parent":"72067fcf_7cde6","_geom":false,"required":true,"complete":true,"dirty":true,"value":"buildings"},{"source":"a110c0d6_474bb","target":"72067fcf_7cde6","_parent":"72067fcf_7cde6","subprocess":false},{"id":"ea2d812c_49fb8","w":97,"x":498,"y":717,"z":0,"type":"input","_info":{"TYPE_NAME":"WPS_1_0_0.InputDescriptionType","maxOccurs":1,"minOccurs":0,"identifier":{"TYPE_NAME":"OWS_1_1_0.CodeType","value":"fence"},"title":{"TYPE_NAME":"OWS_1_1_0.LanguageStringType","value":"Extent filter"},"_abstract":{"TYPE_NAME":"OWS_1_1_0.LanguageStringType","value":"Create receivers only in the provided polygon"},"complexData":{"TYPE_NAME":"WPS_1_0_0.SupportedComplexDataInputType","_default":{"TYPE_NAME":"WPS_1_0_0.ComplexDataCombinationType","format":{"TYPE_NAME":"WPS_1_0_0.ComplexDataDescriptionType","mimeType":"text/xml; subtype=gml/3.1.1"}},"supported":{"TYPE_NAME":"WPS_1_0_0.ComplexDataCombinationsType","format":[{"TYPE_NAME":"WPS_1_0_0.ComplexDataDescriptionType","mimeType":"text/xml; subtype=gml/3.1.1"},{"TYPE_NAME":"WPS_1_0_0.ComplexDataDescriptionType","mimeType":"text/xml; subtype=gml/2.1.2"},{"TYPE_NAME":"WPS_1_0_0.ComplexDataDescriptionType","mimeType":"application/wkt"},{"TYPE_NAME":"WPS_1_0_0.ComplexDataDescriptionType","mimeType":"application/gml-3.1.1"},{"TYPE_NAME":"WPS_1_0_0.ComplexDataDescriptionType","mimeType":"application/gml-2.1.2"},{"TYPE_NAME":"WPS_1_0_0.ComplexDataDescriptionType","mimeType":"application/json"}]}}},"inputs":1,"outputs":1,"label":"Extent filter","_parent":"72067fcf_7cde6","required":false,"complete":false,"dirty":true},{"source":"ea2d812c_49fb8","target":"72067fcf_7cde6","_parent":"72067fcf_7cde6","subprocess":false},{"id":"95faf9bd_f940c8","w":148,"x":898,"y":567,"z":0,"type":"output","_info":{"TYPE_NAME":"WPS_1_0_0.OutputDescriptionType","identifier":{"TYPE_NAME":"OWS_1_1_0.CodeType","value":"result"},"title":{"TYPE_NAME":"OWS_1_1_0.LanguageStringType","value":"Result output string"},"literalOutput":{"TYPE_NAME":"WPS_1_0_0.LiteralOutputType"}},"inputs":1,"outputs":1,"label":"Result output string","_parent":"72067fcf_7cde6","complete":true,"dirty":true},{"source":"72067fcf_7cde6","target":"95faf9bd_f940c8","_parent":"72067fcf_7cde6","subprocess":false},{"id":"72067fcf_7cde6","w":195,"x":698,"y":567,"z":0,"type":"process","_info":{"TYPE_NAME":"WPS_1_0_0.ProcessDescriptionType","processVersion":"1.0.0","statusSupported":true,"storeSupported":true,"identifier":{"TYPE_NAME":"OWS_1_1_0.CodeType","value":"Receivers:Building_Grid3D"},"title":{"TYPE_NAME":"OWS_1_1_0.LanguageStringType","value":"Buildings Grid"},"_abstract":{"TYPE_NAME":"OWS_1_1_0.LanguageStringType","value":"Generates receivers placed 2 meters (default) from building facades at different levels of the building.</br> </br> <b> The output table is called : RECEIVERS </b>"},"dataInputs":{"TYPE_NAME":"WPS_1_0_0.ProcessDescriptionType.DataInputs","input":[{"TYPE_NAME":"WPS_1_0_0.InputDescriptionType","maxOccurs":1,"minOccurs":0,"identifier":{"TYPE_NAME":"OWS_1_1_0.CodeType","value":"fenceTableName"},"title":{"TYPE_NAME":"OWS_1_1_0.LanguageStringType","value":"Filter using table bounding box"},"_abstract":{"TYPE_NAME":"OWS_1_1_0.LanguageStringType","value":"Extract the bounding box of the specified table then create only receivers on the table bounding box<br> The table shall contain : </br>- <b> THE_GEOM </b> : any geometry type. </br>"},"literalData":{"TYPE_NAME":"WPS_1_0_0.LiteralInputType","anyValue":{"TYPE_NAME":"OWS_1_1_0.AnyValue"}}},{"TYPE_NAME":"WPS_1_0_0.InputDescriptionType","maxOccurs":1,"minOccurs":0,"identifier":{"TYPE_NAME":"OWS_1_1_0.CodeType","value":"sourcesTableName"},"title":{"TYPE_NAME":"OWS_1_1_0.LanguageStringType","value":"Sources table name"},"_abstract":{"TYPE_NAME":"OWS_1_1_0.LanguageStringType","value":"Keep only receivers at least at 1 meters of provided sources geometries<br> The table shall contain : </br>- <b> THE_GEOM </b> : any geometry type. </br>"},"literalData":{"TYPE_NAME":"WPS_1_0_0.LiteralInputType","anyValue":{"TYPE_NAME":"OWS_1_1_0.AnyValue"}}},{"TYPE_NAME":"WPS_1_0_0.InputDescriptionType","maxOccurs":1,"minOccurs":0,"identifier":{"TYPE_NAME":"OWS_1_1_0.CodeType","value":"distance"},"title":{"TYPE_NAME":"OWS_1_1_0.LanguageStringType","value":"distance from wall"},"_abstract":{"TYPE_NAME":"OWS_1_1_0.LanguageStringType","value":"Distance of receivers from the wall in meters (FLOAT)</br> </br> <b> Default value : 2 </b> "},"literalData":{"TYPE_NAME":"WPS_1_0_0.LiteralInputType","dataType":{"TYPE_NAME":"OWS_1_1_0.DomainMetadataType","value":"xs:double"},"anyValue":{"TYPE_NAME":"OWS_1_1_0.AnyValue"}}},{"TYPE_NAME":"WPS_1_0_0.InputDescriptionType","maxOccurs":1,"minOccurs":0,"identifier":{"TYPE_NAME":"OWS_1_1_0.CodeType","value":"heightLevels"},"title":{"TYPE_NAME":"OWS_1_1_0.LanguageStringType","value":"height between levels"},"_abstract":{"TYPE_NAME":"OWS_1_1_0.LanguageStringType","value":"Height between each level of receivers in meters (FLOAT)</br> </br> <b> Default value : 2.5 </b> "},"literalData":{"TYPE_NAME":"WPS_1_0_0.LiteralInputType","dataType":{"TYPE_NAME":"OWS_1_1_0.DomainMetadataType","value":"xs:double"},"anyValue":{"TYPE_NAME":"OWS_1_1_0.AnyValue"}}},{"TYPE_NAME":"WPS_1_0_0.InputDescriptionType","maxOccurs":1,"minOccurs":1,"identifier":{"TYPE_NAME":"OWS_1_1_0.CodeType","value":"delta"},"title":{"TYPE_NAME":"OWS_1_1_0.LanguageStringType","value":"Distance between receivers"},"_abstract":{"TYPE_NAME":"OWS_1_1_0.LanguageStringType","value":"Distance between receivers in the Cartesian plane in meters"},"literalData":{"TYPE_NAME":"WPS_1_0_0.LiteralInputType","dataType":{"TYPE_NAME":"OWS_1_1_0.DomainMetadataType","value":"xs:double"},"anyValue":{"TYPE_NAME":"OWS_1_1_0.AnyValue"}}},{"TYPE_NAME":"WPS_1_0_0.InputDescriptionType","maxOccurs":1,"minOccurs":1,"identifier":{"TYPE_NAME":"OWS_1_1_0.CodeType","value":"tableBuilding"},"title":{"TYPE_NAME":"OWS_1_1_0.LanguageStringType","value":"Buildings table name"},"_abstract":{"TYPE_NAME":"OWS_1_1_0.LanguageStringType","value":"<b>Name of the Buildings table.</b> </br> <br> The table shall contain : </br>- <b> THE_GEOM </b> : the 2D geometry of the building (POLYGON or MULTIPOLYGON). </br>- <b> HEIGHT </b> : the height of the building (FLOAT)- <b> POP </b> : optional field, building population to add in the receiver attribute (FLOAT)"},"literalData":{"TYPE_NAME":"WPS_1_0_0.LiteralInputType","anyValue":{"TYPE_NAME":"OWS_1_1_0.AnyValue"}}},{"TYPE_NAME":"WPS_1_0_0.InputDescriptionType","maxOccurs":1,"minOccurs":0,"identifier":{"TYPE_NAME":"OWS_1_1_0.CodeType","value":"fence"},"title":{"TYPE_NAME":"OWS_1_1_0.LanguageStringType","value":"Extent filter"},"_abstract":{"TYPE_NAME":"OWS_1_1_0.LanguageStringType","value":"Create receivers only in the provided polygon"},"complexData":{"TYPE_NAME":"WPS_1_0_0.SupportedComplexDataInputType","_default":{"TYPE_NAME":"WPS_1_0_0.ComplexDataCombinationType","format":{"TYPE_NAME":"WPS_1_0_0.ComplexDataDescriptionType","mimeType":"text/xml; subtype=gml/3.1.1"}},"supported":{"TYPE_NAME":"WPS_1_0_0.ComplexDataCombinationsType","format":[{"TYPE_NAME":"WPS_1_0_0.ComplexDataDescriptionType","mimeType":"text/xml; subtype=gml/3.1.1"},{"TYPE_NAME":"WPS_1_0_0.ComplexDataDescriptionType","mimeType":"text/xml; subtype=gml/2.1.2"},{"TYPE_NAME":"WPS_1_0_0.ComplexDataDescriptionType","mimeType":"application/wkt"},{"TYPE_NAME":"WPS_1_0_0.ComplexDataDescriptionType","mimeType":"application/gml-3.1.1"},{"TYPE_NAME":"WPS_1_0_0.ComplexDataDescriptionType","mimeType":"application/gml-2.1.2"},{"TYPE_NAME":"WPS_1_0_0.ComplexDataDescriptionType","mimeType":"application/json"}]}}}]},"processOutputs":{"TYPE_NAME":"WPS_1_0_0.ProcessDescriptionType.ProcessOutputs","output":[{"TYPE_NAME":"WPS_1_0_0.OutputDescriptionType","identifier":{"TYPE_NAME":"OWS_1_1_0.CodeType","value":"result"},"title":{"TYPE_NAME":"OWS_1_1_0.LanguageStringType","value":"Result output string"},"literalOutput":{"TYPE_NAME":"WPS_1_0_0.LiteralOutputType"}}]}},"inputs":7,"outputs":1,"label":"Receivers:Building_Grid3D","complete":true,"dirty":true}]
from noisemodelling.
Hi, I got the same problem when I try to generate the receiver for building_grid3D with my own building's shape file. I tried with data_dir/data/wpsdata/buildings.shp and It doesn't work too. I'm using NM 4.0.0. How can I sort out this?
from noisemodelling.
Hi,
You can use the last version of NoiseModelling 4.0.4
https://github.com/Universite-Gustave-Eiffel/NoiseModelling/releases/tag/v4.0.4
from noisemodelling.
Hi, thanks for your answer, I can generate the receivers for building_grid3D using the last version of the software. Now, I want to generate the IsoSurfaces with these results, but I can´t do it because I don´t have Triangles. How can I see with colors these results? I would like to analyze the cut of a street vertically.
from noisemodelling.
Hi,
NoiseModelling does not have any process to directly produce a vertical noise maps. You have to provide your own receivers position and do the post processing yourself in another software.
from noisemodelling.
Related Issues (20)
- Update NoiseModelling with H2GIS v2.1.214 HOT 1
- 3d Building Geometry HOT 4
- 3D buildings HOT 8
- Wrong release number in the web browser HOT 1
- Receivers: building_grid- new opzion distance from wall don't work HOT 2
- JUNC_DIST and JUNC_TYPE in Roads_emission_from_traffic HOT 1
- Add to the doc a list of nice and compatible open ressources !
- Questions about Noise Modelling possibilities HOT 2
- Acoustic screens and acoustic covers HOT 4
- "Frequency band" error with certain parameter sets HOT 2
- Error message when generating LW_ROADS table HOT 4
- Change Water Absorption coefficient G to 0
- How is DEM taken into account in Noise Modelling ? HOT 9
- Error (due to coordinates?) in version 4.0.4 HOT 2
- Question about a comparison with CADNAA HOT 2
- Using SUMO instead of MATSim HOT 1
- New block calculating a TRIANGLE table from RECEIVERS Table
- Building3D_Grid not working HOT 2
- Invalid ordinate index HOT 2
- Time quantification HOT 1
Recommend Projects
-
React
A declarative, efficient, and flexible JavaScript library for building user interfaces.
-
Vue.js
🖖 Vue.js is a progressive, incrementally-adoptable JavaScript framework for building UI on the web.
-
Typescript
TypeScript is a superset of JavaScript that compiles to clean JavaScript output.
-
TensorFlow
An Open Source Machine Learning Framework for Everyone
-
Django
The Web framework for perfectionists with deadlines.
-
Laravel
A PHP framework for web artisans
-
D3
Bring data to life with SVG, Canvas and HTML. 📊📈🎉
-
Recommend Topics
-
javascript
JavaScript (JS) is a lightweight interpreted programming language with first-class functions.
-
web
Some thing interesting about web. New door for the world.
-
server
A server is a program made to process requests and deliver data to clients.
-
Machine learning
Machine learning is a way of modeling and interpreting data that allows a piece of software to respond intelligently.
-
Visualization
Some thing interesting about visualization, use data art
-
Game
Some thing interesting about game, make everyone happy.
Recommend Org
-
Facebook
We are working to build community through open source technology. NB: members must have two-factor auth.
-
Microsoft
Open source projects and samples from Microsoft.
-
Google
Google ❤️ Open Source for everyone.
-
Alibaba
Alibaba Open Source for everyone
-
D3
Data-Driven Documents codes.
-
Tencent
China tencent open source team.
from noisemodelling.