def run(self,
timeserieData,
longitude=None,
latitude=None,
h=None,
freq=None,
startdate=None,
enddate=None):
freq = str(freq) if freq else self.frequency
if (h is None):
if self.time_change is not None and self.units is not None:
h = bfast_utils.calculateMinimalSegmentSize(
len(timeserieData), self.time_change, self.units,
float(freq))
h = str(h)
elif (h > 0.5):
raise ValueError("minimum segment size error")
startdate = str(startdate) if startdate else self.start_date
enddate = str(enddate) if enddate else utils.isNow(self.end_date)
# Must be in the following order: h, season, start_date, end_date, timeseriesData, freq
bfast_result = check_output([
"integration/py/time-series/lib/bfast.r",
str(h), self.season, startdate, enddate,
str(timeserieData), freq
])
bfast_res_list = bfast_result.encode('utf-8').split(' ')
bfast_res_float = map(float, bfast_res_list)
return bfast_res_float
def lockup(self, longitude, latitude): result = [] for i in xrange(0, len(self.start_date)): datasourceInstance = loader.getDatasource(self.layers[i]) datasourceInstance.start_date = self.start_date[i] if self.end_date[i] == 'NOW': datasourceInstance.end_date = utils.isNow(self.end_date[i]) else: datasourceInstance.end_date = self.end_date[i] timeserieData = datasourceInstance.lockup(longitude, latitude) for j in timeserieData: result.append(j) return result
def lookup(self, geoJsonGeometry, mode=None):
result = {"values":[]};
for i in xrange(0, len(self.start_date)):
datasourceInstance = loader.getDatasource(self.layers[i])
datasourceInstance.start_date = self.start_date[i]
if self.end_date[i] == 'NOW':
datasourceInstance.end_date = utils.isNow(self.end_date[i])
else:
datasourceInstance.end_date = self.end_date[i]
timeserieData = datasourceInstance.lookup(geoJsonGeometry, mode)
if "series" not in result:
result["series"] = timeserieData["series"];
result["values"].extend(timeserieData["values"]);
return result
def run(self, timeserieData, longitude = None, latitude = None, h = None, freq = None, startdate = None, enddate = None):
freq = str(freq) if freq else self.frequency
if(h is None):
if self.time_change is not None and self.units is not None:
h = bfast_utils.calculateMinimalSegmentSize(len(timeserieData), self.time_change, self.units, float(freq))
h = str(h)
elif(h>0.5):
raise ValueError("minimum segment size error")
startdate = str(startdate) if startdate else self.start_date
enddate = str(enddate) if enddate else utils.isNow(self.end_date)
# Must be in the following order: h, season, start_date, end_date, timeseriesData, freq
bfast_result = check_output(["integration/py/time-series/lib/bfast.r", str(h), self.season,
startdate, enddate, str(timeserieData), freq])
bfast_res_list = bfast_result.encode('utf-8').split(' ')
bfast_res_float = map(float, bfast_res_list)
return bfast_res_float
def lookup(self, geoJsonGeometry, mode=None):
result = {
"values": []
}
for i in xrange(0, len(self.start_date)):
datasourceInstance = loader.getDatasource(self.layers[i])
datasourceInstance.start_date = self.start_date[i]
if self.end_date[i] == 'NOW':
datasourceInstance.end_date = utils.isNow(self.end_date[i])
else:
datasourceInstance.end_date = self.end_date[i]
timeserieData = datasourceInstance.lookup(geoJsonGeometry, mode)
if "series" not in result:
result["series"] = timeserieData["series"]
result["values"].extend(timeserieData["values"])
return result
def __init__(self, layerParams): for key in layerParams: setattr(self, key, layerParams[key]) self.end_date = utils.isNow(self.end_date)