def _create_test_ship():
return Ship(
**{
directions.YAW:
0,
directions.ROLL:
0,
directions.PITCH:
0,
"reactors": [Reactor(max_output=20)],
"reaction_wheels": [
ReactionWheel(
axis=axis, rotation=directions.FORWARD, max_force=15) for
axis in [directions.YAW, directions.ROLL, directions.PITCH]
],
**{
F"{direction}_panel": ShipPanel(side=directions.COUNTER_DIRECTIONS[direction],
thrusters=[
Thruster(max_force=10.0)
],
sensors=[
Sensor(base_range=2000)
])
for direction in directions.DIRECTIONS
}
})
def _get_sensors_for_assertion(ship_orientation={},
sensor_orientation={},
scan_direction=None,
sensor_focus=89,
has_power=True):
reactor = Reactor(max_output=200)
panels = {
F"{direction}_panel":
ShipPanel(side=direction,
sensors=[
Sensor(base_range=2000,
focus=sensor_focus,
pitch=sensor_orientation.get(PITCH, 90),
yaw=sensor_orientation.get(YAW, 90))
])
for direction in DIRECTIONS
}
ship = Ship(
**{
**panels,
"reactors": [reactor] if has_power else [],
PITCH: ship_orientation.get(PITCH, 0),
ROLL: ship_orientation.get(ROLL, 0),
YAW: ship_orientation.get(YAW, 0),
})
if scan_direction is None:
sensors = [
sensor for panel in ship.panels.values()
for sensor in panel.sensors
]
else:
sensors = [sensor for sensor in ship.panels[scan_direction].sensors]
return sensors
def _create_test_ship():
return Ship(
**{
"reactors": [Reactor(max_output=2000)],
"reaction_wheels": [
ReactionWheel(
axis=axis, rotation=directions.CLOCKWISE, max_force=750)
for axis in
[directions.YAW, directions.ROLL, directions.PITCH]
] + [
ReactionWheel(axis=axis,
rotation=directions.COUNTER_CLOCKWISE,
max_force=750) for axis in
[directions.YAW, directions.ROLL, directions.PITCH]
],
**{
F"{direction}_panel": ShipPanel(
side=directions.COUNTER_DIRECTIONS[direction],
thrusters=[Thruster(max_force=50.0)],
sensors=[Sensor(base_range=1500.0, focus=90)],
)
for direction in directions.DIRECTIONS
}
})
def test_pitch_degrees_status_report_neg():
r = Sensor(base_range=100, focus=10, pitch=90, yaw=90)
assert r.status_report["pitch_degrees"] == r.pitch_degrees, \
"Sensor pitch_degrees is innacurately reported"
def test_current_range_status_report_long():
r = Sensor(base_range=20000, focus=180, pitch=90, yaw=90)
assert r.status_report["current_range"] == r.range, \
"Sensor range is innacurately reported"
def test_lor_integrity_status_report():
reactor = Sensor(base_range=2000, focus=90, pitch=90, yaw=90)
reactor.degrade(0.5)
assert reactor.status_report["integrity"] == reactor.integrity, \
"Sensor integrity is innacurately reported"
def test_base_range_status_report():
r = Sensor(base_range=2000, focus=10, pitch=90, yaw=90)
assert r.status_report["base_range"] == r.base_range, \
"Sensor base_range is innacurately reported"
def test_focus_status_report_wide():
r = Sensor(base_range=2000, focus=180, pitch=90, yaw=90)
assert r.status_report["focus"] == r.focus, \
"Sensor focus is innacurately reported"
def test_powered_on_status_report():
reactor = Sensor(base_range=2000, focus=90, pitch=90, yaw=90)
reactor.powered_on = False
assert reactor.status_report["powered_on"] == reactor.powered_on, \
"Sensor powered_on is innacurately reported"
def test_is_active_status_report_no_power():
reactor = Sensor(base_range=2000, focus=90, pitch=90, yaw=90)
reactor.powered_on = False
assert reactor.status_report["is_active"] == reactor.is_active, \
"Sensor is_active is innacurately reported"
def test_is_active_status_report_no_integrity():
reactor = Sensor(base_range=2000, focus=90, pitch=90, yaw=90)
reactor.degrade(1)
assert reactor.status_report["is_active"] == reactor.is_active, \
"Sensor is_active is innacurately reported"
def test_yaw_degrees_status_report():
r = Sensor(base_range=100, focus=10, pitch=-90, yaw=90)
assert r.status_report["yaw_degrees"] == r.yaw_degrees, \
"Sensor yaw_degrees is innacurately reported"
