def getLabels(layer, safeLayerName, outputProjectFileName, vts, vtLabels):
label_exp = ''
labeltext = ""
f = ''
labelling = layer.labeling()
if labelling is not None:
palyr = labelling.settings()
if palyr and palyr.fieldName and palyr.fieldName != "":
props = palyr.dataDefinedProperties()
text = palyr.format()
bgColor = props.property(palyr.ShapeFillColor).staticValue()
borderWidth = props.property(palyr.ShapeStrokeWidth).staticValue()
borderColor = props.property(palyr.ShapeStrokeColor).staticValue()
x = props.property(palyr.ShapeSizeX).staticValue()
y = props.property(palyr.ShapeSizeY).staticValue()
font = text.font()
fontSize = font.pointSize()
fontFamily = font.family()
fontItalic = font.italic()
fontBold = font.bold()
fontColor = text.color().name()
fontUnderline = font.underline()
xOffset = palyr.xOffset
yOffset = palyr.yOffset
styleStart = "'<div style=\"color: %s; font-size: %dpt; " % (
fontColor, fontSize)
if props.property(palyr.ShapeDraw).staticValue():
styleStart += "background-color: %s; " % bgColor
styleStart += "border: %dpx solid %s; " % (borderWidth,
borderColor)
if props.property(palyr.ShapeSizeType).staticValue() == 0:
styleStart += "padding: %dpx %dpx; " % (y, x)
if props.property(palyr.ShapeSizeType).staticValue() == 1:
styleStart += "width: %dpx; " % x
styleStart += "height: %dpx; " % y
if fontBold:
styleStart += "font-weight: bold; "
if fontItalic:
styleStart += "font-style: italic; "
styleStart += "font-family: \\'%s\\', sans-serif;\">' + " % (
fontFamily)
styleEnd = " + '</div>'"
if palyr.isExpression and palyr.enabled:
exprFilename = os.path.join(outputProjectFileName, "js",
"qgis2web_expressions.js")
name = compile_to_file(palyr.getLabelExpression(),
"label_%s" % safeLayerName, "Leaflet",
exprFilename)
js = "%s(context)" % (name)
js = js.strip()
f = js
else:
fn = palyr.fieldName
f = "layer.feature.properties['%s']" % handleHiddenField(
layer, fn)
labeltext = ".bindTooltip((" + unicode(f)
labeltext += " !== null?String(%s%s)%s:'')" % (
styleStart, unicode(f), styleEnd)
labeltext += ", {permanent: true, offset: [-0, -16], "
labeltext += "className: 'css_%s'}" % safeLayerName
labeltext += ");"
if vts is None:
labeltext = """
var i = 0;
layer_%s.eachLayer(function(layer) {
var context = {
feature: layer.feature,
variables: {}
};
layer%s
labels.push(layer);
totalMarkers += 1;
layer.added = true;
addLabel(layer, i);
i++;
});""" % (safeLayerName, labeltext)
else:
if palyr.isExpression and palyr.enabled:
labelVal = f
else:
labelVal = "feature.properties['%s']" % palyr.fieldName
labeltext = """
if (vtLayer.name === '%s') {
var latlng = this.vtGeometryToLatLng(feature.geometry[0],
vtLayer, tileCoords)
marker = new L.CircleMarker(latlng,
{stroke: false, fill: false});
marker.bindTooltip(%s,
{permanent: true,
direction: 'center'}).openTooltip();
this.addUserLayer(marker, tileCoords);
}""" % (layer.name(), labelVal)
if vts not in vtLabels:
vtLabels[vts] = labeltext
else:
vtLabels[vts] = vtLabels[vts] + labeltext
labeltext = ""
else:
labeltext = ""
else:
labeltext = ""
return labeltext, vtLabels
def getLabels(layer, safeLayerName, outputProjectFileName, vts, vtLabels):
label_exp = ''
labeltext = ""
f = ''
labelling = layer.labeling()
if labelling is not None:
palyr = labelling.settings()
if palyr and palyr.fieldName and palyr.fieldName != "":
props = palyr.dataDefinedProperties()
text = palyr.format()
bgColor = props.property(palyr.ShapeFillColor).staticValue()
borderWidth = props.property(palyr.ShapeStrokeWidth).staticValue()
borderColor = props.property(palyr.ShapeStrokeColor).staticValue()
x = props.property(palyr.ShapeSizeX).staticValue()
y = props.property(palyr.ShapeSizeY).staticValue()
font = text.font()
fontSize = font.pointSize()
fontFamily = font.family()
fontItalic = font.italic()
fontBold = font.bold()
fontColor = text.color().name()
fontUnderline = font.underline()
xOffset = palyr.xOffset
yOffset = palyr.yOffset
styleStart = "'<div style=\"color: %s; font-size: %dpt; " % (
fontColor, fontSize)
if props.property(palyr.ShapeDraw).staticValue():
styleStart += "background-color: %s; " % bgColor
styleStart += "border: %dpx solid %s; " % (borderWidth,
borderColor)
if props.property(palyr.ShapeSizeType).staticValue() == 0:
styleStart += "padding: %dpx %dpx; " % (y, x)
if props.property(palyr.ShapeSizeType).staticValue() == 1:
styleStart += "width: %dpx; " % x
styleStart += "height: %dpx; " % y
if fontBold:
styleStart += "font-weight: bold; "
if fontItalic:
styleStart += "font-style: italic; "
styleStart += "font-family: \\'%s\\', sans-serif;\">' + " % (
fontFamily)
styleEnd = " + '</div>'"
if palyr.isExpression and palyr.enabled:
exprFilename = os.path.join(outputProjectFileName, "js",
"qgis2web_expressions.js")
name = compile_to_file(palyr.getLabelExpression(),
"label_%s" % safeLayerName, "Leaflet",
exprFilename)
js = "%s(context)" % (name)
js = js.strip()
f = js
else:
fn = palyr.fieldName
f = "layer.feature.properties['%s']" % handleHiddenField(layer,
fn)
labeltext = ".bindTooltip((" + unicode(f)
labeltext += " !== null?String(%s%s)%s:'')" % (styleStart,
unicode(f),
styleEnd)
labeltext += ", {permanent: true, offset: [-0, -16], "
labeltext += "className: 'css_%s'}" % safeLayerName
labeltext += ");"
if vts is None:
labeltext = """
var i = 0;
layer_%s.eachLayer(function(layer) {
var context = {
feature: layer.feature,
variables: {}
};
layer%s
labels.push(layer);
totalMarkers += 1;
layer.added = true;
addLabel(layer, i);
i++;
});""" % (safeLayerName, labeltext)
else:
if palyr.isExpression and palyr.enabled:
labelVal = f
else:
labelVal = "feature.properties['%s']" % palyr.fieldName
labeltext = """
if (vtLayer.name === '%s') {
var latlng = this.vtGeometryToLatLng(feature.geometry[0],
vtLayer, tileCoords)
marker = new L.CircleMarker(latlng,
{stroke: false, fill: false});
marker.bindTooltip(%s,
{permanent: true,
direction: 'center'}).openTooltip();
this.addUserLayer(marker, tileCoords);
}""" % (layer.name(), labelVal)
if vts not in vtLabels:
vtLabels[vts] = labeltext
else:
vtLabels[vts] = vtLabels[vts] + labeltext
labeltext = ""
else:
labeltext = ""
else:
labeltext = ""
return labeltext, vtLabels
def getLayerStyle(layer, sln, markerFolder, outputProjectFilename, useShapes,
feedback):
markerType = None
useMapUnits = False
renderer = layer.renderer()
layer_alpha = layer.opacity()
style = ""
if isinstance(renderer, QgsSingleSymbolRenderer):
symbol = renderer.symbol()
slCount = symbol.symbolLayerCount()
if slCount < 1:
slCount = 1
for sl in range(slCount):
(styleCode, markerType, useMapUnits,
pattern) = getSymbolAsStyle(symbol, markerFolder, layer_alpha,
sln, sl, useMapUnits, feedback)
style += pattern
style += """
function style_%s_%s() {
return %s
}""" % (sln, sl, styleCode)
elif isinstance(renderer, QgsCategorizedSymbolRenderer):
classAttr = handleHiddenField(layer, renderer.classAttribute())
symbol = renderer.categories()[0].symbol()
slCount = symbol.symbolLayerCount()
patterns = ""
if slCount < 1:
slCount = 1
for sl in range(slCount):
style += """
function style_%s_%s(feature) {
switch(String(feature.properties['%s'])) {""" % (sln, sl,
classAttr)
for cat in renderer.categories():
(styleCode, markerType, useMapUnits,
pattern) = getSymbolAsStyle(cat.symbol(), markerFolder,
layer_alpha, sln, sl, useMapUnits,
feedback)
patterns += pattern
if (cat.value() is not None and cat.value() != ""):
style += """
case '%s':""" % str(cat.value()).replace("'", "\\'")
else:
style += """
default:"""
style += """
return %s
break;""" % styleCode
style = patterns + style + """
}
}"""
elif isinstance(renderer, QgsGraduatedSymbolRenderer):
classAttr = handleHiddenField(layer, renderer.classAttribute())
symbol = renderer.ranges()[0].symbol()
slCount = symbol.symbolLayerCount()
patterns = ""
if slCount < 1:
slCount = 1
for sl in range(slCount):
style += """
function style_%s_%s(feature) {""" % (sln, sl)
for ran in renderer.ranges():
(styleCode, markerType, useMapUnits,
pattern) = getSymbolAsStyle(ran.symbol(), markerFolder,
layer_alpha, sln, sl, useMapUnits,
feedback)
patterns += pattern
style += """
if (feature.properties['%(a)s'] >= %(l)f """
style += """&& feature.properties['%(a)s'] <= %(u)f ) {
return %(s)s
}"""
style = style % {
"a": classAttr,
"l": ran.lowerValue(),
"u": ran.upperValue(),
"s": styleCode
}
style = patterns + style + """
}"""
elif isinstance(renderer, QgsRuleBasedRenderer):
symbol = renderer.rootRule().children()[0].symbol()
slCount = symbol.symbolLayerCount()
patterns = ""
if slCount < 1:
slCount = 1
for sl in range(slCount):
template = """
%s
function style_%s_{sl}(feature) {{
var context = {{
feature: feature,
variables: {{}}
}};
// Start of if blocks and style check logic
%s
else {{
return %s;
}}
}}
""".format(sl=sl)
elsejs = "{fill: false, stroke: false}"
js = ""
root_rule = renderer.rootRule()
rules = root_rule.children()
expFile = os.path.join(outputProjectFilename, "js",
"qgis2web_expressions.js")
ifelse = "if"
for count, rule in enumerate(rules):
if rule.symbol().symbolLayer(sl) is not None:
(styleCode, markerType, useMapUnits,
pattern) = getSymbolAsStyle(rule.symbol(), markerFolder,
layer_alpha, sln, sl,
useMapUnits, feedback)
patterns += pattern
name = "".join((sln, "rule", str(count)))
exp = rule.filterExpression()
if rule.isElse():
elsejs = styleCode
continue
name = compile_to_file(exp, name, "Leaflet", expFile)
js += """
%s (%s(context)) {
return %s;
}
""" % (ifelse, name, styleCode)
js = js.strip()
ifelse = "else if"
if js == "":
js = """
if (false) {}"""
style += template % (patterns, sln, js, elsejs)
else:
useMapUnits = False
style = ""
if markerType == "shapeMarker":
useShapes = True
return style, markerType, useMapUnits, useShapes
def getLayerStyle(layer, sln, markerFolder, outputProjectFilename, useShapes):
markerType = None
useMapUnits = False
renderer = layer.renderer()
layer_alpha = layer.opacity()
style = ""
if isinstance(renderer, QgsSingleSymbolRenderer):
symbol = renderer.symbol()
slCount = symbol.symbolLayerCount()
if slCount < 1:
slCount = 1
for sl in range(slCount):
(styleCode, markerType, useMapUnits,
pattern) = getSymbolAsStyle(symbol, markerFolder,
layer_alpha, sln, sl, useMapUnits)
style += pattern
style += """
function style_%s_%s() {
return %s
}""" % (sln, sl, styleCode)
elif isinstance(renderer, QgsCategorizedSymbolRenderer):
classAttr = handleHiddenField(layer, renderer.classAttribute())
symbol = renderer.categories()[0].symbol()
slCount = symbol.symbolLayerCount()
patterns = ""
if slCount < 1:
slCount = 1
for sl in range(slCount):
style += """
function style_%s_%s(feature) {
switch(String(feature.properties['%s'])) {""" % (sln, sl,
classAttr)
for cat in renderer.categories():
(styleCode, markerType, useMapUnits,
pattern) = getSymbolAsStyle(cat.symbol(), markerFolder,
layer_alpha, sln, sl, useMapUnits)
patterns += pattern
if (cat.value() is not None and cat.value() != ""):
style += """
case '%s':""" % unicode(cat.value()).replace("'", "\\'")
else:
style += """
default:"""
style += """
return %s
break;""" % styleCode
style = patterns + style + """
}
}"""
elif isinstance(renderer, QgsGraduatedSymbolRenderer):
classAttr = handleHiddenField(layer, renderer.classAttribute())
symbol = renderer.ranges()[0].symbol()
slCount = symbol.symbolLayerCount()
patterns = ""
if slCount < 1:
slCount = 1
for sl in range(slCount):
style += """
function style_%s_%s(feature) {""" % (sln, sl)
for ran in renderer.ranges():
(styleCode, markerType, useMapUnits,
pattern) = getSymbolAsStyle(ran.symbol(), markerFolder,
layer_alpha, sln, sl, useMapUnits)
patterns += pattern
style += """
if (feature.properties['%(a)s'] >= %(l)f """
style += """&& feature.properties['%(a)s'] <= %(u)f ) {
return %(s)s
}"""
style = style % {"a": classAttr, "l": ran.lowerValue(),
"u": ran.upperValue(),
"s": styleCode}
style = patterns + style + """
}"""
elif isinstance(renderer, QgsRuleBasedRenderer):
symbol = renderer.rootRule().children()[0].symbol()
slCount = symbol.symbolLayerCount()
patterns = ""
if slCount < 1:
slCount = 1
for sl in range(slCount):
template = """
%s
function style_%s_{sl}(feature) {{
var context = {{
feature: feature,
variables: {{}}
}};
// Start of if blocks and style check logic
%s
else {{
return %s;
}}
}}
""".format(sl=sl)
elsejs = "{fill: false, stroke: false}"
js = ""
root_rule = renderer.rootRule()
rules = root_rule.children()
expFile = os.path.join(outputProjectFilename, "js",
"qgis2web_expressions.js")
ifelse = "if"
for count, rule in enumerate(rules):
if rule.symbol().symbolLayer(sl) is not None:
(styleCode, markerType, useMapUnits,
pattern) = getSymbolAsStyle(rule.symbol(), markerFolder,
layer_alpha, sln, sl,
useMapUnits)
patterns += pattern
name = "".join((sln, "rule", unicode(count)))
exp = rule.filterExpression()
if rule.isElse():
elsejs = styleCode
continue
name = compile_to_file(exp, name, "Leaflet", expFile)
js += """
%s (%s(context)) {
return %s;
}
""" % (ifelse, name, styleCode)
js = js.strip()
ifelse = "else if"
if js == "":
js = """
if (false) {}"""
style += template % (patterns, sln, js, elsejs)
else:
useMapUnits = False
style = ""
if markerType == "shapeMarker":
useShapes = True
return style, markerType, useMapUnits, useShapes
def getValue(layer, renderer):
classAttr = handleHiddenField(layer, renderer.classAttribute())
value = ('var value = feature.get("%s");' % classAttr)
return value
def getValue(layer, renderer):
classAttr = handleHiddenField(layer, renderer.classAttribute())
value = ('var value = feature.get("%s");' % classAttr)
return value
