Thursday, 29 November 2018

QGIS Python script for creating project file


Is there a way to create QGIS project file(.qgs) using only Python script outside QGIS Python console. I am trying to publish a map using QGIS Web Client using python.


For this, I am trying to do below



  1. Create .qgs file dynamically

  2. Add Legend and Layers to the .qgs file and save

  3. Set WFS,WCS parameters in the .qgs file


Finally use this file to view QGIS web client.



I tried to tweak the tool available at https://github.com/oware/Mxd2Qgs. I am successful to certain extent, i.e. creating a .qgs file. But I need some inputs on Getting layer (vector/raster) properties when path for the files is given.



# Import system modules
from xml.dom.minidom import Document
import string
import os
import glob


#Read input parameters from GP dialog

output = "myworld.qgs"

#Create an output qgs file
f = open(output, "w")

# Create the minidom
doc = Document()

# Create the  base element
qgis = doc.createElement("qgis")

qgis.setAttribute("projectname", " ")
qgis.setAttribute("version", "2.4.0-Chugiak")
doc.appendChild(qgis)

# Create the  element<br/>title = doc.createElement("title")<br/>qgis.appendChild(title)<br/><br/><br/>unit = doc.createTextNode("degrees")<br/><br/>xmin1 = doc.createTextNode(str("-180"))<br/>ymin1 = doc.createTextNode(str("-90"))<br/>xmax1 = doc.createTextNode(str("180"))<br/>ymax1 = doc.createTextNode(str("90"))<br/>proj4id = doc.createTextNode(str("+proj=longlat +datum=WGS84 +no_defs"))<br/>srid1 = doc.createTextNode(str("4326"))<br/>srid2 = doc.createTextNode(str("3452"))<br/>epsg1 = doc.createTextNode(str("4326"))<br/>epsg2 = doc.createTextNode(str("4326"))<br/>description1 = doc.createTextNode(str("WGS 84"))<br/><br/>description2 = doc.createTextNode(str("WGS 84"))<br/>ellipsoidacronym1 = doc.createTextNode(str("WGS84"))<br/>ellipsoidacronym2 = doc.createTextNode(str("WGS84"))<br/>geographicflag1 = doc.createTextNode("true")<br/>geographicflag2 = doc.createTextNode("true")<br/>pa=doc.createTextNode("longlat")<br/>authid2 = doc.createTextNode("EPSG:"+str("4326"))<br/>authid3 = doc.createTextNode("EPSG:"+str("4326"))<br/>count2=0<br/># mapcanvas<br/><br/>def map_canvas():<br/>    # Create the <mapcanvas> element<br/>    mapcanvas = doc.createElement("mapcanvas")<br/>    qgis.appendChild(mapcanvas)<br/><br/># Create the <units> element<br/>units = doc.createElement("units")<br/>units.appendChild(unit)<br/>mapcanvas.appendChild(units)<br/><br/><br/># Create the <extent> element<br/>extent = doc.createElement("extent")<br/>mapcanvas.appendChild(extent)<br/><br/># Create the <xmin> element<br/>xmin = doc.createElement("xmin")<br/>xmin.appendChild(xmin1)<br/>extent.appendChild(xmin)<br/><br/># Create the <ymin> element<br/><br/>ymin = doc.createElement("ymin")<br/>ymin.appendChild(ymin1)<br/>extent.appendChild(ymin)<br/><br/># Create the <xmax> element<br/>xmax = doc.createElement("xmax")<br/>xmax.appendChild(xmax1)<br/>extent.appendChild(xmax)<br/><br/># Create the <ymax> element<br/><br/>ymax = doc.createElement("ymax")<br/>ymax.appendChild(ymax1)<br/>extent.appendChild(ymax)<br/><br/># Create the <projections> element<br/>projections = doc.createElement("projections")<br/>mapcanvas.appendChild(projections)<br/><br/># Create the <destinationsrs> element<br/>destinationsrs = doc.createElement("destinationsrs")<br/><br/>mapcanvas.appendChild(destinationsrs)<br/><br/># Create the <spatialrefsys> element<br/>spatialrefsys = doc.createElement("spatialrefsys")<br/>destinationsrs.appendChild(spatialrefsys)<br/><br/># Create the <proj4> element<br/>proj4 = doc.createElement("proj4")<br/>proj4.appendChild(proj4id)<br/>spatialrefsys.appendChild(proj4)<br/><br/><br/># Create the <srsid> element<br/>srsid = doc.createElement("srsid")<br/>srsid.appendChild(srid2)<br/>spatialrefsys.appendChild(srsid)<br/><br/># Create the <srid> element<br/>srid = doc.createElement("srid")<br/>srid.appendChild(srid1)<br/>spatialrefsys.appendChild(srid)<br/><br/><br/># Create the <authid> element<br/>authid = doc.createElement("authid")<br/>authid.appendChild(authid2)<br/>spatialrefsys.appendChild(authid)<br/><br/># Create the <description> element<br/>description = doc.createElement("description")<br/>description.appendChild(description1)<br/>spatialrefsys.appendChild(description)<br/><br/><br/># Create the <projectionacronym> element<br/>projectionacronym = doc.createElement("projectionacronym")<br/>spatialrefsys.appendChild(projectionacronym)<br/>projectionacronym.appendChild(pa)<br/><br/># Create the <ellipsoidacronym element<br/>ellipsoidacronym = doc.createElement("ellipsoidacronym")<br/>ellipsoidacronym.appendChild(ellipsoidacronym1)<br/>spatialrefsys.appendChild(ellipsoidacronym)<br/><br/><br/># Create the <geographicflag> element<br/>geographicflag = doc.createElement("geographicflag")<br/>geographicflag.appendChild(geographicflag1)<br/>spatialrefsys.appendChild(geographicflag)<br/><br/><br/><br/># Legend<br/># Legend<br/><br/>def legend_func():<br/>    global count2<br/>    # Create the <legend> element<br/>    legend = doc.createElement("legend")<br/>    qgis.appendChild(legend)<br/><br/><br/>for lyr in os.listdir(r"C:\Build\xyz\shapefiles"):<br/>     if lyr.endswith('.shp'):<br/>        count2=count2+1 <br/><br/>        print lyr<br/>        print "\n"<br/>        # Create the <legendlayer> element<br/>        legendlayer = doc.createElement("legendlayer")<br/>        legendlayer.setAttribute("open", "true")<br/>        legendlayer.setAttribute("checked", "Qt::Checked")<br/>        legendlayer.setAttribute("name",lyr)<br/><br/>        legend.appendChild(legendlayer)<br/><br/><br/>        # Create the <filegroup> element<br/>        filegroup = doc.createElement("filegroup")<br/>        filegroup.setAttribute("open", "true")<br/>        filegroup.setAttribute("hidden", "false")<br/>        legendlayer.appendChild(filegroup)<br/><br/>        # Create the <legendlayerfile> element<br/>        legendlayerfile = doc.createElement("legendlayerfile")<br/>        legendlayerfile.setAttribute("isInOverview", "0")<br/>        legendlayerfile.setAttribute("layerid", lyr+str(20110427170816078))<br/><br/>        legendlayerfile.setAttribute("visible", "1")<br/>        filegroup.appendChild(legendlayerfile)<br/><br/><br/># Project Layers<br/>def project_layers():  <br/>    # Create the <projectlayers> element<br/>    projectlayers = doc.createElement("projectlayers")<br/>    count1=str(count2)<br/>    projectlayers.setAttribute("layercount", count1)<br/><br/>    qgis.appendChild(projectlayers)<br/><br/>for lyr in os.listdir(r"C:\Build\xyz\shapefiles"):<br/><br/>    if lyr.endswith('.shp'):<br/><br/>        print lyr<br/>        print "\n"<br/>        ds = doc.createTextNode(str(r"C:\Build\xyz\shapefiles"+"\\"+lyr))<br/>        #Tool fails here as there is dependency on ArcGIS<br/><br/>        #Is there a way to replace below 2 lines ,with equivalents from QGIS?<br/>        geometry1 = arcpy.Describe(lyr)<br/>        geometry2 = str(geometry1.shapeType)<br/><br/>        name1 = doc.createTextNode(lyr+str(20110427170816078))<br/>        name2 = doc.createTextNode(lyr)<br/><br/>       # Create the <maplayer> element<br/>        maplayer = doc.createElement("maplayer")<br/>        maplayer.setAttribute("minimumScale", "0")<br/><br/>        maplayer.setAttribute("maximumScale", "1e+08")<br/>        maplayer.setAttribute("minLabelScale", "0")<br/>        maplayer.setAttribute("maxLabelScale", "1e+08")<br/>        maplayer.setAttribute("geometry", geometry2)<br/>        maplayer.setAttribute("type", "vector")<br/>        maplayer.setAttribute("hasScaleBasedVisibilityFlag", "0")<br/>        maplayer.setAttribute("scaleBasedLabelVisibilityFlag", "0")<br/>        projectlayers.appendChild(maplayer)<br/><br/>        # Create the <id> element<br/><br/>        id = doc.createElement("id")<br/>        id.appendChild(name1)<br/>        maplayer.appendChild(id)<br/><br/>        # Create the <datasource> element<br/>        datasource = doc.createElement("datasource")<br/>        datasource.appendChild(ds)<br/>        maplayer.appendChild(datasource)<br/><br/>        # Create the <layername> element<br/><br/>        layername = doc.createElement("layername")<br/>        layername.appendChild(name2)<br/>        maplayer.appendChild(layername)<br/><br/>        # Create the <srs> element<br/>        srs = doc.createElement("srs")<br/>        maplayer.appendChild(srs)<br/><br/>        # Create the <spatialrefsys> element<br/>        spatialrefsys = doc.createElement("spatialrefsys")<br/><br/>        srs.appendChild(spatialrefsys)<br/><br/>        # Create the <proj4> element<br/>        proj4 = doc.createElement("proj4")<br/>        spatialrefsys.appendChild(proj4)<br/><br/>        # Create the <srsid> element<br/>        srsid = doc.createElement("srsid")<br/>        spatialrefsys.appendChild(srsid)<br/><br/><br/>        # Create the <srid> element<br/>        srid = doc.createElement("srid")<br/>        srid.appendChild(srid2)<br/>        spatialrefsys.appendChild(srid)<br/><br/><br/>        # Create the <authid> element<br/>        authid = doc.createElement("authid")<br/>        authid.appendChild(authid3)<br/>        spatialrefsys.appendChild(authid)<br/><br/><br/><br/>        # Create the <description> element<br/>        description = doc.createElement("description")<br/>        description.appendChild(description2)<br/>        spatialrefsys.appendChild(description)<br/><br/><br/>        # Create the <projectionacronym> element<br/>        projectionacronym = doc.createElement("projectionacronym")<br/><br/>        spatialrefsys.appendChild(projectionacronym)<br/><br/>        # Create the <ellipsoidacronym element<br/>        ellipsoidacronym = doc.createElement("ellipsoidacronym")<br/>        ellipsoidacronym.appendChild(ellipsoidacronym2)<br/>        spatialrefsys.appendChild(ellipsoidacronym)<br/><br/><br/>        # Create the <geographicflag> element<br/>        geographicflag = doc.createElement("geographicflag")<br/><br/>        geographicflag.appendChild(geographicflag2)<br/>        spatialrefsys.appendChild(geographicflag)<br/><br/>        # Create the <transparencyLevelInt> element<br/>        transparencyLevelInt = doc.createElement("transparencyLevelInt")<br/>        transparency2 = doc.createTextNode("255")<br/>        transparencyLevelInt.appendChild(transparency2)<br/>        maplayer.appendChild(transparencyLevelInt)<br/><br/>        # Create the <customproperties> element<br/><br/>        customproperties = doc.createElement("customproperties")<br/>        maplayer.appendChild(customproperties)<br/><br/>        # Create the <provider> element<br/>        provider = doc.createElement("provider")<br/>        provider.setAttribute("encoding", "System")<br/>        ogr = doc.createTextNode("ogr")<br/>        provider.appendChild(ogr)<br/>        maplayer.appendChild(provider)<br/><br/><br/>        # Create the <singlesymbol> element<br/>        singlesymbol = doc.createElement("singlesymbol")<br/>        maplayer.appendChild(singlesymbol)<br/><br/>        # Create the <symbol> element<br/>        symbol = doc.createElement("symbol")<br/>        singlesymbol.appendChild(symbol)<br/><br/>        # Create the <lowervalue> element<br/>        lowervalue = doc.createElement("lowervalue")<br/><br/>        symbol.appendChild(lowervalue)<br/><br/>        # Create the <uppervalue> element<br/>        uppervalue = doc.createElement("uppervalue")<br/>        symbol.appendChild(uppervalue)<br/><br/>        # Create the <label> element<br/>        label = doc.createElement("label")<br/>        symbol.appendChild(label)<br/><br/><br/>        # Create the <rotationclassificationfieldname> element<br/>        rotationclassificationfieldname = doc.createElement("rotationclassificationfieldname")<br/>        symbol.appendChild(rotationclassificationfieldname)<br/><br/>        # Create the <scaleclassificationfieldname> element<br/>        scaleclassificationfieldname = doc.createElement("scaleclassificationfieldname")<br/>        symbol.appendChild(scaleclassificationfieldname)<br/><br/>        # Create the <symbolfieldname> element<br/>        symbolfieldname = doc.createElement("symbolfieldname")<br/><br/>        symbol.appendChild(symbolfieldname)<br/><br/>         # Create the <outlinecolor> element<br/>        outlinecolor = doc.createElement("outlinecolor")<br/>        outlinecolor.setAttribute("red", "88")<br/>        outlinecolor.setAttribute("blue", "99")<br/>        outlinecolor.setAttribute("green", "37")<br/>        symbol.appendChild(outlinecolor)<br/><br/>         # Create the <outlinestyle> element<br/><br/>        outlinestyle = doc.createElement("outlinestyle")<br/>        outline = doc.createTextNode("SolidLine")<br/>        outlinestyle.appendChild(outline)<br/>        symbol.appendChild(outlinestyle)<br/><br/>         # Create the <outlinewidth> element<br/>        outlinewidth = doc.createElement("outlinewidth")<br/>        width = doc.createTextNode("0.26")<br/>        outlinewidth.appendChild(width)<br/>        symbol.appendChild(outlinewidth)<br/><br/><br/>         # Create the <fillcolor> element<br/>        fillcolor = doc.createElement("fillcolor")<br/>        fillcolor.setAttribute("red", "90")<br/>        fillcolor.setAttribute("blue", "210")<br/>        fillcolor.setAttribute("green", "229")<br/>        symbol.appendChild(fillcolor)<br/><br/>         # Create the <fillpattern> element<br/>        fillpattern = doc.createElement("fillpattern")<br/><br/>        fill = doc.createTextNode("SolidPattern")<br/>        fillpattern.appendChild(fill)<br/>        symbol.appendChild(fillpattern)<br/><br/>         # Create the <texturepath> element<br/>        texturepath = doc.createElement("texturepath")<br/>        texturepath.setAttribute("null", "1")<br/>        symbol.appendChild(texturepath)<br/><br/><br/><br/><br/>map_canvas()<br/>legend_func()<br/>project_layers()<br/><br/><br/>#  Write to qgis file<br/><br/>try:<br/>    f.write(doc.toprettyxml())<br/><br/>finally:<br/>    f.close()<br/><br/>print 'Done'<br/></code></pre></div><br/><div class="post-text" itemprop="text"> <div style="font-weight: bold;"><p class="normal">Answer</p> <br/></div><br/><p>Struggled a bit for last 2 days. Abandoned XML approach. Able to accomplish first 2 tasks.</p><br/><p>Need to check how I can accomplish setting WFS,WCS parameters</p><br/><ol><br/><li>Create <code>.qgs</code> file dynamically</li><br/><li>Add Legend and Layers to the <code>.qgs</code> file and save</li><br/><br/><li>Set WFS,WCS parameters in the <code>.qgs</code> file</li><br/></ol><br/><br/><pre><code>from xml.dom.minidom import Document<br/>import string<br/>import os<br/>import sys<br/>from qgis.core import *<br/>from qgis.gui import *<br/>from PyQt4.QtCore import *<br/><br/>from PyQt4.QtGui import QApplication<br/>from PyQt4.QtXml import *<br/><br/><br/>#Read input parameters from GP dialog<br/>strProjetName = "C:/OSGeo4W/apache/htdocs/QGIS-Web-Client-master/projects/myworld.qgs"<br/><br/>  if os.path.isfile(strProjetName):<br/>       os.remove(strProjetName)<br/><br/><br/>  def add_Layers():<br/>      QGISAPP = QgsApplication(sys.argv, True)     <br/>      QgsApplication.setPrefixPath(r"C:\OSGeo4W\apps\qgis", True)<br/>      QgsApplication.initQgis()     <br/>      QgsProject.instance().setFileName(strProjetName)<br/>      print QgsProject.instance().fileName()<br/><br/><br/>for file1 in os.listdir(r"C:\myprojects\world"):<br/>     if file1.endswith('.shp'):<br/><br/>         layer = QgsVectorLayer(r"C:\myprojects\world"+r"\\"+file1, file1, "ogr")<br/>         print file1<br/>         print layer.isValid()<br/>         # Add layer to the registry<br/>         QgsMapLayerRegistry.instance().addMapLayer(layer)<br/><br/><br/>QgsProject.instance().write()<br/>QgsApplication.exitQgis()<br/><br/><br/>add_Layers()<br/></code></pre></div>
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