def _tool_default(self):
ft = FluxTool()
db = self.processor.db
fs = []
with db.session_ctx():
fm = db.get_flux_monitors()
if fm:
fs = [FluxMonitorRecordView(fi) for fi in fm]
ft.monitors = fs
if fs:
ft.monitor = fs[-1]
return ft
def _tool_default(self):
ft = FluxTool()
db = self.processor.db
fs = []
with db.session_ctx():
fm = db.get_flux_monitors()
if fm:
fs = [FluxMonitorRecordView(fi) for fi in fm]
ft.monitors = fs
if fs:
ft.monitor = fs[-1]
return ft
def _tool_default(self):
ft = FluxTool(mean_j_error_type='SEM, but if MSWD>1 use SEM * sqrt(MSWD)',
predicted_j_error_type='SEM, but if MSWD>1 use SEM * sqrt(MSWD)')
db = self.processor.db
fs = []
with db.session_ctx():
fm = db.get_flux_monitors()
if fm:
fs = [FluxMonitorRecordView(fi) for fi in fm]
ft.monitors = fs
if fs:
ft.monitor = fs[-1]
return ft
def _tool_default(self):
ft = FluxTool(
mean_j_error_type='SEM, but if MSWD>1 use SEM * sqrt(MSWD)',
predicted_j_error_type='SEM, but if MSWD>1 use SEM * sqrt(MSWD)')
db = self.processor.db
fs = []
with db.session_ctx():
fm = db.get_flux_monitors()
if fm:
fs = [FluxMonitorRecordView(fi) for fi in fm]
ft.monitors = fs
if fs:
ft.monitor = fs[-1]
return ft
