def updateParameters(self, parameters):
"""Modify the values and properties of parameters before internal
validation is performed. This method is called whenever a parameter
has been changed."""
try:
netCDFSource = parameters[0].valueAsText;
if netCDFSource is not None:
#Making sure that the layers source is a netCDF file
if NetCDFFile.isNetCDF(netCDFSource):
#NetCDFFile class deteremines the dimensions and variables that
#applies to a lat/lon point
netCDFFile = NetCDFFile(netCDFSource)
#Getting Avalable Dimensions besides besides lat & lon
dimensions = netCDFFile.getDimensions()
parameters[2].filter.list = dimensions
#if dimensions.count > 0:
#parameters[2].value = dimensions[0]
#Getting Variables that apply to lat & lon
variables = netCDFFile.getVariables()
parameters[1].filter.list = variables
#if variables.count > 0:
#parameters[1].value = variables[0]
except Exception:
pass
return
def updateParameters(self, parameters):
"""Modify the values and properties of parameters before internal
validation is performed. This method is called whenever a parameter
has been changed.
We want to populate the variables and dimensions dropdown list with all dimensions
that are not lat, lon and only variables that contain lat/lon dimensions. The lat
lon are already going to be represented from the point selected on the map"""
try:
layer = parameters[0].value;
if layer is not None:
#Getting the netCDF DataSource Path from the netCDF raster layer
netCDFSource = NetCDFFile.getNetCDFPathfromLayer(layer)
#Making sure that the layers source is a netCDF file
if NetCDFFile.isNetCDF(netCDFSource):
#NetCDFFile class deteremines the dimensions and variables that
#applies to a lat/lon point
netCDFFile = NetCDFFile(netCDFSource)
#Getting Avalable Dimensions besides besides lat & lon
dimensions = netCDFFile.getDimensions()
parameters[2].filter.list = dimensions
#if dimensions.count > 0:
#parameters[2].value = dimensions[0]
#Getting Variables that apply to lat & lon
variables = netCDFFile.getVariables()
parameters[1].filter.list = variables
#if variables.count > 0:
#parameters[1].value = variables[0]
except Exception:
pass
return
def updateParameters(self, parameters):
"""Modify the values and properties of parameters before internal
validation is performed. This method is called whenever a parameter
has been changed.
We want to populate the variables and dimensions dropdown list with all dimensions
that are not lat, lon and only variables that contain lat/lon dimensions. The lat
lon are already going to be represented from the point selected on the map"""
try:
layer = parameters[0].value
if layer is not None:
#Getting the netCDF DataSource Path from the netCDF raster layer
netCDFSource = NetCDFFile.getNetCDFPathfromLayer(layer)
#Making sure that the layers source is a netCDF file
if NetCDFFile.isNetCDF(netCDFSource):
#NetCDFFile class deteremines the dimensions and variables that
#applies to a lat/lon point
netCDFFile = NetCDFFile(netCDFSource)
#Getting Avalable Dimensions besides besides lat & lon
dimensions = netCDFFile.getDimensions()
parameters[2].filter.list = dimensions
#if dimensions.count > 0:
#parameters[2].value = dimensions[0]
#Getting Variables that apply to lat & lon
variables = netCDFFile.getVariables()
parameters[1].filter.list = variables
#if variables.count > 0:
#parameters[1].value = variables[0]
except Exception:
pass
return
import os
import sys
import math
import arcpy
inNetCDF = "C:/Sandbox/python/NetCDF/Data/norfolk_slr_1m.nc"
ncFileProp = arcpy.NetCDFFileProperties(inNetCDF)
variables = ncFileProp.getVariables()
dimensions = ncFileProp.getDimensions()
timeVariable = ncFileProp.getVariablesByDimension("time")
from netCDFFile import NetCDFFile
print NetCDFFile.isNetCDF(inNetCDF)
netcdfFile = NetCDFFile(inNetCDF)
print netcdfFile.getDimensions()
print netcdfFile.getVariables()
print netcdfFile.getLatDimension()
print netcdfFile.getLonDimension()
print str(variables)
import os
import sys
import math
import arcpy
inNetCDF = "C:/Sandbox/python/NetCDF/Data/norfolk_slr_1m.nc"
ncFileProp = arcpy.NetCDFFileProperties(inNetCDF)
variables = ncFileProp.getVariables()
dimensions = ncFileProp.getDimensions()
timeVariable = ncFileProp.getVariablesByDimension("time")
from netCDFFile import NetCDFFile
print NetCDFFile.isNetCDF(inNetCDF)
netcdfFile = NetCDFFile(inNetCDF)
print netcdfFile.getDimensions()
print netcdfFile.getVariables()
print netcdfFile.getLatDimension()
print netcdfFile.getLonDimension()
print str(variables)
