def check(date):
if not re.match('^[0-9]{4}-[0-9]{2}-[0-9]{2}$', date):
raise Exception("Invalid product date value: {}".format(date))
start = md.to_ordinal(md.startdate(acquired))
end = md.to_ordinal(md.enddate(acquired))
val = md.to_ordinal(date)
if val < start or val > end:
raise Exception("Product date {} out of range{}".format(
date, acquired))
def changedate(rdd):
return safely(func=fp.changedate,
kwargs={
'models': result_to_models(rdd['data']),
'ord_date': dates.to_ordinal(rdd['datestr'])
},
x=rdd['x'],
y=rdd['y'],
chip_x=rdd['chip_x'],
chip_y=rdd['chip_y'],
alg=algorithm('changedate', fp.version),
datestr=rdd['datestr'],
error=rdd['error'])
def curveqa(rdd):
chip_x = rdd[0][0][0]
chip_y = rdd[0][0][1]
x = rdd[0][0][2]
y = rdd[0][0][3]
data = rdd[0][1]
errs = rdd[0][2]
date = rdd[1]
kwargs = {
'models': result_to_models(data),
'ord_date': dates.to_ordinal(date)
}
return safely(func=fp.curveqa,
kwargs=kwargs,
x=x,
y=y,
chip_x=chip_x,
chip_y=chip_y,
alg=algorithm('curveqa', fp.version),
datestr=date,
errors=errs)
def test_changemag():
ord_date = d.to_ordinal("1984-04-01")
assert products.changemag([{'change_probability': 1, 'break_day': ord_date}], ord_date) == 0.0
def test_qa():
assert products.curveqa([{'start_day': d.to_ordinal("1986-04-01"),
'end_day': d.to_ordinal("1988-07-01"),
'curve_qa': 999}],
d.to_ordinal('1987-01-01')) == 999
def test_seglength():
assert products.seglength([{'start_day': d.to_ordinal("1986-04-01"),
'end_day': d.to_ordinal("1988-07-01")}],
d.to_ordinal("1984-04-01"),
bot=d.to_ordinal("1982-01-01")) == 821
def test_to_ordinal():
assert dates.to_ordinal('1999-01-01') == 729755
assert dates.to_ordinal('1999/11/01') == 730059