def compute(self):
region = self.getInputFromPort("Region")
dataset = self.getInputFromPort("DataSet")
curdir = self.getInputFromPort("Directory")
self.setResult("Directory", curdir)
format_file = self.getInputFromPort("Format File")
#start = self.getInputFromPort("Start Time")
#end = self.getInputFromPort("End Time")
self.setResult("Region", region)
#Ex: SBDDS
self.setResult("Format File", format_file)
directories = [region, format_file, dataset]
os.chdir(curdir.name)
for dct in directories:
file_loc = os.getcwd()+'\\'+dct
if not os.path.exists(file_loc):
os.mkdir(file_loc)
os.chdir(file_loc)
# if format_file == 'BCCA_CC':
# mows_pyGDP_BCCA_CC.main_func(curdir.name, dt, region)
# #Dataset ex: GENMON
# self.setResult("DataSet", dt)
# #Datatype ex: RT, TA
# self.setResult("DataType", mows_pyGDP_BCCA_CC.vt_datatype)
# self.setResult("nhru", mows_pyGDP_BCCA_CC.nhru)
# #Timestep ex: Daily
# self.setResult("Timestep", mows_pyGDP_BCCA_CC.length)
def list_define():
vt_list = []
vt_list.append(region)
vt_list.append(dataset)
vt_list.append(format_file)
vt_list.append(mows_pyGDP_SBDDS.vt_datatype)
vt_list.append(mows_pyGDP_SBDDS.nhru)
vt_list.append(mows_pyGDP_SBDDS.length)
vt_list.append(mows_pyGDP_SBDDS.url)
return vt_list
if format_file == 'SBDDS':
mows_pyGDP_SBDDS.main_func(os.getcwd(), dataset, region)
#Dataset ex: GENMON
#self.setResult("DataSet", dataset)
#Datatype ex: RT, TA
#self.setResult("DataType", mows_pyGDP_SBDDS.vt_datatype)
#self.setResult("nhru", mows_pyGDP_SBDDS.nhru)
#Timestep ex: Daily
#self.setResult("Timestep", mows_pyGDP_SBDDS.length)
#self.setResult("WFS_URL", mows_pyGDP_SBDDS.url)
csvParse.main_func(region, dataset, mows_pyGDP_SBDDS.vt_datatype, format_file, os.getcwd())
self.setResult("pyGDP List", list_define())
import csvParse, csv, os
os.chdir('C:\\Users\\reimandy\\Documents\\pyGDP')
csvParse.main_func(csv.reader(open('R06_NOAA NCEP.csv', 'rb')), ['RT', 'TA'])
csvParse.main_func(csv.reader(open('R06_GFDL CM 2.0.csv', 'rb')), ['RT', 'TA'])
csvParse.main_func(csv.reader(open('R06_GENMON.csv', 'rb')), ['RT', 'TA'])
csvParse.main_func(csv.reader(open('R06_MPI ECHAM5.csv', 'rb')), ['RT', 'TA'])
csvParse.main_func(csv.reader(open('R06_PRISM.csv', 'rb')), ['ppt', 'tmx', 'tmn'])
csvParse.main_func(csv.reader(open('R06_DAYMET.csv', 'rb')), ['prcp', 'tmax', 'tmin'])
csvParse.main_func(csv.reader(open('R06_Gridded Observed Data(1949-2010).csv', 'rb')), ['Prcp', 'Tavg'])
