def getLineRender(layout, minScale=-1, maxScale=-1, name="", labelField=None):
sldStyle = sld.style()
if 'symbol' in layout.keys():
color_rgba = layout['symbol']['color']
colorHex = '#%02x%02x%02x' % (color_rgba[0], color_rgba[1], color_rgba[2])
opacity = color_rgba[0] / 255
outLine_width = layout['symbol']['width']
symbol = sld.vectorSymbol(dtype="LineSymbolizer", strokeColor=colorHex, strokeWidth=outLine_width, opacity=opacity)
sldStyle.addRule(name=name, Symbolizer=symbol, MinScale=minScale, MaxScale=maxScale, labelField=labelField)
elif "uniqueValueInfos" in layout.keys():
target_attr = layout['field1']
uniqueValues = []
for valueInfo in layout['uniqueValueInfos']:
if 'symbol' in valueInfo.keys():
color_rgba = valueInfo['symbol']['color']
colorHex = '#%02x%02x%02x' % (color_rgba[0], color_rgba[1], color_rgba[2])
opacity = color_rgba[3] / 255
outLine_width = layout['symbol']['width']
symbol = sld.vectorSymbol(dtype="LineSymbolizer", strokeColor=colorHex, strokeWidth=outLine_width,
opacity=opacity)
uniqueValues.append(valueInfo['value'])
ogcFilter = sld.ogcFilter.category(target_attr, str(valueInfo['value']))
label = str(valueInfo['value']) if not "label" in valueInfo.keys() else valueInfo["label"]
sldStyle.addRule(name=label, Filter=ogcFilter, title=label, Symbolizer=symbol,
MinScale=minScale, MaxScale=maxScale, labelField=labelField)
if 'defaultSymbol' in layout.keys():
color_rgba = layout['defaultSymbol']['color']
colorHex = '#%02x%02x%02x' % (color_rgba[0], color_rgba[1], color_rgba[2])
opacity = color_rgba[3] / 255
outLine_width = layout['defaultSymbol']['width']
label = "" if not "defaultLabel" in layout.keys() else layout["defaultLabel"]
symbol = sld.vectorSymbol(dtype="LineSymbolizer", fillColor=colorHex, strokeColor=colorHex,
strokeWidth=outLine_width, opacity=opacity)
ogcFilter = sld.ogcFilter.notInCollection(target_attr, uniqueValues)
sldStyle.addRule(name=label, title=label, Filter=ogcFilter, Symbolizer=symbol,
MinScale=minScale, MaxScale=maxScale, labelField=labelField)
elif "classBreakInfos" in layout.keys():
target_attr = layout['field']
for valueInfo in layout['classBreakInfos']:
if 'symbol' in valueInfo.keys():
color_rgba = valueInfo['symbol']['color']
colorHex = '#%02x%02x%02x' % (color_rgba[0], color_rgba[1], color_rgba[2])
opacity = color_rgba[3] / 255
outLine_width = layout['symbol']['width']
ogcFilter = sld.ogcFilter.between(target_attr, str(valueInfo['classMinValue']), str(valueInfo['classMaxValue']))
symbol = sld.vectorSymbol(dtype="LineSymbolizer", fillColor=colorHex, strokeColor=colorHex,
strokeWidth=outLine_width, opacity=opacity)
if 'label' in valueInfo.keys():
label = valueInfo['label']
sldStyle.addRule(name=label, title=label, Filter=ogcFilter, Symbolizer=symbol,
MinScale=minScale, MaxScale=maxScale, labelField=labelField)
else:
label = "{0} - {1}".format(valueInfo['classMinValue'], valueInfo['classMaxValue'])
sldStyle.addRule(name=label, title=label, Filter=ogcFilter, Symbolizer=symbol,
MinScale=minScale, MaxScale=maxScale, labelField=labelField)
else:
return None
return sldStyle
def getPointRender(layout,
minScale=-1,
maxScale=-1,
name="",
labelField=None):
sldStyle = sld.style()
if 'symbol' in layout.keys():
color_rbga = layout['symbol']['color']
colorHex = '#%02x%02x%02x' % (color_rbga[0], color_rbga[1],
color_rbga[2])
opacity = color_rbga[3] / 255
size = layout['symbol']['size']
outLine_colorHex, outLine_width = ("#000000", 1)
if 'outline' in layout['symbol'].keys():
outLine_rgba = layout['symbol']['outline']['color']
outLine_colorHex = '#%02x%02x%02x' % (
outLine_rgba[0], outLine_rgba[1], outLine_rgba[2])
outLine_width = layout['symbol']['outline']['width']
pointStyle = layout['symbol']['style'].lower().replace(
"esrisms", "")
if pointStyle not in sld.vectorSymbol.pointTypeNames:
pointStyle = "circle"
symbol = sld.vectorSymbol(dtype="PointSymbolizer",
size=size,
strokeColor=outLine_colorHex,
strokeWidth=outLine_width,
fillColor=colorHex,
opacity=opacity,
pointType=pointStyle)
sldStyle.addRule(name=name,
title=name,
Symbolizer=symbol,
MinScale=minScale,
MaxScale=maxScale,
labelField=labelField)
elif "uniqueValueInfos" in layout.keys():
target_attr = layout['field1']
uniqueValues = []
for valueInfo in layout['uniqueValueInfos']:
if 'symbol' in valueInfo.keys():
color_rbga = valueInfo['symbol']['color']
colorHex = '#%02x%02x%02x' % (color_rbga[0], color_rbga[1],
color_rbga[2])
opacity = color_rbga[3] / 255
size = valueInfo['symbol']['size']
outLine_colorHex, outLine_width = ("#000000", 1)
if 'outline' in valueInfo['symbol'].keys():
outLine_rgba = valueInfo['symbol']['outline']['color']
outLine_colorHex = '#%02x%02x%02x' % (
outLine_rgba[0], outLine_rgba[1], outLine_rgba[2])
outLine_width = valueInfo['symbol']['outline']['width']
pointStyle = valueInfo['symbol']['style'].lower().replace(
"esrisms", "")
if pointStyle not in sld.vectorSymbol.pointTypeNames:
pointStyle = "circle"
symbol = sld.vectorSymbol(dtype="PointSymbolizer",
size=size,
strokeColor=outLine_colorHex,
strokeWidth=outLine_width,
fillColor=colorHex,
opacity=opacity,
pointType=pointStyle)
uniqueValues.append(valueInfo['value'])
ogcFilter = sld.ogcFilter.category(target_attr,
str(valueInfo['value']))
label = str(
valueInfo['value']) if not "label" in valueInfo.keys(
) else valueInfo["label"]
sldStyle.addRule(name=label,
Filter=ogcFilter,
title=label,
Symbolizer=symbol,
MinScale=minScale,
MaxScale=maxScale,
labelField=labelField)
if 'defaultSymbol' in layout.keys():
size = layout['defaultSymbol']['size']
color_rbga = layout['defaultSymbol']['color']
colorHex = '#%02x%02x%02x' % (color_rbga[0], color_rbga[1],
color_rbga[2])
opacity = color_rbga[3] / 255
outLine_colorHex, outLine_width = ("#000000", 1)
if 'outline' in layout['defaultSymbol'].keys():
outLine_rgba = layout['defaultSymbol']['outline']['color']
outLine_colorHex = '#%02x%02x%02x' % (
outLine_rgba[0], outLine_rgba[1], outLine_rgba[2])
outLine_width = layout['defaultSymbol']['outline']['width']
pointStyle = layout['defaultSymbol']['style'].lower().replace(
"esrisms", "")
if pointStyle not in sld.vectorSymbol.pointTypeNames:
pointStyle = "circle"
ogcFilter = sld.ogcFilter.notInCollection(
target_attr, uniqueValues)
label = "" if not "defaultLabel" in layout.keys(
) else layout["defaultLabel"]
symbol = sld.vectorSymbol(dtype="PointSymbolizer",
size=size,
strokeColor=outLine_colorHex,
strokeWidth=outLine_width,
fillColor=colorHex,
opacity=opacity,
pointType=pointStyle)
sldStyle.addRule(name=label,
title=label,
Filter=ogcFilter,
Symbolizer=symbol,
MinScale=minScale,
MaxScale=maxScale,
labelField=labelField)
elif "classBreakInfos" in layout.keys():
target_attr = layout['field']
for valueInfo in layout['classBreakInfos']:
if 'symbol' in valueInfo.keys():
color_rbga = valueInfo['symbol']['color']
colorHex = '#%02x%02x%02x' % (color_rbga[0], color_rbga[1],
color_rbga[2])
opacity = color_rbga[3] / 255
size = valueInfo['symbol']['size']
outLine_colorHex, outLine_width = ("#000000", 1)
if 'outline' in valueInfo['symbol'].keys():
outLine_rgba = layout['defaultSymbol']['outline'][
'color']
outLine_colorHex = '#%02x%02x%02x' % (
outLine_rgba[0], outLine_rgba[1], outLine_rgba[2])
outLine_width = layout['defaultSymbol']['outline'][
'width']
pointStyle = valueInfo['symbol']['style'].lower().replace(
"esrisms", "")
if pointStyle not in sld.vectorSymbol.pointTypeNames:
pointStyle = "circle"
symbol = sld.vectorSymbol(dtype="PointSymbolizer",
size=size,
strokeColor=outLine_colorHex,
strokeWidth=outLine_width,
fillColor=colorHex,
opacity=opacity,
pointType=pointStyle)
ogcFilter = sld.ogcFilter.between(
target_attr, str(valueInfo['classMinValue']),
str(valueInfo['classMaxValue']))
if 'label' in valueInfo.keys(
): #if label left blank, there will be no label key
sldStyle.addRule(name=valueInfo['label'],
Filter=ogcFilter,
title=valueInfo['label'],
Symbolizer=symbol,
MinScale=minScale,
MaxScale=maxScale,
labelField=labelField)
else:
label = "{0} - {1}".format(valueInfo['classMinValue'],
valueInfo['classMaxValue'])
sldStyle.addRule(name=label,
Filter=ogcFilter,
title=label,
Symbolizer=symbol,
MinScale=minScale,
MaxScale=maxScale,
labelField=labelField)
return sldStyle
def getPolygonRender(layout, minScale=-1, maxScale=-1, name="", labelField=None):
sldStyle = sld.style()
if 'symbol' in layout.keys():
color_rbga = layout['symbol']['color']
colorHex = '#%02x%02x%02x' % ( color_rbga[0] , color_rbga[1], color_rbga[2])
opacity = color_rbga[3] / 255
outLine_colorHex, outLine_width = ("#000000", 1)
if 'outline' in layout['symbol'].keys():
outLine_rgba = layout['symbol']['outline']['color']
outLine_colorHex = '#%02x%02x%02x' % (outLine_rgba[0], outLine_rgba[1], outLine_rgba[2])
outLine_width = layout['symbol']['outline']['width']
#TODO: fillstyle
#fillStyle = layout['symbol']['style'].lower().replace("esrisfs","")
symbol = sld.vectorSymbol(dtype="PolygonSymbolizer", fillColor=colorHex, strokeColor=outLine_colorHex,
strokeWidth=outLine_width, opacity=opacity)
sldStyle.addRule(name=name, Symbolizer=symbol, MinScale=minScale, MaxScale=maxScale, labelField=labelField)
elif "uniqueValueInfos" in layout.keys():
target_attr = layout['field1']
uniqueValues = []
for valueInfo in layout['uniqueValueInfos']:
if 'symbol' in valueInfo.keys():
color_rbga = valueInfo['symbol']['color']
colorHex = '#%02x%02x%02x' % (color_rbga[0], color_rbga[1], color_rbga[2])
opacity = color_rbga[3] / 255
#outLine_style = valueInfo['symbol']['outline']['style'].lower().replace("esrisfs","")
#fillStyle = valueInfo['symbol']['style'].lower().replace("esrisfs","")
outLine_colorHex, outLine_width = ("#000000", 1)
if 'outline' in valueInfo['symbol'].keys():
outLine_rgba = valueInfo['symbol']['outline']['color']
outLine_colorHex = '#%02x%02x%02x' % (outLine_rgba[0], outLine_rgba[1], outLine_rgba[2])
outLine_width = valueInfo['symbol']['outline']['width']
symbol = sld.vectorSymbol(dtype="PolygonSymbolizer", fillColor=colorHex,
strokeColor=outLine_colorHex, strokeWidth=outLine_width, opacity=opacity)
uniqueValues.append(valueInfo['value'])
ogcFilter = sld.ogcFilter.category(target_attr, str(valueInfo['value']))
label = str(valueInfo['value']) if not "label" in valueInfo.keys() else valueInfo["label"]
sldStyle.addRule(name=label, Filter=ogcFilter, title=label, Symbolizer=symbol,
MinScale=minScale, MaxScale=maxScale, labelField=labelField)
if 'defaultSymbol' in layout.keys():
color_rbga = layout['defaultSymbol']['color']
colorHex = '#%02x%02x%02x' % (color_rbga[0], color_rbga[1], color_rbga[2])
opacity = color_rbga[3] / 255
outLine_colorHex, outLine_width = ("#000000", 1)
if 'outline' in layout['defaultSymbol'].keys():
outLine_rgba = layout['defaultSymbol']['outline']['color']
outLine_colorHex = '#%02x%02x%02x' % (outLine_rgba[0], outLine_rgba[1], outLine_rgba[2])
outLine_width = layout['defaultSymbol']['outline']['width']
label = "" if not "defaultLabel" in layout.keys() else layout["defaultLabel"]
ogcFilter = sld.ogcFilter.notInCollection(target_attr, uniqueValues)
symbol = sld.vectorSymbol(dtype="PolygonSymbolizer", fillColor=colorHex,
strokeColor=outLine_colorHex, strokeWidth=outLine_width, opacity=opacity)
sldStyle.addRule(name=label, title=label, Filter=ogcFilter, Symbolizer=symbol,
MinScale=minScale, MaxScale=maxScale, labelField=labelField)
elif "classBreakInfos" in layout.keys():
target_attr = layout['field']
for valueInfo in layout['classBreakInfos']:
if 'symbol' in valueInfo.keys():
color_rbga = valueInfo['symbol']['color']
colorHex = '#%02x%02x%02x' % (color_rbga[0], color_rbga[1], color_rbga[2])
opacity = color_rbga[3] / 255
#outLine_style = valueInfo['symbol']['outline']['style'].lower().replace("esrisfs","")
#fillStyle = valueInfo['symbol']['style'].lower().replace("esrisfs","")
outLine_colorHex, outLine_width = ("#000000", 1)
if 'outline' in valueInfo['symbol'].keys():
outLine_rgba = layout['defaultSymbol']['outline']['color']
outLine_colorHex = '#%02x%02x%02x' % (outLine_rgba[0], outLine_rgba[1], outLine_rgba[2])
outLine_width = layout['defaultSymbol']['outline']['width']
symbol = sld.vectorSymbol(dtype="PolygonSymbolizer", fillColor=colorHex,
strokeColor=outLine_colorHex, strokeWidth=outLine_width, opacity=opacity)
ogcFilter = sld.ogcFilter.between(target_attr, str(valueInfo['classMinValue']), str(valueInfo['classMaxValue']))
if 'label' in valueInfo.keys(): #if label left blank, there will be no label key
sldStyle.addRule(name=valueInfo['label'], Filter=ogcFilter, title=valueInfo['label'],
Symbolizer=symbol, MinScale=minScale, MaxScale=maxScale, labelField=labelField)
else:
label = "{0} - {1}".format(valueInfo['classMinValue'], valueInfo['classMaxValue'])
sldStyle.addRule(name=label, Filter=ogcFilter, title=label, Symbolizer=symbol, MinScale=minScale,
MaxScale=maxScale, labelField=labelField)
else:
return None
return sldStyle
def getLineRender(layout,
minScale=-1,
maxScale=-1,
name="",
labelField=None):
sldStyle = sld.style()
if 'symbol' in layout.keys():
color_rgba = layout['symbol']['color']
colorHex = '#%02x%02x%02x' % (color_rgba[0], color_rgba[1],
color_rgba[2])
opacity = color_rgba[0] / 255
outLine_width = layout['symbol']['width']
symbol = sld.vectorSymbol(dtype="LineSymbolizer",
strokeColor=colorHex,
strokeWidth=outLine_width,
opacity=opacity)
sldStyle.addRule(name=name,
Symbolizer=symbol,
MinScale=minScale,
MaxScale=maxScale,
labelField=labelField)
elif "uniqueValueInfos" in layout.keys():
target_attr = layout['field1']
uniqueValues = []
for valueInfo in layout['uniqueValueInfos']:
if 'symbol' in valueInfo.keys():
color_rgba = valueInfo['symbol']['color']
colorHex = '#%02x%02x%02x' % (color_rgba[0], color_rgba[1],
color_rgba[2])
opacity = color_rgba[3] / 255
outLine_width = layout['symbol']['width']
symbol = sld.vectorSymbol(dtype="LineSymbolizer",
strokeColor=colorHex,
strokeWidth=outLine_width,
opacity=opacity)
uniqueValues.append(valueInfo['value'])
ogcFilter = sld.ogcFilter.category(target_attr,
str(valueInfo['value']))
label = str(
valueInfo['value']) if not "label" in valueInfo.keys(
) else valueInfo["label"]
sldStyle.addRule(name=label,
Filter=ogcFilter,
title=label,
Symbolizer=symbol,
MinScale=minScale,
MaxScale=maxScale,
labelField=labelField)
if 'defaultSymbol' in layout.keys():
color_rgba = layout['defaultSymbol']['color']
colorHex = '#%02x%02x%02x' % (color_rgba[0], color_rgba[1],
color_rgba[2])
opacity = color_rgba[3] / 255
outLine_width = layout['defaultSymbol']['width']
label = "" if not "defaultLabel" in layout.keys(
) else layout["defaultLabel"]
symbol = sld.vectorSymbol(dtype="LineSymbolizer",
fillColor=colorHex,
strokeColor=colorHex,
strokeWidth=outLine_width,
opacity=opacity)
ogcFilter = sld.ogcFilter.notInCollection(
target_attr, uniqueValues)
sldStyle.addRule(name=label,
title=label,
Filter=ogcFilter,
Symbolizer=symbol,
MinScale=minScale,
MaxScale=maxScale,
labelField=labelField)
elif "classBreakInfos" in layout.keys():
target_attr = layout['field']
for valueInfo in layout['classBreakInfos']:
if 'symbol' in valueInfo.keys():
color_rgba = valueInfo['symbol']['color']
colorHex = '#%02x%02x%02x' % (color_rgba[0], color_rgba[1],
color_rgba[2])
opacity = color_rgba[3] / 255
outLine_width = layout['symbol']['width']
ogcFilter = sld.ogcFilter.between(
target_attr, str(valueInfo['classMinValue']),
str(valueInfo['classMaxValue']))
symbol = sld.vectorSymbol(dtype="LineSymbolizer",
fillColor=colorHex,
strokeColor=colorHex,
strokeWidth=outLine_width,
opacity=opacity)
if 'label' in valueInfo.keys():
label = valueInfo['label']
sldStyle.addRule(name=label,
title=label,
Filter=ogcFilter,
Symbolizer=symbol,
MinScale=minScale,
MaxScale=maxScale,
labelField=labelField)
else:
label = "{0} - {1}".format(valueInfo['classMinValue'],
valueInfo['classMaxValue'])
sldStyle.addRule(name=label,
title=label,
Filter=ogcFilter,
Symbolizer=symbol,
MinScale=minScale,
MaxScale=maxScale,
labelField=labelField)
else:
return None
return sldStyle
