def test_Image_init_date_properties():
m = default_image_obj()
assert utils.getinfo(m._date)['value'] == SCENE_TIME
assert utils.getinfo(m._year) == int(SCENE_DATE.split('-')[0])
assert utils.getinfo(m._month) == int(SCENE_DATE.split('-')[1])
assert utils.getinfo(m._start_date)['value'] == SCENE_TIME
assert utils.getinfo(m._end_date)['value'] == utils.millis(
SCENE_DT + datetime.timedelta(days=1))
assert utils.getinfo(m._doy) == SCENE_DOY
assert utils.getinfo(m._cycle_day) == int(
(SCENE_DT - datetime.datetime(1970, 1, 3)).days % 8 + 1)
import pprint
import ee
import pytest
import openet.ssebop as ssebop
import openet.ssebop.utils as utils
# TODO: import utils from openet.core
# import openet.core.utils as utils
COLL_ID = 'LANDSAT/LC08/C01/T1_TOA/'
SCENE_ID = 'LC08_042035_20150713'
SCENE_DT = datetime.datetime.strptime(SCENE_ID[-8:], '%Y%m%d')
SCENE_DATE = SCENE_DT.strftime('%Y-%m-%d')
SCENE_DOY = int(SCENE_DT.strftime('%j'))
SCENE_TIME = utils.millis(SCENE_DT)
SCENE_POINT = (-119.5, 36.0)
TEST_POINT = (-119.44252382373145, 36.04047742246546)
# SCENE_TIME = utils.getinfo(ee.Date(SCENE_DATE).millis())
# SCENE_POINT = (-119.44252382373145, 36.04047742246546)
# SCENE_POINT = utils.getinfo(
# ee.Image(COLL_ID + SCENE_ID).geometry().centroid())['coordinates']
# Should these be test fixtures instead?
# I'm not sure how to make them fixtures and allow input parameters
def toa_image(red=0.1, nir=0.9, bt=305):
"""Construct a fake Landsat 8 TOA image with renamed bands"""
return ee.Image.constant([red, nir, bt])\
.rename(['red', 'nir', 'lst']) \
def test_millis():
assert utils.millis(datetime.datetime(2015, 7, 13)) == 1436745600000