def startCoordinateTransform(self, attrs):
name = _getatt(attrs, 'name')
authority = _getatt(attrs, 'authority')
transformType = _getatt(attrs, 'transformType')
ctnode = cs.CoordinateTransformNode(name, authority, transformType)
nsnode = self.peek()
nsnode.setCoordinateTransform(ctnode)
self.push(ctnode)
def startCoordinateTransform(self, attrs):
name = _getatt(attrs, 'name')
authority = _getatt(attrs, 'authority')
transformType = _getatt(attrs, 'transformType')
ctnode = cs.CoordinateTransformNode(name, authority, transformType)
nsnode = self.peek()
nsnode.setCoordinateTransform(ctnode)
self.push(ctnode)
def startCoordinateAxisBoundary(self, attrs):
ncnode = self.peek()
name = _getatt(attrs, 'name')
shape = _getatt(attrs, 'shape', default=None)
datatype = _getatt(attrs, 'type')
if shape is None:
shapelist = None
else:
shapelist = string.split(shape)
varnode = cs.CoordinateAxisBoundaryNode(name, datatype, shapelist)
ncnode.setVariable(varnode)
self.push(varnode)
def startCoordinateAxisBoundary(self, attrs):
ncnode = self.peek()
name = _getatt(attrs, 'name')
shape = _getatt(attrs, 'shape', default=None)
datatype = _getatt(attrs, 'type')
if shape is None:
shapelist = None
else:
shapelist = string.split(shape)
varnode = cs.CoordinateAxisBoundaryNode(name, datatype, shapelist)
ncnode.setVariable(varnode)
self.push(varnode)
def startVariable(self, attrs):
ncnode = self.peek()
name = _getatt(attrs, 'name')
shape = _getatt(attrs, 'shape', default=None)
datatype = _getatt(attrs, 'type')
coordinateSystems = _getatt(attrs, 'coordinateSystems')
if shape is None:
shapelist = None
else:
shapelist = string.split(shape)
varnode = cs.VariableNode(name, datatype, shapelist, coordinateSystems)
ncnode.setVariable(varnode)
self.push(varnode)
def startVariable(self, attrs):
ncnode = self.peek()
name = _getatt(attrs, 'name')
shape = _getatt(attrs, 'shape', default=None)
datatype = _getatt(attrs, 'type')
coordinateSystems = _getatt(attrs, 'coordinateSystems')
if shape is None:
shapelist = None
else:
shapelist = string.split(shape)
varnode = cs.VariableNode(name, datatype, shapelist, coordinateSystems)
ncnode.setVariable(varnode)
self.push(varnode)
def startCoordinateAxis(self, attrs):
ncnode = self.peek()
name = _getatt(attrs, 'name')
shape = _getatt(attrs, 'shape', default=None)
if shape is None:
shapelist = None
else:
shapelist = string.split(shape)
datatype = _getatt(attrs, 'type')
units = _getatt(attrs, 'units')
axis = _getatt(attrs, 'axis')
axisType = None
if axis is not None:
try:
axisType = cdToCsAxisType[string.lower(var.axis)]
except:
pass
positive = _getatt(attrs, 'positive')
boundaryRef = _getatt(attrs, 'bounds')
varnode = cs.CoordinateAxisNode(name, datatype, units, shapelist, axisType, positive, boundaryRef)
ncnode.setCoordinateAxis(varnode)
self.push(varnode)
def startCoordinateAxis(self, attrs):
ncnode = self.peek()
name = _getatt(attrs, 'name')
shape = _getatt(attrs, 'shape', default=None)
if shape is None:
shapelist = None
else:
shapelist = string.split(shape)
datatype = _getatt(attrs, 'type')
units = _getatt(attrs, 'units')
axis = _getatt(attrs, 'axis')
axisType = None
if axis is not None:
try:
axisType = cdToCsAxisType[string.lower(var.axis)]
except:
pass
positive = _getatt(attrs, 'positive')
boundaryRef = _getatt(attrs, 'bounds')
varnode = cs.CoordinateAxisNode(name, datatype, units, shapelist,
axisType, positive, boundaryRef)
ncnode.setCoordinateAxis(varnode)
self.push(varnode)
def startNetcdf(self, attrs):
uri = _getatt(attrs, 'uri')
nc = cs.NetcdfNode(uri=uri)
self.push(nc)
def startCoordinateTransformRef(self, attrs):
ref = _getatt(attrs, 'ref')
csnode = self.peek()
csnode.addCoordinateTransform(ref)
def startParameter(self, attrs):
self.startAttribute(attrs) # Parameters are attributes
name = _getatt(attrs, 'name')
self.peek().parameters[name].tag = 'parameter'
def startCoordinateSystem(self, attrs):
name = _getatt(attrs, 'name')
ncnode = self.peek()
csnode = cs.CoordinateSystemNode(name)
ncnode.setCoordinateSystem(csnode)
self.push(csnode)
def startCoordinateTransformRef(self, attrs):
ref = _getatt(attrs, 'ref')
csnode = self.peek()
csnode.addCoordinateTransform(ref)
def startCoordinateAxisRef(self, attrs):
ref = _getatt(attrs, 'ref')
csnode = self.peek()
csnode.addCoordinateAxis(ref)
def startCoordinateSystem(self, attrs):
name = _getatt(attrs, 'name')
ncnode = self.peek()
csnode = cs.CoordinateSystemNode(name)
ncnode.setCoordinateSystem(csnode)
self.push(csnode)
def startCoordinateAxisRef(self, attrs):
ref = _getatt(attrs, 'ref')
csnode = self.peek()
csnode.addCoordinateAxis(ref)
def startNetcdf(self, attrs):
uri = _getatt(attrs, 'uri')
nc = cs.NetcdfNode(uri=uri)
self.push(nc)
def startParameter(self, attrs):
self.startAttribute(attrs) # Parameters are attributes
name = _getatt(attrs, 'name')
self.peek().parameters[name].tag='parameter'
