def outputResults(self):
"""Creates output feature class Local Gi*."""
#### Prepare Derived Variables for Output Feature Class ####
outPath, outName = OS.path.split(self.outputFC)
fieldOrder = UTILS.getFieldNames(giFieldNames, outPath)
fieldData = [self.gi, self.pVals]
fieldTypes = ["DOUBLE", "DOUBLE"]
#### Add Pseudo-P Field ####
if self.permutations:
fieldOrder.append(giPseudoFieldName)
fieldData.append(self.pseudoPVals)
fieldTypes.append("DOUBLE")
#### Add Gi Bin Field ####
fieldOrder.append(giBinFieldName)
fieldData.append(self.giBins)
fieldTypes.append("LONG")
#### Create Alias Field Names ####
rowStandard = False
if self.wType == 8:
addString = OS.path.basename(self.weightsFile)
elif self.wType in [0, 1, 7]:
if self.maxSet:
addString = "0"
else:
addString = str(int(self.threshold))
else:
addString = None
aliasList = WU.createSpatialFieldAliases(
fieldOrder, addString=addString, wType=self.wType, exponent=self.exponent, rowStandard=rowStandard
)
if self.applyFDR:
aliasList[-1] += "_FDR"
#### Create/Populate Dictionary of Candidate Fields ####
candidateFields = {}
for fieldInd, fieldName in enumerate(fieldOrder):
fieldType = fieldTypes[fieldInd]
candidateField = SSDO.CandidateField(fieldName, fieldType, fieldData[fieldInd], alias=aliasList[fieldInd])
candidateFields[fieldName] = candidateField
#### Input Fields to Copy to Output FC ####
appendFields = [i for i in self.fieldNames]
#### Add Date-Time Field If Applicable ####
if self.swmFileBool:
if self.swm.wType == 9:
if self.ssdo.allFields.has_key(self.swm.timeField.upper()):
appendFields.insert(0, self.swm.timeField.upper())
#### Write Data to Output Feature Class ####
self.ssdo.output2NewFC(self.outputFC, candidateFields, appendFields=appendFields, fieldOrder=fieldOrder)
return fieldOrder[0], fieldOrder[1]
def outputResults(self):
"""Creates output feature class Local Gi*."""
#### Prepare Derived Variables for Output Feature Class ####
outPath, outName = OS.path.split(self.outputFC)
fieldOrder = UTILS.getFieldNames(giFieldNames, outPath)
fieldData = [self.gi, self.pVals]
fieldTypes = ["DOUBLE", "DOUBLE"]
#### Add Pseudo-P Field ####
if self.permutations:
fieldOrder.append(giPseudoFieldName)
fieldData.append(self.pseudoPVals)
fieldTypes.append("DOUBLE")
#### Add Gi Bin Field ####
fieldOrder.append(giBinFieldName)
fieldData.append(self.giBins)
fieldTypes.append("LONG")
#### Create Alias Field Names ####
rowStandard = False
if self.wType == 8:
addString = OS.path.basename(self.weightsFile)
elif self.wType in [0, 1, 7]:
if self.maxSet:
addString = "0"
else:
addString = str(int(self.threshold))
else:
addString = None
aliasList = WU.createSpatialFieldAliases(fieldOrder,
addString=addString,
wType=self.wType,
exponent=self.exponent,
rowStandard=rowStandard)
if self.applyFDR:
aliasList[-1] += "_FDR"
#### Create/Populate Dictionary of Candidate Fields ####
candidateFields = {}
for fieldInd, fieldName in enumerate(fieldOrder):
fieldType = fieldTypes[fieldInd]
candidateField = SSDO.CandidateField(fieldName,
fieldType,
fieldData[fieldInd],
alias=aliasList[fieldInd])
candidateFields[fieldName] = candidateField
#### Input Fields to Copy to Output FC ####
appendFields = [i for i in self.fieldNames]
#### Add Date-Time Field If Applicable ####
if self.swmFileBool:
if self.swm.wType == 9:
if self.ssdo.allFields.has_key(self.swm.timeField.upper()):
appendFields.insert(0, self.swm.timeField.upper())
#### Write Data to Output Feature Class ####
self.ssdo.output2NewFC(self.outputFC,
candidateFields,
appendFields=appendFields,
fieldOrder=fieldOrder)
return fieldOrder[0], fieldOrder[1]
def outputResults(self):
"""Creates output feature class for Local I."""
#### Prepare Derived Variables for Output Feature Class ####
outPath, outName = OS.path.split(self.outputFC)
fieldOrder = UTILS.getFieldNames(liFieldNames, outPath)
fieldData = [self.li, self.zi, self.pVals]
#### Add Pseudo-P Field ####
if self.permutations:
fieldOrder.append(liPseudoFieldName)
fieldData.append(self.pseudoPVals)
#### Add CO Type Field ####
fieldOrder.append(liCOFieldName)
whereNull = NUM.where(self.pVals == NUM.nan)[0]
if len(whereNull):
outBins = list(self.moranBins)
for ind in whereNull:
outBins[ind] = NUM.nan
fieldData.append(outBins)
else:
fieldData.append(self.moranBins)
#### Create Alias Field Names ####
if self.wType == 8:
addString = OS.path.basename(self.weightsFile)
rowStandard = False
elif self.wType in [0, 1, 7]:
if self.maxSet:
addString = "0"
else:
addString = str(int(self.threshold))
rowStandard = self.rowStandard
else:
addString = None
rowStandard = self.rowStandard
aliasList = WU.createSpatialFieldAliases(fieldOrder,
addString = addString,
wType = self.wType,
exponent = self.exponent,
rowStandard = rowStandard)
if self.applyFDR:
aliasList[-1] += "_FDR"
#### Create/Populate Dictionary of Candidate Fields ####
candidateFields = {}
for fieldInd, fieldName in enumerate(fieldOrder):
if fieldName == liCOFieldName:
fType = "TEXT"
length = 2
else:
fType = "DOUBLE"
length = None
candidateField = SSDO.CandidateField(fieldName, fType,
fieldData[fieldInd],
alias = aliasList[fieldInd],
length = length)
candidateFields[fieldName] = candidateField
#### Input Fields to Copy to Output FC ####
appendFields = [i for i in self.fieldNames]
#### Add Date-Time Field If Applicable ####
if self.swmFileBool:
if self.swm.wType == 9:
if self.ssdo.allFields.has_key(self.swm.timeField.upper()):
appendFields.insert(0, self.swm.timeField.upper())
#### Write Data to Output Feature Class ####
self.ssdo.output2NewFC(self.outputFC, candidateFields,
appendFields = appendFields,
fieldOrder = fieldOrder)
outFieldSet = fieldOrder[0:3] + [fieldOrder[-1]]
return outFieldSet
def outputResults(self):
"""Creates output feature class for Local I."""
#### Prepare Derived Variables for Output Feature Class ####
outPath, outName = OS.path.split(self.outputFC)
fieldOrder = UTILS.getFieldNames(liFieldNames, outPath)
fieldData = [self.li, self.zi, self.pVals]
#### Add Pseudo-P Field ####
if self.permutations:
fieldOrder.append(liPseudoFieldName)
fieldData.append(self.pseudoPVals)
#### Add CO Type Field ####
fieldOrder.append(liCOFieldName)
whereNull = NUM.where(self.pVals == NUM.nan)[0]
if len(whereNull):
outBins = list(self.moranBins)
for ind in whereNull:
outBins[ind] = NUM.nan
fieldData.append(outBins)
else:
fieldData.append(self.moranBins)
#### Create Alias Field Names ####
if self.wType == 8:
addString = OS.path.basename(self.weightsFile)
rowStandard = False
elif self.wType in [0, 1, 7]:
if self.maxSet:
addString = "0"
else:
addString = str(int(self.threshold))
rowStandard = self.rowStandard
else:
addString = None
rowStandard = self.rowStandard
aliasList = WU.createSpatialFieldAliases(fieldOrder,
addString=addString,
wType=self.wType,
exponent=self.exponent,
rowStandard=rowStandard)
if self.applyFDR:
aliasList[-1] += "_FDR"
#### Create/Populate Dictionary of Candidate Fields ####
candidateFields = {}
for fieldInd, fieldName in enumerate(fieldOrder):
if fieldName == liCOFieldName:
fType = "TEXT"
length = 2
else:
fType = "DOUBLE"
length = None
candidateField = SSDO.CandidateField(fieldName,
fType,
fieldData[fieldInd],
alias=aliasList[fieldInd],
length=length)
candidateFields[fieldName] = candidateField
#### Input Fields to Copy to Output FC ####
appendFields = [i for i in self.fieldNames]
#### Add Date-Time Field If Applicable ####
if self.swmFileBool:
if self.swm.wType == 9:
if self.ssdo.allFields.has_key(self.swm.timeField.upper()):
appendFields.insert(0, self.swm.timeField.upper())
#### Write Data to Output Feature Class ####
self.ssdo.output2NewFC(self.outputFC,
candidateFields,
appendFields=appendFields,
fieldOrder=fieldOrder)
outFieldSet = fieldOrder[0:3] + [fieldOrder[-1]]
return outFieldSet
