def test_after_validation(self):
time_range = TimeRange()
time_range.start = 1533
time_range.end = 1
time_range.validate()
self.assertEqual(time_range.start, 1)
self.assertEqual(time_range.end, 1533)
def test_basic_information_after_creation(self):
time_range = TimeRange()
self.assertEqual(time_range.start, 0)
self.assertEqual(time_range.end, 0)
def test_assigned_information(self):
time_range = TimeRange()
time_range.start = 1
time_range.end = 1533
self.assertEqual(time_range.start, 1)
self.assertEqual(time_range.end, 1533)
def setDefaults(self):
"""Setup all the proposal information.
"""
self.name = "BasicProposal4"
# -------------------------
# Sky Region specifications
# -------------------------
# Dec Band 1
dec_limit1 = Selection()
dec_limit1.limit_type = SELECTION_LIMIT_TYPES[1]
dec_limit1.minimum_limit = -60
dec_limit1.maximum_limit = -30
# Dec Band 2
dec_limit2 = Selection()
dec_limit2.limit_type = SELECTION_LIMIT_TYPES[1]
dec_limit2.minimum_limit = -30
dec_limit2.maximum_limit = 0
self.sky_region.selections = {0: dec_limit1, 1: dec_limit2}
# Set time ordering information
# Dec Band 1
time_range1 = TimeRange()
time_range1.start = 1
time_range1.end = 1825
# Dec Band 2
time_range2 = TimeRange()
time_range2.start = 1826
time_range2.end = 3650
self.sky_region.time_ranges = {0: time_range1, 1: time_range2}
# Set selection mapping information
# Dec Band 1
selection_list1 = SelectionList()
selection_list1.indexes = [0]
# Dec Band 2
selection_list2 = SelectionList()
selection_list2.indexes = [1]
self.sky_region.selection_mapping = {
0: selection_list1,
1: selection_list2
}
# -----------------------------
# Sky Exclusion specifications
# -----------------------------
self.sky_exclusion.dec_window = 90.0
# ---------------------------------
# Sky Nightly Bounds specifications
# ---------------------------------
self.sky_nightly_bounds.twilight_boundary = -12.0
self.sky_nightly_bounds.delta_lst = 60.0
# ------------------------------
# Sky Constraints specifications
# ------------------------------
self.sky_constraints.max_airmass = 2.5
# ----------------------
# Scheduling information
# ----------------------
self.scheduling.max_num_targets = 100
self.scheduling.accept_serendipity = False
self.scheduling.accept_consecutive_visits = False
self.scheduling.restrict_grouped_visits = False
self.scheduling.time_interval = 30 * 60
self.scheduling.time_window_start = -0.5
self.scheduling.time_window_max = 0.5
self.scheduling.time_window_end = 1.0
self.scheduling.time_weight = 1.0
# --------------------------
# Band Filter specifications
# --------------------------
u_filter = GeneralBandFilter()
u_filter.name = 'u'
u_filter.num_visits = 75
u_filter.num_grouped_visits = 1
u_filter.bright_limit = 21.0
u_filter.dark_limit = 30.0
u_filter.max_seeing = 1.5
u_filter.exposures = [15.0, 15.0]
g_filter = GeneralBandFilter()
g_filter.name = 'g'
g_filter.num_visits = 105
g_filter.num_grouped_visits = 2
g_filter.bright_limit = 21.0
g_filter.dark_limit = 30.0
g_filter.max_seeing = 1.5
g_filter.exposures = [15.0, 15.0]
r_filter = GeneralBandFilter()
r_filter.name = 'r'
r_filter.num_visits = 240
r_filter.num_grouped_visits = 2
r_filter.bright_limit = 20.25
r_filter.dark_limit = 30.0
r_filter.max_seeing = 1.5
r_filter.exposures = [15.0, 15.0]
i_filter = GeneralBandFilter()
i_filter.name = 'i'
i_filter.num_visits = 240
i_filter.num_grouped_visits = 2
i_filter.bright_limit = 19.5
i_filter.dark_limit = 30.0
i_filter.max_seeing = 1.5
i_filter.exposures = [15.0, 15.0]
self.filters = {
u_filter.name: u_filter,
g_filter.name: g_filter,
r_filter.name: r_filter,
i_filter.name: i_filter
}
def setDefaults(self):
"""Setup all the proposal information.
"""
self.name = "BasicProposal7"
# -------------------------
# Sky Region specifications
# -------------------------
sel0 = Selection()
sel0.limit_type = SELECTION_LIMIT_TYPES[1]
sel0.minimum_limit = -60.0
sel0.maximum_limit = -30.0
sel1 = Selection()
sel1.limit_type = SELECTION_LIMIT_TYPES[0]
sel1.minimum_limit = 45.0
sel1.maximum_limit = 90.0
sel2 = Selection()
sel2.limit_type = SELECTION_LIMIT_TYPES[1]
sel2.minimum_limit = -60.0
sel2.maximum_limit = -30.0
sel3 = Selection()
sel3.limit_type = SELECTION_LIMIT_TYPES[0]
sel3.minimum_limit = 90.0
sel3.maximum_limit = 135.0
self.sky_region.selections = {0: sel0, 1: sel1, 2: sel2, 3: sel3}
time_range0 = TimeRange()
time_range0.start = 1
time_range0.end = 1825
time_range1 = TimeRange()
time_range1.start = 1
time_range1.end = 1825
time_range2 = TimeRange()
time_range2.start = 1826
time_range2.end = 3650
time_range3 = TimeRange()
time_range3.start = 1826
time_range3.end = 3650
self.sky_region.time_ranges = {
0: time_range0,
1: time_range1,
2: time_range2,
3: time_range3
}
sel_map0 = SelectionList()
sel_map0.indexes = [0, 1]
sel_map1 = SelectionList()
sel_map1.indexes = [2, 3]
self.sky_region.selection_mapping = {0: sel_map0, 1: sel_map1}
self.sky_region.combiners = ['and', 'and']
# -----------------------------
# Sky Exclusion specifications
# -----------------------------
self.sky_exclusion.dec_window = 90.0
# ---------------------------------
# Sky Nightly Bounds specifications
# ---------------------------------
self.sky_nightly_bounds.twilight_boundary = -12.0
self.sky_nightly_bounds.delta_lst = 60.0
# ------------------------------
# Sky Constraints specifications
# ------------------------------
self.sky_constraints.max_airmass = 2.5
# ----------------------
# Scheduling information
# ----------------------
self.scheduling.max_num_targets = 100
self.scheduling.accept_serendipity = False
self.scheduling.accept_consecutive_visits = False
self.scheduling.restrict_grouped_visits = False
self.scheduling.time_interval = 30 * 60
self.scheduling.time_window_start = -0.5
self.scheduling.time_window_max = 0.5
self.scheduling.time_window_end = 1.0
self.scheduling.time_weight = 1.0
# --------------------------
# Band Filter specifications
# --------------------------
u_filter = GeneralBandFilter()
u_filter.name = 'u'
u_filter.num_visits = 75
u_filter.num_grouped_visits = 1
u_filter.bright_limit = 21.0
u_filter.dark_limit = 30.0
u_filter.max_seeing = 1.5
u_filter.exposures = [15.0, 15.0]
g_filter = GeneralBandFilter()
g_filter.name = 'g'
g_filter.num_visits = 105
g_filter.num_grouped_visits = 2
g_filter.bright_limit = 21.0
g_filter.dark_limit = 30.0
g_filter.max_seeing = 1.5
g_filter.exposures = [15.0, 15.0]
r_filter = GeneralBandFilter()
r_filter.name = 'r'
r_filter.num_visits = 240
r_filter.num_grouped_visits = 2
r_filter.bright_limit = 20.25
r_filter.dark_limit = 30.0
r_filter.max_seeing = 1.5
r_filter.exposures = [15.0, 15.0]
i_filter = GeneralBandFilter()
i_filter.name = 'i'
i_filter.num_visits = 240
i_filter.num_grouped_visits = 2
i_filter.bright_limit = 19.5
i_filter.dark_limit = 30.0
i_filter.max_seeing = 1.5
i_filter.exposures = [15.0, 15.0]
self.filters = {
u_filter.name: u_filter,
g_filter.name: g_filter,
r_filter.name: r_filter,
i_filter.name: i_filter
}
def test_time_ranges_addition(self):
with self.assertRaises(TypeError):
self.sky_region.time_ranges[0] = TimeRange()
def test_time_ranges_assignment(self):
self.sky_region.time_ranges = {0: TimeRange()}
self.assertIsNotNone(self.sky_region.time_ranges)
self.assertEqual(len(self.sky_region.time_ranges), 1)